CrysisShot Plugin - Testing Development Roadmap

1. Overview of Testing Strategy

This document outlines the testing strategy for the CrysisShot plugin. The goal is to ensure code quality, prevent regressions, and facilitate ongoing development. We will employ a combination of:

Unit Tests: To test individual components (classes and methods) in isolation. This will be the primary focus for automated testing.
Integration Tests: To test the interaction between different components of the plugin.
Functional/End-to-End (E2E) Tests (Agent-Guided): To simulate player/admin actions on a server, largely guided by the AI agent and executed manually by the developer.

2. Phase 1: Unit Testing Setup & Core Logic

2.1. Setup Testing Environment

Add Dependencies:
- Ensure JUnit 5 (Jupiter) is in
```
pom.xml
```
  (usually
```
junit-jupiter-api
```
  and
```
junit-jupiter-engine
```
  in
```
test
```
  scope).
- Add Mockito Core (
```
mockito-core
```
  ) to
```
pom.xml
```
  for mocking dependencies (especially Bukkit API classes).
- (Optional) Add MockBukkit if deeper Bukkit simulation is needed for specific unit/integration tests later.
Verify Directory Structure:
- Ensure the standard Maven test directory
```
src/test/java/com/crysisshot/...
```
  exists.

2.2. Target Non-Bukkit Dependent Classes for Initial Unit Tests

For these classes, we can write pure JUnit tests with minimal to no mocking of Bukkit APIs.

ConfigManager.java
- Test loading of default
```
config.yml
```
  .
- Test retrieval of various configuration values (strings, integers, booleans, lists).
- Test handling of missing configuration values (default fallbacks).
- Test configuration reloading.
MessageManager.java
- Test loading of default
```
en.yml
```
  locale.
- Test retrieval of simple messages.
- Test retrieval of messages with placeholders.
- Test language switching for a player (if state is managed internally or mockable).
- Test fallback to default language if a message key is missing in a specific locale.
Arena.java
(Non-Bukkit specific logic)
- Test getters and setters for properties like
```
name
```
  ,
```
minPlayers
```
  ,
```
maxPlayers
```
  ,
```
theme
```
  .
- Test state transitions (
```
setState
```
  ,
```
getState
```
  ).
- Test validation logic if any is purely internal to the class (e.g.,
```
isValid()
```
  if it doesn't rely heavily on Bukkit locations immediately).
ScoreCalculator.java
(if logic is sufficiently decoupled)
- Test base kill score.
- Test combo bonus calculations for different kill streak levels.
- Test any other special scoring rules.

Arena.Theme
(Enum)

Test
```
getDisplayName()
```
and
```
getDescription()
```
methods.

3. Phase 2: Unit Testing Bukkit-Dependent Logic (with Mockito)

For classes interacting more directly with Bukkit APIs, we'll use Mockito to mock those dependencies.

ArenaManager.java
- Mock
```
CrysisShot
```
  plugin instance,
```
ConfigManager
```
  ,
```
FileConfiguration
```
  (for
```
arenas.yml
```
  ).
- Test
```
loadArenas()
```
  :
  - Loading from an empty
```
arenas.yml
```
    .
  - Loading valid arena configurations.
  - Handling malformed arena configurations.
- Test
```
saveArenas()
```
  :
  - Saving arenas to
```
arenas.yml
```
    .
- Test
```
addArena()
```
  ,
```
removeArena()
```
  ,
```
getArena()
```
  .
- Test
```
validateArena()
```
  :
  - Mock
```
Location
```
    ,
```
World
```
    as needed.
  - Test scenarios for missing lobby, spawns, bounds, etc.
ArenaSetupManager.java
- Mock
```
Player
```
  ,
```
CrysisShot
```
  plugin,
```
ArenaManager
```
  ,
```
MessageManager
```
  .
- Test
```
startSetup()
```
  :
  - Starting a new arena setup.
  - Attempting to start setup when already in a session.
- Test
```
endSetup()
```
  :
  - Saving a valid setup.
  - Cancelling a setup.
- Test
```
handleSetupCommand()
```
  for various sub-commands:
  - ```
  setLobby
```
  ,
```
  setSpectator
```
  ,
```
  addSpawn
```
  ,
```
  removeSpawn
```
  ,
```
  setBounds
```
  ,
```
  setTheme
```
  ,
```
  setPlayers
```
  .
- Mock player's location and other necessary states.
- Verify interactions with the
```
  ArenaSetupSession
```
  and
```
  ArenaManager
```
  .
- Test
```
validateCurrentSetup()
```
  logic.
ArenaThemeManager.java
- Mock
```
CrysisShot
```
  plugin,
```
Arena
```
  .
- Test
```
initializeThemeConfigurations()
```
  : Verify that theme configurations are loaded correctly.
- Test
```
getThemeConfiguration()
```
  for different themes.
- Test
```
getBuildingGuidelines()
```
  for various themes.
- Unit testing
```
startThemeEffects
```
  and
```
stopThemeEffects
```
  is challenging due to
```
BukkitScheduler
```
  . We can test that the correct parameters would be passed to the scheduler, or that tasks are correctly added/removed from
```
activeEffects
```
  , but not the effects themselves.
CrysisShotCommand.java
(Focus on command logic, not execution outcome)
- Mock
```
CommandSender
```
  ,
```
Player
```
  ,
```
CrysisShot
```
  plugin, and all relevant managers (
```
GameManager
```
  ,
```
MessageManager
```
  ,
```
ArenaSetupManager
```
  ,
```
ArenaThemeManager
```
  ).
- For each subcommand (e.g.,
```
/cs admin setup start <name>
```
  ,
```
/cs admin theme preview <theme>
```
  ):
  - Verify permission checks.
  - Verify argument parsing and validation.
  - Verify that the correct methods on manager classes are called with the correct arguments.
  - Verify that appropriate messages are sent via
```
MessageManager
```
    .
- Test
```
onTabComplete()
```
  logic for various argument lengths and commands.

4. Phase 3: Integration Testing

This phase will focus on testing interactions between multiple components. MockBukkit might be introduced here for more realistic server environment simulation if pure mocking becomes too cumbersome.

Arena Creation & Setup Flow:
- Simulate a sequence of
```
/cs admin setup ...
```
  commands.
- Verify the
```
Arena
```
  object is correctly configured in
```
ArenaManager
```
  .
- Verify
```
arenas.yml
```
  is updated correctly upon saving.
Theme Application Flow:
- Simulate
```
/cs admin setup theme <theme_name>
```
  during setup.
- Simulate
```
/cs admin theme preview <theme_name>
```
  .
- Verify the
```
Arena
```
  object reflects the chosen theme and that
```
ArenaThemeManager
```
  provides correct data.
Configuration Reload Flow:
- Modify a mock
```
config.yml
```
  or
```
arenas.yml
```
  .
- Simulate
```
/cs admin reload
```
  .
- Verify that
```
ConfigManager
```
  and
```
ArenaManager
```
  reflect the reloaded configurations.

5. Phase 4: Functional/End-to-End (E2E) Testing (Agent-Guided)

This will continue as per our current workflow, where the AI agent (GitHub Copilot) generates test scenarios and command sequences, and the developer executes them on a live or test server.

Key Scenarios to Cover (Iteratively):

Full arena setup from scratch for each available theme.
Arena theme preview and guidelines command for all themes.
Arena theme effects start/stop for different arenas.
Basic player commands (join, leave, queue - once implemented).
Admin commands (reload, version, list arenas).
Language switching and message verification.
Error handling for invalid commands and inputs.

6. Workflow for AI-Driven Test Implementation

Select Target: AI agent (GitHub Copilot) will pick a class or method from the roadmap above (e.g., "Unit test
```
ConfigManager.getString()
```
").
Clarify Requirements: If needed, Copilot will ask for clarification on specific behaviors or edge cases.
Generate Test Code: Copilot will generate the JUnit test case(s) for the selected target.
Developer Review: The developer reviews the generated test code.
Execution: Developer (or Copilot via tool if available and safe) runs
```
mvn test
```
.
Analysis & Iteration:
- If tests pass, proceed to the next target.
- If tests fail, Copilot will help debug the test or the source code.
Commit: Once tests for a logical unit are passing, commit them with a message like
```
test: add unit tests for ConfigManager
```
or
```
test: cover theme preview command logic
```
.

This document will be updated as the testing progresses and new areas for testing are identified.

CrysisShot Plugin - Testing Development Roadmap

1. Overview of Testing Strategy

This document outlines the testing strategy for the CrysisShot plugin. The goal is to ensure code quality, prevent regressions, and facilitate ongoing development. We will employ a combination of:

Unit Tests: To test individual components (classes and methods) in isolation. This will be the primary focus for automated testing.
Integration Tests: To test the interaction between different components of the plugin.
Functional/End-to-End (E2E) Tests (Agent-Guided): To simulate player/admin actions on a server, largely guided by the AI agent and executed manually by the developer.

2. Phase 1: Unit Testing Setup & Core Logic

2.1. Setup Testing Environment

Add Dependencies:
- Ensure JUnit 5 (Jupiter) is in
```
pom.xml
```
  (usually
```
junit-jupiter-api
```
  and
```
junit-jupiter-engine
```
  in
```
test
```
  scope).
- Add Mockito Core (
```
mockito-core
```
  ) to
```
pom.xml
```
  for mocking dependencies (especially Bukkit API classes).
- (Optional) Add MockBukkit if deeper Bukkit simulation is needed for specific unit/integration tests later.
Verify Directory Structure:
- Ensure the standard Maven test directory
```
src/test/java/com/crysisshot/...
```
  exists.

2.2. Target Non-Bukkit Dependent Classes for Initial Unit Tests

For these classes, we can write pure JUnit tests with minimal to no mocking of Bukkit APIs.

ConfigManager.java
- Test loading of default
```
config.yml
```
  .
- Test retrieval of various configuration values (strings, integers, booleans, lists).
- Test handling of missing configuration values (default fallbacks).
- Test configuration reloading.
MessageManager.java
- Test loading of default
```
en.yml
```
  locale.
- Test retrieval of simple messages.
- Test retrieval of messages with placeholders.
- Test language switching for a player (if state is managed internally or mockable).
- Test fallback to default language if a message key is missing in a specific locale.
Arena.java
(Non-Bukkit specific logic)
- Test getters and setters for properties like
```
name
```
  ,
```
minPlayers
```
  ,
```
maxPlayers
```
  ,
```
theme
```
  .
- Test state transitions (
```
setState
```
  ,
```
getState
```
  ).
- Test validation logic if any is purely internal to the class (e.g.,
```
isValid()
```
  if it doesn't rely heavily on Bukkit locations immediately).
ScoreCalculator.java
(if logic is sufficiently decoupled)
- Test base kill score.
- Test combo bonus calculations for different kill streak levels.
- Test any other special scoring rules.

Arena.Theme
(Enum)

Test
```
getDisplayName()
```
and
```
getDescription()
```
methods.

3. Phase 2: Unit Testing Bukkit-Dependent Logic (with Mockito)

For classes interacting more directly with Bukkit APIs, we'll use Mockito to mock those dependencies.

ArenaManager.java
- Mock
```
CrysisShot
```
  plugin instance,
```
ConfigManager
```
  ,
```
FileConfiguration
```
  (for
```
arenas.yml
```
  ).
- Test
```
loadArenas()
```
  :
  - Loading from an empty
```
arenas.yml
```
    .
  - Loading valid arena configurations.
  - Handling malformed arena configurations.
- Test
```
saveArenas()
```
  :
  - Saving arenas to
```
arenas.yml
```
    .
- Test
```
addArena()
```
  ,
```
removeArena()
```
  ,
```
getArena()
```
  .
- Test
```
validateArena()
```
  :
  - Mock
```
Location
```
    ,
```
World
```
    as needed.
  - Test scenarios for missing lobby, spawns, bounds, etc.
ArenaSetupManager.java
- Mock
```
Player
```
  ,
```
CrysisShot
```
  plugin,
```
ArenaManager
```
  ,
```
MessageManager
```
  .
- Test
```
startSetup()
```
  :
  - Starting a new arena setup.
  - Attempting to start setup when already in a session.
- Test
```
endSetup()
```
  :
  - Saving a valid setup.
  - Cancelling a setup.
- Test
```
handleSetupCommand()
```
  for various sub-commands:
  - ```
  setLobby
```
  ,
```
  setSpectator
```
  ,
```
  addSpawn
```
  ,
```
  removeSpawn
```
  ,
```
  setBounds
```
  ,
```
  setTheme
```
  ,
```
  setPlayers
```
  .
- Mock player's location and other necessary states.
- Verify interactions with the
```
  ArenaSetupSession
```
  and
```
  ArenaManager
```
  .
- Test
```
validateCurrentSetup()
```
  logic.
ArenaThemeManager.java
- Mock
```
CrysisShot
```
  plugin,
```
Arena
```
  .
- Test
```
initializeThemeConfigurations()
```
  : Verify that theme configurations are loaded correctly.
- Test
```
getThemeConfiguration()
```
  for different themes.
- Test
```
getBuildingGuidelines()
```
  for various themes.
- Unit testing
```
startThemeEffects
```
  and
```
stopThemeEffects
```
  is challenging due to
```
BukkitScheduler
```
  . We can test that the correct parameters would be passed to the scheduler, or that tasks are correctly added/removed from
```
activeEffects
```
  , but not the effects themselves.
CrysisShotCommand.java
(Focus on command logic, not execution outcome)
- Mock
```
CommandSender
```
  ,
```
Player
```
  ,
```
CrysisShot
```
  plugin, and all relevant managers (
```
GameManager
```
  ,
```
MessageManager
```
  ,
```
ArenaSetupManager
```
  ,
```
ArenaThemeManager
```
  ).
- For each subcommand (e.g.,
```
/cs admin setup start <name>
```
  ,
```
/cs admin theme preview <theme>
```
  ):
  - Verify permission checks.
  - Verify argument parsing and validation.
  - Verify that the correct methods on manager classes are called with the correct arguments.
  - Verify that appropriate messages are sent via
```
MessageManager
```
    .
- Test
```
onTabComplete()
```
  logic for various argument lengths and commands.

4. Phase 3: Integration Testing

This phase will focus on testing interactions between multiple components. MockBukkit might be introduced here for more realistic server environment simulation if pure mocking becomes too cumbersome.

Arena Creation & Setup Flow:
- Simulate a sequence of
```
/cs admin setup ...
```
  commands.
- Verify the
```
Arena
```
  object is correctly configured in
```
ArenaManager
```
  .
- Verify
```
arenas.yml
```
  is updated correctly upon saving.
Theme Application Flow:
- Simulate
```
/cs admin setup theme <theme_name>
```
  during setup.
- Simulate
```
/cs admin theme preview <theme_name>
```
  .
- Verify the
```
Arena
```
  object reflects the chosen theme and that
```
ArenaThemeManager
```
  provides correct data.
Configuration Reload Flow:
- Modify a mock
```
config.yml
```
  or
```
arenas.yml
```
  .
- Simulate
```
/cs admin reload
```
  .
- Verify that
```
ConfigManager
```
  and
```
ArenaManager
```
  reflect the reloaded configurations.

5. Phase 4: Functional/End-to-End (E2E) Testing (Agent-Guided)

This will continue as per our current workflow, where the AI agent (GitHub Copilot) generates test scenarios and command sequences, and the developer executes them on a live or test server.

Key Scenarios to Cover (Iteratively):

Full arena setup from scratch for each available theme.
Arena theme preview and guidelines command for all themes.
Arena theme effects start/stop for different arenas.
Basic player commands (join, leave, queue - once implemented).
Admin commands (reload, version, list arenas).
Language switching and message verification.
Error handling for invalid commands and inputs.

6. Workflow for AI-Driven Test Implementation

Select Target: AI agent (GitHub Copilot) will pick a class or method from the roadmap above (e.g., "Unit test
```
ConfigManager.getString()
```
").
Clarify Requirements: If needed, Copilot will ask for clarification on specific behaviors or edge cases.
Generate Test Code: Copilot will generate the JUnit test case(s) for the selected target.
Developer Review: The developer reviews the generated test code.
Execution: Developer (or Copilot via tool if available and safe) runs
```
mvn test
```
.
Analysis & Iteration:
- If tests pass, proceed to the next target.
- If tests fail, Copilot will help debug the test or the source code.
Commit: Once tests for a logical unit are passing, commit them with a message like
```
test: add unit tests for ConfigManager
```
or
```
test: cover theme preview command logic
```
.

This document will be updated as the testing progresses and new areas for testing are identified.

CrysisShot Plugin - Testing Development Roadmap

CrysisShot Plugin - Testing Development Roadmap

1. Overview of Testing Strategy

2. Phase 1: Unit Testing Setup & Core Logic

2.1. Setup Testing Environment

2.2. Target Non-Bukkit Dependent Classes for Initial Unit Tests

3. Phase 2: Unit Testing Bukkit-Dependent Logic (with Mockito)

4. Phase 3: Integration Testing

5. Phase 4: Functional/End-to-End (E2E) Testing (Agent-Guided)

6. Workflow for AI-Driven Test Implementation

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CrysisShot Plugin - Testing Development Roadmap

1. Overview of Testing Strategy

2. Phase 1: Unit Testing Setup & Core Logic

2.1. Setup Testing Environment

2.2. Target Non-Bukkit Dependent Classes for Initial Unit Tests

3. Phase 2: Unit Testing Bukkit-Dependent Logic (with Mockito)

4. Phase 3: Integration Testing

5. Phase 4: Functional/End-to-End (E2E) Testing (Agent-Guided)

6. Workflow for AI-Driven Test Implementation