def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/spb to represent side plane board
r_spb = tree("spb", data = get_node_spb())
r_api.addChild(r_spb)
# Add servers /api/server[1-max]
num = pal_get_num_slots()
for i in range(1, num+1):
r_server = populate_server_node(i)
if r_server:
r_api.addChild(r_server)
# TODO: Need to add /api/nic to represent NIC Mezz Card
# Add /api/spb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("spb"))
r_spb.addChild(r_temp)
# /api/spb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_spb.addChild(r_temp)
# /api/spb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("spb"))
r_spb.addChild(r_temp)
return r_api
def setup_board_routes(app: Application, write_enabled: bool):
# Create /api end point as root node
r_api = tree("api", data=get_node_api())
# Add /api/sled to represent entire SLED
r_sled = tree("sled", data=get_node_sled())
r_api.addChild(r_sled)
# Add mb /api/sled/mb
r_mb = tree("mb", data=get_node_server_2s(1, "mb"))
r_sled.addChild(r_mb)
# Add /api/sled/mb/fruid end point
r_temp = tree("fruid", data=get_node_fruid("mb"))
r_mb.addChild(r_temp)
# /api/sled/mb/bmc end point
r_temp = tree("bmc", data=get_node_bmc())
r_mb.addChild(r_temp)
# /api/sled/mb/sensors end point
r_temp = tree("sensors", data=get_node_sensors("mb"))
r_mb.addChild(r_temp)
# /api/sled/mb/logs end point
r_temp = tree("logs", data=get_node_logs("mb"))
r_mb.addChild(r_temp)
r_api.setup(app, write_enabled)
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/fcb to represent fan control board
r_fcb = tree("fcb", data = get_node_fcb())
r_api.addChild(r_fcb)
# Add /api/pdpb to represent fan control board
r_pdpb = tree("pdpb", data = get_node_pdpb())
r_api.addChild(r_pdpb)
# Add /api/peb to represent fan control board
r_peb = tree("peb", data = get_node_peb())
r_api.addChild(r_peb)
#Add /api/fcb/fans end point
r_temp = tree("fans", data = get_node_fans())
r_fcb.addChild(r_temp)
#Add /api/fcb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("fcb"))
r_fcb.addChild(r_temp)
#Add /api/fcb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("fcb"))
r_fcb.addChild(r_temp)
#Add /api/fcb/logs end point
r_temp = tree("logs", data = get_node_logs("fcb"))
r_fcb.addChild(r_temp)
#Add /api/pdpb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/pdpb/flash end point
r_temp = tree("flash", data = get_node_flash())
r_pdpb.addChild(r_temp)
#Add /api/pdpb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/pdpb/logs end point
r_temp = tree("logs", data = get_node_logs("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/peb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("peb"))
r_peb.addChild(r_temp)
#Add /api/peb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("peb"))
r_peb.addChild(r_temp)
#Add /api/peb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_peb.addChild(r_temp)
#Add /api/peb/health end point
r_temp = tree("health", data = get_node_health())
r_peb.addChild(r_temp)
#Add /api/peb/logs end point
r_temp = tree("logs", data = get_node_logs("peb"))
r_peb.addChild(r_temp)
return r_api
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/sled to represent entire SLED
r_sled = tree("sled", data = get_node_sled())
r_api.addChild(r_sled)
# Add mb /api/sled/mb
r_mb = tree("mb", data = get_node_server_2s())
r_sled.addChild(r_mb)
# Add /api/sled/mb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("mb"))
r_mb.addChild(r_temp)
# /api/sled/mb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_mb.addChild(r_temp)
r_temp = tree("vboot", data = get_node_vboot())
r_mb.addChild(r_temp)
# /api/sled/mb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("mb"))
r_mb.addChild(r_temp)
# /api/sled/mb/logs end point
r_temp = tree("logs", data = get_node_logs("mb"))
r_mb.addChild(r_temp)
# Add /api/sled/mezz to represent Network Mezzaine card
r_mezz = tree("mezz", data = get_node_mezz())
r_sled.addChild(r_mezz)
# Add /api/mezz/fruid end point
r_temp = tree("fruid", data = get_node_fruid("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/sensors end point
r_temp = tree("sensors", data = get_node_sensors("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/logs end point
r_temp = tree("logs", data = get_node_logs("nic"))
r_mezz.addChild(r_temp)
return r_api
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/spb to represent side plane board
r_spb = tree("spb", data = get_node_spb())
r_api.addChild(r_spb)
# Add /api/mezz to represent Network Mezzaine card
r_mezz = tree("mezz", data = get_node_mezz())
r_api.addChild(r_mezz)
# Add servers /api/server[1-max]
num = pal_get_num_slots()
for i in range(1, num+1):
r_server = populate_server_node(i)
if r_server:
r_api.addChild(r_server)
# Add /api/spb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("spb"))
r_spb.addChild(r_temp)
# /api/spb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_spb.addChild(r_temp)
# /api/spb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("spb"))
r_spb.addChild(r_temp)
# /api/spb/logs end point
r_temp = tree("logs", data = get_node_logs("spb"))
r_spb.addChild(r_temp)
# Add /api/mezz/fruid end point
r_temp = tree("fruid", data = get_node_fruid("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/sensors end point
r_temp = tree("sensors", data = get_node_sensors("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/logs end point
r_temp = tree("logs", data = get_node_logs("nic"))
r_mezz.addChild(r_temp)
return r_api
def setup_board_routes(app: Application, write_enabled: bool):
# Create /api end point as root node
r_api = tree("api", data=get_node_api())
# Add /api/spb to represent side plane board
r_spb = tree("spb", data=get_node_spb())
r_api.addChild(r_spb)
# Add /api/mezz to represent Network Mezzaine card
r_mezz = tree("mezz", data=get_node_mezz())
r_api.addChild(r_mezz)
# Add servers /api/server[1-max]
num = pal_get_num_slots()
for i in range(1, num + 1):
r_server = populate_server_node(i)
if r_server:
r_api.addChild(r_server)
# Add /api/spb/fruid end point
r_temp = tree("fruid", data=get_node_fruid("spb"))
r_spb.addChild(r_temp)
# /api/spb/bmc end point
r_temp = tree("bmc", data=get_node_bmc())
r_spb.addChild(r_temp)
# /api/spb/sensors end point
r_temp = tree("sensors", data=get_node_sensors("spb"))
r_spb.addChild(r_temp)
# /api/spb/logs end point
r_temp = tree("logs", data=get_node_logs("spb"))
r_spb.addChild(r_temp)
# Add /api/mezz/fruid end point
r_temp = tree("fruid", data=get_node_fruid("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/sensors end point
r_temp = tree("sensors", data=get_node_sensors("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/logs end point
r_temp = tree("logs", data=get_node_logs("nic"))
r_mezz.addChild(r_temp)
r_api.setup(app, write_enabled)
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/spb to represent side plane board
r_spb = tree("spb", data = get_node_spb())
r_api.addChild(r_spb)
# Add /api/mezz to represent Network Mezzaine card
r_mezz = tree("mezz", data = get_node_mezz())
r_api.addChild(r_mezz)
# Add servers /api/server[1-max]
num = pal_get_num_slots()
for i in range(1, num+1):
r_server = populate_server_node(i)
if r_server:
r_api.addChild(r_server)
# Add /api/spb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("spb"))
r_spb.addChild(r_temp)
# /api/spb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_spb.addChild(r_temp)
# /api/spb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("spb"))
r_spb.addChild(r_temp)
#Add /api/spb/fans end point
r_temp = tree("fans", data = get_node_fans())
r_spb.addChild(r_temp)
# /api/spb/logs end point
r_temp = tree("logs", data = get_node_logs("spb"))
r_spb.addChild(r_temp)
# Add /api/mezz/fruid end point
r_temp = tree("fruid", data = get_node_fruid("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/sensors end point
r_temp = tree("sensors", data = get_node_sensors("nic"))
r_mezz.addChild(r_temp)
# /api/mezz/logs end point
r_temp = tree("logs", data = get_node_logs("nic"))
r_mezz.addChild(r_temp)
return r_api
def init_common_tree():
# Create /api end point as root node
r_api = tree("api", data=get_node_api())
# /api/bmc end point
r_temp = tree("bmc", data=get_node_bmc())
r_api.addChild(r_temp)
# /api/sensors end point
r_temp = tree("sensors", data=get_node_sensors("all"))
r_api.addChild(r_temp)
# /api/logs end point
r_temp = tree("logs", data=get_node_logs("all"))
r_api.addChild(r_temp)
# /api/fans end point
r_temp = tree("fans", data=get_node_fans())
r_api.addChild(r_temp)
return r_api
def setup_common_routes(app: Application, write_enabled: bool):
# Create /api end point as root node
r_api = tree("api", data=get_node_api())
# /api/bmc end point
r_temp = tree("bmc", data=get_node_bmc())
r_api.addChild(r_temp)
# /api/sensors end point
r_temp = tree("sensors", data=get_node_sensors("all"))
r_api.addChild(r_temp)
# /api/logs end point
r_temp = tree("logs", data=get_node_logs("all"))
r_api.addChild(r_temp)
# /api/fans end point
r_temp = tree("fans", data=get_node_fans())
r_api.addChild(r_temp)
r_api.setup(app, write_enabled)
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data=get_node_api())
# Add /api/mezz to represent Mezzanine Card
r_mezz = tree("nic", data=get_node_mezz())
r_api.addChild(r_mezz)
# Add /api/iom to represent IO Module
r_iom = tree("iom", data=get_node_iom())
r_api.addChild(r_iom)
# Add /api/dpb to represent Drive Plan Board
r_dpb = tree("dpb", data=get_node_dpb())
r_api.addChild(r_dpb)
# Add /api/scc to represent Storage Controller Card
r_scc = tree("scc", data=get_node_scc())
r_api.addChild(r_scc)
# Add servers /api/slot[1-max]
num = pal_get_num_slots()
for i in range(1, num + 1):
r_server = populate_server_node(i)
if r_server:
r_api.addChild(r_server)
# Add /api/mezz/sensors end point
r_temp = tree("sensors", data=get_node_sensors("nic"))
r_mezz.addChild(r_temp)
# Add /api/mezz/logs end point
r_temp = tree("logs", data=get_node_logs("nic"))
r_mezz.addChild(r_temp)
# Add /api/iom/fruid end point
r_temp = tree("fruid", data=get_node_fruid("iom"))
r_iom.addChild(r_temp)
# Add /api/iom/sensors end point
r_temp = tree("sensors", data=get_node_sensors("iom"))
r_iom.addChild(r_temp)
# Add /api/iom/logs end point
r_temp = tree("logs", data=get_node_logs("iom"))
r_iom.addChild(r_temp)
# Add /api/iom/bmc end point
r_temp = tree("bmc", data=get_node_bmc())
r_iom.addChild(r_temp)
# Add /api/iom/health end point
r_temp = tree("health", data=get_node_health())
r_iom.addChild(r_temp)
# Add /api/iom/identify end point
r_temp = tree("identify", data=get_node_identify("iom"))
r_iom.addChild(r_temp)
# Add /api/dpb/fruid end point
r_temp = tree("fruid", data=get_node_fruid("dpb"))
r_dpb.addChild(r_temp)
# Add /api/dpb/sensors end point
r_temp = tree("sensors", data=get_node_sensors("dpb"))
r_dpb.addChild(r_temp)
# Add /api/dpb/logs end point
r_temp = tree("logs", data=get_node_logs("dpb"))
r_dpb.addChild(r_temp)
# Add /api/dpb/fans end point
r_temp = tree("fans", data=get_node_fans())
r_dpb.addChild(r_temp)
# Add /api/dpb/hdd-status end point
r_tmp = tree("hdd-status", data=get_node_enclosure_hdd_status())
r_dpb.addChild(r_tmp)
# Add /api/dpb/error end point
r_tmp = tree("error", data=get_node_enclosure_error())
r_dpb.addChild(r_tmp)
# Add /api/dpb/flash-health end point
r_tmp = tree("flash-health", data=get_node_enclosure_flash_health())
r_dpb.addChild(r_tmp)
# Add /api/dpb/flash-status end point
r_tmp = tree("flash-status", data=get_node_enclosure_flash_status())
r_dpb.addChild(r_tmp)
# Add /api/scc/fruid end point
r_temp = tree("fruid", data=get_node_fruid("scc"))
r_scc.addChild(r_temp)
# Add /api/scc/sensors end point
r_temp = tree("sensors", data=get_node_sensors("scc"))
r_scc.addChild(r_temp)
# Add /api/scc/logs end point
r_temp = tree("logs", data=get_node_logs("scc"))
r_scc.addChild(r_temp)
return r_api
def init_plat_tree():
# Create /api end point as root node
r_api = tree("api", data = get_node_api())
# Add /api/fcb to represent fan control board
r_fcb = tree("fcb", data = get_node_fcb())
r_api.addChild(r_fcb)
# Add /api/pdpb to represent fan control board
r_pdpb = tree("pdpb", data = get_node_pdpb())
r_api.addChild(r_pdpb)
# Add /api/peb to represent fan control board
r_peb = tree("peb", data = get_node_peb())
r_api.addChild(r_peb)
#Add /api/fcb/fans end point
r_temp = tree("fans", data = get_node_fans())
r_fcb.addChild(r_temp)
#Add /api/fcb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("fcb"))
r_fcb.addChild(r_temp)
#Add /api/fcb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("fcb"))
r_fcb.addChild(r_temp)
#Add /api/fcb/logs end point
r_temp = tree("logs", data = get_node_logs("fcb"))
r_fcb.addChild(r_temp)
#Add /api/pdpb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/pdpb/flash end point
r_temp = tree("flash", data = get_node_flash())
r_pdpb.addChild(r_temp)
#Add /api/pdpb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/pdpb/logs end point
r_temp = tree("logs", data = get_node_logs("pdpb"))
r_pdpb.addChild(r_temp)
#Add /api/peb/fruid end point
r_temp = tree("fruid", data = get_node_fruid("peb"))
r_peb.addChild(r_temp)
#Add /api/peb/sensors end point
r_temp = tree("sensors", data = get_node_sensors("peb"))
r_peb.addChild(r_temp)
#Add /api/peb/bmc end point
r_temp = tree("bmc", data = get_node_bmc())
r_peb.addChild(r_temp)
#Add /api/peb/health end point
r_temp = tree("health", data = get_node_health())
r_peb.addChild(r_temp)
#Add /api/peb/identify end point
r_temp = tree("identify", data = get_node_identify("peb"))
r_peb.addChild(r_temp)
#Add /api/peb/logs end point
r_temp = tree("logs", data = get_node_logs("peb"))
r_peb.addChild(r_temp)
return r_api
