def test_getChildFiles_dir(self):
"""
Given a directory, return all children files.
"""
root = FilePath(self.mktemp())
dir1 = root.child('dir1')
dir2 = dir1.child('dir2')
dir2.makedirs()
f1 = root.child('f1')
f2 = dir1.child('f2')
f3 = dir2.child('f3')
f1.setContent('foo')
f2.setContent('foo')
f3.setContent('foo')
b = FileBuilder()
r = b._getChildFiles(root)
self.assertEqual(set(r), set([f1, f2, f3]),
"Should find all files that are descendants")
r = b._getChildFiles(dir1)
self.assertEqual(set(r), set([f2, f3]))
def test_findHeads_testPath(self):
"""
Find heads should find all the heads that match the given testPath
"""
root = FilePath(self.mktemp())
foo = root.child('foo')
foo.makedirs()
test1 = foo.child('test1')
test2 = foo.child('test2')
bar = foo.child('bar')
baz = bar.child('baz')
test1.setContent('test1')
test2.setContent('test2')
bar.makedirs()
baz.setContent('baz')
b = FileBuilder(root)
r = list(b._findHeads('foo', '*'))
self.assertEqual(len(r), 3, "Should find all the heads with *")
self.assertEqual(set(r), set([test1, test2, bar]))
r = list(b._findHeads('foo', 'test*'))
self.assertEqual(len(r), 2)
self.assertEqual(set(r), set([test1, test2]))
# subdirectory
r = list(b._findHeads('foo', 'bar/baz'))
self.assertEqual(r, [baz])
def test_getChildFiles_file(self):
"""
Given a file, return the file
"""
root = FilePath(self.mktemp())
root.setContent('something')
b = FileBuilder()
r = list(b._getChildFiles(root))
self.assertEqual(r, [root])
def test__build(self):
"""
_build should
- get the results of findBuilds,
- set the version attribute of each Build,
- call run() on each Build,
- pass each Build.toDict through emit
- wait on the Build's completion to send the finished build.toDict
through emit.
"""
b = FileBuilder('foo')
r = [Build()]
# fake out Build.run()
run_called = []
def fakerun():
run_called.append(True)
r[0].run = fakerun
# fake out findBuilds()
b.findBuilds = lambda *ign: r
# fake out emit()
emit_called = []
b.emit = emit_called.append
b._build(dict(version='version', project='foo', test_path='bar'))
# version should be set on the Build
self.assertEqual(r[0].version, 'version',
"Should have set the version on the Build")
self.assertEqual(run_called, [True],
"Build.run() should have been called")
self.assertEqual(emit_called, [r[0].toDict()],
"Builder.emit() should have been called")
# reset the fake
emit_called.pop()
# finish the build manually.
r[0].done.callback(r[0])
self.assertEqual(emit_called, [r[0].toDict()],
"When the build finishes, Builder.emit should be called")
def test_findBuilds(self):
"""
It should call a few functions, passing their results around,
ending up with FileBuild instances with the correct properties set.
"""
root = FilePath(self.mktemp())
# project/
project = root.child('project')
project.makedirs()
# project/foo
foo = project.child('foo')
# project/bar
bar = project.child('bar')
foo.setContent('foo')
bar.setContent('bar')
b = FileBuilder(root)
class Spy:
def __init__(self, func):
self.func = func
self.called = []
def __call__(self, *args):
self.called.append(args)
return self.func(*args)
b._findHeads = Spy(b._findHeads)
b._getChildFiles = Spy(b._getChildFiles)
r = list(b.findBuilds('project', '*'))
self.assertTrue(b._findHeads.called)
self.assertTrue(('project', '*') in b._findHeads.called)
self.assertEqual(len(b._getChildFiles.called), 2)
expected = set([
('project', 'foo', b, foo),
('project', 'bar', b, bar),
])
actual = [(x.project, x.test_path, x.builder, x._filepath) for x in r]
self.assertEqual(expected, set(actual))
self.assertEqual(len(r), 2)
def test_findHeads_project(self):
"""
Find heads with only a project given should find a single FilePath
if it exists
"""
root = FilePath(self.mktemp())
root.makedirs()
b = FileBuilder(root)
# dne
r = list(b._findHeads('foo'))
self.assertEqual(r, [], "Should not find paths that don't exist")
# exists
root.child('foo').setContent('gobbledegook')
r = list(b._findHeads('foo'))
self.assertEqual(r, [root.child('foo')])
