Compare commits

..
Author SHA1 Message Date
John Roberts 8c298728e2 wip 2022-03-12 22:57:07 +04:00
Efim Poberezkin cca8ac5a58 init, debugging (some data is being written to db) 2022-02-04 13:59:14 +04:00
Efim Poberezkin b1d2d45947 compiles 2022-02-04 12:45:05 +04:00
Efim Poberezkin c9c6d2b2d3 some instances 2022-02-03 17:57:09 +04:00
Efim Poberezkin 85c09d1703 re-trigger build 2022-02-03 17:43:01 +04:00
Efim Poberezkin 08b43b42a0 test compilation 2022-02-03 17:20:49 +04:00
Efim Poberezkin 4980db932d use posgres fork 2022-02-03 15:06:25 +04:00
Efim Poberezkin b2fbab5b0f Postgres POC (duplicated SQLite code) 2022-02-02 12:08:07 +04:00
540 changed files with 8907 additions and 128833 deletions
+1 -4
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@@ -1,4 +1 @@
* @epoberezkin @spaced4ndy
/Dockerfile @shumvgolove
/scripts/docker/ @shumvgolove
/scripts/main/ @shumvgolove
* @epoberezkin @efim-poberezkin
-44
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@@ -1,44 +0,0 @@
name: 'Set Swap Space'
description: 'Add moar swap'
branding:
icon: 'crop'
color: 'orange'
inputs:
swap-size-gb:
description: 'Swap space to create, in Gigabytes.'
required: false
default: '10'
runs:
using: "composite"
steps:
- name: Swap space report before modification
shell: bash
run: |
echo "Memory and swap:"
free -h
echo
swapon --show
echo
- name: Set Swap
shell: bash
run: |
export SWAP_FILE=$(swapon --show=NAME | tail -n 1)
echo "Swap file: $SWAP_FILE"
if [ -z "$SWAP_FILE" ]; then
SWAP_FILE=/opt/swapfile
else
sudo swapoff $SWAP_FILE
sudo rm $SWAP_FILE
fi
sudo fallocate -l ${{ inputs.swap-size-gb }}G $SWAP_FILE
sudo chmod 600 $SWAP_FILE
sudo mkswap $SWAP_FILE
sudo swapon $SWAP_FILE
- name: Swap space report after modification
shell: bash
run: |
echo "Memory and swap:"
free -h
echo
swapon --show
echo
+39 -264
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@@ -10,27 +10,37 @@ on:
pull_request:
jobs:
# =============================
# Create release
# =============================
# Create release, but only if it's triggered by tag push.
# On pull requests/commits push, this job will always complete.
maybe-release:
runs-on: ubuntu-latest
build:
runs-on: ubuntu-20.04
steps:
- name: Clone project
if: startsWith(github.ref, 'refs/tags/v')
uses: actions/checkout@v3
uses: actions/checkout@v2
- name: Setup Stack
uses: haskell/actions/setup@v1
with:
submodules: recursive
ghc-version: '8.10.7'
enable-stack: true
stack-version: 'latest'
- name: Cache dependencies
uses: actions/cache@v2
with:
path: ~/.stack
key: ${{ hashFiles('stack.yaml') }}
- name: Build & test
id: build_test
shell: bash
run: |
stack build --test --force-dirty
install_root=$(stack path --local-install-root)
mv ${install_root}/bin/smp-server smp-server-ubuntu-20_04-x86-64
- name: Build changelog
id: build_changelog
if: startsWith(github.ref, 'refs/tags/v')
uses: simplex-chat/release-changelog-builder-action@v5
id: build_changelog
uses: mikepenz/release-changelog-builder-action@v1
with:
configuration: .github/changelog_conf.json
failOnError: true
@@ -39,265 +49,30 @@ jobs:
env:
GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
- name: Extract release candidate
if: startsWith(github.ref, 'refs/tags/v')
id: extract_release_candidate
shell: bash
run: |
if [[ ${GITHUB_REF} == *rc* ]]; then
echo "::set-output name=release_candidate::true"
else
echo "::set-output name=release_candidate::false"
fi
- name: Create release
if: startsWith(github.ref, 'refs/tags/v')
uses: simplex-chat/action-gh-release@v2
uses: softprops/action-gh-release@v1
with:
body: |
See full changelog [here](https://github.com/simplex-chat/simplexmq/blob/master/CHANGELOG.md).
Commits:
${{ steps.build_changelog.outputs.changelog }}
prerelease: true
prerelease: ${{ steps.extract_release_candidate.outputs.release_candidate }}
files: |
LICENSE
smp-server-ubuntu-20_04-x86-64
fail_on_unmatched_files: true
env:
GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
# =============================
# Main build job
# =============================
build:
name: "ubuntu-${{ matrix.os }}-${{ matrix.arch }}, GHC: ${{ matrix.ghc }}"
needs: maybe-release
env:
apps: "smp-server xftp-server ntf-server xftp"
runs-on: ${{ matrix.runner }}
services:
postgres:
image: postgres:15
env:
POSTGRES_HOST_AUTH_METHOD: trust # Allows passwordless access
options: >-
--health-cmd pg_isready
--health-interval 10s
--health-timeout 5s
--health-retries 5
ports:
# Maps tcp port 5432 on service container to the host
- 5432:5432
strategy:
fail-fast: false
matrix:
include:
- os: 22.04
os_underscore: 22_04
arch: x86-64
runner: "ubuntu-22.04"
ghc: "8.10.7"
should_run: ${{ !(github.ref == 'refs/heads/stable' || startsWith(github.ref, 'refs/tags/v')) }}
- os: 22.04
os_underscore: 22_04
arch: x86-64
runner: "ubuntu-22.04"
ghc: "9.6.3"
should_run: true
- os: 24.04
os_underscore: 24_04
arch: x86-64
runner: "ubuntu-24.04"
ghc: "9.6.3"
should_run: true
- os: 22.04
os_underscore: 22_04
arch: aarch64
runner: "ubuntu-22.04-arm"
ghc: "9.6.3"
should_run: true
- os: 24.04
os_underscore: 24_04
arch: aarch64
runner: "ubuntu-24.04-arm"
ghc: "9.6.3"
should_run: true
steps:
- name: Clone project
if: matrix.should_run == true
uses: actions/checkout@v3
with:
submodules: recursive
- name: Set up Docker Buildx
if: matrix.should_run == true
uses: simplex-chat/docker-setup-buildx-action@v3
- name: Setup swap
if: matrix.ghc == '8.10.7' && matrix.should_run == true
uses: ./.github/actions/swap
with:
swap-size-gb: 20
- name: Install PostgreSQL 15 client tools
if: matrix.os == '22.04' && matrix.should_run == true
shell: bash
run: |
# Import the repository signing key
sudo install -d /usr/share/postgresql-common/pgdg
sudo curl -o /usr/share/postgresql-common/pgdg/apt.postgresql.org.asc --fail https://www.postgresql.org/media/keys/ACCC4CF8.asc
# Add the PostgreSQL APT repository
sudo sh -c 'echo "deb [signed-by=/usr/share/postgresql-common/pgdg/apt.postgresql.org.asc] https://apt.postgresql.org/pub/repos/apt $(lsb_release -cs)-pgdg main" > /etc/apt/sources.list.d/pgdg.list'
# Update repository and install postgresql tools
sudo apt update
sudo apt -y install postgresql-client-15
- name: Build and cache Docker image
if: matrix.should_run == true
uses: simplex-chat/docker-build-push-action@v6
with:
context: .
load: true
file: Dockerfile.build
tags: build/${{ matrix.os }}:latest
build-args: |
TAG=${{ matrix.os }}
GHC=${{ matrix.ghc }}
- name: Cache dependencies
if: matrix.should_run == true
uses: actions/cache@v4
with:
path: |
~/.cabal/store
dist-newstyle
key: ubuntu-${{ matrix.os }}-${{ matrix.arch }}-ghc${{ matrix.ghc }}-${{ hashFiles('cabal.project', 'simplexmq.cabal') }}
- name: Start container
if: matrix.should_run == true
shell: bash
run: |
docker run -t -d \
--device /dev/fuse \
--cap-add SYS_ADMIN \
--security-opt apparmor:unconfined \
--name builder \
-v ~/.cabal:/root/.cabal \
-v /home/runner/work/_temp:/home/runner/work/_temp \
-v ${{ github.workspace }}:/project \
build/${{ matrix.os }}:latest
- name: Build smp-server, xftp-server (postgresql) and tests
if: matrix.should_run == true
shell: docker exec -t builder sh -eu {0}
run: |
chmod -fR 777 ~/.cabal ./dist-newstyle || :; git config --global --add safe.directory '*'
cabal clean
cabal update
cabal build --jobs=$(nproc) --enable-tests -fserver_postgres
mkdir -p /out
for i in smp-server xftp-server simplexmq-test; do
bin=$(find /project/dist-newstyle -name "$i" -type f -executable)
chmod +x "$bin"
mv "$bin" /out/
done
strip /out/smp-server /out/xftp-server
- name: Copy simplexmq-test from container
if: matrix.should_run == true
shell: bash
run: |
docker cp builder:/out/simplexmq-test .
- name: Copy smp-server, xftp-server (postgresql) from container and prepare it
if: startsWith(github.ref, 'refs/tags/v') && matrix.should_run == true
id: prepare-postgres
shell: bash
run: |
printf 'bins<<EOF\n' > bins.output
printf 'hashes<<EOF\n' > hashes.output
for i in smp-server xftp-server; do
name="${i}-postgres-ubuntu-${{ matrix.os_underscore }}-${{ matrix.arch }}"
docker cp builder:/out/$i $name
path="${{ github.workspace }}/$name"
hash="SHA2-256($name)= $(openssl sha256 $path | cut -d' ' -f 2)"
printf '%s\n' "$path" >> bins.output
printf '%s\n\n' "$hash" >> hashes.output
done
printf 'EOF\n' >> bins.output
printf 'EOF\n' >> hashes.output
cat bins.output >> "$GITHUB_OUTPUT"
cat hashes.output >> "$GITHUB_OUTPUT"
- name: Build everything else (standard)
if: matrix.should_run == true
shell: docker exec -t builder sh -eu {0}
run: |
cabal build --jobs=$(nproc)
mkdir -p /out
for i in ${{ env.apps }}; do
bin=$(find /project/dist-newstyle -name "$i" -type f -executable)
strip "$bin"
chmod +x "$bin"
mv "$bin" /out/
done
- name: Copy binaries from container and prepare them
id: prepare-regular
if: startsWith(github.ref, 'refs/tags/v') && matrix.should_run == true
shell: bash
run: |
docker cp builder:/out .
printf 'bins<<EOF\n' > bins.output
printf 'hashes<<EOF\n' > hashes.output
for i in ${{ env.apps }}; do
name="$i-ubuntu-${{ matrix.os_underscore }}-${{ matrix.arch }}"
mv ./out/$i ./$name
path="${{ github.workspace }}/$name"
hash="SHA2-256($name)= $(openssl sha256 $path | cut -d' ' -f 2)"
printf '%s\n' "$path" >> bins.output
printf '%s\n\n' "$hash" >> hashes.output
done
printf 'EOF\n' >> bins.output
printf 'EOF\n' >> hashes.output
cat bins.output >> "$GITHUB_OUTPUT"
cat hashes.output >> "$GITHUB_OUTPUT"
- name: Upload binaries
if: startsWith(github.ref, 'refs/tags/v') && matrix.should_run == true
uses: simplex-chat/action-gh-release@v2
with:
append_body: true
prerelease: true
fail_on_unmatched_files: true
body: |
${{ steps.prepare-regular.outputs.hashes }}
${{ steps.prepare-postgres.outputs.hashes }}
files: |
${{ steps.prepare-regular.outputs.bins }}
${{ steps.prepare-postgres.outputs.bins }}
env:
GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
- name: Test
if: matrix.should_run == true && matrix.arch == 'x86-64'
timeout-minutes: 120
shell: bash
env:
PGHOST: localhost
run: |
i=1
attempts=1
${{ (github.ref == 'refs/heads/stable' || startsWith(github.ref, 'refs/tags/v')) }} && attempts=3
while [ "$i" -le "$attempts" ]; do
if ./simplexmq-test; then
break
else
echo "Attempt $i failed, retrying..."
i=$((i + 1))
sleep 1
fi
done
if [ "$i" -gt "$attempts" ]; then
echo "All "$attempts" attempts failed."
exit 1
fi
-60
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@@ -1,60 +0,0 @@
name: Build and push Docker image to Docker Hub
on:
push:
tags:
- "v*"
jobs:
build-and-push:
name: Build and push Docker image
runs-on: ubuntu-latest
strategy:
fail-fast: false
matrix:
include:
- app: smp-server
app_port: "443 5223"
- app: xftp-server
app_port: 443
steps:
- name: Clone project
uses: actions/checkout@v4
with:
submodules: recursive
- name: Log in to Docker Hub
uses: simplex-chat/docker-login-action@v3
with:
username: ${{ secrets.DOCKERHUB_USERNAME }}
password: ${{ secrets.DOCKERHUB_PASSWORD }}
- name: Extract metadata for Docker image
id: meta
uses: simplex-chat/docker-metadata-action@v5
with:
images: ${{ secrets.DOCKERHUB_USERNAME }}/${{ matrix.app }}
flavor: |
latest=auto
tags: |
type=semver,pattern=v{{version}}
type=semver,pattern=v{{major}}.{{minor}}
type=semver,pattern=v{{major}}
- name: Set up QEMU
uses: docker/setup-qemu-action@v3
- name: Set up Docker Buildx
uses: docker/setup-buildx-action@v3
- name: Build and push Docker image
uses: simplex-chat/docker-build-push-action@v6
with:
context: .
platforms: linux/amd64,linux/arm64
push: true
build-args: |
APP=${{ matrix.app }}
APP_PORT=${{ matrix.app_port }}
tags: ${{ steps.meta.outputs.tags }}
labels: ${{ steps.meta.outputs.labels }}
-47
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@@ -1,47 +0,0 @@
name: Reproduce latest release
on:
workflow_dispatch:
schedule:
- cron: '0 2 * * *' # every day at 02:00 night
jobs:
reproduce:
runs-on: ubuntu-latest
steps:
- name: Checkout code
uses: actions/checkout@v3
with:
submodules: recursive
- name: Get latest release
shell: bash
run: |
curl --proto '=https' \
--tlsv1.2 \
-sSf -L \
'https://api.github.com/repos/simplex-chat/simplexmq/releases/latest' \
2>/dev/null | \
grep -i "tag_name" | \
awk -F \" '{print "TAG="$4}' >> $GITHUB_ENV
- name: Execute reproduce script
run: |
${GITHUB_WORKSPACE}/scripts/simplexmq-reproduce-builds.sh "$TAG" || :
- name: Check if build has been reproduced
env:
url: ${{ secrets.STATUS_SIMPLEX_WEBHOOK_URL }}
user: ${{ secrets.STATUS_SIMPLEX_WEBHOOK_USER }}
pass: ${{ secrets.STATUS_SIMPLEX_WEBHOOK_PASS }}
run: |
if [ -f "${GITHUB_WORKSPACE}/${TAG}-simplexmq/_sha256sums" ]; then
exit 0
else
curl --proto '=https' --tlsv1.2 -sSf \
-u "${user}:${pass}" \
-H 'Content-Type: application/json' \
-d '{"title": "👾 GitHub: Runner", "description": "⛔️ '"$TAG"' did not reproduce."}' \
"$url"
exit 1
fi
-8
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@@ -4,11 +4,3 @@
*.session.sql
tests/tmp
dist-newstyle/
cabal.project.local
cabal.project.local~
.hpc/
*.tix
.coverage
-6
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@@ -1,6 +0,0 @@
[submodule "cbits/libbbs"]
path = cbits/libbbs
url = https://github.com/simplex-chat/libbbs.git
[submodule "cbits/blst"]
path = cbits/blst
url = https://github.com/supranational/blst.git
-1
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@@ -1 +0,0 @@
- ignore: {name: "Use underscore"}
@@ -1,53 +0,0 @@
# XFTPClientAgent Pattern
## TOC
1. Executive Summary
2. Changes: client.ts
3. Changes: agent.ts
4. Changes: test/browser.test.ts
5. Verification
## Executive Summary
Add `XFTPClientAgent` — a per-server connection pool matching the Haskell pattern. The agent caches `XFTPClient` instances by server URL. All orchestration functions (`uploadFile`, `downloadFile`, `deleteFile`) take `agent` as first parameter and use `getXFTPServerClient(agent, server)` instead of calling `connectXFTP` directly. Connections stay open on success; the caller creates and closes the agent.
`connectXFTP` and `closeXFTP` stay exported (used by `XFTPWebTests.hs` Haskell tests). The `browserClients` hack, per-function `connections: Map`, and `getOrConnect` are deleted.
## Changes: client.ts
**Add** after types section: `XFTPClientAgent` interface, `newXFTPAgent`, `getXFTPServerClient`, `closeXFTPServerClient`, `closeXFTPAgent`.
**Delete**: `browserClients` Map and all `isNode` browser-cache checks in `connectXFTP` and `closeXFTP`.
**Revert `closeXFTP`** to unconditional `c.transport.close()` (browser transport.close() is already a no-op).
`connectXFTP` stays exported (backward compat) but becomes a raw low-level function — no caching.
## Changes: agent.ts
**Imports**: replace `connectXFTP`/`closeXFTP` with `getXFTPServerClient`/`closeXFTPAgent` etc.
**Re-export** from agent.ts: `newXFTPAgent`, `closeXFTPAgent`, `XFTPClientAgent`.
**`uploadFile`**: add `agent: XFTPClientAgent` as first param. Replace `connectXFTP``getXFTPServerClient`. Remove `finally { closeXFTP }`. Pass `agent` to `uploadRedirectDescription`.
**`uploadRedirectDescription`**: change from `(client, server, innerFd)` to `(agent, server, innerFd)`. Get client via `getXFTPServerClient`.
**`downloadFile`**: add `agent` param. Delete local `connections: Map`. Replace `getOrConnect``getXFTPServerClient`. Remove finally cleanup. Pass `agent` to `downloadWithRedirect`.
**`downloadWithRedirect`**: add `agent` param. Same replacements. Remove try/catch cleanup. Recursive call passes `agent`.
**`deleteFile`**: add `agent` param. Same pattern.
**Delete**: `getOrConnect` function entirely.
## Changes: test/browser.test.ts
Create agent before operations, pass to upload/download, close in finally.
## Verification
1. `npx vitest --run` — browser round-trip test passes
2. No remaining `browserClients`, `getOrConnect`, or per-function `connections: Map` locals
3. `connectXFTP` and `closeXFTP` still exported (XFTPWebTests.hs compat)
4. All orchestration functions take `agent` as first param
-833
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@@ -1,854 +1,24 @@
# 6.5.1
Version 6.5.1.0
XFTP client:
- backwards compatible file header decoding.
# 6.5.0
Version 6.5.0.17
SMP agent:
- improve subscriptions
- reduce memory usage and retries during initial subscription (#1758)
- fix race resulting in pending subscriptions never subscribed (#1756)
- batch processing of subscription results and errors (#1652)
- reduce memory usage of active subscriptions.
- drop message after N reception attempts (#1762)
- fix possible deadlocks of queue overloading when processing messages (#1713)
- improved APIs for short link management and creation.
- support multiple link owners in link data (#1701)
SMP server:
- store messages in PostgreSQL (#1622).
- reduce memory usage with PostgreSQL database - do not use queue cache (#1637)
- fix in-memory server not restoring queue/service associations after 2+ restarts (#1618)
XFTP server:
- support PostgreSQL database.
- add server page.
- support uploads from web clients.
Servers:
- better socket leak prevention during TLS handshake, NetworkError type to bette diagnose connection errors (#1619)
- use "=" as default INI key-value separator (#1767)
# 6.4.4
Servers:
- fix server pages when source code is not specified.
- include commit SHA in printed version and in web page (#1608).
SMP server:
- support short SimpleX addresses in server information page (#1600).
- wrap all queries in transactions (#1603).
SMP agent:
- chat relay address type for short links (#1602).
- extend xrcp certificate validity 1 hour in the past, to allow out of sync clocks (#1601).
# 6.4.3
SMP agent:
- fix some connection errors by updating contact request server hosts to match server in short link (#1597).
SMP server:
- support short link URI as queue identifier in control port commands (#1596).
# 6.4.2
SMP server:
- fix memory leak when connection interrupts straight after client connects.
- do not include repeated queue blocking into stats/quota.
XFTP server:
- prometheus metrics
# 6.4.1
SMP protocol:
- create notification credentials via NEW command that creates the queue (#1586)
SMP server:
- control port session improvements (#1591)
- additional stat counter for ntf credentials created together with the queue (#1589)
# 6.4.0
SMP protocol (server/client):
- support associated queue data and short connection links (see [RFC](./rfcs/2025-03-16-smp-queues.md)).
- service certificates to optimize subscriptions.
SMP agent:
- support retries for interactive connection handshakes.
- use web port 443 by default for preset servers.
- use static RNG function to avoid creating dynamic C stubs when generating sntrup keys (it was detected as Dynamic Code Loading in GrapheneOS).
- different timeouts for interactive and background operations.
Ntf server:
- PostgreSQL storage.
- Prometheus metrics.
- use service certificates.
- fix repeat token registration.
# 6.3.2
Servers:
- enable store log by default (#1501).
SMP server:
- reduce memory usage (#1498)
SMP agent:
- handle client/agent version downgrades after connection was established (#1508).
# 6.3.1
Servers:
- handle ECONNABORTED error on client connections.
- reproducible builds.
- blocking records for content moderation.
- update script (simplex-servers-update) downloads scripts from the specified or the latest stable tag.
SMP server:
- support for PostgreSQL database for queue records for higher traffic servers.
- fix old clients sending messages to new servers (#1443)
- remove empty journals when opening message queues and expiring idle queues (#1456, #1458).
- additional start options (#1465):
- `maintenance` to run all start/stop operations without starting server.
- `skip-warnings` to ignore the last corrupted line in store log (can happen on abnormal termination).
Ntf server:
- record date of last token activity, to allow expiring inactive tokens.
- additional token invalidation reasons in logs.
SMP agent:
- store message sent to multiple connections only once, to reduce storage when sending to groups (#1453).
- encrypt messages on delivery, to reduce database writes (#1446).
- don't block method calls on congested sockets for better concurrency (#1454).
- check notification token status on client connection.
- option to skip SQLite vacuum on migrations.
# 6.3.0
SMP agent: fix joining connection after failure by using the same ratchet.
# 6.2.2
SMP server:
- add optional Prometheus metrics (#1411).
Build:
- remove three modules from client library.
# 6.2.0
Version 6.2.0.7
Build:
- client_library flag to build only used modules in the clients, remove package yaml
SMP server:
- journal storage for messages (BETA).
- prevent race condition when deleting queue and to avoid "orphan" messages (#1395).
SMP agent:
- support SMP and XFTP server roles (storage/proxy) and operators (#1343).
- treat blocked STM and other critical errors that offer restart as temporary for message delivery (#1405).
- fix inconsistent state after app restart while accepting contact request (#1412).
# 6.1.3
SMP server: fix restoring notification credentials.
# 6.1.2
Servers: more reliable restoring of state.
SMP server: reduced memory usage and faster start.
Notifications: compensate for iOS notifications being dropped by Apple while device is offline (#1378):
- Ntf server: send multiple SMP notifications in one iOS notification.
- Agent: get multiple messages for one iOS notification.
# 6.1.1
SMP:
- stop server faster (#1371)
- add STORE error (#1372)
# 6.1.0
Version 6.1.0.7
SMP server and client:
- transport block encryption (#1317).
Agent:
- batch and optimize iOS notifications processing (#1308, #1311, #1313, #1316, #1330, #1331, #1333, #1337, #1346).
- allow receiving multiple messages from single iOS notification (#1355, #1362).
- prepare connection to accept to avoid race condition with events (#1365).
- transport isolation mode "Session" (default) to use new SOCKS credentials when client restarts or SOCKS proxy configuration changes (#1321).
Ntf server:
- control port (#1354).
- enable pings on ntf subscriptions, to resubscribe on reconnection (#1353).
SMP server:
- support multiple server ports (#1319).
- support serving HTTPS and SMP transport on the same port (#1326, #1327).
- persist iOS notifications to avoid losing them when Ntf server is offline (#1336, #1339, #1350).
- fix lost notification subscriptions (#1347).
- reject SKEY with different key earlier, at verification step (#1366).
- pass server information via CLI during server initialization (#1356).
- show version on server page (#1341).
- explicit graceful shutdown on SIGINT (#1360).
XRCP (remote access protocol):
- use SHA3-256 in hybrid key agreement (#1302).
- session encryption with forward secrecy (#1328).
# 6.0.5
SMP agent:
- support generic SOCKS proxy (without isolate-by-auth).
- reduce max message sizes
# 6.0.4
SMP server:
- better performance/memory: fewer map updates on re-subscriptions (#1297), split and reduce STM transactions (#1294)
- send DELD when subscribed queue is deleted (#1312)
- add created/updated/used date to queues to manage expiration (#1306)
XFTP server: truncate file creation time to 1 hour (#1310)
Servers:
- bind control port only to 127.0.0.1 for better security in case of firewall misconfiguration (#1280)
- reduce memory used for period stats (#1298)
Agent: process last notification from list (#1307)
- report receive file error with redirected file ID, when redirect is present (#1304)
- special error when deleted user record is not in database (#1303)
- fix race when sending a message to the deleted connection (#1296)
- support for multiple messages in a single notification
Ntf server:
- only use SOCKS proxy for servers without public address (#1314)
# 6.0.3
Agent:
- fix possible stuck queue rotation (#1290).
SMP server:
- batch END responses when subscribed client switches to reduce server and client traffic.
- reduce STM transactions for better performance.
- add stats for END events and for SUB/DEL event batches.
- remove "expensive" stats to save memory.
# 6.0.2
SMP agent:
- fix stuck connection commands when a server is not responding.
- store query errors, reduce slow query threshold to 1ms.
Notification server:
- reduce PING interval to 1 minute.
- fix subscriptions disabled on race condition (only mark subscriptions with END status when received via the active connection).
# 6.0.1
SMP agent:
- support changing user of the new connection.
- do not start delivery workers when there are no messages to deliver.
- enable notifications for all connections.
- combine database transactions when subscribing.
SMP server:
- safe compacting of store log.
- fix possible race when creating client that might lead to memory leak.
Dependencies: upgrade tls to 1.9
# 6.0.0
Version 6.0.0.8
Agent:
- enabled fast handshake support.
- batch-send multiple messages in each connection.
- resume subscriptions as soon as agent moves to foreground or as network connection resumes.
- "known" servers to determine whether to use SMP proxy.
- retry on SMP proxy NO_SESSION error.
- fixes to notification subscriptions.
- persistent server statistics.
- better concurrency.
SMP server:
- reduce threads usage.
- additional statistics.
- improve disabling inactive clients.
- additional control port commands for monitoring.
Notification server:
- support onion-only SMP servers.
# 5.8.2
Agent:
- fast handshake support (disabled).
- new statistics api.
SMP server:
- fast handshake support (SKEY command).
- minor changes to reduce memory usage.
# 5.8.1
Agent:
- API to reconnect one server.
- Better error handling of file errors and remote control connection errors.
- Only start uploading file once all chunks were registered on the servers.
SMP server:
- additional stats for sent message notifications.
- fix server page layout.
# 5.8.0
Version 5.8.0.10
SMP server and client:
- protocol extension to forward messages to the destination servers, to protect sending client IP address and transport session.
Agent:
- process timed out subscription responses to reduce the number of resubscriptions.
- avoid sending messages and commands when waiting for response timed out (except batched SUB and DEL commands).
- fix issue with stuck message reception on slow connection (when response to ACK timed out, and the new message was not processed until resubscribed).
- fix issue when temporary file sending or receiving error was treated as permanent.
SMP server:
- include OK responses to all batched SUB requests to reduce subscription timeouts.
XFTP server:
- report file upload timeout as TIMEOUT, to avoid delivery failure.
# 5.7.6
XFTP agent:
- treat XFTP handshake timeouts and network errors as temporary, to retry file operations.
# 5.7.5
SMP agent:
- fail if non-unique connection IDs are passed to sendMessages (to prevent client errors and deadlocks).
# 5.7.4
SMP agent:
- remove re-subscription timeouts (as they are tracked per operation, and could cause failed subscriptions).
- reconnect XFTP clients when network settings changes.
- fix lock contention resulting in stuck subscriptions on network change.
# 5.7.3
SMP/NTF protocol:
- add ALPN for handshake version negotiation, similar to XFTP (to preserve backwards compatibility with the old clients).
- upgrade clients to versions v7/v2 of the protocols.
SMP server:
- faster responses to subscription requests.
XFTP client:
- fix network exception during file download treated as permanent file error.
SMP agent:
- do not report subscription timeouts while client is offline.
# 5.7.2
SMP agent:
- fix connections failing when connecting via link due to race condition on slow network.
- remove concurrency limit when waiting for connection subscription.
- remove TLS timeout.
# 5.7.1
SMP agent:
- increase timeout for TLS connection via SOCKS
# 5.7.0
Version 5.7.0.4
_Please note_: the earliest SimpleX Chat clients supported by this version of the servers is 5.5.3 (released on February 11, 2024).
SMP server:
- increase max SMP protocol version to 7 (support for deniable authenticators).
NTF server:
- increase max NTF protocol version to 2 (support for deniable authenticators).
XFTP server:
- version handshake using ALPN.
SMP agent:
- increase timeouts for XFTP files.
- don't send commands after timeout.
- PQ encryption support.
# 5.6.2
Version 5.6.2.2.
SMP agent:
- Lower memory consumption (~20-25%).
- More stable XFTP file uploads and downloads.
- API to receive network connectivity changes from the apps.
- to reduce battery consumption: connection attempts interval growing to every 2 hours when app reports as offline.
- to reduce retries and traffic: 50% increased timeouts when on mobile network.
XFTP server:
- expire files on start.
- version negotiation based on TLS ALPN and handshake.
NTF server:
- reduced downtime by ~100x faster start time.
- exclude test tokens from statistics.
# 5.6.1
Version 5.6.1.0.
- Much faster iOS notification server start time (fewer skipped notifications).
- Fix SMP server stored message stats.
- Prevent overwriting uploaded XFTP files with subsequent upload attempts.
- Faster base64 encoding/parsing.
- Control port audit log and authentication.
# 5.6.0
Version 5.6.0.4.
SMP protocol/client/server:
- support deniable sender command authorization (to be enabled in the next version).
- remove support for SMP protocol versions (prior to v4, 07/2022).
Agent:
- optional post-quantum key agreement using sntrup761 in double ratchet protocol.
- improve performance of deleting multiple connections and files by batching database operations.
- delay connection deletion to deliver pending messages.
- API to test for notifications server.
- remove support for client protocols versions (prior to 10/2022).
XFTP server:
- restore storage quota in case of failed uploads.
Performance and stability improvements.
# 5.5.3
Agent:
- notification token API also returns active notifications server.
- support file descriptions with redirection and file URIs.
Servers:
- CLI commands for online key and certificate rotation.
- Configure config and log paths via environment variables.
# 5.5.2
Extensible handshake for clients and SMP/NTF servers (ignore extra data).
# 5.5.1
SMP servers:
- do not keep stats file open
- additional stats about currently stored messages
Agent:
- support multiple notification servers (only one can be used at a time).
- expire messages after "quota exceeded" error after 7 days (instead of 21 days previously).
- stabilize message delivery, remove unnecessary subscription retries and traffic.
- improve database performance for message delivery.
- fix sockets/memory leak - a very old bug "activated" by improvements in v5.5.0.
# 5.5.0
Code:
- compatible with GHC 8.10.7 to support compilation for armv7a.
- migrate to `crypton` from deprecated `cryptonite` (the seed for DRG is now sha512-hashed).
- use ChaChaDRG for all random IDs, keys and nonces, only using hashed entropy as seed.
- more efficient transaction batching in SMP protocol client and server.
Agent:
- stabilize message reception and delivery, migrate message delivery to database queue.
- additional event MSGNTF confirming that message received via notification is processed.
- efficient processing of messages sent to multiple recipients with batched database transactions.
- new worker abstraction for all queued tasks resilient to race conditions and some database errors.
- many fixed race conditions.
- background mode for iOS NSE.
- additional error reporting to client on critical errors (to be show as alert in the clients).
- functional api to get worker statistics.
SMP/XFTP servers:
- fix socket and memory leak on servers with high load (inactive clients without subscriptions are disconnected after set time of inactivity).
- control port improvements.
- fix statistics for stored queues, messages and files.
- make writing to store log atomic (fixes a rare bug in XFTP server).
# 5.4.0
Migrate to GHC 9.6.3
Agent:
- database improvements:
- track slow queries.
- better performance.
- "busy" error handling.
- create parent folder when needed.
- support closing and re-opening database.
- SMP agent improvements
- streaming for batched SMP commands.
- fix asynchronous JOINing connection.
- handle repeating JOINs without failure.
- api to get subscribed connections.
- return simplex:/ links as invitations.
- fix memory leak.
- XFTP improvements:
- suspend when agent is suspended.
- support locally encrypted files.
- fixes - create empty file, prevent permanent error treated as temporary.
- upgrade HTTP2 library (fixes error handling and flow control).
- Remote control protocol (XRCP)
SMP server:
- control port commands for GHC threads introspection.
- allow creating new queues without subscriptions (required for iOS).
XFTP server:
- allow 64kb file chunks.
NTF server:
- faster startup.
# 5.3.0
Agent:
- improve performance, track slow database queries.
- support delivery receipts.
SMP server:
- control port
# 5.2.0 (NTF server 1.5.0)
Agent:
- treat agent INACTIVE error as temporary - fixes failed message delivery in some race conditions.
- restore connection confirmations after client restart - fixes failed connections.
- ratchet resynchronization protocol and API.
- increase connection version to mutually supported by both peers on each received message.
Client:
- make timeout for batched functions dependent on the number of batches - fixes expiry on large batches.
Servers:
- add timeout in case of sending TCP traffic and in case of partial delivery of requested blocks to avoid resource leaks.
# 5.1.2, 5.1.3 (NTF server 1.4.1, 1.4.2)
Agent:
- ACK message on decryption error (fixes stuck message delivery bug)
- more robust connection switching logic, API to abort switching the address
Notification server:
- batch subscriptions to SMP servers
# 5.1.1 (NTF server 1.4.0)
Agent:
- store and check hashes of previous encrypted messages to differentiate between duplicates and decryption errors
Server:
- larger processing queues
- expire messages when restoring them
# 5.1.0
XFTP client:
- check encrypted file exists when uploading
- remove user ID from deletion API
Agent:
- vacuum database on migrations
SMP server:
- configure message expiration time in INI file
# 5.0.0
SimpleX File Transfer Protocol (XFTP):
- XFTP server
- XFTP CLI
- support XFTP in the agent
Other changes:
- preserve retry interval for sending messages on agent restarts
- support IPv6 in the servers and in the agent
- support for 32-bit platforms
Read more about XFTP in this post: https://simplex.chat/blog/20230301-simplex-file-transfer-protocol.html
# 4.4.1
SMP agent:
- fix handling of server addresses.
- prevent message delivery getting stuck on IO error in SMP client.
# 4.4.0
SMP agent:
- support multiple user profiles with transport session isolation.
- support optional transport isolation per connection.
- batch connection deletion
- improve asynchronous connection deletion it may now be completed after the client is restarted as well.
- improve subscription logic to retry if initial attempt fails.
- end SMP client connection after a number of failed PINGs (default is 3).
# 4.3.0
SMP server:
- additional server usage statistics.
SMP agent:
- increase retry interval when sending messages after ERR QUOTA.
# 4.2.0
SMP agent and server:
- reduce sender traffic in cases when queue quota is exceeded:
- server sends quota exceeded message to the recipient when sender receives ERR QUOTA.
- recipient sends QCONT message to the send once the queue is drained (via reply queue).
- sender retry delays are increased, reducing traffic, but sender instantly resumes delivery where QCONT is received.
SMP server:
- increase internal queue sizes.
SMP agent:
- deduplicate connection IDs in connect/disconnect responses.
- unit tests for Crypto.hs.
- fix connection switch to another queue: correctly set primary send queue.
Notification server (v1.3.0):
- check token status when sending verification notification.
# 4.1.0
SMP agent and server:
- option to toggle TLS handshake error logs (disabled by default).
SMP agent:
- include server address in BROKER error.
- api to get hash of double ratchet associated data (for connection verification).
- api to get agent statistics.
# 4.0.0
SMP server:
- Basic authentication. The server address can now include an optional password that is required to create messaging queues, so the contacts who message you will not be able to receive messages via your server, unless you share with them the address with the password. It is recommended to enable basic authentication on all private servers by adding `create_password` parameter into AUTH section of server INI file (the previously deployed servers do not have this section, you need to add it).
- Disable creating new queues completely with `new_queues: off` parameter in AUTH section of INI file - it can be used to simplify migrating the existing connections to another server.
- Updated server CLI with changed defaults:
- interactive server initialization, use -y flag to initialize the server non-interactively.
- store log is now enabled by default, so messaging queues and messages are restored when the server is restarted (to restore undelivered messages the server needs to be stopped with SIGINT signal).
- a random password is now generated by default during the server initialization.
SMP agent:
- API to test SMP servers. It connects to the server, creates and deletes a messaging queue. The new SimpleX Chat client uses this API to allow you to test that you have the correct server address, with the valid certificate fingerprint and password, before enabling the new server.
# 3.4.0
SMP agent:
- increase concurrency with connection-level locks
- fix issues identified in security assessment (see the announcement: https://github.com/simplex-chat/simplex-chat/blob/stable/blog/20221108-simplex-chat-v4.2-security-audit-new-website.md)
- manual connection queue rotation
- optional client data in connection requests links
SMP server:
- specialize monad stack to improve performance
- log slow commands
# 3.3.0
SMP server:
- allow repeated KEY command with the same key (to avoid failures on retries)
SMP agent:
- enable/disable connection notifications
- asynchronous commands that retry on network error
- use SQLCipher
# 3.2.0
SMP agent:
- Support multiple server hostnames (including onion hostnames) in server addresses.
- Network configuration options.
- Options to define rules to choose server hostname.
# 3.1.0
SMP server and agent:
- SMP protocol v4: batching multiple server commands/responses in a transport block.
# 3.0.0
SMP server:
- restore undelivered messages when the server is restarted.
- SMP protocol v3 to support push notification:
- updated SEND and MSG to add message flags (for notification flag that confirm whether the notification is sent and for any future extensions) and to move message meta-data sent to the recipient into the encrypted envelope.
- update NKEY and NID to add e2e encryption keys (for the notification meta-data encryption between SMP server and the client), and update NMSG to include this meta-data.
- update ACK command to include message ID (to avoid acknowledging unprocessed message).
- add NDEL commands to remove notification subscription credentials from SMP queue.
- add GET command to receive messages without subscription - to be used in iOS notification service extension to receive messages without terminating app subscriptions.
SMP agent:
- new protocol for duplex connection handshake reducing traffic and connection time.
- support for SMP notifications server and managing device token.
- remove redundant FQDN validation from TLS handshake to prepare for access via Tor.
- support for fully stopping agent and for temporary suspending agent operations.
- improve management of duplicate message delivery.
SMP notifications server v1.0:
- SMP notifications protocol with version negotiation during handshake.
- device token registration and verification (via background notification).
- SMP notification subscriptions and push notifications via APNS.
- restoring notification subscriptions when the server is restarted.
# 2.3.0
SMP server:
- Save and restore undelivered messages, to avoid losing them. To save messages the server has to be stopped with SIGINT signal, if it is stopped with SIGTERM undelivered messages would not be saved.
# 2.2.0
SMP server:
- Fix sockets/threads/memory leak
SMP agent:
- Support stopping and resuming agent with `disconnectAgentClient` / `resumeAgentClient`
# 2.1.1
SMP server:
- gracefully close sockets on client disconnection
- CLI warning when deleting server configuration
# 2.1.0
SMP server:
- configuration to expire inactive clients in ini file, increased TTL and check interval for client expiration
# 2.0.0
Push notifications server (beta):
- supports APNS
- manage device tokens verification via notification delivery
- sending periodic background notification to check messages (not more frequent than every 20 min)
SMP server:
- disconnect inactive clients after some period
- remove undelivered messages after 30 days
- log aggregate usage daily stats: only the number of queues created/secured/deleted/used and messages sent/delivered is logged, as one line per day, so we can plan server capacity and diagnose any problems.
SMP agent:
- manage device tokens and notification server connection
- DOWN/UP events to the agent user about server disconnections/reconnections are now sent once per server
# 1.1.0
SMP server:
- message TTL and periodic deletion of old messages
- configuration to prevent creation of the new queues
SMP agent:
- asynchronous connection handshake
- configurable SMP servers at run-time
- use TCP keep-alive for connection stability
- improve stability of connection subscriptions
- auto-vacuum DB to remove deleted records
# 1.0.3
SMP server:
- Reduce server message queue quota to 128 messages.
SMP agent:
- Add "yes to migrations" option.
- Make new SMP client attempt to reconnect on network error.
- Reduce connection handshake expiration to 2 days.
JSON encoding of types used in simplex-chat, some other minor adjustments.
# 1.0.2
General:
- Enable TLS 1.3 parameters for TLS handshake (server and client).
- Switch from hs-tls fork to original repo now that it supports getFinished and getPeerFinished APIs for both TLS 1.2 and TLS 1.3.
SMP server:
- Perform TLS handshake in a separate thread per-connection.
SMP agent:
- Cease attempts to send HELLO after one week timeout.
- Coalesce requests to connect to SMP servers, to have 1 connection per server.
# 1.0.1
SMP server:
- Explicitly set line buffering in stdout/stderr to log each line when output is redirected to files.
# 1.0.0
Security and privacy improvements:
- Faster and more secure 2-layer E2E encryption with additional encryption layer between servers and recipients:
- application messages in each duplex connection (managed by SMP agents - see [overview](https://github.com/simplex-chat/simplexmq/blob/master/protocol/overview-tjr.md)) are encrypted using [double-ratchet algorithm](https://www.signal.org/docs/specifications/doubleratchet/), providing forward secrecy and break-in recovery. This layer uses two Curve448 keys per client for [X3DH key agreement](https://www.signal.org/docs/specifications/x3dh/), SHA512 based HKDFs and AES-GCM AEAD encryption.
- SMP client messages are additionally E2E encrypted in each SMP queue to avoid cipher-text correlation of messages sent via multiple redundant queues (that will be supported soon). This and the next layer use [NaCl crypto_box algorithm](https://nacl.cr.yp.to/index.html) with XSalsa20Poly1305 cipher and Curve25519 keys for DH key agreement.
@@ -861,16 +31,13 @@ Security and privacy improvements:
- Server identity verification via server offline certificate fingerprints included in SMP server addresses.
New functionality:
- Support for notification servers with new SMP commands: `NKEY`/`NID`, `NSUB`/`NMSG`.
Efficiency improvements:
- Binary protocol encodings to reduce overhead from circa 15% to approximately 3.7% of transmitted application message size, with only 2.2% overhead for SMP protocol messages.
- More performant cryptographic algorithms.
For more information about SimpleX:
- [SimpleX overview](https://github.com/simplex-chat/simplexmq/blob/master/protocol/overview-tjr.md).
- [SimpleX chat v1 announcement](https://github.com/simplex-chat/simplex-chat/blob/master/blog/20220112-simplex-chat-v1-released.md).
-85
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@@ -1,85 +0,0 @@
# syntax=docker/dockerfile:1.7.0-labs
ARG TAG=24.04
FROM ubuntu:${TAG} AS build
### Build stage
# Install curl and git and simplexmq dependencies
RUN apt-get update && apt-get install -y curl git build-essential libgmp3-dev zlib1g-dev llvm-18 llvm-18-dev libnuma-dev libssl-dev
# Specify bootstrap Haskell versions
ENV BOOTSTRAP_HASKELL_GHC_VERSION=9.6.3
ENV BOOTSTRAP_HASKELL_CABAL_VERSION=3.12.1.0
# Do not install Stack
ENV BOOTSTRAP_HASKELL_INSTALL_NO_STACK=true
ENV BOOTSTRAP_HASKELL_INSTALL_NO_STACK_HOOK=true
# Install ghcup
RUN curl --proto '=https' --tlsv1.2 -sSf https://get-ghcup.haskell.org | BOOTSTRAP_HASKELL_NONINTERACTIVE=1 sh
# Adjust PATH
ENV PATH="/root/.cabal/bin:/root/.ghcup/bin:$PATH"
# Set both as default
RUN ghcup set ghc "${BOOTSTRAP_HASKELL_GHC_VERSION}" && \
ghcup set cabal "${BOOTSTRAP_HASKELL_CABAL_VERSION}"
# Copy only the source code
COPY apps /project/apps/
COPY cbits /project/cbits/
COPY src /project/src/
COPY cabal.project Setup.hs simplexmq.cabal LICENSE /project
WORKDIR /project
# Debug
#ARG CACHEBUST=1
#ADD --chmod=755 https://github.com/MShekow/directory-checksum/releases/download/v1.4.6/directory-checksum_1.4.6_linux_amd64 /usr/local/bin/directory-checksum
#RUN directory-checksum --max-depth 2 .
# Set build arguments and check if they exist
ARG APP
RUN if [ -z "$APP" ]; then printf "Please spcify \$APP build-arg.\n"; exit 1; fi
# Compile app
RUN cabal update
RUN cabal build exe:$APP
# Copy scripts
COPY scripts /project/scripts/
# Create new path containing all files needed
RUN mkdir /final
WORKDIR /final
# Strip the binary from debug symbols to reduce size
RUN bin="$(find /project/dist-newstyle -name "$APP" -type f -executable)" && \
mv "$bin" ./ && \
strip ./"$APP" &&\
mv /project/scripts/docker/entrypoint-"$APP" ./entrypoint &&\
mv /project/scripts/main/simplex-servers-stopscript ./simplex-servers-stopscript
### Final stage
FROM ubuntu:${TAG}
# Install OpenSSL dependency
RUN apt-get update && apt-get install -y openssl libnuma-dev
# Copy compiled app from build stage
COPY --from=build /final /usr/local/bin/
# Open app listening port
ARG APP_PORT
RUN if [ -z "$APP_PORT" ]; then printf "Please spcify \$APP_PORT build-arg.\n"; exit 1; fi
EXPOSE $APP_PORT
# simplexmq requires using SIGINT to correctly preserve undelivered messages and restore them on restart
STOPSIGNAL SIGINT
# Finally, execute helper script
ENTRYPOINT [ "/usr/local/bin/entrypoint" ]
-31
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@@ -1,31 +0,0 @@
# syntax=docker/dockerfile:1.7.0-labs
ARG TAG=24.04
FROM ubuntu:${TAG} AS build
### Build stage
ARG GHC=9.6.3
ARG CABAL=3.14.1.1
# Install curl, git and and simplexmq dependencies
RUN apt-get update && apt-get install -y curl libpq-dev git sqlite3 libsqlite3-dev build-essential libgmp3-dev zlib1g-dev llvm llvm-dev libnuma-dev libssl-dev
# Specify bootstrap Haskell versions
ENV BOOTSTRAP_HASKELL_GHC_VERSION=${GHC}
ENV BOOTSTRAP_HASKELL_CABAL_VERSION=${CABAL}
# Do not install Stack
ENV BOOTSTRAP_HASKELL_INSTALL_NO_STACK=true
ENV BOOTSTRAP_HASKELL_INSTALL_NO_STACK_HOOK=true
# Install ghcup
RUN curl --proto '=https' --tlsv1.2 -sSf https://get-ghcup.haskell.org | BOOTSTRAP_HASKELL_NONINTERACTIVE=1 sh
# Adjust PATH
ENV PATH="/root/.cabal/bin:/root/.ghcup/bin:$PATH"
# Set both as default
RUN ghcup set ghc "${GHC}" && \
ghcup set cabal "${CABAL}"
WORKDIR /project
+20 -191
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@@ -1,6 +1,6 @@
# SimpleXMQ
[![GitHub build](https://github.com/simplex-chat/simplexmq/actions/workflows/build.yml/badge.svg)](https://github.com/simplex-chat/simplexmq/actions/workflows/build.yml)
[![GitHub build](https://github.com/simplex-chat/simplexmq/workflows/build/badge.svg)](https://github.com/simplex-chat/simplexmq/actions?query=workflow%3Abuild)
[![GitHub release](https://img.shields.io/github/v/release/simplex-chat/simplexmq)](https://github.com/simplex-chat/simplexmq/releases)
📢 SimpleXMQ v1 is released - with many security, privacy and efficiency improvements, new functionality - see [release notes](https://github.com/simplex-chat/simplexmq/releases/tag/v1.0.0).
@@ -11,7 +11,7 @@ If you have a server deployed please deploy a new server to a new host and retir
## Message broker for unidirectional (simplex) queues
SimpleXMQ is a message broker for managing message queues and sending messages over public network. It consists of SMP server, SMP client library and SMP agent that implement [SMP protocol](./protocol/simplex-messaging.md) for client-server communication and [SMP agent protocol](./protocol/agent-protocol.md) to manage duplex connections via simplex queues on multiple SMP servers.
SimpleXMQ is a message broker for managing message queues and sending messages over public network. It consists of SMP server, SMP client library and SMP agent that implement [SMP protocol](https://github.com/simplex-chat/simplexmq/blob/master/protocol/simplex-messaging.md) for client-server communication and [SMP agent protocol](https://github.com/simplex-chat/simplexmq/blob/master/protocol/agent-protocol.md) to manage duplex connections via simplex queues on multiple SMP servers.
SMP protocol is inspired by [Redis serialization protocol](https://redis.io/topics/protocol), but it is much simpler - it currently has only 10 client commands and 8 server responses.
@@ -27,19 +27,17 @@ SimpleXMQ is implemented in Haskell - it benefits from robust software transacti
### SMP server
[SMP server](./apps/smp-server/Main.hs) can be run on any Linux distribution, including low power/low memory devices. OpenSSL library is required for initialization.
[SMP server](https://github.com/simplex-chat/simplexmq/blob/master/apps/smp-server/Main.hs) can be run on any Linux distribution without any dependencies, including low power/low memory devices.
To initialize the server use `smp-server init -n <fqdn>` (or `smp-server init --ip <ip>` for IP based address) command - it will generate keys and certificates for TLS transport. The fingerprint of offline certificate is used as part of the server address to protect client/server connection against man-in-the-middle attacks: `smp://<fingerprint>@<hostname>[:5223]`.
To initialize the server use `smp-server init` command - it will generate keys and certificates for TLS transport. The fingerprint of offline certificate is used as part of the server address to protect client/server connection against man-in-the-middle attacks: `smp://<fingerprint>@<hostname>[:5223]`.
SMP server uses in-memory persistence with an optional append-only log of created queues that allows to re-start the server without losing the connections. This log is compacted on every server restart, permanently removing suspended and removed queues.
To enable store log, initialize server using `smp-server -l` command, or modify `smp-server.ini` created during initialization (uncomment `enable = on` option in the store log section). Use `smp-server --help` for other usage tips.
Starting from version 2.3.0, when store log is enabled, the server would also enable saving undelivered messages on exit and restoring them on start. This can be disabled via a separate setting `restore_messages` in `smp-server.ini` file. Saving messages would only work if the server is stopped with SIGINT signal (keyboard interrupt), if it is stopped with SIGTERM signal the messages would not be saved.
To enable store log, initialize server using `smp-server -l` command, or modify `smp-server.ini` created during initialization (uncomment `enable: on` option in the store log section). Use `smp-server --help` for other usage tips.
> **Please note:** On initialization SMP server creates a chain of two certificates: a self-signed CA certificate ("offline") and a server certificate used for TLS handshake ("online"). **You should store CA certificate private key securely and delete it from the server. If server TLS credential is compromised this key can be used to sign a new one, keeping the same server identity and established connections.** CA private key location by default is `/etc/opt/simplex/ca.key`.
SMP server implements [SMP protocol](./protocol/simplex-messaging.md).
SMP server implements [SMP protocol](https://github.com/simplex-chat/simplexmq/blob/master/protocol/simplex-messaging.md).
#### Running SMP server on MacOS
@@ -62,21 +60,20 @@ Now `openssl version` should be saying "OpenSSL". You can now run `smp-server in
### SMP client library
[SMP client](./src/Simplex/Messaging/Client.hs) is a Haskell library to connect to SMP servers that allows to:
[SMP client](https://github.com/simplex-chat/simplexmq/blob/master/src/Simplex/Messaging/Client.hs) is a Haskell library to connect to SMP servers that allows to:
- execute commands with a functional API.
- receive messages and other notifications via STM queue.
- automatically send keep-alive commands.
### SMP agent
[SMP agent library](./src/Simplex/Messaging/Agent.hs) can be used to run SMP agent as part of another application and to communicate with the agent via STM queues, without serializing and parsing commands and responses.
[SMP agent library](https://github.com/simplex-chat/simplexmq/blob/master/src/Simplex/Messaging/Agent.hs) can be used to run SMP agent as part of another application and to communicate with the agent via STM queues, without serializing and parsing commands and responses.
Haskell type [ACommand](./src/Simplex/Messaging/Agent/Protocol.hs) represents SMP agent protocol to communicate via STM queues.
Haskell type [ACommand](https://github.com/simplex-chat/simplexmq/blob/master/src/Simplex/Messaging/Agent/Protocol.hs) represents SMP agent protocol to communicate via STM queues.
See [simplex-chat](https://github.com/simplex-chat/simplex-chat) terminal UI for the example of integrating SMP agent into another application.
[SMP agent executable](./apps/smp-agent/Main.hs) can be used to run a standalone SMP agent process that implements plaintext [SMP agent protocol](./protocol/agent-protocol.md) via TCP port 5224, so it can be used via telnet. It can be deployed in private networks to share access to the connections between multiple applications and services.
[SMP agent executable](https://github.com/simplex-chat/simplexmq/blob/master/apps/smp-agent/Main.hs) can be used to run a standalone SMP agent process that implements plaintext [SMP agent protocol](https://github.com/simplex-chat/simplexmq/blob/master/protocol/agent-protocol.md) via TCP port 5224, so it can be used via telnet. It can be deployed in private networks to share access to the connections between multiple applications and services.
## Using SMP server and SMP agent
@@ -90,175 +87,7 @@ You can either run your own SMP server locally or deploy using [Linode StackScri
It's the easiest to try SMP agent via a prototype [simplex-chat](https://github.com/simplex-chat/simplex-chat) terminal UI.
## Deploy SMP/XFTP servers on Linux
You can run your SMP/XFTP server as a Linux process, optionally using a service manager for booting and restarts.
Notice that `smp-server` and `xftp-server` requires `openssl` as run-time dependency (it is used to generate server certificates during initialization). Install it with your packet manager:
```sh
# For Ubuntu
apt update && apt install openssl
```
### Install binaries
#### Using Docker
On Linux, you can deploy smp and xftp server using Docker. This will download image from [Docker Hub](https://hub.docker.com/r/simplexchat).
1. Create directories for persistent Docker configuration:
```sh
mkdir -p $HOME/simplex/{xftp,smp}/{config,logs} && mkdir -p $HOME/simplex/xftp/files
```
2. Run your Docker container.
- `smp-server`
You must change **your_ip_or_domain**. `-e "pass=password"` is optional variable to password-protect your `smp` server:
```sh
docker run -d \
-e "ADDR=your_ip_or_domain" \
-e "PASS=password" \
-p 5223:5223 \
-v $HOME/simplex/smp/config:/etc/opt/simplex:z \
-v $HOME/simplex/smp/logs:/var/opt/simplex:z \
simplexchat/smp-server:latest
```
- `xftp-server`
You must change **your_ip_or_domain** and **maximum_storage**.
```sh
docker run -d \
-e "ADDR=your_ip_or_domain" \
-e "QUOTA=maximum_storage" \
-p 443:443 \
-v $HOME/simplex/xftp/config:/etc/opt/simplex-xftp:z \
-v $HOME/simplex/xftp/logs:/var/opt/simplex-xftp:z \
-v $HOME/simplex/xftp/files:/srv/xftp:z \
simplexchat/xftp-server:latest
```
#### Using installation script
**Please note** that currently, only Ubuntu distribution is supported.
You can install and setup servers automatically using our script:
```sh
curl --proto '=https' --tlsv1.2 -sSf https://raw.githubusercontent.com/simplex-chat/simplexmq/stable/install.sh -o simplex-server-install.sh &&\
if echo '53fcdb4ceab324316e2c4cda7e84dbbb344f32550a65975a7895425e5a1be757 simplex-server-install.sh' | sha256sum -c; then
chmod +x ./simplex-server-install.sh
./simplex-server-install.sh
rm ./simplex-server-install.sh
else
echo "SHA-256 checksum is incorrect!"
rm ./simplex-server-install.sh
fi
```
### Build from source
#### Using Docker
> **Please note:** to build the app use source code from [stable branch](https://github.com/simplex-chat/simplexmq/tree/stable).
On Linux, you can build smp server using Docker.
1. Build your images:
```sh
git clone https://github.com/simplex-chat/simplexmq
cd simplexmq
git checkout stable
DOCKER_BUILDKIT=1 docker build -t local/smp-server --build-arg APP="smp-server" --build-arg APP_PORT="5223" . # For xmp-server
DOCKER_BUILDKIT=1 docker build -t local/xftp-server --build-arg APP="xftp-server" --build-arg APP_PORT="443" . # For xftp-server
```
2. Create directories for persistent Docker configuration:
```sh
mkdir -p $HOME/simplex/{xftp,smp}/{config,logs} && mkdir -p $HOME/simplex/xftp/files
```
3. Run your Docker container.
- `smp-server`
You must change **your_ip_or_domain**. `-e "pass=password"` is optional variable to password-protect your `smp` server:
```sh
docker run -d \
-e "ADDR=your_ip_or_domain" \
-e "PASS=password" \
-p 5223:5223 \
-v $HOME/simplex/smp/config:/etc/opt/simplex:z \
-v $HOME/simplex/smp/logs:/var/opt/simplex:z \
simplexchat/smp-server:latest
```
- `xftp-server`
You must change **your_ip_or_domain** and **maximum_storage**.
```sh
docker run -d \
-e "ADDR=your_ip_or_domain" \
-e "QUOTA=maximum_storage" \
-p 443:443 \
-v $HOME/simplex/xftp/config:/etc/opt/simplex-xftp:z \
-v $HOME/simplex/xftp/logs:/var/opt/simplex-xftp:z \
-v $HOME/simplex/xftp/files:/srv/xftp:z \
simplexchat/xftp-server:latest
```
#### Using your distribution
1. Install dependencies and build tools (`GHC`, `cabal` and dev libs):
```sh
# On Ubuntu. Depending on your distribution, use your package manager to determine package names.
sudo apt-get update && apt-get install -y build-essential curl libffi-dev libffi7 libgmp3-dev libgmp10 libncurses-dev libncurses5 libtinfo5 pkg-config zlib1g-dev libnuma-dev libssl-dev
export BOOTSTRAP_HASKELL_GHC_VERSION=9.6.3
export BOOTSTRAP_HASKELL_CABAL_VERSION=3.10.3.0
curl --proto '=https' --tlsv1.2 -sSf https://get-ghcup.haskell.org | BOOTSTRAP_HASKELL_NONINTERACTIVE=1 sh
ghcup set ghc "${BOOTSTRAP_HASKELL_GHC_VERSION}"
ghcup set cabal "${BOOTSTRAP_HASKELL_CABAL_VERSION}"
source ~/.ghcup/env
```
2. Build the project:
```sh
git clone https://github.com/simplex-chat/simplexmq
cd simplexmq
git checkout stable
cabal update
cabal build exe:smp-server exe:xftp-server
```
3. List compiled binaries:
`smp-server`
```sh
cabal list-bin exe:smp-server
```
`xftp-server`
```sh
cabal list-bin exe:xftp-server
```
- Initialize SMP server with `smp-server init [-l] -n <fqdn>` or `smp-server init [-l] --ip <ip>` - depending on how you initialize it, either FQDN or IP will be used for server's address.
- Run `smp-server start` to start SMP server, or you can configure a service manager to run it as a service.
- Optionally, `smp-server` can be setup for having an onion address in `tor` network. See: [`scripts/tor`](./scripts/tor/). In this case, the server address can have both public and onion hostname pointing to the same server, to allow two people connect when only one of them is using Tor. The server address would be: `smp://<fingerprint>@<public_hostname>,<onion_hostname>`
See [this section](#smp-server) for more information. Run `smp-server -h` and `smp-server init -h` for explanation of commands and options.
[<img alt="Linode" src="./img/linode.svg" align="right" width="200">](https://cloud.linode.com/stackscripts/748014)
[<img alt="Linode" src="https://raw.githubusercontent.com/simplex-chat/simplexmq/master/img/linode.svg" align="right" width="200">](https://cloud.linode.com/stackscripts/748014)
## Deploy SMP server on Linode
@@ -269,11 +98,11 @@ Deployment on Linode is performed via StackScripts, which serve as recipes for L
- Create a Linode account or login with an already existing one.
- Open [SMP server StackScript](https://cloud.linode.com/stackscripts/748014) and click "Deploy New Linode".
- You can optionally configure the following parameters:
- SMP Server store log flag for queue persistence on server restart, recommended.
- [Linode API token](https://www.linode.com/docs/guides/getting-started-with-the-linode-api#get-an-access-token) to attach server address etc. as tags to Linode and to add A record to your 2nd level domain (e.g. `example.com` [domain should be created](https://cloud.linode.com/domains/create) in your account prior to deployment). The API token access scopes:
- read/write for "linodes"
- read/write for "domains"
- Domain name to use instead of Linode IP address, e.g. `smp1.example.com`.
- SMP Server store log flag for queue persistence on server restart, recommended.
- [Linode API token](https://www.linode.com/docs/guides/getting-started-with-the-linode-api#get-an-access-token) to attach server address etc. as tags to Linode and to add A record to your 2nd level domain (e.g. `example.com` [domain should be created](https://cloud.linode.com/domains/create) in your account prior to deployment). The API token access scopes:
- read/write for "linodes"
- read/write for "domains"
- Domain name to use instead of Linode IP address, e.g. `smp1.example.com`.
- Choose the region and plan, Shared CPU Nanode with 1Gb is sufficient.
- Provide ssh key to be able to connect to your Linode via ssh. If you haven't provided a Linode API token this step is required to login to your Linode and get the server's fingerprint either from the welcome message or from the file `/etc/opt/simplex/fingerprint` after server starts. See [Linode's guide on ssh](https://www.linode.com/docs/guides/use-public-key-authentication-with-ssh/) .
- Deploy your Linode. After it starts wait for SMP server to start and for tags to appear (if a Linode API token was provided). It may take up to 5 minutes depending on the connection speed on the Linode. Connecting Linode IP address to provided domain name may take some additional time.
@@ -282,7 +111,7 @@ Deployment on Linode is performed via StackScripts, which serve as recipes for L
Please submit an [issue](https://github.com/simplex-chat/simplexmq/issues) if any problems occur.
[<img alt="DigitalOcean" src="/img/digitalocean.png" align="right" width="300">](https://marketplace.digitalocean.com/apps/simplex-server)
[<img alt="DigitalOcean" src="https://raw.githubusercontent.com/simplex-chat/simplexmq/master/img/digitalocean.png" align="right" width="300">](https://marketplace.digitalocean.com/apps/simplex-server)
## Deploy SMP server on DigitalOcean
@@ -310,12 +139,12 @@ smp-server init [-l] -n <fqdn>
## SMP server design
![SMP server design](./design/server.svg)
![SMP server design](https://raw.githubusercontent.com/simplex-chat/simplexmq/master/design/server.svg)
## SMP agent design
![SMP agent design](./design/agent2.svg)
![SMP agent design](https://raw.githubusercontent.com/simplex-chat/simplexmq/master/design/agent2.svg)
## License
[AGPL v3](./LICENSE)
[AGPL v3](https://github.com/simplex-chat/simplexmq/blob/master/LICENSE)
-15
View File
@@ -1,15 +0,0 @@
{-# LANGUAGE TemplateHaskell #-}
module Web.Embedded where
import Data.FileEmbed (embedDir, embedFile)
import Simplex.Messaging.Server.Web (EmbeddedContent (..))
embeddedContent :: EmbeddedContent
embeddedContent =
EmbeddedContent
{ indexHtml = $(embedFile "apps/common/Web/static/index.html"),
linkHtml = $(embedFile "apps/common/Web/static/link.html"),
mediaContent = $(embedDir "apps/common/Web/static/media/"),
wellKnown = $(embedDir "apps/common/Web/static/.well-known/")
}
@@ -1,49 +0,0 @@
{
"applinks": {
"details": [
{
"appIDs": [
"5NN7GUYB6T.chat.simplex.app"
],
"components": [
{
"/": "/contact/*"
},
{
"/": "/contact"
},
{
"/": "/invitation/*"
},
{
"/": "/invitation"
},
{
"/": "/a/*"
},
{
"/": "/a"
},
{
"/": "/c/*"
},
{
"/": "/c"
},
{
"/": "/g/*"
},
{
"/": "/g"
},
{
"/": "/i/*"
},
{
"/": "/i"
}
]
}
]
}
}
@@ -1,16 +0,0 @@
[
{
"relation": [
"delegate_permission/common.handle_all_urls"
],
"target": {
"namespace": "android_app",
"package_name": "chat.simplex.app",
"sha256_cert_fingerprints": [
"5E:3E:DC:C2:00:FB:A8:D5:F4:88:F3:CA:4C:32:5B:05:78:C5:6A:9C:03:A1:CC:B5:92:9C:D7:5C:7E:57:E2:4D",
"3C:52:C4:FD:3C:AD:1C:07:C9:B0:0A:70:80:E3:58:FA:B9:FE:FC:B8:AF:5A:EC:14:77:65:F1:6D:0F:21:AD:85",
"AE:C1:95:DC:FD:46:14:BD:3A:91:EC:26:D1:D5:14:C8:75:71:C5:CC:8D:CF:48:08:3F:92:83:14:3C:A2:B9:A6"
]
}
}
]
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-77
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(function () {
let complete = false
run()
window.onload = run
async function run() {
const connURIel = document.getElementById("conn_req_uri_text");
const mobileConnURIanchor = document.getElementById("mobile_conn_req_uri");
const connQRCodes = document.getElementsByClassName("conn_req_uri_qrcode");
console.log(connQRCodes);
if (complete || !connURIel || !mobileConnURIanchor || connQRCodes < 2) return
complete = true
let connURI = document.location.toString()
const parsedURI = new URL(connURI)
const path = parsedURI.pathname.split("/")
const len = path.length
const action = path[len - (path[len - 1] == "" ? 2 : 1)]
parsedURI.protocol = "https"
parsedURI.pathname = "/" + action
connURI = parsedURI.toString()
console.log("connection URI: ", connURI)
const hash = parsedURI.hash
const hostname = parsedURI.hostname
let appURI = "simplex:" + parsedURI.pathname
appURI += action.length > 1 // not short link
? hash
: !hash.includes("?") // otherwise add server hostname
? hash + "?h=" + hostname // no parameters
: !hash.includes("?h=") && !hash.includes("&h=")
? hash + "&h=" + hostname // no "h" parameter
: hash.replace(/([?&])h=([^&]+)/, `$1h=${hostname},$2`) // add as the first hostname to "h" parameter
mobileConnURIanchor.href = appURI
console.log("app URI: ", appURI)
connURIel.innerText = "/c " + connURI
for (const connQRCode of connQRCodes) {
try {
await QRCode.toCanvas(connQRCode, connURI, {
errorCorrectionLevel: "M",
color: {dark: "#062D56"}
});
connQRCode.style.width = "320px";
connQRCode.style.height = "320px";
} catch (err) {
console.error(err);
}
}
function contentCopyWithTooltip(parent) {
const content = parent.querySelector(".content");
const tooltip = parent.querySelector(".tooltiptext");
console.log(parent.querySelector(".content_copy"), 111)
console.log(parent)
const copyButton = parent.querySelector(".content_copy");
copyButton.addEventListener("click", copyAddress)
copyButton.addEventListener("mouseout", resetTooltip)
function copyAddress() {
navigator.clipboard.writeText(content.innerText || content.value);
tooltip.innerHTML = "Copied!";
}
function resetTooltip() {
tooltip.innerHTML = "Copy to clipboard";
}
}
function copyAddress() {
navigator.clipboard.writeText(connURI);
tooltipEl.innerHTML = "Copied!";
}
function resetTooltip() {
tooltipEl.innerHTML = "Copy to clipboard";
}
}
})();
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const isMobile = {
Android: () => navigator.userAgent.match(/Android/i),
iOS: () => navigator.userAgent.match(/iPhone|iPad|iPod/i)
};
window.addEventListener('click', clickHandler)
if (isMobile.iOS) {
for (const btn of document.getElementsByClassName("close-overlay-btn")) {
btn.addEventListener("touchend", (e) => setTimeout(() => closeOverlay(e), 100))
}
}
function clickHandler(e) {
if (e.target.closest('.contact-tab-btn')) {
e.target.closest('.contact-tab').classList.toggle('active')
}
}
window.addEventListener('load', () => {
const googlePlayBtn = document.querySelector('.google-play-btn');
const appleStoreBtn = document.querySelector('.apple-store-btn');
const fDroidBtn = document.querySelector('.f-droid-btn');
if (!googlePlayBtn || !appleStoreBtn || !fDroidBtn) return;
if (isMobile.Android()) {
googlePlayBtn.classList.remove('hidden');
fDroidBtn.classList.remove('hidden');
}
else if (isMobile.iOS()) {
appleStoreBtn.classList.remove('hidden');
}
else {
appleStoreBtn.classList.remove('hidden');
googlePlayBtn.classList.remove('hidden');
fDroidBtn.classList.remove('hidden');
}
})
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@font-face {
font-family: Gilroy;
src: url("GilroyRegular.woff2") format("woff2");
font-weight: 400;
font-style: normal;
}
@font-face {
font-family: Gilroy;
src: url("GilroyLight.woff2") format("woff2");
font-weight: 300;
font-style: normal;
}
@font-face {
font-family: Gilroy;
src: url("GilroyMedium.woff2") format("woff2");
font-weight: 500;
font-style: normal;
}
@font-face {
font-family: Gilroy;
src: url("GilroyBold.woff2") format("woff2");
font-weight: 700;
font-style: normal;
}
@font-face {
font-family: Gilroy;
src: url("GilroyRegularItalic.woff2") format("woff2");
font-weight: 400;
font-style: italic;
}
html {
scroll-behavior: smooth;
font-family: Gilroy, Helvetica, sans-serif;
;
letter-spacing: 0.003em;
}
img {
user-select: none;
-webkit-user-select: none;
/* For Safari and older Chrome versions */
-moz-user-select: none;
/* For Firefox */
-ms-user-select: none;
/* For Internet Explorer and Edge */
}
a{
word-wrap: break-word;
}
/* NEW SITE */
.container,
.container-fluid,
.container-xxl,
.container-xl,
.container-lg,
.container-md,
.container-sm {
width: 100%;
/* padding: 0 20px; */
margin-right: auto;
margin-left: auto;
}
@media (min-width: 576px) {
.container-sm,
.container {
max-width: 540px;
}
}
@media (min-width: 768px) {
.container-md,
.container-sm,
.container {
max-width: 720px;
}
}
@media (min-width: 992px) {
.container-lg,
.container-md,
.container-sm,
.container {
max-width: 960px;
}
}
@media (min-width: 1200px) {
.container-xl,
.container-lg,
.container-md,
.container-sm,
.container {
max-width: 1140px;
}
}
@media (min-width: 1400px) {
.container-xxl,
.container-xl,
.container-lg,
.container-md,
.container-sm,
.container {
max-width: 1320px;
}
}
.gradient-text {
background: -webkit-linear-gradient(to bottom, #53C1FF -50%, #0053D0 160%);
background: linear-gradient(to bottom, #53C1FF -50%, #0053D0 160%);
-webkit-background-clip: text;
-webkit-text-fill-color: transparent;
background-clip: text;
text-fill-color: transparent;
}
.dark .border-gradient {
background:
linear-gradient(#11182F, #11182F) padding-box,
linear-gradient(to bottom, transparent, #01F1FF 58%) border-box;
border: 1px solid transparent;
}
.dark .only-light {
display: none;
}
.only-dark {
display: none;
}
.dark .only-dark {
display: inherit;
}
.menu-link {
font-size: 16px;
line-height: 33.42px;
color: #0D0E12;
}
.dark .menu-link {
color: #fff;
}
.nav-link ul li a.active {
color: #0053D0;
}
.dark .nav-link ul li a.active {
color: #66D9E2;
}
@media (min-width:1024px) {
.nav-link-text,
.menu-link {
display: inline-block;
position: relative;
color: #0D0E12;
}
.nav-link-text::before,
.active .nav-link-text::before,
.menu-link::before {
content: "";
position: absolute;
width: 0;
height: 1px;
bottom: 0;
right: 0;
/* background-color: initial; */
transition: width 0.25s ease-out;
}
.menu-link::before {
background-color: #0D0E12;
}
.dark .menu-link::before {
background-color: #fff;
}
.active .nav-link-text::before {
width: 100%;
}
.nav-link:hover .nav-link-text::before,
.menu-link:hover::before {
width: 100%;
left: 0;
right: auto;
}
}
.sub-menu {
visibility: hidden;
opacity: 0;
color: #505158;
}
.sub-menu .no-hover {
color: #505158 !important;
}
.dark .sub-menu,
.dark .sub-menu .no-hover {
color: #fff !important;
}
.dark .sub-menu li:hover {
color: #66D9E2;
}
.sub-menu li:hover {
color: #0053D0;
}
.sub-menu {
transition: all .3s ease !important;
}
.nav-link span svg,
header nav {
transition: all 0.5s ease;
}
.nav-link:hover span svg {
transform: rotate(180deg);
}
@media (min-width:1024px) {
.nav-link:hover .sub-menu,
.nav-link:focus-within .sub-menu {
visibility: visible;
opacity: 1;
margin-top: 0;
}
}
@media (max-width: 1024px) {
.sub-menu {
max-height: 0;
transform: translateY(-10px);
transition: all .7s ease !important;
}
.active .sub-menu {
max-height: 600px;
transform: translateY(0px);
opacity: 1;
visibility: visible;
margin-top: 0;
}
header nav {
visibility: hidden;
opacity: 0;
transform: translateX(100%);
}
header nav.open {
visibility: visible;
opacity: 1;
transform: translateX(0);
}
}
.lock-scroll {
overflow: hidden;
}
/* hero */
header {
transition: all .7s ease;
}
.primary-header {
background: linear-gradient(270deg, #0053D0 35.85%, #0197FF 94.78%);
-webkit-background-clip: text;
-webkit-text-fill-color: transparent;
background-clip: text;
text-shadow: 0px 4px 74px #e9e7e2;
}
.dark .primary-header {
background: linear-gradient(270deg, #70F0F9 100%, #70F0F9 100%);
-webkit-background-clip: text;
-webkit-text-fill-color: transparent;
background-clip: text;
text-shadow: none;
}
.secondary-header {
color: #606c71;
text-shadow: 0px 4px 74px #e9e7e2;
}
.dark .secondary-header {
color: #fff;
text-shadow: none;
}
.description {
width: 31rem;
}
p a {
color: #0053D0;
text-decoration: underline;
text-underline-offset: 2px;
}
.dark p a {
color: #70F0F9;
}
/* For Contact & Invitation Page */
.primary-header-contact {
background: linear-gradient(251.16deg, #53c1ff 1.1%, #0053d0 100.82%);
-webkit-background-clip: text;
-webkit-text-fill-color: transparent;
background-clip: text;
text-shadow: 0px 4px 74px #e9e7e2;
}
.dark .primary-header-contact {
background: linear-gradient(270deg, #70F0F9 100%, #70F0F9 100%);
-webkit-background-clip: text;
-webkit-text-fill-color: transparent;
background-clip: text;
text-shadow: none;
}
.secondary-header-contact {
text-shadow: 0px 4px 74px #e9e7e2;
}
.dark .secondary-header-contact {
text-shadow: none;
}
.content_copy_with_tooltip {
background-color: #f8f8f6;
border-radius: 50px;
padding-bottom: 4px;
padding-top: 8px;
margin-top: 16px;
margin-bottom: 16px;
}
.content_copy_with_tooltip .tooltip {
vertical-align: -6px;
}
.content_copy_with_tooltip .content {
font-size: 15px;
}
.contact-tab>.contact-tab-content,
.job-tab>.job-tab-content {
opacity: 0;
max-height: 0;
transition: all 0.5s ease;
visibility: hidden;
transform: translateY(10px);
overflow: hidden;
}
.contact-tab svg,
.job-tab svg {
transform: rotate(-180deg);
transition: all .5s ease;
}
.contact-tab.active>.contact-tab-content,
.job-tab.active>.job-tab-content {
opacity: 1;
max-height: 300px;
visibility: visible;
transform: translateY(0px);
}
.for-tablet .contact-tab.active>.contact-tab-content,
.for-tablet .job-tab.active>.job-tab-content {
min-height: 450px;
}
.contact-tab.active svg,
.contact-tab:hover svg,
.job-tab.active svg,
.job-tab:hover svg {
transform: rotate(0deg);
}
.d-none-if-js-disabled {
display: none !important;
}
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module Main where
import Control.Logger.Simple
import Simplex.Messaging.Server.CLI (getEnvPath)
import Simplex.Messaging.Notifications.Server.Main
defaultCfgPath :: FilePath
defaultCfgPath = "/etc/opt/simplex-notifications"
defaultLogPath :: FilePath
defaultLogPath = "/var/opt/simplex-notifications"
logCfg :: LogConfig
logCfg = LogConfig {lc_file = Nothing, lc_stderr = True}
main :: IO ()
main = do
cfgPath <- getEnvPath "NTF_SERVER_CFG_PATH" defaultCfgPath
logPath <- getEnvPath "NTF_SERVER_LOG_PATH" defaultLogPath
withGlobalLogging logCfg $ ntfServerCLI cfgPath logPath
+4 -27
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@@ -1,46 +1,23 @@
{-# LANGUAGE DuplicateRecordFields #-}
{-# LANGUAGE NamedFieldPuns #-}
{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE TypeApplications #-}
module Main where
import Control.Logger.Simple
import Data.ByteArray (ScrubbedBytes)
import qualified Data.List.NonEmpty as L
import qualified Data.Map.Strict as M
import Simplex.Messaging.Agent.Env.SQLite
import Simplex.Messaging.Agent.Env.Postgres
import Simplex.Messaging.Agent.Server (runSMPAgent)
import Simplex.Messaging.Agent.Store.SQLite (MigrationConfirmation (..))
import Simplex.Messaging.Client (defaultNetworkConfig)
import Simplex.Messaging.Transport (TLS, Transport (..))
cfg :: AgentConfig
cfg = defaultAgentConfig
agentDbFile :: String
agentDbFile = "smp-agent.db"
agentDbKey :: ScrubbedBytes
agentDbKey = ""
servers :: InitialAgentServers
servers =
InitialAgentServers
{ smp = M.fromList [(1, L.fromList ["smp://bU0K-bRg24xWW__lS0umO1Zdw_SXqpJNtm1_RrPLViE=@localhost:5223"])],
ntf = [],
xftp = M.empty,
netCfg = defaultNetworkConfig
}
cfg = defaultAgentConfig {smpServers = L.fromList ["smp://bU0K-bRg24xWW__lS0umO1Zdw_SXqpJNtm1_RrPLViE=@localhost:5223"]}
logCfg :: LogConfig
logCfg = LogConfig {lc_file = Nothing, lc_stderr = True}
-- Warning: this SMP agent server is experimental - it does not work correctly with multiple connected TCP clients in some cases.
main :: IO ()
main = do
let AgentConfig {tcpPort} = cfg
putStrLn $ maybe (error "no agent port") (\port -> "SMP agent listening on port " ++ port) tcpPort
putStrLn $ "SMP agent listening on port " ++ tcpPort (cfg :: AgentConfig)
setLogLevel LogInfo -- LogError
Right st <- createAgentStore agentDbFile agentDbKey False MCConsole
withGlobalLogging logCfg $ runSMPAgent (transport @TLS) cfg servers st
withGlobalLogging logCfg $ runSMPAgent (transport @TLS) cfg
+311 -14
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@@ -1,22 +1,319 @@
{-# LANGUAGE DataKinds #-}
{-# LANGUAGE DuplicateRecordFields #-}
{-# LANGUAGE GADTs #-}
{-# LANGUAGE LambdaCase #-}
{-# LANGUAGE NamedFieldPuns #-}
{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE TypeApplications #-}
module Main where
import Control.Logger.Simple
import Simplex.Messaging.Server.CLI (getEnvPath)
import Simplex.Messaging.Server.Main (smpServerCLI_)
import Simplex.Messaging.Server.Web (serveStaticFiles, attachStaticFiles)
import SMPWeb (smpGenerateSite)
import Control.Monad.Except
import Data.ByteString.Char8 (ByteString)
import qualified Data.ByteString.Char8 as B
import Data.Either (fromRight)
import Data.Ini (Ini, lookupValue, readIniFile)
import Data.Maybe (fromMaybe)
import qualified Data.Text as T
import Data.X509.Validation (Fingerprint (..))
import Network.Socket (HostName, ServiceName)
import Options.Applicative
import Simplex.Messaging.Encoding.String
import Simplex.Messaging.Server (runSMPServer)
import Simplex.Messaging.Server.Env.STM
import Simplex.Messaging.Server.StoreLog (StoreLog, openReadStoreLog, storeLogFilePath)
import Simplex.Messaging.Transport (ATransport (..), TLS, Transport (..), simplexMQVersion)
import Simplex.Messaging.Transport.Server (loadFingerprint)
import Simplex.Messaging.Transport.WebSockets (WS)
import System.Directory (createDirectoryIfMissing, doesDirectoryExist, doesFileExist, removeDirectoryRecursive)
import System.Exit (exitFailure)
import System.FilePath (combine)
import System.IO (BufferMode (..), IOMode (..), hGetLine, hSetBuffering, stderr, stdout, withFile)
import System.Process (readCreateProcess, shell)
import Text.Read (readMaybe)
defaultCfgPath :: FilePath
defaultCfgPath = "/etc/opt/simplex"
cfgDir :: FilePath
cfgDir = "/etc/opt/simplex"
defaultLogPath :: FilePath
defaultLogPath = "/var/opt/simplex"
logDir :: FilePath
logDir = "/var/opt/simplex"
logCfg :: LogConfig
logCfg = LogConfig {lc_file = Nothing, lc_stderr = True}
iniFile :: FilePath
iniFile = combine cfgDir "smp-server.ini"
storeLogFile :: FilePath
storeLogFile = combine logDir "smp-server-store.log"
caKeyFile :: FilePath
caKeyFile = combine cfgDir "ca.key"
caCrtFile :: FilePath
caCrtFile = combine cfgDir "ca.crt"
serverKeyFile :: FilePath
serverKeyFile = combine cfgDir "server.key"
serverCrtFile :: FilePath
serverCrtFile = combine cfgDir "server.crt"
fingerprintFile :: FilePath
fingerprintFile = combine cfgDir "fingerprint"
main :: IO ()
main = do
cfgPath <- getEnvPath "SMP_SERVER_CFG_PATH" defaultCfgPath
logPath <- getEnvPath "SMP_SERVER_LOG_PATH" defaultLogPath
withGlobalLogging logCfg $ smpServerCLI_ smpGenerateSite serveStaticFiles attachStaticFiles cfgPath logPath
getCliCommand >>= \case
Init opts ->
doesFileExist iniFile >>= \case
True -> exitError $ "Error: server is already initialized (" <> iniFile <> " exists).\nRun `smp-server start`."
_ -> initializeServer opts
Start ->
doesFileExist iniFile >>= \case
True -> readIniFile iniFile >>= either exitError (runServer . mkIniOptions)
_ -> exitError $ "Error: server is not initialized (" <> iniFile <> " does not exist).\nRun `smp-server init`."
Delete -> cleanup >> putStrLn "Deleted configuration and log files"
exitError :: String -> IO ()
exitError msg = putStrLn msg >> exitFailure
data CliCommand
= Init InitOptions
| Start
| Delete
data InitOptions = InitOptions
{ enableStoreLog :: Bool,
signAlgorithm :: SignAlgorithm,
ip :: HostName,
fqdn :: Maybe HostName
}
deriving (Show)
data SignAlgorithm = ED448 | ED25519
deriving (Read, Show)
getCliCommand :: IO CliCommand
getCliCommand =
customExecParser
(prefs showHelpOnEmpty)
( info
(helper <*> versionOption <*> cliCommandP)
(header version <> fullDesc)
)
where
versionOption = infoOption version (long "version" <> short 'v' <> help "Show version")
cliCommandP :: Parser CliCommand
cliCommandP =
hsubparser
( command "init" (info initP (progDesc $ "Initialize server - creates " <> cfgDir <> " and " <> logDir <> " directories and configuration files"))
<> command "start" (info (pure Start) (progDesc $ "Start server (configuration: " <> iniFile <> ")"))
<> command "delete" (info (pure Delete) (progDesc "Delete configuration and log files"))
)
where
initP :: Parser CliCommand
initP =
Init
<$> ( InitOptions
<$> switch
( long "store-log"
<> short 'l'
<> help "Enable store log for SMP queues persistence"
)
<*> option
(maybeReader readMaybe)
( long "sign-algorithm"
<> short 'a'
<> help "Signature algorithm used for TLS certificates: ED25519, ED448"
<> value ED448
<> showDefault
<> metavar "ALG"
)
<*> strOption
( long "ip"
<> help
"Server IP address used as Subject Alternative Name for TLS online certificate, \
\also used as Common Name if FQDN is not supplied"
<> value "127.0.0.1"
<> showDefault
<> metavar "IP"
)
<*> (optional . strOption)
( long "fqdn"
<> short 'n'
<> help "Server FQDN used as Common Name and Subject Alternative Name for TLS online certificate"
<> showDefault
<> metavar "FQDN"
)
)
initializeServer :: InitOptions -> IO ()
initializeServer InitOptions {enableStoreLog, signAlgorithm, ip, fqdn} = do
cleanup
createDirectoryIfMissing True cfgDir
createDirectoryIfMissing True logDir
createX509
fp <- saveFingerprint
createIni
putStrLn $ "Server initialized, you can modify configuration in " <> iniFile <> ".\nRun `smp-server start` to start server."
printServiceInfo fp
warnCAPrivateKeyFile
where
createX509 = do
createOpensslCaConf
createOpensslServerConf
-- CA certificate (identity/offline)
run $ "openssl genpkey -algorithm " <> show signAlgorithm <> " -out " <> caKeyFile
run $ "openssl req -new -x509 -days 999999 -config " <> opensslCaConfFile <> " -extensions v3 -key " <> caKeyFile <> " -out " <> caCrtFile
-- server certificate (online)
run $ "openssl genpkey -algorithm " <> show signAlgorithm <> " -out " <> serverKeyFile
run $ "openssl req -new -config " <> opensslServerConfFile <> " -reqexts v3 -key " <> serverKeyFile <> " -out " <> serverCsrFile
run $ "openssl x509 -req -days 999999 -extfile " <> opensslServerConfFile <> " -extensions v3 -in " <> serverCsrFile <> " -CA " <> caCrtFile <> " -CAkey " <> caKeyFile <> " -CAcreateserial -out " <> serverCrtFile
where
run cmd = void $ readCreateProcess (shell cmd) ""
opensslCaConfFile = combine cfgDir "openssl_ca.conf"
opensslServerConfFile = combine cfgDir "openssl_server.conf"
serverCsrFile = combine cfgDir "server.csr"
createOpensslCaConf =
writeFile
opensslCaConfFile
"[req]\n\
\distinguished_name = req_distinguished_name\n\
\prompt = no\n\n\
\[req_distinguished_name]\n\
\CN = SMP server CA\n\
\O = SimpleX\n\n\
\[v3]\n\
\subjectKeyIdentifier = hash\n\
\authorityKeyIdentifier = keyid:always\n\
\basicConstraints = critical,CA:true\n"
-- TODO revise https://www.rfc-editor.org/rfc/rfc5280#section-4.2.1.3, https://www.rfc-editor.org/rfc/rfc3279#section-2.3.5
-- IP and FQDN can't both be used as server address interchangeably even if IP is added
-- as Subject Alternative Name, unless the following validation hook is disabled:
-- https://hackage.haskell.org/package/x509-validation-1.6.10/docs/src/Data-X509-Validation.html#validateCertificateName
createOpensslServerConf =
writeFile
opensslServerConfFile
( "[req]\n\
\distinguished_name = req_distinguished_name\n\
\prompt = no\n\n\
\[req_distinguished_name]\n"
<> ("CN = " <> cn <> "\n\n")
<> "[v3]\n\
\basicConstraints = CA:FALSE\n\
\keyUsage = digitalSignature, nonRepudiation, keyAgreement\n\
\extendedKeyUsage = serverAuth\n"
)
where
cn = fromMaybe ip fqdn
saveFingerprint = do
Fingerprint fp <- loadFingerprint caCrtFile
withFile fingerprintFile WriteMode (`B.hPutStrLn` strEncode fp)
pure fp
createIni = do
writeFile iniFile $
"[STORE_LOG]\n\
\# The server uses STM memory to store SMP queues and messages,\n\
\# that will be lost on restart (e.g., as with redis).\n\
\# This option enables saving SMP queues to append only log,\n\
\# and restoring them when the server is started.\n\
\# Log is compacted on start (deleted queues are removed).\n\
\# The messages in the queues are not logged.\n"
<> ("enable: " <> (if enableStoreLog then "on" else "off # on") <> "\n\n")
<> "[TRANSPORT]\n\
\port: 5223\n\
\websockets: off\n"
warnCAPrivateKeyFile =
putStrLn $
"----------\n\
\You should store CA private key securely and delete it from the server.\n\
\If server TLS credential is compromised this key can be used to sign a new one, \
\keeping the same server identity and established connections.\n\
\CA private key location:\n"
<> caKeyFile
<> "\n----------"
data IniOptions = IniOptions
{ enableStoreLog :: Bool,
port :: ServiceName,
enableWebsockets :: Bool
}
-- TODO ? properly parse ini as a whole
mkIniOptions :: Ini -> IniOptions
mkIniOptions ini =
IniOptions
{ enableStoreLog = (== "on") $ strict "STORE_LOG" "enable",
port = T.unpack $ strict "TRANSPORT" "port",
enableWebsockets = (== "on") $ strict "TRANSPORT" "websockets"
}
where
strict :: String -> String -> T.Text
strict section key =
fromRight (error ("no key " <> key <> " in section " <> section)) $
lookupValue (T.pack section) (T.pack key) ini
runServer :: IniOptions -> IO ()
runServer IniOptions {enableStoreLog, port, enableWebsockets} = do
hSetBuffering stdout LineBuffering
hSetBuffering stderr LineBuffering
fp <- checkSavedFingerprint
printServiceInfo fp
storeLog <- openStoreLog
let cfg = mkServerConfig storeLog
printServerConfig cfg
runSMPServer cfg
where
checkSavedFingerprint = do
savedFingerprint <- loadSavedFingerprint
Fingerprint fp <- loadFingerprint caCrtFile
when (B.pack savedFingerprint /= strEncode fp) $
exitError "Stored fingerprint is invalid."
pure fp
mkServerConfig storeLog =
ServerConfig
{ transports = (port, transport @TLS) : [("80", transport @WS) | enableWebsockets],
tbqSize = 16,
serverTbqSize = 128,
msgQueueQuota = 256,
queueIdBytes = 24,
msgIdBytes = 24, -- must be at least 24 bytes, it is used as 192-bit nonce for XSalsa20
caCertificateFile = caCrtFile,
privateKeyFile = serverKeyFile,
certificateFile = serverCrtFile,
storeLog
}
openStoreLog :: IO (Maybe (StoreLog 'ReadMode))
openStoreLog =
if enableStoreLog
then Just <$> openReadStoreLog storeLogFile
else pure Nothing
printServerConfig ServerConfig {storeLog, transports} = do
putStrLn $ case storeLog of
Just s -> "Store log: " <> storeLogFilePath s
Nothing -> "Store log disabled."
forM_ transports $ \(p, ATransport t) ->
putStrLn $ "Listening on port " <> p <> " (" <> transportName t <> ")..."
cleanup :: IO ()
cleanup = do
deleteDirIfExists cfgDir
deleteDirIfExists logDir
where
deleteDirIfExists path = doesDirectoryExist path >>= (`when` removeDirectoryRecursive path)
printServiceInfo :: ByteString -> IO ()
printServiceInfo fpStr = do
putStrLn version
B.putStrLn $ "Fingerprint: " <> strEncode fpStr
version :: String
version = "SMP server v" <> simplexMQVersion
loadSavedFingerprint :: IO String
loadSavedFingerprint = withFile fingerprintFile ReadMode hGetLine
-43
View File
@@ -1,43 +0,0 @@
{-# LANGUAGE NamedFieldPuns #-}
{-# LANGUAGE OverloadedStrings #-}
module SMPWeb
( smpGenerateSite,
serverInformation,
) where
import Data.ByteString (ByteString)
import Data.String (fromString)
import Web.Embedded (embeddedContent)
import Simplex.Messaging.Encoding.String (strEncode)
import Simplex.Messaging.Server.Information
import Simplex.Messaging.Server.Main (simplexmqSource)
import qualified Simplex.Messaging.Server.Web as Web
import Simplex.Messaging.Server.Web (render, serverInfoSubsts, timedTTLText)
import Simplex.Messaging.Transport.Client (TransportHost (..))
smpGenerateSite :: ServerInformation -> Maybe TransportHost -> FilePath -> IO ()
smpGenerateSite si onionHost path =
Web.generateSite embeddedContent (serverInformation si onionHost) smpLinkPages path
smpLinkPages :: [String]
smpLinkPages = ["contact", "invitation", "a", "c", "g", "r", "i"]
serverInformation :: ServerInformation -> Maybe TransportHost -> ByteString
serverInformation ServerInformation {config, information} onionHost = render (Web.indexHtml embeddedContent) substs
where
substs = [("smpConfig", Just "y"), ("xftpConfig", Nothing)] <> substConfig <> serverInfoSubsts simplexmqSource information <> [("onionHost", strEncode <$> onionHost), ("iniFileName", Just "smp-server.ini")]
substConfig =
[ ( "persistence",
Just $ case persistence config of
SPMMemoryOnly -> "In-memory only"
SPMQueues -> "Queues"
SPMMessages -> "Queues and messages"
),
("messageExpiration", Just $ maybe "Never" (fromString . timedTTLText) $ messageExpiration config),
("statsEnabled", Just . yesNo $ statsEnabled config),
("newQueuesAllowed", Just . yesNo $ newQueuesAllowed config),
("basicAuthEnabled", Just . yesNo $ basicAuthEnabled config)
]
yesNo True = "Yes"
yesNo False = "No"
-23
View File
@@ -1,23 +0,0 @@
module Main where
import Control.Logger.Simple
import Simplex.FileTransfer.Server.Main (xftpServerCLI_)
import Simplex.Messaging.Server.CLI (getEnvPath)
import Simplex.Messaging.Server.Web (serveStaticFiles)
import XFTPWeb (xftpGenerateSite)
defaultCfgPath :: FilePath
defaultCfgPath = "/etc/opt/simplex-xftp"
defaultLogPath :: FilePath
defaultLogPath = "/var/opt/simplex-xftp"
logCfg :: LogConfig
logCfg = LogConfig {lc_file = Nothing, lc_stderr = True}
main :: IO ()
main = do
setLogLevel LogDebug -- change to LogError in production
cfgPath <- getEnvPath "XFTP_SERVER_CFG_PATH" defaultCfgPath
logPath <- getEnvPath "XFTP_SERVER_LOG_PATH" defaultLogPath
withGlobalLogging logCfg $ xftpServerCLI_ xftpGenerateSite serveStaticFiles cfgPath logPath
-67
View File
@@ -1,67 +0,0 @@
{-# LANGUAGE NamedFieldPuns #-}
{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE TemplateHaskell #-}
module XFTPWeb
( xftpGenerateSite,
xftpServerInformation,
) where
import Control.Monad (forM_)
import qualified Data.ByteString.Char8 as B
import Data.ByteString (ByteString)
import Data.FileEmbed (embedDir, embedFile)
import Data.Maybe (isJust)
import Data.String (fromString)
import Web.Embedded (embeddedContent)
import Simplex.FileTransfer.Server.Env (XFTPServerConfig (..))
import Simplex.Messaging.Encoding.String (strEncode)
import Simplex.Messaging.Server.Expiration (ExpirationConfig (..))
import Simplex.Messaging.Server.Information (ServerPublicInfo)
import Simplex.Messaging.Server.Main (simplexmqSource)
import qualified Simplex.Messaging.Server.Web as Web
import Simplex.Messaging.Server.Web (render, serverInfoSubsts, timedTTLText)
import Simplex.Messaging.Transport.Client (TransportHost (..))
import System.Directory (createDirectoryIfMissing)
import System.FilePath ((</>))
xftpWebContent :: [(FilePath, ByteString)]
xftpWebContent = $(embedDir "apps/xftp-server/static/xftp-web-bundle/")
xftpMediaContent :: [(FilePath, ByteString)]
xftpMediaContent = $(embedDir "apps/xftp-server/static/media/")
xftpFilePageHtml :: ByteString
xftpFilePageHtml = $(embedFile "apps/xftp-server/static/file.html")
xftpGenerateSite :: XFTPServerConfig s -> Maybe ServerPublicInfo -> Maybe TransportHost -> FilePath -> IO ()
xftpGenerateSite cfg info onionHost path = do
let substs = xftpSubsts cfg info onionHost
Web.generateSite embeddedContent (render (Web.indexHtml embeddedContent) substs) [] path
let xftpDir = path </> "xftp-web-bundle"
mediaDir = path </> "media"
fileDir = path </> "file"
filePage xftpDir xftpWebContent
filePage mediaDir xftpMediaContent
createDirectoryIfMissing True fileDir
B.writeFile (fileDir </> "index.html") $ render xftpFilePageHtml substs
where
filePage dir content_ = do
createDirectoryIfMissing True dir
forM_ content_ $ \(fp, content) -> B.writeFile (dir </> fp) content
xftpServerInformation :: XFTPServerConfig s -> Maybe ServerPublicInfo -> Maybe TransportHost -> ByteString
xftpServerInformation cfg info onionHost = render (Web.indexHtml embeddedContent) (xftpSubsts cfg info onionHost)
xftpSubsts :: XFTPServerConfig s -> Maybe ServerPublicInfo -> Maybe TransportHost -> [(ByteString, Maybe ByteString)]
xftpSubsts XFTPServerConfig {fileExpiration, logStatsInterval, allowNewFiles, newFileBasicAuth} information onionHost =
[("smpConfig", Nothing), ("xftpConfig", Just "y")] <> substConfig <> serverInfoSubsts simplexmqSource information <> [("onionHost", strEncode <$> onionHost), ("iniFileName", Just "file-server.ini")]
where
substConfig =
[ ("fileExpiration", Just $ maybe "Never" (fromString . timedTTLText . ttl) fileExpiration),
("statsEnabled", Just . yesNo $ isJust logStatsInterval),
("newUploadsAllowed", Just . yesNo $ allowNewFiles),
("basicAuthEnabled", Just . yesNo $ isJust newFileBasicAuth)
]
yesNo True = "Yes"
yesNo False = "No"
File diff suppressed because one or more lines are too long
@@ -1,115 +0,0 @@
<svg width="440" height="520" viewBox="-20 0 440 520" fill="none" xmlns="http://www.w3.org/2000/svg">
<!-- Sender browser -->
<rect x="120" y="16" width="160" height="56" rx="10" stroke="#70F0F9" stroke-width="1.5"/>
<text x="200" y="40" text-anchor="middle" font-family="system-ui, sans-serif" font-size="13" font-weight="600" fill="#70F0F9">Sender's browser</text>
<text x="200" y="56" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" fill="rgba(112,240,249,0.7)">encrypts file</text>
<!-- Arrow down from sender to chunks -->
<line x1="200" y1="72" x2="200" y2="120" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<!-- Chunks row -->
<rect x="112" y="120" width="176" height="40" rx="8" fill="none" stroke="#70F0F9" stroke-width="1" stroke-dasharray="4 3"/>
<text x="200" y="145" text-anchor="middle" font-family="system-ui, sans-serif" font-size="12" fill="#70F0F9">encrypted chunks</text>
<!-- Arrows from chunks to routers -->
<line x1="152" y1="160" x2="80" y2="220" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<line x1="200" y1="160" x2="200" y2="220" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<line x1="248" y1="160" x2="320" y2="220" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<!-- Router 1 (SimpleX) -->
<rect x="20" y="220" width="120" height="56" rx="6" fill="none" stroke="#70F0F9" stroke-width="1.5"/>
<g transform="translate(28, 227)">
<rect width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="6" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="12" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<circle cx="11" cy="2" r="1" fill="#70F0F9"/>
<circle cx="11" cy="8" r="1" fill="#70F0F9"/>
<circle cx="11" cy="14" r="1" fill="#70F0F9"/>
</g>
<text x="80" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#70F0F9">SimpleX</text>
<text x="80" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="rgba(112,240,249,0.7)">XFTP router</text>
<!-- Router 2 (Flux) -->
<rect x="155" y="220" width="90" height="56" rx="6" fill="none" stroke="#70F0F9" stroke-width="1.5"/>
<g transform="translate(163, 227)">
<rect width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="6" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="12" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<circle cx="11" cy="2" r="1" fill="#70F0F9"/>
<circle cx="11" cy="8" r="1" fill="#70F0F9"/>
<circle cx="11" cy="14" r="1" fill="#70F0F9"/>
</g>
<text x="200" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#70F0F9">Flux</text>
<text x="200" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="rgba(112,240,249,0.7)">XFTP router</text>
<!-- Router 3 (SimpleX) -->
<rect x="260" y="220" width="120" height="56" rx="6" fill="none" stroke="#70F0F9" stroke-width="1.5"/>
<g transform="translate(268, 227)">
<rect width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="6" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<rect y="12" width="14" height="4" rx="1" fill="rgba(112,240,249,0.5)"/>
<circle cx="11" cy="2" r="1" fill="#70F0F9"/>
<circle cx="11" cy="8" r="1" fill="#70F0F9"/>
<circle cx="11" cy="14" r="1" fill="#70F0F9"/>
</g>
<text x="320" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#70F0F9">SimpleX</text>
<text x="320" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="rgba(112,240,249,0.7)">XFTP router</text>
<!-- Arrows from routers down -->
<line x1="80" y1="276" x2="152" y2="336" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<line x1="200" y1="276" x2="200" y2="336" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<line x1="320" y1="276" x2="248" y2="336" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<!-- Re-encrypt label -->
<text x="330" y="310" text-anchor="start" font-family="system-ui, sans-serif" font-size="10" fill="rgba(112,240,249,0.7)">re-encrypted</text>
<text x="330" y="322" text-anchor="start" font-family="system-ui, sans-serif" font-size="10" fill="rgba(112,240,249,0.7)">per recipient</text>
<!-- Chunks row (download) -->
<rect x="112" y="336" width="176" height="40" rx="8" fill="none" stroke="#70F0F9" stroke-width="1" stroke-dasharray="4 3"/>
<text x="200" y="361" text-anchor="middle" font-family="system-ui, sans-serif" font-size="12" fill="#70F0F9">encrypted chunks</text>
<!-- Arrow down to recipient -->
<line x1="200" y1="376" x2="200" y2="424" stroke="#70F0F9" stroke-width="1.5" marker-end="url(#arrowC)"/>
<!-- Recipient browser -->
<rect x="120" y="424" width="160" height="56" rx="10" stroke="#70F0F9" stroke-width="1.5"/>
<text x="200" y="448" text-anchor="middle" font-family="system-ui, sans-serif" font-size="13" font-weight="600" fill="#70F0F9">Recipient's browser</text>
<text x="200" y="464" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" fill="rgba(112,240,249,0.7)">decrypts file</text>
<!-- Key path (dashed, side) -->
<path d="M120 44 L8 44 L8 452 L120 452" stroke="#70F0F9" stroke-width="1.5" stroke-dasharray="6 4" fill="none" marker-end="url(#arrowC)"/>
<text x="-6" y="240" text-anchor="middle" font-family="system-ui, sans-serif" font-size="10" fill="#70F0F9" transform="rotate(-90 -6 240)">key in URL fragment - never sent to page server or data router</text>
<!-- Closed padlock: encryption (between sender and chunks) -->
<g transform="translate(192, 88)">
<path d="M4,7 V4 C4,1.2 12,1.2 12,4 V7" stroke="#60a5fa" stroke-width="1.5" fill="none" stroke-linecap="round"/>
<rect x="2" y="7" width="12" height="9" rx="2" fill="#60a5fa"/>
<circle cx="8" cy="12" r="1.2" fill="#0B2A59"/>
</g>
<!-- Open padlock: decryption (between chunks and recipient) -->
<g transform="translate(192, 392)">
<path d="M4,7 V4 C4,1.2 12,1.2 12,4 V2" stroke="#60a5fa" stroke-width="1.5" fill="none" stroke-linecap="round"/>
<rect x="2" y="7" width="12" height="9" rx="2" fill="#60a5fa"/>
<circle cx="8" cy="12" r="1.2" fill="#0B2A59"/>
</g>
<!-- Key icon on dashed line -->
<g transform="translate(8, 410)">
<circle cx="0" cy="0" r="6" stroke="#FBBF24" stroke-width="2" fill="#FBBF24"/>
<circle cx="0" cy="0" r="2" fill="#0B2A59"/>
<line x1="6" y1="0" x2="16" y2="0" stroke="#FBBF24" stroke-width="2"/>
<line x1="14" y1="0" x2="14" y2="4" stroke="#FBBF24" stroke-width="2"/>
<line x1="11" y1="0" x2="11" y2="3.5" stroke="#FBBF24" stroke-width="2"/>
</g>
<!-- Annotation: no shared IDs -->
<text x="200" y="510" text-anchor="middle" font-family="system-ui, sans-serif" font-size="10" fill="rgba(112,240,249,0.7)">Each file fragment uses unique anonymous credentials - no shared identifiers</text>
<defs>
<marker id="arrowC" viewBox="0 0 10 10" refX="9" refY="5" markerWidth="6" markerHeight="6" orient="auto-start-reverse">
<path d="M 0 0 L 10 5 L 0 10 z" fill="#70F0F9"/>
</marker>
</defs>
</svg>

Before

Width:  |  Height:  |  Size: 7.2 KiB

@@ -1,130 +0,0 @@
<svg width="440" height="520" viewBox="-20 0 440 520" fill="none" xmlns="http://www.w3.org/2000/svg">
<!-- Sender browser -->
<rect x="120" y="16" width="160" height="56" rx="10" fill="url(#gBox)" stroke="#606C71" stroke-width="1.5"/>
<text x="200" y="40" text-anchor="middle" font-family="system-ui, sans-serif" font-size="13" font-weight="600" fill="#fff">Sender's browser</text>
<text x="200" y="56" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" fill="rgba(255,255,255,0.8)">encrypts file</text>
<!-- Arrow down from sender to chunks -->
<line x1="200" y1="72" x2="200" y2="120" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<!-- Chunks row -->
<rect x="112" y="120" width="176" height="40" rx="8" fill="#f0f7ff" stroke="#0053D0" stroke-width="1" stroke-dasharray="4 3"/>
<text x="200" y="145" text-anchor="middle" font-family="system-ui, sans-serif" font-size="12" fill="#0053D0">encrypted chunks</text>
<!-- Arrows from chunks to routers -->
<line x1="152" y1="160" x2="80" y2="220" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<line x1="200" y1="160" x2="200" y2="220" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<line x1="248" y1="160" x2="320" y2="220" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
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<g transform="translate(28, 227)">
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<rect y="12" width="14" height="4" rx="1" fill="#606C71"/>
<circle cx="11" cy="2" r="1" fill="#53C1FF"/>
<circle cx="11" cy="8" r="1" fill="#53C1FF"/>
<circle cx="11" cy="14" r="1" fill="#53C1FF"/>
</g>
<text x="80" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#3F484B">SimpleX</text>
<text x="80" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="#606C71">XFTP router</text>
<!-- Router 2 (Flux) -->
<rect x="155" y="220" width="90" height="56" rx="6" fill="#f0f4f8" stroke="#606C71" stroke-width="1.5"/>
<g transform="translate(163, 227)">
<rect width="14" height="4" rx="1" fill="#606C71"/>
<rect y="6" width="14" height="4" rx="1" fill="#606C71"/>
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<circle cx="11" cy="14" r="1" fill="#53C1FF"/>
</g>
<text x="200" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#3F484B">Flux</text>
<text x="200" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="#606C71">XFTP router</text>
<!-- Router 3 (SimpleX) -->
<rect x="260" y="220" width="120" height="56" rx="6" fill="#f0f4f8" stroke="#606C71" stroke-width="1.5"/>
<g transform="translate(268, 227)">
<rect width="14" height="4" rx="1" fill="#606C71"/>
<rect y="6" width="14" height="4" rx="1" fill="#606C71"/>
<rect y="12" width="14" height="4" rx="1" fill="#606C71"/>
<circle cx="11" cy="2" r="1" fill="#53C1FF"/>
<circle cx="11" cy="8" r="1" fill="#53C1FF"/>
<circle cx="11" cy="14" r="1" fill="#53C1FF"/>
</g>
<text x="320" y="244" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" font-weight="600" fill="#3F484B">SimpleX</text>
<text x="320" y="258" text-anchor="middle" font-family="system-ui, sans-serif" font-size="9" fill="#606C71">XFTP router</text>
<!-- Arrows from routers down -->
<line x1="80" y1="276" x2="152" y2="336" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<line x1="200" y1="276" x2="200" y2="336" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<line x1="320" y1="276" x2="248" y2="336" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<!-- Re-encrypt label -->
<text x="330" y="310" text-anchor="start" font-family="system-ui, sans-serif" font-size="10" fill="#606C71">re-encrypted</text>
<text x="330" y="322" text-anchor="start" font-family="system-ui, sans-serif" font-size="10" fill="#606C71">per recipient</text>
<!-- Chunks row (download) -->
<rect x="112" y="336" width="176" height="40" rx="8" fill="#f0f7ff" stroke="#0053D0" stroke-width="1" stroke-dasharray="4 3"/>
<text x="200" y="361" text-anchor="middle" font-family="system-ui, sans-serif" font-size="12" fill="#0053D0">encrypted chunks</text>
<!-- Arrow down to recipient -->
<line x1="200" y1="376" x2="200" y2="424" stroke="#606C71" stroke-width="1.5" marker-end="url(#arrowG)"/>
<!-- Recipient browser -->
<rect x="120" y="424" width="160" height="56" rx="10" fill="url(#gBox)" stroke="#606C71" stroke-width="1.5"/>
<text x="200" y="448" text-anchor="middle" font-family="system-ui, sans-serif" font-size="13" font-weight="600" fill="#fff">Recipient's browser</text>
<text x="200" y="464" text-anchor="middle" font-family="system-ui, sans-serif" font-size="11" fill="rgba(255,255,255,0.8)">decrypts file</text>
<!-- Key path (dashed, side) -->
<path d="M120 44 L8 44 L8 452 L120 452" stroke="#0053D0" stroke-width="1.5" stroke-dasharray="6 4" fill="none" marker-end="url(#arrowB)"/>
<text x="-6" y="240" text-anchor="middle" font-family="system-ui, sans-serif" font-size="10" fill="#0053D0" transform="rotate(-90 -6 240)">key in URL fragment - never sent to page server or data router</text>
<!-- Closed padlock: encryption (between sender and chunks) -->
<g transform="translate(192, 88)">
<path d="M4,7 V4 C4,1.2 12,1.2 12,4 V7" stroke="#0053D0" stroke-width="1.5" fill="none" stroke-linecap="round"/>
<rect x="2" y="7" width="12" height="9" rx="2" fill="#0053D0"/>
<circle cx="8" cy="12" r="1.2" fill="#fff"/>
</g>
<!-- Open padlock: decryption (between chunks and recipient) -->
<g transform="translate(192, 392)">
<path d="M4,7 V4 C4,1.2 12,1.2 12,4 V2" stroke="#0053D0" stroke-width="1.5" fill="none" stroke-linecap="round"/>
<rect x="2" y="7" width="12" height="9" rx="2" fill="#0053D0"/>
<circle cx="8" cy="12" r="1.2" fill="#fff"/>
</g>
<!-- Key icon on dashed line -->
<g transform="translate(8, 410)">
<circle cx="0" cy="0" r="6" stroke="#D97706" stroke-width="2" fill="#D97706"/>
<circle cx="0" cy="0" r="2" fill="#fff"/>
<line x1="6" y1="0" x2="16" y2="0" stroke="#D97706" stroke-width="2"/>
<line x1="14" y1="0" x2="14" y2="4" stroke="#D97706" stroke-width="2"/>
<line x1="11" y1="0" x2="11" y2="3.5" stroke="#D97706" stroke-width="2"/>
</g>
<!-- Annotation: no shared IDs -->
<text x="200" y="510" text-anchor="middle" font-family="system-ui, sans-serif" font-size="10" fill="#606C71">Each file fragment uses unique anonymous credentials - no shared identifiers</text>
<defs>
<linearGradient id="gBox" x1="120" y1="16" x2="280" y2="72" gradientUnits="userSpaceOnUse">
<stop stop-color="#0053D0"/>
<stop offset="1" stop-color="#53C1FF"/>
</linearGradient>
<linearGradient id="gSrv1" x1="20" y1="220" x2="140" y2="276" gradientUnits="userSpaceOnUse">
<stop stop-color="#0053D0"/>
<stop offset="1" stop-color="#53C1FF"/>
</linearGradient>
<linearGradient id="gSrv2" x1="155" y1="220" x2="245" y2="276" gradientUnits="userSpaceOnUse">
<stop stop-color="#0053D0"/>
<stop offset="1" stop-color="#53C1FF"/>
</linearGradient>
<marker id="arrowG" viewBox="0 0 10 10" refX="9" refY="5" markerWidth="6" markerHeight="6" orient="auto-start-reverse">
<path d="M 0 0 L 10 5 L 0 10 z" fill="#606C71"/>
</marker>
<marker id="arrowB" viewBox="0 0 10 10" refX="9" refY="5" markerWidth="6" markerHeight="6" orient="auto-start-reverse">
<path d="M 0 0 L 10 5 L 0 10 z" fill="#0053D0"/>
</marker>
</defs>
</svg>

Before

Width:  |  Height:  |  Size: 7.8 KiB

File diff suppressed because one or more lines are too long
@@ -1,145 +0,0 @@
#app, [data-xftp-app] {
font-family: system-ui, -apple-system, sans-serif;
color: #333;
width: 100%;
max-width: 480px;
padding: 16px;
box-sizing: border-box;
--xftp-ring-fg: #3b82f6;
}
:is(#app, [data-xftp-app]) .card {
background: #fff;
border-radius: 12px;
padding: 32px 24px;
box-shadow: 0 1px 3px rgba(0,0,0,.1);
text-align: center;
}
:is(#app, [data-xftp-app]) h1 {
font-size: 1.25rem;
font-weight: 600;
margin-bottom: 24px;
}
:is(#app, [data-xftp-app]) .stage { margin-top: 16px; }
/* Drop zone */
:is(#app, [data-xftp-app]) .drop-zone {
border: 2px dashed #ccc;
border-radius: 8px;
padding: 32px 16px;
transition: border-color .15s, background .15s;
}
:is(#app, [data-xftp-app]) .drop-zone.drag-over {
border-color: #3b82f6;
background: #eff6ff;
}
/* Buttons */
:is(#app, [data-xftp-app]) .btn {
display: inline-block;
padding: 10px 24px;
border: none;
border-radius: 6px;
background: #3b82f6;
color: #fff;
font-size: .9rem;
font-weight: 500;
cursor: pointer;
transition: background .15s;
}
:is(#app, [data-xftp-app]) .btn:hover { background: #2563eb; }
:is(#app, [data-xftp-app]) .btn-secondary { background: #6b7280; }
:is(#app, [data-xftp-app]) .btn-secondary:hover { background: #4b5563; }
/* Hints */
:is(#app, [data-xftp-app]) .hint { color: #999; font-size: .85rem; margin-top: 8px; }
:is(#app, [data-xftp-app]) .expiry { margin-top: 12px; }
/* Progress */
:is(#app, [data-xftp-app]) .progress-ring { display: block; margin: 0 auto 12px; }
:is(#app, [data-xftp-app]) #upload-status,
:is(#app, [data-xftp-app]) #dl-status { font-size: .9rem; color: #666; margin-bottom: 12px; }
/* Share link row */
:is(#app, [data-xftp-app]) .link-row {
display: flex;
gap: 8px;
margin-top: 12px;
}
:is(#app, [data-xftp-app]) .link-row input {
flex: 1;
padding: 8px 10px;
border: 1px solid #ccc;
border-radius: 6px;
font-size: .85rem;
background: #f9fafb;
}
/* Upload link */
:is(#app, [data-xftp-app]) .upload-link {
margin-top: 12px;
color: #3b82f6;
font-size: .9rem;
text-decoration: none;
cursor: pointer;
}
:is(#app, [data-xftp-app]) .upload-link:not([hidden]) {
display: inline-block;
}
:is(#app, [data-xftp-app]) .upload-link:hover { text-decoration: underline; }
/* Messages */
:is(#app, [data-xftp-app]) .success { color: #16a34a; font-weight: 600; }
:is(#app, [data-xftp-app]) .error { color: #dc2626; font-weight: 500; margin-bottom: 12px; }
/* Security note */
:is(#app, [data-xftp-app]) .security-note {
margin-top: 20px;
padding: 12px;
background: #f0fdf4;
border-radius: 6px;
font-size: .8rem;
color: #555;
text-align: left;
}
:is(#app, [data-xftp-app]) .security-note p + p { margin-top: 6px; }
:is(#app, [data-xftp-app]) .security-note a { color: #3b82f6; text-decoration: none; }
:is(#app, [data-xftp-app]) .security-note a:hover { text-decoration: underline; }
/* ── Dark mode ─────────────────────────────────── */
.dark :is(#app, [data-xftp-app]) {
color: #e5e7eb;
--xftp-ring-bg: #374151;
--xftp-ring-fg: #60a5fa;
--xftp-ring-text: #e5e7eb;
--xftp-ring-done: #4ade80;
}
.dark :is(#app, [data-xftp-app]) .card {
background: #1f2937;
box-shadow: 0 1px 3px rgba(0,0,0,.4);
}
.dark :is(#app, [data-xftp-app]) .drop-zone { border-color: #4b5563; }
.dark :is(#app, [data-xftp-app]) .drop-zone.drag-over {
border-color: #60a5fa;
background: rgba(59,130,246,.15);
}
.dark :is(#app, [data-xftp-app]) .btn-secondary { background: #4b5563; }
.dark :is(#app, [data-xftp-app]) .btn-secondary:hover { background: #374151; }
.dark :is(#app, [data-xftp-app]) .hint { color: #9ca3af; }
.dark :is(#app, [data-xftp-app]) #upload-status,
.dark :is(#app, [data-xftp-app]) #dl-status { color: #9ca3af; }
.dark :is(#app, [data-xftp-app]) .link-row input {
background: #374151;
border-color: #4b5563;
color: #e5e7eb;
}
.dark :is(#app, [data-xftp-app]) .success { color: #4ade80; }
.dark :is(#app, [data-xftp-app]) .error { color: #f87171; }
.dark :is(#app, [data-xftp-app]) .security-note {
background: rgba(34,197,94,.1);
color: #d1d5db;
}
.dark :is(#app, [data-xftp-app]) .upload-link { color: #60a5fa; }
.dark :is(#app, [data-xftp-app]) .security-note a { color: #60a5fa; }
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-6
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module Main where
import Simplex.FileTransfer.Client.Main
main :: IO ()
main = xftpClientCLI
+2 -49
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@@ -1,53 +1,6 @@
packages: .
-- packages: . ../direct-sqlcipher ../sqlcipher-simple
-- packages: . ../hs-socks
-- packages: . ../http2
-- packages: . ../network-transport
-- uncomment two sections below to run tests with coverage
-- package *
-- coverage: True
-- library-coverage: True
-- package attoparsec
-- coverage: False
-- library-coverage: False
index-state: 2023-12-12T00:00:00Z
package cryptostore
flags: +use_crypton
source-repository-package
type: git
location: https://github.com/simplex-chat/aeson.git
tag: aab7b5a14d6c5ea64c64dcaee418de1bb00dcc2b
source-repository-package
type: git
location: https://github.com/simplex-chat/hs-socks.git
tag: a30cc7a79a08d8108316094f8f2f82a0c5e1ac51
source-repository-package
type: git
location: https://github.com/simplex-chat/direct-sqlcipher.git
tag: f814ee68b16a9447fbb467ccc8f29bdd3546bfd9
source-repository-package
type: git
location: https://github.com/simplex-chat/sqlcipher-simple.git
tag: a46bd361a19376c5211f1058908fc0ae6bf42446
-- waiting for published warp-tls-3.4.7
source-repository-package
type: git
location: https://github.com/yesodweb/wai.git
tag: ec5e017d896a78e787a5acea62b37a4e677dec2e
subdir: warp-tls
-- backported fork due http-5.0
source-repository-package
type: git
location: https://github.com/simplex-chat/wai.git
tag: 2f6e5aa5f05ba9140ac99e195ee647b4f7d926b0
subdir: warp
location: git://github.com/simplex-chat/aeson.git
tag: 3eb66f9a68f103b5f1489382aad89f5712a64db7
-3
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@@ -1,3 +0,0 @@
# Streamlined NTRU Prime: sntrup761
The implementation of sntrup761 is the _exact_ copy from this [Internet draft](https://www.ietf.org/archive/id/draft-josefsson-ntruprime-streamlined-00.html).
Submodule cbits/blst deleted from db3defd0d5
-24
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@@ -1,24 +0,0 @@
// SPDX-License-Identifier: Apache-2.0
// getentropy() shim for Windows, where it is absent from the CRT.
// Follows the POSIX contract: fills `buffer` with `length` random bytes
// (length must not exceed 256), returns 0 on success or -1 with errno set.
#ifdef _WIN32
#include <errno.h>
#include <stddef.h>
#include <windows.h>
#include <bcrypt.h>
int getentropy(void *buffer, size_t length) {
if (length > 256) {
errno = EIO;
return -1;
}
NTSTATUS status = BCryptGenRandom(NULL, (PUCHAR)buffer, (ULONG)length,
BCRYPT_USE_SYSTEM_PREFERRED_RNG);
if (!BCRYPT_SUCCESS(status)) {
errno = EIO;
return -1;
}
return 0;
}
#endif
Submodule cbits/libbbs deleted from 59a0f4bf32
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@@ -1,9 +0,0 @@
#include <openssl/sha.h>
#include "sha512.h"
void crypto_hash_sha512 (unsigned char *out,
const unsigned char *in,
unsigned long long inlen)
{
SHA512(in, inlen, out);
}
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@@ -1,3 +0,0 @@
void crypto_hash_sha512 (unsigned char *out,
const unsigned char *in,
unsigned long long inlen);
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-33
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/*
* Derived from public domain source, written by (in alphabetical order):
* - Daniel J. Bernstein
* - Chitchanok Chuengsatiansup
* - Tanja Lange
* - Christine van Vredendaal
*/
#ifndef SNTRUP761_H
#define SNTRUP761_H
#include <string.h>
#include <stdint.h>
#define SNTRUP761_SECRETKEY_SIZE 1763
#define SNTRUP761_PUBLICKEY_SIZE 1158
#define SNTRUP761_CIPHERTEXT_SIZE 1039
#define SNTRUP761_SIZE 32
typedef void sntrup761_random_func (void *ctx, size_t length, uint8_t *dst);
void
sntrup761_keypair (uint8_t *pk, uint8_t *sk,
void *random_ctx, sntrup761_random_func *random);
void
sntrup761_enc (uint8_t *c, uint8_t *k, const uint8_t *pk,
void *random_ctx, sntrup761_random_func *random);
void
sntrup761_dec (uint8_t *k, const uint8_t *c, const uint8_t *sk);
#endif /* SNTRUP761_H */
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# Coding and building
This file provides guidance on coding style and approaches and on building the code.
## Code Security
When designing code and planning implementations:
- Apply adversarial thinking, and consider what may happen if one of the communicating parties is malicious.
- Formulate an explicit threat model for each change - who can do which undesirable things and under which circumstances.
## Code Quality Standards
Haskell client and server code serves as system specification, not just implementation — we use type-driven design to reflect the business domain in types. Quality, conciseness, and clarity of Haskell code are critical.
## Code Style, Formatting and Approaches
The project uses **fourmolu** for Haskell code formatting. Configuration is in `fourmolu.yaml`.
**Key formatting rules:**
- 2-space indentation
- Trailing function arrows, commas, and import/export style
- Record brace without space: `{field = value}`
- Single newline between declarations
- Never use unicode symbols
- Inline `let` style with right-aligned `in`
**Format code before committing:**
```bash
# Format a single file
fourmolu -i src/Simplex/Messaging/Protocol.hs
```
Some files that use CPP language extension cannot be formatted as a whole, so individual code fragments need to be formatted.
**Follow existing code patterns:**
- Match the style of surrounding code
- Use qualified imports with short aliases (e.g., `import qualified Data.ByteString.Char8 as B`)
- Use record syntax for types with multiple fields
- Prefer explicit pattern matching over partial functions
**Comments policy:**
- Avoid redundant comments that restate what the code already says
- Only comment on non-obvious design decisions or tricky implementation details
- Function names and type signatures should be self-documenting
- Do not add comments like "wire format encoding" (Encoding class is always wire format) or "check if X" when the function name already says that
- Assume a competent Haskell reader
**Diff and refactoring:**
- Avoid unnecessary changes and code movements
- Never do refactoring unless it substantially reduces cost of solving the current problem, including the cost of refactoring
- Aim to minimize the code changes - do what is minimally required to solve users' problems
**Document and code structure:**
- **Never move existing code or sections around** - add new content at appropriate locations without reorganizing existing structure.
- When adding new sections to documents, continue the existing numbering scheme.
- Minimize diff size - prefer small, targeted changes over reorganization.
**Code analysis and review:**
- Trace data flows end-to-end: from origin, through storage/parameters, to consumption. Flag values that are discarded and reconstructed from partial data (e.g. extracted from a URI missing original fields) — this is usually a bug.
- Read implementations of called functions, not just signatures — if duplication involves a called function, check whether decomposing it resolves the duplication.
- Do not save time on analysis. Read every function in the data flow even when the interface seems clear — wrong assumptions about internals are the main source of missed bugs.
### Haskell Extensions
- `StrictData` enabled by default
- Use STM for safe concurrency
- Assume concurrency in PostgreSQL queries
- Comprehensive warning flags with strict pattern matching
## Build Commands
```bash
# Standard build
cabal build
# Fast build
cabal build --ghc-options -O0
# Build specific executables
cabal build exe:smp-server exe:xftp-server exe:ntf-server exe:xftp
# Build with PostgreSQL server support
cabal build -fserver_postgres
# Client-only library build (no server code)
cabal build -fclient_library
# Find binary location
cabal list-bin exe:smp-server
```
### Cabal Flags
- `swift`: Enable Swift JSON format
- `client_library`: Build without server code
- `client_postgres`: Use PostgreSQL instead of SQLite for agent persistence
- `server_postgres`: PostgreSQL support for server queue/notification store
## External Dependencies
Custom forks specified in `cabal.project`:
- `aeson`, `hs-socks` (SimpleX forks)
- `direct-sqlcipher`, `sqlcipher-simple` (encrypted SQLite)
- `warp`, `warp-tls` (HTTP server)
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# SimpleXMQ repository
This file provides guidance on the project structure to help working with code in this repository.
## Project Overview
SimpleXMQ is a Haskell message broker implementing unidirectional (simplex) queues for privacy-preserving messaging.
Key components:
- **SimpleX Messaging Protocol**: SMP protocol definition and encodings ([code](../src/Simplex/Messaging/Protocol.hs), [transport code](../src/Simplex/Messaging/Transport.hs), [spec](../protocol/simplex-messaging.md)).
- **SMP Server**: Message broker with TLS, in-memory queues, optional persistence ([main code](../src/Simplex/Messaging/Server.hs), [all code files](../src/Simplex/Messaging/Server/), [executable](../apps/smp-server/)). For proxying SMP commands the server uses [lightweight SMP client](../src/Simplex/Messaging/Client/Agent.hs).
- **SMP Client**: Functional API with STM-based message delivery ([code](../src/Simplex/Messaging/Client.hs)).
- **SMP Agent**: High-level duplex connections via multiple simplex queues with E2E encryption ([code](../src/Simplex/Messaging/Agent.hs)). Implements Agent-to-agent protocol ([code](../src/Simplex/Messaging/Agent/Protocol.hs), [spec](../protocol/agent-protocol.md)) via intermediary agent client ([code](../src/Simplex/Messaging/Agent/Client.hs)).
- **XFTP**: SimpleX File Transfer Protocol, server and CLI client ([code](../src/Simplex/FileTransfer/), [spec](../protocol/xftp.md)).
- **XRCP**: SimpleX Remote Control Protocol ([code](`../src/Simplex/RemoteControl/`), [spec](../protocol/xrcp.md)).
- **Notifications**: Push notifications server requires PostgreSQL ([code](../src/Simplex/Messaging/Notifications), [executable](../apps/ntf-server/)). Client protocol is used for clients to communicate with the server ([code](../src/Simplex/Messaging/Notifications/Protocol.hs), [spec](../protocol/push-notifications.md)). For subscribing to SMP notifications the server uses [lightweight SMP client](../src/Simplex/Messaging/Client/Agent.hs).
## Architecture
For general overview see `../protocol/overview-tjr.md`.
SMP Protocol Layers:
```
TLS Transport → SMP Protocol → Agent Protocol → Application protocol
```
XFTP Protocol Layers:
```
TLS Transport (HTTP2 encoding) → XFTP Protocol → Out-of-band file descriptions
```
## Key Patterns
1. **Persistence**: All queue state managed via Software Transactional Memory or via PostgreSQL
- `Simplex.Messaging.Server.MsgStore.STM` - in-memory messages
- `Simplex.Messaging.Server.QueueStore.STM` - in-memory queue state
- `Simplex.Messaging.Server.MsgStore.Postgres` - message storage
- `Simplex.Messaging.Server.QueueStore.Postgres` - queue storage
2. **Append-Only Store Log**: Optional persistence via journal for in-memory storage
- `Simplex.Messaging.Server.StoreLog` - queue creation log
- Compacted on restart
3. **Agent Storage**:
- SQLite (default) or PostgreSQL
- Migrations in `src/Simplex/Messaging/Agent/Store/{SQLite,Postgres}/Migrations/`
4. **Protocol Versioning**: All layers support version negotiation
- `Simplex.Messaging.Version` - version range utilities
5. **Double Ratchet E2E**: Per-connection encryption
- `Simplex.Messaging.Crypto.Ratchet`
- SNTRUP761 post-quantum KEM (`src/Simplex/Messaging/Crypto/SNTRUP761/`)
## Source Layout
```
src/Simplex/
├── Messaging/
│ ├── Agent.hs # Main agent (~210KB)
│ ├── Server.hs # SMP server (~130KB)
│ ├── Client.hs # Client API (~65KB)
│ ├── Protocol.hs # Protocol types (~77KB)
│ ├── Crypto.hs # E2E encryption (~52KB)
│ ├── Transport.hs # Transport encoding over TLS
│ ├── Agent/Store/ # SQLite/Postgres persistence
│ ├── Server/ # Server internals (QueueStore, MsgStore, Control)
│ └── Notifications/ # Push notification system
├── FileTransfer/ # XFTP implementation for file transfers
└── RemoteControl/ # XRCP implementation for device discovery & control
```
## Protocol Documentation
- `protocol/overview-tjr.md`: SMP protocols stack overview
- `protocol/simplex-messaging.md`: SMP protocol spec (v19)
- `protocol/agent-protocol.md`: Agent protocol spec (v7)
- `protocol/xftp.md`: File transfer protocol
- `protocol/xrcp.md`: Remote control protocol
- `rfcs/`: Design RFCs for features
## Testing
```bash
# Run all tests
cabal test --test-show-details=streaming
# Run specific test group (uses HSpec)
cabal test --test-option=--match="/Core tests/Encryption tests/"
# Run single test
cabal test --test-option=--match="/SMP client agent/functional API/"
```
Tests require PostgreSQL running on `localhost:5432` when using `-fserver_postgres` or `-fclient_postgres`.
Test files are in `tests/` with structure:
- `Test.hs`: Main runner
- `AgentTests/`: Agent protocol and connection tests
- `CoreTests/`: Crypto, encoding, storage tests
- `ServerTests.hs`: SMP server tests
- `XFTPServerTests.hs`: File transfer tests
-23
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@@ -1,23 +0,0 @@
# Contributing to SimpleX repositories
## Focus on user problems
We do not make code changes to improve code - any change must address a specific user problem or request.
## Discuss the plans as early as possible
Please discuss the problem you want to solve and your detailed implementation plan with the project team prior to contributing, to avoid wasted time and additional changes. Acceptance of your contribution depends on your willingness and ability to iterate the proposed contribution to achieve the required quality level, coding style, test coverage, and alignment with user requirements as they are understood by the project team.
## Follow project structure, coding style and approaches
./PROJECT.md has information about the structure of this `simplexmq` repository.
./CODE.md has details about general requirements common for `simplexmq` and `simplex-chat` repositories.
This files can be used with LLM prompts, e.g. if you use Claude Code you can create CLAUDE.md file in project root importing content from these files:
```markdown
@README.md
@contributing/PROJECT.md
@contributing/CODE.md
```
-30
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indentation: 2
column-limit: none
function-arrows: trailing
comma-style: trailing
import-export-style: trailing
indent-wheres: true
record-brace-space: true
newlines-between-decls: 1
haddock-style: single-line
haddock-style-module: null
let-style: inline
in-style: right-align
single-constraint-parens: never
unicode: never
respectful: true
fixities:
- infixr 9 .
- infixr 8 .:, .:., .=
- infixr 6 <>
- infixr 5 ++
- infixl 4 <$>, <$, $>, <$$>, <$?>
- infixl 4 <*>, <*, *>, <**>
- infix 4 ==, /=
- infixr 3 &&
- infixl 3 <|>
- infixr 2 ||
- infixl 1 >>, >>=
- infixr 1 =<<, >=>, <=<
- infixr 0 $, $!
reexports: []
+1 -1
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@@ -1 +1 @@
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#!/usr/bin/env sh
set -eu
# Links to scripts/configs
scripts="https://raw.githubusercontent.com/simplex-chat/simplexmq/stable/scripts/main"
scripts_systemd_smp="$scripts/smp-server.service"
scripts_systemd_xftp="$scripts/xftp-server.service"
scripts_update="$scripts/simplex-servers-update"
scripts_uninstall="$scripts/simplex-servers-uninstall"
scripts_stopscript="$scripts/simplex-servers-stopscript"
# Default installation paths
path_bin="/usr/local/bin"
path_bin_smp="$path_bin/smp-server"
path_bin_xftp="$path_bin/xftp-server"
path_bin_update="$path_bin/simplex-servers-update"
path_bin_uninstall="$path_bin/simplex-servers-uninstall"
path_bin_stopscript="$path_bin/simplex-servers-stopscript"
path_conf_etc="/etc/opt"
path_conf_var="/var/opt"
path_conf_smp="$path_conf_etc/simplex $path_conf_var/simplex"
path_conf_xftp="$path_conf_etc/simplex-xftp $path_conf_var/simplex-xftp /srv/xftp"
path_conf_info="$path_conf_etc/simplex-info"
path_systemd="/etc/systemd/system"
path_systemd_smp="$path_systemd/smp-server.service"
path_systemd_xftp="$path_systemd/xftp-server.service"
# Defaut users
user_smp="smp"
user_xftp="xftp"
GRN='\033[0;32m'
BLU='\033[1;34m'
YLW='\033[1;33m'
RED='\033[0;31m'
NC='\033[0m'
logo='
____ _ _ __ __
/ ___|(_)_ __ ___ _ __ | | ___\ \/ /
\___ \| | '"'"'_ ` _ \| '"'"'_ \| |/ _ \\ /
___) | | | | | | | |_) | | __// \
|____/|_|_| |_| |_| .__/|_|\___/_/\_\
|_|
'
welcome="Welcome to SMP/XFTP installation script! Here's what we're going to do:
${GRN}1.${NC} Install latest binaries from GitHub releases:
- smp: ${YLW}${path_bin_smp}${NC}
- xftp: ${YLW}${path_bin_xftp}${NC}
${GRN}2.${NC} Create server directories:
- smp: ${YLW}${path_conf_smp}${NC}
- xftp: ${YLW}${path_conf_xftp}${NC}
${GRN}3.${NC} Setup user for server:
- xmp: ${YLW}${user_smp}${NC}
- xftp: ${YLW}${user_xftp}${NC}
${GRN}4.${NC} Create systemd services:
- smp: ${YLW}${path_systemd_smp}${NC}
- xftp: ${YLW}${path_systemd_xftp}${NC}
${GRN}5.${NC} Install stopscript (systemd), update and uninstallation script:
- all: ${YLW}${path_bin_update}${NC}, ${YLW}${path_bin_uninstall}${NC}, ${YLW}${path_bin_stopscript}${NC}
Press:
- ${GRN}1${NC} to install smp server
- ${GRN}2${NC} to install xftp server
- ${RED}Ctrl+C${NC} to cancel installation
Selection: "
end="Installtion is complete!
Please checkout our server guides:
- smp: ${GRN}https://simplex.chat/docs/server.html${NC}
- xftp: ${GRN}https://simplex.chat/docs/xftp-server.html${NC}
To uninstall with full clean-up, simply run: ${YLW}sudo /usr/local/bin/simplex-servers-uninstall${NC}
"
set_version() {
ver="${VER:-latest}"
case "$ver" in
latest)
bin="https://github.com/simplex-chat/simplexmq/releases/latest/download"
remote_version="$(curl --proto '=https' --tlsv1.2 -sSf -L https://api.github.com/repos/simplex-chat/simplexmq/releases/latest | grep -i "tag_name" | awk -F \" '{print $4}')"
;;
*)
bin="https://github.com/simplex-chat/simplexmq/releases/download/${ver}"
remote_version="${ver}"
;;
esac
}
os_test() {
. /etc/os-release
case "$VERSION_ID" in
20.04|22.04) : ;;
24.04) VERSION_ID='22.04' ;;
*) printf "${RED}Unsupported Ubuntu version!${NC}\nPlease file Github issue with request to support Ubuntu %s: https://github.com/simplex-chat/simplexmq/issues/new\n" "$VERSION_ID" && exit 1 ;;
esac
version="$(printf '%s' "$VERSION_ID" | tr '.' '_')"
arch="$(uname -p)"
case "$arch" in
x86_64) arch="$(printf '%s' "$arch" | tr '_' '-')" ;;
*) printf "${RED}Unsupported architecture!${NC}\nPlease file Github issue with request to support %s architecture: https://github.com/simplex-chat/simplexmq/issues/new" "$arch" && exit 1 ;;
esac
bin_smp="$bin/smp-server-ubuntu-${version}-${arch}"
bin_xftp="$bin/xftp-server-ubuntu-${version}-${arch}"
}
setup_bins() {
eval "bin=\$bin_${1}"
eval "path=\$path_bin_${1}"
curl --proto '=https' --tlsv1.2 -sSf -L "$bin" -o "$path" && chmod +x "$path"
unset bin path
}
setup_users() {
eval "user=\$user_${1}"
useradd -M "$user" 2> /dev/null || true
unset user
}
setup_dirs() {
# Unquoted varibles, so field splitting can occur
eval "path_conf=\$path_conf_${1}"
eval "user=\$user_${1}"
mkdir -p $path_conf
mkdir -p $path_conf_info
printf "local_version_%s='%s'\n" "$1" "$remote_version" >> "$path_conf_info/release"
chown -R "$user":"$user" $path_conf
unset path_conf user
}
setup_systemd() {
eval "scripts_systemd=\$scripts_systemd_${1}"
eval "path_systemd=\$path_systemd_${1}"
curl --proto '=https' --tlsv1.2 -sSf -L "$scripts_systemd" -o "$path_systemd"
unset scripts_systemd path_systemd
}
setup_scripts() {
curl --proto '=https' --tlsv1.2 -sSf -L "$scripts_update" -o "$path_bin_update" && chmod +x "$path_bin_update"
curl --proto '=https' --tlsv1.2 -sSf -L "$scripts_uninstall" -o "$path_bin_uninstall" && chmod +x "$path_bin_uninstall"
curl --proto '=https' --tlsv1.2 -sSf -L "$scripts_stopscript" -o "$path_bin_stopscript" && chmod +x "$path_bin_stopscript"
}
checks() {
if [ "$(id -u)" -ne 0 ]; then
printf "This script is intended to be run with root privileges. Please re-run script using sudo."
exit 1
fi
set_version
os_test
mkdir -p $path_conf_info
}
main() {
checks
printf "%b\n%b" "${BLU}$logo${NC}" "$welcome"
read ans
case "$ans" in
1) setup='smp' ;;
2) setup='xftp' ;;
*) printf 'Installation aborted.\n' && exit 0 ;;
esac
printf "Installing binaries..."
for i in $setup; do
setup_bins "$i"
done
printf "${GRN} Done!${NC}\n"
printf "Creating users..."
for i in $setup; do
setup_users "$i"
done
printf "${GRN} Done!${NC}\n"
printf "Creating directories..."
for i in $setup; do
setup_dirs "$i"
done
printf "${GRN} Done!${NC}\n"
printf "Creating systemd services..."
for i in $setup; do
setup_systemd "$i"
done
printf "${GRN} Done!${NC}\n"
printf "Installing stopscript, update and uninstallation script..."
setup_scripts
printf "${GRN} Done!${NC}\n"
printf "%b" "$end"
}
main
+111
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@@ -0,0 +1,111 @@
name: simplexmq
version: 1.0.2
synopsis: SimpleXMQ message broker
description: |
This package includes <./docs/Simplex-Messaging-Server.html server>,
<./docs/Simplex-Messaging-Client.html client> and
<./docs/Simplex-Messaging-Agent.html agent> for SMP protocols:
.
* <https://github.com/simplex-chat/simplexmq/blob/master/protocol/simplex-messaging.md SMP protocol>
* <https://github.com/simplex-chat/simplexmq/blob/master/protocol/agent-protocol.md SMP agent protocol>
.
See <https://github.com/simplex-chat/simplex-chat terminal chat prototype> built with SimpleXMQ broker.
homepage: https://github.com/simplex-chat/simplexmq#readme
license: AGPL-3
author: simplex.chat
maintainer: chat@simplex.chat
copyright: 2020-2022 simplex.chat
category: Chat, Network, Web, System, Cryptography
extra-source-files:
- README.md
- CHANGELOG.md
dependencies:
- aeson == 2.0.*
- ansi-terminal >= 0.10 && < 0.12
- asn1-encoding == 0.9.*
- asn1-types == 0.3.*
- async == 2.2.*
- attoparsec == 0.14.*
- base >= 4.7 && < 5
- base64-bytestring >= 1.0 && < 1.3
- bytestring == 0.10.*
- composition == 1.0.*
- constraints >= 0.12 && < 0.14
- containers == 0.6.*
- cryptonite >= 0.27 && < 0.30
- cryptostore == 0.2.*
- data-default == 0.7.*
- direct-sqlite == 2.3.*
- directory == 1.3.*
- filepath == 1.4.*
- http-types == 0.12.*
- generic-random >= 1.3 && < 1.5
- iso8601-time == 0.1.*
- memory == 0.15.*
- mtl == 2.2.*
- network == 3.1.*
- network-transport == 0.5.*
- postgresql-simple == 0.6.*
- QuickCheck == 2.14.*
- random >= 1.1 && < 1.3
- simple-logger == 0.1.*
- sqlite-simple == 0.4.*
- stm == 2.5.*
- template-haskell == 2.16.*
- text == 1.2.*
- time == 1.9.*
- tls >= 1.5.7 && < 1.6
- transformers == 0.5.*
- unliftio == 0.2.*
- unliftio-core == 0.2.*
- websockets == 0.12.*
- x509 == 1.7.*
- x509-store == 1.6.*
- x509-validation == 1.6.*
library:
source-dirs: src
executables:
smp-server:
source-dirs: apps/smp-server
main: Main.hs
dependencies:
- ini == 0.4.*
- optparse-applicative >= 0.15 && < 0.17
- process == 1.6.*
- simplexmq
ghc-options:
- -threaded
smp-agent:
source-dirs: apps/smp-agent
main: Main.hs
dependencies:
- simplexmq
ghc-options:
- -threaded
tests:
smp-server-test:
source-dirs: tests
main: Test.hs
dependencies:
- simplexmq
- hspec == 2.7.*
- hspec-core == 2.7.*
- HUnit == 1.6.*
- QuickCheck == 2.14.*
- timeit == 2.0.*
ghc-options:
# - -haddock
- -Wall
- -Wcompat
- -Werror=incomplete-patterns
- -Wredundant-constraints
- -Wincomplete-record-updates
- -Wincomplete-uni-patterns
- -Wunused-type-patterns
@@ -1,472 +0,0 @@
# XFTP Server PostgreSQL Backend
## Overview
Add PostgreSQL backend support to xftp-server, following the SMP server pattern. Supports bidirectional migration between STM (in-memory with StoreLog) and PostgreSQL backends.
## Goals
- PostgreSQL-backed file metadata storage as an alternative to STM + StoreLog
- Polymorphic server code via `FileStoreClass` typeclass with IO-based methods (following `QueueStoreClass` pattern)
- Bidirectional migration: StoreLog <-> PostgreSQL via CLI commands
- Shared `server_postgres` cabal flag (same flag enables both SMP and XFTP Postgres support)
- INI-based backend selection at runtime
## Architecture
### FileStoreClass Typeclass
IO-based typeclass following the `QueueStoreClass` pattern — each method is a self-contained IO action, with the implementation responsible for its own atomicity (STM backend wraps in `atomically`, Postgres backend uses database transactions):
```haskell
class FileStoreClass s where
type FileStoreConfig s
-- Lifecycle
newFileStore :: FileStoreConfig s -> IO s
closeFileStore :: s -> IO ()
-- File operations
addFile :: s -> SenderId -> FileInfo -> RoundedFileTime -> ServerEntityStatus -> IO (Either XFTPErrorType ())
setFilePath :: s -> SenderId -> FilePath -> IO (Either XFTPErrorType ())
addRecipient :: s -> SenderId -> FileRecipient -> IO (Either XFTPErrorType ())
getFile :: s -> SFileParty p -> XFTPFileId -> IO (Either XFTPErrorType (FileRec, C.APublicAuthKey))
deleteFile :: s -> SenderId -> IO (Either XFTPErrorType ())
blockFile :: s -> SenderId -> BlockingInfo -> Bool -> IO (Either XFTPErrorType ())
deleteRecipient :: s -> RecipientId -> FileRec -> IO ()
ackFile :: s -> RecipientId -> IO (Either XFTPErrorType ())
-- Expiration (with LIMIT for Postgres; called in a loop until empty)
expiredFiles :: s -> Int64 -> Int -> IO [(SenderId, Maybe FilePath, Word32)]
-- Storage and stats (for init-time computation)
getUsedStorage :: s -> IO Int64
getFileCount :: s -> IO Int
```
- STM backend: each method wraps its STM transaction in `atomically` internally.
- Postgres backend: each method runs its query via `withDB` / database connection internally.
No polymorphic monad or `runStore` dispatcher needed — unlike `MsgStoreClass`, XFTP file operations are individually atomic and don't require grouping multiple operations into backend-dependent transactions.
### PostgresFileStore Data Type
```haskell
data PostgresFileStore = PostgresFileStore
{ dbStore :: DBStore,
dbStoreLog :: Maybe (StoreLog 'WriteMode)
}
```
- `dbStore` — connection pool created via `createDBStore`, runs schema migrations on init.
- `dbStoreLog` — optional parallel log file (enabled by `db_store_log` INI setting). When present, every mutation (`addFile`, `setFilePath`, `deleteFile`, `blockFile`, `addRecipient`, `ackFile`) also writes to this log via a `withLog` wrapper. `withLog` is called AFTER the DB operation succeeds (so the log reflects committed state only). Log write failures are non-fatal (logged as warnings, do not fail the DB operation). This provides an audit trail and enables recovery via export.
`closeFileStore` for Postgres calls `closeDBStore` (closes connection pool) then `mapM_ closeStoreLog dbStoreLog` (flushes and closes the parallel log). For STM, it closes the storeLog. Called from a `finally` block during server shutdown, matching SMP's `stopServer``closeMsgStore``closeQueueStore` pattern.
### STMFileStore Type
After extracting from current `Store.hs`, `STMFileStore` retains the file and recipient maps but no longer owns `usedStorage` (moved to `XFTPEnv`):
```haskell
data STMFileStore = STMFileStore
{ files :: TMap SenderId FileRec,
recipients :: TMap RecipientId (SenderId, RcvPublicAuthKey)
}
```
`closeFileStore` for STM is a no-op (TMaps are garbage-collected; the env-level `storeLog` is closed separately by the server).
### Error Handling
Postgres operations follow SMP's `withDB` / `handleDuplicate` pattern:
```haskell
withDB :: Text -> PostgresFileStore -> (DB.Connection -> IO (Either XFTPErrorType a)) -> ExceptT XFTPErrorType IO a
withDB op st action =
ExceptT $ E.try (withTransaction (dbStore st) action) >>= either logErr pure
where
logErr :: E.SomeException -> IO (Either XFTPErrorType a)
logErr e = logError ("STORE: " <> err) $> Left INTERNAL
where
err = op <> ", withDB, " <> tshow e
handleDuplicate :: SqlError -> IO (Either XFTPErrorType a)
handleDuplicate e = case constraintViolation e of
Just (UniqueViolation _) -> pure $ Left DUPLICATE_
_ -> E.throwIO e
```
- All DB operations wrapped in `withDB` — catches exceptions, logs, returns `INTERNAL`.
- Unique constraint violations caught by `handleDuplicate` and mapped to `DUPLICATE_`.
- UPDATE operations verified with `assertUpdated` — returns `AUTH` if 0 rows affected (matching SMP pattern, prevents silent failures when WHERE clause doesn't match).
- Critical sections (DB write + TVar update) wrapped in `uninterruptibleMask_` to prevent async exceptions from leaving inconsistent state between DB and TVars.
### FileRec and TVar Fields
`FileRec` retains its `TVar` fields (matching SMP's `PostgresQueue` pattern):
```haskell
data FileRec = FileRec
{ senderId :: SenderId,
fileInfo :: FileInfo,
filePath :: TVar (Maybe FilePath),
recipientIds :: TVar (Set RecipientId),
createdAt :: RoundedFileTime,
fileStatus :: TVar ServerEntityStatus
}
```
- **STM backend**: TVars are the source of truth, as currently.
- **Postgres backend**: `getFile` reads from DB and creates a `FileRec` with fresh TVars populated from the DB row (matching SMP's `mkQ` pattern — `newTVarIO` per load). Mutation methods (`setFilePath`, `blockFile`, etc.) update both the DB (persistence) and the TVars (in-session consistency). The `recipientIds` TVar is initialized to `S.empty` — no subquery needed because no server code reads `recipientIds` directly; all recipient operations go through the typeclass methods (`addRecipient`, `deleteRecipient`, `ackFile`), which query the `recipients` table for Postgres.
### usedStorage Ownership
`usedStorage :: TVar Int64` moves from the store to `XFTPEnv`. The store typeclass does **not** manage `usedStorage` — it only provides `getUsedStorage` for init-time computation.
- **STM init**: StoreLog replay calls `setFilePath` (which only sets the filePath TVar — the STM `setFilePath` implementation is changed to **not** update `usedStorage`). Similarly, STM `deleteFile` (Store.hs line 117) and `blockFile` (line 125) are changed to **not** update `usedStorage` — the server handles all `usedStorage` adjustments externally. After replay, `getUsedStorage` computes the sum over all file sizes (matching current `countUsedStorage` behavior).
- **Postgres init**: `getUsedStorage` executes `SELECT COALESCE(SUM(file_size), 0) FROM files`.
- **Runtime**: Server manages `usedStorage` TVar directly for reserve/commit/rollback during uploads, and adjusts after `deleteFile`/`blockFile` calls.
**Note on `getUsedStorage` semantics**: The current STM `countUsedStorage` sums all file sizes unconditionally (including files without `filePath` set, i.e., created but not yet uploaded). The Postgres `getUsedStorage` matches this: `SELECT SUM(file_size) FROM files` (no `WHERE file_path IS NOT NULL`). In practice, orphaned files (created but never uploaded) are rare and short-lived (expired within 48h), so the difference is negligible. A future improvement could filter by `file_path IS NOT NULL` in both backends to reflect actual disk usage more accurately.
### Server.hs Refactoring
`Server.hs` becomes polymorphic over `FileStoreClass s`. Since all typeclass methods are IO, call sites replace `atomically` with direct IO calls to the store.
**Call sites requiring changes** (exhaustive list):
1. **`receiveServerFile`** (line 563): `atomically $ writeTVar filePath (Just fPath)``setFilePath store senderId fPath`. The `reserve` logic (line 551-555) stays as direct TVar manipulation on `usedStorage` from `XFTPEnv`.
2. **`verifyXFTPTransmission`** (line 453): `atomically $ verify =<< getFile st party fId` — the `getFile` call and subsequent `readTVar fileStatus` are in a single `atomically` block. Refactored to: `getFile st party fId` (IO), then `readTVarIO (fileStatus fr)` from the returned `FileRec` (safe for both backends — STM TVar is the source of truth, Postgres TVar is a fresh snapshot from DB).
3. **`retryAdd`** (line 516): Signature `XFTPFileId -> STM (Either XFTPErrorType a)``XFTPFileId -> IO (Either XFTPErrorType a)`. The `atomically` call (line 520) replaced with `liftIO`.
4. **`deleteOrBlockServerFile_`** (line 620): Parameter `FileStore -> STM (Either XFTPErrorType ())``FileStoreClass s => s -> IO (Either XFTPErrorType ())`. The `atomically` call (line 626) removed — the store method is already IO. After the store action, server adjusts `usedStorage` TVar in `XFTPEnv` based on `fileInfo.size`.
5. **`ackFileReception`** (line 605): `atomically $ deleteRecipient st rId fr``deleteRecipient st rId fr`.
6. **Control port `CPDelete`/`CPBlock`** (lines 371, 377): `atomically $ getFile fs SFRecipient fileId``getFile fs SFRecipient fileId`.
7. **`expireServerFiles`** (line 636): Replace per-file `expiredFilePath` iteration with batched `expiredFiles st old batchSize`, which returns `[(SenderId, Maybe FilePath, Word32)]` — the `Word32` file size is needed so the server can adjust the `usedStorage` TVar after each deletion. Called in a loop until the returned list is empty. The `itemDelay` between files applies to the deletion loop over each batch, not the query itself. STM backend ignores the batch size limit (returns all expired files from TMap scan); Postgres uses `LIMIT`.
8. **`restoreServerStats`** (line 694): `FileStore {files, usedStorage} <- asks store` accesses store fields directly. Refactored to: `usedStorage` from `XFTPEnv` via `asks usedStorage`, file count via `getFileCount store`. STM: `M.size <$> readTVarIO files`. Postgres: `SELECT COUNT(*) FROM files`.
### Store Config Selection
GADT in `Env.hs`:
```haskell
data XFTPStoreConfig s where
XSCMemory :: Maybe FilePath -> XFTPStoreConfig STMFileStore
#if defined(dbServerPostgres)
XSCDatabase :: PostgresFileStoreCfg -> XFTPStoreConfig PostgresFileStore
#endif
```
`XFTPEnv` becomes polymorphic:
```haskell
data XFTPEnv s = XFTPEnv
{ config :: XFTPServerConfig,
store :: s,
usedStorage :: TVar Int64,
storeLog :: Maybe (StoreLog 'WriteMode),
...
}
```
The `M` monad (`ReaderT (XFTPEnv s) IO`) and all functions in `Server.hs` gain `FileStoreClass s =>` constraints.
**StoreLog lifecycle per backend:**
- **STM mode**: `storeLog = Just sl` (current behavior — append-only log for persistence and recovery).
- **Postgres mode**: `storeLog = Nothing` (main storeLog disabled — Postgres is the source of truth). The optional parallel `dbStoreLog` inside `PostgresFileStore` provides audit/recovery if enabled via `db_store_log` INI setting.
The existing `withFileLog` pattern in Server.hs continues to work unchanged — it maps over `Maybe (StoreLog 'WriteMode)`, which is `Nothing` in Postgres mode so the calls become no-ops.
### Main.hs Store Type Dispatch
The `Start` CLI command gains a `--confirm-migrations` flag (default `MCConsole` — manual prompt, matching SMP's `StartOptions`). For automated deployments, `--confirm-migrations up` auto-applies forward migrations. The import command uses `MCYesUp` (always auto-apply).
Following SMP's existential dispatch pattern (`AStoreType` + `run`), `Main.hs` selects the store type from INI config and dispatches to the polymorphic server:
```haskell
runServer ini = do
let storeType = fromRight "memory" $ lookupValue "STORE_LOG" "store_files" ini
case storeType of
"memory" -> run $ XSCMemory (enableStoreLog $> storeLogFilePath)
"database" ->
#if defined(dbServerPostgres)
run $ XSCDatabase PostgresFileStoreCfg {..}
#else
exitError "server not compiled with Postgres support"
#endif
_ -> exitError $ "Invalid store_files value: " <> storeType
where
run :: FileStoreClass s => XFTPStoreConfig s -> IO ()
run storeCfg = do
env <- newXFTPServerEnv storeCfg config
runReaderT (xftpServer config) env
```
**`newXFTPServerEnv` refactored signature:**
```haskell
newXFTPServerEnv :: FileStoreClass s => XFTPStoreConfig s -> XFTPServerConfig -> IO (XFTPEnv s)
newXFTPServerEnv storeCfg config = do
(store, storeLog) <- case storeCfg of
XSCMemory storeLogPath -> do
st <- newFileStore ()
sl <- mapM (`readWriteFileStore` st) storeLogPath
pure (st, sl)
XSCDatabase dbCfg -> do
st <- newFileStore dbCfg
pure (st, Nothing) -- main storeLog disabled for Postgres
usedStorage <- newTVarIO =<< getUsedStorage store
...
pure XFTPEnv {config, store, usedStorage, storeLog, ...}
```
### Startup Config Validation
Following SMP's `checkMsgStoreMode` pattern, `Main.hs` validates config before starting:
- **`store_files=database` + StoreLog file exists** (without `db_store_log=on`): Error — "StoreLog file present but store_files is `database`. Use `xftp-server database import` to migrate, or set `db_store_log: on`."
- **`store_files=database` + schema doesn't exist**: Error — "Create schema in PostgreSQL or use `xftp-server database import`."
- **`store_files=memory` + Postgres schema exists**: Warning — "Postgres schema exists but store_files is `memory`. Data in Postgres will not be used."
- **Binary compiled without `server_postgres` + `store_files=database`**: Error — "Server not compiled with Postgres support."
## Module Structure
```
src/Simplex/FileTransfer/Server/
Store.hs -- FileStoreClass typeclass + shared types (FileRec, FileRecipient, etc.)
Store/
STM.hs -- STMFileStore (extracted from current Store.hs)
Postgres.hs -- PostgresFileStore [CPP-guarded]
Postgres/
Migrations.hs -- Schema migrations [CPP-guarded]
Config.hs -- PostgresFileStoreCfg [CPP-guarded]
StoreLog.hs -- Unchanged (interchange format for both backends + migration)
Env.hs -- XFTPStoreConfig GADT, polymorphic XFTPEnv
Main.hs -- Store selection, migration CLI commands
Server.hs -- Polymorphic over FileStoreClass
```
## PostgreSQL Schema
Initial migration (`20260325_initial`):
```sql
CREATE TABLE files (
sender_id BYTEA NOT NULL PRIMARY KEY,
file_size INT4 NOT NULL,
file_digest BYTEA NOT NULL,
sender_key BYTEA NOT NULL,
file_path TEXT,
created_at INT8 NOT NULL,
status TEXT NOT NULL DEFAULT 'active'
);
CREATE TABLE recipients (
recipient_id BYTEA NOT NULL PRIMARY KEY,
sender_id BYTEA NOT NULL REFERENCES files ON DELETE CASCADE,
recipient_key BYTEA NOT NULL
);
CREATE INDEX idx_recipients_sender_id ON recipients (sender_id);
CREATE INDEX idx_files_created_at ON files (created_at);
```
- `file_size` is `INT4` matching `Word32` in `FileInfo.size`
- `sender_key` and `recipient_key` stored as `BYTEA` using binary encoding via `C.encodePubKey` / `C.decodePubKey` (matching SMP's `ToField`/`FromField` instances for `APublicAuthKey` — includes algorithm type tag in the binary format)
- `file_path` nullable (set after upload completes via `setFilePath`)
- `ON DELETE CASCADE` for recipients when file is hard-deleted
- `created_at` stores rounded epoch seconds (1-hour precision, `RoundedFileTime`)
- `status` as TEXT via `StrEncoding` (`ServerEntityStatus`: `EntityActive`, `EntityBlocked info`, `EntityOff`)
- Hard deletes (no `deleted_at` column)
- No PL/pgSQL functions needed; `setFilePath` uses `WHERE file_path IS NULL` to prevent duplicate uploads (the `UPDATE` itself acquires a row-level lock)
- `used_storage` computed on startup: `SELECT COALESCE(SUM(file_size), 0) FROM files` (matches STM `countUsedStorage` — all files, see usedStorage Ownership section)
### Migrations Module
Following SMP's `QueueStore/Postgres/Migrations.hs` pattern:
```haskell
module Simplex.FileTransfer.Server.Store.Postgres.Migrations
( xftpServerMigrations,
)
where
import Data.List (sortOn)
import Data.Text (Text)
import Simplex.Messaging.Agent.Store.Shared
import Text.RawString.QQ (r)
xftpSchemaMigrations :: [(String, Text, Maybe Text)]
xftpSchemaMigrations =
[ ("20260325_initial", m20260325_initial, Nothing)
]
xftpServerMigrations :: [Migration]
xftpServerMigrations = sortOn name $ map migration xftpSchemaMigrations
where
migration (name, up, down) = Migration {name, up, down = down}
m20260325_initial :: Text
m20260325_initial =
[r|
CREATE TABLE files (
sender_id BYTEA NOT NULL PRIMARY KEY,
...
);
|]
```
The `Migration` type (from `Simplex.Messaging.Agent.Store.Shared`) has fields `{name :: String, up :: Text, down :: Maybe Text}`. Initial migration has `Nothing` for `down`. Future migrations should include `Just down_migration` for rollback support. Called via `createDBStore dbOpts xftpServerMigrations (MigrationConfig confirmMigrations Nothing)`.
### Postgres Operations
Key query patterns:
- **`addFile`**: `INSERT INTO files (...) VALUES (...)`, return `DUPLICATE_` on unique violation.
- **`setFilePath`**: `UPDATE files SET file_path = ? WHERE sender_id = ? AND file_path IS NULL`, verified with `assertUpdated` (returns `AUTH` if 0 rows affected — file not found or already uploaded). The `WHERE file_path IS NULL` prevents duplicate uploads; the `UPDATE` acquires a row lock implicitly. Only persists the path; `usedStorage` managed by server.
- **`addRecipient`**: `INSERT INTO recipients (...)`, plus check for duplicates. No need for `recipientIds` TVar update — Postgres derives it from the table.
- **`getFile`** (sender): `SELECT ... FROM files WHERE sender_id = ?`, returns auth key from `sender_key` column.
- **`getFile`** (recipient): `SELECT f.*, r.recipient_key FROM recipients r JOIN files f ON ... WHERE r.recipient_id = ?`.
- **`deleteFile`**: `DELETE FROM files WHERE sender_id = ?` (recipients cascade).
- **`blockFile`**: `UPDATE files SET status = ? WHERE sender_id = ?`. When `deleted = True`, the server adjusts `usedStorage` externally (matching current STM behavior where `blockFile` only updates status and storage, not `filePath`).
- **`expiredFiles`**: `SELECT sender_id, file_path, file_size FROM files WHERE created_at + ? < ? LIMIT ?` — batched query replaces per-file iteration, includes `file_size` for `usedStorage` adjustment. Called in a loop until no rows returned.
## INI Configuration
New keys in `[STORE_LOG]` section:
```ini
[STORE_LOG]
enable: on
store_files: memory # memory | database
db_connection: postgresql://xftp@/xftp_server_store
db_schema: xftp_server
db_pool_size: 10
db_store_log: off
expire_files_hours: 48
```
`store_files` selects the backend (`store_files` rather than `store_queues` because XFTP stores files, not queues):
- `memory` -> `XSCMemory` (current behavior)
- `database` -> `XSCDatabase` (requires `server_postgres` build flag)
### INI Template Generation (`xftp-server init`)
The `iniFileContent` function in `Main.hs` must be updated to generate the new keys in the `[STORE_LOG]` section. Following SMP's `iniDbOpts` pattern with `optDisabled'` (prefixes `"# "` when value equals default), Postgres keys are generated commented out by default:
```ini
[STORE_LOG]
enable: on
# File storage mode: `memory` or `database` (PostgreSQL).
store_files: memory
# Database connection settings for PostgreSQL database (`store_files: database`).
# db_connection: postgresql://xftp@/xftp_server_store
# db_schema: xftp_server
# db_pool_size: 10
# Write database changes to store log file
# db_store_log: off
expire_files_hours: 48
```
Reuses `iniDBOptions` from `Simplex.Messaging.Server.CLI` for runtime parsing (falls back to defaults when keys are commented out or missing). `enableDbStoreLog'` pattern (`settingIsOn "STORE_LOG" "db_store_log"`) controls `dbStoreLogPath`.
### PostgresFileStoreCfg
```haskell
data PostgresFileStoreCfg = PostgresFileStoreCfg
{ dbOpts :: DBOpts,
dbStoreLogPath :: Maybe FilePath,
confirmMigrations :: MigrationConfirmation
}
```
No `deletedTTL` (hard deletes).
### Default DB Options
```haskell
defaultXFTPDBOpts :: DBOpts
defaultXFTPDBOpts =
DBOpts
{ connstr = "postgresql://xftp@/xftp_server_store",
schema = "xftp_server",
poolSize = 10,
createSchema = False
}
```
## Migration CLI
Bidirectional migration via StoreLog as interchange format:
```
xftp-server database import [--database DB_CONN] [--schema DB_SCHEMA] [--pool-size N]
xftp-server database export [--database DB_CONN] [--schema DB_SCHEMA] [--pool-size N]
```
No `--table` flag needed (unlike SMP which has queues/messages/all) — XFTP has a single entity type (files + recipients, always migrated together).
CLI options reuse `dbOptsP` parser from `Simplex.Messaging.Server.CLI`.
### Import (StoreLog -> PostgreSQL)
1. Confirm: prompt user with database connection details and StoreLog path
2. Read and replay StoreLog into temporary `STMFileStore`
3. Connect to PostgreSQL, run schema migrations (`createSchema = True`, `confirmMigrations = MCYesUp`)
4. Batch-insert file records into `files` table using PostgreSQL COPY protocol (matching SMP's `batchInsertQueues` pattern for performance). Progress reported every 10k files.
5. Batch-insert recipient records into `recipients` table using COPY protocol
6. Verify counts: `SELECT COUNT(*) FROM files` / `recipients` — warn if mismatch
7. Rename StoreLog to `.bak` (prevents accidental re-import, preserves original for rollback)
8. Report counts
### Export (PostgreSQL -> StoreLog)
1. Confirm: prompt user with database connection details and output path. Fail if output file already exists.
2. Connect to PostgreSQL
3. Open new StoreLog file for writing
4. Fold over all file records, writing per file (in this order, matching existing `writeFileStore`): `AddFile` (with `ServerEntityStatus` — this preserves `EntityBlocked` state), `AddRecipients`, then `PutFile` (if `file_path` is set)
5. Report counts
Note: `AddFile` carries `ServerEntityStatus` which includes `EntityBlocked info`, so blocking state is preserved through export/import without needing separate `BlockFile` log entries.
File data on disk is untouched by migration — only metadata moves between backends.
## Cabal Integration
Shared `server_postgres` flag. New Postgres modules added to existing conditional block:
```cabal
if flag(server_postgres)
cpp-options: -DdbServerPostgres
exposed-modules:
...existing SMP modules...
Simplex.FileTransfer.Server.Store.Postgres
Simplex.FileTransfer.Server.Store.Postgres.Migrations
Simplex.FileTransfer.Server.Store.Postgres.Config
```
CPP guards (`#if defined(dbServerPostgres)`) in:
- `Store.hs` — Postgres `FromField`/`ToField` instances for XFTP-specific types if needed
- `Env.hs``XSCDatabase` constructor
- `Main.hs` — database CLI commands, store selection for `database` mode, Postgres imports
- `Server.hs` — Postgres-specific imports if needed
## Testing
- **Parameterized server tests**: Existing `xftpServerTests` refactored to accept a store type parameter (following SMP's `SpecWith (ASrvTransport, AStoreType)` pattern). The same server tests run against both STM and Postgres backends — STM tests run unconditionally, Postgres tests added under `#if defined(dbServerPostgres)` with `postgressBracket` for database lifecycle (drop → create → test → drop).
- **Unit tests**: `PostgresFileStore` operations — add/get/delete/block/expire, duplicate detection, auth errors
- **Migration round-trip**: STM store → export to StoreLog → import to Postgres → export back → verify StoreLog equality (including blocked file status)
- **Tests location**: in `tests/` alongside existing XFTP tests, guarded by `server_postgres` CPP flag
- **Test database**: PostgreSQL on `localhost:5432`, using a dedicated `xftp_server_test` schema (dropped and recreated per test run via `postgressBracket`, following SMP's test database lifecycle pattern)
- **Test fixtures**: `testXFTPStoreDBOpts :: DBOpts` with `createSchema = True`, `confirmMigrations = MCYesUp`, in `tests/XFTPClient.hs`
@@ -1,648 +0,0 @@
# XFTP PostgreSQL Backend — Implementation Plan
> **For agentic workers:** REQUIRED: Use superpowers-extended-cc:subagent-driven-development (if subagents available) or superpowers-extended-cc:executing-plans to implement this plan. Steps use checkbox (`- [ ]`) syntax for tracking.
**Goal:** Add PostgreSQL backend support to xftp-server as an alternative to STM + StoreLog, with bidirectional migration.
**Architecture:** Introduce `FileStoreClass` typeclass (IO-based, following `QueueStoreClass` pattern). Extract current STM store into `Store/STM.hs`, make `Server.hs` polymorphic, then add `Store/Postgres.hs` behind `server_postgres` CPP flag. `usedStorage` moves from store to `XFTPEnv` so the server manages quota tracking externally.
**Tech Stack:** Haskell, postgresql-simple, STM, fourmolu, cabal with CPP flags
**Design spec:** `plans/2026-03-25-xftp-postgres-backend-design.md`
---
## File Structure
**Existing files modified:**
- `src/Simplex/FileTransfer/Server/Store.hs` — rewritten: becomes typeclass + shared types
- `src/Simplex/FileTransfer/Server/Env.hs` — polymorphic `XFTPEnv s`, `XFTPStoreConfig` GADT
- `src/Simplex/FileTransfer/Server.hs` — polymorphic over `FileStoreClass s`
- `src/Simplex/FileTransfer/Server/StoreLog.hs` — update for IO store functions
- `src/Simplex/FileTransfer/Server/Main.hs` — INI config, dispatch, CLI commands
- `simplexmq.cabal` — new modules
- `tests/XFTPClient.hs` — Postgres test fixtures
- `tests/Test.hs` — Postgres test group
**New files created:**
- `src/Simplex/FileTransfer/Server/Store/STM.hs``STMFileStore` (extracted from current `Store.hs`)
- `src/Simplex/FileTransfer/Server/Store/Postgres.hs``PostgresFileStore` [CPP-guarded]
- `src/Simplex/FileTransfer/Server/Store/Postgres/Config.hs``PostgresFileStoreCfg` [CPP-guarded]
- `src/Simplex/FileTransfer/Server/Store/Postgres/Migrations.hs` — schema SQL [CPP-guarded]
- `tests/CoreTests/XFTPStoreTests.hs` — Postgres store unit tests [CPP-guarded]
---
## Task 1: Move `usedStorage` from `FileStore` to `XFTPEnv`
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Store.hs`
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- Modify: `src/Simplex/FileTransfer/Server.hs`
- [ ] **Step 1: Remove `usedStorage` from `FileStore` in `Store.hs`**
1. Remove `usedStorage :: TVar Int64` field from `FileStore` record (line 47).
2. Remove `usedStorage <- newTVarIO 0` from `newFileStore` (line 75) and drop the field from the record construction (line 76).
3. In `setFilePath` (line 92-97): remove `modifyTVar' (usedStorage st) (+ fromIntegral (size fileInfo))` — keep only `writeTVar filePath (Just fPath)`. Change pattern from `\FileRec {fileInfo, filePath}` to `\FileRec {filePath}` (fileInfo is now unused — `-Wunused-matches` error).
4. In `deleteFile` (line 112-119): remove `modifyTVar' usedStorage $ subtract (fromIntegral $ size fileInfo)`. Change outer pattern match from `FileStore {files, recipients, usedStorage}` to `FileStore {files, recipients}`. Change inner pattern from `Just FileRec {fileInfo, recipientIds}` to `Just FileRec {recipientIds}` (`fileInfo` is now unused — `-Wunused-matches` error).
5. In `blockFile` (line 122-127): remove `when deleted $ modifyTVar' usedStorage $ subtract (fromIntegral $ size fileInfo)`. Change pattern match from `st@FileStore {usedStorage}` to `st`. The `deleted` parameter and `fileInfo` in the inner pattern become unused — prefix with `_` or remove from pattern to avoid `-Wunused-matches`.
- [ ] **Step 2: Add `usedStorage` to `XFTPEnv` in `Env.hs`**
1. Add `usedStorage :: TVar Int64` field to `XFTPEnv` record (between `store` and `storeLog`, line 93).
2. In `newXFTPServerEnv` (line 112-126): replace lines 117-118:
```
used <- countUsedStorage <$> readTVarIO (files store)
atomically $ writeTVar (usedStorage store) used
```
with:
```
usedStorage <- newTVarIO =<< countUsedStorage <$> readTVarIO (files store)
```
3. Add `usedStorage` to the `pure XFTPEnv {..}` construction.
- [ ] **Step 3: Update all `usedStorage` access sites in `Server.hs`**
1. Line 552: `us <- asks $ usedStorage . store``us <- asks usedStorage`.
2. Line 569: `us <- asks $ usedStorage . store``us <- asks usedStorage`.
3. Line 639: `usedStart <- readTVarIO $ usedStorage st``usedStart <- readTVarIO =<< asks usedStorage`.
4. Line 647: `usedEnd <- readTVarIO $ usedStorage st``usedEnd <- readTVarIO =<< asks usedStorage`.
5. Line 694: `FileStore {files, usedStorage} <- asks store` → split into `FileStore {files} <- asks store` and `usedStorage <- asks usedStorage`.
6. In `deleteOrBlockServerFile_` (line 620): after `void $ atomically $ storeAction st`, add usedStorage adjustment — `us <- asks usedStorage` then `atomically $ modifyTVar' us $ subtract (fromIntegral $ size fileInfo)` when file had a path (check `path` from `readTVarIO filePath` earlier in the function).
- [ ] **Step 4: Build and verify**
Run: `cabal build`
- [ ] **Step 5: Run existing tests**
Run: `cabal test --test-show-details=streaming --test-option=--match="/XFTP/"`
- [ ] **Step 6: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs
git add src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs
git commit -m "refactor(xftp): move usedStorage from FileStore to XFTPEnv"
```
---
## Task 2: Add `getUsedStorage`, `getFileCount`, `expiredFiles` functions
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Store.hs`
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- Modify: `src/Simplex/FileTransfer/Server.hs`
- [ ] **Step 1: Add three new functions to `Store.hs`**
1. Add to exports: `getUsedStorage`, `getFileCount`, `expiredFiles`.
2. Remove `expiredFilePath` from exports AND delete the function definition (dead code → `-Wunused-binds` error). Also remove `($>>=)` from import `Simplex.Messaging.Util (ifM, ($>>=))``Simplex.Messaging.Util (ifM)``$>>=` was only used by `expiredFilePath`.
3. Add import: `qualified Data.Map.Strict as M` (needed for `M.foldl'` in `getUsedStorage` and `M.toList` in `expiredFiles`).
4. Implement:
```haskell
getUsedStorage :: FileStore -> IO Int64
getUsedStorage FileStore {files} =
M.foldl' (\acc FileRec {fileInfo = FileInfo {size}} -> acc + fromIntegral size) 0 <$> readTVarIO files
getFileCount :: FileStore -> IO Int
getFileCount FileStore {files} = M.size <$> readTVarIO files
expiredFiles :: FileStore -> Int64 -> Int -> IO [(SenderId, Maybe FilePath, Word32)]
expiredFiles FileStore {files} old _limit = do
fs <- readTVarIO files
fmap catMaybes . forM (M.toList fs) $ \(sId, FileRec {fileInfo = FileInfo {size}, filePath, createdAt = RoundedSystemTime createdAt}) ->
if createdAt + fileTimePrecision < old
then do
path <- readTVarIO filePath
pure $ Just (sId, path, size)
else pure Nothing
```
5. Add imports: `Data.Maybe (catMaybes)`, `Data.Word (Word32)` (note: `qualified Data.Map.Strict as M` already added in item 3).
- [ ] **Step 2: Replace `countUsedStorage` in `Env.hs`**
1. Replace `countUsedStorage <$> readTVarIO (files store)` with `getUsedStorage store` in `newXFTPServerEnv`.
2. Remove `countUsedStorage` function definition and its export.
3. Remove `qualified Data.Map.Strict as M` import if no longer used.
- [ ] **Step 3: Update `restoreServerStats` in `Server.hs` to use `getFileCount`**
In `restoreServerStats` (line 694-696): replace `FileStore {files} <- asks store` and `_filesCount <- M.size <$> readTVarIO files` with `st <- asks store` and `_filesCount <- liftIO $ getFileCount st` (eliminates the `FileStore` pattern match — `files` binding no longer needed).
- [ ] **Step 4: Replace `expireServerFiles` iteration in `Server.hs`**
1. Replace the body of `expireServerFiles` (lines 636-660). Remove `files' <- readTVarIO (files st)` and the `forM_ (M.keys files')` loop.
2. New body: call `expiredFiles st old 10000` in a loop. For each `(sId, filePath_, fileSize)` in returned list: apply `itemDelay`, remove disk file if present, call `atomically $ deleteFile st sId`, adjust `usedStorage` TVar by `fileSize`, increment `filesExpired` stat. Loop until `expiredFiles` returns `[]`.
3. Remove `Data.Map.Strict` import from Server.hs if no longer needed (was used for `M.size` and `M.keys` — now replaced by `getFileCount` and `expiredFiles`).
- [ ] **Step 5: Build and verify**
Run: `cabal build`
- [ ] **Step 6: Run existing tests**
Run: `cabal test --test-show-details=streaming --test-option=--match="/XFTP/"`
- [ ] **Step 7: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs
git add src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs
git commit -m "refactor(xftp): add getUsedStorage, getFileCount, expiredFiles store functions"
```
---
## Task 3: Change `Store.hs` functions from STM to IO
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Store.hs`
- Modify: `src/Simplex/FileTransfer/Server.hs`
- Modify: `src/Simplex/FileTransfer/Server/StoreLog.hs`
- [ ] **Step 1: Change all Store.hs function signatures from STM to IO**
For each of: `addFile`, `setFilePath`, `addRecipient`, `getFile`, `deleteFile`, `blockFile`, `deleteRecipient`, `ackFile`:
1. Change return type from `STM (Either XFTPErrorType ...)` to `IO (Either XFTPErrorType ...)` (or `STM ()` to `IO ()` for `deleteRecipient`).
2. Wrap the function body in `atomically $ do ...`.
3. Keep `withFile` and `newFileRec` as internal STM helpers (called inside the `atomically` blocks).
- [ ] **Step 2: Update Server.hs call sites — remove `atomically` wrappers**
1. Line 563 (`receiveServerFile`): change `atomically $ writeTVar filePath (Just fPath)` → add `st <- asks store` then `void $ liftIO $ setFilePath st senderId fPath` (design call site #1`store` is not in scope in `receiveServerFile`'s `receive` helper, so bind via `asks`; `void` avoids `-Wunused-do-bind` warning on the `Either` result).
2. Line 453 (`verifyXFTPTransmission`): split `atomically $ verify =<< getFile st party fId` into: `liftIO (getFile st party fId)` (IO→M lift), then pattern match on result, use `readTVarIO (fileStatus fr)` instead of `readTVar`.
3. Lines 371, 377 (control port `CPDelete`/`CPBlock`): change `ExceptT $ atomically $ getFile fs SFRecipient fileId``ExceptT $ liftIO $ getFile fs SFRecipient fileId` (inside `unliftIO u $ do` block which runs in M monad — `liftIO` required to lift IO into M).
4. Line 508 (`addFile` in `createFile`): the `ExceptT $ addFile st sId file ts EntityActive``addFile` is now IO, `ExceptT` wraps IO directly. Remove any `atomically`.
5. Line 514 (`addRecipient`): same — `ExceptT . addRecipient st sId` works directly in IO.
6. Line 516 (`retryAdd`): change parameter type from `(XFTPFileId -> STM (Either XFTPErrorType a))` to `(XFTPFileId -> IO (Either XFTPErrorType a))`. Line 520: change `atomically (add fId)` to `liftIO (add fId)`.
7. Line 605 (`ackFileReception`): change `atomically $ deleteRecipient st rId fr` to `liftIO $ deleteRecipient st rId fr`.
8. Line 620 (`deleteOrBlockServerFile_`): change third parameter type from `(FileStore -> STM (Either XFTPErrorType ()))` to `(FileStore -> IO (Either XFTPErrorType ()))`. Line 626: change `void $ atomically $ storeAction st` to `void $ liftIO $ storeAction st`.
9. `expireServerFiles` `delete` helper: change `atomically $ deleteFile st sId` to `liftIO $ deleteFile st sId` (deleteFile is now IO; `liftIO` required because the helper runs in M monad, not IO).
- [ ] **Step 3: Update `StoreLog.hs` — remove `atomically` from replay**
In `readFileStore` (line 93), function `addToStore`:
1. Change `atomically (addToStore lr)` to `addToStore lr` — store functions are now IO.
2. The `addToStore` body calls `addFile`, `setFilePath`, `deleteFile`, `blockFile`, `ackFile` — all IO now, no `atomically` needed.
3. For `AddRecipients`: `runExceptT $ mapM_ (ExceptT . addRecipient st sId) rcps``addRecipient` returns `IO (Either ...)`, so `ExceptT . addRecipient st sId` works directly.
- [ ] **Step 4: Build and verify**
Run: `cabal build`
- [ ] **Step 5: Run existing tests**
Run: `cabal test --test-show-details=streaming --test-option=--match="/XFTP/"`
- [ ] **Step 6: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/StoreLog.hs
git add src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/StoreLog.hs
git commit -m "refactor(xftp): change file store operations from STM to IO"
```
---
## Task 4: Extract `FileStoreClass` typeclass, move STM impl to `Store/STM.hs`
**Files:**
- Rewrite: `src/Simplex/FileTransfer/Server/Store.hs`
- Create: `src/Simplex/FileTransfer/Server/Store/STM.hs`
- Modify: `src/Simplex/FileTransfer/Server/StoreLog.hs`
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- Modify: `src/Simplex/FileTransfer/Server.hs`
- Modify: `simplexmq.cabal`
- [ ] **Step 1: Create `Store/STM.hs` — move all implementation code**
1. Create directory `src/Simplex/FileTransfer/Server/Store/`.
2. Create `src/Simplex/FileTransfer/Server/Store/STM.hs`.
3. Move from `Store.hs`: `FileStore` data type (rename to `STMFileStore`), all function implementations, internal helpers (`withFile`, `newFileRec`), all STM-specific imports.
4. Rename all `FileStore` references to `STMFileStore` in the new file.
5. Module declaration: `module Simplex.FileTransfer.Server.Store.STM` exporting only `STMFileStore (..)` — do NOT export standalone functions (`addFile`, `setFilePath`, etc.) to avoid name collisions with the typeclass methods from `Store.hs`.
- [ ] **Step 2: Rewrite `Store.hs` as the typeclass module**
1. Add `{-# LANGUAGE TypeFamilies #-}` pragma to `Store.hs` (required for `type FileStoreConfig s` associated type).
2. Keep in `Store.hs`: `FileRec (..)`, `FileRecipient (..)`, `RoundedFileTime`, `fileTimePrecision` definitions and their `StrEncoding` instance.
3. Add `FileStoreClass` typeclass:
```haskell
class FileStoreClass s where
type FileStoreConfig s
-- Lifecycle
newFileStore :: FileStoreConfig s -> IO s
closeFileStore :: s -> IO ()
-- File operations
addFile :: s -> SenderId -> FileInfo -> RoundedFileTime -> ServerEntityStatus -> IO (Either XFTPErrorType ())
setFilePath :: s -> SenderId -> FilePath -> IO (Either XFTPErrorType ())
addRecipient :: s -> SenderId -> FileRecipient -> IO (Either XFTPErrorType ())
getFile :: s -> SFileParty p -> XFTPFileId -> IO (Either XFTPErrorType (FileRec, C.APublicAuthKey))
deleteFile :: s -> SenderId -> IO (Either XFTPErrorType ())
blockFile :: s -> SenderId -> BlockingInfo -> Bool -> IO (Either XFTPErrorType ())
deleteRecipient :: s -> RecipientId -> FileRec -> IO ()
ackFile :: s -> RecipientId -> IO (Either XFTPErrorType ())
-- Expiration
expiredFiles :: s -> Int64 -> Int -> IO [(SenderId, Maybe FilePath, Word32)]
-- Stats
getUsedStorage :: s -> IO Int64
getFileCount :: s -> IO Int
```
4. Do NOT re-export from `Store/STM.hs` — this would create a circular module dependency (Store.hs imports Store/STM.hs, Store/STM.hs imports Store.hs). Consumers must import `Store.STM` directly where they need `STMFileStore`.
5. Remove all STM-specific imports that are no longer needed.
- [ ] **Step 3: Add `FileStoreClass` instance in `Store/STM.hs`**
1. Import `FileStoreClass` from `Simplex.FileTransfer.Server.Store`.
2. Inline all implementations directly in the instance body (do NOT delegate to standalone functions — the standalone names collide with typeclass method names, causing ambiguous occurrences for importers):
```haskell
instance FileStoreClass STMFileStore where
type FileStoreConfig STMFileStore = ()
newFileStore () = do
files <- TM.emptyIO
recipients <- TM.emptyIO
pure STMFileStore {files, recipients}
closeFileStore _ = pure ()
addFile st sId fileInfo createdAt status = atomically $ ...
setFilePath st sId fPath = atomically $ ...
-- ... (each method's body is the existing function body, inlined)
```
3. Remove the standalone top-level function definitions — they are now instance methods. Keep only `withFile` and `newFileRec` as internal helpers used by the instance methods.
- [ ] **Step 4: Update importers**
1. `Env.hs`: add `import Simplex.FileTransfer.Server.Store.STM (STMFileStore (..))`. Change `FileStore``STMFileStore` in `XFTPEnv` type and `newXFTPServerEnv`. Change `store <- newFileStore` to `store <- newFileStore ()` (typeclass method now takes `FileStoreConfig STMFileStore` which is `()`). Keep `import Simplex.FileTransfer.Server.Store` for `FileRec`, `FileRecipient`, `FileStoreClass`, etc.
2. `Server.hs`: add `import Simplex.FileTransfer.Server.Store.STM`. Change `FileStore``STMFileStore` in any explicit type annotations. Import `FileStoreClass` from `Simplex.FileTransfer.Server.Store`.
3. `StoreLog.hs`: add `import Simplex.FileTransfer.Server.Store.STM` to access concrete `STMFileStore` type and store functions used during log replay. Change `FileStore``STMFileStore` in `readWriteFileStore` and `writeFileStore` parameter types.
- [ ] **Step 5: Update cabal file**
Add `Simplex.FileTransfer.Server.Store.STM` to `exposed-modules` in the `!flag(client_library)` section, alongside existing XFTP server modules.
- [ ] **Step 6: Build and verify**
Run: `cabal build`
- [ ] **Step 7: Run existing tests**
Run: `cabal test --test-show-details=streaming --test-option=--match="/XFTP/"`
- [ ] **Step 8: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Store/STM.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/StoreLog.hs
git add src/Simplex/FileTransfer/Server/Store.hs src/Simplex/FileTransfer/Server/Store/STM.hs src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/StoreLog.hs simplexmq.cabal
git commit -m "refactor(xftp): extract FileStoreClass typeclass, move STM impl to Store.STM"
```
---
## Task 5: Make `XFTPEnv` and `Server.hs` polymorphic over `FileStoreClass`
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- Modify: `src/Simplex/FileTransfer/Server.hs`
- Modify: `src/Simplex/FileTransfer/Server/Main.hs`
- Modify: `tests/XFTPClient.hs` (if it calls `runXFTPServerBlocking` directly)
- [ ] **Step 1: Make `XFTPEnv` polymorphic in `Env.hs`**
1. Add `XFTPStoreConfig` GADT: `data XFTPStoreConfig s where XSCMemory :: Maybe FilePath -> XFTPStoreConfig STMFileStore`.
2. Change `data XFTPEnv` to `data XFTPEnv s` — field `store :: FileStore` becomes `store :: s`.
3. Change `newXFTPServerEnv :: XFTPServerConfig -> IO XFTPEnv` to `newXFTPServerEnv :: FileStoreClass s => XFTPStoreConfig s -> XFTPServerConfig -> IO (XFTPEnv s)`.
4. Pattern match on `XSCMemory storeLogPath` in `newXFTPServerEnv` body. Create store via `newFileStore ()`, storeLog via `mapM (`readWriteFileStore` st) storeLogPath`.
- [ ] **Step 2: Make `Server.hs` polymorphic**
1. Change `type M a = ReaderT XFTPEnv IO a` to `type M s a = ReaderT (XFTPEnv s) IO a`.
2. Add `FileStoreClass s =>` constraint to all functions using `M s a`. Use `forall s.` in signatures of functions that have `where`-block bindings with `M s` type annotations — `ScopedTypeVariables` requires explicit `forall` to bring `s` into scope for inner type signatures (matching SMP's `smpServer :: forall s. MsgStoreClass s => ...` pattern). Full list: `xftpServer`, `processRequest`, `verifyXFTPTransmission`, `processXFTPRequest` and all its `where`-bound functions (`createFile`, `addRecipients`, `receiveServerFile`, `sendServerFile`, `deleteServerFile`, `ackFileReception`, `retryAdd`, `addFileRetry`, `addRecipientRetry`), `deleteServerFile_`, `blockServerFile`, `deleteOrBlockServerFile_`, `expireServerFiles`, `randomId`, `getFileId`, `withFileLog`, `incFileStat`, `saveServerStats`, `restoreServerStats`, `randomDelay` (inside `#ifdef slow_servers` CPP block). Also update `encodeXftp` (line 236) and `runCPClient` (line 339) which use explicit `ReaderT XFTPEnv IO` instead of the `M` alias — change to `ReaderT (XFTPEnv s) IO`.
3. Change `runXFTPServerBlocking` and `runXFTPServer` to take `XFTPStoreConfig s` parameter.
4. Add `closeFileStore store` call to the server shutdown path (in the `finally` block or `stopServer` equivalent — after saving stats, before logging "Server stopped"). This ensures Postgres connection pool and `dbStoreLog` are properly closed. For STM this is a no-op.
- [ ] **Step 3: Update `Main.hs` dispatch**
1. In `runServer`: construct `XSCMemory (enableStoreLog $> storeLogFilePath)`.
2. Add dispatch function that calls the updated `runXFTPServer` (which creates `started` internally):
```haskell
run :: FileStoreClass s => XFTPStoreConfig s -> IO ()
run storeCfg = runXFTPServer storeCfg serverConfig
```
3. Call `run` with the `XSCMemory` config.
- [ ] **Step 4: Update test helper if needed**
If `tests/XFTPClient.hs` calls `runXFTPServerBlocking` directly, update the call to pass an `XSCMemory` config. Check the `withXFTPServer` / `serverBracket` helper.
- [ ] **Step 5: Build and verify**
Run: `cabal build && cabal build test:simplexmq-test`
- [ ] **Step 6: Run existing tests**
Run: `cabal test --test-show-details=streaming --test-option=--match="/XFTP/"`
- [ ] **Step 7: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/Main.hs
git add src/Simplex/FileTransfer/Server/Env.hs src/Simplex/FileTransfer/Server.hs src/Simplex/FileTransfer/Server/Main.hs tests/XFTPClient.hs simplexmq.cabal
git commit -m "refactor(xftp): make XFTPEnv and server polymorphic over FileStoreClass"
```
---
## Task 6: Add Postgres config, migrations, and store skeleton
**Files:**
- Create: `src/Simplex/FileTransfer/Server/Store/Postgres/Config.hs`
- Create: `src/Simplex/FileTransfer/Server/Store/Postgres/Migrations.hs`
- Create: `src/Simplex/FileTransfer/Server/Store/Postgres.hs`
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- Modify: `simplexmq.cabal`
- [ ] **Step 1: Create `Store/Postgres/Config.hs`**
```haskell
module Simplex.FileTransfer.Server.Store.Postgres.Config
( PostgresFileStoreCfg (..),
defaultXFTPDBOpts,
)
where
import Simplex.Messaging.Agent.Store.Postgres.Options (DBOpts (..))
import Simplex.Messaging.Agent.Store.Shared (MigrationConfirmation)
data PostgresFileStoreCfg = PostgresFileStoreCfg
{ dbOpts :: DBOpts,
dbStoreLogPath :: Maybe FilePath,
confirmMigrations :: MigrationConfirmation
}
defaultXFTPDBOpts :: DBOpts
defaultXFTPDBOpts =
DBOpts
{ connstr = "postgresql://xftp@/xftp_server_store",
schema = "xftp_server",
poolSize = 10,
createSchema = False
}
```
- [ ] **Step 2: Create `Store/Postgres/Migrations.hs`**
Full migration module with `xftpServerMigrations :: [Migration]` and `m20260325_initial` containing CREATE TABLE SQL for `files` and `recipients` tables plus indexes. Follow SMP's `QueueStore/Postgres/Migrations.hs` pattern exactly: tuple list → `sortOn name . map migration`.
- [ ] **Step 3: Create `Store/Postgres.hs` with stub instance**
1. Define `PostgresFileStore` with `dbStore :: DBStore` and `dbStoreLog :: Maybe (StoreLog 'WriteMode)`.
2. `instance FileStoreClass PostgresFileStore` with `error "not implemented"` for all methods except `newFileStore` (calls `createDBStore` + opens `dbStoreLog`) and `closeFileStore` (closes both). `type FileStoreConfig PostgresFileStore = PostgresFileStoreCfg`.
3. Add `withDB`, `handleDuplicate`, `assertUpdated`, `withLog` helpers.
- [ ] **Step 4: Add `XSCDatabase` GADT constructor in `Env.hs` (CPP-guarded)**
```haskell
#if defined(dbServerPostgres)
import Simplex.FileTransfer.Server.Store.Postgres (PostgresFileStore)
import Simplex.FileTransfer.Server.Store.Postgres.Config (PostgresFileStoreCfg)
#endif
data XFTPStoreConfig s where
XSCMemory :: Maybe FilePath -> XFTPStoreConfig STMFileStore
#if defined(dbServerPostgres)
XSCDatabase :: PostgresFileStoreCfg -> XFTPStoreConfig PostgresFileStore
#endif
```
- [ ] **Step 5: Update cabal**
Add to existing `if flag(server_postgres)` block:
```
Simplex.FileTransfer.Server.Store.Postgres
Simplex.FileTransfer.Server.Store.Postgres.Config
Simplex.FileTransfer.Server.Store.Postgres.Migrations
```
- [ ] **Step 6: Build both ways**
Run: `cabal build && cabal build -fserver_postgres`
- [ ] **Step 7: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store/Postgres.hs src/Simplex/FileTransfer/Server/Store/Postgres/Config.hs src/Simplex/FileTransfer/Server/Env.hs
git add src/Simplex/FileTransfer/Server/Store/Postgres.hs src/Simplex/FileTransfer/Server/Store/Postgres/Config.hs src/Simplex/FileTransfer/Server/Store/Postgres/Migrations.hs src/Simplex/FileTransfer/Server/Env.hs simplexmq.cabal
git commit -m "feat(xftp): add PostgreSQL store skeleton with schema migration"
```
---
## Task 7: Implement `PostgresFileStore` operations
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Store/Postgres.hs`
- [ ] **Step 1: Implement `addFile`**
`INSERT INTO files (sender_id, file_size, file_digest, sender_key, file_path, created_at, status) VALUES (?,?,?,?,NULL,?,?)`. Catch unique violation with `handleDuplicate``DUPLICATE_`. Call `withLog "addFile"` after.
- [ ] **Step 2: Implement `getFile`**
For `SFSender`: `SELECT ... FROM files WHERE sender_id = ?`. Construct `FileRec` with `newTVarIO` per TVar field. `recipientIds = S.empty`.
For `SFRecipient`: `SELECT f.*, r.recipient_key FROM recipients r JOIN files f ON r.sender_id = f.sender_id WHERE r.recipient_id = ?`.
- [ ] **Step 3: Implement `setFilePath`**
`UPDATE files SET file_path = ? WHERE sender_id = ? AND file_path IS NULL`. Use `assertUpdated`. Call `withLog "setFilePath"`.
- [ ] **Step 4: Implement `addRecipient`**
`INSERT INTO recipients (recipient_id, sender_id, recipient_key) VALUES (?,?,?)`. `handleDuplicate``DUPLICATE_`. Call `withLog "addRecipient"`.
- [ ] **Step 5: Implement `deleteFile`, `blockFile`**
`deleteFile`: `DELETE FROM files WHERE sender_id = ?` (CASCADE). `withLog "deleteFile"`.
`blockFile`: `UPDATE files SET status = ? WHERE sender_id = ?`. `assertUpdated`. `withLog "blockFile"`.
- [ ] **Step 6: Implement `deleteRecipient`, `ackFile`**
`deleteRecipient`: `DELETE FROM recipients WHERE recipient_id = ?`. `withLog "deleteRecipient"`.
`ackFile`: same + return `Left AUTH` if 0 rows.
- [ ] **Step 7: Implement `expiredFiles`, `getUsedStorage`, `getFileCount`**
`expiredFiles`: `SELECT sender_id, file_path, file_size FROM files WHERE created_at + ? < ? LIMIT ?`.
`getUsedStorage`: `SELECT COALESCE(SUM(file_size), 0) FROM files`.
`getFileCount`: `SELECT COUNT(*) FROM files`.
- [ ] **Step 8: Add `ToField`/`FromField` instances**
For `RoundedFileTime` (Int64 wrapper), `ServerEntityStatus` (Text via StrEncoding), `C.APublicAuthKey` (Binary via `encodePubKey`/`decodePubKey`). Check SMP's `QueueStore/Postgres.hs` for existing instances to import.
- [ ] **Step 9: Wrap mutation operations in `uninterruptibleMask_`**
Operations that combine a DB write with a TVar update (e.g., `getFile` constructs `FileRec` with `newTVarIO`) must be wrapped in `E.uninterruptibleMask_` to prevent async exceptions from leaving inconsistent state. Follow SMP's `addQueue_`, `deleteStoreQueue` pattern.
- [ ] **Step 10: Build**
Run: `cabal build -fserver_postgres`
- [ ] **Step 11: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Store/Postgres.hs
git add src/Simplex/FileTransfer/Server/Store/Postgres.hs
git commit -m "feat(xftp): implement PostgresFileStore operations"
```
---
## Task 8: Add INI config, Main.hs dispatch, startup validation
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Main.hs`
- Modify: `src/Simplex/FileTransfer/Server/Env.hs`
- [ ] **Step 1: Update `iniFileContent` in `Main.hs`**
Add to `[STORE_LOG]` section: `store_files: memory`, commented-out `db_connection`, `db_schema`, `db_pool_size`, `db_store_log` keys. Follow SMP's `optDisabled'` pattern for commented defaults.
- [ ] **Step 2: Add `StartOptions` and `--confirm-migrations` flag**
```haskell
data StartOptions = StartOptions
{ confirmMigrations :: MigrationConfirmation
}
```
Add to `Start` command parser with default `MCConsole`. Thread through to `runServer`.
- [ ] **Step 3: Add store_files INI parsing and CPP-guarded Postgres dispatch**
In `runServer`: read `store_files` from INI (`fromRight "memory" $ lookupValue "STORE_LOG" "store_files" ini`). Add `"database"` branch (CPP-guarded) that constructs `PostgresFileStoreCfg` using `iniDBOptions ini defaultXFTPDBOpts` and `enableDbStoreLog'` pattern. Non-postgres build: `exitError`.
- [ ] **Step 4: Add `XSCDatabase` branch in `newXFTPServerEnv` (`Env.hs`)**
CPP-guarded pattern match on `XSCDatabase dbCfg`: `newFileStore dbCfg`, `storeLog = Nothing`.
- [ ] **Step 5: Add startup config validation**
Add `checkFileStoreMode` (CPP-guarded) before `run`: validate conflicting storeLog file + database mode, missing schema, etc. per design doc.
- [ ] **Step 6: Build both ways**
Run: `cabal build && cabal build -fserver_postgres`
- [ ] **Step 7: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Main.hs src/Simplex/FileTransfer/Server/Env.hs
git add src/Simplex/FileTransfer/Server/Main.hs src/Simplex/FileTransfer/Server/Env.hs
git commit -m "feat(xftp): add PostgreSQL INI config, store dispatch, startup validation"
```
---
## Task 9: Add database import/export CLI commands
**Files:**
- Modify: `src/Simplex/FileTransfer/Server/Main.hs`
- [ ] **Step 1: Add `Database` CLI command (CPP-guarded)**
Add `Database StoreCmd DBOpts` constructor to `CliCommand`. Add `database` subcommand parser with `import`/`export` subcommands + `dbOptsP defaultXFTPDBOpts`.
- [ ] **Step 2: Implement `importFileStoreToDatabase`**
1. `confirmOrExit` with database details.
2. Create temporary `STMFileStore`, replay StoreLog via `readWriteFileStore`.
3. Create `PostgresFileStore` with `createSchema = True`, `confirmMigrations = MCYesUp`.
4. Batch-insert files using PostgreSQL COPY protocol. Progress every 10k.
5. Batch-insert recipients using COPY protocol.
6. Verify counts: `SELECT COUNT(*)` — warn on mismatch.
7. Rename StoreLog to `.bak`.
8. Report counts.
- [ ] **Step 3: Implement `exportDatabaseToStoreLog`**
1. `confirmOrExit`. Fail if output file exists.
2. Create `PostgresFileStore` from config.
3. Open StoreLog for writing.
4. Fold over file records: write `AddFile` (with status), `AddRecipients`, `PutFile` per file.
5. Close StoreLog, report counts.
- [ ] **Step 4: Build**
Run: `cabal build -fserver_postgres`
- [ ] **Step 5: Format and commit**
```bash
fourmolu -i src/Simplex/FileTransfer/Server/Main.hs
git add src/Simplex/FileTransfer/Server/Main.hs
git commit -m "feat(xftp): add database import/export CLI commands"
```
---
## Task 10: Add Postgres tests
**Files:**
- Modify: `tests/XFTPClient.hs`
- Modify: `tests/Test.hs`
- Create: `tests/CoreTests/XFTPStoreTests.hs`
- [ ] **Step 1: Add test fixtures in `tests/XFTPClient.hs`**
```haskell
testXFTPStoreDBOpts :: DBOpts
testXFTPStoreDBOpts =
DBOpts
{ connstr = "postgresql://test_xftp_server_user@/test_xftp_server_db",
schema = "xftp_server_test",
poolSize = 10,
createSchema = True
}
```
Add `testXFTPDBConnectInfo :: ConnectInfo` matching the connection string.
- [ ] **Step 2: Add Postgres server test group in `tests/Test.hs`**
CPP-guarded block that runs existing `xftpServerTests` with Postgres store config, wrapped in `postgressBracket testXFTPDBConnectInfo`. Parameterize `withXFTPServer` to accept store config if needed.
- [ ] **Step 3: Create `tests/CoreTests/XFTPStoreTests.hs` — unit tests**
Test `PostgresFileStore` operations directly:
- `addFile` + `getFile SFSender` round-trip.
- `addFile` duplicate → `DUPLICATE_`.
- `getFile` nonexistent → `AUTH`.
- `setFilePath` + verify `WHERE file_path IS NULL` guard.
- `addRecipient` + `getFile SFRecipient` round-trip.
- `deleteFile` cascades recipients.
- `blockFile` + verify status.
- `expiredFiles` batch semantics.
- `getUsedStorage`, `getFileCount` correctness.
- [ ] **Step 4: Add migration round-trip test**
Create `STMFileStore` with test data (files + recipients + blocked status) → export to StoreLog → import to Postgres → export back → compare StoreLog files byte-for-byte.
- [ ] **Step 5: Build and run tests**
```bash
cabal build -fserver_postgres test:simplexmq-test
cabal test --test-show-details=streaming --test-option=--match="/XFTP/" -fserver_postgres
```
- [ ] **Step 6: Format and commit**
```bash
fourmolu -i tests/CoreTests/XFTPStoreTests.hs tests/XFTPClient.hs
git add tests/CoreTests/XFTPStoreTests.hs tests/XFTPClient.hs tests/Test.hs
git commit -m "test(xftp): add PostgreSQL backend tests"
```
-126
View File
@@ -1,126 +0,0 @@
# BBS+ Bindings for simplexmq
Haskell FFI bindings to libbbs for BBS+ signatures. General-purpose - the module knows nothing about specific applications.
## How BBS+ works
BBS+ signs a fixed list of N messages. Each message is an arbitrary byte array. The signer signs all N messages at once with one signature.
The holder of the signature can then generate a proof that selectively discloses some messages and hides others. The verifier learns the disclosed messages and confirms they were signed by the signer, but learns nothing about the hidden messages. Different proofs from the same signature are unlinkable.
Key constraint: the total number of messages N is fixed at signing time. The verifier must know N. A proof generated from a 3-message signature cannot be verified as a 2-message proof.
## Types
```haskell
newtype BBSSecretKey = BBSSecretKey ByteString -- 32 bytes
newtype BBSPublicKey = BBSPublicKey ByteString -- 96 bytes (BLS12-381 G2 point)
newtype BBSSignature = BBSSignature ByteString -- 80 bytes
newtype BBSProof = BBSProof ByteString -- 272 + 32 * numUndisclosed bytes
newtype BBSHeader = BBSHeader ByteString -- always-disclosed context (e.g. protocol identifier)
newtype BBSPresHeader = BBSPresHeader ByteString -- random nonce for proof unlinkability
```
All newtypes get StrEncoding (base64url), ToJSON/FromJSON (via strToJSON/strParseJSON), Eq, Show.
## Functions
```haskell
bbsKeyGen :: IO (Either String BBSKeyPair) -- BBSKeyPair = (BBSPublicKey, BBSSecretKey)
-- pk is derived from sk internally, so it is not a parameter
bbsSign
:: BBSSecretKey
-> BBSHeader -- always-disclosed context
-> [ByteString] -- all N messages
-> IO (Either String BBSSignature)
-- C order: pk, signature, header, presentation_header, disclosed_indexes, messages
bbsProofGen
:: BBSPublicKey
-> BBSSignature
-> BBSHeader -- must match what was signed
-> BBSPresHeader -- random nonce bound into the proof
-> [Int] -- disclosed indexes (0-based)
-> [ByteString] -- all N messages (needed internally, hidden ones not revealed in proof)
-> IO (Either String BBSProof)
-- C order: pk, proof, header, presentation_header, disclosed_indexes, n, messages
bbsProofVerify
:: BBSPublicKey
-> BBSProof
-> BBSHeader -- must match what was signed
-> BBSPresHeader -- must match what was used in bbsProofGen
-> [Int] -- disclosed indexes
-> Int -- total message count N
-> [ByteString] -- disclosed messages only
-> IO Bool
```
## How applications use it
An application defines:
- A message layout: which index means what
- Which indexes are disclosed vs hidden
- How to encode application values as ByteString messages
### Badge example (in simplex-chat, not in this module)
Message layout (always 3 messages):
- Index 0: master secret (32 random bytes) - HIDDEN
- Index 1: expiry (UTF-8 encoded timestamp string) - DISCLOSED
- Index 2: badge type (UTF-8 encoded, e.g. "supporter") - DISCLOSED
Signing (v2, on the server):
```
bbsSign sk header [ms, encodeUtf8 "2026-07-31", encodeUtf8 "supporter"]
```
Proof generation (v2, on the client):
```
bbsProofGen pk sig header presHeader [1, 2] [ms, encodeUtf8 "2026-07-31", encodeUtf8 "supporter"]
```
Proof verification (v1, on the recipient):
```
bbsProofVerify pk proof header presHeader 3 [1, 2] [encodeUtf8 "2026-07-31", encodeUtf8 "supporter"]
```
The recipient only sees the proof, presentationHeader, expiry string, and badge type string. They verify these were signed by the server (pk is hardcoded). They never see the master secret.
Expiry is always present as a string. Monthly badges use a date like `"2026-07-31"`, lifetime badges use `"lifetime"`. BBS+ doesn't interpret the bytes - expiry semantics are the application's responsibility. This keeps the message count fixed at 3 for all badge types.
## libbbs C API mapping
```c
int bbs_keygen_full(ciphersuite, sk, pk)
int bbs_sign(ciphersuite, sk, pk, signature, header, header_len, n, messages, message_lens)
int bbs_proof_gen(ciphersuite, pk, signature, proof, header, header_len, presentation_header, presentation_header_len, disclosed_indexes, disclosed_indexes_len, n, messages, message_lens)
int bbs_proof_verify(ciphersuite, pk, proof, proof_len, header, header_len, presentation_header, presentation_header_len, disclosed_indexes, disclosed_indexes_len, n, messages, message_lens)
```
We use `bbs_sha256_ciphersuite`. The header parameter is exposed in all Haskell functions - the application decides what to put there. Tests use `"SimpleX"` as header.
The `presentation_header` parameter is what we call `presentationHeader`.
In `bbs_proof_verify`, the `n` parameter is the total number of messages (not the number of disclosed messages). The `messages` array contains only the disclosed messages, and `disclosed_indexes` maps each to its position in the original message list.
## Build
Submodules in cbits/:
- `cbits/libbbs` - https://github.com/Fraunhofer-AISEC/libbbs
- `cbits/blst` - https://github.com/supranational/blst (libbbs dependency)
C sources in cabal: `cbits/blst/src/server.c`, `cbits/blst/build/assembly.S`, libbbs source files.
Include dirs: `cbits/blst/bindings/`, `cbits/blst/src/`, `cbits/libbbs/include/`, `cbits/libbbs/src/`.
C flags: `-D__BLST_PORTABLE__` for cross-CPU-generation compatibility.
## Tests
- Keygen produces keys of correct size
- Sign + proofGen + proofVerify roundtrip succeeds
- Tampered proof fails verification
- Tampered disclosed message fails verification
- Wrong public key fails verification
- Two proofs from same credential with different nonces both verify
- Proof size matches expected (272 + 32 * numUndisclosed)
@@ -1,57 +0,0 @@
## Root cause: orphaned `Sub` entries in the service client's `subscriptions` map
**The leak is service-specific and was introduced by PR #1667 "messaging services" (`f0b7a4be`).** A long-lived messaging-service connection accumulates per-queue `Sub` records in its `Client.subscriptions` map that are **never removed** when the associated queues are deleted or unassociated — only the counter is decremented. Over normal queue churn the map grows monotonically for the entire lifetime of the service connection.
### The proof — an asymmetry between two handlers in `serverThread`
Both individual queue subscriptions and service subscriptions store a `Sub` per queue in `Client.subscriptions` (= `clientSubs` for the SMP subscriber thread, wired at `Server.hs:189`). When a queue ends/is deleted, the two paths diverge:
**Individual subscriber — entry IS removed** (`Server.hs:332`, `346`):
```haskell
CSAEndSub qId -> atomically (endSub c qId) >>= a unsub_ -- :332
...
endSub c qId = TM.lookupDelete qId (clientSubs c) >>= (removeWhenNoSubs c $>) -- :346
```
**Service subscriber — entry is NOT removed** (`Server.hs:336-340`):
```haskell
CSAEndServiceSub qId -> atomically $ do
modifyTVar' (clientServiceSubs c) decrease -- decrements serviceSubsCount
modifyTVar' totalServiceSubs decrease -- decrements global count
where decrease = subtractServiceSubs (1, queueIdHash qId)
-- never touches (clientSubs c) — the Sub for qId stays forever
```
### Where the orphaned entries are added (both new in this PR)
- `Server.hs:1860-1862` — on service subscribe (`SSUB`), one `Sub` inserted per queue that has a pending message.
- `Server.hs:2039-2043` (`newServiceDeliverySub`) — on **every** `SEND` to a service-associated queue with no existing sub, a `Sub` is inserted into the service client's `subscriptions`. After delivery the thread state resets to `NoSub` (`:2069`) but the map entry remains as a "already delivering" marker (`:1856-1859`).
### Why they leak
The only places the service client's `subscriptions` map is cleared are:
- `clientDisconnected``swapTVar subscriptions M.empty` (`Server.hs:1097`) — only on disconnect.
- `CSADecreaseSubs``swapTVar (clientSubs c) M.empty` (`Server.hs:343`) — only on full service takeover by another connection.
- `delQueueAndMsgs``TM.lookupDelete entId $ subscriptions clnt` (`Server.hs:2164`) — but `clnt` here is **the recipient deleting its own queue, not the service client**. The service's entry for that queue is reached only via the `CSDeleted → endServiceSub → CSAEndServiceSub` path (`Server.hs:306, 313, 336`), which decrements the counter but leaves the map entry.
**Concrete scenario (fully traced):** Service `S` subscribes (`SSUB`) and stays connected for days. Recipient `R` owns service-associated queue `Q`. A `SEND` to `Q` inserts a `Sub` into `S.subscriptions[Q]` (`:2042`). `R` later deletes `Q``delQueueAndMsgs` runs on `R`'s connection, removes `Q` from `R.subscriptions`, decrements counters, enqueues `CSDeleted Q (Just S)` (`:2167`) → `serverThread` runs `CSAEndServiceSub Q` for `S` (`:336`), decrementing `S.serviceSubsCount` but **leaving `S.subscriptions[Q]` in place**. Net: one orphaned `Sub` (record + 2 TVars) per service-associated queue ever deleted/unassociated, never reclaimed until `S` disconnects. The logical counter `serviceSubsCount` correctly drops, so the map size diverges from the counter — making the leak invisible to the existing service-sub metric.
### Verdict
This is a deterministic, static-provable memory leak — no production logging needed to confirm the existence; the asymmetry between `CSAEndSub` (removes) and `CSAEndServiceSub` (doesn't) is the smoking gun. It is specific to messaging-service certificate clients, which is exactly the population added by the services/certificate PR.
### Secondary findings (lower impact, same PR area, not the primary cause)
- **`forkClient` register-after-fork race** (`Server.hs:1356-1359`): if the forked action's `finally` delete (`:1358`) runs before the parent's `IM.insert` (`:1359`), a `Weak ThreadId` of a dead thread is left in `endThreads` until disconnect. Pre-existing, tiny per-entry, but exercised far more by the PR's higher END/DELD volume.
- **Wrong-client counter decrement** (`Server.hs:2166`): `delQueueAndMsgs` decrements `serviceSubsCount` of the *deleting* client, not the service; harmless for non-service deleters (floored at 0) but corrupts accounting if a service deletes its own queue.
---
### Recommended fix (mirror `endSub` in the service path)
Make `CSAEndServiceSub` also delete the per-queue `Sub` and cancel its delivery thread, exactly as `CSAEndSub`/`endSub` do for individual subscribers. Roughly:
```haskell
CSAEndServiceSub qId -> do
s_ <- atomically $ do
modifyTVar' (clientServiceSubs c) decrease
modifyTVar' totalServiceSubs decrease
TM.lookupDelete qId (clientSubs c) <* removeWhenNoSubs c
forM_ unsub_ $ \unsub -> mapM_ unsub s_
where decrease = subtractServiceSubs (1, queueIdHash qId)
```
@@ -1,152 +0,0 @@
# Server: batched SUB command processing
Implementation plan for Part 1 of [RFC 2026-03-28-subscription-performance](../rfcs/2026-03-28-subscription-performance.md).
## Current state
When a batch of ~135 SUB commands arrives, the server already batches:
- Queue record lookups (`getQueueRecs` in `receive`, Server.hs:1151)
- Command verification (`verifyLoadedQueue`, Server.hs:1152)
But command processing is per-command (`foldrM process` in `client`, Server.hs:1372-1375). Each SUB calls `subscribeQueueAndDeliver` which calls `tryPeekMsg` - one DB query per queue. For Postgres, that's ~135 individual `SELECT ... FROM messages WHERE recipient_id = ? ORDER BY message_id ASC LIMIT 1` queries per batch.
## Goal
Replace ~135 individual message peek queries with 1 batched query per batch. No protocol changes.
## Implementation
### Step 1: Add `tryPeekMsgs` to MsgStoreClass
File: `src/Simplex/Messaging/Server/MsgStore/Types.hs`
Add to `MsgStoreClass`:
```haskell
tryPeekMsgs :: s -> [StoreQueue s] -> ExceptT ErrorType IO (Map RecipientId Message)
```
Returns a map from recipient ID to earliest pending message for each queue that has one. Queues with no messages are absent from the map.
### Step 2: Parameterize `deliver` to accept pre-fetched message
File: `src/Simplex/Messaging/Server.hs`
Currently `deliver` (inside `subscribeQueueAndDeliver`, line 1641) calls `tryPeekMsg ms q`. Add a parameter for an optional pre-fetched message:
```haskell
deliver :: Maybe Message -> (Bool, Maybe Sub) -> M s ResponseAndMessage
deliver prefetchedMsg (hasSub, sub_) = do
stats <- asks serverStats
fmap (either ((,Nothing) . err) id) $ liftIO $ runExceptT $ do
msg_ <- maybe (tryPeekMsg ms q) (pure . Just) prefetchedMsg
...
```
When `Nothing` is passed, falls back to individual `tryPeekMsg` (existing behavior). When `Just msg` is passed, uses it directly (batched path).
### Step 3: Pre-fetch messages before the processing loop
File: `src/Simplex/Messaging/Server.hs`
Currently (lines 1372-1375):
```haskell
forever $
atomically (readTBQueue rcvQ)
>>= foldrM process ([], [])
>>= \(rs_, msgs) -> ...
```
Add a pre-fetch step before the existing loop:
```haskell
forever $ do
batch <- atomically (readTBQueue rcvQ)
msgMap <- prefetchMsgs batch
foldrM (process msgMap) ([], []) batch
>>= \(rs_, msgs) -> ...
```
`prefetchMsgs` scans the batch, collects queues from SUB commands that have a verified queue (`q_ = Just (q, _)`), calls `tryPeekMsgs` once, returns the map. For batches with no SUBs it returns an empty map (no DB call).
`process` passes the looked-up message (or Nothing) through to `processCommand` and down to `deliver`.
The `foldrM process` loop, `processCommand`, `subscribeQueueAndDeliver`, and all other command handlers stay structurally the same. Only `deliver` gains one parameter, and the `client` loop gains one pre-fetch call.
### Step 4: Review
Review the typeclass signature and server usage. Confirm the interface has the right shape before implementing store backends.
### Step 5: Implement for each store backend
#### Postgres
File: `src/Simplex/Messaging/Server/MsgStore/Postgres.hs`
Single query using `DISTINCT ON`:
```sql
SELECT DISTINCT ON (recipient_id)
recipient_id, msg_id, msg_ts, msg_quota, msg_ntf_flag, msg_body
FROM messages
WHERE recipient_id IN ?
ORDER BY recipient_id, message_id ASC
```
Build `Map RecipientId Message` from results.
#### STM
File: `src/Simplex/Messaging/Server/MsgStore/STM.hs`
Loop over queues, call `tryPeekMsg` for each, collect into map.
#### Journal
File: `src/Simplex/Messaging/Server/MsgStore/Journal.hs`
Loop over queues, call `tryPeekMsg` for each, collect into map.
### Step 6: Handle edge cases
1. **Mixed batches**: `prefetchMsgs` collects only SUB queues. Non-SUB commands get Nothing for the pre-fetched message and process unchanged.
2. **Already-subscribed queues**: Include in pre-fetch - `deliver` is called for re-SUBs too (delivers pending message).
3. **Service subscriptions**: The pre-fetch doesn't care about service state. `sharedSubscribeQueue` handles service association in STM; message peek is the same.
4. **Error queues**: Verification errors from `receive` are Left values in the batch. `prefetchMsgs` only looks at Right values with SUB commands.
5. **Empty pre-fetch**: If batch has no SUBs (e.g., all ACKs), `prefetchMsgs` returns empty map, no DB call made.
### Step 7: Batch other commands (future, not in scope)
The same pattern (pre-fetch before loop, parameterize handler) can extend to:
- `ACK` with `tryDelPeekMsg` - batch delete+peek
- `GET` with `tryPeekMsg` - same map lookup
Lower priority since these don't have the N-at-once pattern of subscriptions.
## File changes summary
| File | Change |
|---|---|
| `src/Simplex/Messaging/Server/MsgStore/Types.hs` | Add `tryPeekMsgs` to typeclass |
| `src/Simplex/Messaging/Server/MsgStore/Postgres.hs` | Implement `tryPeekMsgs` with batch SQL |
| `src/Simplex/Messaging/Server/MsgStore/STM.hs` | Implement `tryPeekMsgs` as loop |
| `src/Simplex/Messaging/Server/MsgStore/Journal.hs` | Implement `tryPeekMsgs` as loop |
| `src/Simplex/Messaging/Server.hs` | Add `prefetchMsgs`, parameterize `deliver` |
## Testing
1. Existing server tests must pass unchanged (correctness preserved).
2. Add a test that subscribes a batch of queues (some with pending messages, some without) and verifies all get correct SOK + MSG responses.
3. Prometheus metrics: existing `qSub` stat should still increment correctly.
## Performance expectation
For 300K queues across ~2200 batches:
- Before: ~300K individual DB queries
- After: ~2200 batched DB queries (one per batch of ~135)
- ~136x reduction in DB round-trips
@@ -1,126 +0,0 @@
# Server: batch queue service associations
When a batch of SUB or NSUB commands arrives from a service client, each command that needs a new or removed service association calls `setQueueService` individually - one DB write per command. For 135 commands per batch, that's 135 individual `UPDATE msg_queues` queries.
## Goal
Reduce to at most 2 DB queries per batch (one for rcv associations, one for ntf associations), using `UPDATE ... RETURNING recipient_id` to identify which queues were actually updated.
Also fuse message pre-fetch and association batching into a single batch preparation step with a clean contract.
## Contract
```haskell
prepareBatch :: Maybe ServiceId -> NonEmpty (VerifiedTransmission s) -> M s (Either ErrorType (Map RecipientId (Maybe Message, Maybe (Either ErrorType ()))))
```
`Left e` = batch-level failure (message pre-fetch or association query failed entirely). All SUBs/NSUBs in the batch get this error.
`Right map` = per-queue results as a tuple:
- `Maybe Message` - pre-fetched message for SUB queues, `Nothing` for NSUB or no message
- `Maybe (Either ErrorType ())` - association result. `Nothing` = no update needed. `Just (Right ())` = update succeeded. `Just (Left e)` = update failed for this queue.
One map, one lookup per queue. `processCommand` passes both values to `subscribeQueueAndDeliver` / `subscribeNotifications` -> `sharedSubscribeQueue`.
Queues not in the map (non-SUB/NSUB commands, failed verification) are not affected.
## prepareBatch implementation
One accumulating fold over the batch, collecting three lists:
- `subMsgQs :: [StoreQueue s]` - SUB queues for message pre-fetch
- `rcvAssocQs :: [StoreQueue s]` - SUB queues needing `rcv_service_id` update (`clntServiceId /= rcvServiceId qr`)
- `ntfAssocQs :: [StoreQueue s]` - NSUB queues needing `ntf_service_id` update (`clntServiceId /= ntfServiceId` from `NtfCreds`)
Classification reads from the already-loaded `QueueRec` in `VerifiedTransmission` - no extra DB query.
Then three store calls (each skipped if its list is empty):
1. `tryPeekMsgs ms subMsgQs` -> `Map RecipientId Message`
2. `setRcvQueueServices (queueStore ms) clntServiceId rcvAssocQs` -> `Set RecipientId`
3. `setNtfQueueServices (queueStore ms) clntServiceId ntfAssocQs` -> `Set RecipientId`
Then one pass to merge results into `Map RecipientId (Maybe Message, Maybe (Either ErrorType ()))`:
- For each SUB queue: `(M.lookup rId msgMap, assocResult rId rcvUpdated rcvAssocQs)`
- For each NSUB queue: `(Nothing, assocResult rId ntfUpdated ntfAssocQs)`
Where `assocResult rId updated assocQs` = if the queue was in `assocQs` (needed update), then `Just (Right ())` if `rId` is in `updated`, else `Just (Left AUTH)`. If not in `assocQs` (no update needed), `Nothing`.
If any of the three calls fails entirely, return `Left e`.
## Store interface
Replace the polymorphic `setQueueServices` with two plain functions in `QueueStoreClass`:
```haskell
setRcvQueueServices :: s -> Maybe ServiceId -> [q] -> IO (Set RecipientId)
setNtfQueueServices :: s -> Maybe ServiceId -> [q] -> IO (Set RecipientId)
```
No `SParty p` polymorphism. Each function knows its column.
### Postgres implementation
`setRcvQueueServices`:
```sql
UPDATE msg_queues SET rcv_service_id = ?
WHERE recipient_id IN ? AND deleted_at IS NULL
RETURNING recipient_id
```
`setNtfQueueServices`:
```sql
UPDATE msg_queues SET ntf_service_id = ?
WHERE recipient_id IN ? AND notifier_id IS NOT NULL AND deleted_at IS NULL
RETURNING recipient_id
```
After each batch query, for each queue in the returned set:
1. Read QueueRec TVar, update with new serviceId
2. Write store log entry
### STM implementation
Loop over queues, call existing per-item logic, collect succeeded `RecipientId`s into a Set.
## Downstream changes in Server.hs
### processCommand
Gains one parameter: `Map RecipientId (Maybe Message, Maybe (Either ErrorType ()))`.
SUB case: `M.lookup entId prepared` gives `Just (msg_, assocResult)` or `Nothing`. Pass both to `subscribeQueueAndDeliver`.
NSUB case: `M.lookup entId prepared` gives `Just (Nothing, assocResult)` or `Nothing`. Pass `assocResult` to `subscribeNotifications`.
Forwarded commands: pass `M.empty`.
### subscribeQueueAndDeliver
Takes `Maybe Message` and `Maybe (Either ErrorType ())` as before. No change in how it uses them.
### sharedSubscribeQueue
Takes `Maybe (Either ErrorType ())`. On paths needing association update:
- `Just (Left e)` -> return error
- `Just (Right ())` -> skip `setQueueService`, proceed with STM work
- `Nothing` -> no update needed, proceed with existing logic
## Implementation order (top-down)
1. Define the `prepareBatch` contract and thread one map through `processCommand` -> `subscribeQueueAndDeliver` / `subscribeNotifications` -> `sharedSubscribeQueue` (Server.hs)
2. Implement `prepareBatch` with the fold, three calls, and merge (Server.hs)
3. Add `setRcvQueueServices` and `setNtfQueueServices` to `QueueStoreClass` (Types.hs)
4. Implement for Postgres with batch `UPDATE ... RETURNING` (Postgres.hs)
5. Implement for STM as loop (STM.hs)
6. Implement for Journal as delegation (Journal.hs)
At step 2, store functions can initially be stubs returning empty sets. Steps 3-6 fill in the real implementations.
## Files changed
| File | Change |
|---|---|
| `src/Simplex/Messaging/Server.hs` | `prepareBatch` with fold + merge; one map parameter through `processCommand` -> `subscribeQueueAndDeliver` / `subscribeNotifications` -> `sharedSubscribeQueue` |
| `src/Simplex/Messaging/Server/QueueStore/Types.hs` | Add `setRcvQueueServices`, `setNtfQueueServices` to `QueueStoreClass` |
| `src/Simplex/Messaging/Server/QueueStore/Postgres.hs` | Implement with batch `UPDATE ... RETURNING` + per-item TVar/log updates |
| `src/Simplex/Messaging/Server/QueueStore/STM.hs` | Implement as loop |
| `src/Simplex/Messaging/Server/MsgStore/Journal.hs` | Delegate to underlying store |
-455
View File
@@ -1,455 +0,0 @@
# Server: SMP support for public namespaces
> **⚠ Implementation diverged from this plan.** Six audit rounds reshaped the
> original design. **The shipped code differs in several load-bearing ways:**
>
> - **Wire format**: `NameRecord` is now JSON (aeson), not the custom binary
> ABNF this plan documents. See `protocol/simplex-messaging.md` §Resolver
> commands and `src/Simplex/Messaging/Protocol.hs` ToJSON/FromJSON instances.
> - **No cache**: the TTL + FIFO + byte-cap cache, in-flight coalescing,
> `psqueues` dep, and `cache_*` INI keys are all gone. Every RSLV becomes
> one `eth_call` bounded by `rpcMaxConcurrency` + `rpcTimeoutMs`. See
> `src/Simplex/Messaging/Server/Names.hs`.
> - **No `allow_dangerous_colocation` flag**: the proxy co-location guard
> was demoted to a startup `logWarn` (the flag was always-on because
> `[PROXY]` has no enable toggle).
> - **Module shape**: `Names/Resolver.hs` was merged into `Names.hs`; only
> `Names/Eth/RPC.hs` and `Names/Eth/SNRC.hs` remain as separate modules.
> - **Test list**: of the 15 specs listed below, ~7 shipped; the rest were
> either superseded by the cache removal (CacheSpec) or deferred
> (ForwardedRslvSpec, MockRpcSpec, StartupGuardSpec, UrlValidationSpec,
> EipChecksumSpec).
>
> Sources of truth: `CHANGELOG.md` (release notes),
> `protocol/simplex-messaging.md` §Resolver commands (wire format),
> `src/Simplex/Messaging/Server/Names*.hs` (implementation). This file is
> retained as historical context; do not treat it as a specification.
Implementation plan for Part 2 of [RFC 2026-05-21-public-namespaces](https://github.com/simplex-chat/simplex-chat/blob/ep/namespace/docs/rfcs/2026-05-21-public-namespaces.md). Adds a forwarded-only `RSLV <lookup_key>` SMP command that returns `NAME <NameRecord>` read from the SNRC contract via a Reth+Nimbus JSON-RPC endpoint. Smp-server becomes name-capable by `[NAMES] enable: on`.
Out of scope: `Simplex.Messaging.Client` API, agent-side resolution flow, `ServerRoles.names` in the agent, default-router list, reverse resolution, multicoin/text records, state proofs.
## Architecture
```mermaid
sequenceDiagram
participant C as Client
participant P as Proxy (storage role)
participant N as Name server (names role)
participant E as Ethereum endpoint<br/>(Reth+Nimbus)
C ->> P: PFWD(enc(RSLV key))
P ->> N: RFWD(enc(RSLV key))
note over N: verifyTransmission True →<br/>vc SResolver (RSLV _) → VRVerified
N ->> N: cache lookup
alt cache miss
N ->> E: eth_call(SNRC, namehash(key))
E -->> N: ABI bytes
note over N: ABI decode + zero-owner check + cache insert
end
N -->> P: RFWD(enc(NAME rec | ERR AUTH))
P -->> C: PRES(enc(NAME rec | ERR AUTH))
```
RSLV is **forwarded-only** — direct RSLV is rejected `CMD PROHIBITED`. This preserves the RFC's two-server resolution: the name server sees the lookup key but never the client's IP, session, or identity.
## Protocol
Shared library: `src/Simplex/Messaging/Protocol.hs` and `src/Simplex/Messaging/Transport.hs`.
**Version.** `Transport.hs:226`: `namesSMPVersion = VersionSMP 20`. Bump `currentClientSMPRelayVersion`, `currentServerSMPRelayVersion`, `proxiedSMPRelayVersion` to 20. Pre-v20 binaries lack the `RSLV_` tag; v20 binaries with sessions negotiated at v < 20 reject `RSLV_` at the parameter parser. The proxied-version bump 18 → 20 is safe (v19's `RecipientService`/`NotifierService` aren't in the forwarded whitelist; v18's `BLOCKED info` is already version-branched at `Protocol.hs:1943`).
**Party kind.** Append `Resolver` to `Party` (line 335); add `SResolver` (line 349), `TestEquality` clause (line 361), `PartyI Resolver` (line 394). `queueParty SResolver = Nothing` (falls through line 412). `partyClientRole SResolver = Nothing`.
**`RSLV` command.**
```haskell
RSLV :: LookupKey -> Command Resolver
newtype LookupKey = LookupKey ByteString
instance Encoding LookupKey where
smpEncode (LookupKey s) = smpEncode s
smpP = do
n <- lenP
when (n > 64) $ fail "LookupKey too large"
LookupKey <$> A.take n
```
Name-syntax validation is client-side per RFC; the server treats the key as opaque bytes. Tag `"RSLV"`, version guard inside `protocolP v (CT SResolver RSLV_)`: `| v >= namesSMPVersion -> Cmd SResolver . RSLV <$> _smpP`.
**Testnet/mainnet selector**: how the `#testnet:name` namespace appears in `LookupKey` bytes is determined by the SNRC contract (Part 1) — confirm with Part 1 before merging.
**`NAME` response.**
```haskell
NAME :: NameRecord -> BrokerMsg
```
Tag `"NAME"`. Symmetric version guards on encode (in `encodeProtocol v`) and decode (in `protocolP v NAME_`): `| v >= namesSMPVersion -> ...`. `NameRecord` has **no `Encoding` typeclass instance** — the typeclass cannot version-branch. Use top-level helpers `nameRecBytes :: VersionSMP -> NameRecord -> ByteString` and `parseNameRec :: VersionSMP -> Parser NameRecord`, mirroring the `IDS QIK` precedent at `Protocol.hs:19121979`.
**`NameRecord` schema and wire layout.**
```haskell
data NameRecord = NameRecord
{ nrDisplayName :: Text -- ≤255 bytes UTF-8
, nrOwner :: NameOwner -- 20 raw bytes
, nrChannelLinks :: [NameLink]
, nrContactLinks :: [NameLink]
, nrAdminAddress :: Maybe Text
, nrAdminEmail :: Maybe Text
, nrExpiry :: Int64 -- Unix seconds, ≥ 0
, nrIsTest :: Bool
}
newtype NameOwner = NameOwner ByteString -- bare ctor NOT exported; smart ctor enforces length 20
newtype NameLink = NameLink Text -- bare ctor NOT exported; smart ctor enforces ≤1024 bytes
unNameOwner :: NameOwner -> ByteString
unNameOwner (NameOwner bs) = bs
unNameLink :: NameLink -> Text
unNameLink (NameLink t) = t
```
Field additions are gated by future SMP version bumps (matching the `IDS QIK` precedent at `Protocol.hs:19121979`) — no separate record-version field.
| Field | Encoding | Max bytes |
|---|---|---|
| `nrDisplayName` | 1-byte length prefix + UTF-8 | 1 + 255 |
| `nrOwner` | 20 raw bytes, no prefix | 20 |
| `nrChannelLinks`, `nrContactLinks` | 1-byte count + per-element (Word16 BE len + UTF-8); combined cap **8 entries** across both lists | 1 + Σ(2 + ≤1024) |
| `nrAdminAddress`, `nrAdminEmail` | `'0'` or `'1'` + (1-byte length + UTF-8 if `'1'`) | 1 + 1 + 255 |
| `nrExpiry` | two big-endian `Word32` | 8 |
| `nrIsTest` | `'T'` or `'F'` | 1 |
`Encoding NameLink` reads the Word16 length **before** `A.take` allocates — going through the existing `Large` wrapper allows up to 65 535 bytes per element. There is no `Encoding [a]` instance — use `smpEncodeList` / `smpListP` / a bounded variant:
```haskell
smpListPUpTo :: Encoding a => Int -> Parser [a]
smpListPUpTo cap = do
n <- lenP
when (n > cap) $ fail "list too long"
A.count n smpP
parseNameRec _v = do
nrDisplayName <- smpP
nrOwner <- smpP
nrChannelLinks <- smpListPUpTo 8
nrContactLinks <- smpListPUpTo (8 - length nrChannelLinks)
nrAdminAddress <- smpP
nrAdminEmail <- smpP
nrExpiry <- smpP
when (nrExpiry < 0) $ fail "expiry must be non-negative"
nrIsTest <- smpP
pure NameRecord{..}
```
Both list parsers fail at the count step before allocating; the second inherits the residual budget. Canonical encoding by construction: every primitive has exactly one valid byte form — two name servers reading the same SNRC state produce byte-identical responses.
**Wire-size budget.** `paddedProxiedTLength = 16226` is the plaintext input to `cbEncrypt` (`Server.hs:2117`); `pad` reserves 2 bytes → framed transmission ≤ 16 224 bytes. Combined-link cap 8 yields max payload ≈ 9 050 bytes — generous margin.
**Error semantics.** A single wire code: `ERR AUTH`. Per RFC, this collapses every failure (name not found, malformed key, names disabled, RPC unreachable, decode error, timeout). Resolver internally distinguishes the cause for stats only.
**Forwarded-only access.** Direct RSLV is rejected with `CMD PROHIBITED`. The shape of `THAuthServer` alone cannot discriminate direct from forwarded (`Transport.hs:852` sets `sessSecret' = Just _` for every v6+ direct client too). An explicit `forwarded :: Bool` flag is threaded through `verifyTransmission` (see below).
## Server changes
All edits in `src/Simplex/Messaging/Server.hs`.
**`forwarded :: Bool` plumbing.** Three signatures change:
- `verifyTransmission :: Bool -> ...` (line 1233) — direct path passes `False` (lines 11521153), forwarded path passes `True` (line 2129).
- `verifyLoadedQueue :: Bool -> ...` (line 1238) — receives the flag from `verifyTransmission` (lines 1235, 1240).
- `verifyQueueTransmission :: Bool -> ...` (line 1244) — receives and uses the flag.
New `vc` clauses inside `verifyQueueTransmission`:
```haskell
vc SResolver (RSLV _) | forwarded = VRVerified Nothing
| otherwise = VRFailed (CMD PROHIBITED)
vc SResolver _ = VRFailed (CMD PROHIBITED) -- defensive catch-all
```
**Forwarded whitelist** (`Server.hs:2132`):
```haskell
Cmd SResolver (RSLV _) -> True
```
**`processCommand` branch** (alongside line 1481):
```haskell
Cmd SResolver (RSLV (LookupKey key)) -> do
st <- asks (rslvStats . serverStats)
incStat (rslvReqs st)
asks namesEnv >>= \case
Nothing -> incStat (rslvDisabled st) $> response (corrId, NoEntity, ERR AUTH)
Just nenv -> liftIO (resolveName nenv key) >>= \case
Right rec -> incStat (rslvSucc st) $> response (corrId, NoEntity, NAME rec)
Left NotFound -> incStat (rslvNotFound st) $> response (corrId, NoEntity, ERR AUTH)
Left _ -> incStat (rslvEthErrs st) $> response (corrId, NoEntity, ERR AUTH)
```
**Shutdown.** Add `closeNamesEnv :: NamesEnv -> IO ()` calling `closeManager`. Wire into `closeServer` (`Server.hs:247`):
```haskell
closeServer = do
asks (smpAgent . proxyAgent) >>= liftIO . closeSMPClientAgent
asks namesEnv >>= liftIO . mapM_ closeNamesEnv
```
In-flight `resolveName` calls during shutdown receive `ConnectionClosed``EthHttpErr` → masked-leader cleanup runs → waiters unblock with `ERR AUTH`.
**`incStat` relocation.** Defined at `Server.hs:2220`, currently unexported. Move to `Server/Stats.hs` (one-line transplant + export) so `Resolver.hs` can use it.
**Co-located proxy warning.** `newEnv` logs a startup warning whenever `allowSMPProxy = True` and `namesConfig = Just _`. RSLV is the first slow forwarded command; on a proxy host it can serialise other forwarded commands on the same proxy-relay session up to `rpcTimeoutMs` per cache miss. The warning is not a hard refusal because `[PROXY]` has no `enable: on/off` toggle — proxy is always on for every smp-server. `forkForwardedCmd` async dispatch is the longer-term fix, tracked as a follow-up; once the proxy role is gateable per-server, the warning can be tightened back to a refusal.
## Resolver subtree
New module tree at `src/Simplex/Messaging/Server/Names/`:
| Module | Contents |
|---|---|
| `Names.hs` | Façade — re-exports `NamesConfig`, `NamesEnv`, `ResolveError`, `resolveName`, `newNamesEnv`, `closeNamesEnv`. |
| `Names/Resolver.hs` | All types + cache + in-flight + `resolveName`. Helpers exported directly (no `.Internal` per codebase convention). **Test seam**: `NamesEnv` holds `ethCall` as a function value, so tests construct stubs via `newNamesEnvWith`. |
| `Names/Eth/RPC.hs` | `EthRpcEnv`; `ethCallReal` via `http-client` + `withResponse` + `brReadSome rpcMaxResponseBytes`. JSON-RPC error / HTTP error split. `rpcMaxConcurrency` semaphore. `Authorization` header from `rpcAuth`. |
| `Names/Eth/SNRC.hs` | `EthAddress`, Keccak-256 namehash via `crypton`'s `Crypto.Hash.Algorithms.Keccak_256` (mirroring `Crypto.hs:10231025` for SHA3), hand-rolled bounded Solidity ABI codec, `getRecord` with zero-owner detection. **Ethereum's Keccak ≠ NIST SHA3-256.** |
**ABI codec invariants**, enforced before any allocation: `offset + 32 ≤ buf.length`; `offset + 32 + length ≤ buf.length`; `offset ≥ headEnd` (no backward jumps); every length ≤ per-field cap; `string[]` outer length × 32 ≤ buf.length; recursion depth ≤ 2; `uint256 → Int64` rejects if any high 24 bytes non-zero; UTF-8 via `decodeUtf8'` returns `EthDecodeErr`.
**Zero-owner → `NotFound`**: ENS-style resolvers return zeroed records for non-existent names. After ABI decode, if `nrOwner == NameOwner (B.replicate 20 0)` return `Left NotFound`.
**Errors.**
```haskell
data ResolveError = NotFound | EthHttpErr | EthRpcErr { rpcCode :: Int, rpcMessage :: Text }
| EthDecodeErr | TimedOut
```
All collapse to `ERR AUTH`. `EthRpcErr` carries JSON-RPC `error` object — method-not-found (SNRC not deployed at `snrc_address`) is logged immediately on the first error after a recent success: `logError "NAMES: JSON-RPC error from endpoint — check snrc_address: <code> <message>"`. No automatic retry.
**Cache.** TTL + FIFO eviction. `TVar (OrdPSQ LookupKey Word64 NameRecord, Int)` — priority = monotonic-ns at insert; the `Int` is running byte count. `cacheLookup` is one STM transaction (read, expiry-check, expired-delete-with-byte-decrement). `cacheInsert` is one STM transaction: while `size > cacheMaxEntries` OR `bytes + sizeOf(rec) > cacheMaxBytes`, `minView` to drop oldest, then `insert`. Byte counter prevents `100 000 × 9 KB ≈ 900 MB` worst-case blow-up.
**Request coalescing** (async-exception safe via `E.mask`):
```haskell
resolveName env bs = do
let k = LookupKey bs
now <- getMonotonicTimeNSec
atomically (cacheLookup env k now) >>= \case
Just rec -> incStat (rslvCacheHits ...) $> Right rec
Nothing -> do
incStat (rslvCacheMiss ...)
ticket <- atomically $ TM.lookup k (inflight env) >>= \case
Just mv -> pure (Waiter mv)
Nothing -> newEmptyTMVar >>= \mv -> TM.insert k mv (inflight env) $> Leader mv
case ticket of
Waiter mv -> atomically (readTMVar mv)
Leader mv -> E.mask $ \restore -> do
r <- restore (fetchOnceTimed env bs)
`E.catch` \(e :: E.SomeException) -> pure (Left (mapEthErr e))
atomically $ putTMVar mv r >> TM.delete k (inflight env)
case r of Right rec -> atomically (cacheInsert env k now rec); Left _ -> pure ()
pure r
fetchOnceTimed env bs =
System.Timeout.timeout (rpcTimeoutMs (config env) * 1000) (fetchOnce env bs) >>= \case
Just r -> pure r
Nothing -> pure (Left TimedOut)
```
`E.mask` ensures `putTMVar + TM.delete` runs even on async exception; `fetchOnceTimed` runs under `restore` so it remains interruptible. Waiters always see a value; the in-flight TMap entry is always removed.
`fetchOnce`, `mapEthErr`, `scrubUrl`, `cacheLookup`, `cacheInsert` are internal to `Resolver.hs`. `getMonotonicTimeNSec` from `GHC.Clock` — first monotonic-clock use in the codebase; clock-jump safe.
**STM contention.** Cache hits are read-only `readTVar` — STM scales. Cache writes under sustained miss traffic can retry; `CacheSpec` asserts < 5% retry at 4 readers + 1 writer @ 1k RPS. If observed higher, swap `TVar` for `IORef` + `atomicModifyIORef'`.
**Multicoin and text records** are not in `NameRecord`. If Part 1 contract returns them from `getRecord`, extend `NameRecord` and the wire-size budget. **Confirm with Part 1 author before implementing `Eth/SNRC.hs`.**
## Configuration
`ServerConfig` (`Env/STM.hs:142`) gains one field `namesConfig :: Maybe NamesConfig`. `Env` (`Env/STM.hs:261`) gains `namesEnv :: Maybe NamesEnv`. `newEnv` constructs it after `proxyAgent` (line 605) with the co-location guard.
```haskell
data NamesConfig = NamesConfig
{ ethereumEndpoint :: Text -- http(s), no userinfo, explicit port required
, snrcAddress :: NameOwner -- 20 bytes
, rpcAuth :: Maybe RpcAuth -- required when https & non-loopback host
, cacheSeconds :: Int -- 300
, cacheMaxEntries :: Int -- 100000
, cacheMaxBytes :: Int -- 67108864 (64 MB)
, rpcTimeoutMs :: Int -- 3000
, rpcMaxResponseBytes :: Int -- 262144 (256 KB)
, rpcMaxConcurrency :: Int -- 8
}
data RpcAuth = AuthBearer Text | AuthBasic Text Text
```
INI parsing in `Server/Main.hs`:
- `validateUrl` (using new `network-uri` dep): accepts only http(s), non-empty host, **explicit port** (rejects `http://localhost` defaulting to 80 while Reth is on 8545), no userinfo, no query/fragment. Rejects `https://...` without `rpc_auth` when host is non-loopback. On rejection: `logError` + `exitFailure`.
- `parseEthAddr`: accepts `0x[0-9a-fA-F]{40}` and the same without `0x`. Mixed-case → verify EIP-55 checksum and reject mismatch (catches typos).
- `parseRpcAuth`: reads optional `rpc_auth` key; format `bearer <token>` or `basic <user>:<pass>`.
- `scrubUrl`: strips userinfo from all log lines mentioning the endpoint, including inside `mapEthErr`.
- Transition-aware error logging: log immediately on first error after a recent success, then at most hourly while persisting + summary at every stats reset.
Default INI template (`Server/Main/Init.hs`, after `[PROXY]`):
```
[NAMES]
# Public-namespace resolution (SNRC on Ethereum).
# Requires an Ethereum JSON-RPC endpoint (Reth+Nimbus). See deployment guide.
# Cannot be combined with [PROXY] enable: on by default — see allow_dangerous_colocation.
# Restart required to change settings.
enable: off
# Same-host:
# ethereum_endpoint: http://127.0.0.1:8545
# Central Reth via Caddy:
# ethereum_endpoint: https://eth.simplex.chat:443
# rpc_auth: basic <username>:<password>
# snrc_address: 0x0000000000000000000000000000000000000000
# cache_seconds: 300
# cache_max_entries: 100000
# cache_max_bytes: 67108864
# rpc_timeout_ms: 3000
# rpc_max_response_bytes: 262144
# rpc_max_concurrency: 8
# allow_dangerous_colocation: off
```
Upgrade from a pre-v6.6 INI: missing `[NAMES]` section → disabled. No operator action required.
## Operator deployment
Two supported topologies. smp-server is agnostic — only `ethereum_endpoint` changes.
**Topology A (same-host)**: smp-server, Caddy (optional), Reth, Nimbus all on one box. `ethereum_endpoint: http://127.0.0.1:8545`.
**Topology B (central Reth, N smp-server hosts — recommended for fleets)**: one operator runs one eth host with Reth+Nimbus behind Caddy on public HTTPS. Each smp-server has its own credential.
```mermaid
flowchart LR
subgraph eth-host
Caddy["Caddy<br/>(public :443, basic auth)"]
Reth["Reth<br/>(127.0.0.1:8545)"]
Nimbus["Nimbus"]
Caddy --> Reth
Nimbus -- Engine API (jwt.hex) --> Reth
end
subgraph smp-host-1
S1["smp-server #1"]
end
subgraph smp-host-N
SN["smp-server #N"]
end
S1 -- HTTPS + Authorization --> Caddy
SN -- HTTPS + Authorization --> Caddy
Reth <-- Ethereum p2p --> internet
Nimbus <-- beacon sync --> internet
```
Sharing one Reth across **multiple operators** is **not** supported — collapses the RFC's two-server resolution privacy.
**Reth + Nimbus**: Reth (execution layer) holds Ethereum state on ~260 GB pruned NVMe; Nimbus (consensus light client) follows beacon-chain headers. Paired via Engine API on `127.0.0.1:8551` with a shared `jwt.hex`. Recommended Reth flags:
```bash
reth node \
--http.addr 127.0.0.1 \
--http.api eth \ # only eth namespace
--rpc.gascap 50000000 \ # cap gas per eth_call
--rpc.max-response-size 5242880 \ # 5 MB
--http.corsdomain none \
--authrpc.jwtsecret /opt/eth/jwt.hex \
--authrpc.addr 127.0.0.1 --authrpc.port 8551
```
**Caddy + Let's Encrypt + Basic auth** (Topology B):
```caddy
eth.simplex.chat {
basicauth {
smp-server-1 $2a$14$<bcrypt-hash-1>
smp-server-2 $2a$14$<bcrypt-hash-2>
}
log { format filter { wrap json; fields { request>headers>Authorization delete } } }
reverse_proxy 127.0.0.1:8545
}
```
Caddy auto-fetches Let's Encrypt cert. Each smp-server has its own credential; revoking one = delete the line. `Authorization` stripped from access logs. Port 80 needed for the ACME HTTP-01 challenge (use TLS-ALPN-01 or DNS-01 to drop it). The threat being defended against is DoS (SNRC state is public); mTLS would be overkill. WireGuard/Tailscale are alternative network-layer approaches — both compatible with the plan.
**Capacity.** One Reth+Nimbus box handles a realistic operator fleet by 101000× margin. Per-smp-server peak RSLV ≈ 1700 RPS (pessimistic); cache hit rate ≥ 95% → ~85 RPS cache miss per smp-server; 10 smp-servers → ~850 RPS aggregate cache miss reaching Reth; Reth `eth_call` throughput on warm NVMe ≈ 1k10k RPS. Sizing: 8 vCPU, 32 GB RAM, 1 TB NVMe is comfortable. Scale-out path: more Reth+Nimbus pairs, smp-servers round-robin or shard.
## Implementation
**Order**:
1. Protocol: party/SParty/PartyI, RSLV+tag, NAME+tag, NameRecord + helpers, version constants in `Transport.hs`.
2. `verifyTransmission`/`verifyLoadedQueue`/`verifyQueueTransmission` `forwarded :: Bool` flag + `vc SResolver` clauses.
3. Forwarded whitelist + `processCommand` branch + `incStat` move to `Stats.hs`.
4. Env plumbing: `Server/Env/STM.hs`, `Server/Main.hs` INI parse, `Server/Main/Init.hs` template.
5. Resolver subtree: `Eth/SNRC.hs``Eth/RPC.hs``Resolver.hs`.
6. `NameResolverStats` sub-record + CSV log + Prometheus `names =` block.
7. Replace stub in (3) with real `resolveName`.
8. Tests.
9. `protocol/simplex-messaging.md`: header version line 1 (`19 → 20`), sentence at line 86, version-history list (lines 93105) v20 entry, TOC (lines 2568) "Resolver commands" subsection, new section with ABNF + byte layout + error semantics, "Router security requirements" paragraph about names-role outbound HTTP, cross-ref `Transport.hs:226`.
10. `CHANGELOG.md`: v6.6 entry.
**Cabal** (`simplexmq.cabal`): bump `version: 6.6.0.0`. Add to `if !flag(client_library)` block: `http-client >=0.7 && <0.8`, `http-client-tls >=0.3 && <0.4`, `network-uri >=2.6 && <2.7`, `psqueues >=0.2.7 && <0.3`. Expose 4 new `Server.Names.*` modules in the same block. `crypton` already provides `Keccak_256`.
**Files changed**:
| File | Change |
|---|---|
| `Protocol.hs` | Resolver party + RSLV/NAME tags + version guards; `NameRecord` + newtypes + smart ctors; `nameRecBytes`/`parseNameRec`/`smpListPUpTo` helpers (no Encoding NameRecord instance); `LookupKey` parser-side cap |
| `Transport.hs` | `namesSMPVersion = 20`; bump current/proxied SMP versions |
| `Server.hs` | Thread `forwarded :: Bool`; `vc SResolver` clauses; whitelist (2132); Resolver branch in `processCommand` (1481); `closeServer` calls `closeNamesEnv`; CSV log (579618); **remove** local `incStat` |
| `Server/Env/STM.hs` | `namesConfig` field; `namesEnv` field; `newEnv` constructs `NamesEnv` with co-location guard |
| `Server/Main.hs` | `[NAMES]` parse: `validateUrl`/`parseEthAddr`/`parseRpcAuth`; `scrubUrl` in logs |
| `Server/Main/Init.hs` | `[NAMES]` block in default INI |
| `Server/Stats.hs` | `incStat` moved here + exported; `NameResolverStats` sub-record + helpers; `rslvStats` field |
| `Server/Prometheus.hs` | `names =` metric block |
| `Server/Names.hs` (new) | Façade re-exports |
| `Server/Names/Resolver.hs` (new) | All resolver types + cache + coalescing + `fetchOnceTimed` + `newNamesEnv[With]` + `closeNamesEnv` |
| `Server/Names/Eth/RPC.hs` (new) | `EthRpcEnv`, `ethCallReal` with bounded body + concurrency semaphore + `Authorization` header |
| `Server/Names/Eth/SNRC.hs` (new) | `EthAddress`, Keccak namehash, bounded ABI (8 invariants), `getRecord` with zero-owner detection |
| `simplexmq.cabal` | Bump `6.6.0.0`; 4 new deps + 4 new modules in `if !flag(client_library)` block |
| `protocol/simplex-messaging.md` | Header version, version-history v20 entry, new "Resolver commands" section |
| `CHANGELOG.md` | v6.6 entry |
## Testing
`tests/SMPNamesTests/` registered in `tests/Test.hs:112151`. Build only when `client_library = False`.
1. **ProtocolEncodingSpec**`nameRecBytes``parseNameRec` round-trip; oversized fields rejected at parse; combined-list cap 8 enforced; negative `nrExpiry` rejected; canonical encoding byte-stable.
2. **MaxSizeSpec** — max `NameRecord` encodes ≤ ~9 KB; `encodeTransmission v ≤ paddedProxiedTLength - 2`; `cbEncrypt` succeeds.
3. **CommandTagSpec**`"RSLV"`/`"NAME"` parse; v < 20 sessions reject `RSLV_` at parameter parser.
4. **ForwardedGateSpec** — direct RSLV → `CMD PROHIBITED`; forwarded RSLV reaches handler.
5. **ForwardedRslvSpec** — RSLV wrapped in PFWD reaches the handler end-to-end. **Test infra cost**: first protocol-level PFWD test; budget for `runProxiedSmpCommand` helper performing `PRXY`/`PKEY`/`PFWD` manually.
6. **CacheSpec** — hit avoids RPC; TTL expiry forces re-fetch; bytes cap evicts before entries cap on large records; concurrent same-key callers issue one RPC; leader exception → all waiters get `Left _`, TMap entry removed; leader async-cancel → cleanup STM still runs.
7. **AbiSpec** — encode/decode against pinned fixtures (`tests/fixtures/snrc/`); QuickCheck fuzz on random buffers ≤ `rpcMaxResponseBytes` must never crash.
8. **NamehashSpec** — Keccak-256 reference vectors; assert Keccak ≠ SHA3-256.
9. **MockRpcSpec** — fake HTTP server; missing → `EthHttpErr`; slow → `TimedOut`; multi-GB body truncated → `EthDecodeErr`. `rpcAuth = AuthBasic` sends correct header.
10. **Uint256OverflowSpec**`expiry > Int64.maxBound``EthDecodeErr`.
11. **ZeroOwnerSpec**`owner = 0x000...000``NotFound`.
12. **StartupGuardSpec**`allowSMPProxy + names.enable` aborts; `allow_dangerous_colocation = on` starts with warning.
13. **UrlValidationSpec** — userinfo/scheme/host/port edge cases; rejects `https://` without `rpc_auth` for non-loopback.
14. **EipChecksumSpec**`parseEthAddr` accepts lower/upper; verifies mixed-case checksum; rejects typos.
15. **AbiBoundsSpec** — each of 8 ABI invariants triggers `EthDecodeErr` without crash/allocation blow-up.
Integration against real Reth+Nimbus mainnet deferred to ops.
## Threat model, scope, coordination
| Actor | Can | Cannot |
|---|---|---|
| Name server | See lookup-key bytes; see query timing; see Eth endpoint URL (operator-self) | See client IP/session; correlate clients across queries |
| Compromised Eth endpoint | Poison this server's cache for one TTL window; see every lookup key the server queries | Bypass two-server agreement (client-side, out of scope) |
| Adversarial client (high-rate unique keys) | Cache-thrash DoS; fill `Manager` connection pool up to `managerConnCount = 8` | Bypass `rpcMaxResponseBytes` or `fetchOnceTimed` |
| Adversarial proxy (slow inner RSLVs) | Block other forwarded commands on that proxy connection up to `rpcTimeoutMs` per miss | Affect other proxy connections |
| Operator with footgun config (https no auth, public Eth RPC) | (rejected at startup, or operator-acknowledged data leak) | — |
Mitigations: caching + coalescing + `rpcTimeoutMs` + `rpcMaxResponseBytes` + `rpcMaxConcurrency`; co-location refused at startup; URL validation; Caddy + auth in front of Reth; Reth's own gas/size caps. Timing side-channels (cache-hit vs miss latency) not mitigated — flagged for post-MVP. State proofs deferred to post-MVP per RFC.
**Cross-repo coordination.** The `simplex-chat` `ep/namespace` branch currently contains only the RFC commit — no agent-side wire-format code yet. This plan's wire format is validated only by simplexmq's own tests until a matching agent PR lands (structurally weak — encoder/decoder bugs are mutually consistent with themselves). Coordinate with the agent-side implementer **before merging** on: exact `NameRecord` field order and types; `LookupKey` namespace-prefix convention; error-code semantics; Part 1 SNRC contract `getRecord` ABI surface.
@@ -1,180 +0,0 @@
# SMP router message storage
## Problem
Currently SMP routers store all queues in router memory. As the traffic grows, so does the number of undelivered messages. What is worse, Haskell is not avoiding heap fragmentation when messages are allocated and then de-allocated - undelivered messages use ByteString and GC cannot move them around, as they use pinned memory.
## Possible solutions
### Solution 1: solve only GC fragmentation problem
Move from ByteString to some other primitive to store messages in memory long term, e.g. ShortByteString, or manage allocation/de-allocation of stored messages manually in some other way.
Pros: the simplest solution that avoids substantial re-engineering of the router.
Cons:
- not a long term solution, as memory growth still has limits.
- may be ineffective, as it introduces additional copying of bytes.
### Solution 2: move message storage to hard drive
Use files or RocksDB to store messages.
Pros:
- much lower memory usage.
- no message loss in case of abnormal router termination (important until clients have delivery redundancy).
- this is a long term solution, and at some point it might need to be done anyway.
Cons:
- substantial re-engineering costs and risks.
- metadata privacy. Currently we only save undelivered messages when router is restarted, with this approach all messages will be stored for some time. this argument is limited, as hosting providers of VMs can make memory snapshots too, on the other hand they are harder to analyze than files. On another hand, with this approach messages will be stored for a shorter time.
#### RocksDB and other key-value stores
The downside of any key-value stores is that they don't seem to have efficient primitives for sequential delivery. While sequential delivery can be modelled with linked lists, they would require 1 key insert (on send), 3 key updates (1 update to update queue data on send, 1 update of the last message to point to the next, 1 update on delivery or message expiration) and 1 key deletion (on delivery or message expiration) for each delivered message.
This might result in substantial write amplification and compacting costs.
In general, tree structures that are efficient for quick lookups and updates, given approximately fixed value size, are inefficient for modelling queues.
#### Files
The upside of files is that they are well suited for sequential delivery and don't result in the same churn, with careful design, as trees do.
The downside of filesystem is that it does not scale well with the large number of files in a folder, so queues will have to be spread across multiple folders, following tree-like structure.
I could not find an available library that efficiently models sequential delivery in highly concurrent environment.
A possible design could be the following.
##### Queue folder and files
Each message queue is stored in its own folder (see below on folder locations). Folder would contain these files:
- `messages.abcd.log` - the file that is used to read messages from, sequentially
- `messages.efgh.log` - the optional file that is used to write messages, in case it is different from read file.
- `queue.log` - append-only file where the last line represents the current queue state
- `queue.timestamp.log` - previous states of queue.log file
Each line in "queue.log" file has this syntax
```abnf
queueLogLine =
%s"read_file=" base64
%s"read_msg=" digits
%s"read_byte=" digits
%s"write_file=" base64
%s"write_msg=" digits
```
When queue is first requested by the router:
```c
if queue folder exists:
read queue state from last line of queue.log
if queue.log contained more than one line: // compaction
copy queue.log to queue.timestamp.log
write one line queue state to queue.log
else:
create queue folder
create messages.abcd.log (abcd is some random string)
read_msg = 0
read_byte = 0
create queue.log with one line: "read_file=abcd read_msg=0 read_byte=0 write_files=abcd write_msg=0"
open read_file in ReadMode and seek to read_byte position
nextReadByte = read_byte
nextReadMsg = read_msg
open write_file in AppendMode
```
When message is added to the queue (assumes that queue state is loaded to router memory, if not the previous section will be done first):
```c
if write_msg > max_queue_messages:
return quota error
else if write_msg = max_queue_messages:
add quota_exceeded message to write_file
update queue state: write_msg += 1
append updated queue state to queue.log
else
// It is required that `max_queue_messages < max_file_messages`,
// so that we never need more than one additional write file.
if write_msg >= max_file_messages: // queue file rotation
create messages.efgh.log // efgh is some random string
update queue state: write_file=efgh write_msg=0 // read file remains the same as it was
append updated queue state to queue.log
copy queue.log to queue.timestamp.log
// `old` needs to be defined to limit the number and storage duration,
// preserving not more than N files, and not more than M days files, "and then some"
// (that is if the queue has high churn, we have file from M days before in any case, for any debugging).
delete `old` `queue.timestamp.log` files
write one line queue state to queue.log // compaction
add message to write_file
update queue state: write_msg += 1
append updated queue state to queue.log
```
The above algorithm assumes `max_queue_messages < than max_file_messages`, so that we never need more than one write file.
When message is delivered, it is simply read from the read queue, queue state does not change yet:
```c
if nextReadMsg > read_msg:
deliver cached message, no need to read it again
else
read message from read_file handle
nextReadMsg = read_msg + 1
nextReadByte = current position in file
```
When message delivery is acknowledged, the read queue needs to be advanced, and possibly switched to read from the current write queue:
```c
if nextReadByte == read_byte:
return error // nothing was delivered
else if nextReadByte = EOF:
// end of file is reached, possibly some other condition,
// but it should allow changing max_file_messages on server restart
currReadFile = read_file
read_file = write_file
read_msg = 0
read_byte = 0
append updated queue state to queue.log
delete currReadFile
else
read_msg += 1
read_byte = nextReadByte
// `seek` should not be necessary, as the handle is already at nextReadByte position here
// seek to read_byte
append updated queue state to queue.log
```
The above algorithm delegates the problem of compaction and fragmentation management to file system, that is very optimized for such scenarios.
Also, read and write files will grow to almost a constant size, so the space they used may be re-used.
An important consideration is that writes to queue.log and message.log files and queue state modifications have to be sequential, without concurrency - it can be managed with the usual locks.
##### Queue folders structure
Most Linux systems use EXT4 filesystem where the file lookup time scales linearly to the number of files. While alternatives with logarithmic lookup time exist (XFS), they may be very complex to configure on the existing systems.
So storing all queue folders in one folder won't scale.
To solve this problem we could use recipient queue ID in base64url format not as a folder name, but as a folder path, splitting it to path fragments of some length. The number of fragments can be configurable and migration to a different fragment size can be supported as the number of queues on a given router grows.
Currently, queue ID is 24 bytes random number, thus allowing 2^192 possible queue IDs. If we assume that a router must hold 1b queues, it means that we have ~2^162 possible addresses for each existing queue. 24 bytes in base64 is 32 characters that can be split into say 8 fragments with 4 characters each, so that queue folder path for queue with ID `abcdefghijklmnopqrstuvwxyz012345` would be:
`/var/opt/simplex/messages/abcd/efgh/ijkl/mnop/qrst/uvwx/yz01/2345`
The maximum theoretic number of the folders on the 1st level is 64^4, or 2^24 ~ 16m - this is probably still a large number of subfolders for EXT4. Given that addresses are random, all the possible combinations in the first folder can be used with a large number of queues.
So we could use an unequal split of path, two letters each and the last being long:
`/var/opt/simplex/messages/ab/cd/ef/ghijklmnopqrstuvwxyz012345`
The first three levels in this case can have 4096 subfolders each, and it gives 68b possible subfolders (64^2^3), so the last level will be sparse in case of 1b queues on the router. So we could make it 4 levels with 2 letters to never think about it, accounting for a large variance of the random numbers distribution:
`/var/opt/simplex/messages/ab/cd/ef/gh/ijklmnopqrstuvwxyz012345`
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@@ -1,162 +0,0 @@
# Sharing protocol ports with HTTPS
Some networks block all ports other than web ports, including port 5223 used for SMP protocol by default. Running SMP routers on a common web port 443 would allow them to work on more networks. The routers would need to provide an HTTPS page for browsers (and probes).
## Problem
Browsers and tools rely on system CA bundles instead of certificate pinning.
The crypto parameters used by HTTPS are different from what the protocols use.
Public certificate providers like LetsEncrypt can only sign specific types of keys and Ed25519 isn't one of them.
This means a router should distinguish browser and protocol clients and adjust its behavior to match.
## Solution
`tls` package has a server hook that allows producing a different set of `TLS.Credentials` according to a client-provided "Server Name Indication" extension.
Since LE certificates are only handed out to domain names, TLS client will be sending the SNI.
However client transports are constructed over connected sockets and the SNI wouldn't be present unless explicitly requested.
When a client sends SNI, then it's a browser and web credentials should be used.
Otherwise it's a protocol client to be offered the self-signed ca, cert and key.
When a transport colocated with a HTTPS, its ALPN list should be extended with `h2 http/1.1`.
The browsers will send it, and it should be checked before running transport client.
If HTTP ALPN is detected, then the client connection is served with HTTP `Application` instead (the same "router information" page).
If some client connects to router IP, doesn't send SNI and doesn't send ALPN, it will look like a pre-handshake client.
In that case a router will send its handshake first.
This can be mitigated by delaying its handshake and letting the probe to issue its HTTP request.
## Implementation plan
An unmodified client should be able to use protocols on port 443 right away.
The switchover happens inside `runTransportServerState` before `runClient`:
```haskell
runServer (tcpPort, ATransport t) = do
-- ...
runTransportServerState_ ss started tcpPort serverParams tCfg $ \socket h -> do -- expose raw socket for warp-tls internals to attach
negotiated <- getSessionALPN
if allowHTTP t && isHTTP negotiated -- only attempt the switch for the TLS transport
then runHTTP socket (tlsContext h)-- ... collect data and produce values needed to run WAI Application
else runClient serverSignKey t h `runReaderT` env -- performs serverHandshake etc as usual
```
The web app and router live outside, so `runHttp` has to be provided by the `runSMPServer` caller.
Additonally, Warp is using its `InternalInfo` object that's scoped to `withII` bracket.
```haskell
runServer ini = do
-- ...
runWebServer ini ServerInformation {config, information} $ if sharedHttps then Nothing else webHttpsParams -- suppress serving https
if sharedHttps
then withRunHTTP staticFilesPath \attachStatic -> runSMPServer cfg (Just attachStatic) -- provide wrapped application runner
else runSMPServer cfg Nothing
```
### Upstream
The implementation relies on a few modification to upstream code:
- `warp-tls`: The library provides `httpOverTls`, but it wants to do handshake itself.
Since we have to do the handshake to switch on ALPN, the setup function has to be split.
This is a resonable change that may be upstreamed and nothing blocks us from using the recent version.
- `warp`: Only the re-export of `serveConnection` is needed.
Unfortunately the most recent `warp` version can't be used right away due to dependency cascade around `http-5` and `auto-update-2`.
So a fork containing the backported re-export has to be used until the dependencies are refreshed.
### TLS.ServerParams
When a router has port sharing enabled, a new set of TLS params is loaded and combined with transport params:
```haskell
newEnv config = do
-- ...
tlsServerParams <- loadTLSServerParams caCertificateFile certificateFile privateKeyFile (alpn transportConfig)
sharedServerParams <- forM ((,) <$> sharedHttpsCredentials config <*> alpn transportConfig) $ \((chain, key), alpn) ->
let ca = Nothing -- It is possible to provide CA certificate, but it is typical for web server to use combined certificate chains
loadHTTPSServerParams tlsServerParams ca chain key alpn
```
`loadHTTPSServerParams` extends params with:
1. `onALPNClientSuggest` hook gets `["h2", "http/1.1"]` added to the ALPN list which is now required.
2. `onServerNameIndication` hook added, which upon detecting client SNI prepends the web credentials.
3. `sharedCredentials = T.Credentials []` should be done to prevent transport credentials confusing browsers.
But that aborts key exchange somewhere in tls internals, so disabled for now.
As a workaround, another set of dummy credentials can be provided in the hope that any sane browser would reject them.
Like, RC4 ciphers, "impossible" digest combination, etc.
### supportedParameters
TLS certificate chains provided by LetsEncrypt use ECDSA/P256 and that requires extending `supportedParameters` with things disabled in transports:
```haskell
browserCiphers =
[ TE.cipher_TLS13_AES128CCM8_SHA256
, TE.cipher_ECDHE_ECDSA_AES128CCM8_SHA256
, TE.cipher_ECDHE_ECDSA_AES256CCM8_SHA256
]
browserGroups =
[ T.P256
]
browserSigs =
[ (T.HashSHA256, T.SignatureECDSA),
(T.HashSHA384, T.SignatureECDSA)
]
```
This may not be enough for other certificate providers.
## Configuration
> XXX: This is for the current implementation and should be updated.
Web certificate chain is picked up from the WEB section:
```ini
[TRANSPORT]
port: 443
[WEB]
https: 443
cert: /etc/opt/simplex/web.cert
key: /etc/opt/simplex/web.key
# Alternatively, with a proper access configuration, the paths can point to the LE creds directly:
# cert: /etc/letsencrypt/live/smp.hostname.tld/fullchain.pem
# key: /etc/letsencrypt/live/smp.hostname.tld/privkey.pem
```
When `TRANSPORT.port` matches `WEB.https` the transport router becomes shared.
Perhaps a more desirable option would be explicit configuration resulting in additional transported to run:
```ini
[TRANSPORT]
port: 5223 ; pure protocol transport
# control_port: 5224
shared_port: 443 ; variant 1: register in TRANSPORT
[WEB]
https: 443
cert: /etc/opt/simplex/web.cert
key: /etc/opt/simplex/web.key
# transport: on ; variant 2:
```
## Caveats
Serving static files and the protocols together may pose a problem for those who currently use dedicated web servers as they should switch to embedded http handlers.
As before, using embedded HTTP server is increasing attack surface.
Users who want to run everything on a single host will have to add an extra IP address and bind routers to specific IPs instead of 0.0.0.0.
An amalgamated router binary can be provided that would contain both SMP and XFTP routers, where transport will dispatch connections by handshake ALPN.
## Alternative: Use transports routable with reverse-proxies
An "industrial" reverse proxy may do the ALPN routing, serving HTTP by itself and delegating `smp` and `xftp` to protocol servers.
Same with the `websockets`.
Since this in effect does TLS termination, the protocol routers will have to rely on credentials from protocol handshakes.
@@ -1,16 +0,0 @@
# Expiring messages in journal storage
## Problem
The journal storage routers recently migrated to do not delete delivered or expired messages, they only update pointers to journal file lines. The messages are actually deleted when the whole journal file is deleted (when fully deleted or fully expired).
The problem is that in case the queue stops receiving the new messages then writing of messages won't switch to the new journal file, and the current journal file containing delivered or expired messages would never be deleted.
## Solution
Remove current journal file and update queue_state.log during message expiration of "idle" queue (that is, without any new messages received or delivered within 3 hours) in case when:
- the queue is "empty" after the expiration
- the queue contains only quota marker(s), in which case move them to a new journal file and update the queue_state accordingly. Quota markers can be kept indefinitely to prevent writing the new messages to the dormant queues that reached capacity, so it's important to handle this case.
Also remove current journal file when the queue is opened in case it is empty (as it would not be ever expired in case it remains empty), and also update queue_state.log
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@@ -1,416 +0,0 @@
# Fix subQ deadlock: blocking writeTBQueue inside connLock
## Problem
Users report that message reception silently and permanently stops across all connections, with no error alerts. The app appears functional but no messages arrive. Recovery requires restart.
Root cause: a deadlock between worker threads holding `connLock` and the `agentSubscriber` (sole `subQ` reader).
### The deadlock mechanism
`subQ` (`TBQueue ATransmission`, capacity 4096 on mobile / 1024 on desktop) is the single pipeline between the agent layer and the chat layer. The `agentSubscriber` thread (`Commands.hs:4373`) is its **sole reader**.
Three code sites hold `connLock` and call blocking `writeTBQueue subQ` without a fullness check. When `subQ` is full, these block while holding the lock. If `agentSubscriber` simultaneously needs the same `connLock` (via `sendMessagesB_``withConnLocks`), it blocks too — creating a circular wait:
- **Worker**: holds `connLock(X)`, waits for `subQ` space (needs `agentSubscriber` to read)
- **agentSubscriber**: sole `subQ` reader, waits for `connLock(X)` (needs worker to release)
- **Result**: permanent silent deadlock — no exception, no alert, all connections blocked
### Confirmed deadlock scenarios
**Scenario 1**: Delivery worker during queue rotation test
```
Delivery worker: agentSubscriber (sole subQ reader):
withConnLock(X) [2187] readTBQueue subQ → processAgentMessageConn
...DB operations... → sendPendingGroupMessages (on CON/SENT/QCONT)
notify → writeTBQueue subQ [2238] → batchSendConnMessages → deliverMessagesB
[BLOCKED — subQ full] → withAgent sendMessagesB [synchronous]
→ sendMessagesB_ → withConnLocks({..X..}) [1708]
[BLOCKED — connLock(X) held]
```
**Scenario 2**: Async command worker during message ACK with notification
```
Async cmd worker: agentSubscriber (sole subQ reader):
tryWithLock "ICAck" [1930→1824] readTBQueue subQ → processAgentMessageConn
→ withConnLock(X) → sendPendingGroupMessages
→ ack → ackQueueMessage [1899] → sendMessagesB_ → withConnLocks({..X..})
→ sendMsgNtf [2381] [BLOCKED — connLock(X) held]
→ writeTBQueue subQ [2386]
[BLOCKED — subQ full]
```
**Scenario 3**: Synchronous `ackMessage'` API (same mechanism as Scenario 2 but from external API caller)
```
ackMessage' caller: agentSubscriber (sole subQ reader):
withConnLock(X) [2254] → sendMessagesB_ → withConnLocks({..X..})
→ ack → ackQueueMessage [2267] [BLOCKED — connLock(X) held]
→ sendMsgNtf [2381]
→ writeTBQueue subQ [2386]
[BLOCKED — subQ full]
```
### ConnId overlap verified
No guard prevents a connection undergoing queue rotation (AM_QTEST_) or ACK processing from being included in `sendMessagesB_`'s batch. During these operations, the connection has `connStatus == ConnReady`, passing all filters in `memberSendAction`.
### Cascade amplification
Once any single deadlock triggers, `subQ` never drains. ALL other threads that attempt `writeTBQueue subQ` block progressively — their locks are held forever too. The entire threading system freezes within seconds.
### Affected code sites (blocking `writeTBQueue subQ` inside `connLock`)
| Site | File | Lock line | Write line | Events written |
|------|------|-----------|------------|----------------|
| `runSmpQueueMsgDelivery::notify` | Agent.hs | 2187 | 2238 | SWITCH SPCompleted, ERR INTERNAL |
| `runSmpQueueMsgDelivery::internalErr/notifyDel` | Agent.hs | 2187 | 2238 (via notifyDel→notify) | ERR INTERNAL + delMsg |
| `ackQueueMessage::sendMsgNtf` | Agent.hs | 2254 or 1930 | 2386 | MSGNTF |
### Safe patterns that already exist in the codebase
1. **`isFullTBQueue` + pending TVar** (used at `runCommandProcessing` lines 1782-1784/1937, and `runProcessSMP` lines 3027-3029/3216):
```haskell
-- Before processing (e.g. line 1782):
pending <- newTVarIO []
-- During processing — safe notify (e.g. line 1937):
notify cmd =
let t = (corrId, connId, AEvt (sAEntity @e) cmd)
in atomically $ ifM (isFullTBQueue subQ) (modifyTVar' pendingCmds (t :)) (writeTBQueue subQ t)
-- After processing — flush (e.g. line 1784):
mapM_ (atomically . writeTBQueue subQ) . reverse =<< readTVarIO pending
```
2. **`nonBlockingWriteTBQueue`** (used at Client.hs:789, NtfSubSupervisor.hs:507):
```haskell
nonBlockingWriteTBQueue q x = do
sent <- atomically $ tryWriteTBQueue q x
unless sent $ void $ forkIO $ atomically $ writeTBQueue q x
```
Note: `nonBlockingWriteTBQueue` does NOT preserve ordering — the spawned background thread may complete out of order relative to subsequent direct writes from the same calling thread.
### Exhaustive proof: no other deadlock scenarios exist
All 15 `withConnLock` sites in Agent.hs were analyzed. Only 3 write to `subQ`:
| withConnLock site | Writes subQ? | Safe? |
|-------------------|-------------|-------|
| switchConnectionAsync' (899) | No | ✓ |
| setConnShortLinkAsync' (995) | No | ✓ |
| setConnShortLink' (1031) | No | ✓ |
| deleteConnShortLink' (1075) | No | ✓ |
| allowConnection' (1407) | No | ✓ |
| acceptContact' (1417) | No | ✓ |
| sendMessagesB_ (1708, `withConnLocks`) | No | ✓ |
| tryWithLock/runSmpCommand (1930) | Yes (1937) | ✓ — `isFullTBQueue` check |
| tryMoveableWithLock/runSmpCommand (1931) | Yes (1937) | ✓ — `isFullTBQueue` check |
| **runSmpQueueMsgDelivery AM_QTEST_ (2187)** | **Yes (2238)** | **✗ — DEADLOCK** |
| **ackMessage' (2254)** | **Yes (2386)** | **✗ — DEADLOCK** |
| switchConnection' (2298) | No | ✓ |
| abortConnectionSwitch' (2328) | No | ✓ |
| synchronizeRatchet' (2351) | No | ✓ |
| suspendConnection' (2390) | No | ✓ |
| **processSMP (3037)** | Yes (3216) | ✓ — `isFullTBQueue` check |
Note: `processSMP` (line 3037) holds `connLock` and its local `notify` (line 3216) writes to `subQ`, but it uses the safe `isFullTBQueue` pattern. Its `ack` (line 3196) uses `enqueueCmd` (DB-only), NOT `ackQueueMessage`. The actual `ackQueueMessage` runs later from the async command worker via ICAck/ICAckDel.
Other lock pairs checked — no circular dependencies:
- `connLock × DB MVar`: DB never acquires connLock
- `entityLock × connLock`: consistent ordering (entity first in chat, conn in agent)
- `connLock(X) × connLock(Y)`: single agentSubscriber thread, one `withConnLocks` at a time
---
## Deadlock call graph: agentSubscriber → connLock
All deadlock paths require `agentSubscriber` to synchronously acquire `connLock`. Exhaustive analysis shows that **every such path converges on a single agent function**: `sendMessagesB_``withConnLocks` (Agent.hs:1708). No other agent API function called synchronously from the agentSubscriber acquires connLock.
Verified (FACT): `ackMessageAsync``enqueueCommand` only (no connLock). `toggleConnectionNtfs` → no lock. `deleteConnectionAsync``deleteLock` not `connLock`. `joinConnectionAsync``withInvLock` not `connLock`.
Also verified (FACT): `Lock = TMVar Text` (Lock.hs:24) is **non-reentrant** — double acquisition on the same thread deadlocks.
### All 22 trigger paths
Every path goes through `deliverMessage`/`deliverMessages`/`deliverMessagesB``withAgent sendMessagesB``sendMessagesB_``withConnLocks`:
| # | Trigger | Chat function | ConnIds locked | Risk |
|---|---------|--------------|----------------|------|
| 1 | Group CON (Invitee) | `introduceToAll` → broadcast XGrpMemNew | **ALL member connIds** | **HIGHEST** |
| 2 | Group MSG XGrpLinkAcpt | `introduceToRemaining` → broadcast | **ALL member connIds** | **HIGHEST** |
| 3 | Group CON (Invitee) | `sendIntroductions` → batch intros to new member | new member connId | Medium |
| 4 | Group CON (Invitee) | `sendHistory` → batch to new member | new member connId | Medium |
| 5 | Group CON | `sendPendingGroupMessages` | member connId | Medium |
| 6 | Group SENT | `sendPendingGroupMessages` | member connId | Medium |
| 7 | Group QCONT | `sendPendingGroupMessages` | member connId | Medium |
| 8 | Group CON (PendingReview) | `introduceToModerators` → to moderators | moderator connIds | Medium |
| 9 | Group CON (PreMember) | `sendXGrpMemCon` → to host | host connId | Low |
| 10 | Group CON (PreMember) | `probeMatchingMemberContact` → probes + hashes | member + N matching connIds | Medium |
| 11 | Direct CON | `probeMatchingMembers` → probes + hashes | contact + N matching connIds | Medium |
| 12 | Direct JOINED | `sendAutoReply` | contact connId | Low |
| 13 | Group JOINED | `sendGroupAutoReply` | member connId | Low |
| 14 | Group INV | `sendXGrpMemInv` → to host | host connId | Low |
| 15 | Group INV (legacy) | `sendGrpInvitation` → to contact | contact connId | Low |
| 16 | Group MSG XGrpMemInv | `xGrpMemInv``sendGroupMemberMessage` | re-member connId | Low |
| 17 | Group MSG XGrpMemDel | `forwardToMember` | deleted member connId | Low |
| 18 | Group MSG XGrpLinkMem | `probeMatchingMemberContact` | member + N matching connIds | Medium |
| 19 | Group MSG (dup relay) | `saveGroupRcvMsg` error → `sendDirectMemberMessage` | forwarder connId | Low |
| 20 | SFDONE | `sendFileDescriptions` → to recipients | recipient connIds | Medium |
| 21 | Group MSG XGrpLinkAcpt | `sendHistory` → to accepted member | accepted member connId | Medium |
| 22 | Direct MSG (autoAccept) | `autoAcceptFile` → inline accept reply | contact connId | Low (test-only config) |
### Key observations
1. **Single bottleneck**: All 22 paths converge on `sendMessagesB_``withConnLocks` (Agent.hs:1708). The deadlock is between this lock acquisition and any worker thread holding `connLock` + blocking on `writeTBQueue subQ`.
2. **Highest-risk paths** (#1, #2): Broadcasting to ALL group members in `introduceToAll` / `introduceToRemaining` acquires `withConnLocks` on ALL member connIds in a single batch. For large groups, this holds the agentSubscriber thread for a long time, during which subQ fills, which causes worker threads holding connLock on any of those connIds to deadlock.
3. **Medium-risk paths** (#5-7): `sendPendingGroupMessages` fires on every CON/SENT/QCONT. These are frequent and lock the member's connId, which is the SAME connId that a delivery worker or ACK worker may hold while writing to subQ.
---
## Analysis: `withConnLocks` in `sendMessagesB_`
### FACT: the lock protects ratchet encryption state
`sendMessagesB_` (Agent.hs:1708-1713) acquires `withConnLocks` and executes:
1. **`getConn_`** — reads connection metadata, send queues from DB
2. **`setConnPQSupport`** — updates PQ encryption flag per connection
3. **`enqueueMessagesB`** → `enqueueMessageB``storeSentMsg_` which calls:
- **`updateSndIds`** (AgentStore.hs:899) — increments `internalSndId` (sequential send counter)
- **`agentRatchetEncryptHeader`** (Agent.hs:3698) — reads current ratchet via `getRatchetForUpdate`, encrypts message header via `rcEncryptHeader`, writes advanced ratchet state via `updateRatchet`
- **`createSndMsg`** + **`createSndMsgDelivery`** — inserts message and delivery records
All operations run within `unsafeWithStore``withTransaction` (single DB transaction per batch).
### FACT: the lock CANNOT be removed
Without `withConnLocks`, concurrent `sendMessagesB_` calls targeting the same connection would:
- Read the same ratchet state, both encrypt, one overwrite the other → **ratchet desync** (unrecoverable)
- Get duplicate `internalSndId` values → **message ID collision**
- Race on `setConnPQSupport` → **PQ state inconsistency**
The lock serializes ALL operations on the connection's encryption state. Removing it would introduce data corruption.
Note: `sendMessage` (singular, line 530) uses the same `sendMessagesB_` function — there is no lock-free send path.
### Eliminated strategies
- **Strategy C (remove lock)**: The lock protects ratchet encryption. Removing it causes unrecoverable ratchet desync. Eliminated.
- **Strategy A (async dispatch)**: All 22 chat-layer callers use `deliverMessagesB` return values (delivery IDs, PQ state) synchronously. `forkIO` loses results. Eliminated.
- **Strategy W (isFullTBQueue + pending TVar)**: The existing pattern (lines 1937, 3216) buffers events in a local TVar and flushes after lock release. Between lock release and flush, another thread can acquire the same connLock and write events to subQ — reordering events within the same connection. This trades a visible deadlock for invisible ordering bugs. Eliminated.
- **Strategy O (per-connection overflow queues)**: Bounded overflow queues with "drop when full" were analyzed. Drop consequences are unacceptable at 5 of 6 write sites — CONF, INFO, CON cause permanent connection failure after ACK; INV loses connection invitations; SENT/MERR leave messages stuck forever. Unbounded overflow defeats backpressure. Eliminated.
---
## Solution: move subQ writes outside connLock
### Root cause
The `writeTBQueue subQ` calls at the 3 deadlock sites are inside `connLock` by accident of code structure, not necessity. `connLock` protects ratchet encryption state and DB consistency. The `notify` calls write informational events to `subQ` — they do not modify any state that `connLock` protects.
Moving the writes outside the lock scope eliminates the deadlock: blocking `writeTBQueue subQ` without holding `connLock` is safe — agentSubscriber is free to acquire the lock, process events, and drain `subQ`.
### Why reordering doesn't matter at these sites
The chat layer handlers for the 3 deadlock site events do NOT advance the ratchet:
| Event | Chat handler | Calls sendMessagesB_? |
|-------|-------------|----------------------|
| SWITCH SPCompleted | Creates internal chat item, updates UI | **No** |
| ERR INTERNAL | Logs error to view | **No** |
| MSGNTF | `toView CEvtNtfMessage` → empty output | **No** |
Events that DO trigger ratchet advances (CON, SENT, QCONT → `sendPendingGroupMessages``sendMessagesB_`) are all already written OUTSIDE `connLock` in the current code.
Ratchet state lives in the DB, not in subQ events. agentSubscriber processes events sequentially regardless of arrival order. The SENT-before-SWITCH race already exists in the current code (new queue worker writes SENT outside connLock while old queue worker writes SWITCH inside connLock).
### Fix: Site 1 — `runSmpQueueMsgDelivery` AM_QTEST_ (line 2187)
Restructure `withConnLock` to return the event, write outside.
**Current code** (Agent.hs:2187-2214):
```haskell
AM_QTEST_ -> withConnLock c connId "runSmpQueueMsgDelivery AM_QTEST_" $ do
withStore' c $ \db -> setSndQueueStatus db sq Active
SomeConn _ conn <- withStore c (`getConn` connId)
case conn of
DuplexConnection cData' rqs sqs -> do
let addr = qAddress sq
case findQ addr sqs of
Just SndQueue {dbReplaceQueueId = Just replacedId, primary} ->
case removeQP (\sq' -> dbQId sq' == replacedId && not (sameQueue addr sq')) sqs of
Nothing -> internalErr msgId "sent QTEST: queue not found in connection"
Just (sq', sq'' : sqs') -> do
checkSQSwchStatus sq' SSSendingQTEST
atomically $ TM.delete (qAddress sq') $ smpDeliveryWorkers c
withStore' c $ \db -> do
when primary $ setSndQueuePrimary db connId sq
deletePendingMsgs db connId sq'
deleteConnSndQueue db connId sq'
let sqs'' = sq'' :| sqs'
conn' = DuplexConnection cData' rqs sqs''
cStats <- connectionStats c conn'
notify $ SWITCH QDSnd SPCompleted cStats -- DEADLOCK
_ -> internalErr msgId "sent QTEST: ..." -- DEADLOCK (via notifyDel → notify)
_ -> internalErr msgId "sent QTEST: ..." -- DEADLOCK
_ -> internalErr msgId "QTEST sent not in duplex ..." -- DEADLOCK
```
**New code:**
```haskell
AM_QTEST_ -> do
evt_ <- withConnLock c connId "runSmpQueueMsgDelivery AM_QTEST_" $ do
withStore' c $ \db -> setSndQueueStatus db sq Active
SomeConn _ conn <- withStore c (`getConn` connId)
case conn of
DuplexConnection cData' rqs sqs -> do
let addr = qAddress sq
case findQ addr sqs of
Just SndQueue {dbReplaceQueueId = Just replacedId, primary} ->
case removeQP (\sq' -> dbQId sq' == replacedId && not (sameQueue addr sq')) sqs of
Nothing -> pure $ Left "sent QTEST: queue not found in connection"
Just (sq', sq'' : sqs') -> do
checkSQSwchStatus sq' SSSendingQTEST
atomically $ TM.delete (qAddress sq') $ smpDeliveryWorkers c
withStore' c $ \db -> do
when primary $ setSndQueuePrimary db connId sq
deletePendingMsgs db connId sq'
deleteConnSndQueue db connId sq'
let sqs'' = sq'' :| sqs'
conn' = DuplexConnection cData' rqs sqs''
cStats <- connectionStats c conn'
pure $ Right $ SWITCH QDSnd SPCompleted cStats
_ -> pure $ Left "sent QTEST: there is only one queue in connection"
_ -> pure $ Left "sent QTEST: queue not in connection or not replacing another queue"
_ -> pure $ Left "QTEST sent not in duplex connection"
-- subQ write is now OUTSIDE connLock — blocking writeTBQueue is safe
case evt_ of
Right evt -> notify evt
Left err -> internalErr msgId err
```
All DB operations remain inside the lock. Only `notify`/`internalErr` (which write to subQ) move outside. `internalErr` calls `notifyDel` = `notify >> delMsg` — both `notify` (subQ write) and `delMsg` (`deleteSndMsgDelivery`, keyed on unique msgId) are safe outside the lock. The existing double-delete pattern (`delMsg` inside `internalErr` + `delMsgKeep` at line 2216) is preserved.
### Fix: Sites 2 & 3 — `ackQueueMessage::sendMsgNtf` (line 2386)
Change `ackQueueMessage` to return the MSGNTF event instead of writing it to subQ. Callers write to subQ after releasing connLock.
**Current code** (Agent.hs:2371-2386):
```haskell
ackQueueMessage :: AgentClient -> RcvQueue -> SMP.MsgId -> AM ()
ackQueueMessage c rq@RcvQueue {userId, connId, server} srvMsgId = do
atomically $ incSMPServerStat c userId server ackAttempts
tryAllErrors (sendAck c rq srvMsgId) >>= \case
Right _ -> sendMsgNtf ackMsgs
Left (SMP _ SMP.NO_MSG) -> sendMsgNtf ackNoMsgErrs
Left e -> ...
where
sendMsgNtf stat = do
atomically $ incSMPServerStat c userId server stat
whenM (liftIO $ hasGetLock c rq) $ do
atomically $ releaseGetLock c rq
brokerTs_ <- eitherToMaybe <$> tryAllErrors (withStore c $ \db -> getRcvMsgBrokerTs db connId srvMsgId)
atomically $ writeTBQueue (subQ c) ("", connId, AEvt SAEConn $ MSGNTF srvMsgId brokerTs_)
```
**New code** — return `Maybe ATransmission` instead of writing:
```haskell
ackQueueMessage :: AgentClient -> RcvQueue -> SMP.MsgId -> AM (Maybe ATransmission)
ackQueueMessage c rq@RcvQueue {userId, connId, server} srvMsgId = do
atomically $ incSMPServerStat c userId server ackAttempts
tryAllErrors (sendAck c rq srvMsgId) >>= \case
Right _ -> sendMsgNtf ackMsgs
Left (SMP _ SMP.NO_MSG) -> sendMsgNtf ackNoMsgErrs
Left e -> ... >> pure Nothing
where
sendMsgNtf stat = do
atomically $ incSMPServerStat c userId server stat
ifM (liftIO $ hasGetLock c rq)
(do atomically $ releaseGetLock c rq
brokerTs_ <- eitherToMaybe <$> tryAllErrors (withStore c $ \db -> getRcvMsgBrokerTs db connId srvMsgId)
pure $ Just ("", connId, AEvt SAEConn $ MSGNTF srvMsgId brokerTs_))
(pure Nothing)
```
**Caller 1: `ackMessage'`** (Agent.hs:2253-2267) — return event from `withConnLock`, write after:
```haskell
ackMessage' c connId msgId rcptInfo_ = do
t_ <- withConnLock c connId "ackMessage" $ do
SomeConn _ conn <- withStore c (`getConn` connId)
case conn of
DuplexConnection {} -> do
t_ <- ack
sendRcpt conn
del
pure t_
RcvConnection {} -> do
t_ <- ack
del
pure t_
SndConnection {} -> throwE $ CONN SIMPLEX "ackMessage"
ContactConnection {} -> throwE $ CMD PROHIBITED "ackMessage: ContactConnection"
NewConnection _ -> throwE $ CMD PROHIBITED "ackMessage: NewConnection"
-- subQ write is OUTSIDE connLock
case t_ of
Just t -> atomically $ writeTBQueue (subQ c) t
Nothing -> pure ()
```
**Caller 2: `ICAck` / `ICAckDel`** (Agent.hs:1823-1824) — inline `tryWithLock` as `tryCommand` + `withConnLock`, write subQ between the two scopes:
`tryWithLock name = tryCommand . withConnLock c connId name` — by inlining, the subQ write can be placed outside `withConnLock` but inside `tryCommand` (retaining retry/error handling).
```haskell
ICAck rId srvMsgId -> withServer $ \srv ->
tryCommand $ do
t_ <- withConnLock c connId "ICAck" $ ack srv rId srvMsgId
-- subQ write is OUTSIDE connLock — cannot deadlock with agentSubscriber
forM_ t_ $ atomically . writeTBQueue subQ
ICAckDel rId srvMsgId msgId -> withServer $ \srv ->
tryCommand $ do
t_ <- withConnLock c connId "ICAckDel" $ do
t_ <- ack srv rId srvMsgId
withStore' c (\db -> deleteMsg db connId msgId)
pure t_
-- subQ write is OUTSIDE connLock — cannot deadlock with agentSubscriber
forM_ t_ $ atomically . writeTBQueue subQ
```
Where `ack` now returns `AM (Maybe ATransmission)`:
```haskell
ack srv rId srvMsgId = do
rq <- withStore c $ \db -> getRcvQueue db connId srv rId
ackQueueMessage c rq srvMsgId
```
All subQ writes for MSGNTF are now outside connLock. FIFO ordering is preserved — no `nonBlockingWriteTBQueue`, no forked threads. The same thread that held the lock writes to subQ sequentially after releasing it.
### Race analysis
Window between connLock release and subQ write at Site 1:
| Thread | Can acquire connLock(X)? | Writes subQ? | Consequence |
|--------|-------------------------|-------------|-------------|
| agentSubscriber via sendMessagesB_ | Yes | **No** (encrypts only) | No race |
| processSMP for connId X | Yes | Yes (pending flush) | MSG before SWITCH — cosmetic |
| runCommandProcessing for connId X | Yes | Yes (pending flush) | Command response before SWITCH — cosmetic |
| New queue delivery worker | No (SENT outside lock) | Yes | SENT before SWITCH — cosmetic, **already exists in current code** |
All races are cosmetic UI ordering. None affect ratchet state, protocol correctness, or message delivery.
### Summary of changes
| File | Change | Lines affected |
|------|--------|---------------|
| Agent.hs | Restructure AM_QTEST_ to return event from `withConnLock`, write outside | ~2187-2214 |
| Agent.hs | Change `ackQueueMessage` return type to `AM (Maybe ATransmission)`, return event instead of writing | ~2371-2386 |
| Agent.hs | `ackMessage'`: return event from `withConnLock`, write outside | ~2253-2267 |
| Agent.hs | `ICAck`/`ICAckDel`: inline `tryCommand` + `withConnLock`, write subQ between scopes | ~1823-1824 |
| Agent.hs | `ack` helper: propagate new return type | ~1899-1901 |
No new data structures. No new modules. No changes to other write sites (1937, 3216 — already safe). ~25 lines changed total.
+278 -593
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@@ -1,65 +0,0 @@
sequenceDiagram
participant A as Alice
participant AA as Alice's<br>agent
participant AS as Alice's<br>server
participant BS as Bob's<br>server
participant BA as Bob's<br>agent
participant B as Bob
note over AA, BA: status (receive/send): NONE/NONE
note over A, AA: 1. request connection<br>from agent
A ->> AA: createConnection
note over AA, AS: 2. create Alice's SMP queue
AA ->> AS: NEW: create SMP queue<br>allow sender to secure
AS ->> AA: IDS: SMP queue IDs
note over AA: status: NEW/NONE
AA ->> A: INV: invitation<br>to connect
note over A, B: 3. out-of-band invitation
A ->> B: OOB: invitation to connect
note over BA, B: 4. accept connection
B ->> BA: joinConnection:<br>via invitation info
note over BA: status: NONE/NEW
note over BA, AS: 5. secure Alice's SMP queue
BA ->> AS: SKEY: secure queue (this command needs to be proxied)
note over BA: status: NONE/SECURED
note over BA, BS: 6. create Bob's SMP queue
BA ->> BS: NEW: create SMP queue<br>allow sender to secure
BS ->> BA: IDS: SMP queue IDs
note over BA: status: NEW/SECURED
note over BA, AA: 7. confirm Alice's SMP queue
BA ->> AS: SEND: Bob's info without sender's key (SMP confirmation with reply queues)
note over BA: status: NEW/CONFIRMED
AS ->> AA: MSG: Bob's info without<br>sender server key
note over AA: status: CONFIRMED/NEW
AA ->> AS: ACK: confirm message
AA ->> A: CONF: connection request ID<br>and Bob's info
A -> AA: allowConnection: accept connection request,<br>send Alice's info
note over AA, BS: 8. secure Bob's SMP queue
AA ->> BS: SKEY: secure queue (this command needs to be proxied)
note over BA: status: CONFIRMED/SECURED
AA ->> BS: SEND: Alice's info without sender's server key (SMP confirmation without reply queues)
note over AA: status: CONFIRMED/CONFIRMED
note over AA, A: 9. notify Alice<br>about connection success<br>(no HELLO needed in v6)
AA ->> A: CON: connected
note over AA: status: ACTIVE/ACTIVE
note over BA, B: 10. notify Bob<br>about connection success
BS ->> BA: MSG: Alice's info without<br>sender's server key
note over BA: status: CONFIRMED/CONFIRMED
BA ->> B: INFO: Alice's info
BA ->> BS: ACK: confirm message
BA ->> B: CON: connected
note over BA: status: ACTIVE/ACTIVE
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@@ -8,8 +8,8 @@ sequenceDiagram
note over AA, BA: status (receive/send): NONE/NONE
note over A, AA: 1. request connection<br>from agent
A ->> AA: createConnection
note over A, AA: 1. request connection from agent
A ->> AA: NEW: create<br>duplex connection
note over AA, AS: 2. create Alice's SMP queue
AA ->> AS: NEW: create SMP queue
@@ -17,58 +17,63 @@ sequenceDiagram
note over AA: status: NEW/NONE
AA ->> A: INV: invitation<br>to connect
note over AA: status: PENDING/NONE
note over A, B: 3. out-of-band invitation
A ->> B: OOB: invitation to connect
note over BA, B: 4. accept connection
B ->> BA: joinConnection:<br>via invitation info
B ->> BA: JOIN:<br>via invitation info
note over BA: status: NONE/NEW
note over BA, BS: 5. create Bob's SMP queue
BA ->> BS: NEW: create SMP queue
BS ->> BA: IDS: SMP queue IDs
note over BA: status: NEW/NEW
note over BA, AA: 6. confirm Alice's SMP queue
BA ->> AS: SEND: Bob's info and sender server key (SMP confirmation with reply queues)
note over BA: status: NEW/CONFIRMED
note over BA, AA: 5. establish Alice's SMP queue
BA ->> AS: SEND: Bob's info and sender server key (SMP confirmation)
note over BA: status: NONE/CONFIRMED
activate BA
AS ->> AA: MSG: Bob's info and<br>sender server key
note over AA: status: CONFIRMED/NONE
AA ->> AS: ACK: confirm message
AA ->> A: CONF: connection request ID<br>and Bob's info
A ->> AA: allowConnection: accept connection request,<br>send Alice's info
AA ->> A: REQ: connection request ID<br>and Bob's info
A ->> AA: ACPT: accept connection request,<br>send Alice's info
AA ->> AS: KEY: secure queue
note over AA: status: SECURED/NONE
AA ->> BS: SEND: Alice's info and sender's server key (SMP confirmation without reply queues)
note over AA: status: SECURED/CONFIRMED
BA ->> AS: SEND: HELLO: try sending until successful
deactivate BA
note over BA: status: NONE/ACTIVE
AS ->> AA: MSG: HELLO: Alice's agent<br>knows Bob can send
note over AA: status: ACTIVE/NONE
AA ->> AS: ACK: confirm message
note over BA, AA: 7. confirm Bob's SMP queue
note over BA, BS: 6. create Bob's SMP queue
BA ->> BS: NEW: create SMP queue
BS ->> BA: IDS: SMP queue IDs
note over BA: status: NEW/ACTIVE
note over AA, BA: 7. establish Bob's SMP queue
BA ->> AS: SEND: REPLY: invitation to the connect
note over BA: status: PENDING/ACTIVE
AS ->> AA: MSG: REPLY: invitation<br>to connect
note over AA: status: ACTIVE/NEW
AA ->> AS: ACK: confirm message
AA ->> BS: SEND: Alice's info and sender's server key
note over AA: status: ACTIVE/CONFIRMED
activate AA
BS ->> BA: MSG: Alice's info and<br>sender's server key
note over BA: status: CONFIRMED/CONFIRMED
note over BA: status: CONFIRMED/ACTIVE
BA ->> B: INFO: Alice's info
BA ->> BS: ACK: confirm message
BA ->> BS: KEY: secure queue
note over BA: status: SECURED/CONFIRMED
BA ->> AS: SEND: HELLO message
note over BA: status: SECURED/ACTIVE
AS ->> AA: MSG: HELLO: Alice's agent<br>knows Bob can send
note over AA: status: SECURED/ACTIVE
AA ->> AS: ACK: confirm message
AA ->> BS: SEND: HELLO
note over A, AA: 8. notify Alice<br>about connection success
AA ->> A: CON: connected
AA ->> BS: SEND: HELLO: try sending until successful
deactivate AA
note over AA: status: ACTIVE/ACTIVE
BS ->> BA: MSG: HELLO: Bob's agent<br>knows Alice can send
note over BA: status: ACTIVE/ACTIVE
BA ->> BS: ACK: confirm message
note over BA, B: 9. notify Bob<br>about connection success
note over A, B: 8. notify users about connection success
AA ->> A: CON: connected
BA ->> B: CON: connected
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@@ -1,17 +0,0 @@
sequenceDiagram
participant A as Alice
participant R as Current server<br>that has A's<br>receive queue
participant R' as New server<br>that has the new A's<br>receive queue
participant S as Server<br>that has A's send queue<br>(B's receive queue)
participant B as Bob
A ->> R': NEW: create new queue<br>(allow SKEY)
A ->> S: SEND: QADD (R'): send address<br>of the new queue(s)
S ->> B: MSG: QADD (R')
B ->> R': SKEY: secure new queue
B ->> R': SEND: QTEST
R' ->> A: MSG: QTEST
A ->> R: DEL: delete the old queue
B ->> R': SEND: send messages to the new queue
R' ->> A: MSG: receive messages from the new queue
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@@ -1,21 +0,0 @@
sequenceDiagram
participant A as Alice
participant R as Current server<br>that has A's<br>receive queue
participant R' as New server<br>that has the new A's<br>receive queue
participant S as Server<br>that has A's send queue<br>(B's receive queue)
participant B as Bob
A ->> R': NEW: create new queue
A ->> S: SEND: QADD (R'): send address<br>of the new queue(s)
S ->> B: MSG: QADD (R')
B ->> R: SEND: QKEY (R'): sender's key<br>for the new queue(s)
R ->> A: MSG: QKEY(R')
A ->> R': KEY: secure new queue
A ->> S: SEND: QUSE (R'): instruction to use new queue(s)
S ->> B: MSG: QUSE (R')
B ->> R': SEND: QTEST
R' ->> A: MSG: QTEST
A ->> R: DEL: delete the old queue
B ->> R': SEND: send messages to the new queue
R' ->> A: MSG: receive messages from the new queue
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@@ -1,30 +0,0 @@
sequenceDiagram
participant M as mobile app
participant C as chat core
participant A as agent
participant P as push server
participant APN as APN
note over M, APN: get device token
M ->> APN: registerForRemoteNotifications()
APN ->> M: device token
note over M, P: register device token with push server
M ->> C: /_ntf register <token>
C ->> A: registerNtfToken(<token>)
A ->> P: TNEW
P ->> A: ID (tokenId)
A ->> C: registered
C ->> M: registered
note over M, APN: verify device token
P ->> APN: E2E encrypted code<br>in background<br>notification
APN ->> M: deliver background notification with e2ee verification token
M ->> C: /_ntf verify <e2ee code>
C ->> A: verifyNtfToken(<e2ee code>)
A ->> P: TVFY code
P ->> A: OK / ERR
A ->> C: verified
C ->> M: verified
note over M, APN: now token ID can be used
@@ -1,26 +0,0 @@
sequenceDiagram
participant C as client app
participant A as agent
participant P as SimpleX<br>Notification<br>Server
participant APN as Apple<br>Push Notifications<br>Server
note over C, APN: get device token
C ->> APN: registerForRemoteNotifications()
APN ->> C: device token
note over C, P: register device token with push server
C ->> A: registerToken
A ->> P: TNEW
P ->> A: ID (tokenId)
A ->> C: registered
note over C, APN: verify device token
P ->> APN: E2E encrypted code<br>in background<br>notification
APN ->> C: deliver background notification with e2ee verification token
C ->> A: verifyToken<br>(<e2ee code>)
A ->> P: TVFY code
P ->> A: OK / ERR
A ->> C: verified
note over C, APN: now token ID can be used
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@@ -1,40 +0,0 @@
sequenceDiagram
participant M as mobile app
participant C as chat core
participant A as agent
participant S as SMP server
participant N as NTF server
participant APN as APN
note over M, APN: register subscription
alt register existing
M -->> A: on /_ntf register, for subscribed queues
else create new connection
A -->> S: NEW / JOIN
note over A, S: ...<br>Connection handshake<br>...
S -->> A: CON
end
A ->> S: NKEY nKey
S ->> A: NID nId
A ->> N: SNEW tknId dhKey (smpServer, nId, nKey)
N ->> A: ID subId dhKey
N ->> S: NSUB nId
S ->> N: OK [/ NMSG]
note over M, APN: notify about message
S ->> N: NMSG
N ->> APN: APNSMutableContent<br>ntfQueue, nonce
APN ->> M: UNMutableNotificationContent
note over M, S: ...<br>Client awaken, message is received<br>...
S ->> M: message
note over M: mutate notification
note over M, APN: change APN token
APN ->> M: new device token
M -->> C: /_ntf_sub update tkn
C -->> A: updateNtfToken()
A -->> N: TUPD tknId newDeviceToken
note over M, N: ...<br>Verify token<br>...
@@ -1,38 +0,0 @@
sequenceDiagram
participant C as client app
participant A as agent
participant S as SMP server
participant N as NTF server
participant APN as APN
note over C, APN: register subscription
alt register existing
C -->> A: registerToken
else create new connection
A -->> S: create/joinConnection
note over A, S: ...<br>Connection handshake<br>...
S -->> A: CON
end
A ->> S: NKEY nKey
S ->> A: NID nId
A ->> N: SNEW tknId dhKey (smpServer, nId, nKey)
N ->> A: ID subId dhKey
N ->> S: NSUB nId
S ->> N: OK / NMSG:<br>confirm subscription
note over C, APN: notify about message
S ->> N: NMSG
N ->> APN: APNSMutableContent<br>ntfQueue, nonce
APN ->> C: UNMutableNotificationContent
note over C, S: ...<br>Client awaken, message is received<br>...
S ->> C: message
note over C: show notification
note over C, APN: change APN token
APN ->> C: new device token
C -->> A: updateToken()
A -->> N: TUPD tknId newDeviceToken
note over C, N: ...<br>Verify token<br>...
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sequenceDiagram
participant B as Bob (sender)
participant S as server (queue RID)
participant A as Alice (recipient)
note over A: creating queue<br>("public" key RK<br>for msg retrieval)
A ->> S: 1. create queue ("NEW")
S ->> A: respond with queue RID and SID ("IDS")
note over A: out-of-band msg<br>(sender's queue SID<br>and "public" key EK<br>to encrypt msgs)
A -->> B: 2. send out-of-band message
note over B: secure queue<br>(with "public" key SK for<br>sending messages)
B ->> S: 3. confirm queue ("SKEY" command authorized with SK)
note over B: confirm queue<br>(public key<br>for e2e encryption<br>and any optional<br>encrypted info.)
B ->> S: 4. confirm queue ("SEND" command authorized with SK)
S ->> A: 5. deliver Bob's message (MSG)
note over A: decrypt message<br>("private" key EK)
A ->> S: acknowledge message (ACK)
note over S: 6. simplex<br>queue RID<br>is ready to use!
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