PromucFlow_constructor/app/client/src/sagas/EvaluationsSaga.ts
2021-09-29 20:11:55 +05:30

504 lines
13 KiB
TypeScript

import {
actionChannel,
call,
fork,
put,
select,
take,
all,
} from "redux-saga/effects";
import {
EvaluationReduxAction,
ReduxAction,
ReduxActionTypes,
ReduxActionWithoutPayload,
} from "constants/ReduxActionConstants";
import {
getDataTree,
getUnevaluatedDataTree,
} from "selectors/dataTreeSelectors";
import { getWidgets } from "sagas/selectors";
import WidgetFactory, { WidgetTypeConfigMap } from "../utils/WidgetFactory";
import { GracefulWorkerService } from "utils/WorkerUtil";
import Worker from "worker-loader!../workers/evaluation.worker";
import {
EVAL_WORKER_ACTIONS,
PropertyEvaluationErrorType,
} from "utils/DynamicBindingUtils";
import log from "loglevel";
import { WidgetProps } from "widgets/BaseWidget";
import PerformanceTracker, {
PerformanceTransactionName,
} from "../utils/PerformanceTracker";
import * as Sentry from "@sentry/react";
import { Action } from "redux";
import {
EVALUATE_REDUX_ACTIONS,
FIRST_EVAL_REDUX_ACTIONS,
setDependencyMap,
setEvaluatedTree,
shouldProcessBatchedAction,
} from "actions/evaluationActions";
import {
evalErrorHandler,
logSuccessfulBindings,
postEvalActionDispatcher,
updateTernDefinitions,
} from "./PostEvaluationSagas";
import { JSCollection, JSAction } from "entities/JSCollection";
import { getAppMode } from "selectors/applicationSelectors";
import { APP_MODE } from "entities/App";
import {
UndoRedoPayload,
openPropertyPaneSaga,
postUndoRedoSaga,
} from "./ReplaySaga";
import { updateAndSaveLayout } from "actions/pageActions";
import { get, isUndefined } from "lodash";
import {
setEvaluatedArgument,
setEvaluatedSnippet,
setGlobalSearchFilterContext,
} from "actions/globalSearchActions";
import { executeActionTriggers } from "./ActionExecution/ActionExecutionSagas";
import { EventType } from "constants/AppsmithActionConstants/ActionConstants";
import { Toaster } from "components/ads/Toast";
import { Variant } from "components/ads/common";
import {
createMessage,
SNIPPET_EXECUTION_FAILED,
SNIPPET_EXECUTION_SUCCESS,
} from "constants/messages";
import { validate } from "workers/validations";
import { diff } from "deep-diff";
import AnalyticsUtil from "../utils/AnalyticsUtil";
import { commentModeSelector } from "selectors/commentsSelectors";
import { snipingModeSelector } from "selectors/editorSelectors";
let widgetTypeConfigMap: WidgetTypeConfigMap;
const worker = new GracefulWorkerService(Worker);
function* evaluateTreeSaga(
postEvalActions?: Array<ReduxAction<unknown> | ReduxActionWithoutPayload>,
shouldReplay?: boolean,
) {
const unevalTree = yield select(getUnevaluatedDataTree);
const widgets = yield select(getWidgets);
log.debug({ unevalTree });
PerformanceTracker.startAsyncTracking(
PerformanceTransactionName.DATA_TREE_EVALUATION,
);
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.EVAL_TREE,
{
unevalTree,
widgetTypeConfigMap,
widgets,
shouldReplay,
},
);
const {
dataTree,
dependencies,
errors,
evaluationOrder,
logs,
unEvalUpdates,
} = workerResponse;
PerformanceTracker.stopAsyncTracking(
PerformanceTransactionName.DATA_TREE_EVALUATION,
);
PerformanceTracker.startAsyncTracking(
PerformanceTransactionName.SET_EVALUATED_TREE,
);
const oldDataTree = yield select(getDataTree);
const updates = diff(oldDataTree, dataTree) || [];
yield put(setEvaluatedTree(dataTree, updates));
PerformanceTracker.stopAsyncTracking(
PerformanceTransactionName.SET_EVALUATED_TREE,
);
const updatedDataTree = yield select(getDataTree);
log.debug({ dataTree: updatedDataTree });
logs.forEach((evalLog: any) => log.debug(evalLog));
yield call(evalErrorHandler, errors, updatedDataTree, evaluationOrder);
const appMode = yield select(getAppMode);
if (appMode !== APP_MODE.PUBLISHED) {
yield fork(
logSuccessfulBindings,
unevalTree,
updatedDataTree,
evaluationOrder,
);
yield fork(updateTernDefinitions, updatedDataTree, unEvalUpdates);
}
yield put(setDependencyMap(dependencies));
if (postEvalActions && postEvalActions.length) {
yield call(postEvalActionDispatcher, postEvalActions);
}
}
export function* evaluateActionBindings(
bindings: string[],
executionParams: Record<string, any> | string = {},
) {
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.EVAL_ACTION_BINDINGS,
{
bindings,
executionParams,
},
);
const { errors, values } = workerResponse;
yield call(evalErrorHandler, errors);
return values;
}
export function* evaluateDynamicTrigger(
dynamicTrigger: string,
callbackData?: Array<any>,
) {
const unEvalTree = yield select(getUnevaluatedDataTree);
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.EVAL_TRIGGER,
{ dataTree: unEvalTree, dynamicTrigger, callbackData },
);
const { errors, triggers } = workerResponse;
yield call(evalErrorHandler, errors);
return triggers;
}
export function* clearEvalCache() {
yield call(worker.request, EVAL_WORKER_ACTIONS.CLEAR_CACHE);
return true;
}
/**
* saga that listen for UNDO_REDO_OPERATION
* it won't do anything in case of sniping/comment mode
*
* @param action
* @returns
*/
export function* undoRedoSaga(action: ReduxAction<UndoRedoPayload>) {
const isCommentMode: boolean = yield select(commentModeSelector);
const isSnipingMode: boolean = yield select(snipingModeSelector);
// if the app is in snipping or comments mode, don't do anything
if (isCommentMode || isSnipingMode) return;
try {
const workerResponse: any = yield call(
worker.request,
action.payload.operation,
{},
);
// if there is no change, then don't do anything
if (!workerResponse) return;
const {
event,
logs,
paths,
replay,
replayWidgetDSL,
timeTaken,
} = workerResponse;
logs && logs.forEach((evalLog: any) => log.debug(evalLog));
const isPropertyUpdate = replay.widgets && replay.propertyUpdates;
AnalyticsUtil.logEvent(event, { paths, timeTaken });
if (isPropertyUpdate) yield call(openPropertyPaneSaga, replay);
yield put(updateAndSaveLayout(replayWidgetDSL, false, false));
if (!isPropertyUpdate) yield call(postUndoRedoSaga, replay);
} catch (e) {
log.error(e);
Sentry.captureException(e);
}
}
export function* clearEvalPropertyCache(propertyPath: string) {
yield call(worker.request, EVAL_WORKER_ACTIONS.CLEAR_PROPERTY_CACHE, {
propertyPath,
});
}
export function* parseJSCollection(body: string, jsAction: JSCollection) {
const path = jsAction.name + ".body";
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.PARSE_JS_FUNCTION_BODY,
{
body,
jsAction,
},
);
const { evalTree, result } = workerResponse;
const dataTree = yield select(getDataTree);
const updates = diff(dataTree, evalTree) || [];
yield put(setEvaluatedTree(evalTree, updates));
yield call(evalErrorHandler, [], evalTree, [path]);
return result;
}
export function* executeFunction(collectionName: string, action: JSAction) {
const unEvalTree = yield select(getUnevaluatedDataTree);
const dynamicTrigger = collectionName + "." + action.name + "()";
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.EVAL_TRIGGER,
{ dataTree: unEvalTree, dynamicTrigger, fullPropertyPath: dynamicTrigger },
);
const { errors, result, triggers } = workerResponse;
yield call(evalErrorHandler, errors);
return { triggers, result };
}
/**
* clears all cache keys of a widget
*
* @param widgetName
*/
export function* clearEvalPropertyCacheOfWidget(widgetName: string) {
yield call(
worker.request,
EVAL_WORKER_ACTIONS.CLEAR_PROPERTY_CACHE_OF_WIDGET,
{
widgetName,
},
);
}
export function* validateProperty(
property: string,
value: any,
props: WidgetProps,
) {
const unevalTree = yield select(getUnevaluatedDataTree);
const validation = unevalTree[props.widgetName].validationPaths[property];
return yield call(worker.request, EVAL_WORKER_ACTIONS.VALIDATE_PROPERTY, {
property,
value,
props,
validation,
});
}
function evalQueueBuffer() {
let canTake = false;
let postEvalActions: any = [];
const take = () => {
if (canTake) {
const resp = postEvalActions;
postEvalActions = [];
canTake = false;
return { postEvalActions: resp, type: "BUFFERED_ACTION" };
}
};
const flush = () => {
if (canTake) {
return [take() as Action];
}
return [];
};
const put = (action: EvaluationReduxAction<unknown | unknown[]>) => {
if (!shouldProcessBatchedAction(action)) {
return;
}
canTake = true;
// TODO: If the action is the same as before, we can send only one and ignore duplicates.
if (action.postEvalActions) {
postEvalActions.push(...action.postEvalActions);
}
};
return {
take,
put,
isEmpty: () => {
return !canTake;
},
flush,
};
}
function* evaluationChangeListenerSaga() {
// Explicitly shutdown old worker if present
yield call(worker.shutdown);
yield call(worker.start);
widgetTypeConfigMap = WidgetFactory.getWidgetTypeConfigMap();
const initAction = yield take(FIRST_EVAL_REDUX_ACTIONS);
yield fork(evaluateTreeSaga, initAction.postEvalActions);
const evtActionChannel = yield actionChannel(
EVALUATE_REDUX_ACTIONS,
evalQueueBuffer(),
);
while (true) {
const action: EvaluationReduxAction<unknown | unknown[]> = yield take(
evtActionChannel,
);
if (shouldProcessBatchedAction(action)) {
yield call(
evaluateTreeSaga,
action.postEvalActions,
get(action, "payload.shouldReplay"),
);
}
}
}
export function* evaluateSnippetSaga(action: any) {
try {
let { expression } = action.payload;
const { dataType, isTrigger } = action.payload;
if (isTrigger) {
expression = `function() { ${expression} }`;
}
const workerResponse: {
errors: any;
result: any;
triggers: any;
} = yield call(worker.request, EVAL_WORKER_ACTIONS.EVAL_EXPRESSION, {
expression,
dataType,
isTrigger,
});
const { errors, result, triggers } = workerResponse;
if (triggers && triggers.length > 0) {
yield all(
triggers.map((trigger: any) =>
call(
executeActionTriggers,
trigger,
EventType.ON_SNIPPET_EXECUTE,
{},
),
),
);
//Result is when trigger is present. Following code will hide the evaluated snippet section
yield put(setEvaluatedSnippet(result));
} else {
/*
JSON.stringify(undefined) is undefined.
We need to set it manually to "undefined" for codeEditor to display it.
*/
yield put(
setEvaluatedSnippet(
errors?.length
? JSON.stringify(errors, null, 2)
: isUndefined(result)
? "undefined"
: JSON.stringify(result),
),
);
}
Toaster.show({
text: createMessage(
errors?.length ? SNIPPET_EXECUTION_FAILED : SNIPPET_EXECUTION_SUCCESS,
),
variant: errors?.length ? Variant.danger : Variant.success,
});
yield put(
setGlobalSearchFilterContext({
executionInProgress: false,
}),
);
} catch (e) {
yield put(
setGlobalSearchFilterContext({
executionInProgress: false,
}),
);
Toaster.show({
text: createMessage(SNIPPET_EXECUTION_FAILED),
variant: Variant.danger,
});
log.error(e);
Sentry.captureException(e);
}
}
export function* evaluateArgumentSaga(action: any) {
const { name, type, value } = action.payload;
try {
const workerResponse = yield call(
worker.request,
EVAL_WORKER_ACTIONS.EVAL_EXPRESSION,
{
expression: value,
},
);
const lintErrors = (workerResponse.errors || []).filter(
(error: any) => error.errorType !== PropertyEvaluationErrorType.LINT,
);
if (workerResponse.result) {
const validation = validate({ type }, workerResponse.result, {});
if (!validation.isValid)
validation.messages?.map((message) => {
lintErrors.unshift({
...validation,
...{
errorType: PropertyEvaluationErrorType.VALIDATION,
errorMessage: message,
},
});
});
}
yield put(
setEvaluatedArgument({
[name]: {
type,
value: workerResponse.result,
name,
errors: lintErrors,
isInvalid: lintErrors.length > 0,
},
}),
);
} catch (e) {
log.error(e);
Sentry.captureException(e);
}
}
export default function* evaluationSagaListeners() {
yield take(ReduxActionTypes.START_EVALUATION);
while (true) {
try {
yield call(evaluationChangeListenerSaga);
} catch (e) {
log.error(e);
Sentry.captureException(e);
}
}
}