Look at the hot spots within the boundaries of the structure to identify which objects, files, or relationship clusters the complexity is concentrated on.
This module depends on multiple external boundaries and is currently processed as a candidate technology coupling center; only the dependency directions and boundaries that have been observed by warehouse evidence are retained in the figure.Praxis Software Structure Model
Structural collaboration: structural slice boards · t_display_p4/include/boards
Explain how the classes, interfaces, components or value objects in this structural slice boards/t_display_p4/include/boards share structural responsibilities in structural slice boards; candidates include TDisplayP4Board, TDisplayP4Board::ManagedSystemI2cGuard.
How to read pictures
- This Class / Structural Diagram focuses on the structural slice boards/t_display_p4/include/boards, rather than the entire top-level directory of boards.
- It only puts classes, interfaces, enumerations or structure types; method-level high-reference objects will enter Component/Hotspot and will no longer be mixed into the structure collaboration diagram.
- The candidate context is "structural slice boards". When reading the diagram, first confirm whether these objects jointly carry the same business capabilities, share support mechanisms or adaptation boundaries.
- One class-level relationship has been drawn in the figure, mainly from inheritance, interface implementation, creation or reference evidence.
Technical complexity analysis
- boards/t_display_p4/include/boards currently contains 2 class/structure and 0 interface/trait candidates.
- Currently, 1 class-level structural relationship is observed.
- The explanation goal of this diagram is to structure responsibilities and boundaries: which objects are like domain models, which objects are like interface contracts, and which objects are like strategies/adapters or shared supports.
- If the objects in the diagram are in the same directory but have no common business context or structural relationship, the generation process must be split or downgraded to Component/Hotspot instead of continuing to remain as Class/Structural Diagram.
Relationship with business complexity
- This diagram candidate is associated with "structural slice boards" and should be connected back to the Class Collaboration, Activity or Sequence drill-down diagram corresponding to the Use Case in the organization/process model.
- The software structure model cannot just say "there are many classes here", but should explain how these classes make business changes easier or more difficult.
- Candidates include: TDisplayP4Board, TDisplayP4Board::ManagedSystemI2cGuard.
Governance suggestions
- Do not think of top-level layers, directory names, or relationship numbers as the interpretation objects of the structure diagram; the structure diagram must be centered around a nameable business/technical context.
- When an object is out of the current context, has no relationship description, or is just a highly referenced utility class, it should be removed from the diagram and transferred to Component/Hotspot or shared support slice.
- When changing boards/t_display_p4/include/boards, maintain the reference relationship between it and the related Use Case, Component, and Sequence simultaneously.
UML/Technical Diagram
classDiagram
class TDisplayP4Board["TDisplayP4Board"] {
<<class>>
}
class TDisplayP4Board_ManagedSystemI2cGuard["TDisplayP4Board ManagedSystemI2cGuard"] {
<<class>>
}
TDisplayP4Board_ManagedSystemI2cGuard --|> TDisplayP4Board : I
Coverage
- Structure slice: boards/t_display_p4/include/boards
- Candidate business/technical context: structural slice boards
- Project boundary: boards
- Number of candidate structure objects: 2
- Number of candidate structure relationships: 1
- Object: TDisplayP4Board (class)
- Object: TDisplayP4Board::ManagedSystemI2cGuard (class)
Drill down on semantic elements in the diagram
-
TDisplayP4Board
component
TDisplayP4Board belongs to the boards/t_display_p4/include/boards structural slice, which is used to explain a structural responsibility in the "structural slice boards", rather than being put into the diagram because it has a high number of relationships in the boards.
- Technical roles
- Structure object: Its responsibilities must be explained in combination with Use Case, Sequence or Component drill-down evidence, and cannot be judged solely by name or directory.
- Why it appears
- It is located in boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h, and is in the same source code context as other classes/interfaces in the same slice; this context is closer to the real business or architectural boundary than the top-level directory boards.
- Relationship meaning
- The same slice relationship in the diagram represents the collaboration boundary of the candidate structure; only when there is evidence of interface implementation, inheritance, composition, strategy or port, it should be further marked as a clear design relationship.
- Drill-down intention
- Drilling down into TDisplayP4Board should verify the specific roles it plays in Component, Sequence, and Use Case Class Collaboration to avoid isolated class names being misinterpreted as business explanations.
- Business correlation
- TDisplayP4Board is a candidate technology carrier object for "structural slicing boards"; the current document explains the triggering conditions, processes or rules of its service through Trace/Refine links. If the evidence is insufficient, the confidence level will be reduced or the coverage will be reduced.
- Change impact
- Modifying TDisplayP4Board may affect the structural description in boards/t_display_p4/include/boards, and you should check whether the relevant Design/Engineering/Architecture documents are still consistent.
- Confidence
- high
Evidence
- boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h#L43
- Structure slice: boards/t_display_p4/include/boards
- Object type: class
- Candidate context: structural slice boards
Risk
- The current slice comes from local warehouse evidence and path context inference; the objects in the diagram must be able to explain the same structural context, otherwise the generation process will be split or degraded.
Problem
-
-
TDisplayP4Board::ManagedSystemI2cGuard
component
TDisplayP4Board::ManagedSystemI2cGuard belongs to the boards/t_display_p4/include/boards structural slice, which is used to explain a structural responsibility in the "structural slice boards", rather than being put into the diagram because it has a high number of relationships in the boards.
- Technical roles
- Structure object: Its responsibilities must be explained in combination with Use Case, Sequence or Component drill-down evidence, and cannot be judged solely by name or directory.
- Why it appears
- It is located in boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h, and is in the same source code context as other classes/interfaces in the same slice; this context is closer to the real business or architectural boundary than the top-level directory boards.
- Relationship meaning
- The same slice relationship in the diagram represents the collaboration boundary of the candidate structure; only when there is evidence of interface implementation, inheritance, composition, strategy or port, it should be further marked as a clear design relationship.
- Drill-down intention
- Drill down TDisplayP4Board::ManagedSystemI2cGuard should verify the specific role it plays in Component, Sequence, and Use Case Class Collaboration to avoid the isolated class name being misinterpreted as a business explanation.
- Business correlation
- TDisplayP4Board::ManagedSystemI2cGuard is a candidate technology carrier object for "structural slicing boards"; the current document explains the triggering conditions, processes or rules of its service through Trace/Refine links. If the evidence is insufficient, the confidence level will be reduced or the coverage will be reduced.
- Change impact
- Modifying TDisplayP4Board::ManagedSystemI2cGuard may affect the structure description in boards/t_display_p4/include/boards, and you should check whether the relevant Design/Engineering/Architecture documents are still consistent.
- Confidence
- high
Evidence
- boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h#L53
- Structure slice: boards/t_display_p4/include/boards
- Object type: class
- Candidate context: structural slice boards
Risk
- The current slice comes from local warehouse evidence and path context inference; the objects in the diagram must be able to explain the same structural context, otherwise the generation process will be split or degraded.
Problem
-
Drill-down UML
Evidence
- boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h#L43
- boards/t_display_p4/include/boards/t_display_p4/t_display_p4_board.h#L53
Problem
- This structural slice comes from local warehouse evidence; currently not enough Trace evidence has been found to bind it to the only business story, so it is only a candidate perspective of the software structure model.