def test_create_datasource_select_driver(provider, datasource):
"""Tests datasource creation and deletion on EAP server
Method is executed for all database types
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Fills all necessary fields and saves
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Choose the tab "Existing Driver".
* Select just created driver
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
xa_class=datasource.driver.xa_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
verify_server_running(provider, server)
verify_driver_listed(provider, datasource, server)
def test_deploy_driver(provider, driver):
"""Tests Deployment of provided JDBC Driver into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Selects JDBC driver file to upload.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Input Major Version.
* Input Minor Version.
* Submits the form.
* Checks that notification message is shown.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=driver.driver_name,
module_name=driver.module_name,
driver_class=driver.driver_class,
xa_class=driver.xa_class,
major_version=driver.major_version,
minor_version=driver.minor_version)
def test_disable_upgrade_enable(provider):
"""Tests upgrading disabled archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Disable that archive.
* Verified the recently disabled archive's status is Disabled.
* Deploys newer version of the same deployment archive into server as Disabled.
* Enables that archive.
* Verified the recently enabled archive's status is Enabled.
* Verify the content of new archive,
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME)
check_deployment_enabled(provider, server, runtime_name)
check_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''),
RESOURCE_WAR_CONTENT)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.disable()
check_deployment_disabled(provider, server, runtime_name)
deploy(provider, server, RESOURCE_WAR_NAME_NEW,
runtime_name=runtime_name, enabled=False, overwrite=True)
check_deployment_disabled(provider, server, runtime_name)
check_no_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''))
deployment.enable()
check_deployment_enabled(provider, server, runtime_name)
check_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''),
RESOURCE_WAR_CONTENT_NEW)
def test_deploy_driver(provider, driver):
"""Tests Deployment of provided JDBC Driver into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Selects JDBC driver file to upload.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Input Major Version.
* Input Minor Version.
* Submits the form.
* Checks that notification message is shown.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(driver.database_name)
deploy_jdbc_driver(provider,
server,
file_path,
driver_name=driver.driver_name,
module_name=driver.module_name,
driver_class=driver.driver_class,
xa_class=driver.xa_class,
major_version=driver.major_version,
minor_version=driver.minor_version)
def test_disable_upgrade_enable(provider):
"""Tests upgrading disabled archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Disable that archive.
* Verified the recently disabled archive's status is Disabled.
* Deploys newer version of the same deployment archive into server as Disabled.
* Enables that archive.
* Verified the recently enabled archive's status is Enabled.
* Verify the content of new archive,
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME)
check_deployment_enabled(provider, server, runtime_name)
check_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''),
RESOURCE_WAR_CONTENT)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.disable()
check_deployment_disabled(provider, server, runtime_name)
deploy(provider, server, RESOURCE_WAR_NAME_NEW,
runtime_name=runtime_name, enabled=False, overwrite=True)
check_deployment_disabled(provider, server, runtime_name)
check_no_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''))
deployment.enable()
check_deployment_enabled(provider, server, runtime_name)
check_deployment_content(provider, server, runtime_name.replace(WAR_EXT, ''),
RESOURCE_WAR_CONTENT_NEW)
def test_create_delete_datasource(provider, datasource_params):
"""Tests datasource creation and deletion on EAP server
Method is executed for all database types
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed. Selects it.
* Deletes that Datasource via UI operation.
* Checks whether resource is deleted.
"""
server = get_eap_server(provider)
server.add_datasource(datasource_params[0], datasource_params[1], datasource_params[2],
datasource_params[3], datasource_params[4], datasource_params[5],
datasource_params[6].replace("\\", ""),
datasource_params[7],
datasource_params[8])
def test_disable_enable(provider, archive_name):
"""Tests Starting of stopped archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Disable" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently disabled archive's status is Disabled.
* Selects that archive from the list to load details.
* Verifies that properties of deplyment's summary page and the status is Disabled.
* Performs "Enable" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently enabled archive's status is Enabled.
* Selects that archive from the list to load details.
* Verifies that properties of deplyment's summary page and the status is Enabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.disable()
check_deployment_disabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
deployment.enable()
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def gen_undeploy_events(provider):
server = get_eap_server(provider)
runtime_name = gen_deploy_events(provider)
check_deployment_appears(provider, server, runtime_name)
undeploy(provider, server, runtime_name)
check_deployment_not_listed(provider, server, runtime_name)
return runtime_name
def test_container_server_immutability(provider):
"""Tests container based EAP server immutability on UI
Steps:
* Select container based EAP server details in UI
* Compare selected server UI details with CFME database and MGMT system
* Verify that all menu items are disabled and server is immutable
"""
if 'eap7_template' not in conf.cfme_data.get('management_systems',
{})[provider.key]:
pytest.skip("Skipping test, environment is not in OSCP")
server = get_eap_server(provider)
srv_ui = server.server(method='ui')
srv_db = server.server(method='db')
srv_mgmt = srv_ui.server(method='mgmt')
assert srv_ui, "Server was not found in UI"
assert srv_db, "Server was not found in DB"
assert srv_mgmt, "Server was not found in MGMT system"
assert srv_ui.name == srv_db.name == srv_mgmt.name, \
("server name does not match between UI:{}, DB:{}, MGMT:{}"
.format(srv_ui.name, srv_db.name, srv_mgmt.name))
srv_db.validate_properties()
srv_mgmt.validate_properties()
assert conf.cfme_data.get(
'management_systems',
{})[provider.key]['eap7_template'] in srv_ui.hostname
assert srv_ui.is_immutable()
def test_create_datasource_select_driver(provider, datasource):
"""Tests datasource creation and deletion on EAP server
Method is executed for all database types
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Fills all necessary fields and saves
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Choose the tab "Existing Driver".
* Select just created driver
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
xa_class=datasource.driver.xa_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
verify_server_running(provider, server)
verify_driver_listed(provider, datasource, server)
def test_redeploy_disable_enabled(provider):
"""Tests force Redeployment and disabling of already deployed and enabled archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server as Enabled.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Enabled.
* Deploys newer version of the same deployment archive into server as Disabled,
check to overwrite existing deployment.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Disabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME, enabled=True)
check_deployment_enabled(provider, server, runtime_name)
deploy(provider,
server,
RESOURCE_WAR_NAME_NEW,
runtime_name=runtime_name,
enabled=False,
overwrite=True)
check_deployment_disabled(provider, server, runtime_name)
def gen_undeploy_events(provider):
server = get_eap_server(provider)
runtime_name = gen_deploy_events(provider)
check_deployment_appears(provider, server, runtime_name)
undeploy(provider, server, runtime_name)
check_deployment_not_listed(provider, server, runtime_name)
return runtime_name
def test_disable_enable(provider, archive_name):
"""Tests Starting of stopped archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Disable" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently disabled archive's status is Disabled.
* Selects that archive from the list to load details.
* Verifies that properties of deplyment's summary page and the status is Disabled.
* Performs "Enable" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently enabled archive's status is Enabled.
* Selects that archive from the list to load details.
* Verifies that properties of deplyment's summary page and the status is Enabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.disable()
check_deployment_disabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
deployment.enable()
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def gen_deploy_fail_events(provider):
server = get_eap_server(provider)
file_path = get_resource_path(RESOURCE_EAR_NAME)
runtime_name = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name)
runtime_name2 = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name2, overwrite=True)
return runtime_name
def gen_deploy_fail_events(provider):
server = get_eap_server(provider)
file_path = get_resource_path(RESOURCE_EAR_NAME)
runtime_name = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name)
runtime_name2 = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name2, overwrite=True)
return runtime_name
def gen_ds_creation_events(provider, datasource_params):
server = get_eap_server(provider)
ds_name = generate_ds_name(datasource_params[1])
jndi_name = generate_ds_name(datasource_params[2])
server.add_datasource(datasource_params[0], ds_name, jndi_name,
datasource_params[3], datasource_params[4], datasource_params[5],
datasource_params[6], datasource_params[7], datasource_params[8])
return ds_name
def gen_ds_creation_events(provider, datasource_params):
server = get_eap_server(provider)
ds_name = generate_ds_name(datasource_params[1])
jndi_name = generate_ds_name(datasource_params[2])
server.add_datasource(datasource_params[0], ds_name, jndi_name,
datasource_params[3], datasource_params[4],
datasource_params[5], datasource_params[6],
datasource_params[7], datasource_params[8])
return ds_name
def gen_deploy_fail_events(provider):
server = get_eap_server(provider)
file_path = get_resource_path(RESOURCE_WAR_NAME)
runtime_name = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name)
check_deployment_appears(provider, server, runtime_name)
with error.expected('Deployment "{}" already exists on this server.'
.format(runtime_name)):
deploy_archive(provider, server, file_path, runtime_name)
check_deployment_appears(provider, server, runtime_name)
return runtime_name
def gen_deploy_fail_events(provider):
server = get_eap_server(provider)
file_path = get_resource_path(RESOURCE_WAR_NAME)
runtime_name = generate_runtime_name(file_path)
deploy_archive(provider, server, file_path, runtime_name)
check_deployment_appears(provider, server, runtime_name)
with error.expected(
'Deployment "{}" already exists on this server.'.format(
runtime_name)):
deploy_archive(provider, server, file_path, runtime_name)
check_deployment_appears(provider, server, runtime_name)
return runtime_name
def test_create_delete_xa_datasource(provider, datasource):
"""Tests XA datasource creation and deletion on EAP server
Method is executed for all database types
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Fills all necessary fields and saves
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Selects XA Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed. Selects it.
* Deletes that Datasource via UI operation.
* Checks whether resource is deleted.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider,
server,
file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
server.add_datasource(ds_type='{} XA'.format(datasource.database_type),
ds_name='{}XA'.format(datasource.datasource_name),
jndi_name='{}XA'.format(datasource.jndi_name),
xa_ds=True,
driver_name=datasource.driver.driver_name,
driver_module_name=datasource.driver.module_name,
driver_class=datasource.driver.xa_class,
ds_url=datasource.connection_url.replace("\\", ""),
username=datasource.username,
password=datasource.password)
datasource_name = "XA Datasource [{}XA]".format(datasource.datasource_name)
verify_datasource_listed(provider, datasource_name, server)
delete_datasource(provider, server, datasource_name)
verify_datasource_not_listed(provider, datasource_name)
def test_create_delete_datasource(provider):
"""Tests datasource creation and deletion on EAP server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Fills all necessary fields and saves
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed. Selects it.
* Deletes that Datasource via UI operation.
* Checks whether resource is deleted.
"""
server = get_eap_server(provider)
datasource = ORACLE_12C_DS
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
xa_class=datasource.driver.xa_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
server.add_datasource(ds_type=datasource.database_type,
ds_name=datasource.datasource_name,
jndi_name=datasource.jndi_name,
driver_name=datasource.driver.driver_name,
driver_module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
ds_url=datasource.connection_url.replace("\\", ""),
username=datasource.username,
password=datasource.password)
datasource_name = "Datasource [{}]".format(datasource.datasource_name)
verify_datasource_listed(provider, datasource_name, server)
""" @TODO enable when BZ#1460296 is fixed
def test_server_jdr(provider):
"""Tests EAP7 Standalone server's Generate JDR button.
Steps:
* Chooses EAP7 Standalone server.
* Clicks on Generate JDR button.
* Verifies that JDR report is queued.
* Waits until JDR Report is generated.
"""
server = get_eap_server(provider)
verify_server_running(provider, server)
before_test_date = datetime.utcnow()
server.generate_jdr()
jdr_rc = JDRReportCollection(parent=server)
verify_report_ready(jdr_rc, date_after=before_test_date)
def test_create_xa_datasource(provider, datasource):
"""Tests XA datasource creation and deletion on EAP server
Method is executed for all database types
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add JDBC Driver' toolbar operation
* Fills all necessary fields and saves
* Invokes 'Add Datasource' toolbar operation
* Selects Datasource type.
* Selects XA Datasource type.
* Click Next.
* Input Datasource Name.
* Input Datasource JNDI Name.
* Click Next.
* Input Driver Name.
* Input Module Name.
* Input Driver Name.
* Input Driver Class.
* Click Next.
* Input Database Connection URL.
* Input Database username.
* Input Database password.
* Submits the form.
* Checks if newly created datasource is listed.
"""
server = get_eap_server(provider)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
xa_class=datasource.driver.xa_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
server.add_datasource(ds_type='{} XA'.format(datasource.database_type),
ds_name='{}XA'.format(datasource.datasource_name),
jndi_name='{}XA'.format(datasource.jndi_name),
xa_ds=True,
driver_name=datasource.driver.driver_name,
driver_module_name=datasource.driver.module_name,
driver_class=datasource.driver.xa_class,
ds_url=datasource.connection_url.replace("\\", ""),
username=datasource.username,
password=datasource.password)
datasource_name = "XA Datasource [{}XA]".format(datasource.datasource_name)
verify_datasource_listed(provider, datasource_name, server)
def test_redeploy_fail(provider):
"""Tests Redeployment of already deployed archive into EAP7 server
@TODO enable when "alert-warning" notifications are handled.
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Enabled.
* Deploys newer version of the same deployment archive into server.
* Verify that exception is shown that archive already exists.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME)
check_deployment_enabled(provider, server, runtime_name)
with error.expected('Deployment "{}" already exists on this server.'.format(runtime_name)):
deploy(provider, server, RESOURCE_WAR_NAME_NEW, runtime_name=runtime_name)
def test_redeploy_fail(provider):
"""Tests Redeployment of already deployed archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Enabled.
* Deploys newer version of the same deployment archive into server.
* Verify that exception is shown that archive already exists.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME)
check_deployment_enabled(provider, server, runtime_name)
with error.expected('Deployment "{}" already exists on this server.'.format(runtime_name)):
deploy(provider, server, RESOURCE_WAR_NAME_NEW, runtime_name=runtime_name)
def test_undeploy(provider, archive_name):
"""Tests Undeployment of archive from EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Undeploy" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently undeployed archive is not listed anymore.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.undeploy()
check_deployment_not_listed(provider, server, runtime_name)
def test_undeploy(provider, archive_name):
"""Tests Undeployment of archive from EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Undeploy" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently undeployed archive is not listed anymore.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.undeploy()
check_deployment_not_listed(provider, server, runtime_name)
def test_deploy(provider, archive_name):
"""Tests Deployment of provided archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add Deployment' toolbar operation
* Selects "war" file to upload.
* Chose random Runtime Name.
* Checks that notification message is shown.
* Refreshes the provider.
* Verifies that deployment is shown in list and is Enabled.
* Selects deployment to show the details.
* Verified details properties.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def test_deploy(provider, archive_name):
"""Tests Deployment of provided archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Invokes 'Add Deployment' toolbar operation
* Selects "war" file to upload.
* Chose random Runtime Name.
* Checks that notification message is shown.
* Refreshes the provider.
* Verifies that deployment is shown in list and is Enabled.
* Selects deployment to show the details.
* Verified details properties.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def test_redeploy_disable_enabled(provider):
"""Tests force Redeployment and disabling of already deployed and enabled archive into EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server as Enabled.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Enabled.
* Deploys newer version of the same deployment archive into server as Disabled,
check to overwrite existing deployment.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently deployed archive's status is Disabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, RESOURCE_WAR_NAME, enabled=True)
check_deployment_enabled(provider, server, runtime_name)
deploy(provider, server, RESOURCE_WAR_NAME_NEW, runtime_name=runtime_name, enabled=False, overwrite=True)
check_deployment_disabled(provider, server, runtime_name)
def test_restart(provider, archive_name):
"""Tests Restart of archive from EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Restart" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently restarted archive is listed and is Enabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.restart()
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def test_restart(provider, archive_name):
"""Tests Restart of archive from EAP7 server
Steps:
* Get servers list from UI
* Chooses JBoss EAP server from list
* Deploys some deployment archive into server.
* Select that deployment from deployments list.
* Performs "Restart" toolbar operation on it.
* Refreshes the provider.
* Lists all deployments on EAP server.
* Verified the recently restarted archive is listed and is Enabled.
"""
server = get_eap_server(provider)
runtime_name = deploy(provider, server, archive_name)
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.restart()
check_deployment_enabled(provider, server, runtime_name)
deployment = get_deployment_from_list(provider, server, runtime_name)
deployment.validate_properties()
def gen_ds_creation_events(provider, datasource):
server = get_eap_server(provider)
ds_name = generate_ds_name(datasource.datasource_name)
jndi_name = generate_ds_name(datasource.jndi_name)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
server.add_datasource(ds_type=datasource.database_type,
ds_name=ds_name,
jndi_name=jndi_name,
driver_name=datasource.driver.driver_name,
driver_module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
ds_url=datasource.connection_url.replace("\\", ""),
username=datasource.username,
password=datasource.password)
ds_name = "Datasource [{}]".format(ds_name)
return ds_name
def gen_ds_creation_events(provider, datasource):
server = get_eap_server(provider)
ds_name = generate_ds_name(datasource.datasource_name)
jndi_name = generate_ds_name(datasource.jndi_name)
file_path = download_jdbc_driver(datasource.driver.database_name)
deploy_jdbc_driver(provider, server, file_path,
driver_name=datasource.driver.driver_name,
module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
major_version=datasource.driver.major_version,
minor_version=datasource.driver.minor_version)
server.add_datasource(ds_type=datasource.database_type,
ds_name=ds_name,
jndi_name=jndi_name,
driver_name=datasource.driver.driver_name,
driver_module_name=datasource.driver.module_name,
driver_class=datasource.driver.driver_class,
ds_url=datasource.connection_url.replace("\\", ""),
username=datasource.username,
password=datasource.password)
ds_name = "Datasource [{}]".format(ds_name)
return ds_name
def server(provider):
server = get_eap_server(provider)
yield server
def server(provider):
server = get_eap_server(provider)
yield server
server.restart_server()
def server(provider):
server = get_eap_server(provider)
yield server
server.restart_server()
def server(provider):
server = get_eap_server(provider)
yield server
