[
https://issues.apache.org/jira/browse/UNOMI-882?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
]
Serge Huber updated UNOMI-882:
------------------------------
Description:
h2. Rationale
Our current documentation faces several challenges:
h3. Current Pain Points
* *Documentation Maintenance*:
** Diagrams are maintained separately from documentation
** Binary image files in version control
** Manual updates required when architecture changes
** Inconsistent diagram styles and formats
h3. Development Impact
* Documentation becomes outdated quickly
* High overhead in maintaining technical diagrams
* Difficulty in reviewing diagram changes
* Inconsistent representation of system architecture
h3. User Experience
* Outdated visual documentation
* Inconsistent representation across documents
* Difficulty understanding complex interactions
* Limited visualization of system architecture
h2. Proposed Solution
Integrate automated diagram generation directly within our AsciiDoc
documentation using a combination of PlantUML and GraphViz.
h3. Technical Components
* *PlantUML Integration*:
** C4 model support for architecture diagrams
** Sequence diagrams for interactions
** Component diagrams for services
* *GraphViz Support*:
** Dependency graphs
** Flow diagrams
** State machines
h3. Implementation Requirements
* GraphViz 2.40+
* PlantUML integration
* AsciiDoctor Diagram extensions
* Build system integration
h3. Build Integration
{noformat:xml}
<plugin>
<groupId>org.asciidoctor</groupId>
<artifactId>asciidoctor-maven-plugin</artifactId>
<configuration>
<requires>
<require>asciidoctor-diagram</require>
</requires>
<attributes>
<graphvizdot>${graphvizdot}</graphvizdot>
</attributes>
</configuration>
</plugin>
{noformat}
h2. Current Implementation Status
h3. Completed Work
* *Architecture Documentation*:
** High-level system architecture using C4 model
** Service interaction diagrams
** Data flow representations
** Component relationship diagrams
h3. Implemented Diagrams
* *High-Level Architecture*:
{noformat}
[plantuml]
----
@startuml
!include C4_Component.puml
Container(webApp, "Web Application")
Container(unomi, "Apache Unomi")
Container(elastic, "Search Engine")
@enduml
----
{noformat}
* *Service Architecture*:
{noformat}
[plantuml]
----
@startuml
package "Core Services" {
[Profile Service]
[Event Service]
[Rules Service]
}
@enduml
----
{noformat}
* *Data Flow*:
{noformat}
[plantuml]
----
@startuml
|Client|
start
:Send Request;
|REST API|
:Process;
stop
@enduml
----
{noformat}
h3. Build System Integration
* *Automated Requirement Checking*:
** PowerShell build script (`build.ps1`) now includes:
*** Automatic detection of GraphViz installation
*** Clear installation instructions if missing
*** System requirement validation
*** Colorized output for better visibility
** Shell script (`build.sh`) includes:
*** GraphViz dependency checking
*** Platform-specific installation guidance
*** Enhanced error reporting
*** Progress tracking for long operations
h3. Build Script Features
* *Requirement Validation*:
** Checks for Java, Maven, and GraphViz installations
** Validates system resources
** Verifies tool versions
* *User Experience*:
** Clear error messages
** Installation guidance
** Progress indicators
** Colorized output (when supported)
* *Error Handling*:
** Detailed error reporting
** Recovery suggestions
** Platform-specific guidance
h3. Installation Support
* *Automated Installation Instructions*:
{noformat}
# When GraphViz is missing, the build script provides platform-specific
guidance:
# macOS
brew install graphviz
# Ubuntu/Debian
apt-get install graphviz
# Windows
choco install graphviz
{noformat}
* *Version Validation*:
** Checks GraphViz version compatibility
** Verifies dot command availability
** Ensures proper PATH configuration
h3. Technical Achievement
* Successfully integrated PlantUML
* Established consistent styling
* Version-controlled diagram sources
* Build process integration
h2. Benefits Realized
h3. For Developers
* *Maintenance*:
** Source-controlled diagrams
** Easy updates with code changes
** Consistent styling
** Integrated review process
h3. For Documentation
* *Quality*:
** Always up-to-date diagrams
** Consistent visual language
** Professional presentation
** Better system representation
h3. For Users
* *Understanding*:
** Clear system architecture
** Better workflow visualization
** Consistent documentation
** Improved learning experience
h2. Next Steps
h3. Phase 1: Enhance Current Implementation
* Add GraphViz support
* Create additional diagram templates
* Document creation guidelines
* Expand diagram coverage
h3. Phase 2: Advanced Features
* Automated diagram generation
* Interactive HTML elements
* Dynamic diagram updates
* Extended diagram types
h2. Success Metrics
h3. Quantitative
* 50% reduction in diagram maintenance time
* 100% of diagrams in source control
* Zero outdated diagrams
* 30% increase in documentation clarity
h3. Qualitative
* Improved documentation accuracy
* Better system understanding
* Enhanced collaboration
* Increased developer satisfaction
h2. Required Actions
h3. Development Team
1. Install required tools:
{noformat}
# macOS
brew install graphviz
# Ubuntu/Debian
apt-get install graphviz
# Windows
choco install graphviz
{noformat}
2. Update build configurations
3. Review existing diagrams
4. Plan new diagram additions
h3. Documentation Team
1. Review diagram guidelines
2. Identify documentation gaps
3. Plan diagram integration
4. Update style guide
was:
h2. Rationale
Our current documentation faces several challenges:
h3. Current Pain Points
* *Documentation Maintenance*:
** Diagrams are maintained separately from documentation
** Binary image files in version control
** Manual updates required when architecture changes
** Inconsistent diagram styles and formats
h3. Development Impact
* Documentation becomes outdated quickly
* High overhead in maintaining technical diagrams
* Difficulty in reviewing diagram changes
* Inconsistent representation of system architecture
h3. User Experience
* Outdated visual documentation
* Inconsistent representation across documents
* Difficulty understanding complex interactions
* Limited visualization of system architecture
h2. Proposed Solution
Integrate automated diagram generation directly within our AsciiDoc
documentation using a combination of PlantUML and GraphViz.
h3. Technical Components
* *PlantUML Integration*:
** C4 model support for architecture diagrams
** Sequence diagrams for interactions
** Component diagrams for services
* *GraphViz Support*:
** Dependency graphs
** Flow diagrams
** State machines
h3. Implementation Requirements
* GraphViz 2.40+
* PlantUML integration
* AsciiDoctor Diagram extensions
* Build system integration
h3. Build Integration
{noformat:xml}
<plugin>
<groupId>org.asciidoctor</groupId>
<artifactId>asciidoctor-maven-plugin</artifactId>
<configuration>
<requires>
<require>asciidoctor-diagram</require>
</requires>
<attributes>
<graphvizdot>${graphvizdot}</graphvizdot>
</attributes>
</configuration>
</plugin>
{noformat}
h2. Current Implementation Status
h3. Completed Work
* *Architecture Documentation*:
** High-level system architecture using C4 model
** Service interaction diagrams
** Data flow representations
** Component relationship diagrams
h3. Implemented Diagrams
* *High-Level Architecture*:
{noformat}
[plantuml]
----
@startuml
!include C4_Component.puml
Container(webApp, "Web Application")
Container(unomi, "Apache Unomi")
Container(elastic, "Search Engine")
@enduml
----
{noformat}
* *Service Architecture*:
{noformat}
[plantuml]
----
@startuml
package "Core Services" {
[Profile Service]
[Event Service]
[Rules Service]
}
@enduml
----
{noformat}
* *Data Flow*:
{noformat}
[plantuml]
----
@startuml
|Client|
start
:Send Request;
|REST API|
:Process;
stop
@enduml
----
{noformat}
h3. Technical Achievement
* Successfully integrated PlantUML
* Established consistent styling
* Version-controlled diagram sources
* Build process integration
h2. Benefits Realized
h3. For Developers
* *Maintenance*:
** Source-controlled diagrams
** Easy updates with code changes
** Consistent styling
** Integrated review process
h3. For Documentation
* *Quality*:
** Always up-to-date diagrams
** Consistent visual language
** Professional presentation
** Better system representation
h3. For Users
* *Understanding*:
** Clear system architecture
** Better workflow visualization
** Consistent documentation
** Improved learning experience
h2. Next Steps
h3. Phase 1: Enhance Current Implementation
* Add GraphViz support
* Create additional diagram templates
* Document creation guidelines
* Expand diagram coverage
h3. Phase 2: Advanced Features
* Automated diagram generation
* Interactive HTML elements
* Dynamic diagram updates
* Extended diagram types
h2. Success Metrics
h3. Quantitative
* 50% reduction in diagram maintenance time
* 100% of diagrams in source control
* Zero outdated diagrams
* 30% increase in documentation clarity
h3. Qualitative
* Improved documentation accuracy
* Better system understanding
* Enhanced collaboration
* Increased developer satisfaction
h2. Required Actions
h3. Development Team
1. Install required tools:
{noformat}
# macOS
brew install graphviz
# Ubuntu/Debian
apt-get install graphviz
# Windows
choco install graphviz
{noformat}
2. Update build configurations
3. Review existing diagrams
4. Plan new diagram additions
h3. Documentation Team
1. Review diagram guidelines
2. Identify documentation gaps
3. Plan diagram integration
4. Update style guide
> Enhanced Technical Documentation with Integrated Diagrams
> ---------------------------------------------------------
>
> Key: UNOMI-882
> URL: https://issues.apache.org/jira/browse/UNOMI-882
> Project: Apache Unomi
> Issue Type: Sub-task
> Components: unomi(-core)
> Affects Versions: unomi-3.0.0
> Reporter: Serge Huber
> Assignee: Serge Huber
> Priority: Major
> Fix For: unomi-3.0.0
>
>
> h2. Rationale
> Our current documentation faces several challenges:
> h3. Current Pain Points
> * *Documentation Maintenance*:
> ** Diagrams are maintained separately from documentation
> ** Binary image files in version control
> ** Manual updates required when architecture changes
> ** Inconsistent diagram styles and formats
> h3. Development Impact
> * Documentation becomes outdated quickly
> * High overhead in maintaining technical diagrams
> * Difficulty in reviewing diagram changes
> * Inconsistent representation of system architecture
> h3. User Experience
> * Outdated visual documentation
> * Inconsistent representation across documents
> * Difficulty understanding complex interactions
> * Limited visualization of system architecture
> h2. Proposed Solution
> Integrate automated diagram generation directly within our AsciiDoc
> documentation using a combination of PlantUML and GraphViz.
> h3. Technical Components
> * *PlantUML Integration*:
> ** C4 model support for architecture diagrams
> ** Sequence diagrams for interactions
> ** Component diagrams for services
> * *GraphViz Support*:
> ** Dependency graphs
> ** Flow diagrams
> ** State machines
> h3. Implementation Requirements
> * GraphViz 2.40+
> * PlantUML integration
> * AsciiDoctor Diagram extensions
> * Build system integration
> h3. Build Integration
> {noformat:xml}
> <plugin>
> <groupId>org.asciidoctor</groupId>
> <artifactId>asciidoctor-maven-plugin</artifactId>
> <configuration>
> <requires>
> <require>asciidoctor-diagram</require>
> </requires>
> <attributes>
> <graphvizdot>${graphvizdot}</graphvizdot>
> </attributes>
> </configuration>
> </plugin>
> {noformat}
> h2. Current Implementation Status
> h3. Completed Work
> * *Architecture Documentation*:
> ** High-level system architecture using C4 model
> ** Service interaction diagrams
> ** Data flow representations
> ** Component relationship diagrams
> h3. Implemented Diagrams
> * *High-Level Architecture*:
> {noformat}
> [plantuml]
> ----
> @startuml
> !include C4_Component.puml
> Container(webApp, "Web Application")
> Container(unomi, "Apache Unomi")
> Container(elastic, "Search Engine")
> @enduml
> ----
> {noformat}
> * *Service Architecture*:
> {noformat}
> [plantuml]
> ----
> @startuml
> package "Core Services" {
> [Profile Service]
> [Event Service]
> [Rules Service]
> }
> @enduml
> ----
> {noformat}
> * *Data Flow*:
> {noformat}
> [plantuml]
> ----
> @startuml
> |Client|
> start
> :Send Request;
> |REST API|
> :Process;
> stop
> @enduml
> ----
> {noformat}
> h3. Build System Integration
> * *Automated Requirement Checking*:
> ** PowerShell build script (`build.ps1`) now includes:
> *** Automatic detection of GraphViz installation
> *** Clear installation instructions if missing
> *** System requirement validation
> *** Colorized output for better visibility
> ** Shell script (`build.sh`) includes:
> *** GraphViz dependency checking
> *** Platform-specific installation guidance
> *** Enhanced error reporting
> *** Progress tracking for long operations
> h3. Build Script Features
> * *Requirement Validation*:
> ** Checks for Java, Maven, and GraphViz installations
> ** Validates system resources
> ** Verifies tool versions
> * *User Experience*:
> ** Clear error messages
> ** Installation guidance
> ** Progress indicators
> ** Colorized output (when supported)
> * *Error Handling*:
> ** Detailed error reporting
> ** Recovery suggestions
> ** Platform-specific guidance
> h3. Installation Support
> * *Automated Installation Instructions*:
> {noformat}
> # When GraphViz is missing, the build script provides platform-specific
> guidance:
> # macOS
> brew install graphviz
> # Ubuntu/Debian
> apt-get install graphviz
> # Windows
> choco install graphviz
> {noformat}
> * *Version Validation*:
> ** Checks GraphViz version compatibility
> ** Verifies dot command availability
> ** Ensures proper PATH configuration
> h3. Technical Achievement
> * Successfully integrated PlantUML
> * Established consistent styling
> * Version-controlled diagram sources
> * Build process integration
> h2. Benefits Realized
> h3. For Developers
> * *Maintenance*:
> ** Source-controlled diagrams
> ** Easy updates with code changes
> ** Consistent styling
> ** Integrated review process
> h3. For Documentation
> * *Quality*:
> ** Always up-to-date diagrams
> ** Consistent visual language
> ** Professional presentation
> ** Better system representation
> h3. For Users
> * *Understanding*:
> ** Clear system architecture
> ** Better workflow visualization
> ** Consistent documentation
> ** Improved learning experience
> h2. Next Steps
> h3. Phase 1: Enhance Current Implementation
> * Add GraphViz support
> * Create additional diagram templates
> * Document creation guidelines
> * Expand diagram coverage
> h3. Phase 2: Advanced Features
> * Automated diagram generation
> * Interactive HTML elements
> * Dynamic diagram updates
> * Extended diagram types
> h2. Success Metrics
> h3. Quantitative
> * 50% reduction in diagram maintenance time
> * 100% of diagrams in source control
> * Zero outdated diagrams
> * 30% increase in documentation clarity
> h3. Qualitative
> * Improved documentation accuracy
> * Better system understanding
> * Enhanced collaboration
> * Increased developer satisfaction
> h2. Required Actions
> h3. Development Team
> 1. Install required tools:
> {noformat}
> # macOS
> brew install graphviz
> # Ubuntu/Debian
> apt-get install graphviz
> # Windows
> choco install graphviz
> {noformat}
> 2. Update build configurations
> 3. Review existing diagrams
> 4. Plan new diagram additions
> h3. Documentation Team
> 1. Review diagram guidelines
> 2. Identify documentation gaps
> 3. Plan diagram integration
> 4. Update style guide
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