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* WikiLambda Vue editor: Module for storing, retrieving, and running test runners.
*
* @copyright 2020– Abstract Wikipedia team; see AUTHORS.txt
* @license MIT
*/
/* eslint-disable no-implicit-globals */
const Constants = require( '../../Constants.js' ),
apiUtils = require( '../../mixins/api.js' ).methods,
hybridToCanonical = require( '../../mixins/schemata.js' ).methods.hybridToCanonical,
extractZIDs = require( '../../mixins/schemata.js' ).methods.extractZIDs;
/**
* Loop through the given array of ZIDs and if a ZID is for the object currently being edited, or for a new object,
* replace it with a JSON representation of the full persistent object (if editing existing object) or inner object
* (if new object). This is required to be able to see proper test results while changing implementations and testers.
*
* @param {Object} context
* @param {Array} items - List of implementations or testers
* @return {Array}
*/
function replaceCurrentObjectWithFullJSONObject( context, items ) {
return ( items || [] ).map( function ( item ) {
// if the item is the current object replace it
if ( !context.getters.getViewMode && item === context.getters.getCurrentZObjectId ) {
let zobject = context.getters.getZObjectAsJson;
if ( item === Constants.NEW_ZID_PLACEHOLDER ) {
// If this object is not yet persisted, pass only the inner object to the API, as otherwise the API
// will complain about the placeholder ID Z0 not existing.
zobject = zobject[ Constants.Z_PERSISTENTOBJECT_VALUE ];
}
return JSON.stringify( hybridToCanonical( JSON.parse( JSON.stringify( zobject ) ) ) );
}
return item;
} ).filter( function ( item ) {
return !!item;
} );
}
module.exports = exports = {
state: {
zTesterResults: {},
zTesterMetadata: {},
testResultsPromises: {},
errorState: false,
errorMessage: ''
},
getters: {
getZTesterResults: function ( state ) {
/**
* Retrieve the result value zTester a specific set of Function, tester and implementation.
*
* @param {string} zFunctionId
* @param {string} zTesterId
* @param {string} zImplementationId
*
* @return {boolean}
*/
return function ( zFunctionId, zTesterId, zImplementationId ) {
const key = zFunctionId + ':' + zTesterId + ':' + zImplementationId;
if ( state.errorState ) {
return false;
}
const result = state.zTesterResults[ key ];
return result &&
( result === Constants.Z_BOOLEAN_TRUE ||
( typeof result === 'object' && result[ Constants.Z_BOOLEAN_IDENTITY ] === Constants.Z_BOOLEAN_TRUE ) );
};
},
getZTesterMetadata: function ( state ) {
/**
* Retrieve metadata (e.g. duration), for a specific test.
*
* Test are identified by a zFunctionId, zTesterId, and zImplementationId.
*
* @param {string} zFunctionId
* @param {string} zTesterId
* @param {string} zImplementationId
*
* @return {Object} metadata
*/
return function ( zFunctionId, zTesterId, zImplementationId ) {
const key = zFunctionId + ':' + zTesterId + ':' + zImplementationId;
// TODO (T314267): Check for and handle state.errorState = true
return state.zTesterMetadata[ key ];
};
},
getZTesterPercentage: function ( state ) {
/**
* Retrieve percentage of test that passed.
* This getter takes into consideration all the tests of a specific zId
*
* @param {string} zid
*
* @return {Object}
*/
return function ( zid ) {
const results = Object.keys( state.zTesterResults ).filter( function ( key ) {
return key.includes( zid ) && state.zTesterResults[ key ] !== undefined;
} ),
total = results.length,
passing = results.filter( function ( key ) {
const result = state.zTesterResults[ key ];
return result &&
( result === Constants.Z_BOOLEAN_TRUE ||
( typeof result === 'object' && result[ Constants.Z_BOOLEAN_IDENTITY ] === Constants.Z_BOOLEAN_TRUE ) );
} ).length,
percentage = Math.round( ( passing / total ) * 100 ) || 0;
return {
total: total,
passing: passing,
percentage: percentage
};
};
},
/**
* Returns the Zids of the passing and connected tests for the given functionZid
*
* @param {Object} state
* @param {Object} getters
* @return {Function}
*/
getPassingTestZids: function ( state, getters ) {
/**
* @param {string} functionZid
* @return {Array}
*/
function getPassingTestsForFunction( functionZid ) {
const connected = getters.getConnectedObjects( functionZid, Constants.Z_FUNCTION_TESTERS );
const zids = [];
for ( const key in state.zTesterResults ) {
const parts = key.split( ':' );
// Filter out tests for other functions
if ( parts[ 0 ] === functionZid ) {
const result = state.zTesterResults[ key ];
const passing = result && (
result === Constants.Z_BOOLEAN_TRUE ||
( typeof result === 'object' && result[ Constants.Z_BOOLEAN_IDENTITY ] === Constants.Z_BOOLEAN_TRUE )
);
// If test passes, return zid
if ( passing && connected.includes( parts[ 1 ] ) ) {
zids.push( parts[ 1 ] );
}
}
}
return [ ...new Set( zids ) ];
}
return getPassingTestsForFunction;
}
},
mutations: {
/**
* Set or unset the unresolved promise to the testResults API call for a given functionZid.
*
* @param {Object} state
* @param {Object} payload
* @param {string} payload.functionZid
* @param {Promise} payload.promise
*/
setTestResultsPromise: function ( state, payload ) {
if ( 'promise' in payload ) {
state.testResultsPromises[ payload.functionZid ] = payload.promise;
} else {
// Set as a resolved Promise if the tests for this function have been fetched
state.testResultsPromises[ payload.functionZid ] = Promise.resolve();
}
},
/**
* Set the result of a specific test
*
* @param {Object} state
* @param {Object} result
* @param {string} result.key
* @param {boolean} result.result
* @param {Object} result.metadata
*/
setZTesterResult: function ( state, result ) {
state.zTesterResults[ result.key ] = result.result;
state.zTesterMetadata[ result.key ] = result.metadata;
},
/**
* Clear all the test results and metadata
*
* @param {Object} state
* @param {string} functionZid
*/
clearZTesterResults: function ( state, functionZid ) {
state.zTesterResults = {};
state.zTesterMetadata = {};
// Clear Promise
delete state.testResultsPromises[ functionZid ];
},
/**
* Set the error state and message
*
* @param {Object} state
* @param {Object} error
*/
setErrorState: function ( state, error ) {
state.errorState = !!error;
state.errorMessage = error.toString();
}
},
actions: {
/**
* Triggers a test API call and updates the test results, handles the test pending state
* and also define the error state and meessage if test returns errors
*
* @param {Object} context
* @param {Object} payload
* @param {string} payload.zFunctionId The ZID of the Function we're for which running these
* @param {string[]} payload.zTesters The ZIDs (or if unsaved the full ZObjects) of the Testers to run
* @param {string[]} payload.zImplementations The ZIDs (or if unsaved the full ZObjects) of the
* Implementations to run
* @param {boolean} payload.nocache Whether to tell the Orchestrator to cache these results
* @param {boolean} payload.clearPreviousResults Whether to clear the previous results from the Vuex store
*
* @return {Promise|void}
*/
getTestResults: function ( context, payload ) {
// If function ZID is empty, exit
Iif ( !payload.zFunctionId ) {
return;
}
// Clear previous results and make sure that the call is triggered
if ( payload.clearPreviousResults ) {
context.commit( 'clearZTesterResults', payload.zFunctionId );
}
// If this API for this functionZid is already running, return promise
if ( payload.zFunctionId in context.state.testResultsPromises ) {
return context.state.testResultsPromises[ payload.zFunctionId ];
}
context.commit( 'setErrorState', false );
const implementations = replaceCurrentObjectWithFullJSONObject(
context,
payload.zImplementations
).map( ( a ) => {
// (T358089) Encode any '|' characters of ZObjects so that they can be recovered after the API.
return a.replace( '|', '🪈' );
} );
const testers = replaceCurrentObjectWithFullJSONObject(
context,
payload.zTesters
).map( ( a ) => {
// (T358089) Encode any '|' characters of ZObjects so that they can be recovered after the API.
return a.replace( '|', '🪈' );
} );
const testResultsPromise = apiUtils.performTests( {
functionZid: payload.zFunctionId,
nocache: payload.nocache,
implementations,
testers
} ).then( ( results ) => {
Iif ( !Array.isArray( results ) &&
results[ Constants.Z_RESPONSEENVELOPE_METADATA ] !== Constants.Z_NOTHING ) {
throw new Error(
results[
Constants.Z_RESPONSEENVELOPE_METADATA
][
Constants.Z_ERROR_VALUE
][
Constants.Z_STRING_VALUE
]
);
}
const zids = [];
results.forEach( function ( testResult ) {
const result = hybridToCanonical( JSON.parse( testResult.validateStatus ) );
const metadata = hybridToCanonical( JSON.parse( testResult.testMetadata ) );
const key = ( testResult.zFunctionId || Constants.NEW_ZID_PLACEHOLDER ) + ':' +
( testResult.zTesterId || Constants.NEW_ZID_PLACEHOLDER ) + ':' +
( testResult.zImplementationId || Constants.NEW_ZID_PLACEHOLDER );
// Collect zids
zids.push( testResult.zTesterId );
zids.push( testResult.zImplementationId );
zids.push( ...extractZIDs( status ) );
zids.push( ...extractZIDs( metadata ) );
// Store result
context.commit( 'setZTesterResult', { key, result, metadata } );
} );
// Make sure that all returned Zids are in library.js
context.dispatch( 'fetchZids', { zids: [ ...new Set( zids ) ] } );
context.commit( 'setTestResultsPromise', { functionZid: payload.zFunctionId } );
} ).catch( ( error ) => {
const errorMessage = error.error ? ( error.error.message || error.error.info ) : undefined;
context.commit( 'setErrorState', errorMessage || error );
context.commit( 'setTestResultsPromise', { functionZid: payload.zFunctionId } );
} );
context.commit( 'setTestResultsPromise', {
functionZid: payload.zFunctionId,
promise: testResultsPromise
} );
return testResultsPromise;
}
}
};
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