Top 10 Examples of "nodegit in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'nodegit' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
let index = yield NodeGit.Merge.commits(repo,
masterCommit,
whamCommit,
null);
// Have to force set the submodule to the 'bar' commit.
yield NodeGit.Reset.reset(subRepo,
localBar,
NodeGit.Reset.TYPE.HARD);
yield index.conflictCleanup();
yield index.writeTreeTo(repo);
yield NodeGit.Checkout.index(repo, index, {
checkoutStrategy: NodeGit.Checkout.STRATEGY.FORCE,
});
index = yield repo.index();
yield index.addByPath("s");
yield index.write();
const id = yield index.writeTreeTo(repo);
const mergeCommit = yield repo.createCommit(
"HEAD",
sig,
sig,
"message",
id,
[ masterCommit, whamCommit ]);
const mergeSha = mergeCommit.tostrS();
const Commit = RepoAST.Commit;
const Submodule = RepoAST.Submodule;let result = Git.Attr.addMacro(repo, "name", "values");
Git.Attr.cacheFlush(repo);
Git.Attr.get(repo, 1, "path", "name").then((string) => {
// Use string
});
const array = Git.Attr.getMany(repo, 1, "path", 1, "names");
result = Git.Attr.value("attr");
const blameOptions = new Git.BlameOptions();
Git.Branch.lookup(repo, "branch_name", Git.Branch.BRANCH.LOCAL).then((reference) => {
// Use reference
});
repo.getCommit("0123456789abcdef0123456789abcdef").then((commit) => {
const sig = Git.Signature.now('John Doe', 'jd@example.com');
const newCommit: Promise = commit.amend('ref', sig, sig, 'utf8', 'message', tree);
});
const signature = Git.Signature.now("name", "email");
signature.name();
signature.email();
signature.when();
repo.createBlobFromBuffer(Buffer.from("test")).then((oid: Git.Oid) => oid.cpy());
repo.commondir();const subRepo = yield sub.open();
const origin = yield subRepo.getRemote("origin");
yield origin.connect(NodeGit.Enums.DIRECTION.FETCH,
new NodeGit.RemoteCallbacks(),
function () {});
yield subRepo.fetch("origin", {});
subRepo.setHeadDetached(subHead.id().tostrS());
yield sub.addFinalize();
// Commit the submodule it.
yield TestUtil.makeCommit(repo, ["x/y", ".gitmodules"]);
// Verify that the status currently indicates a visible submodule.
const addedStatus = yield NodeGit.Submodule.status(repo, "x/y", 0);
const WD_UNINITIALIZED = (1 << 7); // means "closed"
assert(!(addedStatus & WD_UNINITIALIZED));
// Then close it and recheck status.
yield close.close(repo, "x/y");
const closedStatus = yield NodeGit.Submodule.status(repo, "x/y", 0);
assert(closedStatus & WD_UNINITIALIZED);
// Make sure we can reopen it.
yield sub.init(1);
yield sub.repoInit(1);
const reopenedStat = yield NodeGit.Submodule.status(repo, "x/y", 0);
assert(!(reopenedStat & WD_UNINITIALIZED));
}));const whamCommit = yield TestUtil.makeCommit(repo, ["s"]);
const whamSha = whamCommit.id().tostrS();
// Go back to master and put a different submodule change on it.
yield repo.checkoutBranch("master");
const localFoo = yield subRepo.getCommit(fooSha);
yield NodeGit.Reset.reset(subRepo,
localFoo,
NodeGit.Reset.TYPE.HARD);
const masterCommit = yield TestUtil.makeCommit(repo, ["s"]);
const masterSha = masterCommit.id().tostrS();
// Now make the merge commit.
let index = yield NodeGit.Merge.commits(repo,
masterCommit,
whamCommit,
null);
// We're going to ignore the 'bar' commit.
yield index.conflictCleanup();
yield index.writeTreeTo(repo);
yield NodeGit.Checkout.index(repo, index, {
checkoutStrategy: NodeGit.Checkout.STRATEGY.FORCE,
});
index = yield repo.index();
yield index.write();
const id = yield index.writeTreeTo(repo);
const mergeCommit = yield repo.createCommit(
"HEAD",import * as Git from 'nodegit';
Git.Repository.discover("startPath", 1, "ceilingDirs").then((string) => {
// Use string
});
Git.Repository.init("path", 0).then((repository) => {
// Use repository
});
const repo = new Git.Repository();
const id = new Git.Oid();
const ref = new Git.Reference();
const tree = new Git.Tree();
tree.walk().start();
tree.getEntry("/").then(entry => {
// Use entry
});
// AnnotatedCommit Tests
Git.AnnotatedCommit.fromFetchhead(repo, "branch_name", "remote_url", id).then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.fromRef(repo, ref).then((annotatedCommit) => {const sig = bare.defaultSignature();
for (let i = 0; i < refs.length; ++i) {
const ref = refs[i];
const shorthand = ref.shorthand();
if (ref.isBranch() && !(shorthand in existingBranches)) {
yield bare.createBranch(ref.shorthand(),
ref.target(),
1,
sig,
"i made a branch");
}
}
// And then remove the original remote.
yield NodeGit.Remote.delete(bare, "origin");
return bare;
});const id = new Git.Oid();
const ref = new Git.Reference();
const tree = new Git.Tree();
tree.walk().start();
tree.getEntry("/").then(entry => {
// Use entry
});
// AnnotatedCommit Tests
Git.AnnotatedCommit.fromFetchhead(repo, "branch_name", "remote_url", id).then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.fromRef(repo, ref).then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.fromRevspec(repo, "revspec").then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.lookup(repo, id).then((annotatedCommit) => {
// Use annotatedCommit
annotatedCommit.free();
annotatedCommit.id();
});
// Attr tests
let result = Git.Attr.addMacro(repo, "name", "values");// Use repository
});
const repo = new Git.Repository();
const id = new Git.Oid();
const ref = new Git.Reference();
const tree = new Git.Tree();
tree.walk().start();
tree.getEntry("/").then(entry => {
// Use entry
});
// AnnotatedCommit Tests
Git.AnnotatedCommit.fromFetchhead(repo, "branch_name", "remote_url", id).then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.fromRef(repo, ref).then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.fromRevspec(repo, "revspec").then((annotatedCommit) => {
// Use annotatedCommit
});
Git.AnnotatedCommit.lookup(repo, id).then((annotatedCommit) => {
// Use annotatedCommit
annotatedCommit.free();
annotatedCommit.id();
});const ontoFileContents = await readFileAsync(repoPath + FILE_REBASE_ONTO, {encoding: 'utf8'});
// get the rebase command text file which will give us a list of
// the effected commits
const todoFileContents = await readFileAsync(repoPath + FILE_REBASE_TODO, {encoding: 'utf8'});
if (rebaseHeadFileContents.trim() === ontoFileContents.trim()) {
// not sure if you'd get into this state?
console.log('wtf are you even rebasing bro??');
}
// try to figure out what branch the onto commit is part of.
// is it the head of another branch or is the rebase branch
// getting rebased against itself?
const rebaseHeadCommit = await nodegit.Commit.lookup(repo, rebaseHeadFileContents.trim());
const rebaseBranch = await nodegit.Reference.lookup(repo, rebaseHeadNameFileContents.trim());
const ontoCommit = await nodegit.Commit.lookup(repo, ontoFileContents);
// check and see if the commit is in the current branch
const foundIndex = await utils.searchHistoryForCommit(repo, rebaseHeadCommit, ontoCommit.id());
if (foundIndex >= 0) {
let branchHistory = await branches.getNormalizedSingleBranchHistory(repo, rebaseHeadCommit, rebaseBranch, foundIndex + 3, true, settings);
// tag the affected commits
branchHistory.local.history = await setAffectedCommits(repo, todoFileContents, branchHistory.local.history);
// finally, tag the onto commit
branchHistory.local.history[foundIndex].isRebaseOnto = true;
return { isRebase: true, isMultiBranch: false, ...branchHistory };
}
// if the commit isn't in the current branch already,assert.isString(commitish);
assert.isString(metaRemoteName);
if (null !== targetRefName) {
assert.isString(targetRefName);
}
const annotated = yield GitUtil.resolveCommitish(repo, commitish);
if (null === annotated) {
throw new UserError(`\
Could not resolve '${commitish}' to a commit.`);
}
const commit = yield repo.getCommit(annotated.id());
if (!(yield GitUtil.isValidRemoteName(repo, metaRemoteName))) {
throw new UserError(`Invalid remote name: '${metaRemoteName}'.`);
}
const remote = yield NodeGit.Remote.lookup(repo, metaRemoteName);
const baseUrl = remote.url();
const newlyStitched = {};
console.log("Destitching");
const result = yield exports.destitchChain(repo,
commit,
baseUrl,
newlyStitched);
const resultCommit = yield repo.getCommit(result);
// Push synthetic-refs
console.log("Pushing synthetic refs");
yield exports.pushSyntheticRefs(repo, baseUrl, resultCommit, newlyStitched);