Files
vscode-gitlens/src/gitService.ts
2017-03-18 01:15:50 -04:00

722 lines
28 KiB
TypeScript

'use strict';
import { Iterables, Objects } from './system';
import { Disposable, Event, EventEmitter, ExtensionContext, FileSystemWatcher, languages, Location, Position, Range, TextDocument, TextEditor, Uri, workspace } from 'vscode';
import { CommandContext, setCommandContext } from './commands';
import { CodeLensVisibility, IConfig } from './configuration';
import { DocumentSchemes, WorkspaceState } from './constants';
import { Git, GitBlameParserEnricher, GitBlameFormat, GitCommit, GitFileStatusItem, GitLogParserEnricher, IGitAuthor, IGitBlame, IGitBlameLine, IGitBlameLines, IGitLog } from './git/git';
import { IGitUriData, GitUri } from './git/gitUri';
import GitCodeLensProvider from './gitCodeLensProvider';
import { Logger } from './logger';
import * as fs from 'fs';
import * as ignore from 'ignore';
import * as moment from 'moment';
import * as path from 'path';
export { getGitStatusIcon } from './git/gitEnrichment';
export { Git, GitUri };
export * from './git/git';
class UriCacheEntry {
constructor(public uri: GitUri) { }
}
class GitCacheEntry {
blame?: ICachedBlame;
log?: ICachedLog;
get hasErrors() {
return !!((this.blame && this.blame.errorMessage) || (this.log && this.log.errorMessage));
}
}
interface ICachedItem<T> {
//date: Date;
item: Promise<T>;
errorMessage?: string;
}
interface ICachedBlame extends ICachedItem<IGitBlame> { }
interface ICachedLog extends ICachedItem<IGitLog> { }
enum RemoveCacheReason {
DocumentClosed,
DocumentSaved
}
export class GitService extends Disposable {
private _onDidChangeGitCacheEmitter = new EventEmitter<void>();
get onDidChangeGitCache(): Event<void> {
return this._onDidChangeGitCacheEmitter.event;
}
private _onDidBlameFailEmitter = new EventEmitter<string>();
get onDidBlameFail(): Event<string> {
return this._onDidBlameFailEmitter.event;
}
public repoPath: string;
private _gitCache: Map<string, GitCacheEntry> | undefined;
private _cacheDisposable: Disposable | undefined;
private _uriCache: Map<string, UriCacheEntry> | undefined;
config: IConfig;
private _codeLensProvider: GitCodeLensProvider | undefined;
private _codeLensProviderDisposable: Disposable | undefined;
private _disposable: Disposable;
private _fsWatcher: FileSystemWatcher;
private _gitignore: Promise<ignore.Ignore>;
static EmptyPromise: Promise<IGitBlame | IGitLog> = Promise.resolve(undefined);
static BlameFormat = GitBlameFormat.incremental;
constructor(private context: ExtensionContext) {
super(() => this.dispose());
this.repoPath = context.workspaceState.get(WorkspaceState.RepoPath) as string;
this._onConfigurationChanged();
const subscriptions: Disposable[] = [];
subscriptions.push(workspace.onDidChangeConfiguration(this._onConfigurationChanged, this));
this._disposable = Disposable.from(...subscriptions);
}
dispose() {
this._disposable && this._disposable.dispose();
this._codeLensProviderDisposable && this._codeLensProviderDisposable.dispose();
this._codeLensProviderDisposable = undefined;
this._codeLensProvider = undefined;
this._cacheDisposable && this._cacheDisposable.dispose();
this._cacheDisposable = undefined;
this._fsWatcher && this._fsWatcher.dispose();
this._fsWatcher = undefined;
this._gitCache && this._gitCache.clear();
this._gitCache = undefined;
this._uriCache && this._uriCache.clear();
this._uriCache = undefined;
}
public getBlameability(fileName: string): boolean {
if (!this.UseGitCaching) return true;
const cacheKey = this.getCacheEntryKey(Git.normalizePath(fileName));
const entry = this._gitCache.get(cacheKey);
return !(entry && entry.hasErrors);
}
public get UseUriCaching() {
return !!this._uriCache;
}
public get UseGitCaching() {
return !!this._gitCache;
}
private _onConfigurationChanged() {
const config = workspace.getConfiguration().get<IConfig>('gitlens');
const codeLensChanged = !Objects.areEquivalent(config.codeLens, this.config && this.config.codeLens);
const advancedChanged = !Objects.areEquivalent(config.advanced, this.config && this.config.advanced);
if (codeLensChanged || advancedChanged) {
Logger.log('CodeLens config changed; resetting CodeLens provider');
if (config.codeLens.visibility === CodeLensVisibility.Auto && (config.codeLens.recentChange.enabled || config.codeLens.authors.enabled)) {
if (this._codeLensProvider) {
this._codeLensProvider.reset();
}
else {
this._codeLensProvider = new GitCodeLensProvider(this.context, this);
this._codeLensProviderDisposable = languages.registerCodeLensProvider(GitCodeLensProvider.selector, this._codeLensProvider);
}
}
else {
this._codeLensProviderDisposable && this._codeLensProviderDisposable.dispose();
this._codeLensProviderDisposable = undefined;
this._codeLensProvider = undefined;
}
setCommandContext(CommandContext.CanToggleCodeLens, config.codeLens.visibility === CodeLensVisibility.OnDemand && (config.codeLens.recentChange.enabled || config.codeLens.authors.enabled));
}
if (advancedChanged) {
if (config.advanced.caching.enabled) {
this._gitCache = new Map();
this._uriCache = new Map();
this._cacheDisposable && this._cacheDisposable.dispose();
this._fsWatcher = this._fsWatcher || workspace.createFileSystemWatcher('**/.git/index', true, false, true);
const disposables: Disposable[] = [];
disposables.push(workspace.onDidCloseTextDocument(d => this._removeCachedEntry(d, RemoveCacheReason.DocumentClosed)));
disposables.push(workspace.onDidSaveTextDocument(d => this._removeCachedEntry(d, RemoveCacheReason.DocumentSaved)));
disposables.push(this._fsWatcher.onDidChange(this._onGitChanged, this));
this._cacheDisposable = Disposable.from(...disposables);
}
else {
this._cacheDisposable && this._cacheDisposable.dispose();
this._cacheDisposable = undefined;
this._fsWatcher && this._fsWatcher.dispose();
this._fsWatcher = undefined;
this._gitCache && this._gitCache.clear();
this._gitCache = undefined;
this._uriCache && this._uriCache.clear();
this._uriCache = undefined;
}
this._gitignore = new Promise<ignore.Ignore | undefined>((resolve, reject) => {
if (!config.advanced.gitignore.enabled) {
resolve(undefined);
return;
}
const gitignorePath = path.join(this.repoPath, '.gitignore');
fs.exists(gitignorePath, e => {
if (e) {
fs.readFile(gitignorePath, 'utf8', (err, data) => {
if (!err) {
resolve(ignore().add(data));
return;
}
resolve(undefined);
});
return;
}
resolve(undefined);
});
});
}
this.config = config;
}
getCacheEntryKey(fileName: string) {
return fileName.toLowerCase();
}
private _onGitChanged() {
this._gitCache && this._gitCache.clear();
this._onDidChangeGitCacheEmitter.fire();
this._codeLensProvider && this._codeLensProvider.reset();
}
private _removeCachedEntry(document: TextDocument, reason: RemoveCacheReason) {
if (!this.UseGitCaching) return;
if (document.uri.scheme !== DocumentSchemes.File) return;
const fileName = Git.normalizePath(document.fileName);
const cacheKey = this.getCacheEntryKey(fileName);
if (reason === RemoveCacheReason.DocumentSaved) {
// Don't remove broken blame on save (since otherwise we'll have to run the broken blame again)
const entry = this._gitCache.get(cacheKey);
if (entry && entry.hasErrors) return;
}
if (this._gitCache.delete(cacheKey)) {
Logger.log(`Clear cache entry for '${cacheKey}', reason=${RemoveCacheReason[reason]}`);
if (reason === RemoveCacheReason.DocumentSaved) {
this._onDidChangeGitCacheEmitter.fire();
// Refresh the codelenses with the updated blame
this._codeLensProvider && this._codeLensProvider.reset();
}
}
}
hasGitUriForFile(editor: TextEditor): boolean;
hasGitUriForFile(fileName: string): boolean;
hasGitUriForFile(fileNameOrEditor: string | TextEditor): boolean {
if (!this.UseUriCaching) return false;
let fileName: string;
if (typeof fileNameOrEditor === 'string') {
fileName = fileNameOrEditor;
}
else {
if (!fileNameOrEditor || !fileNameOrEditor.document || !fileNameOrEditor.document.uri) return false;
fileName = fileNameOrEditor.document.uri.fsPath;
}
const cacheKey = this.getCacheEntryKey(fileName);
return this._uriCache.has(cacheKey);
}
async findMostRecentCommitForFile(fileName: string, sha?: string): Promise<GitCommit> {
const exists = await new Promise<boolean>((resolve, reject) => fs.exists(fileName, e => resolve(e)));
if (exists) return null;
return undefined;
// TODO: Get this to work -- for some reason a reverse log won't return the renamed file
// Not sure how else to figure this out
// let log: IGitLog;
// let commit: GitCommit;
// while (true) {
// // Go backward from the current commit to head to find the latest filename
// log = await this.getLogForFile(undefined, fileName, sha, undefined, undefined, true);
// if (!log) break;
// commit = Iterables.first(log.commits.values());
// sha = commit.sha;
// fileName = commit.fileName;
// }
// return commit;
}
getGitUriForFile(fileName: string) {
if (!this.UseUriCaching) return undefined;
const cacheKey = this.getCacheEntryKey(fileName);
const entry = this._uriCache.get(cacheKey);
return entry && entry.uri;
}
getRepoPath(cwd: string): Promise<string> {
return Git.getRepoPath(cwd);
}
async getRepoPathFromUri(uri?: Uri, fallbackRepoPath?: string): Promise<string | undefined> {
if (!(uri instanceof Uri)) return fallbackRepoPath;
const gitUri = await GitUri.fromUri(uri, this);
if (gitUri.repoPath) return gitUri.repoPath;
return (await this.getRepoPathFromFile(gitUri.fsPath)) || fallbackRepoPath;
}
async getRepoPathFromFile(fileName: string): Promise<string | undefined> {
const log = await this.getLogForFile(undefined, fileName, undefined, undefined, 1);
return log && log.repoPath;
}
getBlameForFile(uri: GitUri): Promise<IGitBlame | undefined> {
Logger.log(`getBlameForFile('${uri.repoPath}', '${uri.fsPath}', ${uri.sha})`);
const fileName = Git.normalizePath(uri.fsPath, uri.repoPath);
const useCaching = this.UseGitCaching && !uri.sha;
let cacheKey: string | undefined;
let entry: GitCacheEntry | undefined;
if (useCaching) {
cacheKey = this.getCacheEntryKey(fileName);
entry = this._gitCache.get(cacheKey);
if (entry !== undefined && entry.blame !== undefined) return entry.blame.item;
if (entry === undefined) {
entry = new GitCacheEntry();
}
}
const promise = this._gitignore.then(ignore => {
if (ignore && !ignore.filter([fileName]).length) {
Logger.log(`Skipping blame; '${fileName}' is gitignored`);
if (cacheKey) {
this._onDidBlameFailEmitter.fire(cacheKey);
}
return GitService.EmptyPromise as Promise<IGitBlame>;
}
return Git.blame(uri.repoPath, fileName, GitService.BlameFormat, uri.sha)
.then(data => new GitBlameParserEnricher(GitService.BlameFormat).enrich(data, fileName))
.catch(ex => {
// Trap and cache expected blame errors
if (useCaching) {
const msg = ex && ex.toString();
Logger.log(`Replace blame cache with empty promise for '${cacheKey}'`);
entry.blame = {
//date: new Date(),
item: GitService.EmptyPromise,
errorMessage: msg
} as ICachedBlame;
this._onDidBlameFailEmitter.fire(cacheKey);
this._gitCache.set(cacheKey, entry);
return GitService.EmptyPromise as Promise<IGitBlame>;
}
return undefined;
});
});
if (useCaching) {
Logger.log(`Add blame cache for '${cacheKey}'`);
entry.blame = {
//date: new Date(),
item: promise
} as ICachedBlame;
this._gitCache.set(cacheKey, entry);
}
return promise;
}
async getBlameForLine(uri: GitUri, line: number): Promise<IGitBlameLine | undefined> {
Logger.log(`getBlameForLine('${uri.repoPath}', '${uri.fsPath}', ${line}, ${uri.sha})`);
if (this.UseGitCaching && !uri.sha) {
const blame = await this.getBlameForFile(uri);
const blameLine = blame && blame.lines[line];
if (!blameLine) return undefined;
const commit = blame.commits.get(blameLine.sha);
return {
author: Object.assign({}, blame.authors.get(commit.author), { lineCount: commit.lines.length }),
commit: commit,
line: blameLine
} as IGitBlameLine;
}
const fileName = Git.normalizePath(uri.fsPath, uri.repoPath);
try {
const data = await Git.blame(uri.repoPath, fileName, GitService.BlameFormat, uri.sha, line + 1, line + 1);
const blame = new GitBlameParserEnricher(GitService.BlameFormat).enrich(data, fileName);
if (!blame) return undefined;
const commit = Iterables.first(blame.commits.values());
if (uri.repoPath) {
commit.repoPath = uri.repoPath;
}
return {
author: Iterables.first(blame.authors.values()),
commit: commit,
line: blame.lines[line]
} as IGitBlameLine;
}
catch (ex) {
return undefined;
}
}
async getBlameForRange(uri: GitUri, range: Range): Promise<IGitBlameLines | undefined> {
Logger.log(`getBlameForRange('${uri.repoPath}', '${uri.fsPath}', [${range.start.line}, ${range.end.line}], ${uri.sha})`);
const blame = await this.getBlameForFile(uri);
if (!blame) return undefined;
return this.getBlameForRangeSync(blame, uri, range);
}
getBlameForRangeSync(blame: IGitBlame, uri: GitUri, range: Range): IGitBlameLines | undefined {
Logger.log(`getBlameForRangeSync('${uri.repoPath}', '${uri.fsPath}', [${range.start.line}, ${range.end.line}], ${uri.sha})`);
if (!blame.lines.length) return Object.assign({ allLines: blame.lines }, blame);
if (range.start.line === 0 && range.end.line === blame.lines.length - 1) {
return Object.assign({ allLines: blame.lines }, blame);
}
const lines = blame.lines.slice(range.start.line, range.end.line + 1);
const shas: Set<string> = new Set();
lines.forEach(l => shas.add(l.sha));
const authors: Map<string, IGitAuthor> = new Map();
const commits: Map<string, GitCommit> = new Map();
blame.commits.forEach(c => {
if (!shas.has(c.sha)) return;
const commit: GitCommit = new GitCommit(c.repoPath, c.sha, c.fileName, c.author, c.date, c.message,
c.lines.filter(l => l.line >= range.start.line && l.line <= range.end.line), c.originalFileName, c.previousSha, c.previousFileName);
commits.set(c.sha, commit);
let author = authors.get(commit.author);
if (!author) {
author = {
name: commit.author,
lineCount: 0
};
authors.set(author.name, author);
}
author.lineCount += commit.lines.length;
});
const sortedAuthors: Map<string, IGitAuthor> = new Map();
Array.from(authors.values())
.sort((a, b) => b.lineCount - a.lineCount)
.forEach(a => sortedAuthors.set(a.name, a));
return {
authors: sortedAuthors,
commits: commits,
lines: lines,
allLines: blame.lines
} as IGitBlameLines;
}
async getBlameLocations(uri: GitUri, range: Range, selectedSha?: string, line?: number): Promise<Location[] | undefined> {
Logger.log(`getBlameLocations('${uri.repoPath}', '${uri.fsPath}', [${range.start.line}, ${range.end.line}], ${uri.sha})`);
const blame = await this.getBlameForRange(uri, range);
if (!blame) return undefined;
const commitCount = blame.commits.size;
const locations: Array<Location> = [];
Iterables.forEach(blame.commits.values(), (c, i) => {
if (c.isUncommitted) return;
const decoration = `\u2937 ${c.author}, ${moment(c.date).format('MMMM Do, YYYY h:MMa')}`;
const uri = GitService.toReferenceGitContentUri(c, i + 1, commitCount, c.originalFileName, decoration);
locations.push(new Location(uri, new Position(0, 0)));
if (c.sha === selectedSha) {
locations.push(new Location(uri, new Position(line + 1, 0)));
}
});
return locations;
}
async getLogForRepo(repoPath: string, sha?: string, maxCount?: number, reverse: boolean = false): Promise<IGitLog | undefined> {
Logger.log(`getLogForRepo('${repoPath}', ${maxCount})`);
if (maxCount == null) {
maxCount = this.config.advanced.maxQuickHistory || 0;
}
try {
const data = await Git.log(repoPath, sha, maxCount, reverse);
return new GitLogParserEnricher().enrich(data, 'repo', repoPath, maxCount, true, reverse);
}
catch (ex) {
return undefined;
}
}
getLogForFile(repoPath: string, fileName: string, sha?: string, range?: Range, maxCount?: number, reverse: boolean = false): Promise<IGitLog | undefined> {
Logger.log(`getLogForFile('${repoPath}', '${fileName}', ${sha}, ${range && `[${range.start.line}, ${range.end.line}]`}, ${maxCount}, ${reverse})`);
fileName = Git.normalizePath(fileName);
const useCaching = this.UseGitCaching && !sha && !range && !maxCount;
let cacheKey: string;
let entry: GitCacheEntry;
if (useCaching) {
cacheKey = this.getCacheEntryKey(fileName);
entry = this._gitCache.get(cacheKey);
if (entry !== undefined && entry.log !== undefined) return entry.log.item;
if (entry === undefined) {
entry = new GitCacheEntry();
}
}
const promise = this._gitignore.then(ignore => {
if (ignore && !ignore.filter([fileName]).length) {
Logger.log(`Skipping log; '${fileName}' is gitignored`);
return GitService.EmptyPromise as Promise<IGitLog>;
}
return Git.log_file(repoPath, fileName, sha, maxCount, reverse, range && range.start.line + 1, range && range.end.line + 1)
.then(data => new GitLogParserEnricher().enrich(data, 'file', repoPath || fileName, maxCount, !!repoPath, reverse))
.catch(ex => {
// Trap and cache expected log errors
if (useCaching) {
const msg = ex && ex.toString();
Logger.log(`Replace log cache with empty promise for '${cacheKey}'`);
entry.log = {
//date: new Date(),
item: GitService.EmptyPromise,
errorMessage: msg
} as ICachedLog;
this._gitCache.set(cacheKey, entry);
return GitService.EmptyPromise as Promise<IGitLog>;
}
return undefined;
});
});
if (useCaching) {
Logger.log(`Add log cache for '${cacheKey}'`);
entry.log = {
//date: new Date(),
item: promise
} as ICachedLog;
this._gitCache.set(cacheKey, entry);
}
return promise;
}
async getLogLocations(uri: GitUri, selectedSha?: string, line?: number): Promise<Location[] | undefined> {
Logger.log(`getLogLocations('${uri.repoPath}', '${uri.fsPath}', ${uri.sha}, ${selectedSha}, ${line})`);
const log = await this.getLogForFile(uri.repoPath, uri.fsPath, uri.sha);
if (!log) return undefined;
const commitCount = log.commits.size;
const locations: Array<Location> = [];
Iterables.forEach(log.commits.values(), (c, i) => {
if (c.isUncommitted) return;
const decoration = `\u2937 ${c.author}, ${moment(c.date).format('MMMM Do, YYYY h:MMa')}`;
const uri = GitService.toReferenceGitContentUri(c, i + 1, commitCount, c.originalFileName, decoration);
locations.push(new Location(uri, new Position(0, 0)));
if (c.sha === selectedSha) {
locations.push(new Location(uri, new Position(line + 1, 0)));
}
});
return locations;
}
async getStatusForFile(repoPath: string, fileName: string): Promise<GitFileStatusItem> {
Logger.log(`getStatusForFile('${repoPath}', '${fileName}')`);
const status = await Git.status_file(repoPath, fileName);
return status && status.trim().length && new GitFileStatusItem(repoPath, status);
}
async getStatusesForRepo(repoPath: string): Promise<GitFileStatusItem[]> {
Logger.log(`getStatusForRepo('${repoPath}')`);
const statuses = (await Git.status(repoPath)).split('\n').filter(_ => !!_);
return statuses.map(_ => new GitFileStatusItem(repoPath, _));
}
async isFileUncommitted(uri: GitUri): Promise<boolean> {
Logger.log(`isFileUncommitted('${uri.repoPath}', '${uri.fsPath}')`);
const status = await this.getStatusForFile(uri.repoPath, uri.fsPath);
return !!status;
}
async getVersionedFile(repoPath: string, fileName: string, sha: string) {
Logger.log(`getVersionedFile('${repoPath}', '${fileName}', ${sha})`);
const file = await Git.getVersionedFile(repoPath, fileName, sha);
if (this.UseUriCaching) {
const cacheKey = this.getCacheEntryKey(file);
const entry = new UriCacheEntry(new GitUri(Uri.file(fileName), { sha, repoPath, fileName }));
this._uriCache.set(cacheKey, entry);
}
return file;
}
getVersionedFileText(repoPath: string, fileName: string, sha: string) {
Logger.log(`getVersionedFileText('${repoPath}', '${fileName}', ${sha})`);
return Git.show(repoPath, fileName, sha);
}
isEditorBlameable(editor: TextEditor): boolean {
return (editor.viewColumn !== undefined ||
editor.document.uri.scheme === DocumentSchemes.File ||
editor.document.uri.scheme === DocumentSchemes.Git ||
this.hasGitUriForFile(editor));
}
openDirectoryDiff(repoPath: string, sha1: string, sha2?: string) {
Logger.log(`openDirectoryDiff('${repoPath}', ${sha1}, ${sha2})`);
return Git.difftool_dirDiff(repoPath, sha1, sha2);
}
toggleCodeLens(editor: TextEditor) {
if (this.config.codeLens.visibility !== CodeLensVisibility.OnDemand ||
(!this.config.codeLens.recentChange.enabled && !this.config.codeLens.authors.enabled)) return;
Logger.log(`toggleCodeLens(${editor})`);
if (this._codeLensProviderDisposable) {
this._codeLensProviderDisposable.dispose();
this._codeLensProviderDisposable = undefined;
return;
}
this._codeLensProviderDisposable = languages.registerCodeLensProvider(GitCodeLensProvider.selector, new GitCodeLensProvider(this.context, this));
}
static isUncommitted(sha: string) {
return Git.isUncommitted(sha);
}
static fromGitContentUri(uri: Uri): IGitUriData {
if (uri.scheme !== DocumentSchemes.GitLensGit) throw new Error(`fromGitUri(uri=${uri}) invalid scheme`);
return GitService._fromGitContentUri<IGitUriData>(uri);
}
private static _fromGitContentUri<T extends IGitUriData>(uri: Uri): T {
return JSON.parse(uri.query) as T;
}
static toGitContentUri(sha: string, fileName: string, repoPath: string, originalFileName: string): Uri;
static toGitContentUri(commit: GitCommit): Uri;
static toGitContentUri(shaOrcommit: string | GitCommit, fileName?: string, repoPath?: string, originalFileName?: string): Uri {
let data: IGitUriData;
if (typeof shaOrcommit === 'string') {
data = GitService._toGitUriData({
sha: shaOrcommit,
fileName: fileName,
repoPath: repoPath,
originalFileName: originalFileName
});
}
else {
data = GitService._toGitUriData(shaOrcommit, undefined, shaOrcommit.originalFileName);
fileName = shaOrcommit.fileName;
}
const extension = path.extname(fileName);
return Uri.parse(`${DocumentSchemes.GitLensGit}:${path.basename(fileName, extension)}:${data.sha}${extension}?${JSON.stringify(data)}`);
}
static toReferenceGitContentUri(commit: GitCommit, index: number, commitCount: number, originalFileName?: string, decoration?: string): Uri {
return GitService._toReferenceGitContentUri(commit, DocumentSchemes.GitLensGit, commitCount, GitService._toGitUriData(commit, index, originalFileName, decoration));
}
private static _toReferenceGitContentUri(commit: GitCommit, scheme: DocumentSchemes, commitCount: number, data: IGitUriData) {
const pad = (n: number) => ('0000000' + n).slice(-('' + commitCount).length);
const ext = path.extname(data.fileName);
const uriPath = `${path.relative(commit.repoPath, data.fileName.slice(0, -ext.length))}/${commit.shortSha}${ext}`;
let message = commit.message;
if (message.length > 50) {
message = message.substring(0, 49) + '\u2026';
}
// NOTE: Need to specify an index here, since I can't control the sort order -- just alphabetic or by file location
return Uri.parse(`${scheme}:${pad(data.index)} \u2022 ${encodeURIComponent(message)} \u2022 ${moment(commit.date).format('MMM D, YYYY hh:MMa')} \u2022 ${encodeURIComponent(uriPath)}?${JSON.stringify(data)}`);
}
private static _toGitUriData<T extends IGitUriData>(commit: IGitUriData, index?: number, originalFileName?: string, decoration?: string): T {
const fileName = Git.normalizePath(path.resolve(commit.repoPath, commit.fileName));
const data = { repoPath: commit.repoPath, fileName: fileName, sha: commit.sha, index: index } as T;
if (originalFileName) {
data.originalFileName = Git.normalizePath(path.resolve(commit.repoPath, originalFileName));
}
if (decoration) {
data.decoration = decoration;
}
return data;
}
}