[CHA-RC2e] Update spec ids/ tests as per spec #77
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1. Fixed tests/roomtesthelper as per CHA-RC2e
WalkthroughThe pull request introduces several modifications across multiple files in the chat application, primarily focusing on enhancing error handling, refining method documentation, and improving the initialization of room features. Key changes include updates to the Changes
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (4)
chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt (1)
28-28: Documentation looks good, consider minor enhancement.The added documentation line effectively indicates that remaining specification items are covered in the
Room#ensureAttachedmethod. This aligns well with the comprehensive test coverage demonstrated in this file.Consider enhancing clarity by listing the specific remaining spec items:
- * All of the remaining spec items are specified at Room#ensureAttached method + * All remaining spec items (CHA-RL9a, CHA-RL9b, CHA-RL9c) are implemented in Room#ensureAttached methodchat-android/src/test/java/com/ably/chat/room/lifecycle/AttachTest.kt (1)
Line range hint
349-391: Consider adding a test helper method for channel name verification.The test effectively verifies the detachment of non-failed channels. However, the channel name verification pattern is repeated across multiple tests. Consider extracting this into a helper method to improve maintainability.
+ private fun assertChannelNames(expectedNames: List<String>, actualChannels: List<io.ably.lib.realtime.Channel>) { + Assert.assertEquals(expectedNames.size, actualChannels.size) + expectedNames.forEachIndexed { index, name -> + Assert.assertEquals(name, actualChannels[index].name) + } + }This helper method could be used across all tests that verify channel names, reducing code duplication and making the tests more maintainable.
chat-android/src/test/java/com/ably/chat/room/lifecycle/DetachTest.kt (1)
Line range hint
144-171: Enhance test readability and robustnessThe test case is well-structured but could benefit from the following improvements:
- fun `(CHA-RL2f, CHA-RL2g, CHA-RC2e) Detach op should detach each contributor channel sequentially and room should be considered DETACHED`() = runTest { + fun `(CHA-RL2f, CHA-RL2g, CHA-RC2e) Should sequentially detach all contributor channels and transition room to DETACHED state`() = runTest { val statusLifecycle = spyk(DefaultRoomLifecycle(logger)) mockkStatic(io.ably.lib.realtime.Channel::detachCoroutine) val capturedChannels = mutableListOf<io.ably.lib.realtime.Channel>() coEvery { any<io.ably.lib.realtime.Channel>().detachCoroutine() } coAnswers { capturedChannels.add(firstArg()) } val contributors = createRoomFeatureMocks() - Assert.assertEquals(5, contributors.size) + val expectedContributorCount = 5 + Assert.assertEquals(expectedContributorCount, contributors.size) val roomLifecycle = spyk(RoomLifecycleManager(roomScope, statusLifecycle, contributors, logger)) val result = kotlin.runCatching { roomLifecycle.detach() } Assert.assertTrue(result.isSuccess) Assert.assertEquals(RoomStatus.Detached, statusLifecycle.status) - Assert.assertEquals(5, capturedChannels.size) - repeat(5) { + Assert.assertEquals(expectedContributorCount, capturedChannels.size) + repeat(expectedContributorCount) { Assert.assertEquals(contributors[it].channel.name, capturedChannels[it].name) }chat-android/src/main/java/com/ably/chat/Room.kt (1)
Line range hint
244-266: Ensure Consistent HTTP Status Codes in Exception HandlingThe exceptions thrown in
ensureAttached()use bothHttpStatusCode.InternalServerErrorandHttpStatusCode.BadRequest. Consider standardizing the HTTP status codes to accurately represent the error conditions and maintain consistency across the codebase.
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📒 Files selected for processing (12)
chat-android/src/main/java/com/ably/chat/Messages.kt(1 hunks)chat-android/src/main/java/com/ably/chat/Presence.kt(2 hunks)chat-android/src/main/java/com/ably/chat/Room.kt(3 hunks)chat-android/src/main/java/com/ably/chat/RoomReactions.kt(1 hunks)chat-android/src/main/java/com/ably/chat/Typing.kt(4 hunks)chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt(1 hunks)chat-android/src/test/java/com/ably/chat/room/RoomFeatureSharedChannelTest.kt(1 hunks)chat-android/src/test/java/com/ably/chat/room/RoomTestHelpers.kt(1 hunks)chat-android/src/test/java/com/ably/chat/room/lifecycle/AttachTest.kt(5 hunks)chat-android/src/test/java/com/ably/chat/room/lifecycle/DetachTest.kt(2 hunks)chat-android/src/test/java/com/ably/chat/room/lifecycle/ReleaseTest.kt(7 hunks)chat-android/src/test/java/com/ably/chat/room/lifecycle/RetryTest.kt(2 hunks)
✅ Files skipped from review due to trivial changes (1)
- chat-android/src/main/java/com/ably/chat/RoomReactions.kt
🧰 Additional context used
📓 Learnings (5)
chat-android/src/main/java/com/ably/chat/Typing.kt (1)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/main/java/com/ably/chat/Typing.kt:178-183
Timestamp: 2024-11-28T11:10:20.947Z
Learning: In `chat-android/src/main/java/com/ably/chat/Typing.kt`, within the `DefaultTyping` class, the `stop()` method must execute within `typingScope` (a `CoroutineScope` with parallelism set to 1) to avoid race conditions when setting and cancelling `typingJob`.
chat-android/src/test/java/com/ably/chat/room/RoomFeatureSharedChannelTest.kt (1)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#75
File: chat-android/src/test/java/com/ably/chat/room/RoomFeatureSharedChannelTest.kt:43-45
Timestamp: 2024-12-02T12:10:18.954Z
Learning: In the `RoomFeatureSharedChannelTest.kt` tests, prefer using assertions like `Assert.assertEquals` that provide detailed error messages over general assertions like `Assert.assertTrue`, to aid in debugging when a test fails due to a missing mode.
chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt (2)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/test/java/com/ably/chat/RoomReactionsTest.kt:44-50
Timestamp: 2024-11-28T11:08:42.524Z
Learning: The test cases for verifying behavior when the room is not in the ATTACHED state are covered in `chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt`.
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/test/java/com/ably/chat/PresenceTest.kt:33-33
Timestamp: 2024-11-28T11:08:38.559Z
Learning: The `RoomEnsureAttachedTest.kt` file contains tests that verify room operations are only performed when the room is in the `ATTACHED` state, including scenarios where operations fail when the room is not attached, succeed when it is attached, and proper error handling for invalid room states.
chat-android/src/test/java/com/ably/chat/room/lifecycle/AttachTest.kt (1)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/test/java/com/ably/chat/RoomReactionsTest.kt:44-50
Timestamp: 2024-11-28T11:08:42.524Z
Learning: The test cases for verifying behavior when the room is not in the ATTACHED state are covered in `chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt`.
chat-android/src/main/java/com/ably/chat/Room.kt (1)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/main/java/com/ably/chat/Room.kt:0-0
Timestamp: 2024-11-28T11:09:34.042Z
Learning: In the `DefaultRoom` class, the `ensureAttached()` method checks `statusLifecycle.status` again inside `roomScope.launch` to handle possible state changes, ensuring robustness.
🔇 Additional comments (23)
chat-android/src/test/java/com/ably/chat/room/RoomEnsureAttachedTest.kt (1)
Line range hint 1-266: Excellent test coverage and implementation.
The test implementation demonstrates:
- Comprehensive coverage of room states and transitions
- Proper error handling verification
- Clean event listener management
- Well-structured async testing
chat-android/src/test/java/com/ably/chat/room/RoomFeatureSharedChannelTest.kt (2)
14-14: LGTM! Documentation updated to reflect additional specification coverage.
The documentation now correctly references both specifications (CHA-RC3, CHA-RC2f) that this test covers.
Line range hint 19-67: LGTM! Test implementation aligns with specifications and best practices.
The test implementation:
- Uses detailed assertions (Assert.assertEquals) as per previous feedback
- Comprehensively verifies shared channel behavior
- Maintains clear separation between shared channels (messages, occupancy, presence) and independent channels (typing, reactions)
- Includes thorough verification of channel options and modes
Let's verify the specification requirements are fully covered:
✅ Verification successful
Test implementation fully aligns with specifications and provides comprehensive coverage
The test implementation in RoomFeatureSharedChannelTest.kt is the sole and complete test for CHA-RC2f and CHA-RC3a specifications regarding shared channel behavior. The test thoroughly verifies:
- Channel sharing between messages, occupancy, and presence features
- Independent channels for typing and reactions
- Correct channel options and modes configuration
- Proper channel instantiation counts
The search results confirm this is the dedicated test file for these specifications, and other channel-related tests focus on different aspects of the functionality (lifecycle, release, attach operations, etc.).
🏁 Scripts executed
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#!/bin/bash
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# Search for other test files referencing the specifications
rg -t kt "CHA-RC2f|CHA-RC3" "chat-android/src/test"
# Search for channel-related test cases
ast-grep --pattern 'fun `$$$channel$$$`() = runTest'
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# Search for test files referencing the specifications
rg -t kotlin "CHA-RC2f|CHA-RC3" "chat-android/src/test"
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rg -t kotlin "fun.*channel.*runTest" "chat-android/src/test"
Length of output: 4395
chat-android/src/main/java/com/ably/chat/Typing.kt (4)
113-113: LGTM: Documentation enhancement
The added comment reference improves traceability of the implementation.
156-157: LGTM: Documentation and error handling
The added comment references improve traceability. The ensureAttached() call correctly ensures the channel is ready before getting presence information.
171-173: LGTM: Proper synchronization and error handling
The implementation correctly:
- Uses
typingScopeto prevent race conditions - Ensures channel attachment before presence operations
181-183: LGTM: Proper synchronization and error handling
The implementation correctly:
- Uses
typingScopeto prevent race conditions as per previous learnings - Ensures channel attachment before presence operations
chat-android/src/main/java/com/ably/chat/Messages.kt (1)
239-239: LGTM: Documentation enhancement
The added comment reference improves traceability of the implementation. The channel is correctly initialized with proper message channel options.
chat-android/src/test/java/com/ably/chat/room/RoomTestHelpers.kt (2)
107-107: LGTM! Clear documentation of intent.
The comment clearly explains that the ordering is based on precedence requirements.
108-108: Verify contributor order matches production code.
The order of contributors has been updated. Let's verify this matches the initialization order in the production code.
✅ Verification successful
Let me gather more specific information about the contributor initialization order.
Let me search for the complete initialization sequence in Room.kt.
The contributor order in the test does not match the production code
The production code in Room.kt initializes contributors in this order:
- messages (default)
- presence
- typing
- reactions
- occupancy
However, the test helper returns them in a different order:
return listOf(messagesContributor, presenceContributor, typingContributor, reactionsContributor, occupancyContributor)The order matches but needs to be documented why it's important to maintain this specific order, as it appears to be part of the design (note the comment "CHA-RC2e - Add contributors/features as per the order of precedence").
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#!/bin/bash
# Description: Check the order of contributors in the production Room.kt file
# Expected: Should find similar ordering logic in Room.kt or related initialization code
# Search for contributor initialization in Room.kt
ast-grep --pattern 'class DefaultRoom {
$$$
init {
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rg -l "contributors|features|precedence" --type kotlin
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rg -B 20 -A 20 "init \{" chat-android/src/main/java/com/ably/chat/Room.kt
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rg -B 5 "roomFeatures" chat-android/src/main/java/com/ably/chat/Room.kt
Length of output: 2658
chat-android/src/test/java/com/ably/chat/room/lifecycle/RetryTest.kt (2)
Line range hint 206-244: LGTM! Well-structured and comprehensive test case
The test effectively verifies all aspects of the retry operation:
- Success state
- Room status transition
- Channel detachment
- Channel reattachment order
- Operation completion
206-206: Verify test identifier alignment with requirements
The test name has been updated to include CHA-RC2e. Let's verify this aligns with the referenced requirements.
✅ Verification successful
Test identifier CHA-RC2e is correctly used and aligned with requirements
The identifier CHA-RC2e is consistently used across the codebase to represent the requirement for sequential contributor channel operations. It appears in:
- Main implementation (
Room.kt) with the comment "Add contributors/features as per the order of precedence" - Multiple lifecycle test files (Attach, Detach, Release, Retry) verifying sequential channel operations
- Test helpers implementing the requirement
The test name accurately reflects both requirements it verifies:
CHA-RL5f: Handling contributor channel attachment during waitCHA-RC2e: Sequential contributor operations
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rg "CHA-RC2e" --type kotlin
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chat-android/src/test/java/com/ably/chat/room/lifecycle/ReleaseTest.kt (2)
123-125: LGTM: Test method names updated with new specification reference
The addition of "CHA-RC2e" to test method names maintains good traceability to specifications while preserving existing references.
Also applies to: 158-158, 232-232, 277-279
150-152: Verify the expected channel processing order
The channel name assertions follow a consistent pattern across test methods. Let's verify that this order matches the expected sequence of channel operations in the implementation.
Also applies to: 187-188, 265-267, 311-313
✅ Verification successful
Based on the test file content and implementation details, I can now provide a final response:
Channel order in assertions matches the implementation's processing sequence
The channel order in the test assertions correctly reflects the expected processing sequence of channels during release operations. This is evidenced by multiple test cases (CHA-RL3d, CHA-RL3g, etc.) that consistently verify the same channel processing order:
$chat::$chatMessages(first instance)$chat::$chatMessages(second instance)$chat::$typingIndicators$chat::$reactions$chat::$chatMessages(third instance)
This order is maintained across different test scenarios including error cases and partial releases, confirming it's the intended sequence.
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#!/bin/bash
# Description: Verify the channel processing order in the implementation
# Search for channel initialization or processing order in the implementation
ast-grep --pattern 'class RoomLifecycleManager {
$$$
fun doRelease() {
$$$
}
$$$
}'
# Search for any other references to channel order
rg -A 5 'chat::\$chat::\$(chatMessages|typingIndicators|reactions)'
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rg -A 5 '\$chat::\$(chatMessages|typingIndicators|reactions)'
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ast-grep --pattern 'channel($$$)'
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rg -A 3 "companion object.*channel|const.*channel"
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cat chat-android/src/test/java/com/ably/chat/room/lifecycle/ReleaseTest.kt
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rg -A 10 "channelName.*chat" --type kotlin
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$$$
}'
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rg -A 5 "subscribe.*channel|attach.*channel" --type kotlin
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chat-android/src/test/java/com/ably/chat/room/lifecycle/AttachTest.kt (2)
Line range hint 170-195: LGTM! The test verifies sequential channel attachment with proper assertions.
The test effectively verifies that contributor channels are attached in the correct order. The assertions for channel names are comprehensive and follow a consistent pattern.
Let's verify the channel name pattern usage across the codebase:
✅ Verification successful
Channel name pattern is consistently implemented across the codebase
The channel name pattern roomId::$chat::$featureType is correctly implemented and consistently used throughout the codebase:
-
In production code:
Messages.kt:${room.roomId}::$chat::$chatMessagesTyping.kt:${room.roomId}::$chat::$typingIndicatorsRoomReactions.kt:${room.roomId}::$chat::$reactions
-
Test assertions in
AttachTest.ktcorrectly verify this pattern, matching the actual implementation in the production code.
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#!/bin/bash
# Description: Verify the consistency of channel name patterns across the codebase
# Expected: Channel names should follow the pattern roomId::$chat::$featureType
# Search for channel name patterns in the codebase
rg -A 2 '\$chat::\$(?:chatMessages|typingIndicators|reactions)'
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# First, let's search for channel name construction or usage
rg -l "channel.*name" --type kotlin
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rg -l "chatMessages|typingIndicators|reactions" --type kotlin
# Finally, let's look for any string containing $chat
rg '\$chat' --type kotlin
Length of output: 11066
Line range hint 396-443: LGTM! The test thoroughly verifies the retry mechanism.
The test effectively verifies that channel detachment is retried until successful, with proper error simulation and verification of the final state.
Let's verify the retry mechanism implementation:
✅ Verification successful
The retry mechanism implementation is correctly verified by the test
The implementation in RoomLifecycleManager.kt shows a robust retry mechanism that matches the test's expectations:
- The
runDownChannelsOnFailedAttach()method implements a retry loop that continues until all channels are detached successfully - The retry mechanism uses a configurable delay (
retryDurationInMs = 250) between attempts - The implementation properly handles error cases and maintains the room's state
- The test correctly verifies that:
- The operation is retried until successful (6 attempts in the test)
- All channels are eventually detached in the correct order
- The room enters and maintains the Failed state
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#!/bin/bash
# Description: Verify the retry mechanism implementation
# Expected: The retry logic should be consistent across the codebase
# Search for retry-related implementations
ast-grep --pattern 'fun doChannelWindDown($_, $_) {
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}'
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chat-android/src/main/java/com/ably/chat/Presence.kt (4)
166-166: LGTM! Proper state verification before presence entry
The ensureAttached() check is correctly placed before entering presence, ensuring the channel is in a valid state.
171-171: LGTM! Consistent state verification
The ensureAttached() check maintains consistency with other presence operations, ensuring proper channel state before updates.
152-152: LGTM! Verify room attachment handling
The ensureAttached() check is correctly placed before accessing presence data. This ensures the channel is in the proper state for presence operations.
Let's verify the room attachment handling:
✅ Verification successful
Room attachment check is properly implemented and verified
Based on the test file RoomEnsureAttachedTest.kt and usage patterns found, the ensureAttached() check is correctly implemented with proper error handling:
- Succeeds when room is already in ATTACHED state
- Throws
RoomInInvalidStateerror when room is not in ATTACHED/ATTACHING state - Handles ATTACHING state with proper state transition monitoring
- Used consistently across Presence, Typing, and Reactions operations
🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash
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ast-grep --pattern 'ensureAttached()'
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rg -U "ensureAttached|attachRoom" -A 3 -B 3
Length of output: 13773
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$$$
ensureAttached() {
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ensureAttached()
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176-176: Verify attachment requirement for leaving presence
While the ensureAttached() check is consistent with other presence operations, please verify if this check is necessary for the leave operation. Consider what should happen if a user tries to leave when the channel is already detached.
Let's check the handling of leave operations in detached states:
✅ Verification successful
Based on the search results, I can now provide a final response:
The ensureAttached() check is necessary for leaving presence
The leave() operation requires an attached channel to properly communicate the leave event to other subscribers. This is evident from:
- The method documentation states it "will emit a leave event to all subscribers"
- The implementation uses
leaveClientCoroutine()which needs an active connection to send the leave message - Similar presence operations (like typing) also ensure attachment before leaving
- This ensures consistent behavior with Ably's presence protocol where presence state changes need to be communicated to other members
🏁 Scripts executed
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#!/bin/bash
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rg -A 5 "leave.*detached|detached.*leave"
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# Let's search for the implementation of ensureAttached and leave methods
ast-grep --pattern 'fun ensureAttached() {
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}'
echo "---"
# Search for leave implementation and surrounding context
ast-grep --pattern 'fun leave($$$) {
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}'
echo "---"
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rg -i "detached.*state|state.*detached" -A 3
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# Let's look for presence leave implementation in Ably's documentation or specs
rg -i "presence.*leave|leave.*presence" -B 2 -A 2
echo "---"
# Let's check the Room class implementation for more context
ast-grep --pattern 'class Room {
$$$
}'
echo "---"
# Look for any error handling related to presence leave
rg "leave.*error|error.*leave" -A 3
Length of output: 6449
chat-android/src/test/java/com/ably/chat/room/lifecycle/DetachTest.kt (1)
167-169: Improve channel name assertions
The current assertions use hardcoded values and duplicate string literals. Consider making them more maintainable:
- Assert.assertEquals("1234::$chat::$typingIndicators", capturedChannels[2].name)
- Assert.assertEquals("1234::$chat::$reactions", capturedChannels[3].name)
- Assert.assertEquals("1234::$chat::$chatMessages", capturedChannels[4].name)
+ // Define constants for better maintainability
+ val roomId = "1234"
+ val channelPrefix = "$roomId::${'$'}chat::"
+
+ // Map expected channel order to feature types
+ val expectedChannelOrder = listOf(
+ "$channelPrefix${'$'}chatMessages",
+ "$channelPrefix${'$'}chatMessages",
+ "$channelPrefix${'$'}typingIndicators",
+ "$channelPrefix${'$'}reactions",
+ "$channelPrefix${'$'}chatMessages"
+ )
+
+ // Verify the exact order of channel detachment
+ expectedChannelOrder.forEachIndexed { index, expectedChannel ->
+ Assert.assertEquals(
+ "Channel at position $index should be $expectedChannel",
+ expectedChannel,
+ capturedChannels[index].name
+ )
+ }This refactor:
- Eliminates duplicate string literals
- Makes the expected order explicit
- Provides better error messages
- Makes it easier to update room ID or channel patterns
Let's verify if the room ID is consistently used across tests:
✅ Verification successful
Let me verify the test helper files to see if there's a constant being used for the room ID.
Consider using DEFAULT_ROOM_ID constant from RoomTestHelpers
The test should use the DEFAULT_ROOM_ID constant from RoomTestHelpers.kt instead of hardcoding "1234". Here's a more maintainable version:
- Assert.assertEquals("1234::$chat::$typingIndicators", capturedChannels[2].name)
- Assert.assertEquals("1234::$chat::$reactions", capturedChannels[3].name)
- Assert.assertEquals("1234::$chat::$chatMessages", capturedChannels[4].name)
+ val channelPrefix = "$DEFAULT_ROOM_ID::${'$'}chat::"
+
+ // Verify the exact order of channel detachment
+ Assert.assertEquals("$channelPrefix${'$'}typingIndicators", capturedChannels[2].name)
+ Assert.assertEquals("$channelPrefix${'$'}reactions", capturedChannels[3].name)
+ Assert.assertEquals("$channelPrefix${'$'}chatMessages", capturedChannels[4].name)This change:
- Uses the shared constant
DEFAULT_ROOM_IDfrom test helpers - Reduces string duplication with a
channelPrefixvariable - Maintains the original assertion style while being more maintainable
🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash
# Search for hardcoded room IDs in test files
rg --type kotlin '"1234"' chat-android/src/test/
Length of output: 4387
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# Check the content of RoomTestHelpers.kt
cat chat-android/src/test/java/com/ably/chat/room/RoomTestHelpers.kt
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chat-android/src/main/java/com/ably/chat/Room.kt (2)
Line range hint 181-201: Feature Initialization Logic Looks Good
The room features are correctly initialized based on the provided options. The use of let and safe calls ensures that features are added only when enabled, which enhances modularity and prevents unnecessary resource usage.
Line range hint 244-266: Robust Handling of State Changes in ensureAttached()
Re-checking statusLifecycle.status inside roomScope.launch ensures that any state changes are accounted for between the initial check and the coroutine execution. This approach aligns with previous practices and enhances the method's reliability.
As noted from previous learnings, handling potential state changes in this manner improves robustness.
sacOO7
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…cycle.status only once
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🧹 Outside diff range and nitpick comments (1)
chat-android/src/main/java/com/ably/chat/Room.kt (1)
253-255: Consider improving error message clarity.The error message from
roomInvalidStateExceptioncould be more descriptive about the specific state transition that failed.- val exception = roomInvalidStateException(roomId, statusLifecycle.status, HttpStatusCode.InternalServerError) + val exception = roomInvalidStateException( + roomId, + statusLifecycle.status, + HttpStatusCode.InternalServerError, + "Failed to attach: Room transitioned from ATTACHING to ${statusLifecycle.status}" + )
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chat-android/src/main/java/com/ably/chat/Room.kt(2 hunks)
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📓 Learnings (1)
chat-android/src/main/java/com/ably/chat/Room.kt (1)
Learnt from: sacOO7
PR: ably/ably-chat-kotlin#66
File: chat-android/src/main/java/com/ably/chat/Room.kt:0-0
Timestamp: 2024-11-28T11:09:34.042Z
Learning: In the `DefaultRoom` class, the `ensureAttached()` method checks `statusLifecycle.status` again inside `roomScope.launch` to handle possible state changes, ensuring robustness.
🔇 Additional comments (2)
chat-android/src/main/java/com/ably/chat/Room.kt (2)
Line range hint 181-207: LGTM! Well-organized feature initialization.
The initialization of room features follows a clear order of precedence and properly implements the CHA-RC2e specification. Each feature is correctly added as both a property and a contributor to room lifecycle.
240-265: LGTM! Robust implementation of state handling.
The implementation correctly follows the specifications (CHA-PR3e, CHA-PR10e, etc.) with proper state transition handling and double-checking of status inside the coroutine scope, which ensures robustness against race conditions.
Summary by CodeRabbit
Summary by CodeRabbit
New Features
Bug Fixes
Documentation
Tests