feat:tui #9
feat:tui #9
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WalkthroughThis pull request introduces enhancements to the HiveMind Plugin Manager, focusing on configuration management and dependency tracking. The changes include adding new dependencies, expanding the Changes
Sequence DiagramsequenceDiagram
participant User
participant CLI as HPM CLI
participant Config as Configuration
participant Plugins as Plugin Manager
User->>CLI: hpm list-plugins
CLI->>Plugins: Retrieve available plugins
Plugins-->>CLI: Return plugin list
CLI-->>User: Display plugins
User->>CLI: hpm set-plugin type plugin_name
CLI->>Config: Update configuration
Config-->>CLI: Confirm update
CLI-->>User: Show confirmation
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Actionable comments posted: 1
🧹 Nitpick comments (8)
hivemind_plugin_manager/tui.py (6)
10-30: Sensible default configuration.Defining
_DEFAULTat the module level is reasonable. However, if you foresee extensive customization, consider externalizing these defaults into a separate config file to reduce potential codebase bloat.
40-51: Consider refactoring repeated conditionals incast_to_enum.These conditionals are correct, but you could replace them with a dictionary approach to reduce repetition:
def cast_to_enum(plugin_type: str) -> HiveMindPluginTypes: - if plugin_type == "network": - plugin_type = HiveMindPluginTypes.NETWORK_PROTOCOL - elif plugin_type == "agent": - plugin_type = HiveMindPluginTypes.AGENT_PROTOCOL - ... - else: - raise ValueError("invalid plugin type") - return plugin_type + mapping = { + "network": HiveMindPluginTypes.NETWORK_PROTOCOL, + "agent": HiveMindPluginTypes.AGENT_PROTOCOL, + "binary": HiveMindPluginTypes.BINARY_PROTOCOL, + "database": HiveMindPluginTypes.DATABASE + } + if plugin_type not in mapping: + raise ValueError(f"invalid plugin type: {plugin_type}") + return mapping[plugin_type]
73-75: Confirm correct plugin type handling.
list_plugins(plugin_type)expects an enum, but it callsHiveMindPluginTypes(plugin_type). Meanwhile, the top-level command callscast_to_enumfirst. Double-check to avoid double conversion or mismatch in how plugin types are cast.
84-94: Redundant plugin type validation.You have a
click.Choiceplus a manual check forif plugin_type not in .... Relying onclick.Choicealone usually prevents invalid input, so consider removing the extra condition for cleaner code.
96-115: Repeated logic in 'set_plugin'.This command duplicates many checks from
list_plugins_command. Extract shared steps into a helper function for better DRY (Don’t Repeat Yourself) practices.
117-130: Similar pattern in 'get_plugin'.Likewise, factor out the common plugin type validation and usage. This keeps CLI commands more maintainable.
hivemind_plugin_manager/database.py (2)
51-51: Expose attributes in the TUI.A TODO suggests tying these attributes into CLI utilities. If you plan to let users modify these via
hpm, consider augmenting the TUI commands soon.
52-54: Explicit messaging permissions.Comments describing
can_broadcast,can_escalate, andcan_propagateare useful. For future scalability, consider a single permissions dict if the set of permissions expands.
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📒 Files selected for processing (5)
MANIFEST.in(1 hunks)hivemind_plugin_manager/database.py(1 hunks)hivemind_plugin_manager/tui.py(1 hunks)requirements.txt(1 hunks)setup.py(1 hunks)
✅ Files skipped from review due to trivial changes (1)
- MANIFEST.in
🔇 Additional comments (10)
setup.py (2)
52-52: Documentation clarity is good.
Your project description is concise and aligns well with the functionality.
53-55: Console script is correctly defined.
This entry point enables running the TUI via the hpm command. Great addition for usability.
hivemind_plugin_manager/tui.py (5)
1-9: Dependency imports match new requirements.
Your imports align well with the newly added dependencies in requirements.txt. This should ensure a smoother installation experience.
32-37: Mapping plugin types to config keys is clear.
The mapping dict is straightforward. Keep an eye out for consistency if more plugin types are introduced in the future.
54-67: Watch out for concurrency or multi-process usage.
Loading or merging defaults to the JSON config is straightforward here. If multiple processes might write to the config in parallel, consider adding locking or concurrency-safe patterns.
132-136: Full configuration printing is helpful.
Showing config in JSON format is user-friendly and transparent.
138-139: CLI main entry is correct.
Running python tui.py or using the console script should both work.
hivemind_plugin_manager/database.py (2)
40-40: In-code documentation clarifies admin privileges.
Marking the purpose of is_admin is helpful for maintainers.
56-57: Verify enforcement of 'locked' status and 'can_send_binary'.
Make sure the server code checks for locked and handles can_send_binary. Otherwise, these fields won't effectively fulfill their intended role.
requirements.txt (1)
1-3: Added dependencies appear correct.
json_database, ovos-bus-client, and ovos-utils are necessary for the new functionalities. Consider pinning or verifying specific versions if you want consistent, reproducible builds.
| @@ -48,7 +47,10 @@ def required(requirements_file): | |||
| url='https://github.com/JarbasHiveMind/hivemind-plugin-manager', | |||
| license='Apache-2.0', | |||
| author='jarbasAi', | |||
| #install_requires=required("requirements.txt"), | |||
| install_requires=required("requirements.txt"), | |||
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💡 Codebase verification
Dependencies should be pinned to specific versions in requirements.txt
The requirements.txt file is correctly included in the package distribution via MANIFEST.in. However, the dependencies are not pinned to specific versions, which could lead to compatibility issues if newer versions introduce breaking changes. Consider pinning the dependencies to specific versions using the == operator, for example:
json_database==1.2.3
ovos-bus-client==2.0.0
ovos-utils==1.0.0
requirements.txt: Add version constraints for all dependencies
🔗 Analysis chain
Ensure inclusion of requirements in the packaged distribution.
Since you are loading dependencies using required("requirements.txt"), confirm that requirements.txt is included in the distributed package. You already added it to the MANIFEST.in, but let’s verify it is there and double-check pinned vs. unpinned versions to avoid accidental breakage.
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#!/bin/bash
# Verify that requirements.txt is included in MANIFEST.in
cat MANIFEST.in | grep "requirements.txt"
Length of output: 66
Script:
#!/bin/bash
# Check the content of requirements.txt to verify pinned versions
cat requirements.txt
Length of output: 63
Summary by CodeRabbit
Release Notes
New Features
Dependencies
json_database,ovos-bus-client, andovos-utilsDocumentation
requirements.txtandLICENSE.mdin project distributionImprovements
Clientclass with more detailed attribute descriptions and configuration optionshpmfor easy plugin management