def megaraid(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "megaraid", "(.*)",
['SerialNo', 'SasAddress', 'ControllerTemperature',
'VendorSpecific', 'RocTemperature'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Megaraid Controller")
return groups
def physical_megaraid_disks(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "pdisk", r"disk(\d+)",
['Wwn', 'SasAddress', 'DriveTemperature'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups,
"Physical Disks (Megaraid Controllers)")
return groups
def cpu(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "cpu", "(.*)",
['bogomips', 'loops_per_sec', 'bandwidth',
'cache_size', '/temperature'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Processors")
return groups
def ipmi(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "ipmi",
"(?!(.*Temp$|.*RPM$)).*",
['mac-address', 'ip-address'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "IPMI SDR")
return groups
def compare_type(type_, check_func, title, global_params, bench_values,
unique_id, systems_groups):
systems = utils.find_sub_element(bench_values, unique_id, type_)
groups = check_func(systems, unique_id)
compare_sets.compute_similar_hosts_list(
systems_groups, compare_sets.get_hosts_list_from_result(groups))
compare_sets.print_groups(global_params, groups, title)
def logical_disks(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "disk", r"[a-z]d(\S+)",
['simultaneous', 'standalone', 'id', 'serial_number',
'SMART/'], [],
['when_failed', 'vendor', 'product', 'health'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Logical Disks")
return groups
def compare_type(type_, check_func, title, global_params,
bench_values, unique_id, systems_groups):
systems = utils.find_sub_element(bench_values, unique_id, type_)
groups = check_func(systems, unique_id)
compare_sets.compute_similar_hosts_list(
systems_groups,
compare_sets.get_hosts_list_from_result(groups))
compare_sets.print_groups(global_params, groups, title)
def physical_hpa_disks(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "disk", r"(\d+)I:(\d+):(\d+)",
['current_temperature_(c)',
'maximum_temperature_(c)',
'serial_number'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups,
"Physical Disks (HP Controllers)")
return groups
def ahci(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "ahci", r".*")
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "AHCI Controller")
return groups
def network_interfaces(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "network", "(.*)",
['serial', 'ipv4'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Network Interfaces")
return groups
def memory_banks(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "memory", "bank(.*)", ['serial'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Memory Banks(RAM)")
return groups
def memory_timing(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "memory", "DDR(.*)")
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Memory Timing(RAM)")
return groups
def firmware(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "firmware", "(.*)")
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "Firmware")
return groups
def systems(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "system", "(.*)",
['serial', 'uuid'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "System")
return groups
def hpa(global_params, systems, unique_id):
sets = search_item(systems, unique_id, "hpa", "(.*)",
['cache_serial_number', 'serial_number'])
groups = compare_sets.compare(sets)
compare_sets.print_groups(global_params, groups, "HPA Controller")
return groups
