Press n or j to go to the next uncovered block, b, p or k for the previous block.
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import {
BehaviorSubject, combineLatest, interval, Observable, of, Subject, zip
} from 'rxjs';
import { Sort } from '@angular/material/sort';
import {
delay, filter, flatMap, map, startWith, switchMap, tap
} from 'rxjs/operators';
import { BackendService } from '../backend.service';
import { BookletService } from '../booklet/booklet.service';
import { TestSessionUtil } from '../test-session/test-session.util';
import {
isBooklet,
Selected,
CheckingOptions,
TestSession,
TestSessionFilter,
TestSessionSetStats,
TestSessionsSuperStates,
CommandResponse,
GotoCommandData,
GroupMonitorConfig, TestSessionFilterList
} from '../group-monitor.interfaces';
import { BookletUtil } from '../booklet/booklet.util';
import { GROUP_MONITOR_CONFIG } from '../group-monitor.config';
@Injectable()
export class TestSessionManager {
sortBy$: Subject<Sort>;
filters$: Subject<TestSessionFilter[]>;
checkingOptions: CheckingOptions = {
enableAutoCheckAll: false,
autoCheckAll: false
};
private groupName: string = '';
get sessions$(): Observable<TestSession[]> {
return this._sessions$.asObservable();
}
get sessions(): TestSession[] {
return this._sessions$.getValue();
}
get checked(): TestSession[] { // this is intentionally not an observable
return Object.values(this._checked);
}
get sessionsStats$(): Observable<TestSessionSetStats> {
return this._sessionsStats$.asObservable();
}
get checkedStats$(): Observable<TestSessionSetStats> {
return this._checkedStats$.asObservable();
}
get commandResponses$(): Observable<CommandResponse> {
return this._commandResponses$
.pipe(
filter(c => !!c)
);
}
private monitor$: Observable<TestSession[]> = new Observable<TestSession[]>();
private _sessions$: BehaviorSubject<TestSession[]> = new BehaviorSubject<TestSession[]>([]);
private _checked: { [sessionTestSessionId: number]: TestSession } = {};
private _checkedStats$: BehaviorSubject<TestSessionSetStats>;
private _sessionsStats$: BehaviorSubject<TestSessionSetStats>;
private _commandResponses$: Subject<CommandResponse> = new Subject<CommandResponse>();
private _clock$: Observable<number>;
static readonly basicFilters : TestSessionFilterList = {
locked: {
selected: false,
source: 'base',
filter: {
id: 'locked',
label: 'gm_filter_locked',
target: 'testState',
value: 'status',
subValue: 'locked',
type: 'equal',
not: false
}
},
pending: {
selected: false,
source: 'base',
filter: {
id: 'pending',
label: 'gm_filter_pending',
target: 'testState',
value: 'status',
subValue: 'pending',
type: 'equal',
not: false
}
},
quick: {
selected: false,
source: 'quick',
filter: {
id: 'quickFilter',
label: 'gm_filter_quick',
target: 'personLabel',
value: '',
subValue: '',
type: 'substring',
not: true
}
}
};
filterOptions: TestSessionFilterList = {};
constructor(
private bs: BackendService,
private bookletService: BookletService,
@Inject(GROUP_MONITOR_CONFIG) private readonly groupMonitorConfig: GroupMonitorConfig
) {
this._checkedStats$ = new BehaviorSubject<TestSessionSetStats>(TestSessionManager.getEmptyStats());
this._sessionsStats$ = new BehaviorSubject<TestSessionSetStats>(TestSessionManager.getEmptyStats());
this.sortBy$ = new BehaviorSubject<Sort>({ direction: 'asc', active: 'personLabel' });
this.filters$ = new BehaviorSubject<TestSessionFilter[]>([]);
this._clock$ = this.groupMonitorConfig.checkForIdleInterval ?
interval(this.groupMonitorConfig.checkForIdleInterval).pipe(startWith(0)) :
of(0);
this.resetFilters();
}
connect(groupName: string): void {
this.groupName = groupName;
this.sortBy$.next({ direction: 'asc', active: 'personLabel' });
this.filters$.next([]);
this.checkingOptions = {
enableAutoCheckAll: true,
autoCheckAll: true
};
this._checkedStats$.next(TestSessionManager.getEmptyStats());
this._sessionsStats$.next(TestSessionManager.getEmptyStats());
// this._commandResponses$.next();
this.monitor$ = this.bs.observeSessionsMonitor(groupName)
.pipe(
switchMap(sessions => zip(
...sessions
.map(session => combineLatest([this.bookletService.getBooklet(session.bookletName), this._clock$])
.pipe(
map(([booklet]) => TestSessionUtil.analyzeTestSession(session, booklet))
)
)
))
);
this._sessions$.next([]);
combineLatest([this.sortBy$, this.filters$, this.monitor$])
.pipe(
// eslint-disable-next-line max-len
map(([sortBy, filters, sessions]) => this.sortSessions(sortBy, TestSessionManager.filterSessions(sessions, filters))),
tap(sessions => this.synchronizeChecked(sessions))
)
.subscribe(this._sessions$);
}
disconnect(): void {
this.groupName = '';
this.bs.cutConnection();
}
switchFilter(filterId: string): void {
this.filterOptions[filterId].selected = !this.filterOptions[filterId].selected;
this.refreshFilters();
}
refreshFilters(): void {
this.filters$.next(Object.values(this.filterOptions)
.filter(filterOption => filterOption.selected)
.map(filterOption => filterOption.filter)
);
}
resetFilters(): void {
this.filterOptions = {};
Object.keys(TestSessionManager.basicFilters)
.forEach(key => {
this.filterOptions[key] = {
selected: TestSessionManager.basicFilters[key].selected,
source: TestSessionManager.basicFilters[key].source,
filter: { ...TestSessionManager.basicFilters[key].filter }
};
});
}
private static filterSessions(sessions: TestSession[], filters: TestSessionFilter[]): TestSession[] {
return sessions
.filter(session => session.data.testId && session.data.testId > -1) // testsession without testId is deprecated
.filter(session => !TestSessionManager.applyFilters(session, filters));
}
private static applyFilters(session: TestSession, filters: TestSessionFilter[]): boolean {
const regexTest = (regex: string, value: string): boolean => {
try {
return new RegExp(regex).test(value);
} catch (e) {
return false;
}
};
// eslint-disable-next-line @typescript-eslint/no-shadow
const apply = (subject: string, filter: TestSessionFilter, inverted: boolean = false): boolean => {
if (filter.not && !inverted) return !apply(subject, filter, true);
if (Array.isArray(filter.value)) return filter.value.includes(subject);
switch (filter.type) {
case 'substring': return subject.includes(filter.value);
case 'equal': return subject === filter.value;
case 'regex': return regexTest(filter.value, subject);
default: return false;
}
};
const filterOut: TestSessionFilter | undefined = filters
.find((nextFilter: TestSessionFilter) => {
switch (nextFilter.target) {
case 'groupName':
case 'personLabel':
case 'mode':
return apply(session.data[nextFilter.target] || '', nextFilter);
case 'bookletId':
return apply(session.data.bookletName || '', nextFilter); // bookletId is clearer for XML-authors
case 'unitId':
return apply(session.data.unitName || '', nextFilter); // unitId is clearer for XML-authors
case 'unitLabel':
return apply(session.current?.unit?.label || '', nextFilter);
case 'bookletLabel':
return apply('metadata' in session.booklet ? session.booklet.metadata.label : '', nextFilter);
case 'blockId':
return apply(session.current?.ancestor?.blockId || '', nextFilter);
case 'blockLabel':
return apply(session.current?.ancestor?.label || '', nextFilter);
case 'testState': {
Iif (Array.isArray(nextFilter.value)) return filterOut;
const keyExists = (typeof session.data.testState[nextFilter.value] !== 'undefined');
const valueMatches = keyExists && (session.data.testState[nextFilter.value] === nextFilter.subValue);
const testStateMatching = (typeof nextFilter.subValue !== 'undefined') ? valueMatches : keyExists;
return (nextFilter.not ? !testStateMatching : testStateMatching);
}
case 'state': {
return apply(session.state, nextFilter);
}
case 'bookletSpecies': {
return apply(session.booklet.species || '', nextFilter);
}
default:
return false;
}
});
return typeof filterOut !== 'undefined';
}
private static getEmptyStats(): TestSessionSetStats {
return {
...{
all: false,
number: 0,
differentBookletSpecies: 0,
differentBooklets: 0,
paused: 0,
locked: 0
}
};
}
private synchronizeChecked(sessions: TestSession[]): void {
const sessionsStats = TestSessionManager.getSessionSetStats(sessions);
this.checkingOptions.enableAutoCheckAll = (sessionsStats.differentBookletSpecies < 2);
if (!this.checkingOptions.enableAutoCheckAll) {
this.checkingOptions.autoCheckAll = false;
}
const newCheckedSessions: { [sessionFullId: number]: TestSession } = {};
sessions
.forEach(session => {
Iif (this.checkingOptions.autoCheckAll || (typeof this._checked[session.data.testId] !== 'undefined')) {
newCheckedSessions[session.data.testId] = session;
}
});
this._checked = newCheckedSessions;
this._checkedStats$.next(TestSessionManager.getSessionSetStats(Object.values(this._checked), sessions.length));
this._sessionsStats$.next(sessionsStats);
}
sortSessions(sort: Sort, sessions: TestSession[]): TestSession[] {
return sessions
.sort((session1, session2) => {
const sortDirectionFactor = (sort.direction === 'asc' ? 1 : -1);
if (sort.active === 'timestamp') {
return (session1.data.timestamp - session2.data.timestamp) * sortDirectionFactor;
}
if (sort.active === '_checked') {
const session1isChecked = this.isChecked(session1);
const session2isChecked = this.isChecked(session2);
if (!session1isChecked && session2isChecked) {
return 1 * sortDirectionFactor;
}
if (session1isChecked && !session2isChecked) {
return -1 * sortDirectionFactor;
}
return 0;
}
if (sort.active === '_superState') {
return (TestSessionsSuperStates.indexOf(session1.state) -
TestSessionsSuperStates.indexOf(session2.state)) * sortDirectionFactor;
}
if (sort.active === '_currentBlock') {
const s1curBlock = session1.current?.ancestor?.blockId ?? 'zzzzzzzzzz';
const s2curBlock = session2.current?.ancestor?.blockId ?? 'zzzzzzzzzz';
return s1curBlock.localeCompare(s2curBlock) * sortDirectionFactor;
}
if (sort.active === '_currentUnit') {
const s1currentUnit = session1.current?.unit?.label ?? 'zzzzzzzzzz';
const s2currentUnit = session2.current?.unit?.label ?? 'zzzzzzzzzz';
return s1currentUnit.localeCompare(s2currentUnit) * sortDirectionFactor;
}
let valA = session1.data[sort.active as keyof typeof session1.data] ?? 'zzzzzzzzzz';
let valB = session2.data[sort.active as keyof typeof session2.data] ?? 'zzzzzzzzzz';
Iif (typeof valA === 'number') {
valA = valA.toString(10);
}
Iif (typeof valB === 'number') {
valB = valB.toString(10);
}
Iif ((typeof valA === 'object') || (typeof valB === 'object')) {
return 0;
}
return valA.localeCompare(valB) * sortDirectionFactor;
});
}
testCommandPause(): void {
const testIds = this.checked
.filter(session => !TestSessionUtil.isPaused(session))
.filter(session => !['pending', 'locked'].includes(session.state))
.map(session => session.data.testId);
Iif (!testIds.length) {
this._commandResponses$.next({ commandType: 'pause', testIds });
return;
}
this.bs.command('pause', [], testIds).subscribe(
response => this._commandResponses$.next(response)
);
}
testCommandResume(): void {
const testIds = this.checked
.filter(session => !['pending', 'locked'].includes(session.state))
.map(session => session.data.testId);
Iif (!testIds.length) {
this._commandResponses$.next({ commandType: 'resume', testIds });
return;
}
this.bs.command('resume', [], testIds).subscribe(
response => this._commandResponses$.next(response)
);
}
testCommandGoto(selection: Selected): Observable<true> {
const gfd = TestSessionManager.groupForGoto(this.checked, selection);
const allTestIds = this.checked.map(s => s.data.testId);
return zip(
...Object.keys(gfd).map(key => this.bs.command('goto', ['id', gfd[key].firstUnitId], gfd[key].testIds))
).pipe(
tap(() => {
this._commandResponses$.next({
commandType: 'goto',
testIds: allTestIds
});
}),
map(() => true)
);
}
private static groupForGoto(sessionsSet: TestSession[], selection: Selected): GotoCommandData {
const groupedByBooklet: GotoCommandData = {};
sessionsSet.forEach(session => {
if (
session.data.bookletName &&
!Object.keys(groupedByBooklet).includes(session.data.bookletName) &&
isBooklet(session.booklet)
) {
const firstUnit = selection.element?.blockId ?
BookletUtil.getFirstUnitOfBlock(selection.element.blockId, session.booklet) :
null;
if (firstUnit) {
groupedByBooklet[session.data.bookletName] = {
testIds: [],
firstUnitId: firstUnit.id
};
}
}
if (session.data.bookletName && Object.keys(groupedByBooklet).includes(session.data.bookletName)) {
groupedByBooklet[session.data.bookletName].testIds.push(session.data.testId);
}
});
return groupedByBooklet;
}
testCommandUnlock(): void {
const testIds = this.checked
.filter(TestSessionUtil.isLocked)
.map(session => session.data.testId);
Iif (!testIds.length) {
this._commandResponses$.next({ commandType: 'unlock', testIds });
return;
}
this.bs.unlock(this.groupName, testIds).subscribe(
response => this._commandResponses$.next(response)
);
}
// todo unit test
commandFinishEverything(): Observable<CommandResponse> {
const getUnlockedConnectedTestIds = () => Object.values(this._sessions$.getValue())
.filter(session => !['pending', 'locked'].includes(session.state) &&
!TestSessionUtil.hasState(session.data.testState, 'CONTROLLER', 'TERMINATED') &&
(TestSessionUtil.hasState(session.data.testState, 'CONNECTION', 'POLLING') ||
TestSessionUtil.hasState(session.data.testState, 'CONNECTION', 'WEBSOCKET')))
.map(session => session.data.testId);
const getUnlockedTestIds = () => Object.values(this._sessions$.getValue())
.filter(session => session.data.testId > 0)
.filter(session => !['pending', 'locked'].includes(session.state))
.map(session => session.data.testId);
this.filters$.next([]);
return this.bs.command('terminate', ['lock'], getUnlockedConnectedTestIds())
.pipe(
delay(1500),
flatMap(() => this.bs.lock(this.groupName, getUnlockedTestIds()))
);
}
isChecked(session: TestSession): boolean {
return (typeof this._checked[session.data.testId] !== 'undefined');
}
checkSessionsBySelection(selected: Selected): void {
Iif (this.checkingOptions.autoCheckAll) {
return;
}
let toCheck: TestSession[] = [];
if (selected.element) {
if (!selected.spreading) {
toCheck = [...this.checked, selected.originSession];
} else {
toCheck = this._sessions$.getValue()
.filter(session => (!['pending', 'locked'].includes(session.state)))
.filter(session => (session.booklet.species === selected.originSession.booklet.species))
.filter(session => (selected.inversion ? !this.isChecked(session) : true));
}
}
this.replaceCheckedSessions(toCheck);
}
invertChecked(): void {
Iif (this.checkingOptions.autoCheckAll) {
return;
}
Iif (!this._sessions$) {
return;
}
const unChecked = this._sessions$.getValue()
.filter(session => session.data.testId && session.data.testId > -1)
.filter(session => (!['pending', 'locked'].includes(session.state)))
.filter(session => !this.isChecked(session));
this.replaceCheckedSessions(unChecked);
}
checkSession(session: TestSession): void {
Iif (this.checkingOptions.autoCheckAll) {
return;
}
this._checked[session.data.testId] = session;
this.onCheckedChanged();
}
uncheckSession(session: TestSession): void {
Iif (this.checkingOptions.autoCheckAll) {
return;
}
Iif (this.isChecked(session)) {
delete this._checked[session.data.testId];
}
this.onCheckedChanged();
}
checkAll(): void {
Iif (this.checkingOptions.autoCheckAll) {
return;
}
const allSelectable = this._sessions$.getValue()
.filter(session => (!['pending', 'locked'].includes(session.state)));
this.replaceCheckedSessions(allSelectable);
}
checkNone(): void {
this.replaceCheckedSessions([]);
}
private replaceCheckedSessions(sessionsToCheck: TestSession[]): void {
const newCheckedSessions: { [testId: string]: TestSession } = {};
sessionsToCheck
.forEach(session => { newCheckedSessions[session.data.testId] = session; });
this._checked = newCheckedSessions;
this.onCheckedChanged();
}
private onCheckedChanged(): void {
this._checkedStats$.next(TestSessionManager.getSessionSetStats(this.checked, this.sessions.length));
}
private static getSessionSetStats(sessionSet: TestSession[], all: number = sessionSet.length): TestSessionSetStats {
const booklets = new Set();
const bookletSpecies = new Set();
let paused = 0;
let locked = 0;
sessionSet
.forEach(session => {
booklets.add(session.data.bookletName);
bookletSpecies.add(session.booklet.species);
if (TestSessionUtil.isPaused(session)) paused += 1;
Iif (TestSessionUtil.isLocked(session)) locked += 1;
});
return {
number: sessionSet.length,
differentBooklets: booklets.size,
differentBookletSpecies: bookletSpecies.size,
all: (all === sessionSet.length),
paused,
locked
};
}
}
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