def test_account2(client):
test_account = client.admin.create_account(
'{}@test.com'.format(randstring(6)), randstring(6))
try:
yield test_account
finally:
test_account.delete()
def test_user_management():
email1 = '%s@%s.com' % (randstring(6), randstring(6))
email2 = '%s@%s.com' % (randstring(6), randstring(6))
passwd1 = 'randstring(6)'
passwd2 = 'randstring(6)'
ccnet_api.add_emailuser(email1, passwd1, 1, 1)
ccnet_api.add_emailuser(email2, passwd2, 0, 0)
ccnet_email1 = ccnet_api.get_emailuser(email1)
ccnet_email2 = ccnet_api.get_emailuser(email2)
assert ccnet_email1.is_active == True
assert ccnet_email1.is_staff == True
assert ccnet_email2.is_active == False
assert ccnet_email2.is_staff == False
assert ccnet_api.validate_emailuser(email1, passwd1) == 0
assert ccnet_api.validate_emailuser(email2, passwd2) == 0
users = ccnet_api.search_emailusers('DB',email1, -1, -1)
assert len(users) == 1
user_ccnet = users[0]
assert user_ccnet.email == email1
user_counts = ccnet_api.count_emailusers('DB')
user_numbers = ccnet_api.get_emailusers('DB', -1, -1)
ccnet_api.update_emailuser('DB', ccnet_email2.id, passwd2, 1, 1)
email2_new = ccnet_api.get_emailuser(email2)
assert email2_new.is_active == True
assert email2_new.is_staff == True
ccnet_api.remove_emailuser('DB', email1)
ccnet_api.remove_emailuser('DB', email2)
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls()) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
# create a folder
testdir = parentdir.mkdir('测试目录-%s' % randstring())
assert len(parentdir.ls()) == 2
assert len(testdir.ls()) == 0
direntry = [entry for entry in parentdir.ls() if entry.isdir][0]
assert direntry.path == testdir.path
testfile.delete()
assert len(parentdir.ls(force_refresh=True)) == 1
testdir.delete()
assert len(parentdir.ls(force_refresh=True)) == 0
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
# create a folder
testdir = parentdir.mkdir('测试目录-%s' % randstring())
assert len(parentdir.ls(force_refresh=True)) == 2
assert len(testdir.ls(force_refresh=True)) == 0
direntry = [e for e in parentdir.ls(force_refresh=True) if e.isdir][0]
assert direntry.path == testdir.path
testfile.delete()
assert len(parentdir.ls(force_refresh=True)) == 1
testdir.delete()
assert len(parentdir.ls(force_refresh=True)) == 0
def repo(client):
repo_name = 'tmp-测试资料库-%s' % randstring()
repo_desc = 'tmp, 一个测试资料库-%s' % randstring()
repo = client.repos.create_repo(repo_name, repo_desc)
try:
yield repo
finally:
repo.delete()
def repo(client):
repo_name = 'tmp-测试资料库-%s' % randstring()
repo_desc = 'tmp, 一个测试资料库-%s' % randstring()
repo = client.repos.create_repo(repo_name, repo_desc)
try:
yield repo
finally:
repo.delete()
def create_tmp_repo(self):
repos = self.client.repos
repo_name = 'tmp-测试资料库-%s' % randstring()
repo_desc = 'tmp, 一个测试资料库-%s' % randstring()
repo = repos.create_repo(repo_name, repo_desc)
try:
yield repo
finally:
repo.delete()
def test_rename_move_copy(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls()) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
# rename a file
newfname = 'newfile.txt'
testfile.rename(newfname)
assert testfile.name == newfname
# create a folder
testdir = parentdir.mkdir('测试目录-%s' % randstring())
assert len(parentdir.ls()) == 2
assert len(testdir.ls()) == 0
direntry = [entry for entry in parentdir.ls() if entry.isdir][0]
assert direntry.path == testdir.path
# move a file to the new folder
testfile.moveTo(testdir.name, dst_repo=None)
assert testfile.name == newfname
fileentry = [entry for entry in testdir.ls() if not entry.isdir][0]
assert fileentry.path == testfile.path
# copy a file to the parent folder
filenames.append(testfile)
testfile.copyTo(filenames, parentdir.name, dst_repo=None)
assert testfile.name == newfname
fileentry = [entry for entry in parentdir.ls() if not entry.isdir][0]
assert fileentry.path == testfile.path
# clean up test directories / files
testfile.delete()
assert len(parentdir.ls(force_refresh=True)) == 1
testdir.delete()
assert len(parentdir.ls(force_refresh=True)) == 0
def _create_repo(client, password=None):
repo_name = '测试资料库-%s' % randstring()
repo_desc = '一个测试资料库-%s' % randstring()
repo = client.repos.create_repo(repo_name, repo_desc, password=password)
assert repo.name == repo_name
assert repo.desc == repo_desc
assert len(repo.id) == 36
assert repo.encrypted == (password is not None)
assert repo.owner == 'self'
return repo
def _create_repo(client, password=None):
repo_name = '测试资料库-%s' % randstring()
repo_desc = '一个测试资料库-%s' % randstring()
repo = client.repos.create_repo(repo_name, repo_desc, password=password)
assert repo.name == repo_name
assert repo.desc == repo_desc
assert len(repo.id) == 36
assert repo.encrypted == (password is not None)
assert repo.owner == 'self'
return repo
def _create_repo(self, password=None):
repos = self.client.repos
repo_name = '测试资料库-%s' % randstring()
repo_desc = '一个测试资料库-%s' % randstring()
repo = repos.create_repo(repo_name, repo_desc, password=password)
self.assertEqual(repo.name, repo_name)
self.assertEqual(repo.desc, repo_desc)
self.assertHasLen(repo.id, 36)
self.assertEqual(repo.encrypted, password != None)
self.assertEqual(repo.owner, 'self')
return repo
def group(client):
group_name = randstring()
group = client.groups.add_group(group_name)
try:
yield group
finally:
group.delete()
def test_move_file_to_other_repo(client, repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
assert len(parentdir.ls(force_refresh=True)) == 1
temp_repo = client.repos.create_repo('temp_repo')
try:
root_dir = temp_repo.get_dir('/')
temp_dir = root_dir.mkdir('temp_dir')
assert len(temp_dir.ls(force_refresh=True)) == 0
testfile.moveTo(temp_dir.path, temp_repo.id)
assert testfile.path == os.path.join(temp_dir.path, os.path.basename(testfile.path))
assert len(temp_dir.ls(force_refresh=True)) == 1
assert testfile.repo.id == temp_repo.id
finally:
temp_repo.delete()
def repo(client):
repo_name = 'tmp-testLib-%s' % randstring()
repo = client.repos.create_repo(repo_name)
try:
yield repo
finally:
repo.delete()
def test_move_folder_to_other_repo(client, repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a folder
testfolder = parentdir.mkdir('测试文件夹-%s' % randstring())
assert testfolder.size == 0
assert len(parentdir.ls(force_refresh=True)) == 1
temp_repo = client.repos.create_repo('temp_repo')
try:
root_folder = temp_repo.get_dir('/')
tempfolder = root_folder.mkdir('tempfolder')
assert len(tempfolder.ls(force_refresh=True)) == 0
# move a folder
testfolder.moveTo(tempfolder.path, temp_repo.id)
assert testfolder.path == os.path.join(tempfolder.path, os.path.basename(testfolder.path))
assert testfolder.repo.id == temp_repo.id
assert len(tempfolder.ls(force_refresh=True)) == 1
finally:
temp_repo.delete()
def test_upload_string_as_file_content(repo):
# test pass as string as file content when upload file
rootdir = repo.get_dir('/')
fname = u'testfile-%s' % randstring()
fcontent = 'line 1\nline 2\n\r'
f = rootdir.upload(fcontent, fname)
assert f.name == fname
assert f.get_content() == fcontent
def group():
group = create_and_get_group('test_group_{}'.format(randstring(10)),
USER,
gtype=None)
try:
yield group
finally:
if ccnet_api.get_group(group.id):
ccnet_api.remove_group(group.id)
def repo():
repo = create_and_get_repo(
'testrepo测试-{}'.format(randstring(10)), '', USER, passwd=None
)
try:
yield repo
finally:
if seafile_api.get_repo(repo.id):
# The repo may be deleted in the test case
seafile_api.remove_repo(repo.id)
def test_copy_file(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
assert len(parentdir.ls(force_refresh=True)) == 1
tempfolder = parentdir.mkdir('tempfolder_%s' % randstring())
assert len(tempfolder.ls(force_refresh=True)) == 0
testfile.copyTo(tempfolder.path)
assert len(tempfolder.ls(force_refresh=True)) == 1
assert os.path.basename(tempfolder.ls(force_refresh=True)[-1].path) == os.path.basename(testfile.path)
def test_move_folder(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a folder
testfolder = parentdir.mkdir('测试文件夹-%s' % randstring())
assert testfolder.size == 0
tempfolder = parentdir.mkdir('temp-folder-%s' % randstring())
assert tempfolder.size == 0
assert len(parentdir.ls(force_refresh=True)) == 2
# move a folder
testfolder.moveTo(tempfolder.path)
assert testfolder.path == os.path.join(tempfolder.path, os.path.basename(testfolder.path))
def repo():
repo = create_and_get_repo(
'test_repo_{}'.format(randstring(10)), '', USER, passwd=None
)
try:
seafile_api.post_dir(repo.id, '/', 'dir1', USER)
seafile_api.post_dir(repo.id, '/', 'dir2', USER)
yield repo
finally:
if seafile_api.get_repo(repo.id):
# The repo may be deleted in the test case
seafile_api.remove_repo(repo.id)
def encrypted_repo():
repo = create_and_get_repo(
'test_repo_{}'.format(randstring(10)), '', USER, passwd='123'
)
try:
syncwerk_api.post_dir(repo.id, '/', 'dir1', USER)
syncwerk_api.post_dir(repo.id, '/', 'dir2', USER)
syncwerk_api.post_dir(repo.id, '/dir1', 'subdir1', USER)
syncwerk_api.post_dir(repo.id, '/dir2', 'subdir2', USER)
yield repo
finally:
if syncwerk_api.get_repo(repo.id):
# The repo may be deleted in the test case
syncwerk_api.remove_repo(repo.id)
def test_rename_folder(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a folder
testfolder = parentdir.mkdir('测试文件夹-%s' % randstring())
assert testfolder.size == 0
assert len(parentdir.ls(force_refresh=True)) == 1
# rename a file
newfname = 'newfolder'
testfolder.rename(newfname)
assert newfname == testfolder.name
def test_rename_file(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
assert len(parentdir.ls(force_refresh=True)) == 1
# rename a file
newfname = 'newfile.txt'
testfile.rename(newfname)
assert newfname == testfile.name
def test_create_encrypted_repo(self):
repo = self._create_repo(password=randstring())
repo.delete()
with self.assertRaises(DoesNotExist):
self.client.repos.get_repo(repo.id)
def test_create_encrypted_repo(client):
repo = _create_repo(client, password=randstring())
repo.delete()
with pytest.raises(DoesNotExist):
client.repos.get_repo(repo.id)
#coding: UTF-8
import os
import pytest
from tests.utils import randstring, datafile, filesize
@pytest.mark.parametrize('parentpath', ['/', '/测试目录一-%s' % randstring()])
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
# create a folder
#coding: UTF-8
import os
import pytest
from tests.utils import randstring, datafile, filesize
@pytest.mark.parametrize('parentpath', [
'/',
'/testDir-%s' % randstring()
])
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
#coding: UTF-8
import pytest
from tests.utils import randstring, datafile, filesize
@pytest.mark.parametrize('parentpath', [
'/',
'/测试目录一-%s' % randstring()
])
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls()) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
import pytest
from tests.utils import randstring
def test_accounts_list(client):
accounts = client.admin.list_accounts()
assert len(accounts) > 0
def test_server_info(client):
info = client.admin.server_info()
assert 'version' in info
@pytest.mark.parametrize('password', [randstring(6)])
@pytest.mark.parametrize('name', [randstring(6)])
@pytest.mark.parametrize('email', ['{}@test.com'.format(randstring(6))])
def test_cud_account(client, email, password, Account, name):
# create account
test_account = client.admin.create_account(email, password)
assert isinstance(test_account, Account)
assert client.admin.get_account(test_account.email) == test_account
# upadte account fields
test_account.name = name
test_account.is_staff = True
test_account.is_active = True
#test_account.update()
assert test_account.name == name
assert test_account in client.admin.list_accounts(start=-1, limit=-1)
#coding: UTF-8
import os
import sys
import pytest
from tests.utils import randstring, datafile, filesize
@pytest.mark.parametrize('parentpath', [
'/',
'/测试目录一-%s' % randstring()
])
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls(force_refresh=True)) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
def test_multi_tier_groups(repo):
id1 = ccnet_api.create_group('group1', USER, parent_group_id=-1)
id2 = ccnet_api.create_group('group2', USER2, parent_group_id = id1)
id3 = ccnet_api.create_group('group3', USER, parent_group_id = id1)
id4 = ccnet_api.create_group('group4', USER2, parent_group_id = id3)
id5 = ccnet_api.create_group('group5', USER2, parent_group_id = 0)
assert id1 != -1 and id2 != -1 and id3 != -1 and id4 != -1
group1 = ccnet_api.get_group(id1)
group2 = ccnet_api.get_group(id2)
group3 = ccnet_api.get_group(id3)
group4 = ccnet_api.get_group(id4)
assert group1.parent_group_id == -1
assert group2.parent_group_id == id1
assert group3.parent_group_id == id1
assert group4.parent_group_id == id3
members = ccnet_api.search_group_members (id1, 'randgroup{}'.format(randstring(6)))
assert len(members) == 0
members = ccnet_api.search_group_members (id1, USER)
assert len(members) == 1
assert members[0].user_name == USER
ances_order = [id5, id4, id3, id2, id1]
user2_groups_with_ancestors = ccnet_api.get_groups (USER2, return_ancestors = True)
assert len(user2_groups_with_ancestors) == 5
i = 0
for g in user2_groups_with_ancestors:
assert g.id == ances_order[i]
i = i + 1
order = [id5, id4, id2]
i = 0
user2_groups = ccnet_api.get_groups (USER2)
assert len(user2_groups) == 3
for g in user2_groups:
assert g.id == order[i]
i = i + 1
top_groups = ccnet_api.get_top_groups(True)
assert len(top_groups) == 1
for g in top_groups:
assert g.parent_group_id == -1
child_order = [id2, id3]
i = 0
id1_children = ccnet_api.get_child_groups(id1)
assert len(id1_children) == 2
for g in id1_children:
assert g.id == child_order[i]
i = i + 1
group4_order = [id1, id3, id4]
i = 0
group4_ancestors = ccnet_api.get_ancestor_groups(id4)
assert len(group4_ancestors) == 3
for g in group4_ancestors:
assert g.id == group4_order[i]
i = i + 1
rm5 = ccnet_api.remove_group(id5)
rm4 = ccnet_api.remove_group(id4)
rm3 = ccnet_api.remove_group(id3)
rm2 = ccnet_api.remove_group(id2)
rm1 = ccnet_api.remove_group(id1)
assert rm5 == 0 and rm4 == 0 and rm3 == 0 and rm2 == 0 and rm1 == 0
#coding: UTF-8
import pytest
from tests.utils import randstring, datafile, filesize
@pytest.mark.parametrize('parentpath', [
'/',
'/测试目录一-%s' % randstring()
])
def test_create_delete_file_dir(repo, parentpath):
rootdir = repo.get_dir('/')
assert len(rootdir.ls()) == 0
if parentpath == '/':
parentdir = rootdir
else:
parentdir = rootdir.mkdir(parentpath[1:])
# create a file
testfile = parentdir.create_empty_file('测试文件-%s.txt' % randstring())
assert testfile.size == 0
entries = parentdir.ls(force_refresh=True)
assert len(entries) == 1
entry = entries[0]
assert entry.path == testfile.path
assert entry.id == testfile.id
assert entry.size == testfile.size
def test_create_encrypted_repo(client):
repo = _create_repo(client, password=randstring())
repo.delete()
with pytest.raises(DoesNotExist):
client.repos.get_repo(repo.id)
def test_user_management(repo):
email1 = '%s@%s.com' % (randstring(6), randstring(6))
email2 = '%s@%s.com' % (randstring(6), randstring(6))
passwd1 = 'randstring(6)'
passwd2 = 'randstring(6)'
ccnet_api.add_emailuser(email1, passwd1, 1, 1)
ccnet_api.add_emailuser(email2, passwd2, 0, 0)
ccnet_email1 = ccnet_api.get_emailuser(email1)
ccnet_email2 = ccnet_api.get_emailuser(email2)
assert ccnet_email1.is_active == True
assert ccnet_email1.is_staff == True
assert ccnet_email2.is_active == False
assert ccnet_email2.is_staff == False
assert ccnet_api.validate_emailuser(email1, passwd1) == 0
assert ccnet_api.validate_emailuser(email2, passwd2) == 0
users = ccnet_api.search_emailusers('DB', email1, -1, -1)
assert len(users) == 1
user_ccnet = users[0]
assert user_ccnet.email == email1
user_counts = ccnet_api.count_emailusers('DB')
user_numbers = ccnet_api.get_emailusers('DB', -1, -1)
ccnet_api.update_emailuser('DB', ccnet_email2.id, passwd2, 1, 1)
email2_new = ccnet_api.get_emailuser(email2)
assert email2_new.is_active == True
assert email2_new.is_staff == True
#test group when update user id
id1 = ccnet_api.create_group('group1', email1, parent_group_id=-1)
assert id1 != -1
group1 = ccnet_api.get_group(id1)
assert group1.parent_group_id == -1
# test shared repo when update user id
api.share_repo(repo.id, USER, email1, "rw")
assert api.repo_has_been_shared(repo.id)
new_email1 = '%s@%s.com' % (randstring(6), randstring(6))
assert ccnet_api.update_emailuser_id(email1, new_email1) == 0
shared_users = api.list_repo_shared_to(USER, repo.id)
assert len(shared_users) == 1
assert shared_users[0].repo_id == repo.id
assert shared_users[0].user == new_email1
assert shared_users[0].perm == "rw"
api.remove_share(repo.id, USER, new_email1)
email1_groups = ccnet_api.get_groups(new_email1)
assert len(email1_groups) == 1
assert email1_groups[0].id == id1
rm1 = ccnet_api.remove_group(id1)
assert rm1 == 0
ccnet_api.remove_emailuser('DB', new_email1)
ccnet_api.remove_emailuser('DB', email2)