def new_run_command(command, context):
run_command_params.append(command)
run_command_params.append(context)
if create_dir is not None:
working_dir = path(context.working_dir)
(working_dir / create_dir).mkdir()
return command.process_output(0, StringIO(command_output))
def test_push_command_before_commit():
commit_file = path(test_context.working_dir) / ".svn_commit_messages"
if commit_file.exists():
commit_file.unlink()
generic_push = commands.push(test_context, [])
result = dialect.convert(generic_push)
assert result.get_command_line() == None
assert str(result.get_output()) == "Nothing to push. Run commit first."
def __init__(self, working_dir, auth=None):
"""working_dir is the working directory in which commands should
run. auth is a dictionary of authentication information:
* type: 'ssh' or 'password'
* key: for SSH, this should be the path to the user's private key
* username: for SSH or password auth, this is the username to use
* password: for password auth, this is the password to use"""
self.working_dir = path(working_dir)
self.auth = auth
def test_remove_command_no_targets():
myfile = path(topdir) / "myfile"
myfile.write_bytes("test data")
try:
generic_remove = commands.remove(context, ["myfile"])
remove = hg.remove(generic_remove)
finally:
myfile.unlink()
assert not remove.reads_remote
assert not remove.writes_remote
assert remove.get_command_line() == ["hg", "remove", "-f", "myfile"]
def test_resolved_command_no_targets():
myfile = path(topdir) / "myfile"
myfile.write_bytes("test data")
try:
generic_resolved = commands.resolved(context, [])
resolved = hg.resolved(generic_resolved)
finally:
myfile.unlink()
assert not resolved.reads_remote
assert not resolved.writes_remote
assert resolved.get_command_line() == ["hg", "resolve", "-m", "-a"]
def test_revert_command():
myfile = path(topdir) / "myfile"
myfile.write_bytes("test data")
try:
generic_revert = commands.revert(context, [])
revert = hg.revert(generic_revert)
finally:
myfile.unlink()
assert not revert.reads_remote
assert not revert.writes_remote
assert revert.get_command_line() == ["hg", "revert", "--no-backup", "-a"]
def test_commit_command():
commit_file = path(test_context.working_dir) / ".svn_commit_messages"
if commit_file.exists():
commit_file.unlink()
generic_commit = commands.commit(test_context,
["-m", "test message", "foo", "bar"])
result = dialect.convert(generic_commit)
assert result.get_command_line() == None
assert str(result.get_output()) == "Commit message saved. Don't forget to push to save to the remote repository!"
assert commit_file.exists(), "Expected commit file at " + commit_file
assert commit_file.text() == "test message\n\n"
def test_push_after_commit():
commit_file = path(test_context.working_dir) / ".svn_commit_messages"
if commit_file.exists():
commit_file.unlink()
generic_commit = commands.commit(test_context,
["-m", "test message1", "foo", "bar"])
result = dialect.convert(generic_commit)
result.get_output()
generic_commit = commands.commit(test_context,
["-m", "test message2", "foo", "bar"])
result = dialect.convert(generic_commit)
result.get_output()
generic_push = commands.push(test_context, [])
result = dialect.convert(generic_push)
assert result.get_command_line() == ["svn", "commit", "-m",
"test message1\n\ntest message2\n\n"]
from uvc.path import path
from uvc import commands
from uvc.tests.util import test_context
from uvc.main import Context, SecureContext
from uvc.exc import UVCError
topdir = (path(__file__).parent.parent.parent) / "testfiles"
context = None
secure_context = None
def setup_module(module):
global context, secure_context
if not topdir.exists:
topdir.mkdir()
context = Context(topdir)
secure_context = SecureContext(topdir)
def test_create_clone_command():
clone = commands.clone(context, ["http://hg.mozilla.org/labs/bespin",
"bespin"])
assert clone.reads_remote
assert not clone.writes_remote
assert clone.source == "http://hg.mozilla.org/labs/bespin"
assert clone.dest == "bespin"
assert str(clone) == "clone http://hg.mozilla.org/labs/bespin bespin"
def test_bad_clone_command():
try:
clone = commands.clone(context, [])
"""Utilities for testing VCS, specifically for working around not acually needing to
run a VCS."""
from functools import wraps
from cStringIO import StringIO
from uvc import main, commands
from uvc.path import path
topdir = (path(__file__).parent)
def mock_run_command(command_output, create_dir=None):
"""Monkeypatches in a new run_command function in uvc.main
so that we can pretend about what happens when you run the
command."""
run_command_params = []
def new_run_command(command, context):
run_command_params.append(command)
run_command_params.append(context)
if create_dir is not None:
working_dir = path(context.working_dir)
(working_dir / create_dir).mkdir()
return command.process_output(0, StringIO(command_output))
def entangle(func):
@wraps(func)
def new_one():
old_run_command = main.run_command
try:
main.run_command = new_run_command
return func(run_command_params)
finally:
import os
from cStringIO import StringIO
from uvc.path import path
from uvc import commands, svn, main, exc, util
from uvc.tests.util import test_context
from uvc.tests.mock import patch
StatusOutput = commands.StatusOutput
dialect = svn.SVNDialect()
topdir = path(__file__).dirname().abspath() / ".." / ".." / "testfiles"
context = None
def setup_module(module):
global context
if not os.path.exists(topdir):
os.mkdir(topdir)
context = main.Context(topdir)
def test_clone_command_conversion():
generic_clone = commands.clone(context, ["http://paver.googlecode.com/svn/trunk/",
"paver"])
svn_clone = svn.clone(generic_clone)
svn_clone_command = " ".join(svn_clone.get_command_line())
assert svn_clone_command == "svn checkout http://paver.googlecode.com/svn/trunk/ paver"
def test_convert_function():
generic_clone = commands.clone(context, ["http://paver.googlecode.com/svn/trunk/",
def _normalize_path(self, unnorm_path):
norm_path = self.working_dir / path(unnorm_path)
norm_path = norm_path.normpath()
norm_path = norm_path.realpath()
norm_path = norm_path.abspath()
return norm_path
