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locals.tf
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locals.tf
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locals {
#____________________________________________________________
#
# local defaults
#____________________________________________________________
cert_mgmt = local.defaults.certificate_management
defaults = yamldecode(file("${path.module}/defaults.yaml")).policies
eng = local.defaults.ethernet_network_group
fcn = local.defaults.fibre_channel_network
fw = local.defaults.firmware
lds = local.defaults.drive_security
model = { for org in local.org_keys : org => lookup(var.model[org], "policies", {}) }
org_keys = sort(keys(var.model))
org_names = merge({ for k, v in var.orgs : v => k }, jsondecode("{\"5ddfd9ff6972652d31ee6582\":\"x_cisco_intersight_internal\"}"))
ps = var.policies_sensitive
vmedia = local.defaults.virtual_media
#____________________________________________________________
#
# Name Prefixes and Suffixes
#____________________________________________________________
npfx = { for org in keys(var.orgs) : org => {
for e in local.policy_names : e => lookup(lookup(lookup(local.model, org, {}), "name_prefix", {}
), e, lookup(lookup(lookup(local.model, org, {}), "name_prefix", local.defaults.name_prefix), "default", ""))
} }
nsfx = { for org in keys(var.orgs) : org => {
for e in local.policy_names : e => lookup(lookup(lookup(local.model, org, {}), "name_suffix", {}
), e, lookup(lookup(lookup(local.model, org, {}), "name_suffix", local.defaults.name_suffix), "default", ""))
} }
policy_names = [
"adapter_configuration", "bios", "boot_order", "certificate_management", "device_connector", "drive_security",
"ethernet_adapter", "ethernet_network", "ethernet_network_control", "ethernet_network_group", "ethernet_qos", "fc_zone",
"fibre_channel_adapter", "fibre_channel_network", "fibre_channel_qos", "firmware", "flow_control", "imc_access",
"ipmi_over_lan", "iscsi_adapter", "iscsi_boot", "iscsi_static_target", "lan_connectivity", "ldap", "link_aggregation",
"link_control", "local_user", "memory", "multicast", "network_connectivity", "ntp", "persistent_memory", "port",
"power", "san_connectivity", "scrub", "sd_card", "serial_over_lan", "smtp", "snmp", "ssh", "storage", "switch_control",
"syslog", "system_qos", "thermal", "vhba_template", "virtual_kvm", "virtual_media", "vlan", "vnic_template", "vsan"
]
pool_names = ["ip", "iqn", "mac", "resource", "uuid", "wwnn", "wwpn"]
pools = {
ip = { moids = lookup(lookup(var.pools, "map", {}), "ip", {}), object = "ippool.Pool" }
iqn = { moids = lookup(lookup(var.pools, "map", {}), "iqn", {}), object = "iqnpool.Pool" }
mac = { moids = lookup(lookup(var.pools, "map", {}), "mac", {}), object = "macpool.Pool" }
wwnn = { moids = lookup(lookup(var.pools, "map", {}), "wwnn", {}), object = "fcpool.Pool" }
wwpn = { moids = lookup(lookup(var.pools, "map", {}), "wwpn", {}), object = "fcpool.Pool" }
}
ppfx = { for org in keys(var.orgs) : org => {
for e in local.pool_names : e => lookup(lookup(lookup(lookup(var.model, org, {}), "pools", {}), "name_prefix", {}
), e, lookup(lookup(lookup(lookup(var.model, org, {}), "pools", {}), "name_prefix", local.defaults.pool_suffix), "default", ""))
} }
psfx = { for org in keys(var.orgs) : org => {
for e in local.pool_names : e => lookup(lookup(lookup(lookup(var.model, org, {}), "pools", {}), "name_suffix", {}
), e, lookup(lookup(lookup(lookup(var.model, org, {}), "pools", {}), "name_suffix", local.defaults.pool_suffix), "default", ""))
} }
#____________________________________________________________
#
# Policy Dictionaries for required Data Lookups
#____________________________________________________________
network_policies = ["ethernet_network_control", "ethernet_network_group", "flow_control", "link_aggregation", "link_control"]
pp = merge({ for i in local.network_policies : i => distinct(compact(concat(
flatten([for v in local.port_channel_appliances : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.port_channel_ethernet_uplinks : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.port_channel_fcoe_uplinks : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.port_role_appliances : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.port_role_ethernet_uplinks : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.port_role_fcoe_uplinks : v["${i}_policy"] if element(split("/", v["${i}_policy"]), 1) != "UNUSED"]),
flatten([for v in local.vnics : v["${i}_policy"] if element(split("/", lookup(v, "${i}_policy", "default/UNUSED")), 1) != "UNUSED"]),
flatten([for v in local.vnic_template : v["${i}_policy"] if element(split("/", lookup(v, "${i}_policy", "default/UNUSED")), 1) != "UNUSED"])
)))
}, {
ethernet_adapter = distinct(compact(concat(
flatten([for v in local.vnics : v.ethernet_adapter_policy if element(split("/", v.ethernet_adapter_policy), 1) != "UNUSED"]),
flatten([for v in local.vnics : [for e in [v.usnic] : e.usnic_adapter_policy if element(split("/", e.usnic_adapter_policy), 1) != "UNUSED"]]),
flatten([for v in local.vnics : [for e in [v.vmq] : e.vmmq_adapter_policy if element(split("/", e.vmmq_adapter_policy), 1) != "UNUSED"]]),
flatten([for v in local.vnic_template : v.ethernet_adapter_policy if element(split("/", v.ethernet_adapter_policy), 1) != "UNUSED"]),
flatten([for v in local.vnic_template : [for e in [v.usnic] : e.usnic_adapter_policy if element(split("/", e.usnic_adapter_policy), 1) != "UNUSED"]]),
flatten([for v in local.vnic_template : [for e in [v.vmq] : e.vmmq_adapter_policy if element(split("/", e.vmmq_adapter_policy), 1) != "UNUSED"]])
)))
ethernet_network = distinct(compact(flatten([for v in local.vnics : v.ethernet_network_policy if element(split("/", v.ethernet_network_policy), 1) != "UNUSED"])))
ethernet_qos = distinct(compact(concat(
flatten([for v in local.vnics : v.ethernet_qos_policy if element(split("/", v.ethernet_qos_policy), 1) != "UNUSED"]),
flatten([for v in local.vnic_template : v.ethernet_qos_policy if element(split("/", v.ethernet_qos_policy), 1) != "UNUSED"])
)))
fc_zone = distinct(compact(concat(
flatten([for v in local.vhbas : [for e in v.fc_zone_policies : e if element(split("/", e), 1) != "UNUSED"]]),
flatten([for v in local.vhba_template : [for e in v.fc_zone_policies : e if element(split("/", e), 1) != "UNUSED"]])
)))
fibre_channel_adapter = distinct(compact(concat(
flatten([for v in local.vhbas : v.fibre_channel_adapter_policy if element(split("/", v.fibre_channel_adapter_policy), 1) != "UNUSED"]),
flatten([for v in local.vhba_template : v.fibre_channel_adapter_policy if element(split("/", v.fibre_channel_adapter_policy), 1) != "UNUSED"])
)))
fibre_channel_network = distinct(compact(concat(
flatten([for v in local.vhbas : [for e in [v.fibre_channel_network_policy] : e if element(split("/", e), 1) != "UNUSED"]]),
flatten([for v in local.vhba_template : v.fibre_channel_network_policy if element(split("/", v.fibre_channel_network_policy), 1) != "UNUSED"])
)))
fibre_channel_qos = distinct(compact(concat(
flatten([for v in local.vhbas : v.fibre_channel_qos_policy if element(split("/", v.fibre_channel_qos_policy), 1) != "UNUSED"]),
flatten([for v in local.vhba_template : v.fibre_channel_qos_policy if element(split("/", v.fibre_channel_qos_policy), 1) != "UNUSED"])
)))
ip = distinct(compact(concat(
flatten([for v in local.imc_access : v.inband_ip_pool if element(split("/", v.inband_ip_pool), 1) != "UNUSED"]),
flatten([for v in local.imc_access : v.out_of_band_ip_pool if element(split("/", v.out_of_band_ip_pool), 1) != "UNUSED"]),
flatten([for v in local.iscsi_boot : v.initiator_ip_pool if element(split("/", v.initiator_ip_pool), 1) != "UNUSED"])
)))
iqn = distinct(compact(flatten([for v in local.lan_connectivity : v.iqn_pool if element(split("/", v.iqn_pool), 1) != "UNUSED"])))
iscsi_adapter = distinct(compact(flatten([for v in local.iscsi_boot : v.iscsi_adapter_policy if element(split("/", v.iscsi_adapter_policy), 1) != "UNUSED"])))
iscsi_boot = distinct(compact(concat(
flatten([for v in local.vnics : v.iscsi_boot_policy if element(split("/", v.iscsi_boot_policy), 1) != "UNUSED"]),
flatten([for v in local.vnic_template : v.iscsi_boot_policy if element(split("/", v.iscsi_boot_policy), 1) != "UNUSED"])
)))
iscsi_static_target = distinct(compact(flatten([[for i in ["primary", "secondary"] : [
for k, v in local.iscsi_boot : v["${i}_target_policy"] if element(split("/", v["${i}_target_policy"]), 1) != "UNUSED"
]]])))
mac = distinct(compact(concat(
flatten([for v in local.vnics : v.mac_address_pool if element(split("/", v.mac_address_pool), 1) != "UNUSED"]),
flatten([for v in local.vnic_template : v.mac_address_pool if element(split("/", v.mac_address_pool), 1) != "UNUSED"])
)))
multicast = distinct(compact(flatten([for v in local.vlans : v.multicast_policy if element(split("/", v.multicast_policy), 1) != "UNUSED"])))
vhba_template = distinct(compact(flatten([for v in local.vhbas_from_template : v.vhba_template if element(split("/", v.vhba_template), 1) != "UNUSED"])))
vnic_template = distinct(compact(flatten([for v in local.vnics_from_template : v.vnic_template if element(split("/", v.vnic_template), 1) != "UNUSED"])))
wwnn = distinct(compact(flatten([for v in local.san_connectivity : v.wwnn_pool if element(split("/", v.wwnn_pool), 1) != "UNUSED"])))
wwpn = distinct(compact(concat(
flatten([for v in local.vhbas : v.wwpn_pool if element(split("/", v.wwpn_pool), 1) != "UNUSED"]),
flatten([for v in local.vhba_template : v.wwpn_pool if element(split("/", v.wwpn_pool), 1) != "UNUSED"])
)))
})
pin_group_maps = {
pc_ethernet_uplinks = { moids = { for k, v in intersight_fabric_uplink_pc_role.map : k => v.moid }, object = "fabric.UplinkPcRole" }
pc_fc_uplinks = { moids = { for k, v in intersight_fabric_fc_uplink_pc_role.map : k => v.moid }, object = "fabric.FcUplinkPcRole" }
ethernet_uplinks = { moids = { for k, v in intersight_fabric_uplink_role.map : k => v.moid }, object = "fabric.UplinkRole" }
fc_uplinks = { moids = { for k, v in intersight_fabric_fc_uplink_role.map : k => v.moid }, object = "fabric.FcUplinkRole" }
}
policies = {
ethernet_adapter = { keys = keys(local.ethernet_adapter), object = "vnic.EthAdapterPolicy" }
ethernet_network = { keys = keys(local.ethernet_network), object = "vnic.EthNetworkPolicy" }
ethernet_network_control = { keys = keys(local.ethernet_network_control), object = "fabric.EthNetworkControlPolicy" }
ethernet_network_group = { keys = keys(local.ethernet_network_group), object = "fabric.EthNetworkGroupPolicy" }
ethernet_qos = { keys = keys(local.ethernet_qos), object = "vnic.EthQosPolicy" }
fc_zone = { keys = keys(local.fc_zone), object = "fabric.FcZonePolicy" }
fibre_channel_adapter = { keys = keys(local.fibre_channel_adapter), object = "vnic.FcAdapterPolicy" }
fibre_channel_network = { keys = keys(local.fibre_channel_network), object = "vnic.FcNetworkPolicy" }
fibre_channel_qos = { keys = keys(local.fibre_channel_qos), object = "vnic.FcQosPolicy" }
flow_control = { keys = keys(local.flow_control), object = "fabric.FlowControlPolicy" }
iscsi_adapter = { keys = keys(local.iscsi_adapter), object = "vnic.IscsiAdapterPolicy" }
iscsi_boot = { keys = keys(local.iscsi_boot), object = "vnic.IscsiBootPolicy" }
iscsi_static_target = { keys = keys(local.iscsi_static_target), object = "vnic.IscsiStaticTargetPolicy" }
link_aggregation = { keys = keys(local.link_aggregation), object = "fabric.LinkAggregationPolicy" }
link_control = { keys = keys(local.link_control), object = "fabric.LinkControlPolicy" }
multicast = { keys = keys(local.multicast), object = "fabric.MulticastPolicy" }
vhba_template = { keys = keys(local.vhba_template), object = "vnic.VhbaTemplate" }
vnic_template = { keys = keys(local.vnic_template), object = "vnic.VnicTemplate" }
}
policy_types = [
"ethernet_adapter", "ethernet_network", "ethernet_network_control", "ethernet_network_group", "ethernet_qos",
"fc_zone", "fibre_channel_adapter", "fibre_channel_network", "fibre_channel_qos", "flow_control", "iscsi_adapter",
"iscsi_boot", "iscsi_static_target", "link_aggregation", "link_control", "multicast", "vhba_template", "vnic_template"
]
pool_types = ["ip", "iqn", "mac", "wwnn", "wwpn"]
data_policies = { for e in local.policy_types : e => [for v in local.pp[e] : element(split("/", v), 1) if contains(local.policies[e].keys, v) == false] }
data_pools = { for e in local.pool_types : e => [for v in local.pp[e] : element(split("/", v), 1) if contains(keys(local.pools[e].moids), v) == false] }
policies_data = { for k in keys(data.intersight_search_search_item.policies) : k => {
for e in lookup(data.intersight_search_search_item.policies[k], "results", []
) : "${local.org_names[jsondecode(e.additional_properties).Organization.Moid]}/${jsondecode(e.additional_properties).Name}" => merge({
additional_properties = jsondecode(e.additional_properties)
moid = e.moid
})
} }
pools_data = { for k in keys(data.intersight_search_search_item.pools) : k => {
for e in lookup(data.intersight_search_search_item.pools[k], "results", []
) : "${local.org_names[jsondecode(e.additional_properties).Organization.Moid]}/${jsondecode(e.additional_properties).Name}" => merge({
additional_properties = jsondecode(e.additional_properties)
moid = e.moid
})
} }
data_vhba_template = {
for e in lookup(lookup(data.intersight_vnic_vhba_template.map, "0", {}), "results", []) : "${local.org_names[e.organization[0].moid]}/${e.name}" => e
}
data_vnic_template = {
for e in lookup(lookup(data.intersight_vnic_vnic_template.map, "0", {}), "results", []) : "${local.org_names[e.organization[0].moid]}/${e.name}" => e
}
vnic_condition_check = merge({
for k, v in local.data_vnic_template : k => {
allow_override = v.enable_override
cdn_source = v.cdn[0].nr_source
proceed = v.sriov_settings[0].enabled == true ? false : v.usnic_settings[0].nr_count > 0 ? false : v.vmq_settings[0].enabled == true ? false : true
}
}, { for k, v in local.vnic_template : k => {
allow_override = v.allow_override
cdn_source = v.cdn_source
proceed = v.sriov.enabled == true ? false : v.usnic.number_of_usnics > 0 ? false : v.vmq.enabled == true ? false : true
} })
#_________________________________________________________________
#
# Intersight Adapter Configuration Policy
# GUI Location: Policies > Create Policy > Adapter Configuration
#_________________________________________________________________
ladapter = local.defaults.adapter_configuration
laddvic = local.ladapter.add_vic_adapter_configuration
dcefec = local.laddvic.dce_interface_settings
adapter_configuration = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "adapter_configuration", []) : {
add_vic_adapter_configuration = [for e in v.add_vic_adapter_configuration : merge(local.laddvic, e, {
dce_interface_settings = [for key, value in merge(local.dcefec, lookup(e, "dce_interface_settings", {})) : {
additional_properties = "", class_id = "adapter.DceInterfaceSettings"
fec_mode = value, interface_id = tonumber(replace(replace(key, "dce_interface_", ""), "_fec_mode", "")) - 1
object_type = "adapter.DceInterfaceSettings"
}]
})]
description = lookup(v, "description", "")
name = "${local.npfx[org].adapter_configuration}${v.name}${local.nsfx[org].adapter_configuration}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}
] if length(lookup(local.model[org], "adapter_configuration", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight BIOS Policy
# GUI Location: Policies > Create Policy > BIOS
#__________________________________________________________________
bios = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "bios", []) : lookup(v, "bios_template", "UNUSED") != "UNUSED" ? merge(
local.defaults.bios, local.defaults.bios_templates[replace(replace(v.bios_template, "-tpm", ""), "-Tpm", "")],
local.defaults.bios_templates[length(regexall("-tpm$", lower(v.bios_template))) > 0 ? "tpm" : "tpm_disabled"], v, {
name = "${local.npfx[org].bios}${v.name}${local.nsfx[org].bios}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}
) : merge(
local.defaults.bios, v, {
name = "${local.npfx[org].bios}${v.name}${local.nsfx[org].bios}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}
)
] if length(lookup(local.model[org], "bios", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Boot Order Policy
# GUI Location: Policies > Create Policy > Boot Order
#__________________________________________________________________
boot_arg_convert = {
bootloader = "Bootloader", description = "Description", device_name = "Name", device_type = "ObjectType", enabled = "Enabled", dns_ip = "DnsIp",
gateway_ip = "GatewayIp", interface_name = "InterfaceName", interface_source = "InterfaceSource", ip_config_type = "IpConfigType", ip_type = "IpType",
ipv4_config = "StaticIpV4Settings", ipv6_config = "StaticIpV6Settings", lun = "Lun", mac_address = "MacAddress", network_mask = "NetworkMask",
path = "Path", port = "Port", prefix_length = "PrefixLength", protocol = "Protocol", slot = "Slot", static_ip = "Ip", subtype = "Subtype",
target_wwpn = "Wwpn", uri = "Uri",
}
boot_arguments = {
flex_mmc = { Subtype = "flexmmc-mapped-dvd" }
http_boot = { InterfaceName = "", InterfaceSource = "name", IpConfigType = "DHCP", IpType = "IPv4", MacAddress = "", Port = -1,
Protocol = "HTTPS", Slot = "MLOM", Uri = ""
}
iscsi_boot = { InterfaceName = "", Port = 0, Slot = "MLOM" }
local_cdd = {}
local_disk = { Slot = "MSTOR-RAID" }
nvme = {}
pch_storage = { Lun = 0 }
pxe_boot = { InterfaceName = "", InterfaceSource = "name", IpType = "IPv4", MacAddress = "", Port = -1, Slot = "MLOM" }
san_boot = { InterfaceName = "", Lun = 0, Slot = "MLOM", Wwpn = "20:00:00:25:B5:00:00:00" }
sd_card = { Subtype = "SDCARD", Lun = 0 }
uefi_shell = {}
usb = { Subtype = "usb-cd" }
virtual_media = { Subtype = "kvm-mapped-dvd" }
}
boot_loader = {
ClassId = "boot.Bootloader", Description = "", Name = "BOOTx64.EFI",
ObjectType = "boot.Bootloader", Path = "\\EFI\\BOOT\\"
}
boot_loader_keys = { description = "Description", name = "Name", path = "Path" }
boot_object_types = {
flex_mmc = "boot.FlexMmc", http_boot = "boot.Http", iscsi_boot = "boot.Iscsi", local_cdd = "boot.LocalCdd", local_disk = "boot.LocalDisk",
nvme = "boot.Nvme", pch_storage = "boot.PchStorage", pxe_boot = "boot.Pxe", san_boot = "boot.San", sd_card = "boot.SdCard",
uefi_shell = "boot.UefiShell", usb = "boot.Usb", virtual_media = "boot.VirtualMedia"
}
boot_static_ipv4 = {
ClassId = "boot.StaticIpV4Settings", DnsIp = "", GatewayIp = "", Ip = "",
ObjectType = "boot.StaticIpV4Settings", NetworkMask = ""
}
boot_static_ipv6 = {
ClassId = "boot.StaticIpV6Settings", DnsIp = "", GatewayIp = "", Ip = "",
ObjectType = "boot.StaticIpV6Settings", PrefixLength = 1
}
boot_order = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "boot_order", []) : merge(local.defaults.boot_order, v, {
boot_devices = [
for e in lookup(v, "boot_devices", []) : {
additional_properties = v.boot_mode == "Uefi" && length(regexall("^(iscsi|san)_boot|local_disk|nvme|pch_storage|sd_card$", e.device_type)
) > 0 && length(lookup(e, "boot_loader", {})) > 0 ? jsonencode(merge(
{ Bootloader = merge(local.boot_loader, { for a, b in lookup(e, "boot_loader", {}) : local.boot_loader_keys[a] => b }) },
merge(local.boot_arguments[v.device_type], { for a, b in v : local.boot_arg_convert[a] => b if contains(
keys(local.boot_arguments[e.device_type]), local.boot_arg_convert[b]) }))
) : e.device_type == "http_boot" ? jsonencode(merge(
{ StaticIpV4Settings = merge(local.boot_static_ipv4, { for a, b in lookup(e, "ipv4_config", {}) : local.boot_arg_convert[a] => b }) },
{ StaticIpV6Settings = merge(local.boot_static_ipv6, { for a, b in lookup(e, "ipv6_config", {}) : local.boot_arg_convert[a] => b }) },
merge(local.boot_arguments[e.device_type], { for a, b in e : local.boot_arg_convert[a] => b if contains(
keys(local.boot_arguments[e.device_type]), local.boot_arg_convert[a]) }))
) : jsonencode(merge(local.boot_arguments[e.device_type], {
for a, b in e : local.boot_arg_convert[a] => b if contains(keys(local.boot_arguments[e.device_type]), local.boot_arg_convert[a])
}))
enabled = lookup(v, "enabled", true)
name = e.device_name
object_type = local.boot_object_types[e.device_type]
}
]
name = "${local.npfx[org].boot_order}${v.name}${local.nsfx[org].boot_order}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "boot_order", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Certificate Management Policy
# GUI Location: Policies > Create Policy > Certificate Management
#__________________________________________________________________
certificate_management = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "certificate_management", []) : merge(local.cert_mgmt, v, {
certificates = [for e in lookup(v, "certificates", []) : merge(local.cert_mgmt.certificates, e)]
name = "${local.npfx[org].certificate_management}${v.name}${local.nsfx[org].certificate_management}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}) if lookup(v, "assigned_sensitive_data", false) == true
] if length(lookup(local.model[org], "certificate_management", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Device Connector Policy
# GUI Location: Policies > Create Policy > Device Connector
#__________________________________________________________________
device_connector = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "device_connector", []) : merge(local.defaults.device_connector, v, {
name = "${local.npfx[org].device_connector}${v.name}${local.nsfx[org].device_connector}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "device_connector", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Drive Security Policy
# GUI Location: Policies > Create Policy > Drive Security
#__________________________________________________________________
drive_security = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "drive_security", []) : merge(local.lds, v, {
name = "${local.npfx[org].drive_security}${v.name}${local.nsfx[org].drive_security}"
org = org
manual_key = merge(local.lds.manual_key, lookup(v, "manual_key", {}))
remote_key_management = merge(local.lds.remote_key_management, lookup(v, "remote_key_management", {}), {
enable_authentication = merge(
local.lds.remote_key_management.enable_authentication, lookup(lookup(v, "remote_key_management", {}), "enable_authentication", {})
)
primary_server = merge(
local.lds.remote_key_management.primary_server, lookup(lookup(v, "remote_key_management", {}), "primary_server", {})
)
secondary_server = merge(
local.lds.remote_key_management.secondary_server, lookup(lookup(v, "remote_key_management", {}), "secondary_server", {})
)
})
tags = lookup(v, "tags", var.global_settings.tags)
}) if length(lookup(v, "manual_key", {})) > 0 || length(lookup(v, "remote_key_management", {})) > 0
] if length(lookup(local.model[org], "drive_security", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Ethernet Adapter Policy
# GUI Location: Policies > Create Policy > Ethernet Adapter
#__________________________________________________________________
eth_adapter = local.defaults.ethernet_adapter
eth_adapter_templates = {
"16RxQs-4G" = {
description = "Recommended adapter settings for 16RxQs-4G."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 19 }
receive = { queue_count = 8, ring_size = 4096 }
transmit = { queue_count = 1, ring_size = 4096 }
}
"16RxQs-5G" = {
description = "Recommended adapter settings for 16RxQs-5G."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 19 }
receive = { queue_count = 16, ring_size = 16384 }
transmit = { queue_count = 1, ring_size = 16384 }
}
EMPTY = {}
Linux = {
description = "Recommended adapter settings for linux."
completion = { queue_count = 2 }
interrupt_settings = { interrupts = 4 }
receive = { queue_count = 1 }
receive_side_scaline = {
enable_receive_side_scaling = false, enable_ipv4_hash = false, enable_ipv6_hash = false,
enable_tcp_and_ipv4_hash = false, enable_tcp_and_ipv6_hash = false
}
}
Linux-NVMe-RoCE = {
description = "Recommended adapter settings for NVMe using RDMA."
completion = { queue_count = 2 }
interrupt_settings = { interrupts = 256 }
receive = { queue_count = 1 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 1024, resource_groups = 8, version = 2
}
}
Linux-v2 = {
description = "Recommended adapter settings for linux Version 2."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 11 }
receive = { queue_count = 8, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 1024, resource_groups = 8, version = 2
}
transmit = { queue_count = 1, ring_size = 4096 }
}
MQ = {
description = "Recommended adapter settings for VM Multi Queue Connection with no RDMA."
completion = { queue_count = 576, ring_size = 4 }
interrupt_settings = { interrupts = 256 }
receive = { queue_count = 512 }
transmit = { queue_count = 64 }
}
MQ-SMBd = {
description = "Recommended adapter settings for MultiQueue with RDMA."
completion = { queue_count = 576 }
interrupt_settings = { interrupts = 512 }
receive = { queue_count = 512, ring_size = 512 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 65536, queue_pairs = 256, resource_groups = 2, version = 2
}
transmit = { queue_count = 64, ring_size = 256 }
}
MQ-SMBdv2 = {
description = "Recommended adapter settings for VIC 1400/14000/15000 series and later optimized for Multi Queue SMBd high performance networking."
completion = { queue_count = 576 }
interrupt_settings = { interrupts = 512 }
receive = { queue_count = 512, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 256, resource_groups = 32, version = 2
}
transmit = { queue_count = 64, ring_size = 4096 }
}
MQ-v2 = {
description = "Recommended adapter settings for VIC 1400/14000/15000 series and later optimized for Multi Queue high performance networking."
completion = { queue_count = 576, ring_size = 4 }
interrupt_settings = { interrupts = 256 }
receive = { queue_count = 512, ring_size = 4096 }
transmit = { queue_count = 64, ring_size = 4096 }
}
SMBClient = {
description = "Recommended adapter settings for SMB Client.",
roce_settings = { enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 256, resource_groups = 32 }
}
SMBServer = {
description = "Recommended adapter settings for SMB server."
roce_settings = { enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 2048, resource_groups = 32 }
}
Solaris = {
description = "Recommended adapter settings for Solaris.",
completion = { queue_count = 2 }
interrupt_settings = { interrupts = 4 }
receive_side_scaling = {
enable_receive_side_scaling = false, enable_ipv4_hash = false, enable_ipv6_hash = false,
enable_tcp_and_ipv4_hash = false, enable_tcp_and_ipv6_hash = false
}
}
SRIOV-HPN = {
description = "Recommended adapter settings for SRIOV high performance and networking."
interrupt_settings = { interrupts = 32 }
}
usNIC = {
description = "Recommended adapter settings for usNIC Connection."
completion = { queue_count = 12 }
receive = { queue_count = 6 }
transmit = { queue_count = 6 }
uplink_fallback_timeout = 0
}
usNICOracleRAC = {
description = "Recommended adapter settings for usNIC Oracle RAC Connection."
enable_interrupt_scaling = true
completion = { queue_count = 2000, ring_size = 4 }
interrupt_settings = { interrupts = 1024 }
receive = { queue_count = 1000 }
transmit = { queue_count = 1000 }
uplink_fallback_timeout = 0
}
VMware = {
description = "Recommended adapter settings for VMware."
completion = { queue_count = 2 }
interrupt_settings = { interrupts = 4 }
receive = { queue_count = 4 }
receive_side_scaling = {
enable_receive_side_scaling = false, enable_ipv4_hash = false, enable_ipv6_hash = false,
enable_tcp_and_ipv4_hash = false, enable_tcp_and_ipv6_hash = false
}
}
VMWareNVMeRoCEv2 = {
description = "Recommended adapter settings for VMware NVMe ROCEv2."
completion = { queue_count = 2 }
interrupt_settings = { interrupts = 256 }
receive = { queue_count = 1, ring_size = 512 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 1024, resource_groups = 8, version = 2
}
transmit = { queue_count = 1, ring_size = 256 }
}
VMwarePassThru = {
description = "Recommended adapter settings for VMware pass-thru."
completion = { queue_count = 8 }
interrupt_settings = { interrupts = 12 }
transmit = { queue_count = 4 }
}
VMware-High-Trf = {
description = "Recommended adapter settings for VMware High Traffic."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 11 }
receive = { queue_count = 8, ring_size = 4096 }
transmit = { queue_count = 1, ring_size = 4096 }
}
VMware-v2 = {
description = "Recommended adapter settings for VMware Version 2."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 11 }
receive = { queue_count = 8, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 1024, resource_groups = 8, version = 2
}
transmit = { queue_count = 1, ring_size = 4096 }
}
Win-AzureStack = {
description = "Recommended adapter settings for Azure Stack."
enable_virtual_extensible_lan = true
completion = { queue_count = 11, ring_size = 256 }
interrupt_settings = { interrupts = 256 }
receive = { queue_count = 8, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 256, resource_groups = 2, version = 2
}
transmit = { queue_count = 3, ring_size = 1024 }
}
Win-HPN = {
description = "Recommended adapter settings for Windows high performance and networking."
enable_virtual_extensible_lan = true
interrupt_settings = { interrupts = 512 }
}
Win-HPN-SMBd = {
description = "Recommended adapter settings for Windows high performance and networking with RoCE V2."
enable_virtual_extensible_lan = true
interrupt_settings = { interrupts = 512 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 256, resource_groups = 2, version = 2
}
}
Win-HPN-SMBd-v2 = {
description = "Recommended adapter settings for VIC 1400/14000/15000 series and later optimized for Windows SMBd high performance networking."
completion = { queue_count = 9 }
enable_virtual_extensible_lan = true
interrupt_settings = { interrupts = 512 }
receive = { queue_count = 8, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 256, resource_groups = 2, version = 2
}
transmit = { queue_count = 1, ring_size = 4096 }
}
Win-HPN-v2 = {
description = "Recommended adapter settings for Windows high performance and networking v2."
completion = { queue_count = 9 }
interrupt_settings = { interrupts = 16 }
receive = { queue_count = 8, ring_size = 4096 }
roce_settings = {
class_of_service = 5, enable_rdma_over_converged_ethernet = true, memory_regions = 131072, queue_pairs = 1024, resource_groups = 8, version = 2
}
transmit = { queue_count = 1, ring_size = 4096 }
}
Windows = { description = "Recommended adapter settings for Windows." }
}
eth_adapter_l1 = flatten([for org in local.org_keys : [for v in lookup(local.model[org], "ethernet_adapter", []) : merge(
{ adapter_template = "EMPTY" }, v, {
name = "${local.npfx[org].ethernet_adapter}${v.name}${local.nsfx[org].ethernet_adapter}"
org = org
}
)
] if length(lookup(local.model[org], "ethernet_adapter", [])) > 0])
ethernet_adapter = { for v in local.eth_adapter_l1 : "${v.org}/${v.name}" => merge(
local.eth_adapter, local.eth_adapter_templates[v.adapter_template], v, {
completion = merge(local.eth_adapter.completion, lookup(local.eth_adapter_templates[v.adapter_template], "completion", {}
), lookup(v, "completion", {}))
interrupt_settings = merge(
local.eth_adapter.interrupt_settings, lookup(local.eth_adapter_templates[v.adapter_template], "interrupt_settings", {}
), lookup(v, "interrupt_settings", {}))
receive = merge(local.eth_adapter.receive, lookup(local.eth_adapter_templates[v.adapter_template], "receive", {}), lookup(v, "receive", {}))
receive_side_scaling = merge(
local.eth_adapter.receive_side_scaling, lookup(local.eth_adapter_templates[v.adapter_template], "receive_side_scaling", {}
), lookup(v, "receive_side_scaling", {}))
roce_settings = merge(local.eth_adapter.roce_settings, lookup(local.eth_adapter_templates[v.adapter_template], "roce_settings", {}
), lookup(v, "roce_settings", {}))
tags = lookup(v, "tags", var.global_settings.tags)
tcp_offload = merge(local.eth_adapter.tcp_offload, lookup(local.eth_adapter_templates[v.adapter_template], "tcp_offload", {}
), lookup(v, "tcp_offload", {}))
transmit = merge(local.eth_adapter.transmit, lookup(local.eth_adapter_templates[v.adapter_template], "transmit", {}), lookup(v, "transmit", {}))
})
}
#__________________________________________________________________
#
# Intersight Ethernet Network Policy
# GUI Location: Policies > Create Policy > Ethernet Network
#__________________________________________________________________
ethernet_network = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "ethernet_network", []) : merge(local.defaults.ethernet_network, v, {
name = "${local.npfx[org].ethernet_network}${v.name}${local.nsfx[org].ethernet_network}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "ethernet_network", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Ethernet Network Control Policy
# GUI Location: Policies > Create Policy > Ethernet Network Control
#__________________________________________________________________
ethernet_network_control = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "ethernet_network_control", []) : merge(local.defaults.ethernet_network_control, v, {
name = "${local.npfx[org].ethernet_network_control}${v.name}${local.nsfx[org].ethernet_network_control}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "ethernet_network_control", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Ethernet Network Group Policy
# GUI Location: Policies > Create Policy > Ethernet Network Group
#__________________________________________________________________
ethernet_network_group = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "ethernet_network_group", []) : merge(local.eng, v, {
name = "${local.npfx[org].ethernet_network_group}${v.name}${local.nsfx[org].ethernet_network_group}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "ethernet_network_group", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Ethernet QoS Policy
# GUI Location: Policies > Create Policy > Ethernet QoS
#__________________________________________________________________
ethernet_qos = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "ethernet_qos", []) : merge(local.defaults.ethernet_qos, v, {
name = "${local.npfx[org].ethernet_qos}${v.name}${local.nsfx[org].ethernet_qos}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "ethernet_qos", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight FC Zone Policy
# GUI Location: Policies > Create Policy > FC Zone
#__________________________________________________________________
fc_zone = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "fc_zone", []) : merge(local.defaults.fc_zone, v, {
name = "${local.npfx[org].fc_zone}${v.name}${local.nsfx[org].fc_zone}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "fc_zone", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Fibre Channel Adapter Policy
# GUI Location: Policies > Create Policy > Fibre Channel Adapter
#__________________________________________________________________
fca = local.defaults.fibre_channel_adapter
fc_adapter_templates = {
FCNVMeInitiator = {
description = "Recommended adapter settings for NVMe over FC Initiator."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
}
FCNVMeTarget = {
description = "Recommended adapter settings for NVMe over FC Initiator."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
}
EMPTY = {}
Initiator = {
description = "Recommended adapter settings for SCSI Initiator."
error_recovery = { port_down_timeout = 10000, port_down_io_retry = 30 }
}
Linux = {
description = "Recommended adapter settings for Linux."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
}
Solaris = {
description = "Recommended adapter settings for Solaris."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
flogi = { timeout = 20000 }
}
Target = {
description = "Recommended adapter settings for SCSI Target."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
}
VMware = {
description = "Recommended adapter settings for VMware."
error_recovery = { port_down_timeout = 10000, port_down_io_retry = 30 }
}
WindowsBoot = {
description = "Recommended adapter settings for Windows Boot.",
error_recovery = { port_down_timeout = 5000, port_down_io_retry = 30 }
plogi = { timeout = 4000 }
}
Windows = {
description = "Recommended adapter settings for Windows."
error_recovery = { port_down_timeout = 30000, port_down_io_retry = 30 }
}
}
fc_adapter_l1 = flatten([for org in local.org_keys : [for v in lookup(local.model[org], "fibre_channel_adapter", []) : merge(
{ adapter_template = "EMPTY" }, v, {
name = "${local.npfx[org].fibre_channel_adapter}${v.name}${local.nsfx[org].fibre_channel_adapter}"
org = org
})
] if length(lookup(local.model[org], "fibre_channel_adapter", [])) > 0])
fibre_channel_adapter = { for v in local.fc_adapter_l1 : "${v.org}/${v.name}" => merge(
local.fca, local.fc_adapter_templates[v.adapter_template], v, {
error_recovery = merge(local.fca.error_recovery, lookup(local.fc_adapter_templates[v.adapter_template], "error_recovery", {}
), lookup(v, "error_recovery", {}))
flogi = merge(local.fca.flogi, lookup(local.fc_adapter_templates[v.adapter_template], "flogi", {}), lookup(v, "flogi", {}))
interrupt = merge(local.fca.interrupt, lookup(local.fc_adapter_templates[v.adapter_template], "interrupt", {}), lookup(v, "interrupt", {}))
plogi = merge(local.fca.plogi, lookup(local.fc_adapter_templates[v.adapter_template], "plogi", {}), lookup(v, "plogi", {}))
receive = merge(local.fca.receive, lookup(local.fc_adapter_templates[v.adapter_template], "receive", {}), lookup(v, "receive", {}))
scsi_io = merge(local.fca.scsi_io, lookup(local.fc_adapter_templates[v.adapter_template], "scsi_io", {}), lookup(v, "scsi_io", {}))
tags = lookup(v, "tags", var.global_settings.tags)
transmit = merge(local.fca.transmit, lookup(local.fc_adapter_templates[v.adapter_template], "transmit", {}), lookup(v, "transmit", {}))
})
}
#__________________________________________________________________
#
# Intersight Fibre Channel Network Policy
# GUI Location: Policies > Create Policy > Fibre Channel Network
#__________________________________________________________________
fibre_channel_network = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "fibre_channel_network", []) : merge(local.fcn, v, {
name = "${local.npfx[org].fibre_channel_network}${v.name}${local.nsfx[org].fibre_channel_network}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "fibre_channel_network", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Fibre Channel QoS Policy
# GUI Location: Policies > Create Policy > Fibre Channel QoS
#__________________________________________________________________
fibre_channel_qos = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "fibre_channel_qos", []) : merge(local.defaults.fibre_channel_qos, v, {
name = "${local.npfx[org].fibre_channel_qos}${v.name}${local.nsfx[org].fibre_channel_qos}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "fibre_channel_qos", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight Firmware Policy
# GUI Location: Policies > Create Policy > Firmware
#__________________________________________________________________
firmware = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "firmware", []) : merge(local.fw, v, {
advanced_mode = merge(local.fw.advanced_mode, lookup(v, "advanced_mode", {}))
model_bundle_versions = { for i in flatten([
for e in lookup(v, "model_bundle_version", []) : [
for m in e.server_models : {
model = m
version = e.firmware_version
}
]
]) : "${i.version}/${i.model}" => i }
name = "${local.npfx[org].firmware}${v.name}${local.nsfx[org].firmware}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "firmware", [])) > 0]) : "${i.org}/${i.name}" => i }
firmware_authenticate = flatten([for org in local.org_keys : [lookup(local.model[org], "firmware_authenticate", [])
] if length(lookup(local.model[org], "firmware_authenticate", [])) > 0])
#__________________________________________________________________
#
# Intersight Flow Control Policy
# GUI Location: Policies > Create Policy > Flow Control
#__________________________________________________________________
flow_control = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "flow_control", []) : merge(local.defaults.flow_control, v, {
name = "${local.npfx[org].flow_control}${v.name}${local.nsfx[org].flow_control}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "flow_control", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight IMC Access Policy
# GUI Location: Policies > Create Policy > IMC Access
#__________________________________________________________________
lookup_imc_access = ["inband_ip_pool", "out_of_band_ip_pool"]
imc_access = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "imc_access", []) : merge(local.defaults.imc_access, v, {
name = "${local.npfx[org].imc_access}${v.name}${local.nsfx[org].imc_access}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}, { for e in local.lookup_imc_access : e => [for d in [{
name = length(regexall("/", lookup(v, e, "UNUSED"))) > 0 ? element(split("/", v[e]), 1) : lookup(v, e, "UNUSED")
org = length(regexall("/", lookup(v, e, "UNUSED"))) > 0 ? element(split("/", v[e]), 0) : org
}] : length(regexall("^UNUSED$", d.name)
) == 0 ? "${d.org}/${local.ppfx[d.org].ip}${d.name}${local.psfx[d.org].ip}" : "${d.org}/${d.name}"][0]
})
] if length(lookup(local.model[org], "imc_access", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight IPMI over LAN Policy
# GUI Location: Policies > Create Policy > IPMI over LAN
#__________________________________________________________________
ipmi_over_lan = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "ipmi_over_lan", []) : merge(local.defaults.ipmi_over_lan, v, {
name = "${local.npfx[org].ipmi_over_lan}${v.name}${local.nsfx[org].ipmi_over_lan}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "ipmi_over_lan", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight iSCSI Adapter Policy
# GUI Location: Policies > Create Policy > iSCSI Adapter
#__________________________________________________________________
iscsi_adapter = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "iscsi_adapter", []) : merge(local.defaults.iscsi_adapter, v, {
name = "${local.npfx[org].iscsi_adapter}${v.name}${local.nsfx[org].iscsi_adapter}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "iscsi_adapter", [])) > 0]) : "${i.org}/${i.name}" => i }
#__________________________________________________________________
#
# Intersight iSCSI Boot Policy
# GUI Location: Policies > Create Policy > iSCSI Boot
#__________________________________________________________________
iboot = local.defaults.iscsi_boot
lookup_iscsi_boot = ["initiator_ip_pool", "iscsi_adapter_policy", "primary_target_policy", "secondary_target_policy"]
iscsi_boot_loop1 = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "iscsi_boot", []) : merge(local.iboot, v, {
initiator_static_ipv4_config = merge(
local.iboot.initiator_static_ipv4_config, lookup(v, "initiator_static_ipv4_config", {}))
name = "${local.npfx[org].iscsi_boot}${v.name}${local.nsfx[org].iscsi_boot}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
}, { for e in local.lookup_iscsi_boot : e => {
name = length(regexall("/", lookup(v, e, "UNUSED"))) > 0 ? element(split("/", v[e]), 1) : lookup(v, e, "UNUSED")
org = length(regexall("/", lookup(v, e, "UNUSED"))) > 0 ? element(split("/", v[e]), 0) : org
}
})
] if length(lookup(local.model[org], "iscsi_boot", [])) > 0]) : "${i.org}/${i.name}" => i }
iscsi_boot = { for k, v in local.iscsi_boot_loop1 : k => merge(v, {
initiator_ip_pool = [for e in [v.initiator_ip_pool] : length(regexall("^UNUSED$", e.name)
) == 0 ? "${e.org}/${local.ppfx[e.org].ip}${e.name}${local.psfx[e.org].ip}" : "${e.org}/${e.name}"][0]
iscsi_adapter_policy = [for e in [v.iscsi_adapter_policy] : length(regexall("^UNUSED$", e.name)
) == 0 ? "${e.org}/${local.npfx[e.org].iscsi_adapter}${e.name}${local.nsfx[e.org].iscsi_adapter}" : "${e.org}/${e.name}"][0]
primary_target_policy = [for e in [v.primary_target_policy] : length(regexall("^UNUSED$", e.name)
) == 0 ? "${e.org}/${local.npfx[e.org].iscsi_static_target}${e.name}${local.nsfx[e.org].iscsi_static_target}" : "${e.org}/${e.name}"][0]
secondary_target_policy = [for e in [v.secondary_target_policy] : length(regexall("^UNUSED$", e.name)
) == 0 ? "${e.org}/${local.npfx[e.org].iscsi_static_target}${e.name}${local.nsfx[e.org].iscsi_static_target}" : "${e.org}/${e.name}"][0]
}) }
#__________________________________________________________________
#
# Intersight iSCSI Static Target Policy
# GUI Location: Policies > Create Policy > iSCSI Static Target
#__________________________________________________________________
iscsi_static_target = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "iscsi_static_target", []) : merge(local.defaults.iscsi_static_target, v, {
name = "${local.npfx[org].iscsi_static_target}${v.name}${local.nsfx[org].iscsi_static_target}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
})
] if length(lookup(local.model[org], "iscsi_static_target", [])) > 0]) : "${i.org}/${i.name}" => i }
#_________________________________________________________________________
#
# Intersight LAN Connectivity
# GUI Location: Configure > Policies > Create Policy > LAN Connectivity
#_________________________________________________________________________
lcp = local.defaults.lan_connectivity
lvsingle = ["ethernet_adapter_policy", "ethernet_network_control_policy", "ethernet_network_policy", "ethernet_qos_policy"]
lvdual = ["ethernet_network_group_policies", "iscsi_boot_policies", "mac_address_pools"]
lvtemplate = ["ethernet_adapter_policy", "iscsi_boot_policy", "mac_address_pool"]
lan_connectivity = { for i in flatten([for org in local.org_keys : [
for v in lookup(local.model[org], "lan_connectivity", []) : merge(local.lcp, v, {
iqn_pool = [for e in [{
name = length(regexall("/", lookup(v, "iqn_pool", "UNUSED"))) > 0 ? element(split("/", v.iqn_pool), 1) : lookup(v, "iqn_pool", "UNUSED")
org = length(regexall("/", lookup(v, "iqn_pool", "UNUSED"))) > 0 ? element(split("/", v.iqn_pool), 0) : org
}] : length(regexall("^UNUSED$", e.name)) == 0 ? "${e.org}/${local.ppfx[e.org].iqn}${e.name}${local.psfx[e.org].iqn}" : "${e.org}/${e.name}"][0]
iqn_static_identifier = lookup(v, "iqn_static_identifier", "")
name = "${local.npfx[org].lan_connectivity}${v.name}${local.nsfx[org].lan_connectivity}"
org = org
tags = lookup(v, "tags", var.global_settings.tags)
vnics = flatten([for e in lookup(v, "vnics", []) : merge(local.lcp.vnics, e, {
enable_failover = length(regexall("true|false", tostring(lookup(e, "enable_failover", "blank")))
) > 0 ? e.enable_failover : length(e.names) == 1 ? true : false
org = org
sriov = merge(local.lcp.vnics.sriov, lookup(e, "sriov", {}))
tags = lookup(v, "tags", var.global_settings.tags)
usnic = [for d in [merge(local.lcp.vnics.usnic, lookup(e, "usnic", {}))] : merge(d, {
usnic_adapter_policy = [for f in [d.usnic_adapter_policy] : {
name = length(regexall("/", f)) > 0 ? element(split("/", f), 1) : f
org = length(regexall("/", f)) > 0 ? element(split("/", f), 0) : org
}][0]
})][0]
vmq = [for d in [merge(local.lcp.vnics.vmq, lookup(e, "vmq", {}))] : merge(d, {
vmmq_adapter_policy = [for f in [d.vmmq_adapter_policy] : {
name = length(regexall("/", f)) > 0 ? element(split("/", f), 1) : f
org = length(regexall("/", f)) > 0 ? element(split("/", f), 0) : org
}][0]
})][0]
}, { for d in local.lvsingle : d => {
name = length(regexall("/", lookup(e, d, "UNUSED"))) > 0 ? element(split("/", e[d]), 1) : lookup(e, d, "UNUSED")
org = length(regexall("/", lookup(e, d, "UNUSED"))) > 0 ? element(split("/", e[d]), 0) : org
} }, {
for d in local.lvdual : d => [for f in lookup(e, d, local.lcp.vnics[d]) : {
name = length(regexall("/", f)) > 0 ? element(split("/", f), 1) : f
org = length(regexall("/", f)) > 0 ? element(split("/", f), 0) : org
}]
})
])
vnics_from_template = flatten([
for e in lookup(v, "vnics_from_template", []) : merge(local.lcp.vnics_from_template, e, {
name = e.name
org = org
placement = [for d in [merge(local.lcp.vnics_from_template.placement, lookup(e, "placement", {}))] : merge(d, {
automatic_pci_link_assignment = d.pci_link != null ? false : true
automatic_slot_id_assignment = d.slot_id != "" ? false : true
pci_link = d.pci_link != null ? d.pci_link : 0
})][0]
sriov = merge(local.lcp.vnics.sriov, lookup(e, "sriov", {}))
tags = lookup(v, "tags", var.global_settings.tags)
usnic = [for d in [merge(local.lcp.vnics.usnic, lookup(e, "usnic", {}))] : merge(d, {
usnic_adapter_policy = [for f in [d.usnic_adapter_policy] : {
name = length(regexall("/", f)) > 0 ? element(split("/", f), 1) : f
org = length(regexall("/", f)) > 0 ? element(split("/", f), 0) : org
}][0]
})][0]
vmq = [for d in [merge(local.lcp.vnics.vmq, lookup(e, "vmq", {}))] : merge(d, {
vmmq_adapter_policy = [for f in [d.vmmq_adapter_policy] : {
name = length(regexall("/", f)) > 0 ? element(split("/", f), 1) : f
org = length(regexall("/", f)) > 0 ? element(split("/", f), 0) : org
}][0]
})][0]
vnic_template = length(regexall("/", e.vnic_template)) > 0 ? e.vnic_template : "${org}/${e.vnic_template}"
}, { for d in local.lvtemplate : d => {
name = length(regexall("/", lookup(e, d, "UNUSED"))) > 0 ? element(split("/", e[d]), 1) : lookup(e, d, "UNUSED")
org = length(regexall("/", lookup(e, d, "UNUSED"))) > 0 ? element(split("/", e[d]), 0) : org
} })
])
})
] if length(lookup(local.model[org], "lan_connectivity", [])) > 0]) : "${i.org}/${i.name}" => i }
#_________________________________________________________________________
#
# Intersight LAN Connectivity - vNIC / vNIC from Template
# GUI Location: Configure > Policies > Create Policy > LAN Connectivity
#_________________________________________________________________________
vnic_policies = ["ethernet_adapter", "ethernet_network_control", "ethernet_network_group", "ethernet_network", "ethernet_qos", "iscsi_boot"]
vnic_pools = ["mac"]
vnics_loop_1 = { for i in flatten([for k, v in local.lan_connectivity : [
for e in v.vnics : [for x in range(length(e.names)) : merge(e, {
cdn_value = length(e.cdn_values) == length(e.names) ? element(e.cdn_values, x) : ""
ethernet_network_group_policy = length(e.ethernet_network_group_policies
) >= 2 ? element(e.ethernet_network_group_policies, x) : element(e.ethernet_network_group_policies, 0)
iscsi_boot_policy = length(e.iscsi_boot_policies) >= 2 ? element(e.iscsi_boot_policies, x) : element(e.iscsi_boot_policies, 0)
lan_connectivity = k
mac_address_pool = length(e.mac_address_pools) >= 2 ? element(e.mac_address_pools, x) : element(e.mac_address_pools, 0)
mac_address_static = length(lookup(e, "mac_addresses_static", [])) == length(e.names) ? element(e.mac_addresses_static, x) : ""
name = element(e.names, x)
pin_group_name = length(e.pin_group_names) == length(e.names) ? element(e.pin_group_names, x) : ""
placement = [for d in [merge(local.lcp.vnics.placement, lookup(e, "placement", {}))] : {
automatic_pci_link_assignment = length(d.pci_links) > 0 ? false : true
automatic_slot_id_assignment = length(d.slot_ids) > 0 ? false : true
pci_link = length(d.pci_links) == 2 ? element(d.pci_links, x) : length(d.pci_links) == 1 ? element(d.pci_links, 0) : 0
pci_order = length(d.pci_order) == 2 ? element(d.pci_order, x) : element(d.pci_order, 0)
slot_id = length(d.slot_ids) == 2 ? element(d.slot_ids, x) : length(d.slot_ids) == 1 ? element(d.slot_ids, 0) : ""
switch_id = length(d.switch_ids) == 2 ? element(d.switch_ids, x) : element(d.switch_ids, 0)
uplink_port = length(d.uplink_ports) == 2 ? element(d.uplink_ports, x) : element(d.uplink_ports, 0)
}][0]
})]
]]) : "${i.lan_connectivity}/${i.name}" => i }
vnics = { for k, v in local.vnics_loop_1 : k => merge(v, {
for e in local.vnic_policies : "${e}_policy" => [for d in [v["${e}_policy"]] : length(regexall("^UNUSED$", d.name)
) == 0 ? "${d.org}/${local.npfx[d.org][e]}${d.name}${local.nsfx[d.org][e]}" : "${d.org}/${d.name}"][0]
}, {