class KolabEmailSendAndReceiveEmail(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_send_and_receive_email(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_send_and_receive_email")
# login Directory Manager, create 2 users
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username1, emailLogin1, password1 = kolabWAPhelper.create_user()
username2, emailLogin2, password2 = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login user1 to roundcube and send email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin1, password1)
emailSubjectLine = kolabWAPhelper.send_email(emailLogin2)
kolabWAPhelper.logout_roundcube()
kolabWAPhelper.wait_loading(5)
# login user2 to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin2, password2)
kolabWAPhelper.check_email_received(emailSubjectLine=emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_domain_admin_default_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_domain_admin")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin",
default_quota = "100mb",
overall_quota = "300mb")
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user accounts
# test if default quota is set properly for a new user
kolabWAPhelper.create_user(default_quota_verify = "100mb")
kolabWAPhelper.create_user(mail_quota = "150mb")
kolabWAPhelper.create_user(default_quota_verify = "100mb", expected_message_contains = "mailquota of the domain admin has been exceeded")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailCatchAll(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_catch_all(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_catch_all")
# login Directory Manager, create a domain and a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
# add the user
username, emailLogin, password = kolabWAPhelper.create_user(alias="@" + domainname)
kolabWAPhelper.logout_kolab_wap()
# send email to catch all alias address from command line
print "sending email..."
subject = 'subject ' + domainname
subprocess.call(['/bin/bash', '-c', 'echo "test" | mail -s "' + subject + '" alias' + domainname + '@' + domainname])
kolabWAPhelper.wait_loading(2.0)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(subject)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabEmailSendAndReceiveEmail(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_send_and_receive_email(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_send_and_receive_email")
# login Directory Manager, create 2 users
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username1, emailLogin1, password1 = kolabWAPhelper.create_user()
username2, emailLogin2, password2 = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login user1 to roundcube and send email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin1,
password1)
emailSubjectLine = kolabWAPhelper.send_email(emailLogin2)
kolabWAPhelper.logout_roundcube()
kolabWAPhelper.wait_loading(5)
# login user2 to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin2,
password2)
kolabWAPhelper.check_email_received(emailSubjectLine=emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabAutoCreateFolders(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def helper_modify_autocreate_folders(self):
# read kolab.conf
fo = open("/etc/kolab/kolab.conf", "r+")
content = fo.read()
fo.close()
newContactsFolderName = "Contacts" + datetime.datetime.now().strftime("%H%M%S")
# find [kolab], find line starting with 'Contacts, replace with 'Contacts125559': {
pos = content.index("[kolab]")
pos = content.index("'Contacts", pos)
posAfter = content.index(": {", pos)
content = content[:pos] + "'" + newContactsFolderName + "'" + content[posAfter:]
# write kolab.conf
fo = open("/etc/kolab/kolab.conf", "wb")
fo.write(content)
fo.close()
self.kolabWAPhelper.log("kolab.conf has been changed, autocreate_folders now contains " + newContactsFolderName)
return newContactsFolderName
def test_modified_foldername_in_new_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log ("Running test: test_modified_foldername_in_new_domain")
# login
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
#modify the default folders in /etc/kolab/kolab.conf
newContactsFolderName = self.helper_modify_autocreate_folders()
username, emailLogin, password = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# check if mailbox has been created, with the modified folder name
p = subprocess.Popen("kolab lm | grep " + username + " | grep " + newContactsFolderName, shell=True, stdout=subprocess.PIPE)
out, err = p.communicate()
if newContactsFolderName not in out:
self.assertTrue(False, "kolab lm cannot find mailbox with folder " + newContactsFolderName + " for new user " + username)
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabEmailSharedFolders(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_shared_folder(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_shared_folder")
# login Directory Manager, create 2 users
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username1, emailLogin1, password1 = kolabWAPhelper.create_user()
#username2, emailLogin2, password2 = kolabWAPhelper.create_user()
# create shared folder
# could use delegates=[emailLogin1, emailLogin2], but this is not tested at the moment
emailSharedFolder, foldername = kolabWAPhelper.create_shared_folder()
kolabWAPhelper.logout_kolab_wap()
# need to give everyone permission to send to this folder
# need to wait some seconds, otherwise the permissions will be reset to lrs, probably by kolabd???
kolabWAPhelper.wait_loading(20.0)
subprocess.call([
'/bin/bash', '-c',
"kolab sam shared/" + emailSharedFolder + " anyone lrsp"
])
kolabWAPhelper.wait_loading(20.0)
subprocess.call(
['/bin/bash', '-c', "kolab lam shared/" + emailSharedFolder])
# login user to roundcube to send and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin1,
password1)
# TODO: why can I see and subscribe to all folders in the domain?
# can we set permissions who can read the folder? Recipient Access list?
# solution: http://lists.kolab.org/pipermail/users/2013-December/016161.html
# quote: Shared folders are created with the ACL "anyone lrs" (anyone read) per default.
# After creating them you'll likely adjust the ACLs based on your needs.
print "sending email to " + emailSharedFolder
emailSubjectLine = kolabWAPhelper.send_email(emailSharedFolder)
kolabWAPhelper.wait_loading(3.0)
kolabWAPhelper.check_email_received(
emailSubjectLineDoesNotContain="Undelivered Mail Returned to Sender"
)
# no need to subscribe the folder, because we are using the direct url to load the folder in Roundcube
kolabWAPhelper.check_email_received(
folder="Shared+Folders%2Fshared%2F" + foldername,
emailSubjectLine=emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailCatchAllAcrossDomains(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_catch_all_across_domains(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_catch_all_across_domains")
# login Directory Manager, create a domain and a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
# important: alias domain must be set in the domain names, otherwise: email address not in local domain
domainname = kolabWAPhelper.create_domain(withAliasDomain=True)
aliasdomainname = string.replace(domainname, "domain", "alias")
username = "******" + datetime.datetime.now().strftime("%Y%m%d%H%M%S")
# what happens if we have not added the alias domain yet to postfix config?
kolabWAPhelper.create_user(
username=username,
alias="catchall@" + aliasdomainname,
expected_message_contains="Alias 'catchall@" + aliasdomainname +
"' must be configured manually")
# add alias domain, and call postmap
postfixfile = "/etc/postfix/virtual_alias_maps_manual.cf"
subprocess.call([
'/bin/bash', '-c', 'echo "@' + aliasdomainname + ' ' + username +
'.' + username + '@' + domainname + '" >> ' + postfixfile
])
subprocess.call(['postmap', postfixfile])
subprocess.call(['service', 'postfix', 'restart'])
# now add user for real
username, emailLogin, password = kolabWAPhelper.create_user(
username=username, alias="catchall@" + aliasdomainname)
kolabWAPhelper.logout_kolab_wap()
# send email to catch all alias address from command line
print "sending email..."
subprocess.call([
'/bin/bash', '-c', 'echo "test" | mail -s "subject ' +
aliasdomainname + '" test@' + aliasdomainname
])
kolabWAPhelper.wait_loading(10.0)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(emailSubjectLine="subject " +
aliasdomainname)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_enabled_groupware_features(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_enabled_groupware_features")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix="admin")
# enabled by default: allow_groupware = True
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account. role enable-groupware-features should be set by default
kolabWAPhelper.create_user(
default_role_verify="enable-groupware-features")
kolabWAPhelper.logout_kolab_wap()
def test_disabled_groupware_features(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_disabled_groupware_features")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix="admin", allow_groupware=False)
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account. role enable-groupware-features should not be set
kolabWAPhelper.create_user(default_role_verify="")
# TODO: create role enable-groupware-features for the domain
# TODO: create a new user with role enable-groupware-features, should fail!
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_enabled_groupware_features(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_enabled_groupware_features")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin")
# enabled by default: allow_groupware = True
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account. role enable-groupware-features should be set by default
kolabWAPhelper.create_user(default_role_verify = "enable-groupware-features")
kolabWAPhelper.logout_kolab_wap()
def test_disabled_groupware_features(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_disabled_groupware_features")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin",
allow_groupware = False)
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account. role enable-groupware-features should not be set
kolabWAPhelper.create_user(default_role_verify = "")
# TODO: create role enable-groupware-features for the domain
# TODO: create a new user with role enable-groupware-features, should fail!
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPLastLogin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_last_login(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_last_login")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.logout_roundcube()
# check that the last login timestamp is greater than 1 January 2014
value = kolabWAPhelper.getLDAPValue(
"uid=" + username + ",ou=People," + kolabWAPhelper.getConf("ldap", "base_dn"), "tbitsKolabLastLogin"
)
self.assertTrue(int(value) > 1388534400, "login date should be after 1 January 2014")
# last login time will only be updated after an hour, so we cannot test that here. see pykolab/auth/ldap/auth_cache.py purge_entries
def test_last_login_in_other_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_last_login")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.logout_roundcube()
# check that the last login timestamp is greater than 1 January 2014
value = kolabWAPhelper.getLDAPValue(
"uid=" + username + ",ou=People,dc=" + ",dc=".join(domainname.split(".")), "tbitsKolabLastLogin"
)
self.assertTrue(int(value) > 1388534400, "login date should be after 1 January 2014")
# last login time will only be updated after an hour, so we cannot test that here. see pykolab/auth/ldap/auth_cache.py purge_entries
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPLastLogin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_last_login(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_last_login")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password, uid = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.logout_roundcube()
# check that the last login timestamp is greater than 1 January 2014
value = kolabWAPhelper.getLDAPValue("uid="+username+",ou=People," + kolabWAPhelper.getConf('ldap', 'base_dn'), 'tbitsKolabLastLogin')
self.assertTrue(int(value) > 1388534400, "login date should be after 1 January 2014")
# last login time will only be updated after an hour, so we cannot test that here. see pykolab/auth/ldap/auth_cache.py purge_entries
def test_last_login_in_other_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_last_login_in_other_domain")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password, uid = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.logout_roundcube()
# check that the last login timestamp is greater than 1 January 2014
value = kolabWAPhelper.getLDAPValue("uid="+username+",ou=People,dc=" + ",dc=".join(domainname.split(".")), 'tbitsKolabLastLogin')
self.assertTrue(int(value) > 1388534400, "login date should be after 1 January 2014")
# last login time will only be updated after an hour, so we cannot test that here. see pykolab/auth/ldap/auth_cache.py purge_entries
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailSharedFolders(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_shared_folder(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_shared_folder")
# login Directory Manager, create 2 users
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username1, emailLogin1, password1 = kolabWAPhelper.create_user()
#username2, emailLogin2, password2 = kolabWAPhelper.create_user()
# create shared folder
# could use delegates=[emailLogin1, emailLogin2], but this is not tested at the moment
emailSharedFolder, foldername = kolabWAPhelper.create_shared_folder()
kolabWAPhelper.logout_kolab_wap()
# need to give everyone permission to send to this folder
# need to wait some seconds, otherwise the permissions will be reset to lrs, probably by kolabd???
kolabWAPhelper.wait_loading(20.0)
subprocess.call(['/bin/bash', '-c', "kolab sam shared/" + emailSharedFolder + " anyone full"])
kolabWAPhelper.wait_loading(20.0)
subprocess.call(['/bin/bash', '-c', "kolab lam shared/" + emailSharedFolder])
# login user to roundcube to send and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin1, password1)
# TODO: why can I see and subscribe to all folders in the domain?
# can we set permissions who can read the folder? Recipient Access list?
# solution: http://lists.kolab.org/pipermail/users/2013-December/016161.html
# quote: Shared folders are created with the ACL "anyone lrs" (anyone read) per default.
# After creating them you'll likely adjust the ACLs based on your needs.
print "sending email to " + emailSharedFolder
emailSubjectLine = kolabWAPhelper.send_email(emailSharedFolder)
kolabWAPhelper.wait_loading(3.0)
kolabWAPhelper.check_email_received(emailSubjectLineDoesNotContain="Undelivered Mail Returned to Sender")
# no need to subscribe the folder, because we are using the direct url to load the folder in Roundcube
kolabWAPhelper.check_email_received(
folder="Shared+Folders%2Fshared%2F"+foldername,
emailSubjectLine=emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabUserMailhostLocalhost(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def modify_mailhost_default(self):
driver = self.driver
driver.get(driver.current_url)
elem = driver.find_element_by_link_text("Settings")
elem.click()
self.kolabWAPhelper.wait_loading()
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys("Kolab User")
elem.send_keys(Keys.ENTER)
self.kolabWAPhelper.wait_loading(initialwait = 2)
elem = self.driver.find_element_by_xpath("//table[@id='settingstypelist']/tbody/tr/td")
self.assertEquals("Kolab User", elem.text, "Expected to select Kolab User but was " + elem.text)
elem.click()
self.kolabWAPhelper.wait_loading(initialwait = 1)
elem = driver.find_element_by_link_text("Attributes")
elem.click()
elem = driver.find_element_by_xpath("//tr[@id='attr_table_row_mailhost']/td[@class='actions']/a[@href='#edit']").click()
self.kolabWAPhelper.wait_loading(0.5)
driver.find_element_by_xpath("//tr[@id='attr_form_row_value']/td[@class='value']/select/option[@value='normal']").click()
elem = driver.find_element_by_xpath("//tr[@id='attr_form_row_default']/td[@class='value']/input")
elem.send_keys("localhost")
driver.find_element_by_xpath("//input[@value='Save']").click()
elem = driver.find_element_by_xpath("//input[@value=\"Submit\"]").click()
self.kolabWAPhelper.wait_loading()
elem = driver.find_element_by_xpath("//div[@id=\"message\"]")
self.assertEquals("Object type updated successfully.", elem.text, "object type was not updated successfully, message: " + elem.text)
def test_modify_mailhost_default(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_modify_mailhost_default")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
self.modify_mailhost_default()
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailCatchAllAcrossDomains(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_catch_all_across_domains(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_catch_all_across_domains")
# login Directory Manager, create a domain and a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
# important: alias domain must be set in the domain names, otherwise: email address not in local domain
domainname = kolabWAPhelper.create_domain(withAliasDomain=True)
aliasdomainname = string.replace(domainname, "domain", "alias")
username = "******" + datetime.datetime.now().strftime("%Y%m%d%H%M%S")
# what happens if we have not added the alias domain yet to postfix config?
kolabWAPhelper.create_user(
username=username,
alias="catchall@" + aliasdomainname,
expected_message_contains="Alias 'catchall@" + aliasdomainname +"' must be configured manually")
# add alias domain, and call postmap
postfixfile="/etc/postfix/virtual_alias_maps_manual.cf"
subprocess.call(['/bin/bash', '-c', 'echo "@' + aliasdomainname + ' ' + username + '.' + username +'@' + domainname + '" >> ' + postfixfile])
subprocess.call(['postmap', postfixfile])
subprocess.call(['service', 'postfix', 'restart'])
# now add user for real
username, emailLogin, password = kolabWAPhelper.create_user(username=username, alias="catchall@" + aliasdomainname)
kolabWAPhelper.logout_kolab_wap()
# send email to catch all alias address from command line
print "sending email..."
subprocess.call(['/bin/bash', '-c', 'echo "test" | mail -s "subject ' + aliasdomainname + '" test@' + aliasdomainname])
kolabWAPhelper.wait_loading(10.0)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(emailSubjectLine="subject " + aliasdomainname)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_max_accounts(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_max_accounts")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password, domainname = kolabWAPhelper.create_domainadmin(
max_accounts = 3)
# create another domain, with domain admin
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
kolabWAPhelper.create_user()
kolabWAPhelper.create_user()
kolabWAPhelper.select_domain(domainname2)
username2, emailLogin2, password2, uid2 = kolabWAPhelper.create_user()
# should fail, only 3 accounts allowed, excluding the domain admin
kolabWAPhelper.create_user(expected_message_contains = "Cannot create another account")
# create another domain admin, for the same domains, but with higher max_accounts
username2, emailLogin2, password2, uid2 = kolabWAPhelper.create_domainadmin(
max_accounts = 7)
kolabWAPhelper.link_admin_to_domain(username2, domainname)
# should still fail, because only one admin can have a max account number
kolabWAPhelper.select_domain(domainname)
kolabWAPhelper.create_user(expected_message_contains =
"only one domainadmin can have a maximum account number specified")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_max_accounts(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_max_accounts")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix="admin", max_accounts=3)
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
kolabWAPhelper.create_user()
kolabWAPhelper.create_user()
kolabWAPhelper.select_domain(domainname2)
kolabWAPhelper.create_user()
# should fail, only 3 accounts allowed
kolabWAPhelper.create_user(
expected_message_contains="Cannot create another account")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_max_accounts(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_max_accounts")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin",
max_accounts = 3)
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
kolabWAPhelper.create_user()
kolabWAPhelper.create_user()
kolabWAPhelper.select_domain(domainname2)
kolabWAPhelper.create_user()
# should fail, only 3 accounts allowed
kolabWAPhelper.create_user(expected_message_contains = "Cannot create another account")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_max_accounts(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_max_accounts")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password, domainname = kolabWAPhelper.create_domainadmin(
max_accounts = 4)
# create another domain, with domain admin
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
kolabWAPhelper.create_user()
kolabWAPhelper.create_user()
kolabWAPhelper.select_domain(domainname2)
username2, emailLogin2, password2 = kolabWAPhelper.create_user()
# should fail, only 4 accounts allowed, including the domain admin
kolabWAPhelper.create_user(expected_message_contains = "Cannot create another account")
kolabWAPhelper.upgrade_user_to_domainadmin(username2, domainname, max_accounts = 7)
# should still fail, because the minimum is used
kolabWAPhelper.create_user(expected_message_contains = "Cannot create another account")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailCatchAll(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_catch_all(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_catch_all")
# login Directory Manager, create a domain and a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
# add the user
username, emailLogin, password = kolabWAPhelper.create_user(alias="@" +
domainname)
kolabWAPhelper.logout_kolab_wap()
# send email to catch all alias address from command line
print "sending email..."
subject = 'subject ' + domainname
subprocess.call([
'/bin/bash', '-c', 'echo "test" | mail -s "' + subject +
'" alias' + domainname + '@' + domainname
])
kolabWAPhelper.wait_loading(2.0)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(subject)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_domain_admin_default_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_domain_admin")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix="admin", default_quota="100mb", overall_quota="300mb")
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user accounts
# test if default quota is set properly for a new user
kolabWAPhelper.create_user(default_quota_verify="100mb")
kolabWAPhelper.create_user(mail_quota="150mb")
kolabWAPhelper.create_user(
default_quota_verify="100mb",
expected_message_contains=
"mailquota of the domain admin has been exceeded")
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabWAPCreateUserAndEditSelf(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# edit yourself; testing bug https://issues.kolab.org/show_bug.cgi?id=2414
def helper_user_edits_himself(self):
driver = self.driver
elem = driver.find_element_by_xpath("//div[@class=\"settings\"]")
elem.click()
self.kolabWAPhelper.wait_loading(1.0)
elem = driver.find_element_by_name("initials")
elem.send_keys("T")
elem = driver.find_element_by_xpath("//input[@value=\"Submit\"]")
elem.click()
self.kolabWAPhelper.wait_loading()
elem = driver.find_element_by_xpath("//div[@id=\"message\"]")
self.assertEquals("User updated successfully.", elem.text, "User was not saved successfully, message: " + elem.text)
self.kolabWAPhelper.log("User has updated his own data successfully")
def test_edit_user_himself(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_edit_user_himself")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def test_edit_user_himself_multi_domain_with_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_edit_user_himself_multi_domain_with_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password = kolabWAPhelper.create_user(mail_quota="20kb")
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def test_edit_user_himself_multi_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_edit_user_himself_multi_domain")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPCreateUserAndEditSelf(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# edit yourself; testing bug https://issues.kolab.org/show_bug.cgi?id=2414
def helper_user_edits_himself(self):
driver = self.driver
elem = driver.find_element_by_xpath("//div[@class=\"settings\"]")
elem.click()
self.kolabWAPhelper.wait_loading(1.0)
elem = driver.find_element_by_name("initials")
elem.send_keys("T")
elem = driver.find_element_by_xpath("//input[@value=\"Submit\"]")
elem.click()
self.kolabWAPhelper.wait_loading()
elem = driver.find_element_by_xpath("//div[@id=\"message\"]")
self.assertEquals(
"User updated successfully.", elem.text,
"User was not saved successfully, message: " + elem.text)
self.kolabWAPhelper.log("User has updated his own data successfully")
def test_edit_user_himself(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_edit_user_himself")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username, emailLogin, password, uid = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def test_edit_user_himself_multi_domain_with_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log(
"Running test: test_edit_user_himself_multi_domain_with_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password, uid = kolabWAPhelper.create_user(
mail_quota="20kb")
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def test_edit_user_himself_multi_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_edit_user_himself_multi_domain")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
domainname = kolabWAPhelper.create_domain()
username, emailLogin, password, uid = kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
# login the new user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
self.helper_user_edits_himself()
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# test if correct user type is used in a normal domain
def test_default_user_type_in_normal_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_default_user_type_in_normal_domain")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "user")
# now edit the user
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys(username)
elem.send_keys(Keys.ENTER)
kolabWAPhelper.wait_loading(initialwait = 2)
elem = self.driver.find_element_by_xpath("//table[@id='userlist']/tbody/tr/td")
self.assertEquals(username + ", " + username, elem.text, "Expected to select user " + username + " but was " + elem.text)
elem.click()
kolabWAPhelper.wait_loading(initialwait = 1)
# check if the user type is actually a normal kolab user
elem = self.driver.find_element_by_xpath("//form[@id='user-form']/fieldset/table/tbody/tr/td[@class='value']")
self.assertEquals("Kolab User", elem.text, "user type should be Kolab User, but was " + elem.text)
kolabWAPhelper.logout_kolab_wap()
# test if correct user type is used when not many attributes are set which are specific for domain admins
def test_domain_admin_user_type(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_domain_admin_user_type")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin")
# now edit the user
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys(username)
elem.send_keys(Keys.ENTER)
kolabWAPhelper.wait_loading(initialwait = 2)
elem = self.driver.find_element_by_xpath("//tbody/tr/td[@class=\"name\"]")
self.assertEquals(username + ", " + username, elem.text, "Expected to select user " + username + " but was " + elem.text)
elem.click()
kolabWAPhelper.wait_loading(initialwait = 1)
# check if the user type is actually a domain admin
elem = self.driver.find_element_by_xpath("//form[@id='user-form']/fieldset/table/tbody/tr/td[@class='value']")
self.assertEquals("Domain Administrator", elem.text, "user type should be Domain Administrator, but was " + elem.text)
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabUniqueIDAcrossDomains(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def enable_editable_uid(self):
driver = self.driver
driver.get(driver.current_url)
elem = driver.find_element_by_link_text("Settings")
elem.click()
self.kolabWAPhelper.wait_loading()
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys("Kolab User")
elem.send_keys(Keys.ENTER)
self.kolabWAPhelper.wait_loading(initialwait=2)
elem = self.driver.find_element_by_xpath(
"//table[@id='settingstypelist']/tbody/tr/td")
self.assertEquals("Kolab User", elem.text,
"Expected to select Kolab User but was " + elem.text)
elem.click()
self.kolabWAPhelper.wait_loading(initialwait=1)
elem = driver.find_element_by_link_text("Attributes")
elem.click()
elem = driver.find_element_by_xpath(
"//tr[@id='attr_table_row_uid']/td[@class='actions']/a[@href='#edit']"
).click()
self.kolabWAPhelper.wait_loading(0.5)
driver.find_element_by_xpath(
"//tr[@id='attr_form_row_value']/td[@class='value']/select/option[@value='auto']"
).click()
driver.find_element_by_xpath("//input[@value='Save']").click()
elem = driver.find_element_by_xpath(
"//input[@value=\"Submit\"]").click()
self.kolabWAPhelper.wait_loading()
elem = driver.find_element_by_xpath("//div[@id=\"message\"]")
self.assertEquals(
"Object type updated successfully.", elem.text,
"object type was not updated successfully, message: " + elem.text)
def test_unique_id_across_domains(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_unique_id_across_domains")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
# create a user in the primary domain
username = "******" + datetime.datetime.now().strftime(
"%Y%m%d%H%M%S") + "uid"
self.enable_editable_uid()
username, emailLogin, password, uid = kolabWAPhelper.create_user(
username=username, uid=username)
# create a domain and select it
domainname = kolabWAPhelper.create_domain()
# attempt to create a user with the same username as in the primary domain, should result in a uid with digit 2 attached
username, emailLogin, password, uid = kolabWAPhelper.create_user(
username=username)
self.assertEquals(
username + "2", uid,
"generate_uid should create a unique id across domains for same surname, expected "
+ username + "2, but got: " + uid)
# attempt to create a user with the same uid as in the primary domain
kolabWAPhelper.create_user(
username=username,
uid=username,
expected_message_contains=("Error: The unique identity (UID) " +
username + " is already in use."))
# create a new user
username = "******" + datetime.datetime.now().strftime("%Y%m%d%H%M%S")
username, emailLogin, password, uid = kolabWAPhelper.create_user(
username=username)
kolabWAPhelper.logout_kolab_wap()
# test kolab-saslauthd from the commandline
print("testsaslauthd with " + emailLogin)
p = subprocess.Popen("/usr/sbin/testsaslauthd -u " + emailLogin +
" -p '" + password + "'",
shell=True,
stdout=subprocess.PIPE)
out, err = p.communicate()
self.assertTrue('0: OK "Success."' in out,
"login did not work, it shows " + out)
print("testsaslauthd with " + username)
p = subprocess.Popen("/usr/sbin/testsaslauthd -u " + username +
" -p '" + password + "'",
shell=True,
stdout=subprocess.PIPE)
out, err = p.communicate()
self.assertTrue('0: OK "Success."' in out,
"login did not work, it shows " + out)
print("testsaslauthd with wrong password")
p = subprocess.Popen("/usr/sbin/testsaslauthd -u " + username +
" -p '" + password + "fail'",
shell=True,
stdout=subprocess.PIPE)
out, err = p.communicate()
self.assertTrue(
'0: NO "authentication failed"' in out,
"login should not work with wrong password, but it shows " + out)
# login user to kolab webadmin with wrong password should fail
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", username,
password + "fail",
"Incorrect username or password!")
# login user to kolab webadmin with the email login
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", emailLogin, password)
kolabWAPhelper.logout_kolab_wap()
# login user to kolab webadmin with just the uid
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", username, password)
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# check that domain admin cannot assign too much quota to the user accounts
def test_overall_quota_limit(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_overall_quota_limit")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username, emailLogin, password, uid = kolabWAPhelper.create_user(
prefix="admin", overall_quota="800mb")
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
# test if no account has been created yet, validation will still kick in
kolabWAPhelper.create_user(
mail_quota="2gb",
expected_message_contains=
"mailquota of the domain admin has been exceeded")
kolabWAPhelper.create_user(mail_quota="200mb")
kolabWAPhelper.select_domain(domainname2)
# should fail, exceeding the overall quota of the domain admin
kolabWAPhelper.create_user(
mail_quota="900mb",
expected_message_contains=
"mailquota of the domain admin has been exceeded")
kolabWAPhelper.create_user(mail_quota="600mb")
kolabWAPhelper.logout_kolab_wap()
# test that a domain admin with a mail quota cannot create user mailboxes with no quota specified
def test_unlimited_user_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_unlimited_user_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username, emailLogin, password, uid = kolabWAPhelper.create_user(
prefix="admin", overall_quota="1gb")
# create domain, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account
kolabWAPhelper.create_user(
expected_message_contains="must specify a mailquota for the user")
kolabWAPhelper.logout_kolab_wap()
# test that a domain admin with no mail quota can create user mailboxes with as much quota as he wants
def test_no_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_no_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
username, emailLogin, password, uid = kolabWAPhelper.create_user(
prefix="admin")
# create domain, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account with a quota
kolabWAPhelper.create_user(mail_quota="100mb")
# without any quota for the user
kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabEmailMailForwarding(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_mail_forwarding(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_mail_forwarding")
# login Directory Manager, create a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
# add the user
username, emailLogin, password = kolabWAPhelper.create_user()
# create a forward address
username2, emailForwardAddress, password2 = kolabWAPhelper.create_user(forward_to=emailLogin)
# wait a few seconds for the change to take effect
time.sleep(10)
kolabWAPhelper.logout_kolab_wap()
# send email to the forward address from command line
print "sending email to " + emailForwardAddress
subject = 'for ' + username
subprocess.call(['/bin/bash', '-c', 'echo "test" | mail -s "' + subject + '" ' + emailForwardAddress])
time.sleep(10)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(emailSubjectLine=subject)
kolabWAPhelper.logout_roundcube()
def test_mail_forwarding_external(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_mail_forwarding_external")
# login Directory Manager, create a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
# please modify following line to add a domain that actually can receive emails, ie. has a valid MX record
enabled_maildomain="soliderp.net"
# quit the test if that domain does not exist in the current setup
kolabWAPhelper.select_domain(enabled_maildomain);
# add the user
username, emailLogin, password = kolabWAPhelper.create_user()
# create a forward address
# using an external echo address (see https://de.wikipedia.org/wiki/Echo-Mailer)
username2, emailForwardAddress, password2 = kolabWAPhelper.create_user(forward_to="*****@*****.**")
time.sleep(10)
kolabWAPhelper.logout_kolab_wap()
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
print "sending email to " + emailForwardAddress
emailSubjectLine = kolabWAPhelper.send_email(emailForwardAddress)
kolabWAPhelper.wait_loading(5.0)
kolabWAPhelper.check_email_received(emailSubjectLine="Re: " + emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# check that domain admin cannot assign too much quota to the user accounts
def test_overall_quota_limit(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_overall_quota_limit")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin",
overall_quota = "800mb")
# create domains, with domain admin
domainname = kolabWAPhelper.create_domain(username)
domainname2 = kolabWAPhelper.create_domain(username)
# create user accounts
kolabWAPhelper.select_domain(domainname)
# test if no account has been created yet, validation will still kick in
kolabWAPhelper.create_user(mail_quota = "2gb", expected_message_contains = "mailquota of the domain admin has been exceeded")
kolabWAPhelper.create_user(mail_quota = "200mb")
kolabWAPhelper.select_domain(domainname2)
# should fail, exceeding the overall quota of the domain admin
kolabWAPhelper.create_user(mail_quota = "900mb", expected_message_contains = "mailquota of the domain admin has been exceeded")
kolabWAPhelper.create_user(mail_quota = "600mb")
kolabWAPhelper.logout_kolab_wap()
# test that a domain admin with a mail quota cannot create user mailboxes with no quota specified
def test_unlimited_user_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_unlimited_user_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin",
overall_quota = "1gb")
# create domain, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account
kolabWAPhelper.create_user(expected_message_contains = "must specify a mailquota for the user")
kolabWAPhelper.logout_kolab_wap()
# test that a domain admin with no mail quota can create user mailboxes with as much quota as he wants
def test_no_quota(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_no_quota")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(
prefix = "admin")
# create domain, with domain admin
domainname = kolabWAPhelper.create_domain(username)
# create user account with a quota
kolabWAPhelper.create_user(mail_quota = "100mb")
# without any quota for the user
kolabWAPhelper.create_user()
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()
class KolabEmailMailForwarding(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
def test_mail_forwarding(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_mail_forwarding")
# login Directory Manager, create a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
# add the user
username, emailLogin, password = kolabWAPhelper.create_user()
# create a forward address
username2, emailForwardAddress, password2 = kolabWAPhelper.create_user(
forward_to=emailLogin)
# wait a few seconds for the change to take effect
time.sleep(10)
kolabWAPhelper.logout_kolab_wap()
# send email to the forward address from command line
print "sending email to " + emailForwardAddress
subject = 'for ' + username
subprocess.call([
'/bin/bash', '-c',
'echo "test" | mail -s "' + subject + '" ' + emailForwardAddress
])
time.sleep(10)
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
kolabWAPhelper.check_email_received(emailSubjectLine=subject)
kolabWAPhelper.logout_roundcube()
def test_mail_forwarding_external(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_mail_forwarding_external")
# login Directory Manager, create a user
kolabWAPhelper.login_kolab_wap("/kolab-webadmin",
"cn=Directory Manager", "test")
# please modify following line to add a domain that actually can receive emails, ie. has a valid MX record
enabled_maildomain = "soliderp.net"
# quit the test if that domain does not exist in the current setup
kolabWAPhelper.select_domain(enabled_maildomain)
# add the user
username, emailLogin, password = kolabWAPhelper.create_user()
# create a forward address
# using an external echo address (see https://de.wikipedia.org/wiki/Echo-Mailer)
username2, emailForwardAddress, password2 = kolabWAPhelper.create_user(
forward_to="*****@*****.**")
time.sleep(10)
kolabWAPhelper.logout_kolab_wap()
# login user to roundcube and check for email
kolabWAPhelper.login_roundcube("/roundcubemail", emailLogin, password)
print "sending email to " + emailForwardAddress
emailSubjectLine = kolabWAPhelper.send_email(emailForwardAddress)
kolabWAPhelper.wait_loading(5.0)
kolabWAPhelper.check_email_received(emailSubjectLine="Re: " +
emailSubjectLine)
kolabWAPhelper.logout_roundcube()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.quit()
class KolabWAPDomainAdmin(unittest.TestCase):
def setUp(self):
self.kolabWAPhelper = KolabWAPTestHelpers()
self.driver = self.kolabWAPhelper.init_driver()
# test if correct user type is used in a normal domain
def test_default_user_type_in_normal_domain(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_default_user_type_in_normal_domain")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
username, emailLogin, password = kolabWAPhelper.create_user(prefix="user")
# now edit the user
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys(username)
elem.send_keys(Keys.ENTER)
kolabWAPhelper.wait_loading(initialwait=2)
elem = self.driver.find_element_by_xpath("//table[@id='userlist']/tbody/tr/td")
self.assertEquals(
username + ", " + username, elem.text, "Expected to select user " + username + " but was " + elem.text
)
elem.click()
kolabWAPhelper.wait_loading(initialwait=1)
# check if the user type is actually a normal kolab user
elem = self.driver.find_element_by_xpath("//form[@id='user-form']/fieldset/table/tbody/tr/td[@class='value']")
self.assertEquals("Kolab User", elem.text, "user type should be Kolab User, but was " + elem.text)
kolabWAPhelper.logout_kolab_wap()
# test if correct user type is used when not many attributes are set which are specific for domain admins
def test_domain_admin_user_type(self):
kolabWAPhelper = self.kolabWAPhelper
kolabWAPhelper.log("Running test: test_domain_admin_user_type")
# login Directory Manager
kolabWAPhelper.login_kolab_wap("/kolab-webadmin", "cn=Directory Manager", "test")
kolabWAPhelper.select_domain("administrators.org")
username, emailLogin, password = kolabWAPhelper.create_user(prefix="admin")
# now edit the user
elem = self.driver.find_element_by_id("searchinput")
elem.send_keys(username)
elem.send_keys(Keys.ENTER)
kolabWAPhelper.wait_loading(initialwait=2)
elem = self.driver.find_element_by_xpath('//tbody/tr/td[@class="name"]')
self.assertEquals(
username + ", " + username, elem.text, "Expected to select user " + username + " but was " + elem.text
)
elem.click()
kolabWAPhelper.wait_loading(initialwait=1)
# check if the user type is actually a domain admin
elem = self.driver.find_element_by_xpath("//form[@id='user-form']/fieldset/table/tbody/tr/td[@class='value']")
self.assertEquals(
"Domain Administrator", elem.text, "user type should be Domain Administrator, but was " + elem.text
)
kolabWAPhelper.logout_kolab_wap()
def tearDown(self):
# write current page for debugging purposes
self.kolabWAPhelper.log_current_page()
self.driver.close()