Query Data
Action ID: query_data
Description
Query, filter, and sort rows in a dataset with advanced filtering capabilities.
Input Parameters
dataset
dropdown
β
-
The dataset to query.
conditions
array
-
[]
List of filter conditions (empty = return all rows).
logic
dropdown
-
and
How to combine conditions (AND/OR). Options: and, or
select_columns
multi-select dropdown
-
[]
Columns to return in results (empty = return all columns).
sort_by_column
dropdown
-
null
Column to sort results by (must be in selected columns if specified).
sort_order
dropdown
-
asc
Ascending or descending order. Options: asc, desc
limit
integer
-
100
Maximum number of rows to return (1-1000).
Filter Condition Structure
Each condition in the conditions array contains:
column
string
Column name to filter by
operator
dropdown
Comparison operator: equals, not_equals, contains, greater_than, less_than, in
value
string
Value to compare against. For 'in' operator, provide comma-separated values or JSON array
Output Parameters
rows
array
The rows that match the query criteria.
total
integer
Total number of matching rows (before limit).
How It Works
This node performs advanced filtering and querying on dataset rows. It applies filter conditions using the specified logic operator (AND/OR), supports multiple comparison operators, allows column selection for optimized data retrieval, and provides sorting capabilities. The node returns both the filtered rows and the total count of matching records, enabling pagination and result analysis.
Usage Examples
Example 1: Query All Rows
Input:
Output:
Example 2: Filter by Single Condition
Input:
Output:
Example 3: Multiple Conditions with AND Logic
Input:
Output:
Example 4: Using IN Operator
Input:
Output:
Example 5: Contains Search
Input:
Output:
Common Use Cases
Data Retrieval: Fetch specific records from datasets based on business logic
Search Functionality: Implement search features using contains operator for text matching
Analytics and Reporting: Extract filtered data subsets for analysis and visualization
Data Export: Query and prepare data before exporting to external systems
Workflow Triggers: Find records matching specific criteria to trigger downstream actions
Pagination: Use limit and total to implement paginated data views in applications
Multi-Condition Filtering: Combine multiple filter criteria with AND/OR logic for complex queries
Sorted Results: Retrieve data in specific order for ranking or time-based analysis
Error Handling
Dataset Not Found
Dataset ID doesn't exist
Verify the dataset ID is correct and the dataset exists
Invalid Column
Column name in condition doesn't exist
Check available columns in the dataset schema
Invalid Operator
Operator value not in allowed list
Use one of: equals, not_equals, contains, greater_than, less_than, in
Sort Column Not Selected
sort_by_column not in select_columns
Include sort column in select_columns or leave it empty
Invalid Limit
Limit outside 1-1000 range
Set limit between 1 and 1000
Empty Dataset
Dataset has no rows
Verify dataset has been populated with data
Invalid Logic
Logic value not 'and' or 'or'
Use either 'and' or 'or' for logic parameter
Malformed Condition
Missing required fields in condition
Ensure each condition has column, operator, and value
Notes
Performance: Use select_columns to retrieve only needed fields for better performance with large datasets.
Pagination: The total field shows all matching records, while rows respects the limit for pagination implementation.
Dynamic Dropdowns: The dataset, select_columns, and sort_by_column fields dynamically populate based on your available datasets and their schemas.
IN Operator Format: For the 'in' operator, values can be comma-separated ("val1,val2,val3") or JSON array format (["val1","val2","val3"]).
Empty Conditions: If conditions array is empty, all rows from the dataset will be returned (subject to limit).
Limit Range: Maximum limit is capped at 1000 rows per query for performance and resource management.
Case Sensitivity: The contains operator behavior may vary based on database configuration. Test with your specific dataset.
Null Values: Be aware of how comparison operators handle null values in your dataset columns.
Query Optimization: For frequently accessed queries, consider creating filtered views or using appropriate indexes on dataset columns.
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