config.ini

# config.ini - HOL-2703 - VCF-Memory Tiering Lab
# Version 1.0 2026-03-30
# Changes:
# - Added cross-references to code consumers for every config key
# Author - Burke Azbill and HOL Core Team
#
# This file is copied to /tmp/config.ini by labstartup.sh
# Section and option names are case-sensitive
#
# Cross-reference key:
#   Startup modules:  Startup/prelim.py, ESXi.py, vSphere.py, VCF.py,
#                     services.py, Kubernetes.py, VCFfinal.py, final.py,
#                     pings.py, urls.py, odyssey.py
#   Shutdown modules: Shutdown/Shutdown.py, VCFshutdown.py, fleet.py
#   Tools:            Tools/vpodchecker.py, confighol-9.0.py, confighol-9.1.py,
#                     generate_labdetails.py, offline-ready.py, tdns_import.py,
#                     labtypes.py

#==============================================================================
# [VPOD] - Lab identity and global settings
# Read by: Startup/prelim.py, final.py, lsfunctions.py (init)
#==============================================================================

[VPOD]
# Lab SKU - must match the repository name
# Read by: lsfunctions.py init(), prelim.py, Tools/generate_labdetails.py
vPod_SKU = HOL-BADSKU

# Lab type determines the startup sequence and features
# Valid values: HOL, DISCOVERY, VXP, ATE, EDU
# Read by: lsfunctions.py init(), Shutdown/Shutdown.py (selects VCF shutdown path),
#          Tools/labtypes.py, Tools/generate_labdetails.py
labtype = HOL

# Whether to lock holuser account in production (security)
# Read by: Tools/offline-ready.py (sets to false for offline prep)
# NOTE: Startup/final.py uses holuser_lock (below), not lockholuser
lockholuser = true

# Maximum minutes before lab startup fails
# Read by: lsfunctions.py init() (startup timeout watchdog)
maxminutes = 60

# Enable Odyssey client installation (VLP feature)
# Read by: Startup/odyssey.py
odyssey = false

# Interval for labcheck runs (minutes, 0 = disabled)
# UNUSED - not currently consumed by any script
# See labcheck_enabled below for the boolean toggle
# labcheckinterval = 15

# Custom conky title (if not specified, uses vPod_SKU)
# Read by: lsfunctions.py (desktop widget display)
# conky_title = NOT APPLICABLE TO HOL LABS

# Oh-My-Posh Theme Toggle -- Learn more about oh-my-posh at https://ohmyposh.dev
# The lab console and manager have oh-my-posh installed, but disabled by default.
# It uses the holoconsole-notime.omp.json (saved locally as holoconsole.omp.json) from https://github.com/burkeazbill/DimensionQuestDotFiles/blob/main/OhMyPosh/README.md
# If true, the oh-my-posh theme will be enabled and the holoconsole.omp.json file will be used.
# If false, the oh-my-posh theme will be disabled and the default theme will be used.
# Read by: .bashrc on manager and console VMs
#ohmyposh_enabled = true

# Enable VS Code proxy configuration on the console VM (default: true)
# Requires allowlist entries:
# VS Code Marketplace (required for extension browsing/install)
#  marketplace.visualstudio.com
#  visualstudio.com
#  vsassets.io
#  vscode-unpkg.net
#  vscode-cdn.net
#  vscode.dev
# When true, configures http.proxy and http.noProxy in VS Code settings
# for the holuser account on the console, enabling Marketplace access
# through the holorouter Squid proxy while bypassing internal subnets
# Read by: Startup/prelim.py
enablevscodeproxy = false

# Enable/disable labcheck periodic runs (default: true)
# Read by: Startup/final.py
#labcheck_enabled = true

# Enable/disable holuser account lock in production (default: follows lockholuser)
# Read by: Startup/final.py
#holuser_lock = true

# DNS record import format: zone,name,type,value
# THIS ONLY APPLIES ONCE a Technitium DNS Holorouter is incorporated into pod
# Multiple records separated by newlines (with indentation) or semicolons
# Read by: Tools/tdns_import.py
# Uncomment and add records as needed:
# new-dns-records = site-a.vcf.lab,gitlab,A,10.1.10.211
#     site-a.vcf.lab,harbor,A,10.1.10.212

#==============================================================================
# [RESOURCES] - Components verified/started during Startup
# Read by: Startup/ESXi.py, vSphere.py, services.py, pings.py, urls.py,
#          Kubernetes.py, final.py, VCFfinal.py
# Shutdown: Shutdown/VCFshutdown.py reads vCenters in Phase 1b (fallback),
#           Phase 2 (main connect), Phase 3b/4 (SSO lookup), Phase 7 (mgmt reconnect)
#==============================================================================

[RESOURCES]
# ESXi hosts to verify SSH (port 22) and maintenance mode at startup
# Format: hostname:maintenance_mode_on_off (yes=enter MM, no=exit MM)
# Startup: ESXi.py checks SSH, vSphere.py manages maintenance mode
# Shutdown: NOT used directly; ESXi hosts come from [VCF] vcfmgmtcluster
# Tools: vpodchecker.py, confighol-9.0.py, confighol-9.1.py
ESXiHosts = esx-01a.site-a.vcf.lab:no
  esx-02a.site-a.vcf.lab:no
  esx-03a.site-a.vcf.lab:no
  esx-04a.site-a.vcf.lab:no
  esx-05a.site-a.vcf.lab:no
  esx-06a.site-a.vcf.lab:no
  esx-07a.site-a.vcf.lab:no

# vCenters to connect to during startup
# Format: hostname:type:sso_user (type: linux, windows, esx)
# Startup: vSphere.py connects, checks datastores/clusters/VMs
# Shutdown: VCFshutdown.py Phase 1b (fallback vCenter connect), Phase 2 (main connect),
#           Phase 3b/4 (SSO user lookup), Phase 7 (mgmt vCenter reconnect)
# Tools: vpodchecker.py, confighol-9.0.py, confighol-9.1.py, VCFfinal.py
vCenters = vc-mgmt-a.site-a.vcf.lab:linux:administrator@vsphere.local
  vc-wld01-a.site-a.vcf.lab:linux:administrator@wld.sso
  #vc-mgmt-b.site-b.vcf.lab:linux:administrator@vsphere2.local

# Datastores to verify (hosts rescanned if missing)
# Format: VSAN:datastore_name or storage_host:datastore_name
# Startup: vSphere.py
Datastores = VSAN:vsan-mgmt-01a
  #stg-01a.site-a.vcf.lab:ISCSI01-COMP01B
  #VSAN:RegionA01-VSAN-COMP01A
  #VSAN:RegionB01-VSAN-COMP01B

# DRS configuration at startup
# Format: clustername:on|off
# Startup: vSphere.py
Clusters = cluster-mgmt-01a:off
  cluster-wld01-01a:off
  #RegionB01-COMP01B:off

# Nested VMs to power on during startup
# Format: vmname:vcenter_or_esxhost (supports regex patterns)
# Startup: vSphere.py powers on in listed order
# Shutdown: NOT used; VMs shut down by name in VCFshutdown.py Phases 8-16
# Tools: confighol-9.0.py, confighol-9.1.py
VMs = sddcmanager-a:vc-mgmt-a.site-a.vcf.lab
  vsp-01a-.*:vc-mgmt-a.site-a.vcf.lab
  ops.*:vc-mgmt-a.site-a.vcf.lab


# vApps to power on during startup
# Format: vappname:vcenter
# Startup: vSphere.py
#vApps = YourvApp:vc-mgmt-01a.site-a.vcf.lab
 # YourOthervApp:vc-mgmt-01a.site-a.vcf.lab

# IP addresses to ping-check during startup and final verification
# Startup: pings.py, final.py
Pings = 10.1.10.129
  10.1.10.131

# Windows services to verify/start
# Format: server:service:passwd:waitsec
# Startup: services.py (LEGACY - no current Python consumer)
#WindowsServices = server:service:passwd:waitsec
 # Site A SRM embedded database
 #srm-01a.site-a.vcf.lab:vmware-dr-vpostgres::10
 # Site A SRM server
 #srm-01a.site-a.vcf.lab:vmware-dr::10
 # Site B SRM embedded database::10
 #srm-01b.site-b.vcf.lab:vmware-dr-vpostgres::10
 # Site B SRM server
 #srm-01b.site-b.vcf.lab:vmware-dr::10

# Linux services to verify/start
# Format: server:service:passwd:waitsec
# Startup: services.py
#LinuxServices = server:service:passwd:waitsec
 # For vSphere 6.7 and 7.x, uncomment the vcsa-01x lines as needed
 # For vSphere 8.x, leave the vcsa-01x lines commented out
 # example to check vSphere ui service (site A)
 #vc-mgmt-01a.site-a.vcf.lab:vsphere-ui::5
 # example to check vSphere ui service (site B)
 #vc-mgmt-01b.site-b.vcf.lab:vsphere-ui::5

# TCP ports to verify during startup
# Format: hostname:port
# Startup: services.py
TCPServices = vc-mgmt-a.site-a.vcf.lab:443
  vc-wld01-a.site-a.vcf.lab:443
  #vc-mgmt-b.site-b.vcf.lab:443

# Kubernetes certificate renewal
# Format: host:account:password:renewal_command
# Startup: Kubernetes.py
#Kubernetes = k8s-master.site-a.vcf.lab:root:******:kubeadm certs renew all
  #k8s-master.site-a.vcf.lab:root:******:kubeadm alpha certs renew all

# URLs to check for expected response text
# Format: url,expected_text (200 status checked if no text specified)
# Startup: urls.py, final.py
# Tools: generate_labdetails.py, offline-ready.py
URLS = https://www.vmware.com/,VMware
  # VCF 9 base templates
  https://vc-mgmt-a.site-a.vcf.lab/ui/,loading-container
  https://vc-mgmt-a.site-a.vcf.lab:5480/#/login,VMware vCenter Management
  https://vc-wld01-a.site-a.vcf.lab/ui/,loading-container
  https://vc-wld01-a.site-a.vcf.lab:5480/#/login,VMware vCenter Management
  https://ops-a.site-a.vcf.lab/ui/,Operations
  https://sddcmanager-a.site-a.vcf.lab/ui/,SDDC Manager
  #https://vc-mgmt-b.site-b.vcf.lab/ui/,loading-container
  #http://stg-01a.site-a.vcf.lab/account/login,TrueNAS

#==============================================================================
# [VCF] - VCF infrastructure components (ESXi, NSX, vCenter)
# Startup: Startup/VCF.py (Phases 1-5: connect hosts, check datastores,
#          start NSX Manager, NSX Edges, post-edge VMs, vCenter)
# Shutdown: Shutdown/VCFshutdown.py reads this section for:
#   - vcfmgmtcluster -> Phases 2, 18, 19, 20 (connect, host settings, vSAN, host shutdown)
#   - vcfnsxmgr      -> Phases 6, 15 (workload/mgmt NSX Manager, filtered by wld/mgmt)
#   - vcfnsxedges     -> Phases 5, 14 (workload/mgmt NSX Edges, filtered by wld/mgmt)
#   - vcfvCenter      -> Phases 7, 17 (workload/mgmt vCenter, filtered by wld/mgmt)
#   - vspvms          -> Phase 19b (VSP platform VM shutdown)
# Tools: confighol-9.0.py, confighol-9.1.py configure SSH on NSX;
#        vpodchecker.py health checks
#==============================================================================

[VCF]

# ESXi hosts that bootstrap VCF (management cluster)
# Format: hostname:type (type is always 'esx')
# Startup: VCF.py Phase 1 - connect, exit maintenance mode, enable SSH
#          VCFfinal.py - reconnect hosts
# Shutdown: VCFshutdown.py Phase 2 (connect), Phase 18 (host settings),
#           Phase 19 (vSAN elevator), Phase 20 (host shutdown)
vcfmgmtcluster = esx-01a.site-a.vcf.lab:esx
  esx-02a.site-a.vcf.lab:esx
  esx-03a.site-a.vcf.lab:esx
  esx-04a.site-a.vcf.lab:esx
  esx-05a.site-a.vcf.lab:esx
  esx-06a.site-a.vcf.lab:esx
  esx-07a.site-a.vcf.lab:esx
  
# VCF management datastore name (verified during startup)
# Startup: VCF.py Phase 2 - verify datastore accessible
vcfmgmtdatastore = vsan-mgmt-01a

# NSX Manager VMs (VM display names as seen in vSphere)
# Format: nsx-vm-name
# Startup: VCF.py Phase 3 - power on NSX Manager (host-agnostic search)
# Shutdown: VCFshutdown.py Phase 6 (wld in name -> workload domain),
#           Phase 15 (mgmt in name -> management domain)
# Tools: confighol-9.0.py, confighol-9.1.py configure SSH on NSX Managers;
#        vpodchecker.py health checks
vcfnsxmgr = nsx-mgmt-01a
  nsx-wld01-01a


# NSX Edge / VNA VMs (VM display names as seen in vSphere)
# Format: edge-vm-name
# Startup: VCF.py Phase 4 - power on NSX Edges (host-agnostic search)
# Shutdown: VCFshutdown.py Phase 5 (wld in name -> workload domain),
#           Phase 14 (mgmt in name -> management domain)
# Tools: vpodchecker.py, confighol-9.0.py, confighol-9.1.py
# NOTE: vna-* VMs are treated as edges; they have VMware Tools but
#       cannot be logged into directly - shutdown uses vSphere API
vcfnsxedges = vna-wld01-01a
  vna-wld01-02a
  #edge-mgmt-01a
  #edge-mgmt-02a

# Post-Edge VMs - boot immediately after NSX Edges, before vCenter
# Format: vmname or vmname_regex
# Startup: VCF.py Phase 4b - power on (host-agnostic search)
# Shutdown: NOT used by shutdown scripts
vcfpostedgevms = auto-platform-a.*
  license-a
 
# VCF vCenter VMs (VM display names as seen in vSphere)
# Format: vcenter-vm-name
# Startup: VCF.py Phase 5 - power on vCenter (host-agnostic search)
# Shutdown: VCFshutdown.py Phase 7 (wld in name -> workload domain),
#           Phase 17 (mgmt in name -> management domain)
# Tools: confighol-9.1.py
vcfvCenter = vc-mgmt-a
  vc-wld01-a

# VSP Platform VMs (regex pattern)
# Format: vm_regex:vcenter
# Startup: VCFfinal.py Task 2d - power on VSP VMs
# Shutdown: VCFshutdown.py Phase 19b - graceful shutdown before ESXi hosts
vspvms = vsp-01a-.*:vc-mgmt-a.site-a.vcf.lab

# SDDC Manager VM (for vpodchecker health checks)
# Format: vmname:vcenter
# Tools: vpodchecker.py
#sddcmanager = sddcmanager-a:vc-mgmt-a.site-a.vcf.lab

# VCF-specific URLs to check (separate from RESOURCES URLs)
# Format: url,expected_text
# Tools: vpodchecker.py, confighol-9.1.py
#urls = https://sddcmanager-a.site-a.vcf.lab/ui/,SDDC Manager

#==============================================================================
# [VCFFINAL] - Final VCF startup tasks (Tanzu, VCF Automation, VCF Components)
# Startup: Startup/VCFfinal.py (runs after VCF.py completes)
# Shutdown: Shutdown/VCFshutdown.py reads several keys from this section:
#   - tanzucontrol  -> Phase 3b (workload drain), Phase 3 (stop WCP), Phase 4 (Supervisor VM shutdown)
#   - vravms        -> Phase 1b (VCF Automation fallback when Fleet API down)
#   - vcfcomponents -> Phase 2b (scale down K8s workloads on VSP)
#==============================================================================

[VCFFINAL]

# VCF Component Services on VSP management cluster (K8s workloads)
# Format: namespace:resource_type/resource_name
# Startup:  VCFfinal.py Task 2e - kubectl scale --replicas=1 (scale UP)
# Shutdown: VCFshutdown.py Phase 2b - kubectl scale --replicas=0 (scale DOWN)
#           Also annotates Component CRDs and suspends Postgres instances
vcfcomponents = salt:deployment/salt-master
  salt:deployment/salt-minion
  salt-raas:deployment/redis
  salt-raas:deployment/raas
  telemetry:deployment/telemetry-acceptor
  vcf-fleet-depot:deployment/depot-service
  vcf-fleet-depot:deployment/distribution-service
  vcf-fleet-lcm:deployment/vcf-fleet-build-service-fleetbuild
  vcf-fleet-lcm:deployment/vcf-fleet-upgrade-service-fleetupgrade
  vcf-sddc-lcm:deployment/vcf-sddc-build-service-sddcbuild
  vcf-sddc-lcm:deployment/vcf-sddc-upgrade-service-sddcupgrade
  vidb-external:deployment/vidb-service
  ops-logs:statefulset/log-processor
  ops-logs:statefulset/log-store
  vodap:deployment/vcf-obs-collector-controller-service
  vodap:deployment/vcf-obs-data-query-service
  vodap:deployment/vcf-obs-esx-collector-service
  vodap:deployment/vcf-obs-netops-collector-service
  vodap:deployment/vcf-obs-vc-collector-service
  vodap:statefulset/chi-vcf-obs-vcf-obs-0-0
  vodap:statefulset/chk-vcf-obs-keeper-keeper-0-0
  vodap:statefulset/chk-vcf-obs-keeper-keeper-0-1
  vodap:statefulset/chk-vcf-obs-keeper-keeper-0-2
  vmsp-metrics-store:deployment/clickhouse-operator-altinity-clickhouse-operator
  vmsp-metrics-store:deployment/vsp-metrics-store-operator

# VSP control plane IP (auto-discovered from VSP worker if not set)
# Used by: VCFfinal.py Task 2e (startup), VCFshutdown.py Phase 2b (shutdown)
#vspcontrolplaneip = 10.1.1.142

# Tanzu Supervisor Control Plane VMs to start
# Format: vm_regex:vcenter (vcenter optional)
# Startup: VCFfinal.py Task 1 - power on Supervisor VMs
# Shutdown: VCFshutdown.py Phase 3b (Supervisor workload drain),
#           Phase 3 (stop WCP), Phase 4 (Supervisor VM shutdown + dynamic discovery)
tanzucontrol = SupervisorControlPlaneVM.*:vc-wld01-a.site-a.vcf.lab

# Tanzu Deployment scripts to run after control plane starts
# Format: host:account:script_path
# Startup: VCFfinal.py Task 3
#tanzudeploy = vc-wld01-a.site-a.vcf.lab:root:/usr/local/bin/tanzu-deploy.sh
#  manager.site-a.vcf.lab:holuser:/home/holuser/scripts/deploy-tkg.sh

# VCF Automation VMs (started late in startup, shut down early)
# Format: vm_regex:vcenter
# Startup: VCFfinal.py Task 4 - power on VCF Automation VMs
# Shutdown: VCFshutdown.py Phase 1 (Fleet API power-off for 'vra'),
#           Phase 1b (fallback: regex match these VMs if Fleet API unreachable)
# Tools: confighol-9.0.py, confighol-9.1.py
vravms = auto-platform-a.*:vc-mgmt-a.site-a.vcf.lab

# VCF Automation URLs to check after startup
# Format: url,expected_text
# Startup: VCFfinal.py Task 5
# Tools: vpodchecker.py
vraurls = https://auto-a.site-a.vcf.lab/login/,VCF Automation
  https://auto-a.site-a.vcf.lab/cci/kubernetes/apis/project.cci.vmware.com/v1alpha2/projects,Status

# VCF Component URLs to check after startup
# Format: url,expected_text
# Startup: VCFfinal.py Task 6
vcfcomponenturls = https://opsnet-a.site-a.vcf.lab,Operations for Networks
  https://opslogs-a.site-a.vcf.lab/en-US/,Log Management
  https://fleet-01a.site-a.vcf.lab/fleet-lcm/v1/components

#==============================================================================
# [SHUTDOWN] - Shutdown-specific configuration
# Read by: Shutdown/VCFshutdown.py, Shutdown/Shutdown.py, Shutdown/fleet.py
# NOTE: NSX, vCenters, and ESXi hosts are read from [VCF] section above.
#       This section contains shutdown-only overrides and VM name mappings.
#==============================================================================

[SHUTDOWN]

# Fleet Operations - VCF 9.0 legacy (SDDC Manager LCM API via opslcm-a)
# Used when [VCF] vcf_version = 9.0 or when VCF 9.1 auto-probe fails
# Shutdown: VCFshutdown.py Phase 1 -> fleet.py shutdown_products()
# API: POST /lcm/lcops/api/v2/environments/{envId}/products/{productId}/power-off
# Auth: Basic (base64 encoded credentials)
fleet_fqdn = opslcm-a.site-a.vcf.lab
fleet_username = admin@local

# Products/components to shutdown via Fleet Operations
# VCF 9.0: product IDs (vra, vrni, vrops, vrli)
# VCF 9.1: mapped to component types (VCFA, VRNI, VROPS, VRLI)
# Shutdown: VCFshutdown.py Phase 1, fleet.py
fleet_products = vra,vrni,vrops,vrli

# Docker containers to stop before VCF shutdown
# Shutdown: Shutdown.py Phase 1
shutdown_docker = true
docker_host = docker.site-a.vcf.lab
docker_user = holuser
docker_containers = gitlab,ldap,poste.io,flask

# VM regex patterns to find and shutdown (Tanzu/K8s workloads)
# Shutdown: VCFshutdown.py Phase 4
vm_patterns = ^kubernetes-cluster-.*$
  ^dev-project-.*$
  ^cci-service-.*$
  ^SupervisorControlPlaneVM.*$

# Specific workload VMs to shutdown by exact name
# Shutdown: VCFshutdown.py Phase 4
workload_vms = core-a
  core-b
  hol-ubuntu-001

# VMs to forcefully delete (regex patterns supported)
# Shutdown: VCFshutdown.py Phase 4
#vms_to_delete = avi-se.*
#  dummy-vm.*

# ESXi username for SSH operations (host settings, vSAN elevator)
# Shutdown: VCFshutdown.py Phases 18, 19, 20
esx_username = root

# vSAN settings
# Shutdown: VCFshutdown.py Phase 19 (elevator operations)
# NOTE: ESA environments are auto-detected and skip the 45-minute wait
vsan_enabled = true
# vSAN timeout in seconds (45 minutes = 2700 seconds)
vsan_timeout = 2700

# Host shutdown toggle
# Shutdown: VCFshutdown.py Phase 20
shutdown_hosts = true

#--------------------------------------------------------------------------
# VCF Operations VM overrides for this lab
# These map actual VM names to shutdown phases.
# If commented out, VCFshutdown.py uses built-in defaults.
#--------------------------------------------------------------------------

# VCF Operations for Networks VMs (vrni) - VCF 9.0 mgmt domain order #2
# Shutdown: VCFshutdown.py Phase 8
#vcf_ops_networks_vms = opsnet-a
#  opsnet-01a
#  opsnetcollector-01a

# VCF Operations Collector VMs - VCF 9.0 mgmt domain order #3
# Shutdown: VCFshutdown.py Phase 9
#vcf_ops_collector_vms = opscollector-01a
#  opsproxy-01a

# VCF Operations for Logs VMs (vrli) - VCF 9.0 mgmt domain order #4
# Shutdown: VCFshutdown.py Phase 10
#vcf_ops_logs_vms = opslogs-01a
#  ops-01a
#  ops-a

# VCF Identity Broker VMs - VCF 9.0 mgmt domain order #5
# Shutdown: VCFshutdown.py Phase 11
#vcf_identity_broker_vms = 

# VCF Operations Fleet Management VMs - VCF 9.0 mgmt domain order #6
# Shutdown: VCFshutdown.py Phase 12
#vcf_ops_fleet_vms = opslcm-01a
#  opslcm-a

# VCF Operations VMs (vrops + orchestrator) - VCF 9.0 mgmt domain order #7
# Shutdown: VCFshutdown.py Phase 13
#vcf_ops_vms = o11n-02a
#  o11n-01a

# SDDC Manager VMs - VCF 9.0 mgmt domain order #11
# Shutdown: VCFshutdown.py Phase 16
#sddc_manager_vms = sddcmanager-a

# NOTE: The following are read automatically from [VCF] section:
# - NSX Edges:    [VCF] vcfnsxedges  -> Shutdown Phases 5/14 (filtered by wld/mgmt)
# - NSX Managers: [VCF] vcfnsxmgr    -> Shutdown Phases 6/15 (filtered by wld/mgmt)
# - ESXi Hosts:   [VCF] vcfmgmtcluster -> Shutdown Phases 18/19/20
# - vCenters:     [VCF] vcfvCenter   -> Shutdown Phases 7/17 (filtered by wld/mgmt)