def test_gets_by_proj_and_ref(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.add(T_PROJ_ID, T_REF_2, T_AUTHOR, T_CONTENT)
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT2)
cmnts = comment.gets_by_proj_and_ref(T_PROJ_ID, T_REF,
order='desc')[:2]
assert cmnts == [cid2, cid1]
def test_gets_by_proj_and_ref(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.add(T_PROJ_ID, T_REF_2, T_AUTHOR, T_CONTENT)
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT2)
cmnts = comment.gets_by_proj_and_ref(
T_PROJ_ID, T_REF, order='desc')[:2]
assert cmnts == [cid2, cid1]
def test_delete_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert comment.get(cid)
ok = comment.delete(cid)
assert ok
assert not comment.get(cid)
assert not comment.delete(cid), "Cannot delete twice same comment"
def test_delete_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert comment.get(cid)
ok = comment.delete(cid)
assert ok
assert not comment.get(cid)
assert not comment.delete(cid), "Cannot delete twice same comment"
def test_gets_with_proj_with_order(self):
all_cmnts = [comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
for i in range(30)]
assert len(all_cmnts) == 30
assert comment.gets_by_proj_and_ref(
T_PROJ_ID, T_REF, order='desc')[:30] == list(reversed(all_cmnts))
assert comment.gets_by_proj_and_ref(
T_PROJ_ID, T_REF, start=10, limit=5, order='desc') == all_cmnts[15:20][::-1] # noqa
def test_gets_with_order(self):
all_cmnts = [
comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
for i in range(30)
]
assert len(all_cmnts) == 30
assert comment.gets_by_ref(T_REF, order='desc')[:30] == list(
reversed(all_cmnts))
def test_gets_with_order(self):
all_cmnts = [comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
for i in range(30)]
assert len(all_cmnts) == 30
assert comment.gets_by_ref(
T_REF, order='desc') == list(reversed(all_cmnts))
assert comment.gets_by_ref(T_REF, start=10) == all_cmnts[10:]
assert comment.gets_by_ref(
T_REF, start=10, limit=5) == all_cmnts[10:15]
def test_gets_with_proj_with_order(self):
all_cmnts = [
comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
for i in range(30)
]
assert len(all_cmnts) == 30
assert comment.gets_by_proj_and_ref(T_PROJ_ID, T_REF,
order='desc')[:30] == list(
reversed(all_cmnts))
assert comment.gets_by_proj_and_ref(
T_PROJ_ID, T_REF, start=10, limit=5,
order='desc') == all_cmnts[15:20][::-1] # noqa
def test_latest_comments(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT2)
latest = comment.latest()
assert latest == [cid1, cid2]
def test_get_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
com = comment.get(cid)
assert com[1] == T_PROJ_ID
assert com[2] == T_REF
def test_get_unexisting_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
com = comment.get(cid + 1)
assert com is None
def test_chinese_comment(self):
T_CONTENT_ZH = u'test is 牛B'
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT_ZH)
com = comment.get(cid)
assert com[4] == T_CONTENT_ZH
def test_get_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
com = comment.get(cid)
assert com[1] == T_PROJ_ID
assert com[2] == T_REF
def test_add_comment(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert cid1
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert cid2
assert cid1 != cid2
def _add(self, project_id=T_PROJ_ID, ref=T_REF,
author=T_AUTHOR, content=T_CONTENT):
return cC.get(comment.add(project_id, ref, author, content))
def test_add_comment(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert cid1
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
assert cid2
assert cid1 != cid2
def test_gets_by_project_id(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.add(T_PROJ_ID_2, T_REF, T_AUTHOR, T_CONTENT)
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT2)
cmnts = comment.gets_by_project(T_PROJ_ID)
assert cmnts == [cid1, cid2]
def test_modify_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.update(cid, {'content': 'new content'})
assert comment.get(cid)[4] == 'new content'
def test_chinese_comment(self):
T_CONTENT_ZH = 'test is 牛B'
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT_ZH)
com = comment.get(cid)
assert com[4] == T_CONTENT_ZH
def test_get_unexisting_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
com = comment.get(cid + 1)
assert com is None
def test_gets_by_ref(self):
cid1 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.add(T_PROJ_ID, T_REF_2, T_AUTHOR, T_CONTENT)
cid2 = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT2)
cmnts = comment.gets_by_ref(T_REF)
assert cmnts == [cid1, cid2]
def test_gets_with_order(self):
all_cmnts = [comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
for i in range(30)]
assert len(all_cmnts) == 30
assert comment.gets_by_ref(
T_REF, order='desc')[:30] == list(reversed(all_cmnts))
def test_modify_comment(self):
cid = comment.add(T_PROJ_ID, T_REF, T_AUTHOR, T_CONTENT)
comment.update(cid, {'content': 'new content'})
assert comment.get(cid)[4] == 'new content'
def _add(self,
project_id=T_PROJ_ID,
ref=T_REF,
author=T_AUTHOR,
content=T_CONTENT):
return cC.get(comment.add(project_id, ref, author, content))