[CS] Update media commands #2446
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📝 WalkthroughWalkthroughThe changes include the addition of new YAML files and modifications to existing ones, primarily for handling media player commands in the Czech language. A new intent for playing previous media has been introduced, along with updates to sentence structures for commands related to media play, pause, unpause, and volume control. Error messages and expansion rules in common responses have also been refined for clarity. Test cases have been added or modified to ensure comprehensive coverage of the new and updated intents. Changes
Sequence Diagram(s)sequenceDiagram
participant User
participant MediaPlayer
User->>MediaPlayer: "Hraji předchozí"
MediaPlayer-->>User: "Hraji předchozí"
sequenceDiagram
participant User
participant MediaPlayer
User->>MediaPlayer: "pauza"
MediaPlayer-->>User: "Zastaveno"
sequenceDiagram
participant User
participant MediaPlayer
User->>MediaPlayer: "nastav hlasitost na 90"
MediaPlayer-->>User: "Hlasitost nastavena na 90"
sequenceDiagram
participant User
participant MediaPlayer
User->>MediaPlayer: "pokračuj"
MediaPlayer-->>User: "Pokračuji"
These diagrams represent the interactions for the new intents and their associated commands. Thank you for using CodeRabbit. We offer it for free to the OSS community and would appreciate your support in helping us grow. If you find it useful, would you consider giving us a shout-out on your favorite social media? 🪧 TipsChatThere are 3 ways to chat with CodeRabbit:
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Actionable comments posted: 2
🧹 Outside diff range and nitpick comments (12)
sentences/cs/media_player_HassMediaUnpause.yaml (1)
16-18: Consider adding usage examples as comments.The area-specific patterns are well-structured and linguistically correct. Consider adding example comments to illustrate valid commands (e.g., "pokračuj v obýváku").
- sentences: - "pokrač[uj|ovat] <area>" - "odpauz[uj|ovat] <area>" + # Examples: + # - "pokračuj v obýváku" + # - "odpauzuj v ložnici"sentences/cs/media_player_HassMediaPause.yaml (1)
10-15: Consider adding response templates for area-context commands.While the area-aware commands are well structured, it would be helpful to have specific response templates that acknowledge which area is being targeted. This helps provide better feedback to users.
Consider adding response templates like:
responses: - "Zastaveno v {area}" - "Pozastaveno v {area}"sentences/cs/media_player_HassMediaNext.yaml (2)
6-7: LGTM! Consider adding "video" synonym.The sentence patterns for named device commands are well structured with good language variations. Consider adding "video" as another synonym in the track/item list for better media type coverage.
- - "<dalsi> [trak|stopa|skladba|písnička|položka|program] [<v>] {name}" + - "<dalsi> [trak|stopa|skladba|písnička|položka|program|video] [<v>] {name}"
Line range hint
1-18: Excellent implementation of room awareness!The implementation elegantly handles room awareness through three complementary approaches:
- Named device targeting
- Context-based area awareness
- Explicit area commands
This provides users with maximum flexibility while maintaining natural language patterns.
tests/cs/media_player_HassMediaPause.yaml (1)
25-36: LGTM: Good handling of Czech grammar cases.The test case correctly handles the locative case "v obýváku" while maintaining the standard form "Obývací pokoj" in the context. Consider adding a comment explaining this grammatical distinction for non-Czech speakers.
Add a comment like:
# Note: "obýváku" is the locative case of "Obývací pokoj" used after the preposition "v"tests/cs/media_player_HassMediaNext.yaml (3)
5-15: Consider adding edge cases for TV control commands.The current test cases cover basic TV control scenarios well. Consider adding test cases for:
- Commands with different word order variations
- Commands with different TV synonyms (televizor, televize)
16-26: Maintain consistent casing in area slot values.The area value "Obývací pokoj" is used consistently in both context and slots, which is good. However, consider establishing a standard for casing (either lowercase or title case) across all test files for better maintainability.
27-37: Add a comment explaining the different area forms.Good job testing different grammatical cases of the room name ("Obývací pokoj" in context vs "obýváku" in slot). Consider adding a comment to explain that this difference is intentional and tests the handling of Czech grammatical cases.
- sentences: + # Testing different grammatical cases of room names - "přeskoč písničku v obýváku"tests/cs/media_player_HassMediaPrevious.yaml (1)
15-27: Consider adding more common variations for implicit area commands.While the current variations are good, consider adding these common patterns:
- "pusť předchozí"
- "zpět na předchozí"
tests/cs/media_player_HassSetVolume.yaml (2)
31-42: Consider adding normalized area name variations.While the test correctly handles "obýváku" (genitive case) mapping to "Obývací pokoj", consider adding more Czech grammatical cases for comprehensive coverage:
- "v obýváku" (locative)
- "do obýváku" (genitive with direction)
- "obývák" (nominative)
Example addition:
- sentences: - "nastav v obýváku hlasitost na 90" - "změň hlasitost do obýváku na 90 procent" - "obývák hlasitost na 90" intent: name: HassSetVolume context: area: Obývací pokoj slots: area: obývák volume_level: 90 response: "Hlasitost nastavena"
Line range hint
1-42: Consider adding edge case tests for volume levels.The current tests only cover setting volume to 90. Consider adding test cases for:
- Minimum volume (0)
- Maximum volume (100)
- Invalid volume levels (negative or >100)
Example additions:
- sentences: - "vypnout zvuk TV" - "ztlumit TV" intent: name: HassSetVolume slots: name: "TV" volume_level: 0 response: "Hlasitost nastavena" - sentences: - "TV na maximum" - "dát TV naplno" intent: name: HassSetVolume slots: name: "TV" volume_level: 100 response: "Hlasitost nastavena"sentences/cs/media_player_HassMediaPrevious.yaml (1)
20-24: Consider adding more preposition variations for room specifications.While the patterns are correct, consider adding variations with different prepositions that are commonly used in Czech for location specification, such as "v" or "ve" (in) before .
Example addition:
+ - "<predchozi> [trak|stopa|skladba|písnička|položka|program] [v|ve] <area>"
📜 Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
📒 Files selected for processing (13)
responses/cs/HassMediaPrevious.yaml(1 hunks)sentences/cs/_common.yaml(2 hunks)sentences/cs/media_player_HassMediaNext.yaml(1 hunks)sentences/cs/media_player_HassMediaPause.yaml(1 hunks)sentences/cs/media_player_HassMediaPrevious.yaml(1 hunks)sentences/cs/media_player_HassMediaUnpause.yaml(1 hunks)sentences/cs/media_player_HassSetVolume.yaml(1 hunks)tests/cs/_fixtures.yaml(1 hunks)tests/cs/media_player_HassMediaNext.yaml(1 hunks)tests/cs/media_player_HassMediaPause.yaml(1 hunks)tests/cs/media_player_HassMediaPrevious.yaml(1 hunks)tests/cs/media_player_HassMediaUnpause.yaml(1 hunks)tests/cs/media_player_HassSetVolume.yaml(1 hunks)
✅ Files skipped from review due to trivial changes (1)
- responses/cs/HassMediaPrevious.yaml
🔇 Additional comments (26)
sentences/cs/media_player_HassSetVolume.yaml (3)
6-6: LGTM: Enhanced flexibility in named device volume control.
The composite pattern ([<obecne_zmenit>] hlasitost;[<v>] {name}) provides good flexibility while maintaining backward compatibility.
14-15: LGTM: Area-specific volume control implementation.
The direct area specification pattern complements the context-based approach and provides users with explicit room control options.
9-13: Verify area context handling in the codebase.
The new pattern for context-based volume control aligns with the room awareness objective. However, we should verify that the area context is properly handled by the media player component.
sentences/cs/media_player_HassMediaUnpause.yaml (2)
6-7: LGTM! Well-structured patterns for named media player control.
The patterns correctly handle Czech verb conjugations and optional preposition usage while maintaining semantic clarity.
10-15: Verify area context handling across media intents.
The context-free patterns with area slot look good, but let's verify that this approach is consistent across other media-related intents.
✅ Verification successful
Area context handling is consistent across media intents
All media player intents (HassMediaNext, HassMediaPause, HassMediaPrevious, HassMediaUnpause, HassSetVolume) consistently implement the same pattern:
- Each has a context-free variant with
area: {slot: true} - Each follows the same structure with three variants:
- Named device using {name}
- Context-free using area slot
- Explicit area specification
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other media intents follow the same area context pattern
# Expected: Similar area context structure in other media intent files
# Search for area context definitions in other media player intent files
rg -l "area:\s+slot: true" "sentences/cs/media_player_*.yaml"
Length of output: 136
Script:
#!/bin/bash
# First, let's find the actual media player intent files
fd "media_player.*\.yaml" sentences/cs/
# Then check the content of these files for area context patterns
fd "media_player.*\.yaml" sentences/cs/ -x cat {}
Length of output: 3709
sentences/cs/media_player_HassMediaPause.yaml (2)
6-7: LGTM: Device-specific pause commands look good!
The patterns correctly handle:
- Optional preposition with "pauza" command using
[<v>] - Various verb forms for pause/stop actions
- Device name placeholder
{name}
17-18: Verify the consistency of area handling across other media intents.
The area-specific patterns look good, but we should ensure this enhancement is consistently implemented across related intents (play, next, previous, etc.).
✅ Verification successful
Area handling is consistently implemented across all media player intents
The verification shows that all media player intents (pause, unpause, next, previous, and volume control) consistently implement the three required patterns:
- Device-specific commands with
{name} - Area-specific commands with
areaslot requirement - Explicit area mention in sentences with
<area>
The implementation in the pause intent aligns perfectly with this pattern, maintaining consistency across the media player functionality.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other media intents have similar area support
echo "Checking area support in other media intents..."
rg -l "area:\s+slot: true" "sentences/cs/media_player_*.yaml"
Length of output: 241
Script:
#!/bin/bash
# First, let's find all media player related intent files
fd "media_player.*\.yaml$" sentences/cs/
# Then, let's examine the content of these files to check area handling
echo "=== Checking content of media player intent files ==="
fd "media_player.*\.yaml$" sentences/cs/ -x cat {}
Length of output: 3828
sentences/cs/media_player_HassMediaNext.yaml (2)
10-15: Well-implemented room awareness feature!
The area context implementation using slot: true is a clean way to handle room awareness. This allows the intent to work with any area defined in Home Assistant while maintaining natural language patterns.
16-18: Verify separator consistency across languages.
The patterns look good, but let's verify the use of semicolon separator in "((přeskoč|přepni) [[na další|tuto|tento] (písničku|stopu|skladbu|program)];<area>)" matches other language implementations.
✅ Verification successful
Let me check the actual content of these files to see how the semicolon is used in them.
Semicolon separator usage is consistent across language implementations
The verification shows that the semicolon separator is consistently used across multiple language implementations (English, Italian, Slovenian, Romanian, Hungarian, Czech) to separate the action part from the target (area/name). The Czech implementation follows the same pattern as other languages.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check separator usage in other language files
echo "Checking separator usage in other language files:"
rg -l ";" sentences/*/media_player_HassMediaNext.yaml | grep -v "cs/"
Length of output: 1403
Script:
#!/bin/bash
# Check the actual patterns with semicolons in other language files
echo "Checking patterns with semicolons in other language files:"
rg ";" sentences/*/media_player_HassMediaNext.yaml -A 1 -B 1
Length of output: 7317
tests/cs/media_player_HassMediaPause.yaml (1)
5-7: LGTM: Good variety of TV pause commands added.
The new commands provide natural variations for pausing TV in Czech, improving the user experience.
tests/cs/media_player_HassMediaUnpause.yaml (4)
4-6: LGTM! Improved sentence variations for TV unpause commands.
The new sentences provide more natural Czech language variations, including both direct object usage ("odpauzuj TV") and prepositional phrases ("pokračuj na TV").
22-30: LGTM! Good handling of informal area names.
The test case appropriately handles the informal area name "obývák" while maintaining the formal name in the context.
31-39: Verify handling of other grammatical cases.
The test case correctly handles the locative case ("v obýváku"), but consider adding tests for other relevant grammatical cases that might be used in Czech commands.
Let's check for coverage of different grammatical cases:
#!/bin/bash
# Description: Check coverage of Czech grammatical cases in area names
# Expected: Various grammatical cases should be covered
# Search for area-related patterns in Czech test files
rg "area: \w+[uiěyaů]+" tests/cs/media_player_* -A 212-21: LGTM! Well-structured test case for area-aware generic unpause.
The test case properly implements room awareness with both context and slots, using the formal room name.
Let's verify consistent area handling across other media intents:
✅ Verification successful
Area handling is consistent across all media player intents
The verification shows that all media player intents (Next, Pause, Previous, Unpause, SetVolume) follow the same pattern:
- They all properly set both context and slots for area
- They consistently use formal name "Obývací pokoj" in context
- They appropriately handle informal variations like "obývák" and "obýváku" in slots
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check area handling consistency across media intents
# Expected: All media intents should handle areas similarly
# Search for area slots and context in other media player test files
rg -l "area:" tests/cs/media_player_* | while read -r file; do
echo "=== $file ==="
rg -A 5 "area:" "$file"
done
Length of output: 3506
tests/cs/media_player_HassMediaNext.yaml (1)
Line range hint 1-37: Implementation successfully adds room awareness to media commands.
The test cases effectively cover:
- Basic media control commands
- Room context handling
- Different grammatical forms of room names
- TV-specific commands
This aligns well with the PR objective of adding room awareness to media players.
tests/cs/media_player_HassMediaPrevious.yaml (2)
1-14: LGTM! Good coverage of TV-specific commands.
The first test group effectively covers various ways to request previous media on TV, including different verb forms ("přepni", "vrať", "hraj", "přehrát") and media types (program, skladba/písnička).
28-40:
Fix inconsistent area casing between context and slots.
There's an inconsistency in how the area is specified:
- Context uses "Obývací pokoj" (lines 37-38)
- Slot uses "obýváku" (line 39)
While this might work due to case-insensitive matching, it's better to maintain consistency for maintainability.
Apply this fix:
slots:
- area: obýváku
+ area: Obývací pokojLikely invalid or redundant comment.
tests/cs/media_player_HassSetVolume.yaml (2)
5-10: LGTM: TV-specific command variations are well-covered.
The test cases effectively cover various natural language patterns for TV volume control in Czech, including different verbs (zvyš, změň, snížit, upravit) and percentage formats (%, procent).
18-29: Verify area context handling across other intents.
The test cases for generic commands with area context look good. However, we should ensure consistent area context handling across other media player intents.
✅ Verification successful
Area context handling is consistent across all media player intents
All Czech media player intents (HassSetVolume, HassMediaNext, HassMediaPause, HassMediaPrevious, HassMediaUnpause) consistently implement area context handling with:
- Context section defining the area
- Corresponding area slot in the slots section
- Support for both direct area names and variations (e.g., "obýváku", "Obývací pokoj")
- Similar structure across all commands for area-based targeting
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify area context handling consistency across media player intents
# Expected: All media player intents should support area context similarly
# Check for area context support in other media player intents
rg -l "area:" "tests/cs/media_player_*.yaml"
# Check the structure of area context in other intents
rg -A 5 "context:\s*area:" "tests/cs/media_player_*.yaml"
Length of output: 242
Script:
#!/bin/bash
# Let's first find the correct media player test files
fd "media.*yaml" tests/
# Then check for area context in these files
fd "media.*yaml" tests/ --exec rg -l "area:" {}
# Finally, examine the context structure
fd "media.*yaml" tests/ --exec rg -A 5 "context:\s*area:" {}
Length of output: 6815
Script:
#!/bin/bash
# Let's examine the context structure in Czech media player files specifically
rg -A 5 "context:" "tests/cs/media_player_*.yaml"
# Also check the slots section to see area handling
rg -A 5 "slots:" "tests/cs/media_player_*.yaml"
Length of output: 235
Script:
#!/bin/bash
# Let's examine one specific file to understand the structure
cat "tests/cs/media_player_HassSetVolume.yaml"
# Then check other media player files in the cs directory
for file in tests/cs/media_player_*.yaml; do
echo "=== $file ==="
grep -A 5 "intent:" "$file"
done
Length of output: 4196
sentences/cs/media_player_HassMediaPrevious.yaml (4)
1-3: LGTM: File structure and intent declaration are correct.
The file follows the standard Home Assistant intent file structure with proper language declaration.
5-11: Well-structured patterns for media player commands.
The sentence patterns effectively cover various ways to express "previous" commands in Czech, including different terms for media items (track, song, program) and verb forms. The domain context requirement is properly specified.
12-19: Successfully implements room awareness requirement.
This section properly implements the room awareness feature mentioned in the PR objectives. The area context is correctly configured as a slot, allowing for dynamic room specification.
1-24: Verify consistency with other language implementations.
The implementation aligns well with the PR objectives. Let's verify consistency with other language versions.
✅ Verification successful
Implementation is consistent with other language versions
The Czech implementation follows the same structure as other language versions (verified against English and German):
- All implementations have three data sections with similar patterns
- Area context handling is consistent across languages
- The command patterns maintain similar semantic meaning while being culturally appropriate
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other languages have similar structure for media previous intent
echo "Checking for media previous intent implementations in other languages..."
fd "media_player_HassMediaPrevious.yaml" sentences/ --type f
# Verify area context handling in other media intents
echo "Checking area context handling in other media intents..."
rg -l "requires_context:\s+area:" sentences/cs/media_player_*.yaml
Length of output: 1149
Script:
#!/bin/bash
# Let's check the structure of media previous intent in English for comparison
echo "Checking English implementation structure:"
cat sentences/en/media_player_HassMediaPrevious.yaml
# Let's also check German implementation for additional reference
echo -e "\nChecking German implementation structure:"
cat sentences/de/media_player_HassMediaPrevious.yaml
# Let's verify area context in other media player intents in Czech
echo -e "\nChecking area context in Czech media player intents:"
for file in sentences/cs/media_player_*.yaml; do
echo -e "\nFile: $file"
rg "requires_context:\s+area:" -A 2 "$file"
done
Length of output: 3040
sentences/cs/_common.yaml (2)
324-324: LGTM: Simplified expansion rule
The simplified pattern vypn(i|out) correctly captures the imperative and infinitive forms of the Czech verb "vypnout" (turn off).
344-345: LGTM: New expansion rules for media navigation
The new rules predchozi and dalsi are well-structured and correctly handle:
- Various forms of "previous/last" (
předchozí,poslední,minulá/ou/ý) - Various forms of "next" (
další,následující) - Proper Czech diacritics
Let's verify these rules are used in the corresponding media intents:
✅ Verification successful
✓ Expansion rules are properly integrated in media navigation intents
The new expansion rules predchozi and dalsi are correctly utilized in their respective intent files:
<dalsi>is used inmedia_player_HassMediaNext.yamlfor next track commands<predchozi>is used inmedia_player_HassMediaPrevious.yamlfor previous track commands
Both rules are integrated into comprehensive sentence patterns that cover various media control scenarios including named devices and areas.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if the new expansion rules are used in media player intents
# Expected: Find references to <predchozi> and <dalsi> in media player intent files
echo "Checking usage of predchozi expansion rule:"
rg -l "predchozi|<predchozi>" "sentences/cs/media_player_*"
echo -e "\nChecking usage of dalsi expansion rule:"
rg -l "dalsi|<dalsi>" "sentences/cs/media_player_*"
Length of output: 443
Script:
#!/bin/bash
# Let's first find the correct media player intent files
echo "Finding media player related files:"
fd "media.*\.yaml" sentences/cs/
# Then check the content of these files for the expansion rules
echo -e "\nChecking content of found files for predchozi and dalsi rules:"
fd "media.*\.yaml" sentences/cs/ -x rg -l "predchozi|<predchozi>|dalsi|<dalsi>" {}
Length of output: 670
Script:
#!/bin/bash
# Let's check the actual content of the files that matched
echo "Content of media_player_HassMediaNext.yaml:"
cat sentences/cs/media_player_HassMediaNext.yaml
echo -e "\nContent of media_player_HassMediaPrevious.yaml:"
cat sentences/cs/media_player_HassMediaPrevious.yaml
Length of output: 2278
tests/cs/_fixtures.yaml (1)
552-552: LGTM! Area designation aligns with room awareness objective.
The addition of area: living_room to the TV entity supports the PR objective of adding room awareness for media players. The change follows the established pattern in the file where entities are associated with their physical locations.
Let's verify consistency across other media players in the codebase:
✅ Verification successful
Let me analyze the search results to verify if adding area: living_room to the TV entity in the Czech language fixtures is consistent with other language fixtures and won't cause any issues.
From the search results, I can see that:
- Most language fixtures that have a TV entity assign it to the living room area:
- English:
area: "living_room_id" - Spanish:
area: "id_salon" - French:
area: "living_room" - Vietnamese:
area: "living_room" - Portuguese (BR):
area: "sala" - Russian:
area: "living_room" - Polish:
area: "living_room_id"
-
The change is consistent with the room/area definitions in the Czech fixtures where "living_room" is defined as an area with ID "living_room".
-
The change follows the same pattern used for other entities in the Czech fixtures that are located in the living room.
LGTM! The area designation is consistent with other language fixtures and room definitions.
The change to add area: living_room to the TV entity in the Czech fixtures is appropriate and maintains consistency across the test fixtures.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other media players have area designations
# This helps ensure consistent room awareness implementation
# Search for media player entities and their area definitions
rg -U "(?s)name:.*?\bid: [\"']media_player\.[^\"']+[\"'].*?(\n\s+area:|$)"
Length of output: 429439
|
Bump |
Add room awarness for media_player
Add play previous handler
Summary by CodeRabbit
Release Notes
New Features
Bug Fixes
Tests
These updates enhance user interaction with media controls, providing a more intuitive and localized experience.