orca/src/main/git/upstream.ts

74 lines
2.8 KiB
TypeScript

import type { GitPushTarget, GitUpstreamStatus } from '../../shared/types'
import { upstreamOnlyCommitsArePatchEquivalent } from '../../shared/git-upstream-status'
import { isNoUpstreamError, normalizeGitErrorMessage } from '../../shared/git-remote-error'
import { getEffectiveGitUpstreamStatus } from '../../shared/git-effective-upstream'
import { getPublishTargetStatus } from '../../shared/git-publish-target-status'
import { gitExecFileAsync } from './runner'
import { validateGitPushTarget } from './push-target-validation'
type GitExecOptions = {
wslDistro?: string
}
function gitExecOptions(
cwd: string,
options: GitExecOptions = {}
): { cwd: string; wslDistro?: string } {
return options.wslDistro ? { cwd, wslDistro: options.wslDistro } : { cwd }
}
async function getBehindCommitsArePatchEquivalent(
worktreePath: string,
upstreamName: string,
options: GitExecOptions = {}
): Promise<boolean> {
try {
const { stdout } = await gitExecFileAsync(
['log', '--oneline', '--cherry-mark', '--right-only', `HEAD...${upstreamName}`, '--'],
gitExecOptions(worktreePath, options)
)
return upstreamOnlyCommitsArePatchEquivalent(stdout)
} catch {
// Why: patch-equivalence is an optimization for the rebase case. If the
// probe fails, keep the conservative pull-first behavior.
return false
}
}
export async function getUpstreamStatus(
worktreePath: string,
pushTarget?: GitPushTarget,
options: GitExecOptions = {}
): Promise<GitUpstreamStatus> {
try {
if (pushTarget) {
const target = await validateGitPushTarget(worktreePath, pushTarget, options)
return await getPublishTargetStatus(
(args) => gitExecFileAsync(args, gitExecOptions(worktreePath, options)),
target,
(upstreamName) => getBehindCommitsArePatchEquivalent(worktreePath, upstreamName, options)
)
}
return await getEffectiveGitUpstreamStatus(
(args) => gitExecFileAsync(args, gitExecOptions(worktreePath, options)),
(upstreamName) => getBehindCommitsArePatchEquivalent(worktreePath, upstreamName, options)
)
} catch (error) {
// Why: we only swallow clearly-no-upstream signals — that's an expected
// state, not a failure. Other errors (auth, corruption, "not a git
// repository", sparse-checkout) should surface to the user so they can
// act on them. The shared isNoUpstreamError helper intentionally omits
// broad phrases like "no such branch" to avoid masking real errors.
if (isNoUpstreamError(error)) {
return {
hasUpstream: false,
ahead: 0,
behind: 0
}
}
// Why: parity with gitPush/gitPull/gitFetch — normalize before crossing
// the IPC boundary so renderers don't see execFile stderr preambles or local paths.
throw new Error(normalizeGitErrorMessage(error, 'upstream'))
}
}