def test_ok(self):
getargs = {'x' : ('t1','x'), 'y': ('t2','z')}
t = task.Task('t3', None, getargs=getargs)
assert len(t.uptodate) == 2
assert ['t1', 't2'] == sorted([t.uptodate[0][0].dep_name,
t.uptodate[1][0].dep_name])
def test_task_dep(self):
my_task = task.Task("Task X", ["taskcmd"], task_dep=["123", "4*56"])
assert ["123"] == my_task.task_dep
assert ["4*56"] == my_task.wild_dep
def test_targets_can_be_path(self):
my_task = task.Task("Task X", ["taskcmd"],
targets=["123",
Path("456"),
PurePath("789")])
assert ["123", "456", "789"] == my_task.targets
def test_str(self):
t = task.Task("Task X", ["taskcmd"], uptodate=['my-cmd xxx'])
assert t.uptodate[0] == ('my-cmd xxx', [], {})
def test_file_dep_path(self):
my_task = task.Task("Task X", ["taskcmd"],
file_dep=["123",
Path("456"),
PurePath("789")])
assert {"123", "456", "789"} == my_task.file_dep
def test_setup(self):
t = task.Task("task5", ['action'], setup=["task2"])
assert ["task2"] == t.setup_tasks
def test_NoneIgnored(self):
t = task.Task("Task X", ["taskcmd"], uptodate=[None])
assert t.uptodate == [(None, None, None)]
def test_many(self):
t = task.Task("taskX",["%s hi_stdout hi2" % PROGRAM,
"%s hi_list hi6" % PROGRAM])
t.execute()
got = "".join([a.out for a in t.actions])
assert "hi_stdouthi_list" == got, repr(got)
def test_fail_second(self):
t = task.Task("taskX", ["%s 1 2" % PROGRAM, "%s 1 2 3" % PROGRAM])
got = t.execute()
assert isinstance(got, TaskError)
def test_success(self):
t = task.Task("taskX", [PROGRAM])
t.execute()
def test_result(self):
# task.result is the value of last action
t = task.Task('t1', ["%s hi_list hi1" % PROGRAM,
"%s hi_list hi2" % PROGRAM])
t.execute()
assert "hi_listhi2" == t.result
def test_repr(self):
t = task.Task("taskX",None,('t1','t2'))
assert "<Task: taskX>" == repr(t), repr(t)
def test_custom_title(self):
t = task.Task("MyName",["MyAction"], title=(lambda x: "X%sX" % x.name))
assert "X%sX"%str(t.name) == t.title(), t.title()
def test_title(self):
t = task.Task("MyName",["MyAction"])
assert "MyName" == t.title()
def test_groupTask(self):
# group tasks have no action
t = task.Task("taskX", None)
assert t.actions == []
def test_fail(self):
def my_raise():
raise Exception('hoho')
t = task.Task('t1', [], teardown=[(my_raise,)])
got = t.execute_teardown()
assert isinstance(got, CatchedException)
def test_dependencySequenceIsValid(self):
task.Task("Task X", ["taskcmd"], file_dep=["123","456"])
def test_clean_non_existent_targets(self):
t = task.Task('xxx', None, targets=["i_dont_exist"], clean=True)
t.clean(StringIO(), False)
def test_execute_value_savers(self):
t = task.Task("Task X", ["taskcmd"])
t.value_savers.append(lambda: {'v1':1})
t.save_extra_values()
assert 1 == t.values['v1']
def test_no_doc(self):
t = task.Task("name", ["action"])
assert '' == t.doc
def test_callable_function(self):
def custom_check():
return True
t = task.Task("Task X", ["taskcmd"], uptodate=[custom_check])
assert t.uptodate[0] == (custom_check, [], {})
def test_single_line(self):
t = task.Task("name", ["action"], doc=" i am doc")
assert "i am doc" == t.doc
def test_dependencyStringIsFile(self):
my_task = task.Task("Task X", ["taskcmd"], file_dep=["123", "456"])
assert set(["123", "456"]) == my_task.file_dep
def test_multiple_lines(self):
t = task.Task("name", ["action"], doc="i am doc \n with many lines\n")
assert "i am doc" == t.doc
def test_file_dep_unicode(self):
unicode_name = "中文"
my_task = task.Task("Task X", ["taskcmd"], file_dep=[unicode_name])
assert unicode_name in my_task.file_dep
def test_start_with_empty_lines(self):
t = task.Task("name", ["action"], doc="\n\n i am doc \n")
assert "i am doc" == t.doc
def test_calc_dep(self):
my_task = task.Task("Task X", ["taskcmd"], calc_dep=["123"])
assert set(["123"]) == my_task.calc_dep
def test_just_new_line(self):
t = task.Task("name", ["action"], doc=" \n \n\n")
assert "" == t.doc
def test_delayed_after_execution(self):
# after `executed` creates an implicit task_dep
delayed = task.DelayedLoader(lambda: None, executed='foo')
t1 = task.Task('bar', None, loader=delayed)
assert t1.task_dep == ['foo']
def test_tuple(self):
def custom_check(pos_arg, xxx=None): return True
t = task.Task("Task X", ["taskcmd"],
uptodate=[(custom_check, [123], {'xxx':'yyy'})])
assert t.uptodate[0] == (custom_check, [123], {'xxx':'yyy'})
