Mercurial > hg
view contrib/hgclient.py @ 49836:3d7bf111f01e stable
packaging: add dependencies to the PyOxidizer build on macOS
Otherwise, we get a bunch of test failures for missing things like pygments, or
tests skipped entirely. The input file is a copy/paste from the equivalent
Windows file, but with dulwich, pygit2, and pytest-vcr commented out because
the build process errors out with them, flagging them as incompatible with
loading from memory. I have no idea if that's actually true or not, because
I've noticed that if I don't `make clean` after every build, the next build
flags the watchman stuff as incompatible with loading from memory.
The remaining failures are:
Failed test-alias.t: output changed
Failed test-basic.t: output changed
Failed test-check-help.t: output changed
Failed test-commit-interactive.t: output changed
Failed test-extension.t: output changed
Failed test-help.t: output changed
Failed test-i18n.t: output changed
Failed test-log.t: output changed
Failed test-qrecord.t: output changed
Failed test-share-safe.t: output changed
Most of the issues seem related to loading help for disabled extensions from
`hgext.__index__`, namely the full extension help being unavailable, not being
able to resolve what commands are provided by what extension, and not having the
command level help available.
test-log.t, test-commit-interactive.t, and test-i18n.t look like i18n (or lack
thereof) issues.
test-basic.t is just odd:
@@ -55,7 +55,7 @@
On Python 3, stdio may be None:
$ hg debuguiprompt --config ui.interactive=true 0<&-
- abort: Bad file descriptor (no-rhg !)
+ abort: response expected
abort: response expected (rhg !)
[255]
$ hg version -q 0<&-
author | Matt Harbison <matt_harbison@yahoo.com> |
---|---|
date | Tue, 06 Dec 2022 17:12:59 -0500 |
parents | 642e31cb55f0 |
children | 493034cc3265 |
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# A minimal client for Mercurial's command server import io import os import re import signal import socket import struct import subprocess import sys import time if sys.version_info[0] >= 3: stdout = sys.stdout.buffer stderr = sys.stderr.buffer stringio = io.BytesIO def bprint(*args): # remove b'' as well for ease of test migration pargs = [re.sub(br'''\bb(['"])''', br'\1', b'%s' % a) for a in args] stdout.write(b' '.join(pargs) + b'\n') else: import cStringIO stdout = sys.stdout stderr = sys.stderr stringio = cStringIO.StringIO bprint = print def connectpipe(path=None, extraargs=()): cmdline = [b'hg', b'serve', b'--cmdserver', b'pipe'] if path: cmdline += [b'-R', path] cmdline.extend(extraargs) def tonative(cmdline): if os.name != 'nt': return cmdline return [arg.decode("utf-8") for arg in cmdline] server = subprocess.Popen( tonative(cmdline), stdin=subprocess.PIPE, stdout=subprocess.PIPE ) return server class unixconnection: def __init__(self, sockpath): self.sock = sock = socket.socket(socket.AF_UNIX) sock.connect(sockpath) self.stdin = sock.makefile('wb') self.stdout = sock.makefile('rb') def wait(self): self.stdin.close() self.stdout.close() self.sock.close() class unixserver: def __init__(self, sockpath, logpath=None, repopath=None): self.sockpath = sockpath cmdline = [b'hg', b'serve', b'--cmdserver', b'unix', b'-a', sockpath] if repopath: cmdline += [b'-R', repopath] if logpath: stdout = open(logpath, 'a') stderr = subprocess.STDOUT else: stdout = stderr = None self.server = subprocess.Popen(cmdline, stdout=stdout, stderr=stderr) # wait for listen() while self.server.poll() is None: if os.path.exists(sockpath): break time.sleep(0.1) def connect(self): return unixconnection(self.sockpath) def shutdown(self): os.kill(self.server.pid, signal.SIGTERM) self.server.wait() def writeblock(server, data): server.stdin.write(struct.pack(b'>I', len(data))) server.stdin.write(data) server.stdin.flush() def readchannel(server): data = server.stdout.read(5) if not data: raise EOFError channel, length = struct.unpack('>cI', data) if channel in b'IL': return channel, length else: return channel, server.stdout.read(length) def sep(text): return text.replace(b'\\', b'/') def runcommand( server, args, output=stdout, error=stderr, input=None, outfilter=lambda x: x ): bprint(b'*** runcommand', b' '.join(args)) stdout.flush() server.stdin.write(b'runcommand\n') writeblock(server, b'\0'.join(args)) if not input: input = stringio() while True: ch, data = readchannel(server) if ch == b'o': output.write(outfilter(data)) output.flush() elif ch == b'e': error.write(data) error.flush() elif ch == b'I': writeblock(server, input.read(data)) elif ch == b'L': writeblock(server, input.readline(data)) elif ch == b'm': bprint(b"message: %r" % data) elif ch == b'r': (ret,) = struct.unpack('>i', data) if ret != 0: bprint(b' [%d]' % ret) return ret else: bprint(b"unexpected channel %c: %r" % (ch, data)) if ch.isupper(): return def check(func, connect=connectpipe): stdout.flush() server = connect() try: return func(server) finally: server.stdin.close() server.wait() def checkwith(connect=connectpipe, **kwargs): def wrap(func): return check(func, lambda: connect(**kwargs)) return wrap