Merge testimize-mcp-minimal-separate-methods into main

Author: angelovstanton

.claude/settings.local.json

@@ -0,0 +1,14 @@
+{
+  "permissions": {
+    "allow": [
+      "Bash(mkdir:*)",
+      "Bash(dotnet test:*)",
+      "Bash(dotnet build:*)",
+      "Bash(dir:*)",
+      "Bash(findstr:*)",
+      "Bash(del:*)"
+    ],
+    "deny": [],
+    "ask": []
+  }
+}

.dockerignore

@@ -0,0 +1,13 @@
+**/bin/
+**/obj/
+**/.vs/
+**/.vscode/
+**/node_modules/
+**/.git/
+**/.gitignore
+**/README.md
+**/*.md
+**/Dockerfile
+**/.dockerignore
+**/docker-compose.yml
+**/docker-compose.override.yml

.gitignore

@@ -398,3 +398,10 @@ FodyWeavers.xsd
 
 # JetBrains Rider
 *.sln.iml
+
+# Claude Code configuration
+CLAUDE.md
+
+.claude
+.github
+/.claude

DiagramsEN/1. Use Case Diagrams/usecase-diagram1.txt

@@ -8,17 +8,17 @@ actor "GitHub CI Server" as CI
 actor "NuGet Gallery" as NuGet
 
 rectangle "Testimize Development Workflow" {
-  usecase UC1 as "Клониране на репозиторито"
-  usecase UC2 as "Създаване на feature branch"
-  usecase UC3 as "Разработка и локални тестове"
-  usecase UC4 as "Push към remote branch"
-  usecase UC5 as "Създаване на Pull Request"
-  usecase UC6 as "Одобрение на PR"
-  usecase UC7 as "Merge към main"
-  usecase UC8 as "CI билд и тестове (ci.yml)"
-  usecase UC9 as "Създаване на нов git tag версия"
-  usecase UC10 as "Одобрение на release"
-  usecase UC11 as "Публикация в NuGet (publish-nuget.yml)"
+  usecase UC1 as "Clone repository"
+  usecase UC2 as "Create feature branch"
+  usecase UC3 as "Development and local tests"
+  usecase UC4 as "Push to remote branch"
+  usecase UC5 as "Create Pull Request"
+  usecase UC6 as "PR approval"
+  usecase UC7 as "Merge to main"
+  usecase UC8 as "CI build and tests (ci.yml)"
+  usecase UC9 as "Create new git tag version"
+  usecase UC10 as "Release approval"
+  usecase UC11 as "Publish to NuGet (publish-nuget.yml)"
 }
 
 Contributor --> UC1
@@ -35,7 +35,7 @@ CI --> UC11
 Contributor --> UC9
 UC9 --> UC10 : <<include>>
 UC10 --> UC11
-UC11 --> NuGet : "Публикуване на пакет"
+UC11 --> NuGet : "Publish package"
 
 Maintainer --> UC6
 Maintainer --> UC10

DiagramsEN/2. Class Diagrams/class-diagram-1.txt

@@ -1,5 +1,5 @@
 'https://editor.plantuml.com/
-'Клас Диаграма 1: Как работи HybridArtificialBeeColonyTestCaseGenerator
+'Class Diagram 1: How HybridArtificialBeeColonyTestCaseGenerator works
 
 @startuml
 ' === Визуален стил ===

DiagramsEN/3. Sequence Diagrams/sequence_diagram1.png

@@ -1,8 +1,8 @@
 'https://editor.plantuml.com/
-'Sequence Diagram 1– Генериране на тест кейсове с ABC генератора
+'Sequence Diagram 1 - Test Case Generation with Hybrid ABC Algorithm
 
 @startuml
-' === Класически UML стил със силно визуално присъствие ===
+' === Classic UML style with strong visual presence ===
 skinparam style strictuml
 skinparam roundcorner 0
 skinparam ArrowColor Black
@@ -19,58 +19,68 @@ participant outputStrategy as "outputStrategy : ITestCaseOutputGenerator"
 client -> generator : GenerateTestCases(methodName, parameters, category)
 
 note right of generator
-Фаза 0: Извличане на стратегии от Settings
+Phase 0: Initialize strategies from Settings
 end note
 
 generator -> settings : get_TestCaseGenerator()
 generator -> settings : get_TestCaseEvaluator()
 generator -> settings : get_OutputGenerator()
 
 note right of generator
-Фаза 1: Генериране на начална популация
+Phase 1: Generate initial population
 end note
 
 generator -> generatorStrategy : GenerateTestCases(parameters)
 generatorStrategy --> generator : HashSet<TestCase>
 
 note right of generator
-Фаза 2: Оценка на началната популация
+Phase 2: Evaluate initial population
 end note
 
 generator -> evaluatorStrategy : EvaluatePopulation(initialPopulation)
 
-loop за всяко поколение
+loop for each generation (1 to TotalGenerations)
 
     note right of generator
-    Фаза 3: Мутация и подобрение
+    Phase 3: Elite selection
     end note
 
-    generator -> generator : ApplyMutation()
+    generator -> generator : SelectElitePopulation(evaluatedPopulation, eliteCount)
 
     note right of generator
-    Фаза 4: Преоценка
+    Phase 4: Onlooker selection (if enabled)
     end note
 
-    generator -> evaluatorStrategy : EvaluatePopulation(mutatedPopulation)
+    generator -> generator : MaintainDiversePopulationOnlookerSelection(nonElite, evaluated, eliteCount)
 
     note right of generator
-    Фаза 5: Селекция (Elite, Onlooker, Scout)
+    Phase 5: Mutation with temperature control
     end note
 
-    generator -> generator : SelectEliteBees()
-    generator -> generator : SelectOnlookerBees()
-    generator -> generator : SelectScoutBees()
+    generator -> generator : MutatePopulation(evaluatedPopulation, nonElite, parameters, currentGen)
+
+    note right of generator
+    Phase 6: Scout phase (if currentGen >= threshold)
+    end note
+
+    generator -> generator : PerformScoutPhaseIfNeeded(parameters, evaluated, nonElite, currentGen)
+
+    note right of generator
+    Phase 7: Re-evaluate population
+    end note
+
+    generator -> evaluatorStrategy : EvaluatePopulation(evaluatedPopulation)
 
 end
 
 note right of generator
-Фаза 6: Финална селекция
+Phase 8: Apply final selection ratio
 end note
 
-generator -> generator : SelectFinalPopulation()
+generator -> generator : LimitFinalPopulationBasedOnSelectionRatio(evaluatedPopulation)
 
 note right of generator
-Фаза 7: Генериране на изход
+Phase 9: Generate output (if output generator provided)
 end note
 
 generator -> outputStrategy : GenerateOutput(methodName, finalTestCases, category)

DiagramsEN/3. Sequence Diagrams/sequence_diagram1.txt

@@ -1,8 +1,8 @@
 'https://editor.plantuml.com/
-'Sequence Diagram 2 - Конфигуриране и изпълнение чрез TestimizeEngine
+'Sequence Diagram 2 - Configuration and execution through TestimizeEngine
 
 @startuml
-' === Класически UML стил със силно визуално присъствие ===
+' === Classic UML style with strong visual presence ===
 skinparam style strictuml
 skinparam roundcorner 0
 skinparam ArrowColor Black
@@ -20,7 +20,7 @@ participant generator as "generator : HybridArtificialBeeColonyTestCaseGenerator
 participant outputGenerator as "outputGenerator : NUnitTestCaseOutputGenerator"
 
 note over client, engine
-Фаза 1: Клиентът извиква конфигурация с делегати
+Phase 1: Client invokes configuration with delegates
 end note
 
 client -> engine : Configure(parametersLambda, settingsLambda)
@@ -30,15 +30,15 @@ engine -> inputBuilder : new TestimizeInputBuilder()
 activate inputBuilder
 
 note right of inputBuilder
-Извикване на AddText(...) чрез делегат
+Calling AddText(...) through delegate
 end note
 
 inputBuilder -> paramBuilder : new ParameterBuilder<Text>
 paramBuilder -> valueBuilder : Valid("admin")
 valueBuilder -> paramBuilder : WithExpectedMessage("valid input")
 
 note right of inputBuilder
-Build() се извиква вътрешно в AddText()
+Build() is called internally in AddText()
 end note
 
 deactivate inputBuilder
@@ -48,7 +48,7 @@ engine -> builder : new TestSuiteBuilder(...)
 deactivate engine
 
 note over client, generator
-Фаза 2: Генериране чрез DI и ABC алгоритъм
+Phase 2: Generation through DI and ABC algorithm
 end note
 
 client -> builder : Generate()
@@ -62,7 +62,7 @@ generator -> generator : RunABCAlgorithm()
 generator -> outputGenerator : GenerateOutput(methodName, testCases, category)
 
 note right of outputGenerator
-Извежда към Console и Clipboard
+Outputs to Console and Clipboard
 end note
 
 generator --> builder : HashSet<TestCase>

DiagramsEN/3. Sequence Diagrams/sequence_diagram2.txt

@@ -1,5 +1,5 @@
 'https://editor.plantuml.com/
-'Sequence Diagram 3: Internal ABC Iterative Loop
+'Sequence Diagram 3: Simplified ABC Algorithm Internal Loop
 
 @startuml
 ' === Classic UML style with strong visual presence ===
@@ -9,50 +9,54 @@ skinparam ArrowColor Black
 skinparam ArrowFontColor Black
 skinparam sequenceMessageAlignment center
 
-participant generator as "generator : HybridArtificialBeeColonyTestCaseGenerator"
-participant evaluator as "evaluator : ITestCaseEvaluator"
-participant randomizer as "randomizer : Random"
+participant generator as "ABC Generator"
+participant evaluator as "Fitness Evaluator"
+participant randomizer as "Random Selector"
 
 note over generator
-Phase 1: Start RunABCAlgorithm()
+Phase 1: Initialize algorithm
 end note
 
-generator -> generator : CreateInitialPopulation()
-generator -> evaluator : EvaluatePopulation(initialPopulation)
+generator -> generator : Generate initial test population
+generator -> evaluator : Evaluate initial population fitness
 
 loop for each generation
 
     note over generator
-    Phase 2: Mutation of the population
+    Phase 2: Preserve best solutions
     end note
 
-    generator -> randomizer : Select test cases for mutation
-    generator -> generator : Apply mutations
+    generator -> generator : Select elite population
 
     note over generator
-    Phase 3: Evaluation of the new population
+    Phase 3: Exploration phase
     end note
 
-    generator -> evaluator : EvaluatePopulation(mutatedPopulation)
+    generator -> randomizer : Select candidates for mutation
+    generator -> generator : Apply mutations to non-elite
 
     note over generator
-    Phase 4: Check for stagnation and improvement
+    Phase 4: Fitness assessment
     end note
 
-    generator -> generator : Check improvement
+    generator -> evaluator : Evaluate mutated population
 
-    alt If no improvement
-        generator -> generator : IncreaseStagnationCounter()
-    else If improvement exists
-        generator -> generator : UpdateBestPopulation()
+    note over generator
+    Phase 5: Diversity maintenance
+    end note
+
+    alt Scout phase enabled and threshold reached
+        generator -> generator : Identify stagnant solutions
+        generator -> randomizer : Replace poor performers with new solutions
     end
 
 end
 
 note over generator
-Phase 5: Final selection
+Phase 6: Final optimization
 end note
 
-generator -> generator : SelectFinalPopulation()
+generator -> generator : Apply final selection ratio
+generator -> generator : Return optimized test suite
 
-@enduml
+@enduml

DiagramsEN/3. Sequence Diagrams/sequence_diagram3.txt

@@ -1,24 +1,24 @@
 'https://editor.plantuml.com/
-'Communication Diagram 1– Генериране на тест кейсове с ABC генератора
+'Communication Diagram 1 - Test case generation with ABC generator
 
 @startuml
 
-' === Визуални настройки ===
+' === Visual settings ===
 skinparam shadowing false
 skinparam roundcorner 0
 skinparam nodesep 100
 skinparam ranksep 220
 left to right direction
 
-' === Участници с "име : Клас" (валидно UML 2.x) ===
+' === Participants with "name : Class" (valid UML 2.x) ===
 rectangle "client : Client" as client
 rectangle "generator : HybridArtificialBeeColonyTestCaseGenerator" as generator
 rectangle "settings : ABCGenerationSettings" as settings
 rectangle "generatorStrategy : ITestCaseGenerator" as generatorStrategy
 rectangle "evaluatorStrategy : ITestCaseEvaluator" as evaluatorStrategy
 rectangle "outputStrategy : ITestCaseOutputGenerator" as outputStrategy
 
-' === Връзки и номерация ===
+' === Links and numbering ===
 client --> generator : 1. GenerateTestCases(...)
 
 generator --> settings : 1.1 get_TestCaseGenerator()