Mercurial > hg
view tests/test-wireproto.py @ 40093:726cfc47f17a
contrib: add an utility module to parse test scripts
This patch centralizes the logic to pick up code fragments embedded in
*.t script, in order to:
- apply checking with patterns in check-code.py on such embedded
code fragments
Now, check-code.py completely ignores embedded code
fragments. I'll post another patch series to check them.
- replace similar code path in contrib/import-checker.py
Current import-checker.py has problems below. Fixing each of them
is a little difficult, because parsing logic and pattern strings
are tightly coupled.
- overlook (or mis-detect) the end of inline script in doctest
style
8a8dd6e4a97a fixed a part of this issue, but not enough.
- it overlooks inline script in doctest style at the end of file
(and ignores invalid un-closed heredoc at the end of file, too)
- it overlooks code fragment in styles below
- "python <<EOF" (heredoc should be "cat > file <<EOF" style)
- "cat > foobar.py << ANYLIMIT" (limit mark should be "EOF")
- "cat << EOF > foobar.py" (filename should be placed before limit mark)
- "cat >> foobar.py << EOF" (appending is ignored)
- it is not extensible for other than python code fragments
(e.g. shell script, hgrc file, and so on)
This new module can detect python code fragments in styles below:
- inline script in doctest style (starting by " >>> " line)
- python invocation with heredoc script ("python <<EOF")
- python script in heredoc style (redirected into ".py" file)
As an example of extensibility of new module, this patch also contains
implementation to pick up code fragment below. This will be useful to
add additional restriction for them, for example.
- shell script in heredoc style (redirected into ".sh" file)
- hgrc configuration in heredoc style (redirected into hgrc or $HGRCPATH)
author | FUJIWARA Katsunori <foozy@lares.dti.ne.jp> |
---|---|
date | Thu, 23 Aug 2018 12:25:54 +0900 |
parents | 32bc3815efae |
children | d6569f1e9b37 |
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from __future__ import absolute_import, print_function import sys from mercurial import ( error, pycompat, ui as uimod, util, wireprototypes, wireprotov1peer, wireprotov1server, ) from mercurial.utils import ( stringutil, ) stringio = util.stringio class proto(object): def __init__(self, args): self.args = args self.name = 'dummyproto' def getargs(self, spec): args = self.args args.setdefault(b'*', {}) names = spec.split() return [args[n] for n in names] def checkperm(self, perm): pass wireprototypes.TRANSPORTS['dummyproto'] = { 'transport': 'dummy', 'version': 1, } class clientpeer(wireprotov1peer.wirepeer): def __init__(self, serverrepo, ui): self.serverrepo = serverrepo self.ui = ui def url(self): return b'test' def local(self): return None def peer(self): return self def canpush(self): return True def close(self): pass def capabilities(self): return [b'batch'] def _call(self, cmd, **args): args = pycompat.byteskwargs(args) res = wireprotov1server.dispatch(self.serverrepo, proto(args), cmd) if isinstance(res, wireprototypes.bytesresponse): return res.data elif isinstance(res, bytes): return res else: raise error.Abort('dummy client does not support response type') def _callstream(self, cmd, **args): return stringio(self._call(cmd, **args)) @wireprotov1peer.batchable def greet(self, name): f = wireprotov1peer.future() yield {b'name': mangle(name)}, f yield unmangle(f.value) class serverrepo(object): def greet(self, name): return b"Hello, " + name def filtered(self, name): return self def mangle(s): return b''.join(pycompat.bytechr(ord(c) + 1) for c in pycompat.bytestr(s)) def unmangle(s): return b''.join(pycompat.bytechr(ord(c) - 1) for c in pycompat.bytestr(s)) def greet(repo, proto, name): return mangle(repo.greet(unmangle(name))) wireprotov1server.commands[b'greet'] = (greet, b'name') srv = serverrepo() clt = clientpeer(srv, uimod.ui()) def printb(data, end=b'\n'): out = getattr(sys.stdout, 'buffer', sys.stdout) out.write(data + end) out.flush() printb(clt.greet(b"Foobar")) with clt.commandexecutor() as e: fgreet1 = e.callcommand(b'greet', {b'name': b'Fo, =;:<o'}) fgreet2 = e.callcommand(b'greet', {b'name': b'Bar'}) printb(stringutil.pprint([f.result() for f in (fgreet1, fgreet2)], bprefix=True))