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Refactor contextual queries

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Break the  file into logically contained
smaller files. And add unit tests for .
This commit is contained in:
Andrew Eisenberg
2020-07-23 15:00:04 -07:00
parent bc73712987
commit 353a87de12
7 changed files with 441 additions and 314 deletions
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313
extensions/ql-vscode/src/contextual/definitions.ts
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@@ -1,313 +0,0 @@
import * as fs from 'fs-extra';
import * as yaml from 'js-yaml';
import * as tmp from 'tmp-promise';
import * as vscode from 'vscode';
import * as path from 'path';
import { decodeSourceArchiveUri, zipArchiveScheme } from '../archive-filesystem-provider';
import { ColumnKindCode, EntityValue, getResultSetSchema } from '../bqrs-cli-types';
import { CodeQLCliServer } from '../cli';
import { DatabaseItem, DatabaseManager } from '../databases';
import * as helpers from '../helpers';
import { CachedOperation } from '../helpers';
import * as messages from '../messages';
import { QueryServerClient } from '../queryserver-client';
import { compileAndRunQueryAgainstDatabase, QueryWithResults } from '../run-queries';
import AstBuilder from './astBuilder';
import fileRangeFromURI from './fileRangeFromURI';
/**
* Run templated CodeQL queries to find definitions and references in
* source-language files. We may eventually want to find a way to
* generalize this to other custom queries, e.g. showing dataflow to
* or from a selected identifier.
*/
const TEMPLATE_NAME = 'selectedSourceFile';
const SELECT_QUERY_NAME = '#select';
enum KeyType {
DefinitionQuery = 'DefinitionQuery',
ReferenceQuery = 'ReferenceQuery',
PrintAstQuery = 'PrintAstQuery',
}
function tagOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
return 'ide-contextual-queries/local-definitions';
case KeyType.ReferenceQuery:
return 'ide-contextual-queries/local-references';
case KeyType.PrintAstQuery:
return 'ide-contextual-queries/print-ast';
}
}
function nameOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
return 'definitions';
case KeyType.ReferenceQuery:
return 'references';
case KeyType.PrintAstQuery:
return 'print AST';
}
}
function kindOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
case KeyType.ReferenceQuery:
return 'definitions';
case KeyType.PrintAstQuery:
return 'graph';
}
}
async function resolveQueries(cli: CodeQLCliServer, qlpack: string, keyType: KeyType): Promise<string[]> {
const suiteFile = (await tmp.file({
postfix: '.qls'
})).path;
const suiteYaml = { qlpack, include: { kind: kindOfKeyType(keyType), 'tags contain': tagOfKeyType(keyType) } };
await fs.writeFile(suiteFile, yaml.safeDump(suiteYaml), 'utf8');
const queries = await cli.resolveQueriesInSuite(suiteFile, helpers.getOnDiskWorkspaceFolders());
if (queries.length === 0) {
vscode.window.showErrorMessage(
`No ${nameOfKeyType(keyType)} queries (tagged "${tagOfKeyType(keyType)}") could be found in the current library path. It might be necessary to upgrade the CodeQL libraries.`
);
throw new Error(`Couldn't find any queries tagged ${tagOfKeyType(keyType)} for qlpack ${qlpack}`);
}
return queries;
}
async function qlpackOfDatabase(cli: CodeQLCliServer, db: DatabaseItem): Promise<string | undefined> {
if (db.contents === undefined)
return undefined;
const datasetPath = db.contents.datasetUri.fsPath;
const { qlpack } = await helpers.resolveDatasetFolder(cli, datasetPath);
return qlpack;
}
interface FullLocationLink extends vscode.LocationLink {
originUri: vscode.Uri;
}
export class TemplateQueryDefinitionProvider implements vscode.DefinitionProvider {
private cache: CachedOperation<vscode.LocationLink[]>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<vscode.LocationLink[]>(this.getDefinitions.bind(this));
}
async provideDefinition(document: vscode.TextDocument, position: vscode.Position, _token: vscode.CancellationToken): Promise<vscode.LocationLink[]> {
const fileLinks = await this.cache.get(document.uri.toString());
const locLinks: vscode.LocationLink[] = [];
for (const link of fileLinks) {
if (link.originSelectionRange!.contains(position)) {
locLinks.push(link);
}
}
return locLinks;
}
private async getDefinitions(uriString: string): Promise<vscode.LocationLink[]> {
return getLinksForUriString(
this.cli,
this.qs,
this.dbm,
uriString,
KeyType.DefinitionQuery,
(src, _dest) => src === uriString
);
}
}
export class TemplateQueryReferenceProvider implements vscode.ReferenceProvider {
private cache: CachedOperation<FullLocationLink[]>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<FullLocationLink[]>(this.getReferences.bind(this));
}
async provideReferences(
document: vscode.TextDocument,
position: vscode.Position,
_context: vscode.ReferenceContext,
_token: vscode.CancellationToken
): Promise<vscode.Location[]> {
const fileLinks = await this.cache.get(document.uri.toString());
const locLinks: vscode.Location[] = [];
for (const link of fileLinks) {
if (link.targetRange!.contains(position)) {
locLinks.push({ range: link.originSelectionRange!, uri: link.originUri });
}
}
return locLinks;
}
private async getReferences(uriString: string): Promise<FullLocationLink[]> {
return getLinksForUriString(
this.cli,
this.qs,
this.dbm,
uriString,
KeyType.ReferenceQuery,
(_src, dest) => dest === uriString
);
}
}
export class TemplatePrintAstProvider {
private cache: CachedOperation<QueryWithResults | undefined>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<QueryWithResults | undefined>(this.getAst.bind(this));
}
async provideAst(document?: vscode.TextDocument): Promise<AstBuilder | undefined> {
if (!document) {
return;
}
const queryResults = await this.cache.get(document.uri.toString());
if (!queryResults) {
return;
}
return new AstBuilder(
queryResults, this.cli,
this.dbm.findDatabaseItem(vscode.Uri.parse(queryResults.database.databaseUri!))!,
path.basename(document.fileName)
);
}
private async getAst(uriString: string): Promise<QueryWithResults> {
const uri = vscode.Uri.parse(uriString, true);
if (uri.scheme !== zipArchiveScheme) {
throw new Error('AST Viewing is only available for databases with zipped source archives.');
}
const zippedArchive = decodeSourceArchiveUri(uri);
const sourceArchiveUri = vscode.Uri.file(zippedArchive.sourceArchiveZipPath).with({ scheme: zipArchiveScheme });
const db = this.dbm.findDatabaseItemBySourceArchive(sourceArchiveUri);
if (!db) {
throw new Error('Can\'t infer database from the provided source.');
}
const qlpack = await qlpackOfDatabase(this.cli, db);
if (!qlpack) {
throw new Error('Can\'t infer qlpack from database source archive');
}
const queries = await resolveQueries(this.cli, qlpack, KeyType.PrintAstQuery);
if (queries.length > 1) {
throw new Error('Found multiple Print AST queries. Can\'t continue');
}
if (queries.length === 0) {
throw new Error('Did not find any Print AST queries. Can\'t continue');
}
const query = queries[0];
const templates: messages.TemplateDefinitions = {
[TEMPLATE_NAME]: {
values: {
tuples: [[{
stringValue: zippedArchive.pathWithinSourceArchive
}]]
}
}
};
return await compileAndRunQueryAgainstDatabase(
this.cli,
this.qs,
db,
false,
vscode.Uri.file(query),
templates
);
}
}
async function getLinksFromResults(
results: QueryWithResults,
cli: CodeQLCliServer,
db: DatabaseItem,
filter: (srcFile: string, destFile: string) => boolean
): Promise<FullLocationLink[]> {
const localLinks: FullLocationLink[] = [];
const bqrsPath = results.query.resultsPaths.resultsPath;
const info = await cli.bqrsInfo(bqrsPath);
const selectInfo = getResultSetSchema(SELECT_QUERY_NAME, info);
if (selectInfo && selectInfo.columns.length == 3
&& selectInfo.columns[0].kind == ColumnKindCode.ENTITY
&& selectInfo.columns[1].kind == ColumnKindCode.ENTITY
&& selectInfo.columns[2].kind == ColumnKindCode.STRING) {
// TODO: Page this
const allTuples = await cli.bqrsDecode(bqrsPath, SELECT_QUERY_NAME);
for (const tuple of allTuples.tuples) {
const [src, dest] = tuple as [EntityValue, EntityValue];
const srcFile = src.url && fileRangeFromURI(src.url, db);
const destFile = dest.url && fileRangeFromURI(dest.url, db);
if (srcFile && destFile && filter(srcFile.uri.toString(), destFile.uri.toString())) {
localLinks.push({
targetRange: destFile.range,
targetUri: destFile.uri,
originSelectionRange: srcFile.range,
originUri: srcFile.uri
});
}
}
}
return localLinks;
}
async function getLinksForUriString(
cli: CodeQLCliServer,
qs: QueryServerClient,
dbm: DatabaseManager,
uriString: string,
keyType: KeyType,
filter: (src: string, dest: string) => boolean
) {
const uri = decodeSourceArchiveUri(vscode.Uri.parse(uriString));
const sourceArchiveUri = vscode.Uri.file(uri.sourceArchiveZipPath).with({ scheme: zipArchiveScheme });
const db = dbm.findDatabaseItemBySourceArchive(sourceArchiveUri);
if (db) {
const qlpack = await qlpackOfDatabase(cli, db);
if (qlpack === undefined) {
throw new Error('Can\'t infer qlpack from database source archive');
}
const links: FullLocationLink[] = [];
for (const query of await resolveQueries(cli, qlpack, keyType)) {
const templates: messages.TemplateDefinitions = {
[TEMPLATE_NAME]: {
values: {
tuples: [[{
stringValue: uri.pathWithinSourceArchive
}]]
}
}
};
const results = await compileAndRunQueryAgainstDatabase(cli, qs, db, false, vscode.Uri.file(query), templates);
if (results.result.resultType == messages.QueryResultType.SUCCESS) {
links.push(...await getLinksFromResults(results, cli, db, filter));
}
}
return links;
} else {
return [];
}
}

37
extensions/ql-vscode/src/contextual/keyType.ts Normal file
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export enum KeyType {
DefinitionQuery = 'DefinitionQuery',
ReferenceQuery = 'ReferenceQuery',
PrintAstQuery = 'PrintAstQuery',
}
export function tagOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
return 'ide-contextual-queries/local-definitions';
case KeyType.ReferenceQuery:
return 'ide-contextual-queries/local-references';
case KeyType.PrintAstQuery:
return 'ide-contextual-queries/print-ast';
}
}
export function nameOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
return 'definitions';
case KeyType.ReferenceQuery:
return 'references';
case KeyType.PrintAstQuery:
return 'print AST';
}
}
export function kindOfKeyType(keyType: KeyType): string {
switch (keyType) {
case KeyType.DefinitionQuery:
case KeyType.ReferenceQuery:
return 'definitions';
case KeyType.PrintAstQuery:
return 'graph';
}
}

103
extensions/ql-vscode/src/contextual/locationFinder.ts Normal file
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import * as vscode from 'vscode';
import { decodeSourceArchiveUri, zipArchiveScheme } from '../archive-filesystem-provider';
import { ColumnKindCode, EntityValue, getResultSetSchema } from '../bqrs-cli-types';
import { CodeQLCliServer } from '../cli';
import { DatabaseManager, DatabaseItem } from '../databases';
import fileRangeFromURI from './fileRangeFromURI';
import * as messages from '../messages';
import { QueryServerClient } from '../queryserver-client';
import { QueryWithResults, compileAndRunQueryAgainstDatabase } from '../run-queries';
import { KeyType } from './keyType';
import { qlpackOfDatabase, resolveQueries } from './queryResolver';
const SELECT_QUERY_NAME = '#select';
export const TEMPLATE_NAME = 'selectedSourceFile';
export interface FullLocationLink extends vscode.LocationLink {
originUri: vscode.Uri;
}
/**
* This function executes a contextual query inside a given database, filters, and converts
* the results into source locations. This function is the workhorse for all search-based
* contextual queries like find references and find definitions.
*
* @param cli The cli server
* @param qs The query server client
* @param dbm The database manager
* @param uriString The selected source file and location
* @param keyType The contextual query type to run
* @param filter A function that will filter extraneous results
*/
export async function getLocationsForUriString(
cli: CodeQLCliServer,
qs: QueryServerClient,
dbm: DatabaseManager,
uriString: string,
keyType: KeyType,
filter: (src: string, dest: string) => boolean
): Promise<FullLocationLink[]> {
const uri = decodeSourceArchiveUri(vscode.Uri.parse(uriString));
const sourceArchiveUri = vscode.Uri.file(uri.sourceArchiveZipPath).with({ scheme: zipArchiveScheme });
const db = dbm.findDatabaseItemBySourceArchive(sourceArchiveUri);
if (db) {
const qlpack = await qlpackOfDatabase(cli, db);
if (qlpack === undefined) {
throw new Error('Can\'t infer qlpack from database source archive');
}
const links: FullLocationLink[] = [];
for (const query of await resolveQueries(cli, qlpack, keyType)) {
const templates: messages.TemplateDefinitions = {
[TEMPLATE_NAME]: {
values: {
tuples: [[{
stringValue: uri.pathWithinSourceArchive
}]]
}
}
};
const results = await compileAndRunQueryAgainstDatabase(cli, qs, db, false, vscode.Uri.file(query), templates);
if (results.result.resultType == messages.QueryResultType.SUCCESS) {
links.push(...await getLinksFromResults(results, cli, db, filter));
}
}
return links;
} else {
return [];
}
}
async function getLinksFromResults(
results: QueryWithResults,
cli: CodeQLCliServer,
db: DatabaseItem,
filter: (srcFile: string, destFile: string) => boolean
): Promise<FullLocationLink[]> {
const localLinks: FullLocationLink[] = [];
const bqrsPath = results.query.resultsPaths.resultsPath;
const info = await cli.bqrsInfo(bqrsPath);
const selectInfo = getResultSetSchema(SELECT_QUERY_NAME, info);
if (selectInfo && selectInfo.columns.length == 3
&& selectInfo.columns[0].kind == ColumnKindCode.ENTITY
&& selectInfo.columns[1].kind == ColumnKindCode.ENTITY
&& selectInfo.columns[2].kind == ColumnKindCode.STRING) {
// TODO: Page this
const allTuples = await cli.bqrsDecode(bqrsPath, SELECT_QUERY_NAME);
for (const tuple of allTuples.tuples) {
const [src, dest] = tuple as [EntityValue, EntityValue];
const srcFile = src.url && fileRangeFromURI(src.url, db);
const destFile = dest.url && fileRangeFromURI(dest.url, db);
if (srcFile && destFile && filter(srcFile.uri.toString(), destFile.uri.toString())) {
localLinks.push({
targetRange: destFile.range,
targetUri: destFile.uri,
originSelectionRange: srcFile.range,
originUri: srcFile.uri
});
}
}
}
return localLinks;
}

45
extensions/ql-vscode/src/contextual/queryResolver.ts Normal file
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import * as fs from 'fs-extra';
import * as yaml from 'js-yaml';
import * as tmp from 'tmp-promise';
import * as helpers from '../helpers';
import {
KeyType,
kindOfKeyType,
nameOfKeyType,
tagOfKeyType
} from './keyType';
import { CodeQLCliServer } from '../cli';
import { DatabaseItem } from '../databases';
export async function qlpackOfDatabase(cli: CodeQLCliServer, db: DatabaseItem): Promise<string | undefined> {
if (db.contents === undefined)
return undefined;
const datasetPath = db.contents.datasetUri.fsPath;
const { qlpack } = await helpers.resolveDatasetFolder(cli, datasetPath);
return qlpack;
}
export async function resolveQueries(cli: CodeQLCliServer, qlpack: string, keyType: KeyType): Promise<string[]> {
const suiteFile = (await tmp.file({
postfix: '.qls'
})).path;
const suiteYaml = {
qlpack,
include: {
kind: kindOfKeyType(keyType),
'tags contain': tagOfKeyType(keyType)
}
};
await fs.writeFile(suiteFile, yaml.safeDump(suiteYaml), 'utf8');
const queries = await cli.resolveQueriesInSuite(suiteFile, helpers.getOnDiskWorkspaceFolders());
if (queries.length === 0) {
helpers.showAndLogErrorMessage(
`No ${nameOfKeyType(keyType)} queries (tagged "${tagOfKeyType(keyType)}") could be found in the current library path. It might be necessary to upgrade the CodeQL libraries.`
);
throw new Error(`Couldn't find any queries tagged ${tagOfKeyType(keyType)} for qlpack ${qlpack}`);
}
return queries;
}

170
extensions/ql-vscode/src/contextual/templateProvider.ts Normal file
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import * as vscode from 'vscode';
import * as path from 'path';
import { decodeSourceArchiveUri, zipArchiveScheme } from '../archive-filesystem-provider';
import { CodeQLCliServer } from '../cli';
import { DatabaseManager } from '../databases';
import { CachedOperation } from '../helpers';
import * as messages from '../messages';
import { QueryServerClient } from '../queryserver-client';
import { compileAndRunQueryAgainstDatabase, QueryWithResults } from '../run-queries';
import AstBuilder from './astBuilder';
import {
KeyType,
} from './keyType';
import { FullLocationLink, getLocationsForUriString, TEMPLATE_NAME } from './locationFinder';
import { qlpackOfDatabase, resolveQueries } from './queryResolver';
/**
* Run templated CodeQL queries to find definitions and references in
* source-language files. We may eventually want to find a way to
* generalize this to other custom queries, e.g. showing dataflow to
* or from a selected identifier.
*/
export class TemplateQueryDefinitionProvider implements vscode.DefinitionProvider {
private cache: CachedOperation<vscode.LocationLink[]>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<vscode.LocationLink[]>(this.getDefinitions.bind(this));
}
async provideDefinition(document: vscode.TextDocument, position: vscode.Position, _token: vscode.CancellationToken): Promise<vscode.LocationLink[]> {
const fileLinks = await this.cache.get(document.uri.toString());
const locLinks: vscode.LocationLink[] = [];
for (const link of fileLinks) {
if (link.originSelectionRange!.contains(position)) {
locLinks.push(link);
}
}
return locLinks;
}
private async getDefinitions(uriString: string): Promise<vscode.LocationLink[]> {
return getLocationsForUriString(
this.cli,
this.qs,
this.dbm,
uriString,
KeyType.DefinitionQuery,
(src, _dest) => src === uriString
);
}
}
export class TemplateQueryReferenceProvider implements vscode.ReferenceProvider {
private cache: CachedOperation<FullLocationLink[]>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<FullLocationLink[]>(this.getReferences.bind(this));
}
async provideReferences(
document: vscode.TextDocument,
position: vscode.Position,
_context: vscode.ReferenceContext,
_token: vscode.CancellationToken
): Promise<vscode.Location[]> {
const fileLinks = await this.cache.get(document.uri.toString());
const locLinks: vscode.Location[] = [];
for (const link of fileLinks) {
if (link.targetRange!.contains(position)) {
locLinks.push({ range: link.originSelectionRange!, uri: link.originUri });
}
}
return locLinks;
}
private async getReferences(uriString: string): Promise<FullLocationLink[]> {
return getLocationsForUriString(
this.cli,
this.qs,
this.dbm,
uriString,
KeyType.ReferenceQuery,
(_src, dest) => dest === uriString
);
}
}
export class TemplatePrintAstProvider {
private cache: CachedOperation<QueryWithResults | undefined>;
constructor(
private cli: CodeQLCliServer,
private qs: QueryServerClient,
private dbm: DatabaseManager,
) {
this.cache = new CachedOperation<QueryWithResults | undefined>(this.getAst.bind(this));
}
async provideAst(document?: vscode.TextDocument): Promise<AstBuilder | undefined> {
if (!document) {
return;
}
const queryResults = await this.cache.get(document.uri.toString());
if (!queryResults) {
return;
}
return new AstBuilder(
queryResults, this.cli,
this.dbm.findDatabaseItem(vscode.Uri.parse(queryResults.database.databaseUri!))!,
path.basename(document.fileName)
);
}
private async getAst(uriString: string): Promise<QueryWithResults> {
const uri = vscode.Uri.parse(uriString, true);
if (uri.scheme !== zipArchiveScheme) {
throw new Error('AST Viewing is only available for databases with zipped source archives.');
}
const zippedArchive = decodeSourceArchiveUri(uri);
const sourceArchiveUri = vscode.Uri.file(zippedArchive.sourceArchiveZipPath).with({ scheme: zipArchiveScheme });
const db = this.dbm.findDatabaseItemBySourceArchive(sourceArchiveUri);
if (!db) {
throw new Error('Can\'t infer database from the provided source.');
}
const qlpack = await qlpackOfDatabase(this.cli, db);
if (!qlpack) {
throw new Error('Can\'t infer qlpack from database source archive');
}
const queries = await resolveQueries(this.cli, qlpack, KeyType.PrintAstQuery);
if (queries.length > 1) {
throw new Error('Found multiple Print AST queries. Can\'t continue');
}
if (queries.length === 0) {
throw new Error('Did not find any Print AST queries. Can\'t continue');
}
const query = queries[0];
const templates: messages.TemplateDefinitions = {
[TEMPLATE_NAME]: {
values: {
tuples: [[{
stringValue: zippedArchive.pathWithinSourceArchive
}]]
}
}
};
return await compileAndRunQueryAgainstDatabase(
this.cli,
this.qs,
db,
false,
vscode.Uri.file(query),
templates
);
}
}

2
extensions/ql-vscode/src/extension.ts
View File

@@ -26,7 +26,7 @@ import {
TemplateQueryDefinitionProvider,
TemplateQueryReferenceProvider,
TemplatePrintAstProvider
} from './contextual/definitions';
} from './contextual/templateProvider';
import {
DEFAULT_DISTRIBUTION_VERSION_RANGE,
DistributionKind,

85
extensions/ql-vscode/src/vscode-tests/no-workspace/contextual/queryResolver.test.ts Normal file
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import 'vscode-test';
import 'mocha';
import * as yaml from 'js-yaml';
import * as chaiAsPromised from 'chai-as-promised';
import * as sinon from 'sinon';
import * as chai from 'chai';
import * as sinonChai from 'sinon-chai';
import * as pq from 'proxyquire';
import { KeyType } from '../../../contextual/keyType';
const proxyquire = pq.noPreserveCache().noCallThru();
chai.use(chaiAsPromised);
chai.use(sinonChai);
const expect = chai.expect;
describe('queryResolver', () => {
let module: Record<string, Function>;
let writeFileSpy: sinon.SinonSpy;
let resolveDatasetFolderSpy: sinon.SinonStub;
let mockCli: Record<string, sinon.SinonStub>;
beforeEach(() => {
mockCli = {
resolveQueriesInSuite: sinon.stub()
};
module = createModule();
});
describe('resolveQueries', () => {
it('should resolve a query', async () => {
mockCli.resolveQueriesInSuite.returns(['a', 'b']);
const result = await module.resolveQueries(mockCli, 'my-qlpack', KeyType.DefinitionQuery);
expect(result).to.deep.equal(['a', 'b']);
expect(writeFileSpy.getCall(0).args[0]).to.match(/.qls$/);
expect(yaml.safeLoad(writeFileSpy.getCall(0).args[1])).to.deep.equal({
qlpack: 'my-qlpack',
include: {
kind: 'definitions',
'tags contain': 'ide-contextual-queries/local-definitions'
}
});
});
it('should throw an error when there are no queries found', () => {
mockCli.resolveQueriesInSuite.returns([]);
expect(module.resolveQueries(
mockCli, 'my-qlpack', KeyType.DefinitionQuery)
).to.be.rejectedWith(
'Couldn\'t find any queries tagged ide-contextual-queries/local-definitions for qlpack my-qlpack'
);
});
});
describe('qlpackOfDatabase', () => {
it('should get the qlpack of a database', async () => {
resolveDatasetFolderSpy.returns({ qlpack: 'my-qlpack' });
const db = {
contents: {
datasetUri: {
fsPath: '/path/to/database'
}
}
};
const result = await module.qlpackOfDatabase(mockCli, db);
expect(result).to.eq('my-qlpack');
expect(resolveDatasetFolderSpy).to.have.been.calledWith(mockCli, '/path/to/database');
});
});
function createModule() {
writeFileSpy = sinon.spy();
resolveDatasetFolderSpy = sinon.stub();
return proxyquire('../../../contextual/queryResolver', {
'fs-extra': {
writeFile: writeFileSpy
},
'../helpers': {
resolveDatasetFolder: resolveDatasetFolderSpy,
getOnDiskWorkspaceFolders: () => ({})
}
});
}
});