def test_catalog_load_managed_acbs(ansible_zos_module):
hosts = ansible_zos_module
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4533I",
control_statements={'managed_acbs': {
"setup": True
}})
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="",
delete=cp.DELETES,
managed_acbs=True)
def test_catalog_load_simple(ansible_zos_module):
hosts = ansible_zos_module
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
modstat=cp.MODSTAT,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4434I")
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="DFS4518I",
# validation_msg="",
sysut1=cp.SYSUT1,
delete=cp.DELETES)
def test_creation_of_temp_acb_dataset_with_managed_acbs(ansible_zos_module):
hosts = ansible_zos_module
# Delete TEMP_ACB data set before the test
response = hosts.all.zos_data_set(name=cp.TEMP_ACB, state="absent")
for result in response.contacted.values():
assert result['message'] == ''
temp_acb_data_set = {
'dataset_name': cp.TEMP_ACB,
'disposition': 'NEW',
'normal_disposition': 'CATLG',
'primary': 200,
'volumes': ['222222']
}
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
temp_acb_dataset=temp_acb_data_set,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4533I",
control_statements={'managed_acbs': {
'setup': True
}})
estimated_size_in_bytes = 0
response = hosts.all.command("dls -s " + cp.TEMP_ACB)
for result in response.contacted.values():
for line in result.get("stdout_lines", []):
lineList = line.split()
estimated_size_in_bytes = int(lineList[-1])
estimated_size_in_unit = bytes_to_unit(estimated_size_in_bytes, "TRK")
assert estimated_size_in_unit == 200
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="",
delete=cp.DELETES,
managed_acbs=True)
# Delete TEMP_ACB data set after the test
response = hosts.all.zos_data_set(name=cp.TEMP_ACB, state="absent")
for result in response.contacted.values():
assert result['changed'] == True
assert result['message'] == ''
def test_catalog_update_managed_acbs_stage_and_update(ansible_zos_module):
hosts = ansible_zos_module
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.UPDATEMODE,
validation_msg="DFS4536I",
control_statements={
'managed_acbs': {
'stage': {
'save_acb': "UNCOND",
'clean_staging_dataset': True
}
}
})
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.UPDATEMODE,
validation_msg="DFS4534I",
control_statements={
'managed_acbs': {
'update': {
'replace_acb': "UNCOND"
}
}
})
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="",
delete=cp.DELETES,
managed_acbs=True)
def test_catalog_purge_analysis(ansible_zos_module):
hosts = ansible_zos_module
purge_catalog(
hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.ANALYSISMODE,
validation_msg="DFS4430I",
# validation_msg="",
sysut1=cp.SYSUT1,
changed=False)
def test_catalog_update_retention(ansible_zos_module):
hosts = ansible_zos_module
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4434I")
purge_catalog(
hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.ANALYSISMODE,
update_retention_criteria=cp.RETENTION,
validation_msg="UPDATE DBD",
# validation_msg="",
sysut1=cp.SYSUT1,
changed=False)
purge_catalog(
hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="DFS4518I",
# validation_msg="",
sysut1=cp.SYSUT1,
delete=cp.DELETES)
def test_catalog_define_directory(ansible_zos_module):
hosts = ansible_zos_module
# Delete the directory datasets first
response = hosts.all.zos_data_set(batch=cp.DIR_BATCH)
for result in response.contacted.values():
assert result['message'] == ''
if result['changed'] == False:
response = hosts.all.zos_data_set(name=cp.DIR_BATCH,
state="absent",
volume="SCR03")
# Load catalog while defining the directory datasets
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4533I",
directory_datasets=[
{
'dataset_name': cp.DIR1,
'disposition': 'NEW',
'normal_disposition': 'CATLG',
'primary': 200,
'volumes': ['222222']
},
{
'dataset_name': cp.DIR2,
'disposition': 'NEW',
'normal_disposition': 'CATLG',
'primary': 200,
'volumes': ['222222']
},
],
control_statements={'managed_acbs': {
"setup": True
}})
# Verify the directory datasets were created with the specified parameters
estimated_size_in_bytes = 0
response = hosts.all.command("dls -s " + cp.DIR1)
for result in response.contacted.values():
for line in result.get("stdout_lines", []):
lineList = line.split()
estimated_size_in_bytes = int(lineList[-1])
estimated_size_in_unit = bytes_to_unit(estimated_size_in_bytes, "TRK")
assert estimated_size_in_unit == 200
response = hosts.all.command("dls -s " + cp.DIR2)
for result in response.contacted.values():
for line in result.get("stdout_lines", []):
lineList = line.split()
estimated_size_in_bytes = int(lineList[-1])
estimated_size_in_unit = bytes_to_unit(estimated_size_in_bytes, "TRK")
assert estimated_size_in_unit == 200
# Purge the catalog
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="",
delete=cp.DELETES,
managed_acbs=True)
# Finally delete the directory datasets again
response = hosts.all.zos_data_set(batch=cp.DIR_BATCH)
for result in response.contacted.values():
assert result['changed'] == True
assert result['message'] == ''
def test_gen_vsam_acb_stage_import(ansible_zos_module):
hosts = ansible_zos_module
# Load the catalog
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.LOADMODE,
validation_msg="DFS4434I",
control_statements={'managed_acbs': {
'setup': True
}})
# Generate vsam DBD
response = hosts.all.ims_dbd_gen(
src=cp.DBDSOURCE,
location="DATA_SET",
replace=True,
member_list=['DGSAM1'],
dbd_name=None,
dest=cp.DBDDEST,
sys_lib=["IMSBLD.I15RTSMM.SDFSMAC", "SYS1.MACLIB"])
for result in response.contacted.values():
assert result['changed'] == True
assert result['rc'] == 0
# Check for success message (if we remove return codes)
assert result['msg'] == 'DBDGEN execution was successful.'
# Generate vsam PSB
response = hosts.all.ims_psb_gen(
src=cp.PSBSOURCE,
location="DATA_SET",
replace=True,
member_list=['PGSAM1'],
psb_name=None,
dest=cp.PSBDEST,
sys_lib=["IMSBLD.I15RTSMM.SDFSMAC", "SYS1.MACLIB"])
for result in response.contacted.values():
assert result['changed'] == True
assert result['rc'] == 0
# Check for success message (if we remove return codes)
assert result['msg'] == 'PSBGEN execution was successful.'
# Add to ACBLIB
validate_acbgen(hosts,
command_input=ac.COMMAND_INPUT_BUILD,
psb_name=cp.PSB_NAME,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBDEST,
steplib=cp.STEPLIB,
reslib=cp.RESLIB)
# Add to the catalog staging directory
load_catalog(
hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.UPDATEMODE,
validation_msg="DFS4536I",
control_statements={'managed_acbs': {
'stage': {
'save_acb': "LATEST"
}
}})
# Update catalog directory datasets
load_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
acb_lib=cp.ACBLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.UPDATEMODE,
validation_msg="DFS4534I",
control_statements={
'managed_acbs': {
'update': {
'replace_acb': "LATEST"
}
}
})
# Purge catalog and directory
purge_catalog(hosts,
psb_lib=cp.PSBLIB,
dbd_lib=cp.DBDLIB,
steplib=cp.STEPLIB,
reslib=cp.RESLIB,
proclib=cp.PROCLIB,
primary_log_dataset=cp.PRIMARYLOG,
buffer_pool_param_dataset=cp.BUFFERPOOL,
mode=cp.PURGEMODE,
validation_msg="",
delete=cp.DELETES,
managed_acbs=True)
