def _get_hg_state_hdlr(methods, params):
'''Helper Method to get Hybrid Group State'''
obj = cps_object.CPSObject(obj=params['filter'])
resp = params['list']
if obj.get_key() == hg_utils.hg_state_key:
hg_name = nas_if.get_cps_attr(obj, hg_utils.hg_state_attr('id'))
return _service_get_hg_state(hg_name, resp)
nas_if.log_err("Key Error: Hybrid Group State Key issue")
return False
def create_hg_state_cps_obj(hg_obj):
'''Helper Method to generate Hybrid Group State'''
if hg_obj is None:
nas_if.log_err("Hybrid Group is None")
return None
obj = cps_object.CPSObject(
module='base-pg/dell-pg/port-groups-state/hybrid-group-state',
qual='observed',
data={
hg_utils.hg_state_attr('id'):
hg_obj.name,
hg_utils.hg_state_attr('default-profile'):
hg_obj.get_hybrid_group_default_profile_mode(),
hg_utils.base_hg_state_attr('front-panel-port'):
hg_obj.get_fp_ports(),
hg_utils.base_hg_state_attr('hwport-list'):
hg_obj.get_hw_ports()
})
# Add description field for each Hybrid Group.
for profile_mode_idx, profile_mode in enumerate(
hg_obj.get_supported_hybrid_group_profile_modes()):
profile_description = str(profile_mode)
for fpp_idx, fpp_num in enumerate(hg_obj.get_fp_ports()):
port = fp.find_front_panel_port(fpp_num)
hybrid_profile = port.get_hybrid_profile()
port_profile_name = str(
hybrid_profile.get_port_profile(profile_mode))
port_profile = fp.get_port_profile(port_profile_name)
desc = (("; Port %d - %s ") % (fpp_num, port_profile.description))
profile_description += desc
obj.add_embed_attr([
hg_utils.hg_state_attr('supported-profiles'),
str(profile_mode_idx), 'profile-name'
], str(profile_mode), 6)
obj.add_embed_attr([
hg_utils.hg_state_attr('supported-profiles'),
str(profile_mode_idx), 'profile-description'
], str(profile_description), 6)
for fpp_idx, fpp_num in enumerate(hg_obj.get_fp_ports()):
port = fp.find_front_panel_port(fpp_num)
prev_port_profile_name = port.get_profile_type()
hybrid_profile = port.get_hybrid_profile()
for profile_mode_idx, profile_mode in enumerate(
hybrid_profile.profile_modes):
cur_port_profile_name = str(
hybrid_profile.get_port_profile(profile_mode))
port.apply_port_profile(fp.get_port_profile(cur_port_profile_name))
obj.add_embed_attr(
[hg_utils.hg_state_attr('port'),
str(fpp_idx), 'port-id'], str(fpp_num), 6)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'name'
], str(profile_mode), 8)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'default-phy-mode'
], str(port.get_def_phy_mode()), 8)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'default-breakout-mode'
], str(port.get_def_breakout()), 8)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'default-port-speed'
], str(port.get_default_phy_port_speed()), 8)
cap_idx = 0
for mode in port.get_breakout_caps():
for hw_speed in port.get_hwport_speed_caps():
phy_npu_speed = fp.get_phy_npu_port_speed(
mode, (hw_speed * len(hg_obj.get_hw_ports())) /
len(hg_obj.get_fp_ports()))
if False is fp.verify_npu_supported_speed(phy_npu_speed):
continue
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'br-cap',
str(cap_idx), 'phy-mode'
], str(nas_comm.yang.get_value('ether', 'yang-phy-mode')),
10)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'br-cap',
str(cap_idx), 'breakout-mode'
], str(mode), 10)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'br-cap',
str(cap_idx), 'port-speed'
], str(phy_npu_speed), 10)
obj.add_embed_attr([
hg_utils.hg_state_attr('port'),
str(fpp_idx), 'profile',
str(profile_mode_idx), 'br-cap',
str(cap_idx), 'skip-ports'
], str(
nas_comm.yang.get_tbl('breakout-to-skip-port')[mode]),
10)
cap_idx += 1
port.apply_port_profile(fp.get_port_profile(prev_port_profile_name))
return obj