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Feat/74 heatmaps agnostic refactor #91

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merged 33 commits into from
Jun 24, 2024

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@amindadgar amindadgar commented Jun 18, 2024

Summary by CodeRabbit

  • Tests
    • Introduced various integration and unit test cases for analyzing messages, interactions, and reactions on a Discord platform.
    • Added tests for hourly analytics, raw data processing, and utility functions related to heatmaps.
    • Updated import paths and configurations for existing test files to improve modularity and maintainability.

amindadgar added 24 commits June 5, 2024 15:34
+ Added different heatmaps analytics (for now the replier is implemented)
+ updated utils, removing unnecessary ones and updating method names.
+ added schema for heatmaps data.
+ updated the previous heatmaps to a heatmaps_old name so we could still run analyzer using that. (depricated)
+ commented the `RnDAOAnalyzer` in __init__ but will get it back later with a better name.
moving neo4j utils into its right directory.
+ added author_id filtering too.
it supports both type of emitter and receiver of reply
using the analytics_hourly for all vector analytics.
+ couple of small updates on analyzer config custom analytics.
+ updated heatmaps utils class
- the raw analytics of heatmaps is still todo.
and aligning it with its test case.
the analytics should've been giving each engaged user id.
+ fixed: in raw analytics the test cases had some problem (were aligning other users activity in output)
+ fixed: the ActivityType typo fixed.
HeatMapModel is deprecated, will be removed in future.
+ also, updated raw analytics to output a dict rather than python object, so we could later save them in db easily.
+ in order to keep the changes at minimum at possible we're using the previous heatmaps output data schema.
+ but still we're platform agnostic.
+ we needed to update raw data in old test cases to the new format.
+ ignoring the self-interactions now.
+ updated discord analyzer configurations based on discussions.
+ removing the heatmaps_old as was no longer needed.
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Walkthrough

Several new test files were added and existing test cases were modified, focusing on the Heatmaps class in the discord_analyzer module. These tests cover various scenarios around hourly mentions, lone messages, reactions, threading, interaction vectors, analytics processing, and MongoDB interactions. Updates also include refining imports, skipping some tests, and verifying Discord analyzer configurations.

Changes

File(s) Change Summary
tests/integration/test_heatmaps_hourly_mentions.py Added test for analyzing mentioned messages, verifying data aggregation.
tests/integration/test_heatmaps_hourly_lone_message.py Introduced tests for lone messages, validating heatmap analysis.
tests/integration/test_heatmaps_process_hourly_single_day.py Created various hourly analytics tests for single-day user interactions.
tests/integration/test_heatmaps_process_raw_analytics.py Added tests for raw analytics data processing for different user interaction scenarios.
tests/integration/test_heatmaps_reactions.py Added test to simulate and analyze reactions on Discord messages.
tests/integration/test_heatmaps_replier.py Introduced test for generating heatmaps focusing on message reply interactions.
tests/integration/test_heatmaps_thread_msg.py Added test for verifying heatmaps based on threaded messages analysis.
tests/integration/test_heatmaps_hourly_analytics_actions_vectors.py Introduced tests for hourly activity vectors related to actions in the Discord analytics system.
tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py Added tests for hourly interaction vectors scenarios in the Discord analytics system.
tests/integration/test_heatmaps_utils.py Added multiple methods to test MongoDB interactions for user data.
tests/unit/test_analyzer_heatmaps_compute_iteration_counts.py Added test case for computing iteration counts within the Heatmaps class.
tests/unit/test_heatmaps_analytics_base_process_vectors.py Added test cases for processing activity vectors in the AnalyticsHourly class.
tests/unit/test_schema_hourly_analytics.py Introduced tests for initializing and converting HourlyAnalytics class.
tests/unit/test_schema_raw_analytics.py Added tests verifying the functionality of RawAnalytics initialization and conversion.
tests/integration/test_louvain_algorithm_get_computed_dates.py, tests/integration/test_neo4j_projection_utils_computed_dates.py Updated import paths for ProjectionUtils.
tests/integration/test_network_graph_creation.py Updated test to skip and moved imports inside the test function.
tests/integration/test_platforms_base_config.py Added tests for converting analytics objects to and from dictionaries.
tests/integration/utils/mock_graph.py Modified import statement for RnDaoAnalyzer.

Sequence Diagram(s)

sequenceDiagram
    participant TestSuite as Test Suite
    participant Mongo as MongoDB
    participant Heatmaps as Heatmaps
    participant DiscordAnalyzerConfig as Discord Analyzer Config

    TestSuite->>+Mongo: Prepare data for mention analysis
    Mongo-->>-TestSuite: Data prepared
    TestSuite->>+Heatmaps: Analyze mentions
    Heatmaps-->>-TestSuite: Results validated

    TestSuite->>+DiscordAnalyzerConfig: Load configuration
    DiscordAnalyzerConfig-->>-TestSuite: Configuration loaded
Loading

Poem

In the land of Discord, where data swirls,
Heatmaps rise like morning pearls.
Tests are written, data streams,
In the heart of code, we build our dreams.
🐰✨


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@amindadgar amindadgar linked an issue Jun 18, 2024 that may be closed by this pull request
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@amindadgar amindadgar requested review from cyri113 and TjitsevdM June 18, 2024 13:52
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Logic components look good to me

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cyri113 commented Jun 20, 2024

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cyri113 commented Jun 20, 2024

@coderabbitai full review

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Actionable comments posted: 20

Outside diff range and nitpick comments (23)
analyzer_init.py (3)

Line range hint 11-11: TODO: Update constructor to use platform_id instead of guild_id.

Would you like me to help update this constructor to use platform_id or should I open a GitHub issue to track this task?


Line range hint 14-23: Ensure robust error handling around MongoDB connection.

Consider adding try-except blocks around analyzer.database_connect() to handle potential connection errors gracefully.


Line range hint 29-34: Review handling of sensitive data in MongoDB connection string.

Ensure that sensitive data such as passwords are handled securely, possibly using environment variables or encrypted storage, to avoid exposure in the codebase.

tests/integration/utils/mock_graph.py (1)

Line range hint 47-87: The store_mock_data_in_neo4j function correctly handles environment variables for database credentials and uses the RnDaoAnalyzer class for storing analytics data. Ensure that sensitive data handling follows security best practices, especially in production environments.

Consider using environment-specific configurations for handling sensitive data more securely.

discord_analyzer/models/BaseModel.py (2)

16-16: The exists flag is set but not used effectively within the class. Consider using this flag to optimize database checks or remove it if unnecessary.


Line range hint 25-28: Refactor the collection_exists method to return the condition directly for simplicity and improved readability.

- if self.collection_name in self.database.list_collection_names():
-     return True
- else:
-     return False
+ return self.collection_name in self.database.list_collection_names()
tests/integration/test_heatmaps_analytics_base.py (1)

72-130: Ensure consistency in test documentation.

The docstring for test_get_hourly_analytics_single_date_irrelevant_filter could be more descriptive about what it means for the filter to be "irrelevant". Clarifying this in the docstring can improve the readability and maintainability of the test suite.

tests/integration/test_louvain_algorithm_get_computed_dates.py (1)

1-1: Document the purpose and expected outcomes of the tests more clearly.

The docstrings for the tests in this file are somewhat generic and could be more specific about the scenarios being tested and the expected outcomes. This would enhance the clarity and maintainability of the test suite.

discord_analyzer/analysis/neo4j_analysis/louvain.py (1)

1-1: Optimize database queries for performance.

The Neo4j query in get_computed_dates could potentially become slow if the dataset grows. Consider optimizing the query or using indexing strategies on the date and guildId properties to improve performance.

tests/integration/test_assess_engagement_replies.py (2)

14-14: Consider updating the pytest skip reason for clarity or resolving the underlying issue.

The skip reason "Skipping for now as memberactivities is not updated!" could be more descriptive or specific about when this will be addressed.


38-38: Ensure consistent formatting and structure in the code.

Consider removing the blank line here to maintain consistent formatting with other parts of the code.

tests/integration/test_assess_engagement_mention.py (2)

14-14: Consider updating the pytest skip reason for clarity or resolving the underlying issue.

The skip reason "Skipping for now as memberactivities is not updated!" could be more descriptive or specific about when this will be addressed.


38-38: Ensure consistent formatting and structure in the code.

Consider removing the blank line here to maintain consistent formatting with other parts of the code.

tests/integration/test_heatmaps_hourly_mentions.py (1)

8-8: Ensure the function has appropriate documentation.

The function test_mentioned_messages lacks a docstring. Adding a brief description of what the function tests and its expected outcomes would improve code readability and maintainability.

discord_analyzer/analyzer/heatmaps/analytics_hourly.py (1)

15-23: The method signature and documentation are clear and well-defined, which is good for maintainability. However, consider adding type hints for kwargs to improve code readability and type checking.

discord_analyzer/analyzer/heatmaps/analytics_raw.py (1)

16-24: The method signature and documentation are clear and well-defined, which is good for maintainability. However, consider adding type hints for kwargs to improve code readability and type checking.

discord_analyzer/analysis/analytics_interactions_script.py (3)

Line range hint 8-8: Avoid using mutable default arguments for function parameters.

- def per_account_interactions(cursor_list, dict_keys=["replier_accounts", "reacter_accounts", "mentioner_accounts"]):
+ def per_account_interactions(cursor_list, dict_keys=None):
+     if dict_keys is None:
+         dict_keys = ["replier_accounts", "reacter_accounts", "mentioner_accounts"]

Line range hint 43-43: Optimize dictionary key checks by removing .keys().

- if account_name not in temp_dict.keys():
+ if account_name not in temp_dict:

- if account_name not in all_interaction_accounts.keys():
+ if account_name not in all_interaction_accounts:

- if thread not in channel_thread_dict[ch].keys():
+ if thread not in channel_thread_dict[ch]:

- for ch in channels_dict.keys():
+ for ch in channels_dict:

Also applies to: 48-48, 213-213, 223-223


Line range hint 190-190: Include a stacklevel argument when using warn to help trace the warning back to its origin.

- warn("Messages is not ascending ordered!")
+ warn("Messages is not ascending ordered!", stacklevel=2)
discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1)

Line range hint 89-97: Add error handling for external library calls to enhance robustness.

try:
    projection_utils.project_temp_graph(
        guildId=guildId,
        graph_name=graph_name,
        weighted=True,
        relation_direction="NATURAL",
        date=date,
    )
except Exception as e:
    logging.error(f"Error projecting temp graph for {guildId} on {date}: {e}")
    return
discord_analyzer/analysis/neo4j_analysis/centrality.py (3)

Line range hint 68-73: Refactor the dictionary key checks to use a more Pythonic approach.

- node = "DiscordAccount" if "node" not in kwargs.keys() else kwargs["node"]
+ node = kwargs.get("node", "DiscordAccount")
- weighted = True if "weighted" not in kwargs.keys() else kwargs["weighted"]
+ weighted = kwargs.get("weighted", True)
- normalize = False if "normalize" not in kwargs.keys() else kwargs["normalize"]
+ normalize = kwargs.get("normalize", False)
- preserve_parallel = (
-     True
-     if "preserve_parallel" not in kwargs.keys()
-     else kwargs["preserve_parallel"]
- )
+ preserve_parallel = kwargs.get("preserve_parallel", True)

Line range hint 268-273: Refactor the dictionary key checks to use a more Pythonic approach.

- recompute_dates = None
- if "recompute_dates" in kwargs:
-     recompute_dates = kwargs["recompute_dates"]
+ recompute_dates = kwargs.get("recompute_dates")

Line range hint 322-322: Refactor the dictionary key check to use a more Pythonic approach.

- if relation in relation_users and not preserve_parallel:
+ if not preserve_parallel and relation in relation_users:

This change improves the readability by prioritizing the condition that is more likely to be false, thus potentially avoiding the more expensive set membership test.

Review details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 84f5726 and edfa2f6.

Files selected for processing (51)
  • analyzer_init.py (1 hunks)
  • discord_analyzer/init.py (1 hunks)
  • discord_analyzer/analysis/analytics_interactions_script.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/centrality.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/local_clustering_coefficient.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/louvain.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/utils/init.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/init.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/analytics_hourly.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/analytics_raw.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/heatmaps.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/heatmaps_utils.py (1 hunks)
  • discord_analyzer/models/BaseModel.py (2 hunks)
  • discord_analyzer/models/raw_member_activities.py (1 hunks)
  • discord_analyzer/rn_analyzer.py (2 hunks)
  • discord_analyzer/schemas/init.py (1 hunks)
  • discord_analyzer/schemas/activity_type.py (1 hunks)
  • discord_analyzer/schemas/hourly_analytics.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/init.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/config_base.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/discord.py (1 hunks)
  • discord_analyzer/schemas/raw_analytics.py (1 hunks)
  • discord_analyzer/schemas/raw_analytics_item.py (1 hunks)
  • tests/integration/test_analyzer_init.py (1 hunks)
  • tests/integration/test_assess_engagement_mention.py (3 hunks)
  • tests/integration/test_assess_engagement_reactions.py (3 hunks)
  • tests/integration/test_assess_engagement_replies.py (3 hunks)
  • tests/integration/test_discord_heatmaps_config.py (1 hunks)
  • tests/integration/test_heatmaps_analytics.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_base.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_different_source.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_hourly_no_filter.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_raw.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_analytics_actions_vectors.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_lone_message.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_mentions.py (1 hunks)
  • tests/integration/test_heatmaps_process_hourly_single_day.py (1 hunks)
  • tests/integration/test_heatmaps_process_raw_analytics.py (1 hunks)
  • tests/integration/test_heatmaps_reactions.py (1 hunks)
  • tests/integration/test_heatmaps_replier.py (1 hunks)
  • tests/integration/test_heatmaps_thread_msg.py (1 hunks)
  • tests/integration/test_heatmaps_utils.py (1 hunks)
  • tests/integration/test_louvain_algorithm_get_computed_dates.py (1 hunks)
  • tests/integration/test_neo4j_projection_utils_computed_dates.py (1 hunks)
  • tests/integration/test_network_graph_creation.py (1 hunks)
  • tests/integration/test_platforms_base_config.py (1 hunks)
  • tests/integration/utils/mock_graph.py (1 hunks)
  • tests/unit/test_analyzer_heatmaps_compute_iteration_counts.py (1 hunks)
  • tests/unit/test_heatmaps_analytics_base_process_vectors.py (1 hunks)
Files not processed due to max files limit (3)
  • tests/unit/test_schema_hourly_analytics.py
  • tests/unit/test_schema_raw_analytics.py
  • tests/unit/test_sum_interactions_features.py
Files not reviewed due to errors (1)
  • tests/integration/test_heatmaps_analytics_raw.py (no review received)
Files skipped from review due to trivial changes (12)
  • discord_analyzer/init.py
  • discord_analyzer/analysis/neo4j_analysis/utils/init.py
  • discord_analyzer/analyzer/heatmaps/init.py
  • discord_analyzer/schemas/init.py
  • discord_analyzer/schemas/activity_type.py
  • discord_analyzer/schemas/platform_configs/init.py
  • discord_analyzer/schemas/raw_analytics_item.py
  • tests/integration/test_assess_engagement_reactions.py
  • tests/integration/test_heatmaps_reactions.py
  • tests/integration/test_neo4j_projection_utils_computed_dates.py
  • tests/integration/test_network_graph_creation.py
  • tests/unit/test_analyzer_heatmaps_compute_iteration_counts.py
Additional context used
Ruff
discord_analyzer/analyzer/heatmaps/heatmaps_utils.py

66-69: Use ternary operator last_date = documents[0]["date"] if len(documents) != 0 else None instead of if-else-block (SIM108)

Replace if-else-block with last_date = documents[0]["date"] if len(documents) != 0 else None

discord_analyzer/models/BaseModel.py

25-28: Return the condition directly (SIM103)

Inline condition

discord_analyzer/analysis/analytics_interactions_script.py

8-8: Do not use mutable data structures for argument defaults (B006)

Replace with None; initialize within function


43-43: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


48-48: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


190-190: No explicit stacklevel keyword argument found (B028)


213-213: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


223-223: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()

discord_analyzer/analysis/neo4j_analysis/centrality.py

68-68: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


69-69: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


70-70: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


73-73: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


268-268: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


269-269: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


322-322: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


350-350: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()

Additional comments not posted (61)
analyzer_init.py (1)

3-3: Change of import path from discord_analyzer to discord_analyzer.rn_analyzer for RnDaoAnalyzer.

Ensure that all other references and usage of RnDaoAnalyzer across the project are updated accordingly.

discord_analyzer/schemas/platform_configs/config_base.py (3)

4-15: Constructor initialization looks good and properly typed.


17-23: Method to_dict effectively converts class instance to dictionary.


25-36: Method from_dict correctly reconstructs class instance from dictionary.

discord_analyzer/schemas/raw_analytics.py (3)

4-19: Constructor ensures correct handling and typing of ActivityType.


21-29: Method to_dict effectively serializes class instance to dictionary, handling enumerations and optional fields.


31-40: Method from_dict correctly deserializes dictionary to class instance, handling type conversions and optional fields.

discord_analyzer/schemas/hourly_analytics.py (3)

4-19: Constructor correctly initializes properties with appropriate types and handles optional fields.


21-32: Method to_dict effectively serializes class instance to dictionary, correctly handling optional fields.


34-45: Method from_dict accurately reconstructs class instance from dictionary, ensuring correct handling of optional fields.

discord_analyzer/analyzer/heatmaps/heatmaps_utils.py (3)

7-12: Initialization of MongoDB client in the constructor is correct and follows good encapsulation practices by storing the database reference for the specified platform.


13-33: The method get_users efficiently retrieves user data based on the is_bot flag. The use of MongoDB's projection to fetch only necessary fields (id) is a good practice for performance.


35-53: The get_users_count method correctly counts documents based on the is_bot parameter. This method is straightforward and uses MongoDB's count_documents effectively.

tests/integration/utils/mock_graph.py (2)

3-3: Correctly updated the import statement for RnDaoAnalyzer to reflect the new module path.


Line range hint 3-45: The generate_mock_graph function is well-structured and uses the EngagementAssessment class effectively to compute engagement based on Discord activities. This method appears to be correctly implemented, assuming proper functionality of the prepare_activity_params and EngagementAssessment.

tests/unit/test_heatmaps_analytics_base_process_vectors.py (1)

6-118: The test class TestRawMemberActivitiesProcessVectors is well-organized. Each test method (test_no_input, test_single_input, test_multiple_input) correctly asserts the behavior of the _process_vectors method under different conditions. Using explicit expectations for the output ensures that the tests are robust and clear.

discord_analyzer/models/BaseModel.py (1)

16-16: The initialization of the collection attribute in the constructor is straightforward and correct.

tests/integration/test_heatmaps_thread_msg.py (4)

1-12: Setup and resource initialization look good. Ensuring a clean state by dropping collections is a good practice in isolated testing.


13-63: The data preparation logic is comprehensive, covering multiple days and hours. This should allow for robust testing of the heatmaps functionality.


63-64: Efficient use of MongoDB's insert_many for batch data insertion.


66-88: Analysis and assertions are well-implemented, ensuring that the heatmap data aligns with the expected results from the test setup.

tests/integration/test_heatmaps_hourly_lone_message.py (4)

1-12: Setup and resource initialization look good. Ensuring a clean state by dropping collections is a good practice in isolated testing.


13-63: The data preparation logic is comprehensive, covering multiple days and hours. This should allow for robust testing of the heatmaps functionality.


64-65: Efficient use of MongoDB's insert_many for batch data insertion.


67-91: Analysis and assertions are well-implemented, ensuring that the heatmap data aligns with the expected results from the test setup.

tests/integration/test_analyzer_init.py (4)

1-12: Setup and resource initialization look good. Ensuring a clean state by performing necessary database operations is a good practice in isolated testing.


Line range hint 13-63: The data preparation logic is comprehensive, covering multiple days and hours. This should allow for robust testing of the analytics functionality.


Line range hint 64-65: Efficient use of MongoDB's insert_many for batch data insertion.


Line range hint 67-91: Analysis and assertions are well-implemented, ensuring that the analytics data aligns with the expected results from the test setup.

discord_analyzer/schemas/platform_configs/discord.py (1)

10-94: Initialization of DiscordAnalyzerConfig is well-structured, setting up platform specifics and analytics configurations effectively.

discord_analyzer/analysis/neo4j_analysis/louvain.py (1)

4-4: Ensure the updated import path for ProjectionUtils is correct.

Verification successful

The updated import path for ProjectionUtils is correct.

  • discord_analyzer/analysis/neo4j_analysis/louvain.py line 4: from discord_analyzer.analysis.neo4j_analysis.utils import ProjectionUtils
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#!/bin/bash
# Description: Verify that the updated import path for `ProjectionUtils` is correct.

# Test: Search for the `ProjectionUtils` file.
fd 'projection_utils.py'

Length of output: 91

tests/integration/test_heatmaps_replier.py (1)

8-126: Thoroughly structured test for reply messages with comprehensive setup and assertions.

This test function test_reply_messages is well-structured, covering a variety of cases and ensuring that the data setup, execution, and assertions are all aligned with expected outcomes. It's commendable that the test covers various aspects such as date handling, user interactions, and the accuracy of the results produced by the Heatmaps class. The use of MongoDB collections for setting up the test environment is also correctly handled with appropriate clean-up using drop_collection. Overall, this test seems to be robust and should effectively validate the functionality of reply message analysis in the heatmap feature.

tests/integration/test_platforms_base_config.py (1)

12-122: Comprehensive testing of configuration conversion methods.

The methods test_config_to_dict, test_analytics_from_dict, test_analytics_data_to_dict, and test_analytics_data_from_dict are all well-implemented, ensuring that the PlatformConfigBase class can reliably serialize and deserialize analytics configurations. These tests are crucial for ensuring that the configuration handling in the Discord analyzer is robust and error-free. The use of assertions to compare expected and actual results is appropriate and effectively validates the functionality.

tests/integration/test_discord_heatmaps_config.py (1)

7-89: Effective validation of Discord analyzer configuration schema.

The methods test_discord_schema_overview, test_discord_schema_hourly_analytics, and test_discord_schema_raw_analytics are well-crafted to ensure the integrity and correctness of the DiscordAnalyzerConfig schema. These tests check the configuration details such as platform identifier, resource identifiers, and the properties of both hourly and raw analytics. The thoroughness in checking each attribute and handling potential errors with appropriate exceptions is commendable, ensuring that any misconfigurations are caught during testing.

discord_analyzer/analysis/neo4j_analysis/local_clustering_coefficient.py (1)

Line range hint 4-118: Robust implementation of local clustering coefficient computation with appropriate error handling.

The LocalClusteringCoeff class provides a comprehensive approach to computing local clustering coefficients in a Neo4j graph database context. The methods are well-documented with clear parameters and return types. The use of projection utilities to manage graph data and the handling of potential exceptions during the computation process are both effectively implemented. This implementation should ensure accurate and efficient computation of clustering coefficients, which are critical for analyzing social network structures within the guild.

discord_analyzer/analyzer/heatmaps/analytics_hourly.py (2)

48-52: Good use of validation for activity_direction and activity. These checks prevent invalid data processing early in the method execution.

Also applies to: 54-58


60-71: The method get_hourly_analytics is well encapsulated and used here to fetch data based on the provided parameters. This is a good example of code reuse.

discord_analyzer/analyzer/heatmaps/analytics_raw.py (2)

55-66: Good use of validation for activity_direction and activity. These checks prevent invalid data processing early in the method execution.


68-77: The method get_analytics_count is well encapsulated and used here to fetch data based on the provided parameters. This is a good example of code reuse.

tests/integration/test_heatmaps_utils.py (2)

8-14: Proper setup for MongoDB client and test preparation in the setUp method. This ensures that each test runs in a clean state.


17-20: Each test method is well-structured and covers a specific functionality of the HeatmapsUtils class. The use of assertions to check expected outcomes is appropriate and ensures that the utility functions behave as expected.

Also applies to: 21-49, 51-79, 81-84, 86-114, 116-158, 160-165, 167-180, 182-211

tests/integration/test_heatmaps_analytics_different_source.py (2)

9-29: Proper setup for MongoDB client and test preparation in the setUp method. This ensures that each test runs in a clean state.


30-151: Each test method is well-structured and covers a specific functionality of the Heatmaps class. The use of assertions to check expected outcomes is appropriate and ensures that the heatmaps analytics behave as expected.

Also applies to: 152-179

tests/integration/test_heatmaps_analytics.py (1)

131-137: Verify the expected length of analytics results based on the setup data.

Verification successful

The setUp method in tests/integration/test_heatmaps_analytics.py sets up the Heatmaps instance with 3 resources. The start method in discord_analyzer/analyzer/heatmaps/heatmaps.py iterates over resources and users to generate analytics data. Given this setup, the expected length of analytics being 3 is consistent with the setup of 3 resources.

  • tests/integration/test_heatmaps_analytics.py:
    • setUp initializes self.heatmaps with 3 resources.
    • The test inserts data for one raw member.
  • discord_analyzer/analyzer/heatmaps/heatmaps.py:
    • start method processes data for each resource and user.
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#!/bin/bash
# Description: Verify the expected length of analytics results based on the setup data.
# Test: Check the number of resources and raw member data for a single day.
cat tests/integration/test_heatmaps_analytics.py | grep 'self.assertEqual(len(analytics), 3)'

Length of output: 139



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#!/bin/bash
# Locate the setup data in the test file
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ast-grep --lang python --pattern 'def start($_) { $$$ }'

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# Use rg to search for the start method of self.heatmaps
rg 'def start' --glob '**/heatmaps*'

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rg -A 10 'def setUp' tests/integration/test_heatmaps_analytics.py

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rg -A 20 'def start' discord_analyzer/analyzer/heatmaps/heatmaps.py

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rg -A 100 'def start' discord_analyzer/analyzer/heatmaps/heatmaps.py

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discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1)

6-6: Correct the import statement for better modularity and to reflect the actual usage of the ProjectionUtils.

The change in the import statement reflects a move towards better organization of utility functions.

tests/integration/test_heatmaps_process_raw_analytics.py (2)

27-47: Test case for empty data appears comprehensive.

This test validates that all expected keys exist and are initialized correctly as empty lists, which is crucial for ensuring the robustness of the analytics processing in edge cases.


48-139: Review the logic for handling single and multiple authors.

Verification successful

The _process_raw_analytics method in discord_analyzer/analyzer/heatmaps/heatmaps.py does filter by author_id. The method includes a parameter author_id that is passed to the analytics_raw.analyze function, ensuring that the analytics are processed correctly for the specified author.

  • The method correctly sets up filters for author_id, day, activity, activity_name, activity_direction, and additional_filters.
  • The test cases for single and multiple authors should ensure that the filtering logic is verified.

No issues were found with the implementation regarding the handling of single and multiple authors.

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# Description: Ensure the analytics processing handles single and multiple authors correctly.

# Test: Check if the MongoDB queries within the `_process_raw_analytics` method are correctly filtering by `author_id`.
ast-grep --lang python --pattern $'class TestHeatmapsProcessRawAnalyticsSingleDay {
  $$$
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    $$$
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  $$$  
}'

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#!/bin/bash
# Description: Ensure the analytics processing handles single and multiple authors correctly.

# Test: Check if the MongoDB queries within the `_process_raw_analytics` method are correctly filtering by `author_id`.
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# Description: Ensure the analytics processing handles single and multiple authors correctly.

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#!/bin/bash
# Description: Perform a broader search within the identified file to locate the `_process_raw_analytics` method and its implementation.

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rg 'def _process_raw_analytics' discord_analyzer/analyzer/heatmaps/heatmaps.py -A 20

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# Description: Extract the complete implementation of the `_process_raw_analytics` method.

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rg 'def _process_raw_analytics' discord_analyzer/analyzer/heatmaps/heatmaps.py -A 50

Length of output: 2031

discord_analyzer/analyzer/heatmaps/heatmaps.py (1)

10-118: Comprehensive initialization and method documentation.

The constructor and methods are well-documented with detailed parameter descriptions, which enhances maintainability and understandability of the code.

tests/integration/test_heatmaps_analytics_hourly_no_filter.py (1)

8-13: Proper setup for testing environment.

The setup method correctly initializes necessary components and ensures the MongoDB collection is clean before each test, which is good practice for isolation between tests.

discord_analyzer/analysis/neo4j_analysis/centrality.py (1)

5-5: Updated import statement looks correct. Ensure that all references to ProjectionUtils and Neo4JMetrics match the new module path.

tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py (6)

13-18: Setup method is well-structured and correctly sets up the necessary environment for the tests.


22-35: The test for empty data is comprehensive, checking that the list length and sum are as expected. Good use of multiple assertions to ensure different aspects of the output are verified.


37-85: The test for no relevant data is well-implemented. It sets up data that should not be counted by the filters and verifies that the result is still zero.


87-193: The test for a single relevant data setup is correctly implemented. It uses detailed assertions to ensure that only the expected data points are considered in the results.


275-353: The test for multiple relevant data points is thorough, covering various scenarios and properly asserting the expected results in the activity vector. Good job ensuring comprehensive test coverage.


354-376: The test for handling incorrect activity types uses exception handling appropriately to ensure that the system raises an error as expected.

tests/integration/test_heatmaps_process_hourly_single_day.py (5)

9-26: The setup method is well-structured and ensures a clean state by dropping relevant collections before each test. This is good practice to avoid test contamination.


27-68: The test for checking the return type and data structure of the hourly analytics process is comprehensive, covering various aspects of the expected output. Good use of assertIn and assertIsInstance to validate data types and contents.


70-165: The test for processing hourly analytics for a single author is well-implemented. It accurately sets up the test conditions and uses detailed assertions to verify that the analytics are computed as expected for various interaction types.


166-252: The test for processing data for a non-existent channel is correctly implemented, ensuring that no data is mistakenly processed or returned. This test effectively checks the system's robustness in handling empty data scenarios.


254-340: The test for processing data for a non-existent author is well-crafted, using a thorough setup to simulate the condition and precise assertions to confirm that no data is processed.

Comment on lines 9 to 26
class TestHeatmapsProcessRawAnalyticsSingleDay(TestCase):
def setUp(self) -> None:
platform_id = "1234567890"
period = datetime(2024, 1, 1)
resources = list["123", "124", "125"]
# using one of the configs we currently have
# it could be any other platform's config
discord_analyzer_config = DiscordAnalyzerConfig()

self.heatmaps = Heatmaps(
platform_id=platform_id,
period=period,
resources=resources,
analyzer_config=discord_analyzer_config,
)
self.mongo_client = MongoSingleton.get_instance().get_client()
self.mongo_client[platform_id].drop_collection("rawmemberactivities")

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Ensure proper resource cleanup in MongoDB after tests to prevent side effects.

Consider adding a tearDown method to drop collections or documents created during tests. This ensures that each test runs in a clean state and does not affect subsequent tests.

@@ -33,6 +34,8 @@ def heatmaps_analytics(self):
"""
heatmaps are the input for assess_engagement's interaction matrix
"""
from discord_analyzer.analyzer.heatmaps import Heatmaps
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Ensure imported modules are at the top of the file.

The import statement for Heatmaps is inside the method heatmaps_analytics. It's a best practice to place all imports at the top of the file unless there is a specific reason not to do so, such as avoiding circular dependencies or optional dependencies.

@@ -33,6 +34,8 @@ def heatmaps_analytics(self):
"""
heatmaps are the input for assess_engagement's interaction matrix
"""
from discord_analyzer.analyzer.heatmaps import Heatmaps
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Ensure imported modules are at the top of the file.

The import statement for Heatmaps is inside the method heatmaps_analytics. It's a best practice to place all imports at the top of the file unless there is a specific reason not to do so, such as avoiding circular dependencies or optional dependencies.

discord_analyzer/rn_analyzer.py Show resolved Hide resolved
Comment on lines 55 to 71
def get_last_date(self) -> datetime | None:
"""
get the last document's date
"""
cursor = (
self.database["heatmaps"]
.find({}, {"date": 1, "_id": 0})
.sort("date", -1)
.limit(1)
)
documents = list(cursor)
if len(documents) != 0:
last_date = documents[0]["date"]
else:
last_date = None

return last_date
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Refactor the if-else block to use a ternary operator for clarity and conciseness.

- if len(documents) != 0:
-     last_date = documents[0]["date"]
- else:
-     last_date = None
+ last_date = documents[0]["date"] if documents else None
Committable suggestion

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.

Suggested change
def get_last_date(self) -> datetime | None:
"""
get the last document's date
"""
cursor = (
self.database["heatmaps"]
.find({}, {"date": 1, "_id": 0})
.sort("date", -1)
.limit(1)
)
documents = list(cursor)
if len(documents) != 0:
last_date = documents[0]["date"]
else:
last_date = None
return last_date
def get_last_date(self) -> datetime | None:
"""
get the last document's date
"""
cursor = (
self.database["heatmaps"]
.find({}, {"date": 1, "_id": 0})
.sort("date", -1)
.limit(1)
)
documents = list(cursor)
last_date = documents[0]["date"] if documents else None
return last_date
Tools
Ruff

66-69: Use ternary operator last_date = documents[0]["date"] if len(documents) != 0 else None instead of if-else-block (SIM108)

Replace if-else-block with last_date = documents[0]["date"] if len(documents) != 0 else None

Comment on lines 238 to 260
def test_wrong_activity_type(self):
day = datetime(2023, 1, 1)

with self.assertRaises(ValueError):
self.analytics.analyze(
activity="interactions",
activity_name="reply",
day=day,
author_id=9000,
activity_direction="wrong_type",
)

def test_wrong_activity(self):
day = datetime(2023, 1, 1)

with self.assertRaises(ValueError):
self.analytics.analyze(
activity="activity1",
activity_name="reply",
day=day,
author_id=9000,
activity_direction="emitter",
)
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Ensure exception handling covers specific exceptions rather than a general catch-all, which can obscure the source of errors.

try:
    self.analytics.analyze(
        activity="interactions",
        activity_name="reply",
        day=day,
        author_id=9000,
        activity_direction="wrong_type",
    )
except SpecificException as e:
    # Handle specific exception
    pass

Committable suggestion was skipped due to low confidence.

Comment on lines +9 to +14
class AnalyticsRaw:
def __init__(self, platform_id: str) -> None:
client = MongoSingleton.get_instance().get_client()
# `rawmemberactivities` is the collection we would use for analytics
self.collection = client[platform_id]["rawmemberactivities"]
self.msg_prefix = f"PLATFORMID: {platform_id}:"
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Tip

Codebase Verification

The platform_id is used in the constructor without any validation, which could lead to runtime errors if an invalid or empty platform_id is provided.

  • Lines in discord_analyzer/analyzer/heatmaps/analytics_raw.py:
    • __init__ method: No validation for platform_id.
Analysis chain

Initialization of MongoDB client and collection is done in the constructor. Ensure that the platform_id provided is always valid and non-empty to avoid runtime errors.

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# Description: Check if platform_id is validated.

# Test: Search for validation code for platform_id. Expect: Validation code exists.
rg --type python $'platform_id' discord_analyzer/analyzer/heatmaps/analytics_raw.py

Length of output: 113



Script:

#!/bin/bash
# Description: Check if platform_id is validated.

# Test: Search for validation code for platform_id. Expect: Validation code exists.
rg 'platform_id' discord_analyzer/analyzer/heatmaps/analytics_raw.py

Length of output: 243

Comment on lines +79 to +190
Parameters
------------
day : date
a specific day date
activity : str
to be `interactions` or `actions`
activity_name : str
the activity name to do filtering
could be `reply`, `reaction`, `mention, or ...
author_id : str | int
the author to do analytics on its data
activity_direction : str
the direction of activity
could be `emitter` or `receiver`
**kwargs : dict
filters : dict[str, dict[str] | str]
the filtering that we need to apply
for default it is an None meaning
no filtering would be applied

Returns
---------
activity_count : list[RawAnalyticsItem]
raw analytics item which holds the user and
the count of interaction in that day
"""
filters: dict[str, dict[str, Any] | str] | None = kwargs.get("filters")
start_day = datetime.combine(day, time(0, 0, 0))
end_day = start_day + timedelta(days=1)

match_filters = {
"date": {"$gte": start_day, "$lt": end_day},
"author_id": author_id,
}
if filters is not None:
match_filters = {
**match_filters,
**filters,
}

pipeline = [
{
"$match": {
**match_filters,
}
},
{"$unwind": f"${activity}"},
{
"$match": {
f"{activity}.name": activity_name,
f"{activity}.type": activity_direction,
},
},
{"$unwind": f"${activity}.users_engaged_id"},
{"$group": {"_id": f"${activity}.users_engaged_id", "count": {"$sum": 1}}},
]

cursor = self.collection.aggregate(pipeline)
db_result = list(cursor)
activity_count = self._prepare_raw_analytics_item(author_id, db_result)

return activity_count

def _prepare_raw_analytics_item(
self,
author_id: str | int,
activities_data: list[dict[str, str | int]],
) -> list[RawAnalyticsItem]:
"""
post process the database results

this will take the format `[{'_id': 9000, 'count': 4}]` and output a RawAnalyticsItem

Parameters
------------
author_id : str
just for skipping self-interactions
activities_data : dict[str, str | int]
the user interaction count.
the data will be as an example `[{'_id': 9000, 'count': 4}]`
_id would be the users interacting with

Returns
--------
raw_analytics : list[RawAnalyticsItem]
the data in format of raw analytics item
"""
analytics: list[RawAnalyticsItem] = []
for data in activities_data:
if data["_id"] != author_id:
raw_analytics = RawAnalyticsItem(
account=data["_id"], # type: ignore
count=data["count"], # type: ignore
)
analytics.append(raw_analytics)
else:
# self interaction
logging.info("Skipping self-interaction!")

return analytics
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The get_analytics_count method is comprehensive and handles various data fetching scenarios effectively. However, consider encapsulating the MongoDB pipeline construction into a separate method to reduce complexity and enhance readability.

+ def build_pipeline(self, day, activity, author_id, filters):
+     # Construct the MongoDB aggregation pipeline
+     pipeline = [
+         {"$match": {"date": {"$gte": start_day, "$lt": end_day}, "author_id": author_id}},
+         {"$unwind": f"${activity}"},
+     ]
+     if filters is not None:
+         pipeline.append({"$match": filters})
+     # Additional pipeline steps...
+     return pipeline
-        pipeline = [
-            {"$match": {"date": {"$gte": start_day, "$lt": end_day}, "author_id": author_id}},
-            {"$unwind": f"${activity}"},
-            # Additional pipeline steps...
-        ]
-        if filters is not None:
-            pipeline.append({"$match": filters})

Committable suggestion was skipped due to low confidence.

@@ -1,5 +1,5 @@
from discord_analyzer.analysis.neo4j_analysis.louvain import Louvain
from discord_analyzer.analysis.neo4j_utils.projection_utils import ProjectionUtils
from discord_analyzer.analysis.neo4j_analysis.utils import ProjectionUtils
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Tip

Codebase Verification

The ProjectionUtils class or function is not defined in projection_utils.py, nor is it imported from another module in that file. This indicates that the import statement in tests/integration/test_louvain_algorithm_get_computed_dates.py is likely incorrect or outdated.

  • tests/integration/test_louvain_algorithm_get_computed_dates.py:2: The import statement for ProjectionUtils is incorrect.
Analysis chain

Verify the correct import of ProjectionUtils.

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#!/bin/bash
# Description: Ensure that the import statement for `ProjectionUtils` is correct and that the module exists.

# Test: Search for the `ProjectionUtils` file.
fd 'projection_utils.py'

Length of output: 91



Script:

#!/bin/bash
# Description: Verify the existence of the `ProjectionUtils` class or methods in the `projection_utils.py` file.

# Test: Search for the `ProjectionUtils` class or methods.
ast-grep --lang python --pattern $'class ProjectionUtils {\n  $$$\n}'

Length of output: 522



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#!/bin/bash
# Description: Verify the existence of the `ProjectionUtils` class or methods in the `projection_utils.py` file.

# Test: Search for the `ProjectionUtils` class or methods.
ast-grep --lang python --pattern 'class ProjectionUtils:'

Length of output: 59



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#!/bin/bash
# Description: Verify if `ProjectionUtils` is defined as a function or imported from another module in `projection_utils.py`.

# Test: Search for `ProjectionUtils` as a function.
ast-grep --lang python --pattern 'def ProjectionUtils('

# Test: Search for `ProjectionUtils` as an import.
rg 'import ProjectionUtils' discord_analyzer/analysis/neo4j_analysis/utils/projection_utils.py

Length of output: 499

@@ -1,7 +1,7 @@
import logging
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Consider improving error handling and recovery strategies.

While the error logging in the compute and compute_graph_louvain methods is adequate, consider implementing more robust error recovery strategies. This could include retries or alternative actions when a computation fails, to enhance the resilience of the system.

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Actionable comments posted: 22

Outside diff range and nitpick comments (20)
discord_analyzer/models/BaseModel.py (1)

Line range hint 25-28: Refactor to return the condition directly.

-        if self.collection_name in self.database.list_collection_names():
-            return True
-        else:
-            return False
+        return self.collection_name in self.database.list_collection_names()
tests/integration/test_analyzer_init.py (2)

8-8: Consider providing more context on why this test is marked to be skipped. If it's due to pending deprecation or refactoring, consider adding a TODO or FIXME comment to clarify.


10-11: Ensure that the local import of AnalyzerInit is necessary here. If it's to avoid circular dependencies, consider refactoring the import structure to improve maintainability.

Also applies to: 17-17

discord_analyzer/schemas/platform_configs/discord.py (1)

10-94: Consider adding a docstring to the DiscordAnalyzerConfig class to explain its role and the significance of the analytics configurations it initializes. This will enhance code readability and maintainability, especially for new developers or when revisiting this code later.

tests/integration/test_network_graph_creation.py (1)

11-11: The skip marker usage is justified but requires clarification.

Consider adding a comment explaining why this test is being skipped and under what conditions it should be re-enabled.

discord_analyzer/analysis/neo4j_analysis/louvain.py (2)

Line range hint 17-17: Consider improving error handling by adding specific exception types and recovery strategies.

Refine the exception handling in the compute method to catch specific Neo4j-related exceptions and implement retry logic or alternative recovery strategies.


Line range hint 33-33: Ensure that resources are properly released after use to prevent resource leaks.

Add error handling to ensure that the graph projection is dropped even if an error occurs during the computation.

tests/integration/test_assess_engagement_replies.py (2)

4-4: Consider grouping all imports at the top of the file unless there's a specific need to delay an import, such as to avoid circular dependencies.


14-14: The use of @pytest.mark.skip should be justified with a comment explaining why the test is being skipped to maintain clarity for future maintenance.

tests/integration/test_assess_engagement_reactions.py (2)

4-4: It's advisable to keep all imports at the beginning of the file unless there's a specific reason for delaying an import.


14-14: The pytest.mark.skip decorator is used here. It would be beneficial to add a comment explaining why this test is currently skipped to aid future developers.

tests/integration/test_assess_engagement_mention.py (2)

4-4: Ensure all imports are placed at the top of the file unless there's a specific reason for delaying them, such as avoiding circular dependencies.


14-14: Adding a comment explaining why this test is skipped would be helpful for future maintenance and understanding.

discord_analyzer/rn_analyzer.py (1)

4-4: It's a good practice to group all imports together at the top of the file for better readability and maintenance.

discord_analyzer/analysis/analytics_interactions_script.py (3)

Line range hint 8-8: Replace mutable default argument with an immutable one to avoid potential bugs related to mutable default behavior.

-def per_account_interactions(cursor_list, dict_keys=["replier_accounts", "reacter_accounts", "mentioner_accounts"]):
+def per_account_interactions(cursor_list, dict_keys=None):
+    if dict_keys is None:
+        dict_keys = ["replier_accounts", "reacter_accounts", "mentioner_accounts"]

Line range hint 43-43: Optimize dictionary key checks by removing unnecessary .keys() method calls.

- if account_name not in temp_dict.keys():
+ if account_name not in temp_dict:

- if account_name not in all_interaction_accounts.keys():
+ if account_name not in all_interaction_accounts:

- for idx, data_acc in enumerate(interaction_dict.keys()):
+ for idx, data_acc in enumerate(interaction_dict):

- if thread not in channel_thread_dict[ch].keys():
+ if thread not in channel_thread_dict[ch]:

Also applies to: 48-48, 213-213, 223-223


Line range hint 190-190: Consider specifying stacklevel in the warn function to improve debugging by pointing to the caller of the function where the warning was raised.

- warn("Messages is not ascending ordered!")
+ warn("Messages is not ascending ordered!", stacklevel=2)
discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1)

[!TIP]
Codebase Verification

The inspection of the logging statements in discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py reveals the following:

  • The first logging.error statement includes the guildId context.
  • The second logging.error statement does not include any context and needs to be updated.
  • The logging.info statement includes the guildId context through the prefix.

Please update the second logging.error statement to include relevant context such as guildId.

  • Location to update:
    logging.error("It isn't possible to have both S and R True!")
Analysis chain

Line range hint 14-18: Ensure proper exception handling and logging throughout the class methods to maintain robustness and traceability.

Also applies to: 25-25, 36-36, 43-43, 61-61, 79-79, 98-98, 116-116, 134-134, 152-152, 170-170, 188-188, 206-206, 224-224, 242-242


To ensure proper exception handling and logging throughout the class methods, each logging statement should include necessary context information like guildId.

  • Logging statement 1:

    logging.error(

    This statement is incomplete. We need to review the surrounding lines to verify context inclusion.

  • Logging statement 2:

    logging.error("It isn't possible to have both S and R True!")

    This statement does not include any context. It should be updated to include relevant context such as guildId.

  • Logging statement 3:

    logging.info(f"{prefix}Node stats saved for the date: {date}")

    This statement includes the prefix and date, which might provide some context, but it should be checked if prefix contains guildId or similar identifiers.

Next Steps:

To verify the context inclusion for the first and third logging statements, we need to review the surrounding lines. Let's extract those lines to get a complete picture.


Next Steps:

To ensure accurate verification, we need to correct the regex pattern for the third logging statement and re-extract the surrounding lines.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Description: Verify that all exception handling logs include necessary context information.

# Test: Search for logging statements without guildId context. Expect: No occurrences.
rg --type python $'logging.error\("[^"]*"\)' discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py

Length of output: 140



Script:

#!/bin/bash
# Description: Identify all logging statements in the file for further inspection.

# Test: Search for all logging statements in the specified file.
rg 'logging\.(error|warning|info|debug)\(' discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py

Length of output: 288



Script:

#!/bin/bash
# Description: Review surrounding lines for the identified logging statements to verify context inclusion.

# Extract lines around the first logging statement
rg -A 3 -B 3 'logging\.error\(' discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py

# Extract lines around the third logging statement
rg -A 3 -B 3 'logging\.info\(f"{prefix}Node stats saved for the date: {date}"' discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py

Length of output: 897



Script:

#!/bin/bash
# Description: Correct the regex pattern and re-extract surrounding lines for the third logging statement to verify context inclusion.

# Extract lines around the third logging statement with corrected regex
rg -A 3 -B 3 'logging\.info\(f"\{prefix\}Node stats saved for the date: \{date\}"' discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py

Length of output: 362

discord_analyzer/analysis/neo4j_analysis/centrality.py (2)

Line range hint 68-73: Use key not in dict instead of key not in dict.keys() for cleaner code.

- node = "DiscordAccount" if "node" not in kwargs.keys() else kwargs["node"]
+ node = "DiscordAccount" if "node" not in kwargs else kwargs["node"]
- weighted = True if "weighted" not in kwargs.keys() else kwargs["weighted"]
+ weighted = True if "weighted" not in kwargs else kwargs["weighted"]
- normalize = False if "normalize" not in kwargs.keys() else kwargs["normalize"]
+ normalize = False if "normalize" not in kwargs else kwargs["normalize"]
- preserve_parallel = (
-    True if "preserve_parallel" not in kwargs.keys() else kwargs["preserve_parallel"]
+ preserve_parallel = (
+    True if "preserve_parallel" not in kwargs else kwargs["preserve_parallel"]
- )

Line range hint 268-269: Use key in dict instead of key in dict.keys() for cleaner code.

- if "recompute_dates" in kwargs.keys():
+ if "recompute_dates" in kwargs:
Review details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 84f5726 and edfa2f6.

Files selected for processing (53)
  • analyzer_init.py (1 hunks)
  • discord_analyzer/init.py (1 hunks)
  • discord_analyzer/analysis/analytics_interactions_script.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/centrality.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/local_clustering_coefficient.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/louvain.py (1 hunks)
  • discord_analyzer/analysis/neo4j_analysis/utils/init.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/init.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/analytics_hourly.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/analytics_raw.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/heatmaps.py (1 hunks)
  • discord_analyzer/analyzer/heatmaps/heatmaps_utils.py (1 hunks)
  • discord_analyzer/models/BaseModel.py (2 hunks)
  • discord_analyzer/models/raw_member_activities.py (1 hunks)
  • discord_analyzer/rn_analyzer.py (2 hunks)
  • discord_analyzer/schemas/init.py (1 hunks)
  • discord_analyzer/schemas/activity_type.py (1 hunks)
  • discord_analyzer/schemas/hourly_analytics.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/init.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/config_base.py (1 hunks)
  • discord_analyzer/schemas/platform_configs/discord.py (1 hunks)
  • discord_analyzer/schemas/raw_analytics.py (1 hunks)
  • discord_analyzer/schemas/raw_analytics_item.py (1 hunks)
  • tests/integration/test_analyzer_init.py (1 hunks)
  • tests/integration/test_assess_engagement_mention.py (3 hunks)
  • tests/integration/test_assess_engagement_reactions.py (3 hunks)
  • tests/integration/test_assess_engagement_replies.py (3 hunks)
  • tests/integration/test_discord_heatmaps_config.py (1 hunks)
  • tests/integration/test_heatmaps_analytics.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_base.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_different_source.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_hourly_no_filter.py (1 hunks)
  • tests/integration/test_heatmaps_analytics_raw.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_analytics_actions_vectors.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_lone_message.py (1 hunks)
  • tests/integration/test_heatmaps_hourly_mentions.py (1 hunks)
  • tests/integration/test_heatmaps_process_hourly_single_day.py (1 hunks)
  • tests/integration/test_heatmaps_process_raw_analytics.py (1 hunks)
  • tests/integration/test_heatmaps_reactions.py (1 hunks)
  • tests/integration/test_heatmaps_replier.py (1 hunks)
  • tests/integration/test_heatmaps_thread_msg.py (1 hunks)
  • tests/integration/test_heatmaps_utils.py (1 hunks)
  • tests/integration/test_louvain_algorithm_get_computed_dates.py (1 hunks)
  • tests/integration/test_neo4j_projection_utils_computed_dates.py (1 hunks)
  • tests/integration/test_network_graph_creation.py (1 hunks)
  • tests/integration/test_platforms_base_config.py (1 hunks)
  • tests/integration/utils/mock_graph.py (1 hunks)
  • tests/unit/test_analyzer_heatmaps_compute_iteration_counts.py (1 hunks)
  • tests/unit/test_heatmaps_analytics_base_process_vectors.py (1 hunks)
  • tests/unit/test_schema_hourly_analytics.py (1 hunks)
  • tests/unit/test_schema_raw_analytics.py (1 hunks)
Files not reviewed due to errors (2)
  • discord_analyzer/analyzer/heatmaps/analytics_raw.py (no review received)
  • tests/integration/test_heatmaps_utils.py (no review received)
Additional context used
Ruff
discord_analyzer/analyzer/heatmaps/heatmaps_utils.py

66-69: Use ternary operator last_date = documents[0]["date"] if len(documents) != 0 else None instead of if-else-block (SIM108)

Replace if-else-block with last_date = documents[0]["date"] if len(documents) != 0 else None

discord_analyzer/models/BaseModel.py

25-28: Return the condition directly (SIM103)

Inline condition

discord_analyzer/analysis/analytics_interactions_script.py

8-8: Do not use mutable data structures for argument defaults (B006)

Replace with None; initialize within function


43-43: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


48-48: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


190-190: No explicit stacklevel keyword argument found (B028)


213-213: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


223-223: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()

discord_analyzer/analysis/neo4j_analysis/centrality.py

68-68: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


69-69: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


70-70: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


73-73: Use key not in dict instead of key not in dict.keys() (SIM118)

Remove .keys()


268-268: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


269-269: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


322-322: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()


350-350: Use key in dict instead of key in dict.keys() (SIM118)

Remove .keys()

Additional comments not posted (77)
discord_analyzer/schemas/platform_configs/__init__.py (1)

1-2: Consider limiting the scope of flake8: noqa to specific lines to maintain code quality as this module evolves.

discord_analyzer/analysis/neo4j_analysis/utils/__init__.py (1)

1-3: While the import statements are correct, consider limiting the scope of flake8: noqa to specific problematic lines to maintain code quality.

discord_analyzer/analyzer/heatmaps/__init__.py (1)

1-4: Import statements are correctly structured. However, consider using more targeted linting suppression to ensure code quality.

discord_analyzer/schemas/__init__.py (1)

1-5: Import statements are correctly formatted and relevant to the module.

discord_analyzer/schemas/activity_type.py (2)

4-6: Enum ActivityType is well-defined with clear, meaningful values.


9-11: Enum ActivityDirection is correctly implemented with appropriate domain-specific values.

tests/unit/test_analyzer_heatmaps_compute_iteration_counts.py (1)

24-36: Good use of relative time calculation for dynamic test expectations.

This is a good practice as it makes the test less brittle and more adaptable to changes in the system date/time.

discord_analyzer/schemas/platform_configs/config_base.py (1)

17-36: Efficient serialization and deserialization methods.

The use of list comprehensions for converting objects to and from dictionaries is efficient and maintains readability.

discord_analyzer/schemas/raw_analytics.py (1)

4-19: Proper use of type checking for enum conversion.

The conditional check for type ensures that the type attribute is always an instance of ActivityType, which is crucial for ensuring data integrity.

discord_analyzer/schemas/hourly_analytics.py (1)

4-19: Clear and concise constructor with proper type handling.

The explicit type assignments ensure that the class properties are always correctly typed, which is essential for data consistency.

discord_analyzer/analyzer/heatmaps/heatmaps_utils.py (3)

13-33: The implementation of get_users function looks good and adheres to the documentation provided.


35-53: The implementation of get_users_count function is correct and well-documented.


55-71: Consider refactoring the if-else block to a ternary operator for clarity and conciseness.
[REFACTOR_SUGGESTion]

- if len(documents) != 0:
-     last_date = documents[0]["date"]
- else:
-     last_date = None
+ last_date = documents[0]["date"] if documents else None
Tools
Ruff

66-69: Use ternary operator last_date = documents[0]["date"] if len(documents) != 0 else None instead of if-else-block (SIM108)

Replace if-else-block with last_date = documents[0]["date"] if len(documents) != 0 else None

tests/integration/utils/mock_graph.py (2)

3-3: The generate_mock_graph function correctly utilizes various utilities to generate a mock graph. Ensure that all external dependencies are properly managed.

Also applies to: 10-10


3-3: The store_mock_data_in_neo4j function correctly handles MongoDB credentials and stores data in Neo4j. Ensure that environment variables are securely managed and not exposed.

Also applies to: 36-36

tests/unit/test_schema_raw_analytics.py (3)

7-28: The test_initialization method effectively tests both valid and invalid initializations of the RawAnalytics class.


29-41: The test_to_dict method correctly tests the dictionary conversion functionality of the RawAnalytics class.


43-69: The test_from_dict method comprehensively tests the creation of RawAnalytics from a dictionary, including handling of invalid data scenarios.

tests/unit/test_heatmaps_analytics_base_process_vectors.py (3)

6-44: The test_no_input method effectively tests the _process_vectors method for the scenario with no input data, ensuring correct handling and output.


46-79: The test_single_input method effectively tests the _process_vectors method for the scenario with a single input data point, ensuring correct handling and output.


81-118: The test_multiple_input method effectively tests the _process_vectors method for the scenario with multiple input data points, ensuring correct handling and output.

discord_analyzer/models/BaseModel.py (1)

Line range hint 57-57: Ensure that modifying collection settings (collMod) is necessary each time a collection is accessed.

Consider verifying whether the collMod command is required every time or only upon creation. This might impact performance if used excessively.

tests/integration/test_neo4j_projection_utils_computed_dates.py (1)

1-1: Ensure correct import paths after refactoring.

The updated import path reflects the new location of ProjectionUtils, aligning with the project's structure changes.

tests/integration/test_heatmaps_thread_msg.py (1)

1-5: Imports and setup appear correct and are well-organized.

Good organization of imports and initial setup for MongoDB and other utilities.

tests/integration/test_heatmaps_hourly_lone_message.py (1)

1-5: Imports and setup appear correct and are well-organized.

Good organization of imports and initial setup for MongoDB and other utilities.

tests/integration/test_heatmaps_analytics_base.py (1)

15-70: The test method is well-structured and effectively tests the get_hourly_analytics method under specified conditions.

However, consider adding assertions to check intermediate states or specific values within hourly_analytics to ensure data integrity and correctness beyond just type and size.

tests/integration/test_network_graph_creation.py (2)

6-6: The addition of the pytest import is appropriate for using the skip marker.


13-13: Moving imports inside the function can help reduce the scope and improve test performance by loading them only when needed.

tests/integration/test_louvain_algorithm_get_computed_dates.py (1)

2-2: The updated import path for ProjectionUtils is correct and follows the new project structure.

discord_analyzer/analysis/neo4j_analysis/louvain.py (2)

4-4: The import of ProjectionUtils is used correctly within the class for handling graph projections.


6-6: The class constructor is minimal and correctly initializes the Neo4j operations instance.

tests/integration/test_heatmaps_replier.py (2)

8-126: Comprehensive testing of reply message handling is implemented.

The test covers various scenarios including data preparation, interaction recording, and result validation. It effectively uses MongoDB for setup and teardown, ensuring a clean environment for each test run.


3-5: Ensure that the imported modules are utilized effectively in the test.

Verification successful

The verification confirms that all imported modules (Heatmaps, DiscordAnalyzerConfig, and MongoSingleton) are utilized within the tests/integration/test_heatmaps_replier.py file.

  • Heatmaps is used at line 5.
  • DiscordAnalyzerConfig is used at line 7.
  • MongoSingleton is used at line 9.
Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Description: Verify that all imported modules are used in the test file.

# Test: Search for usage of the imported modules. Expect: At least one usage of each module.
rg --type python $'from discord_analyzer.analyzer.heatmaps import Heatmaps' 'test_heatmaps_replier.py'
rg --type python $'from discord_analyzer.schemas.platform_configs import DiscordAnalyzerConfig' 'test_heatmaps_replier.py'
rg --type python $'from utils.mongo import MongoSingleton' 'test_heatmaps_replier.py'

Length of output: 401



Script:

#!/bin/bash
# Description: Verify that all imported modules are used in the test file.

# Test: Search for usage of the imported modules. Expect: At least one usage of each module.
rg 'from discord_analyzer.analyzer.heatmaps import Heatmaps' tests/integration/test_heatmaps_replier.py
rg 'from discord_analyzer.schemas.platform_configs import DiscordAnalyzerConfig' tests/integration/test_heatmaps_replier.py
rg 'from utils.mongo import MongoSingleton' tests/integration/test_heatmaps_replier.py

Length of output: 491



Script:

#!/bin/bash
# Description: Verify that the imported classes and modules are used in the test file.

# Test: Search for usage of the imported classes and modules. Expect: At least one usage of each.
rg '\bHeatmaps\b' tests/integration/test_heatmaps_replier.py
rg '\bDiscordAnalyzerConfig\b' tests/integration/test_heatmaps_replier.py
rg '\bMongoSingleton\b' tests/integration/test_heatmaps_replier.py

Length of output: 523

tests/integration/test_platforms_base_config.py (1)

12-122: Comprehensive unit tests for platform configuration serialization and deserialization.

The tests effectively validate the conversion of HourlyAnalytics and RawAnalytics objects to and from dictionary format, ensuring that all properties are correctly handled.

tests/integration/test_discord_heatmaps_config.py (1)

7-89: Comprehensive tests for DiscordAnalyzerConfig schema definitions.

The tests thoroughly check the properties of hourly and raw analytics configurations, ensuring that all activity types, directions, and conditions are correctly specified and validated.

discord_analyzer/analysis/neo4j_analysis/local_clustering_coefficient.py (2)

Line range hint 10-118: Robust implementation of local clustering coefficient computation.

The class handles the computation of the local clustering coefficient by interacting with a Neo4j database, effectively using exception handling and logging to manage errors. The use of UUIDs for temporary graph names is a good practice to avoid collisions.


4-4: Ensure that the updated import path for ProjectionUtils is correct and resolves properly.

Verification successful

The previous shell script failed due to an unrecognized file type error. Let's correct the file type and re-run the script to verify the import path for ProjectionUtils.


The previous shell script failed because the file local_clustering_coefficient.py was not found. Let's locate the exact path of the file using fd and then verify the import path.


The import path for ProjectionUtils in local_clustering_coefficient.py is correct and resolves properly.

  • discord_analyzer/analysis/neo4j_analysis/local_clustering_coefficient.py
Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Description: Verify that the updated import path for `ProjectionUtils` is correct.

# Test: Check if the file exists and can be imported without issues.
rg --type python $'from discord_analyzer.analysis.neo4j_analysis.utils import ProjectionUtils' 'local_clustering_coefficient.py'

Length of output: 158



Script:

#!/bin/bash
# Description: Verify that the updated import path for `ProjectionUtils` is correct.

# Test: Check if the file exists and can be imported without issues.
rg 'from discord_analyzer.analysis.neo4j_analysis.utils import ProjectionUtils' local_clustering_coefficient.py

Length of output: 185



Script:

#!/bin/bash
# Description: Locate the `local_clustering_coefficient.py` file and verify the import path for `ProjectionUtils`.

# Step 1: Locate the file.
fd local_clustering_coefficient.py

# Step 2: Verify the import path if the file is found.
if [ -f "$(fd local_clustering_coefficient.py)" ]; then
  rg 'from discord_analyzer.analysis.neo4j_analysis.utils import ProjectionUtils' "$(fd local_clustering_coefficient.py)"
fi

Length of output: 501

tests/integration/test_assess_engagement_replies.py (1)

37-37: As previously noted, it's best practice to place all imports at the top of the file. This helps with readability and can also improve performance by avoiding repeated imports.

tests/integration/test_assess_engagement_reactions.py (1)

37-37: The import statement within the method is not ideal. Consider moving it to the top of the file unless there's a compelling reason to keep it here.

tests/integration/test_assess_engagement_mention.py (1)

37-37: Reiterating the need to move imports to the top of the file unless specifically required to be inside a method for reasons like circular dependencies.

discord_analyzer/rn_analyzer.py (1)

40-40: The TODO comment about updating to platform_id needs clarification. Specify what needs to be updated to platform_id or mark it as resolved if already addressed.

tests/integration/test_heatmaps_hourly_mentions.py (1)

3-5: The test setup and execution are well-structured, ensuring a thorough evaluation of the mentioned messages functionality.

Also applies to: 8-114

discord_analyzer/analyzer/heatmaps/analytics_hourly.py (2)

73-155: The get_hourly_analytics method is comprehensive and effectively handles various data fetching scenarios. The documentation is clear and the code is well-structured.


156-184: The _process_vectors method is efficiently implemented using NumPy and is well-documented. It effectively processes the MongoDB query results into a usable format.

tests/integration/test_heatmaps_reactions.py (2)

3-5: Ensure appropriate import statements are used. Consider using relative imports if this fits the project structure.


8-178: The function test_reacted_messages is well-structured with clear stages of setup, execution, and verification. However, consider adding more detailed comments to explain the logic behind each major block, especially the data preparation and assertion sections.

tests/integration/test_heatmaps_analytics_different_source.py (2)

9-29: The setUp method is well-defined. Ensure that a corresponding tearDown method is implemented to clean up any test data or state to prevent side effects on other tests.


30-179: The test cases are comprehensive and cover various scenarios. However, consider adding comments to explain the purpose of each test case and the expected outcomes. This will improve maintainability and understandability of the tests.

tests/integration/test_heatmaps_analytics.py (2)

9-29: The setUp method properly initializes the test environment. Ensure that resources are cleaned up properly by implementing a tearDown method as previously suggested.


30-190: The test cases are well-structured and cover various scenarios. Consider adding more detailed comments to explain the logic and expected outcomes for each test case.

discord_analyzer/analysis/neo4j_analysis/analyzer_node_stats.py (1)

6-6: Updated import statement to use the new module path for ProjectionUtils.

tests/integration/test_heatmaps_hourly_analytics_actions_vectors.py (1)

13-18: Proper setup of the MongoDB client and cleanup of the rawmemberactivities collection to ensure a clean test environment.

tests/integration/test_heatmaps_process_raw_analytics.py (1)

10-26: Proper initialization of the Heatmaps instance and MongoDB client setup, including necessary cleanup to ensure test isolation.

discord_analyzer/analyzer/heatmaps/heatmaps.py (1)

10-39: Initialization of the Heatmaps class is well-structured, properly setting up necessary components and configurations.

tests/integration/test_heatmaps_analytics_hourly_no_filter.py (5)

8-8: Class TestHeatmapsAnalyticsBaseNoFilter is well-named for its purpose.


12-13: Ensure proper database cleanup by dropping the collection in the setUp method to avoid state leakage between tests.


225-307: The method test_get_hourly_analytics_multiple_date_multiple_data effectively tests multiple datasets across different dates. Ensure consistent data handling and consider adding more diverse test cases to cover various data irregularities.

Verification successful

The verification script successfully identified the test_get_hourly_analytics_multiple_date_multiple_data method and its content in the file tests/integration/test_heatmaps_analytics_hourly_no_filter.py. The method appears to handle multiple datasets across different dates consistently.

  • The method test_get_hourly_analytics_multiple_date_multiple_data is correctly implemented to test multiple datasets across different dates.
  • The test ensures the expected analytics are correctly calculated and verified.
Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify data handling consistency in `test_get_hourly_analytics_multiple_date_multiple_data`.
ast-grep --lang python --pattern $'def test_get_hourly_analytics_multiple_date_multiple_data(self) {
  $$$
  sample_raw_data: $_
}'

Length of output: 650



Script:

#!/bin/bash
# Verify data handling consistency in `test_get_hourly_analytics_multiple_date_multiple_data`.
ast-grep --lang python --pattern $'def test_get_hourly_analytics_multiple_date_multiple_data(self):\n    $$$\n    sample_raw_data = $_\n    $$$'

Length of output: 8349


71-139: The method test_get_hourly_analytics_multiple_date correctly tests the scenario with multiple dates. Ensure that edge cases, such as overlapping dates or incorrect date formats, are handled.


141-223: Method test_get_hourly_analytics_multiple_date_multiple_authors is well-structured and tests the analytics functionality with multiple authors. It's good to see that the test is checking for the expected length and type. Consider verifying the interaction between different authors to ensure that the analytics are computed accurately per author.

tests/integration/test_heatmaps_analytics_raw.py (7)

9-9: Class TestHeatmapsRawAnalytics is appropriately named and structured for testing raw analytics.


205-286: The method test_raw_analytics_multiple_users tests multiple users' analytics comprehensively. It's good to see detailed assertions for each user's analytics. Consider adding tests for concurrent access scenarios to ensure thread safety.


92-129: Method test_raw_analytics_wrong_activity_direction correctly tests the handling of incorrect activity directions. This is important for validating the robustness of the analytics processing. Ensure that error handling for incorrect inputs is consistent throughout the application.

Verification successful

The rg search results indicate multiple occurrences of activity_direction in the codebase, including checks for incorrect values in discord_analyzer/analyzer/heatmaps/analytics_raw.py and discord_analyzer/analyzer/heatmaps/analytics_hourly.py.

  • discord_analyzer/analyzer/heatmaps/analytics_raw.py: Lines contain checks for incorrect activity_direction values.
  • discord_analyzer/analyzer/heatmaps/analytics_hourly.py: Similar checks for activity_direction.

These findings suggest that error handling for incorrect activity_direction inputs is implemented in multiple places.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify consistent error handling for incorrect inputs across the application.
ast-grep --lang python --pattern $'def $_(self) {
  $$$
  activity_direction: $_
}'

Length of output: 554



Script:

#!/bin/bash
# Correct the `ast-grep` pattern to search for functions handling `activity_direction`.
ast-grep --lang python --pattern 'def $_(self, $$$):\n    $$$\n    activity_direction = $_\n    $$$'

Length of output: 102



Script:

#!/bin/bash
# Search for occurrences of `activity_direction` in the codebase.
rg 'activity_direction'

Length of output: 3903


130-166: The method test_raw_analytics_wrong_day tests the analytics functionality for an incorrect day, which is essential for ensuring the application handles date errors gracefully. Consider adding more date format validations to prevent potential issues.


54-91: The method test_raw_analytics_wrong_user is crucial for ensuring robustness. It tests the scenario where analytics are requested for a non-existent user. Consider verifying the handling of non-existent users in other parts of the application to ensure consistency.


16-53: Method test_raw_analytics_single_user effectively tests the analytics for a single user. Ensure that the assertions cover all relevant aspects of the analytics result, such as verifying the specific fields in RawAnalyticsItem.

Verification successful

The RawAnalyticsItem class has two fields: account and count. The assertions in the test_raw_analytics_single_user method already cover these fields:

  • self.assertEqual(analytics_result[0].account, 9003)
  • self.assertEqual(analytics_result[0].count, 1)

Therefore, the existing assertions in the method adequately verify the relevant aspects of the analytics result.

  • discord_analyzer/schemas/raw_analytics_item.py: class RawAnalyticsItem fields are account and count.
Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify the coverage of assertions in `test_raw_analytics_single_user`.
ast-grep --lang python --pattern $'def test_raw_analytics_single_user(self) {
  $$$
  self.assertEqual($_, $_)
}'

Length of output: 459



Script:

#!/bin/bash
# Refine the search pattern to capture all assertion statements within the test_raw_analytics_single_user method.
ast-grep --lang python --pattern $'def test_raw_analytics_single_user(self) {
  $$$
  self.assert$_($_, $_)
  $$$
}'

Length of output: 462



Script:

#!/bin/bash
# Use ripgrep to search for assertion statements within the specified file.
rg 'assert' tests/integration/test_heatmaps_analytics_raw.py

Length of output: 811



Script:

#!/bin/bash
# Use ast-grep to locate the definition of RawAnalyticsItem and list its fields.
ast-grep --lang python --pattern $'class RawAnalyticsItem {
  $$$
}' --json

Length of output: 531



Script:

#!/bin/bash
# Use ripgrep to search for the RawAnalyticsItem class definition.
rg 'class RawAnalyticsItem' 

Length of output: 100



Script:

#!/bin/bash
# Extract the fields of the RawAnalyticsItem class from the identified file.
ast-grep --lang python --pattern $'class RawAnalyticsItem {
  $$$
}' discord_analyzer/schemas/raw_analytics_item.py

Length of output: 571



Script:

#!/bin/bash
# Extract the fields of the RawAnalyticsItem class manually from the identified file.
rg -A 20 'class RawAnalyticsItem' discord_analyzer/schemas/raw_analytics_item.py

Length of output: 374


167-204: Method test_raw_analytics_wrong_activity tests the scenario where an incorrect activity is provided. This helps ensure that the application can handle unexpected activity types robustly. Verify that similar validations are performed consistently across other analytics-related functionalities.

Verification successful

The search results indicate multiple occurrences of activity_name across various files, including test files and implementation files. The next step is to verify if these instances handle incorrect activities similarly to the method in test_raw_analytics_wrong_activity.

To do this, we should examine the context in which activity_name is used in the implementation files, particularly in discord_analyzer/analyzer/heatmaps/analytics_raw.py, discord_analyzer/analyzer/heatmaps/analytics_hourly.py, and discord_analyzer/analyzer/heatmaps/heatmaps.py.

We will search for function definitions in these files to understand how activity_name is processed and validated.


The previous attempts to search for function definitions handling activity_name did not yield any results, which suggests that either the pattern is incorrect or the functions are structured differently.

To ensure we capture the relevant context, we should broaden our search to include any instances where activity_name is assigned or used within these files. This will help us understand how activity_name is processed and validated.


The search results show multiple instances where activity_name is used or assigned within the identified implementation files. However, without examining the broader context of these lines, it is difficult to determine if similar validations for incorrect activities are performed consistently.

To gain a clearer understanding, we should extract and review the relevant code snippets surrounding these instances. This will help us verify if the application handles unexpected activity types robustly across different functionalities.


The extracted code snippets show that activity_name is used in various methods across the files analytics_raw.py, analytics_hourly.py, and heatmaps.py. These methods include analyze, get_analytics_count, and some conditional checks for activity_name.

Upon reviewing the context, it appears that similar validations for activity_name are indeed present. For instance, there are checks to ensure activity_name is not None and conditions to handle custom analytics configurations.

Therefore, the review comment's assertion that similar validations are performed consistently across other analytics-related functionalities is verified.

  • discord_analyzer/analyzer/heatmaps/analytics_raw.py:

    • analyze method validates activity_name.
    • get_analytics_count method uses activity_name for filtering.
  • discord_analyzer/analyzer/heatmaps/analytics_hourly.py:

    • analyze method validates activity_name.
  • discord_analyzer/analyzer/heatmaps/heatmaps.py:

    • Conditional checks for activity_name and custom analytics configurations.
Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify consistent handling of incorrect activities across the application.
ast-grep --lang python --pattern $'def $_(self) {
  $$$
  activity_name: $_
}'

Length of output: 544



Script:

#!/bin/bash
# Correcting the pattern to search for function definitions that handle `activity_name`.
ast-grep --lang python --pattern $'def $_(self, $$$):\n    $$$\n    activity_name = $_\n    $$$'

Length of output: 94



Script:

#!/bin/bash
# Searching for all occurrences of `activity_name` in the codebase.
rg 'activity_name'

Length of output: 5895



Script:

#!/bin/bash
# Searching for function definitions in the identified implementation files to understand how `activity_name` is processed and validated.

# Search in analytics_raw.py
ast-grep --lang python --pattern 'def $_(self, $$$):\n    $$$' discord_analyzer/analyzer/heatmaps/analytics_raw.py

# Search in analytics_hourly.py
ast-grep --lang python --pattern 'def $_(self, $$$):\n    $$$' discord_analyzer/analyzer/heatmaps/analytics_hourly.py

# Search in heatmaps.py
ast-grep --lang python --pattern 'def $_(self, $$$):\n    $$$' discord_analyzer/analyzer/heatmaps/heatmaps.py

Length of output: 348



Script:

#!/bin/bash
# Broaden the search to include any instances where `activity_name` is assigned or used within the identified implementation files.

# Search in analytics_raw.py
rg 'activity_name' discord_analyzer/analyzer/heatmaps/analytics_raw.py

# Search in analytics_hourly.py
rg 'activity_name' discord_analyzer/analyzer/heatmaps/analytics_hourly.py

# Search in heatmaps.py
rg 'activity_name' discord_analyzer/analyzer/heatmaps/heatmaps.py

Length of output: 1388



Script:

#!/bin/bash
# Extracting and reviewing the relevant code snippets surrounding instances of `activity_name` in the identified implementation files.

# Extract context around `activity_name` in analytics_raw.py
rg -A 5 -B 5 'activity_name' discord_analyzer/analyzer/heatmaps/analytics_raw.py

# Extract context around `activity_name` in analytics_hourly.py
rg -A 5 -B 5 'activity_name' discord_analyzer/analyzer/heatmaps/analytics_hourly.py

# Extract context around `activity_name` in heatmaps.py
rg -A 5 -B 5 'activity_name' discord_analyzer/analyzer/heatmaps/heatmaps.py

Length of output: 6625

discord_analyzer/analysis/neo4j_analysis/centrality.py (1)

Line range hint 322-350: The method compute_network_decentrality is well-documented and appears to handle the computation of network decentrality effectively. Ensure that the method is tested thoroughly, especially the interaction with the Neo4j database.

Verification successful

The method compute_network_decentrality is indeed tested, as evidenced by the test case in tests/integration/test_decentralization_score.py. The test case verifies the correctness of the network decentrality values, ensuring the method's functionality.

  • tests/integration/test_decentralization_score.py
Scripts executed

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Script:

#!/bin/bash
# Verify the thorough testing of `compute_network_decentrality`.
ast-grep --lang python --pattern $'def compute_network_decentrality(self, $_, $_) {
  $$$
  self.neo4j_ops.run_queries_in_batch($_)
}'

Length of output: 480



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#!/bin/bash
# Verify the existence of `compute_network_decentrality` method.
ast-grep --lang python --pattern 'def compute_network_decentrality($_) { $$$ }'

Length of output: 548



Script:

#!/bin/bash
# Verify the existence of the `compute_network_decentrality` method.
ast-grep --lang python --pattern 'def compute_network_decentrality($_): $$$'

Length of output: 78



Script:

#!/bin/bash
# Verify the existence of the `compute_network_decentrality` method.
rg 'def compute_network_decentrality'

Length of output: 253



Script:

#!/bin/bash
# Extract the full definition of the `compute_network_decentrality` method from both files.
ast-grep --lang python --pattern 'def compute_network_decentrality($_): $$$' discord_analyzer/analyzer/neo4j_analytics.py
ast-grep --lang python --pattern 'def compute_network_decentrality($_): $$$' discord_analyzer/analysis/neo4j_analysis/centrality.py

Length of output: 257



Script:

#!/bin/bash
# Extract the full definition of the `compute_network_decentrality` method from both files.
rg -A 20 'def compute_network_decentrality' discord_analyzer/analyzer/neo4j_analytics.py
rg -A 20 'def compute_network_decentrality' discord_analyzer/analysis/neo4j_analysis/centrality.py

Length of output: 1698



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#!/bin/bash
# Extract the full definition of the `compute_network_decentrality` method from both files.
rg -A 40 'def compute_network_decentrality' discord_analyzer/analyzer/neo4j_analytics.py
rg -A 40 'def compute_network_decentrality' discord_analyzer/analysis/neo4j_analysis/centrality.py

Length of output: 3005



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#!/bin/bash
# Extract the full definition of the `compute_network_decentrality` method from both files.
rg -A 60 'def compute_network_decentrality' discord_analyzer/analyzer/neo4j_analytics.py
rg -A 60 'def compute_network_decentrality' discord_analyzer/analysis/neo4j_analysis/centrality.py

Length of output: 4411



Script:

#!/bin/bash
# Search for test cases related to `compute_network_decentrality`.
rg 'compute_network_decentrality' tests/

Length of output: 157



Script:

#!/bin/bash
# Extract the relevant test case from `tests/integration/test_decentralization_score.py`.
rg -A 40 'compute_network_decentrality' tests/integration/test_decentralization_score.py

Length of output: 400

tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py (5)

8-8: Class TestHeatmapsRawAnalyticsVectorsInteractions is aptly named to reflect its purpose of testing interaction vectors in heatmaps analytics.


22-35: Method test_empty_data effectively tests the scenario with no data available, ensuring that the system handles empty datasets gracefully. Consider adding more edge cases for different types of empty or malformed data.


37-85: The method test_no_relevant_data checks the analytics behavior when no relevant data matches the filters. This is crucial for ensuring that the analytics logic is robust against irrelevant data. Verify that similar validations are performed across other analytics functionalities.

Verification successful

The previous attempts to locate similar validations across other analytics functionalities using ast-grep did not yield any results. To ensure thorough verification, we should broaden our search criteria and include additional methods that might perform similar validations.


The previous attempt to use rg with the --python flag resulted in an error because --python is not a valid option for rg. We should search for the term additional_filters without specifying the language, and then narrow down the results if necessary.


The search results show multiple instances of additional_filters being used in various files, including other test files and the main codebase. This indicates that similar validations are indeed being performed across other analytics functionalities.

  • tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py
  • tests/integration/test_heatmaps_hourly_analytics_actions_vectors.py
  • discord_analyzer/analyzer/heatmaps/heatmaps.py
  • discord_analyzer/analyzer/heatmaps/analytics_raw.py
  • discord_analyzer/analyzer/heatmaps/analytics_hourly.py

These files contain references to additional_filters, suggesting that validations for analytics based on filters are consistently applied.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify similar validations across other analytics functionalities in `test_no_relevant_data`.
ast-grep --lang python --pattern $'def $_(self) {
  $$$
  additional_filters: $_
}'

Length of output: 554



Script:

#!/bin/bash
# Corrected pattern to search for functions containing `additional_filters`.
ast-grep --lang python --pattern $'def $_(self, $$$):\n    $$$\n    additional_filters: $_\n    $$$'

Length of output: 98



Script:

#!/bin/bash
# Search for functions containing the term 'additional_filters' in the codebase to identify similar validations.
rg --python 'additional_filters' --glob '**/*.py'

Length of output: 460



Script:

#!/bin/bash
# Search for the term 'additional_filters' in the codebase to identify similar validations.
rg 'additional_filters' --glob '**/*.py'

Length of output: 2380


195-273: Method test_single_relevant_data tests the analytics for a single relevant data point. This method is crucial for verifying the accuracy of the analytics calculations. Consider adding more complex data scenarios to test the robustness further.


87-193: Method test_single_relevant_data_type_receiver is well-structured and tests a specific scenario thoroughly. It's good to see detailed assertions checking the analytics vector. Ensure that the method covers all possible receiver types to avoid missing edge cases.

Verification successful

The corrected ast-grep script successfully identified the test_single_relevant_data_type_receiver method and its parameters, including activity_direction="receiver". However, to ensure comprehensive verification of all possible receiver types, we need to delve deeper into the test data and the logic within the method.

The test data in sample_raw_data includes multiple instances of "receiver" types, but we need to confirm if all potential receiver types are covered. For this, we should inspect the test data for all unique "type" values within "actions" and "interactions" fields.


The previous attempt to extract unique "type" values from the test data failed due to an error in the pattern. To ensure we accurately verify the coverage of all receiver types in the test_single_relevant_data_type_receiver method, we need to refine our approach.

Let's use rg (ripgrep) to search for all occurrences of "type": within the test_single_relevant_data_type_receiver method and extract the unique values.


The extracted unique "type" values from the test data within the test_single_relevant_data_type_receiver method are "emitter" and "receiver". This confirms that the test covers the "receiver" type as required.

  • "type": "receiver"
  • "type": "emitter"

Since the review comment specifically mentioned ensuring that the method covers all possible receiver types, and the test data includes the "receiver" type, the verification is successful.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify coverage of all receiver types in `test_single_relevant_data_type_receiver`.
ast-grep --lang python --pattern $'def test_single_relevant_data_type_receiver(self) {
  $$$
  activity_direction: "receiver"
}'

Length of output: 644



Script:

#!/bin/bash
# Corrected script to verify coverage of all receiver types in `test_single_relevant_data_type_receiver`.
ast-grep --lang python --pattern $'def test_single_relevant_data_type_receiver(self):\n    $$$\n    activity_vector = self.analytics.analyze(\n        day,\n        activity="interactions",\n        activity_name="reply",\n        author_id=9000,\n        activity_direction="receiver",\n        additional_filters={"metadata.channel_id": 2000},\n    )\n    $$$\n'

Length of output: 12027



Script:

#!/bin/bash
# Extract unique "type" values from "actions" and "interactions" in the test data within the method.
ast-grep --lang python --pattern $'def test_single_relevant_data_type_receiver(self):\n    $$$\n    sample_raw_data = [\n        $$$\n        "type": $_,\n        $$$\n    ]\n    $$$\n' --json | jq -r '.[].matches | .[] | select(.pattern=="\"type\": $_") | .text' | sort | uniq

Length of output: 615



Script:

#!/bin/bash
# Extract unique "type" values from "actions" and "interactions" in the test data within the method using ripgrep.
rg -o '"type":\s*"\w+"' -r '$0' --no-filename ./tests/integration/test_heatmaps_hourly_analytics_interaction_vectors.py | sort | uniq

Length of output: 172

tests/integration/test_heatmaps_process_hourly_single_day.py (5)

9-26: Thorough setup for test environment with clean database initialization.


27-68: Comprehensive checks for hourly analytics return structure and content.


70-164: Validates analytics processing for a single author with expected data presence and counts.


166-252: Effectively tests the scenario with no data for the specified channel, verifying the absence of analytics.


254-340: Correctly handles the case with no data for the specified author, ensuring robustness.

Comment on lines +8 to +22
class TestAnalyzerHeatmapsIterationCount(TestCase):
def setUp(self) -> None:
platform_id = "1234567890"
period = datetime(2024, 1, 1)
resources = list["123", "124", "125"]
# using one of the configs we currently have
# it could be any other platform's config
discord_analyzer_config = DiscordAnalyzerConfig()

self.heatmaps = Heatmaps(
platform_id=platform_id,
period=period,
resources=resources,
analyzer_config=discord_analyzer_config,
)
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Ensure proper cleanup in the setUp method to avoid side effects across tests.

Consider adding a tearDown method to clean up or reset any configurations or states that may persist beyond the individual test, especially if the Heatmaps object interacts with external systems or maintains a state that could affect other tests.

Comment on lines +4 to +15
class PlatformConfigBase:
def __init__(
self,
platform: str,
resource_identifier: str,
hourly_analytics: list[HourlyAnalytics],
raw_analytics: list[RawAnalytics],
):
self.platform = platform
self.resource_identifier = resource_identifier
self.hourly_analytics = hourly_analytics
self.raw_analytics = raw_analytics
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Ensure type annotations for lists include the generic type.

- hourly_analytics: list[HourlyAnalytics],
- raw_analytics: list[RawAnalytics],
+ hourly_analytics: List[HourlyAnalytics],
+ raw_analytics: List[RawAnalytics],

Add from typing import List at the beginning of the file to support this change.

Committable suggestion was skipped due to low confidence.

Comment on lines +21 to +40
def to_dict(self):
return {
"name": self.name,
"type": self.type.value,
"member_activities_used": self.member_activities_used,
"direction": self.direction.value,
"rawmemberactivities_condition": self.rawmemberactivities_condition,
"activity_name": self.activity_name,
}

@classmethod
def from_dict(cls, data: dict):
return cls(
name=data["name"],
type=ActivityType(data["type"]),
member_activities_used=data["member_activities_used"],
direction=ActivityDirection(data["direction"]),
activity_name=data.get("activity_name"),
rawmemberactivities_condition=data.get("rawmemberactivities_condition"),
)
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Ensure consistent handling of optional fields in serialization.

Consider handling None values explicitly in the to_dict method to avoid potential NoneType errors when these fields are accessed.

@@ -1,3 +1,3 @@
#!/usr/bin/env python3
# flake8: noqa
from .rn_analyzer import RnDaoAnalyzer
# from .rn_analyzer import RnDaoAnalyzer
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Tip

Codebase Verification

The search results indicate that RnDaoAnalyzer is still being referenced in multiple files:

  • analyzer_init.py
  • tests/integration/utils/mock_graph.py
  • tests/integration/utils/analyzer_setup.py
  • discord_analyzer/rn_analyzer.py (where it is defined)

This suggests that the commenting out of the import in discord_analyzer/__init__.py is likely not intentional, as it would break the functionality in these files.

  • analyzer_init.py
  • tests/integration/utils/mock_graph.py
  • tests/integration/utils/analyzer_setup.py
Analysis chain

Please confirm if the commenting out of RnDaoAnalyzer import was intentional and verify its impact on dependent modules.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Description: Check if any module in the project still references `RnDaoAnalyzer`.

# Test: Search for the usage of `RnDaoAnalyzer`. Expect: No occurrences if the commenting out was intentional.
rg --type python $'RnDaoAnalyzer'

Length of output: 63



Script:

#!/bin/bash
# Correcting the search command to properly check for references to `RnDaoAnalyzer` in Python files.

# Search for the usage of `RnDaoAnalyzer` across all Python files in the repository.
rg 'RnDaoAnalyzer' --glob '*.py'

Length of output: 882

def test_analyzer_init():
from analyzer_init import AnalyzerInit

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Wrap database operations in try-except blocks to handle potential connection issues or exceptions from MongoDB operations.

],
"metadata": {
"channel_id": chId,
"thread_id": chId + "AAA", # could be thr_message
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Use constants for repeated string literals.
The string "AAA" is used to form thread_id. Consider defining it as a constant at the top of the file or within the function to avoid magic strings and improve maintainability.

Comment on lines +8 to +14
class AnalyticsHourly:
def __init__(self, platform_id: str) -> None:
client = MongoSingleton.get_instance().get_client()
# `rawmemberactivities` is the collection we would use for analytics
self.collection = client[platform_id]["rawmemberactivities"]
self.msg_prefix = f"PLATFORMID: {platform_id}:"

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Validate platform_id to ensure it is non-empty and valid before using it to initialize the MongoDB client and collection. This can prevent potential runtime errors.

Comment on lines 15 to 71
def analyze(
self,
day: date,
activity: str,
activity_name: str,
activity_direction: str,
author_id: str | int,
**kwargs,
) -> list[int]:
"""
analyze the hourly the messages

Parameters
------------
day : date
analyze for a specific day
activity : str
the activity to be `actions` or `interactions`
activity_name : str
the activity name to be used from `rawmemberactivities` data
could be `reply`, `mention`, `message`, `commit` or any other
thing that is available on `rawmemberactivities` data
author_id : str
the author to filter data for
activity_direction : str
should be always either `emitter` or `receiver`
**kwargs :
additional_filters : dict[str, str]
the additional filtering for `rawmemberactivities` data of each platform
the keys could be `metadata.channel_id` with a specific value
"""
additional_filters: dict[str, str] = kwargs.get("additional_filters", {})

if activity_direction not in ["emitter", "receiver"]:
raise ValueError(
"Wrong activity_direction given, "
"should be either `emitter` or `receiver`!"
)

if activity not in ["interactions", "actions"]:
raise ValueError(
"Wrong `activity` given, "
"should be either `interactions` or `actions`"
)

activity_vector = self.get_hourly_analytics(
day=day,
activity=activity,
author_id=author_id,
filters={
f"{activity}.name": activity_name,
f"{activity}.type": activity_direction,
**additional_filters,
},
)

return activity_vector
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Consider encapsulating the MongoDB pipeline construction into a separate method to reduce complexity and enhance readability. This will make the analyze method cleaner and more maintainable.

+ def build_pipeline(self, day, activity, author_id, filters):
+     # Construct the MongoDB aggregation pipeline
+     pipeline = [
+         {"$match": {"date": {"$gte": start_day, "$lt": end_day}, "author_id": author_id}},
+         {"$unwind": f"${activity}"},
+     ]
+     if filters is not None:
+         pipeline.append({"$match": filters})
+     # Additional pipeline steps...
+     return pipeline
-        pipeline = [
-            {"$match": {"date": {"$gte": start_day, "$lt": end_day}, "author_id": author_id}},
-            {"$unwind": f"${activity}"},
-            # Additional pipeline steps...
-        ]
-        if filters is not None:
-            pipeline.append({"$match": filters})

Committable suggestion was skipped due to low confidence.

Comment on lines +15 to +69
def test_get_hourly_analytics_single_date(self):
sample_raw_data = [
{
"author_id": 9000,
"date": datetime(2023, 1, 1),
"source_id": "10000",
"metadata": {"threadId": 7000, "channelId": 2000},
"actions": [{"name": "message", "type": "receiver"}],
"interactions": [
{
"name": "mention",
"users_engaged_id": [9003, 9002],
"type": "emitter",
}
],
}
]
self.mongo_client[self.platform_id]["rawmemberactivities"].insert_many(
sample_raw_data
)
hourly_analytics = self.raw_data_model.get_hourly_analytics(
day=datetime(2023, 1, 1).date(),
activity="interactions",
author_id=9000,
)

expected_analytics = [
1,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
]
self.assertIsInstance(hourly_analytics, list)
self.assertEqual(len(hourly_analytics), 24)
self.assertEqual(hourly_analytics, expected_analytics)
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Tip

Codebase Verification

The extracted method test_get_hourly_analytics_single_date does not include detailed assertions for the values within hourly_analytics. It only checks the type and length of hourly_analytics, and compares it to expected_analytics as a whole.

  • tests/integration/test_heatmaps_analytics_hourly_no_filter.py: Add detailed assertions for the values within hourly_analytics to ensure the data is processed correctly.
Analysis chain

The method test_get_hourly_analytics_single_date is comprehensive, testing the analytics for a single date. However, consider adding assertions for the values within hourly_analytics to ensure the data is processed correctly, not just the type and length checks.

Scripts executed

The following scripts were executed for the analysis:


Script:

#!/bin/bash
# Verify that the values within `hourly_analytics` are processed correctly.
ast-grep --lang python --pattern $'def test_get_hourly_analytics_single_date(self) {
  $$$
  self.assertEqual(hourly_analytics, $_)
}'

Length of output: 480



Script:

#!/bin/bash
# Locate the method `test_get_hourly_analytics_single_date` in the specified file.
ast-grep --lang python --pattern 'def test_get_hourly_analytics_single_date(self):' --json

Length of output: 95



Script:

#!/bin/bash
# Locate the method `test_get_hourly_analytics_single_date` in the specified file using `rg`.
rg 'def test_get_hourly_analytics_single_date' tests/integration/test_heatmaps_analytics_hourly_no_filter.py

Length of output: 163



Script:

#!/bin/bash
# Check for assertions on the values within `hourly_analytics` in the method `test_get_hourly_analytics_single_date`.
ast-grep --lang python --pattern $'def test_get_hourly_analytics_single_date(self):\n    $$$\n    self.assertEqual(hourly_analytics, $_)\n    $$$' --json

Length of output: 154



Script:

#!/bin/bash
# Extract the full method definition for `test_get_hourly_analytics_single_date` for manual inspection.
rg -A 30 'def test_get_hourly_analytics_single_date' tests/integration/test_heatmaps_analytics_hourly_no_filter.py

Length of output: 1131

@@ -2,8 +2,7 @@
from typing import Literal

import pandas as pd
from discord_analyzer.analysis.neo4j_utils.neo4j_metrics import Neo4JMetrics
from discord_analyzer.analysis.neo4j_utils.projection_utils import ProjectionUtils
from discord_analyzer.analysis.neo4j_analysis.utils import Neo4JMetrics, ProjectionUtils
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The imports and class definition for Centerality are clear. However, the class name might be a typographical error and should be corrected to Centrality.

- class Centerality:
+ class Centrality:

Committable suggestion was skipped due to low confidence.

@amindadgar amindadgar merged commit 1bf55ff into development Jun 24, 2024
9 of 16 checks passed
@amindadgar amindadgar linked an issue Jun 27, 2024 that may be closed by this pull request
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@amindadgar amindadgar mentioned this pull request Jul 1, 2024
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Update discord heatmaps analytics Update heatmaps ingestion data input schema
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