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use domain/workspace/mod.nu *
use platform/user/config.nu [get-active-workspace-details list-workspaces]
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use tools/nickel/process.nu [ncl-eval, ncl-eval-soft, default-ncl-paths, comp-ncl-export]
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use domain/workspace/state.nu [state-read state-write state-node-get state-node-set state-node-start state-node-finish state-node-delete state-node-reset log-trim]
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use domain/workspace/resolve.nu [comp-state-server comp-ws-path comp-ws-infra comp-resolve-ws-path]
use domain/cluster/access.nu [comp-kubectl-ssh]
use platform/clients/ssh.nu [comp-server-ssh-info]
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use platform/clients/orchestrator.nu [orch-url, orch-submit-component, orch-wait-task, orch-health]
use orchestration/taskservs/run.nu [run_taskserv]
use platform/config/accessor.nu [get-taskservs-path]
use domain/utils/templates.nu [on_template_path run_from_template]
use primitives/io/service_check.nu [health-gate]
use primitives/io/logging.nu [is-debug-enabled is-debug-level]
use platform/integrations/context_assembler.nu [build-cabling-credentials-env]
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export def cli-err [msg: string] {
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if (is-debug-enabled) {
error make {msg: $msg}
} else {
error make --unspanned {msg: $msg}
}
}
# Resolve the provisioning root for --import-path resolution.
def comp-prov-root []: nothing -> string {
$env.PROVISIONING? | default "/usr/local/provisioning"
}
# Resolve the deploy directory for a component.
# Checks taskserv/ then cluster/ subdirectories (cluster components use the latter).
# Returns "" if not found.
def comp-find-taskserv-dir [name: string, ...aliases: string]: nothing -> string {
let prov = (comp-prov-root)
let base_candidates = [
$name
($name | str replace --all "_" "-")
($name | str replace --all "-" "_")
]
let extra = ($aliases | each {|a| [$a ($a | str replace --all "_" "-") ($a | str replace --all "-" "_")] } | flatten)
for cand in ($base_candidates | append $extra) {
for subdir in ["taskserv" "cluster"] {
let p = ($prov | path join "catalog" "components" $cand $subdir)
if ($p | path exists) { return $p }
}
}
""
}
# Build a deployable tar.gz bundle for a component using the full run_taskserv pipeline.
# Handles: .j2 template rendering, `prepare` script execution, common.sh injection.
# Returns base64-encoded bundle content ready for the script_compressed payload field.
def comp-build-bundle [
name: string
ws_root: string
infra: string
target: string
op: string
settings_data: record
]: nothing -> string {
let comp_name_field = ($settings_data | get -o components | default {} | get -o $name | default {} | get -o name | default "")
let catalog_ref = ($settings_data | get -o components | default {} | get -o $name | default {} | get -o catalog_ref | default "")
let taskserv_path = (comp-find-taskserv-dir $name $comp_name_field $catalog_ref)
if ($taskserv_path | is-empty) {
cli-err $"No taskserv directory found for component '($name)'"
}
let comp_cfg = ($settings_data | get -o components | default {} | get -o $name | default {})
let settings_file = ($ws_root | path join "infra" $infra "settings.ncl")
let run_settings = {
data: $settings_data,
src: ($settings_file | path basename),
src_path: ($settings_file | path dirname),
infra_path: ($ws_root | path join "infra" $infra),
wk_path: (^mktemp -d | str trim),
providers: ($settings_data | get -o providers | default []),
}
# Merge component settings into taskserv record so .j2 templates see taskserv.* vars
let taskserv_rec = ({
name: $name,
profile: "default",
cmd_task: $op,
install_mode: "library",
depends_on: [],
on_error: "Continue",
} | merge $comp_cfg)
# Build server record matching the shape that handlers.nu passes to run_taskserv:
# full servers.ncl entry merged with ip_addresses.{pub,priv}.
let server_rec = do {
let servers_path = ($ws_root | path join "infra" $infra "servers.ncl")
let raw = (ncl-eval-soft $servers_path (default-ncl-paths $ws_root) null)
let srvr = if ($raw != null) {
$raw | get -o servers | default [] | where {|s| ($s.hostname? | default "") == $target } | get 0?
} else { null }
if ($srvr | is-not-empty) {
let _state_path = ($ws_root | path join "infra" $infra ".servers-state.json")
let _srv_state = if ($_state_path | path exists) {
$_state_path | open | get -o $target | default {}
} else { {} }
let pub_ip = do {
let np = ($srvr | get -o networking.public_ip | default "")
let fp = ($srvr | get -o floating_ip | default "")
if ($np | is-not-empty) {
$np
} else if ($fp | is-not-empty) {
let fip_addr = ($_srv_state | get -o floating_ip_address | default "")
if ($fip_addr | is-not-empty) { $fip_addr } else { $_srv_state | get -o public_ip | default $target }
} else {
let state_ip = ($_srv_state | get -o public_ip | default "")
if ($state_ip | is-not-empty) { $state_ip } else { $target }
}
}
let priv_ip = do {
let np = ($srvr | get -o network_private_ip | default "")
if ($np | is-not-empty) { $np } else { $srvr | get -o networking.private_ip | default "" }
}
$srvr | merge { ip_addresses: { pub: $pub_ip, priv: $priv_ip } }
} else {
{ hostname: $target, ip_addresses: { pub: $target, priv: "" }, main_domain: "", domains_search: "" }
}
}
# run_taskserv uses $env.NOW for timestamped temp dirs — ensure it's set.
if ($env.NOW? | is-empty) {
$env.NOW = (date now | format date "%Y_%m_%d_%H_%M_%S")
}
let wk_tmp = (^mktemp -d | str trim)
let defs = {
settings: $run_settings,
server: $server_rec,
taskserv: $taskserv_rec,
taskserv_install_mode: "library",
taskserv_profile: "default",
pos: { server: "0", taskserv: 0 },
ip: ($server_rec | get -o ip_addresses.pub | default $target),
check: true,
}
let ok = (run_taskserv $defs $taskserv_path ($wk_tmp | path join $name))
rm -rf $wk_tmp
if not $ok {
cli-err $"Bundle build failed for component ($name)"
}
let tar_path = $"/tmp/($name).tar.gz"
if not ($tar_path | path exists) {
# run_taskserv names the tar after taskserv.name (the NCL `name` field, e.g. "kubernetes")
# which may differ from the settings key (e.g. "kubernetes_worker"). Rename if found.
let inner_name = ($taskserv_rec | get -o name | default "")
let alt_tar = $"/tmp/($inner_name).tar.gz"
if ($inner_name | is-not-empty) and ($inner_name != $name) and ($alt_tar | path exists) {
mv $alt_tar $tar_path
} else {
cli-err $"Bundle tar.gz not found after build: ($tar_path)"
}
}
let b64 = (open --raw $tar_path | encode base64)
rm -f $tar_path
$b64
}
# Build a deployable tar.gz bundle for a cluster-mode component.
# Packages catalog/components/<name>/cluster/ + workspace component NCL config.
# The orchestrator SCPs this to the control-plane node and runs install-<name>.sh via SSH.
# Returns {b64: string, work_dir: string}. Caller is responsible for rm -rf work_dir
# unless debug=true, in which case work_dir is printed and preserved for inspection.
def comp-build-cluster-bundle [
name: string
ws_root: string
infra: string
target: string
op: string
settings_data: record
debug: bool = false
skip_preflight: bool = false
]: nothing -> record {
let fs_name = ($name | str replace --all "-" "_")
let prov = (comp-prov-root)
# Multi-tenant components (e.g. odoo_jesusperez) share one extension dir (odoo/cluster/).
# Resolution order: catalog_ref field → comp_cfg.name → settings key.
let comp_cfg_raw = ($settings_data | get -o components | default {} | get -o $fs_name | default {})
let catalog_ref_raw = ($comp_cfg_raw | get -o catalog_ref | default "" | into string)
let ext_name_raw = ($comp_cfg_raw | get -o name | default "" | into string)
let ext_fs_name = if ($catalog_ref_raw | is-not-empty) {
$catalog_ref_raw | str replace --all "-" "_"
} else if ($ext_name_raw | is-not-empty) {
$ext_name_raw | str replace --all "-" "_"
} else {
$fs_name
}
let cluster_dir = ($prov | path join "catalog" "components" $ext_fs_name "cluster")
if not ($cluster_dir | path exists) {
cli-err $"No cluster/ directory found for component '($name)' at ($cluster_dir)"
}
let work_dir = (^mktemp -d | str trim)
let bundle_dir = ($work_dir | path join $name)
^mkdir -p $bundle_dir
# Copy cluster scripts and templates into bundle.
^cp -r $"($cluster_dir)/." $bundle_dir
# Include catalog/lib/ shared scripts so component libs can source shared primitives.
let catalog_lib_src = (($env.PROVISIONING_CATALOG_PATH? | default ($prov | path join "catalog")) | path join "lib")
if ($catalog_lib_src | path exists) {
^cp -rp $catalog_lib_src ($bundle_dir | path join "lib")
}
# Create name aliases so the orchestrator (hyphens) and preflight (underscores) both
# find install-<name>.sh and <name>-lib.sh regardless of which extension the scripts came from.
if $ext_fs_name != $fs_name {
# Multi-tenant / catalog_ref: extension scripts use ext_fs_name as base (catalog dir name).
# Orchestrator runs install-<name>.sh (hyphens); run-init.sh sources <fs_name>-lib.sh (underscores).
# Only two aliases needed — no hyphen-lib or underscore-install copies.
for pair in [
[$"install-($ext_fs_name).sh" $"install-($name).sh"]
[$"($ext_fs_name)-lib.sh" $"($fs_name)-lib.sh"]
] {
let src = ($bundle_dir | path join ($pair | get 0))
let dst = ($bundle_dir | path join ($pair | get 1))
if ($src | path exists) and not ($dst | path exists) {
^cp $src $dst
}
}
} else if $fs_name != $name {
# Standard: fs_name uses underscores, name uses hyphens — create hyphen alias.
for pair in [
[$"install-($fs_name).sh" $"install-($name).sh"]
[$"($fs_name)-lib.sh" $"($name)-lib.sh"]
] {
let src = ($bundle_dir | path join ($pair | get 0))
let dst = ($bundle_dir | path join ($pair | get 1))
if ($src | path exists) and not ($dst | path exists) {
^cp $src $dst
}
}
}
# Write resolved component config as JSON so the install script can read it.
# Inject cluster kubeconfig into comp_cfg so templates access it via {{ name.kubeconfig }}.
# Source: settings.kubernetes.kubeconfig (kubeadm) or settings.k0s.kubeconfig (k0s).
let cluster_kubeconfig = (
$settings_data | get -o kubernetes | default {} | get -o kubeconfig | default (
$settings_data | get -o k0s | default {} | get -o kubeconfig | default ""
)
)
let comp_cfg_raw = ($settings_data | get -o components | default {} | get -o $fs_name | default {})
let comp_cfg = if ($cluster_kubeconfig | is-not-empty) and (($comp_cfg_raw | get -o kubeconfig | default "") | is-empty) {
$comp_cfg_raw | insert kubeconfig $cluster_kubeconfig
} else {
$comp_cfg_raw
}
let settings_json = ($settings_data | to json)
$settings_json | save --force ($bundle_dir | path join "settings.json")
($comp_cfg | to json) | save --force ($bundle_dir | path join "component.json")
# Generate config.env from component NCL settings — install script sources this.
# Maps component record fields → STALWART_* env vars (plus RELAY_* for relay block).
let prefix = ($fs_name | str upcase)
mut config_lines: list<string> = []
# TODO(provider-middleware): resolve lb_ipam_ip via Hetzner provider middleware instead of direct hcloud calls.
# When the provider query layer is wired, replace this with a provider-aware FIP lookup by namespace/role.
# let lb_ipam_ip_resolved = (
# let v = ($comp_cfg | get -o lb_ipam_ip | default "" | into string)
# if ($v | is-not-empty) { $v } else {
# let hcloud_secret = ($ws_root | path join "infra" $infra "secrets" "hcloud.sops.yaml")
# let kage = ($ws_root | path join "infra" $infra ".kage")
# let sops_c = ($ws_root | path join "infra" $infra "sops.yaml")
# let comp_ns = ($comp_cfg | get -o namespace | default $name | into string)
# if ($hcloud_secret | path exists) and ($kage | path exists) {
# let tok_r = do {
# with-env { SOPS_AGE_KEY_FILE: $kage } {
# ^sops --decrypt --config $sops_c --output-type dotenv $hcloud_secret
# }
# } | complete
# if $tok_r.exit_code == 0 {
# let token = ($tok_r.stdout | lines | where {|l| $l | str starts-with "token=" } | first | str replace "token=" "" | str trim)
# let fips_r = do { with-env { HCLOUD_TOKEN: $token } { ^hcloud floating-ip list -o json } } | complete
# if $fips_r.exit_code == 0 {
# let desc_match = ($comp_ns | str downcase)
# $fips_r.stdout | from json | where {|f| ($f | get -o description | default "" | str downcase) | str contains $desc_match } | get 0? | get -o ip | default ""
# } else { "" }
# } else { "" }
# } else { "" }
# }
# )
let lb_ipam_ip_resolved = ($comp_cfg | get -o lb_ipam_ip | default "" | into string)
# Shared SOPS paths — used here for zone-secret injection and below for TLS/credentials.
let kage_path = ($ws_root | path join "infra" $infra ".kage")
let sops_cfg = ($ws_root | path join "infra" $infra "sops.yaml")
# Decrypt zone DNS secret if comp_cfg carries a secret_ref (top-level or first cluster_issuer).
# Injects cf_api_token into comp_cfg so vars.nu receives it via the JSON argument — no env var needed.
let zone_secret_ref_top = ($comp_cfg | get -o secret_ref | default "" | into string)
let zone_secret_ref_issuers = (
$comp_cfg | get -o cluster_issuers | default []
| where {|i| ($i | get -o secret_ref | default "") | is-not-empty }
| get 0? | default {} | get -o secret_ref | default ""
)
let zone_secret_ref = if ($zone_secret_ref_top | is-not-empty) { $zone_secret_ref_top } else { $zone_secret_ref_issuers }
let comp_cfg = if ($zone_secret_ref | is-not-empty) and ($kage_path | path exists) {
let zone_sops = ($ws_root | path join "infra" $infra "secrets" $"($zone_secret_ref).sops.yaml")
if ($zone_sops | path exists) {
let dec = (do {
with-env { SOPS_AGE_KEY_FILE: $kage_path } {
^sops --decrypt --config $sops_cfg --output-type yaml $zone_sops
}
} | complete)
if $dec.exit_code == 0 {
let token = ($dec.stdout | from yaml | get -o token | default "")
if ($token | is-not-empty) { $comp_cfg | upsert cf_api_token $token } else { $comp_cfg }
} else { $comp_cfg }
} else { $comp_cfg }
} else { $comp_cfg }
# Resolve gateway_scope → gateway_ip from cluster networking.gateways when set.
# Allows components to declare 'private/'public instead of hardcoding IPs.
# Path: settings.ncl exports { settings: { networking: { gateways: {...} } }, ... }
let _cluster_gateways = (
$settings_data
| get -o settings | default {}
| get -o networking | default {}
| get -o gateways | default {}
)
let comp_cfg = if not ($comp_cfg | get -o gateway_scope | default "" | is-empty) {
let _scope = ($comp_cfg | get gateway_scope | into string)
let _resolved = ($_cluster_gateways | get -o $_scope | default "")
if ($_resolved | is-not-empty) { $comp_cfg | upsert gateway_ip $_resolved } else { $comp_cfg }
} else { $comp_cfg }
# vars.nu: derived vars merged into the component record before tera rendering.
let vars_nu = ($cluster_dir | path join "vars.nu")
let derived = if ($vars_nu | path exists) {
let r = do { ^nu $vars_nu ($comp_cfg | to json) } | complete
if $r.exit_code != 0 {
error make { msg: $"vars.nu failed for ($name):\n($r.stderr | str trim)" }
}
$r.stdout | str trim | from json
} else { {} }
# vars JSON for tera: component config nested under "taskserv" key → {{ taskserv.name }}.
# vars.nu-derived fields (cf_secret_name, gateway_ip, tls_secret, …) go at the root level.
# Multi-tenant: odoo_jesusperez and odoo_diegodelgado both resolve to the same "taskserv" key.
let tera_ctx = ({taskserv: ($comp_cfg | upsert lb_ipam_ip $lb_ipam_ip_resolved)} | merge $derived)
let vars_json_path = ($work_dir | path join "vars.json")
($tera_ctx | to json) | save --force $vars_json_path
# Render env-<ext_name>.j2 → env-<ext_name> (shell env file sourced by install script).
# Use direct run_from_template (not on_template_path) to avoid recursing into templates/,
# which would cause double-render and duplicate content via save --append in run_from_template.
let env_j2 = ($bundle_dir | path join $"env-($ext_fs_name).j2")
if ($env_j2 | path exists) {
let env_out = ($bundle_dir | path join $"env-($ext_fs_name)")
rm -f $env_out
run_from_template $env_j2 $vars_json_path $env_out --only_make
rm -f $env_j2
}
# Multi-tenant: run-<op>.sh sources env-($fs_name); alias to the rendered env-($ext_fs_name).
if $ext_fs_name != $fs_name {
let env_src = ($bundle_dir | path join $"env-($ext_fs_name)")
let env_dst = ($bundle_dir | path join $"env-($fs_name)")
if ($env_src | path exists) and not ($env_dst | path exists) {
^cp $env_src $env_dst
}
}
# Render templates/*.j2 → manifests/*.yaml (K8s manifests applied by install script).
# Layer 1: extension templates (provisioning/catalog/components/<name>/cluster/templates/)
# Layer 2: workspace overlay (infra/<infra>/components/<name>/templates/) — same name wins.
let tmpl_dir = ($bundle_dir | path join "templates")
let out_dir = ($bundle_dir | path join "manifests")
^mkdir -p $out_dir
if ($tmpl_dir | path exists) {
on_template_path $tmpl_dir $vars_json_path true true
for f in (glob $"($tmpl_dir)/*") { ^mv $f $out_dir }
^rm -rf $tmpl_dir
}
let ws_tmpl_dir = ($ws_root | path join "infra" $infra "components" $fs_name "templates")
if ($ws_tmpl_dir | path exists) {
let ws_tmp = (^mktemp -d | str trim)
^cp -r $"($ws_tmpl_dir)/." $ws_tmp
on_template_path $ws_tmp $vars_json_path true true
for f in (glob $"($ws_tmp)/*") { ^mv -f $f $out_dir }
^rm -rf $ws_tmp
}
# Remove all .j2 source files — tera sources must not reach the remote server.
for j2 in (glob $"($bundle_dir)/**/*.j2") { ^rm -f $j2 }
# Generate manifest_plan.json: load component plan, merge workspace override.
let plan_ncl = ($cluster_dir | path join "manifest_plan.ncl")
let base_plan = if ($plan_ncl | path exists) {
let r = (ncl-eval-soft $plan_ncl (default-ncl-paths $ws_root) null)
if $r != null { $r | get -o manifest_plan | default {} } else { {} }
} else { {} }
let ws_plan = ($comp_cfg | get -o manifest_plan | default {})
let merged_plan = if ($ws_plan | is-empty) {
$base_plan
} else {
$base_plan | merge $ws_plan
}
($merged_plan | to json) | save --force ($bundle_dir | path join "manifest_plan.json")
# Compute op-level hooks from concerns.manifest_hooks (presets) and manifest_plan.hooks (component).
let effective_hooks = (comp-plan-merge-hooks $merged_plan $comp_cfg)
# Generate run-<op>.sh scripts from the plan with injected op-level hooks.
for op in ["init" "update" "delete" "restart"] {
let steps = ($merged_plan | get -o $op | default [])
let op_hooks = ($effective_hooks | get -o $op | default {})
let pre = ($op_hooks | get -o pre | default [])
let post = ($op_hooks | get -o post | default [])
if ($steps | is-not-empty) or ($pre | is-not-empty) or ($post | is-not-empty) {
let script = (comp-plan-op-to-bash $fs_name $op $steps $pre $post)
let run_path = ($bundle_dir | path join $"run-($op).sh")
$script | save --force $run_path
^chmod +x $run_path
}
}
# kage_path and sops_cfg are defined above, before vars.nu invocation.
# Decrypt TLS secret if present and write tls.crt / tls.key into bundle.
# The install script creates the K8s TLS secret directly from these files.
let tls_secret = ($ws_root | path join "infra" $infra "secrets" $"($fs_name)-tls.sops.yaml")
if ($tls_secret | path exists) and ($kage_path | path exists) {
let tls_r = do {
with-env { SOPS_AGE_KEY_FILE: $kage_path } {
^sops --decrypt --config $sops_cfg --output-type yaml $tls_secret
}
} | complete
if $tls_r.exit_code == 0 {
let tls_data = ($tls_r.stdout | from yaml)
let cert = ($tls_data | get -o certificate | default "")
let key = ($tls_data | get -o key | default "")
if ($cert | is-not-empty) { $cert | save --force ($bundle_dir | path join "tls.crt") }
if ($key | is-not-empty) { $key | save --force ($bundle_dir | path join "tls.key") }
}
}
# Decrypt component SOPS secret if present and write _credentials.env into bundle.
# Prefixed with _ — not auto-sourced. Methods that need secrets source it explicitly.
let secret_path = ($ws_root | path join "infra" $infra "secrets" $"($fs_name).sops.yaml")
if ($secret_path | path exists) and ($kage_path | path exists) {
let dec = do {
with-env { SOPS_AGE_KEY_FILE: $kage_path } {
^sops --decrypt --config $sops_cfg --output-type dotenv $secret_path
}
} | complete
if $dec.exit_code == 0 {
# Single-quote every value so bash `source` doesn't expand $-chars (e.g. bcrypt hashes).
let quoted = ($dec.stdout | lines | each {|line|
if ($line | is-empty) or ($line | str starts-with "#") or (not ($line | str contains "=")) {
$line
} else {
let kv = ($line | split row "=" | collect)
$"(($kv | first))='(($kv | skip 1 | str join "=" | str replace --all "'" "'\\''" ))'"
}
} | str join "\n")
$"($quoted)\n" | save --force ($bundle_dir | path join "_credentials.env")
} else {
cli-err $"Failed to decrypt ($secret_path): ($dec.stderr | str trim)"
}
}
# Inject CF tokens into _credentials.env: two sources merged in priority order.
# 1. Zone SOPS files — derived.cf_secret_name (from vars.nu) → secrets/<name>.sops.yaml → token key.
# Produces CF_TOKEN_<ZONE_NAME_UPPER> expected by _method_create-cf-secret.
# 2. Caller environment CF_TOKEN_* — injected by just recipes (lower priority, overridden by #1).
let creds_path = ($bundle_dir | path join "_credentials.env")
mut cf_lines: list<string> = []
# Captured for the provisioning-side DNS reconcile (returned in .dns below):
# the cluster nodes never call Cloudflare, so the token stays on provisioning.
mut dns_token = ""
let cf_secret_name = ($derived | get -o cf_secret_name | default "" | into string)
if ($cf_secret_name | is-not-empty) and ($kage_path | path exists) {
let zone_sops = ($ws_root | path join "infra" $infra "secrets" $"($cf_secret_name).sops.yaml")
if ($zone_sops | path exists) {
let dec = do {
with-env { SOPS_AGE_KEY_FILE: $kage_path } {
^sops --decrypt --config $sops_cfg --output-type dotenv $zone_sops
}
} | complete
if $dec.exit_code == 0 {
let raw_token = ($dec.stdout | lines
| where {|l| ($l | str contains "=") and not ($l | str starts-with "#") }
| first | split row "=" | skip 1 | str join "=" | str trim)
if ($raw_token | is-not-empty) {
let env_key = $"CF_TOKEN_($cf_secret_name | str upcase | str replace --all '-' '_')"
$cf_lines = ($cf_lines | append $"($env_key)='($raw_token)'")
$dns_token = $raw_token
}
}
}
}
let cf_env_tokens = ($env | transpose key val | where { |r| $r.key | str starts-with "CF_TOKEN_" })
for r in $cf_env_tokens {
if not ($cf_lines | any {|l| $l | str starts-with $"($r.key)="}) {
$cf_lines = ($cf_lines | append $"($r.key)='($r.val | str replace --all "'" "'\\''")'")
}
}
if ($cf_lines | is-not-empty) {
let existing = if ($creds_path | path exists) { open --raw $creds_path } else { "" }
$"($existing)\n($cf_lines | str join "\n")\n" | save --force $creds_path
}
# Cabling-based credential injection: if infra/<ws>/integrations/<name>.ncl exists,
# assemble credentials from its bindings and append to _credentials.env.
# Takes precedence over what's already written — last writer wins for duplicate keys.
let cabling_candidates = [
($ws_root | path join "infra" $infra "integrations" $"($fs_name).ncl")
($ws_root | path join "infra" $infra "integrations" $"($name).ncl")
]
let cabling_path = ($cabling_candidates | where {|p| $p | path exists } | get 0? | default "")
if ($cabling_path | is-not-empty) {
let ncl_import = (comp-prov-root)
let cabling_env = (build-cabling-credentials-env $cabling_path
--workspace-root $ws_root
--ncl-import $ncl_import
--kage-path $kage_path)
if ($cabling_env | is-not-empty) {
let creds_path = ($bundle_dir | path join "_credentials.env")
let existing = if ($creds_path | path exists) { open --raw $creds_path } else { "" }
$"($existing)\n# cabling: ($cabling_path | path basename)\n($cabling_env)\n" | save --force $creds_path
}
}
# Preflight var check: collect every _require_env call across all .sh files in the bundle,
# resolve env-<ext_name> + credentials.env into a flat map, and fail early on any empty var.
let pf_env_file = ($bundle_dir | path join $"env-($ext_fs_name)")
let pf_creds_file = ($bundle_dir | path join "_credentials.env")
let pf_env_vals = (
[$pf_env_file $pf_creds_file]
| where {|f| $f | path exists }
| each {|f|
open --raw $f
| lines
| where {|l| not ($l | str starts-with "#") and ($l | str contains "=") }
| each {|l|
let parts = ($l | split row "=" -n 2)
{key: ($parts | get 0? | default "" | str trim), val: ($parts | get 1? | default "" | str trim)}
}
}
| flatten
| where {|r| $r.key | is-not-empty }
| reduce --fold {} {|r acc| $acc | upsert $r.key $r.val }
)
# Only scan run-*.sh (generated op scripts) + *-lib.sh (method implementations).
# Exclude install-*.sh — it has per-operation _require_env guards (backup, restore)
# that are not install-time requirements and would produce false positives.
let pf_sh_candidates = (
[
(try { glob $"($bundle_dir)/run-*.sh" } catch { [] })
(try { glob $"($bundle_dir)/*-lib.sh" } catch { [] })
] | flatten
)
let pf_required = (
$pf_sh_candidates
| each {|sh_path|
open --raw $sh_path
| lines
| where {|l| $l | str contains "_require_env " }
| each {|l|
$l | str trim | split row " " | get 1? | default "" | str trim
| str replace --regex '["\x27]' ""
}
}
| flatten
| where {|v| $v | is-not-empty }
| uniq
)
let pf_missing = ($pf_required | where {|v| ($pf_env_vals | get -o $v | default "" | str trim) | is-empty })
if (not $skip_preflight) and ($pf_missing | is-not-empty) {
for v in $pf_missing { print $"[preflight] ❌ required var not set: ($v)" }
error make {msg: $"Preflight failed — missing env vars: ($pf_missing | str join ', ')"}
}
# DNS admission gate (ADR-051 constraint `preflight-aborts-on-inadmissible`).
# A component that declares a `domain` cannot participate in the op unless its
# DNS state is admissible: the zone token must decrypt AND an A-record target
# (gateway_ip) must resolve. Otherwise the provisioning-side reconcile would
# silently skip (empty token) or publish nothing (empty target_ip) and the
# domain would never resolve while the deploy reported green — the exact
# ontoref failure. Aborting here creates no state (preflight semantics), unlike
# the postdeploy WARN which fires after the mutation already happened.
# Additive: components without a `domain` skip the gate entirely.
let pf_domain = ($comp_cfg | get -o domain | default "" | into string)
if (not $skip_preflight) and ($pf_domain | is-not-empty) {
let pf_gw_ip = (
$derived | get -o gateway_ip
| default ($comp_cfg | get -o gateway_ip | default "")
| into string
)
mut pf_dns_errs: list<string> = []
if ($dns_token | is-empty) {
$pf_dns_errs = ($pf_dns_errs | append $"zone token undecryptable/absent for '($pf_domain)' \(expected secrets/($cf_secret_name).sops.yaml\)")
}
if ($pf_gw_ip | is-empty) {
$pf_dns_errs = ($pf_dns_errs | append $"no A-record target for '($pf_domain)' — gateway_ip empty \(check gateway_scope / hcloud auth\)")
}
if ($pf_dns_errs | is-not-empty) {
for e in $pf_dns_errs { print $"[preflight] ❌ DNS admission: ($e)" }
error make {msg: $"Preflight failed — DNS state inadmissible for ($name): ($pf_dns_errs | str join '; ')"}
}
}
# Verify naming convention: orchestrator runs install-<name>.sh (hyphens); run-init.sh sources <fs_name>-lib.sh (underscores).
for pf_required_script in [$"install-($name).sh" $"($fs_name)-lib.sh"] {
let pf_script_path = ($bundle_dir | path join $pf_required_script)
if not ($pf_script_path | path exists) {
print $"[preflight] ❌ required script missing: ($pf_required_script) component=($name)"
error make {msg: $"Preflight failed — ($pf_required_script) not found in bundle"}
}
}
# Structural contract check — applies to cluster components with a manifest plan.
# Catches authoring errors before packaging: credential filename, method coverage.
let pf_plan_json = ($bundle_dir | path join "manifest_plan.json")
let pf_lib_sh = ($bundle_dir | path join $"($fs_name)-lib.sh")
if ($pf_plan_json | path exists) and ($pf_lib_sh | path exists) {
let pf_install_sh = ($bundle_dir | path join $"install-($name).sh")
if ($pf_install_sh | path exists) {
let pf_bad_cred_source = (
open --raw $pf_install_sh
| lines
| where {|l| not ($l | str starts-with "#") }
| where {|l| $l | str contains "credentials.env" }
| where {|l| not ($l | str contains "_credentials.env") }
)
if ($pf_bad_cred_source | is-not-empty) {
print $"[preflight] ❌ install-($name).sh sources 'credentials.env' — must be '_credentials.env'"
error make {msg: $"Preflight failed — install-($name).sh uses legacy credential filename (see adr-007)"}
}
}
let pf_plan = (open $pf_plan_json)
let pf_builtins = ["apply" "rollout-restart" "delete" "recreate"]
let pf_custom_actions = (
["init" "update" "delete" "restart"]
| each {|op|
$pf_plan | get -o $op | default []
| each {|step|
let main = ($step | get -o action | default "" | str replace --all "'" "")
let posts = ($step | get -o post | default [] | each {|h| $h | get -o action | default "" | str replace --all "'" "" })
let pres = ($step | get -o pre | default [] | each {|h| $h | get -o action | default "" | str replace --all "'" "" })
[$main] ++ $posts ++ $pres
}
| flatten
| where {|action| ($action | is-not-empty) and not ($action in $pf_builtins) }
}
| flatten
| uniq
)
let pf_lib_content = (open --raw $pf_lib_sh)
let pf_missing_methods = (
$pf_custom_actions
| where {|action| not ($pf_lib_content | str contains $"_method_($action)") }
)
if ($pf_missing_methods | is-not-empty) {
for m in $pf_missing_methods {
print $"[preflight] ❌ _method_($m) missing in ($fs_name)-lib.sh"
}
error make {msg: $"Preflight failed — missing method implementations: ($pf_missing_methods | str join ', ')"}
}
# Secret existence + encrypted_regex coverage.
# If lib.sh calls _require_env for any var, the SOPS file must exist and its
# encrypted_regex must cover every required variable name.
let pf_sops_required_vars = (
$pf_lib_content
| lines
| where {|l| $l | str contains "_require_env "}
| where {|l| not ($l | str trim | str starts-with "#")}
| each {|l|
$l | str trim | split row " " | get 1? | default "" | str trim
| str replace --regex '["\x27]' ""
}
| where {|v| $v | is-not-empty}
| uniq
)
if (not $skip_preflight) and ($pf_sops_required_vars | is-not-empty) {
let pf_sops_path = ($ws_root | path join "infra" $infra "secrets" $"($fs_name).sops.yaml")
if not ($pf_sops_path | path exists) {
print $"[preflight] ❌ ($fs_name).sops.yaml not found — required by _require_env: ($pf_sops_required_vars | str join ', ')"
error make {msg: $"Preflight failed — secrets file missing: infra/($infra)/secrets/($fs_name).sops.yaml"}
}
let pf_sops_doc = (open $pf_sops_path)
let pf_encrypted_regex = ($pf_sops_doc | get -o sops.encrypted_regex | default "")
if ($pf_encrypted_regex | str length) > 0 {
# Only check vars that are actually declared in the SOPS file.
# _require_env is also used for config vars sourced from env-<name>,
# which are not secrets and must not be flagged here.
let pf_sops_keys = ($pf_sops_doc | reject sops | columns)
let pf_uncovered_vars = (
$pf_sops_required_vars
| where {|v| $v in $pf_sops_keys}
| where {|v| not ($pf_encrypted_regex | str contains $v)}
)
if ($pf_uncovered_vars | is-not-empty) {
for v in $pf_uncovered_vars {
print $"[preflight] ⚠️ ($v) present in ($fs_name).sops.yaml as plaintext — not covered by encrypted_regex"
}
}
}
}
}
# Pack into tar.gz and base64-encode.
# Files must be at tar root — orchestrator does: tar xzf <name>.tar.gz -C /tmp/<name> && bash install-<name>.sh
# Use gtar (GNU tar) if available to strip macOS xattr headers that confuse Linux tar.
let tar_path = ($work_dir | path join $"($name).tar.gz")
let tar_bin = if (^which gtar | complete).exit_code == 0 { "gtar" } else { "tar" }
let tar_extra = if $tar_bin == "gtar" { ["--no-xattrs"] } else { [] }
do { ^$tar_bin ...$tar_extra -czf $tar_path -C $bundle_dir "." } | complete | ignore
let b64 = (open --raw $tar_path | encode base64)
if $debug {
print $"[preflight] ── Bundle preserved ──────────────────────────────"
print $"[preflight] dir: ($bundle_dir)"
print $"[preflight] manifests: ($bundle_dir)/manifests/"
print $"[preflight] env: ($bundle_dir)/env-($name)"
print $"[preflight] tls: ($bundle_dir)/tls.crt ($bundle_dir)/tls.key"
print $"[preflight] Inspect: ls ($bundle_dir)"
print $"[preflight] cat ($bundle_dir)/out/($name)/configmap.yaml"
print $"[preflight] ─────────────────────────────────────────────────"
print $"[preflight] NOTE: _credentials.env contains secrets — inspect locally only"
} else {
^rm -rf $work_dir
}
# Multi-site components (e.g. rev_proxy): one A record per declared site, all
# pointing at the component FIP. Each site's zone token is decrypted from its
# own SOPS file (dns-<zone>.sops.yaml), mirroring the single-zone block above.
let dns_sites = do {
let sites = ($comp_cfg | get -o sites | default [])
let fip = ($derived | get -o fip_ip | default "")
if ($sites | is-empty) or ($fip | is-empty) { [] } else {
$sites | each {|s|
let domain = ($s | get -o domain | default "")
let zone = ($s | get -o dns_zone | default "")
if ($domain | is-empty) or ($zone | is-empty) { null } else {
let secret = $"dns-($zone | str replace --all '.' '-')"
let zsops = ($ws_root | path join "infra" $infra "secrets" $"($secret).sops.yaml")
let tok = if ($zsops | path exists) and ($kage_path | path exists) {
let dec = (do -i { with-env { SOPS_AGE_KEY_FILE: $kage_path } {
^sops --decrypt --config $sops_cfg --output-type dotenv $zsops
} } | complete)
if $dec.exit_code == 0 {
$dec.stdout | lines
| where {|l| ($l | str contains "=") and not ($l | str starts-with "#") }
| first | default "" | split row "=" | skip 1 | str join "=" | str trim
} else { "" }
} else { "" }
{ token: $tok, domain: $domain, target_ip: $fip, zone: $zone }
}
} | where {|r| $r != null }
}
}
# DNS reconcile inputs — the provisioning-side deploy step upserts the A record(s)
# after a successful install (see the $wait/completed path). Empty domain or
# target_ip → the reconcile skips. Nodes carry no DNS logic.
let dns_reconcile = {
token: $dns_token,
domain: ($comp_cfg | get -o domain | default ""),
target_ip: ($derived | get -o gateway_ip | default ($comp_cfg | get -o gateway_ip | default "")),
zone: ($comp_cfg | get -o dns_zone | default ""),
sites: $dns_sites,
}
{b64: $b64, work_dir: $work_dir, dns: $dns_reconcile}
}
# Generate bash lines for a single hook or method-action step.
def comp-plan-hook-lines [hook: record]: nothing -> list<string> {
let action = ($hook | get -o action | default "noop" | str replace "'" "")
let params = ($hook | get -o params | default {})
let delay = ($hook | get -o delay | default 0)
mut lines: list<string> = []
for kv in ($params | items {|k v| {k: $k, v: $v}}) {
$lines = ($lines | append $"export PLAN_PARAM_($kv.k | str upcase)=\"($kv.v)\"")
}
$lines = ($lines | append $"_method_($action)")
for k in ($params | columns) {
$lines = ($lines | append $"unset PLAN_PARAM_($k | str upcase)")
}
if $delay > 0 { $lines = ($lines | append $"sleep ($delay)") }
$lines
}
# Generate a bash run-<op>.sh script from a list of manifest plan steps.
# Merge op-level hooks from concerns.manifest_hooks (preset) and manifest_plan.hooks (component).
# Concerns hooks run first in pre (infrastructure before app logic).
# Plan hooks run first in post (app cleanup before infrastructure cleanup).
# Known limitation: ws_plan merge is shallow — workspace hooks replace component hooks entirely.
def comp-plan-merge-hooks [plan: record, comp_cfg: record]: nothing -> record {
let ch = ($comp_cfg | get -o concerns | default {} | get -o manifest_hooks | default {})
let ph = ($plan | get -o hooks | default {})
let merge_op = {|op|
let c = ($ch | get -o $op | default {})
let p = ($ph | get -o $op | default {})
{
pre: (($c | get -o pre | default []) | append ($p | get -o pre | default [])),
post: (($p | get -o post | default []) | append ($c | get -o post | default [])),
}
}
{
init: (do $merge_op "init"),
update: (do $merge_op "update"),
delete: (do $merge_op "delete"),
restart: (do $merge_op "restart"),
}
}
def comp-plan-op-to-bash [name: string, op: string, steps: list, hooks_pre: list = [], hooks_post: list = []]: nothing -> string {
mut lines: list<string> = [
"#!/bin/bash",
"set -euo pipefail",
$"# Generated by provisioning bundle builder for ($name):($op) — do not edit",
"SCRIPT_DIR=\"$(cd \"$(dirname \"${BASH_SOURCE[0]}\")\" && pwd)\"",
"# shellcheck source=/dev/null",
"set -a",
$"[ -f \"$SCRIPT_DIR/env-($name)\" ] && source \"$SCRIPT_DIR/env-($name)\"",
"# _credentials.env is NOT auto-sourced — methods source it explicitly when needed",
"set +a",
$"source \"$SCRIPT_DIR/($name)-lib.sh\"",
"",
]
if ($hooks_pre | is-not-empty) or ($hooks_post | is-not-empty) {
$lines = ($lines | append
"[ -f \"$SCRIPT_DIR/lib/tls-hook-methods.sh\" ] && source \"$SCRIPT_DIR/lib/tls-hook-methods.sh\"")
$lines = ($lines | append "")
}
for step in ($hooks_pre ++ $steps ++ $hooks_post) {
let action = ($step | get -o action | default "apply" | str replace "'" "")
let file = ($step | get -o file | default "")
let skip = ($step | get -o skip_if_exists | default false)
let delay = ($step | get -o delay | default 0)
let params = ($step | get -o params | default {})
let pre = ($step | get -o pre | default [])
let post = ($step | get -o post | default [])
for hook in $pre { $lines = ($lines | append (comp-plan-hook-lines $hook)) }
let label = if ($file | is-not-empty) { $"($action) ($file)" } else { $action }
$lines = ($lines | append $"echo \" [($op)] ($label)\"")
match $action {
"apply" => {
if ($file | is-not-empty) {
if $skip {
$lines = ($lines | append $"_plan_apply_skip \"($file)\"")
} else {
$lines = ($lines | append $"_plan_apply \"($file)\"")
}
}
}
"rollout-restart" => {
if ($file | is-not-empty) {
$lines = ($lines | append $"_plan_rollout_restart \"($file)\"")
}
}
"delete" => {
if ($file | is-not-empty) {
$lines = ($lines | append $"_plan_delete \"($file)\"")
}
}
"recreate" => {
if ($file | is-not-empty) {
$lines = ($lines | append $"_plan_recreate \"($file)\"")
}
}
_ => {
for kv in ($params | items {|k v| {k: $k, v: $v}}) {
$lines = ($lines | append $"export PLAN_PARAM_($kv.k | str upcase)=\"($kv.v)\"")
}
$lines = ($lines | append $"_method_($action)")
for k in ($params | columns) {
$lines = ($lines | append $"unset PLAN_PARAM_($k | str upcase)")
}
}
}
if $delay > 0 { $lines = ($lines | append $"sleep ($delay)") }
for hook in $post { $lines = ($lines | append (comp-plan-hook-lines $hook)) }
$lines = ($lines | append "")
}
$lines | str join "\n"
}
# Load DAG formulas for a workspace infra. Returns [] if dag.ncl is absent.
def comp-load-dag [ws_root: string, infra: string]: nothing -> list {
let dag_path = ($ws_root | path join "infra" $infra "dag.ncl")
if not ($dag_path | path exists) { return [] }
let full_path = ($ws_root | path join $"infra/($infra)/dag.ncl")
let dag = (ncl-eval-soft $full_path (default-ncl-paths $ws_root) null)
if ($dag == null) { return [] }
$dag | get -o formulas | default []
}
# Extract name from a DAG node — handles both taskserv.name and component.name shapes.
def comp-node-name [n: record]: nothing -> string {
let ts_name = ($n | get -o taskserv | default null | get -o name | default "")
if ($ts_name | is-not-empty) { return $ts_name }
$n | get -o component | default null | get -o name | default ""
}
# Locate the directory that holds .provisioning-state.ncl for a workspace+infra pair.
# The dag-executor writes state to src_path (= infra dir) when called via comp-build-bundle,
# but some workspaces have state at the workspace root. Probe both.
def comp-state-root [ws_root: string, infra: string]: nothing -> string {
let infra_path = ($ws_root | path join "infra" $infra)
if (($infra_path | path join ".provisioning-state.ncl") | path exists) {
$infra_path
} else {
$ws_root
}
}
# Query DAG execution state for a component across all formulas.
# workspace_path: directory containing .provisioning-state.ncl — use comp-state-root to resolve.
# Normalizes underscore→hyphen: settings use vol_prepare, DAG/state use vol-prepare.
# Returns list<{formula, server, state, started_at, ended_at, blocker}>.
# Entries for template-formula servers that were never initialized are excluded so that
# worker template formulas (server never deployed) do not dilute the aggregate state
# of components that share a name (e.g., os, k0s) with the template.
def comp-dag-state-for [workspace_path: string, formulas: list, comp_name: string]: nothing -> list {
# Canonical form is always kebab — DAG formula taskserv.name convention.
# State is normalized to kebab by component_workflow and state-normalize.
let normalized = ($comp_name | str replace --all "_" "-")
$formulas | each {|f|
$f.nodes | where {|n| (comp-node-name $n) == $normalized } | each {|node|
let ns = (state-node-get $workspace_path $f.server $normalized)
# A node is "initialized" if dag-executor has ever touched it:
# either it has log entries, or actor.identity is non-empty.
# Pure defaults (log=[], identity="") mean the server template was never deployed.
let initialized = (
($ns.log? | default [] | is-not-empty) or
($ns.actor?.identity? | default "" | is-not-empty)
)
{
_init: $initialized,
formula: $f.id,
server: $f.server,
state: ($ns.state? | default "pending"),
started_at: ($ns.started_at? | default ""),
ended_at: ($ns.ended_at? | default ""),
blocker: ($ns.blocker? | default ""),
log: ($ns.log? | default []),
}
}
} | flatten
| where { |e| $e._init }
| each { |e| $e | reject _init }
}
# Lookup component state directly from the state file (no DAG formula required).
# Used as fallback for cluster-mode components not registered in any DAG formula.
# Returns the same list shape as comp-dag-state-for.
def comp-direct-state-for [workspace_path: string, comp_name: string]: nothing -> list {
# Try kebab form first (canonical after state-normalize), fall back to
# the original underscore form — state files written by older orchestrator
# versions use kebab; newer ones may use underscore. Both must resolve.
let kebab = ($comp_name | str replace --all "_" "-")
let snake = ($comp_name | str replace --all "-" "_")
let st = (state-read $workspace_path)
$st.servers
| transpose hostname srv
| each {|row|
let taskservs = ($row.srv.taskservs? | default {})
# The same taskserv may be recorded under both kebab and snake forms
# (orphan duplicate from a node-name convention change). Pick the
# genuinely-active entry — a stale pending orphan must not shadow the
# completed one — by preferring non-pending state, then most-recent activity.
let cands = ([$kebab $comp_name $snake] | uniq
| each {|k| $taskservs | get -o $k }
| where {|v| ($v != null) and ($v | is-not-empty) })
let ts = if ($cands | is-empty) { {} } else if ($cands | length) == 1 {
$cands | first
} else {
($cands | each {|c|
let advanced = (if (($c.state? | default "pending" | into string) != "pending") { "1" } else { "0" })
let tstamp = (if (($c.ended_at? | default "") != "") { ($c.ended_at? | default "") } else { ($c.started_at? | default "") })
{ node: $c, key: $"($advanced)|($tstamp)" }
} | sort-by key | last | get node)
}
if ($ts | is-empty) { [] } else {
let is_init = (
($ts.log? | default [] | is-not-empty) or
($ts.actor?.identity? | default "" | is-not-empty)
)
if $is_init {
[{
formula: "direct",
server: $row.hostname,
state: ($ts.state? | default "pending"),
started_at: ($ts.started_at? | default ""),
ended_at: ($ts.ended_at? | default ""),
blocker: ($ts.blocker? | default ""),
log: ($ts.log? | default []),
}]
} else { [] }
}
} | flatten
}
# Summarise a list of dag state entries into a single string (for list column).
2026-07-10 06:20:26 +01:00
export def comp-dag-summary [dag: list]: nothing -> string {
2026-07-09 21:57:14 +01:00
if ($dag | is-empty) { return "—" }
let states = ($dag | each {|e| $e.state })
if ($states | any { $in == "running" }) { return "running" }
if ($states | any { $in == "failed" }) { return "failed" }
if ($states | any { $in == "blocked" }) { return "blocked" }
if ($states | any { $in == "unknown" }) { return "unknown" }
if ($states | all { $in == "completed" }) { return "completed" }
if ($states | any { $in == "completed" }) { return "partial" }
"pending"
}
# Validate cluster capabilities against real infrastructure state.
#
# Exports infra/{infra}/capabilities.ncl from the workspace and compares declared
# capabilities (storage_classes, ingress_class) against live kubectl output.
# Returns a table of check / expected / actual / status rows.
#
# Usage:
# provisioning validate capabilities --workspace libre-daoshi --infra wuji
export def "main validate capabilities" [
--workspace (-w): string = "" # Workspace name or path (default: auto-detect)
--infra (-i): string = "" # Infra name (default: auto-detect)
]: nothing -> table<check: string, expected: string, actual: string, status: string> {
let ws_root = (comp-resolve-ws-path $workspace)
if ($ws_root | is-empty) {
cli-err "Could not resolve workspace root"
}
let infra = if ($infra | is-not-empty) { $infra } else {
ls ($ws_root | path join "infra") | where type == dir | get name
| each { |p| $p | path basename }
| where { |n| ($ws_root | path join "infra" $n "settings.ncl" | path exists) }
| get 0? | default ""
}
let caps_path = ($ws_root | path join "infra" $infra "capabilities.ncl")
if not ($caps_path | path exists) {
cli-err $"capabilities.ncl not found at ($caps_path)"
}
let caps = (comp-ncl-export $ws_root ($"infra/($infra)/capabilities.ncl"))
mut rows: list<record<check: string, expected: string, actual: string, status: string>> = []
# Check storage classes
let declared_sc = ($caps | get -o provides | default {} | get -o storage_classes | default [] | each { $in | into string })
if ($declared_sc | is-not-empty) {
let sc_result = (comp-kubectl-ssh $ws_root $infra "get sc --no-headers -o custom-columns=NAME:.metadata.name")
let actual_sc = if $sc_result.exit_code == 0 {
$sc_result.stdout | lines | where { $in | is-not-empty }
} else {
[]
}
for sc in $declared_sc {
let found = ($actual_sc | any { $in == $sc })
$rows = ($rows | append {
check: "storage_class",
expected: $sc,
actual: (if $found { $sc } else { "<not found>" }),
status: (if $found { "ok" } else { "MISSING" }),
})
}
}
# Check ingress class
let declared_ic = ($caps | get -o provides | default {} | get -o ingress_class | default "")
if ($declared_ic | is-not-empty) {
let ic_result = (comp-kubectl-ssh $ws_root $infra "get ingressclass --no-headers -o custom-columns=NAME:.metadata.name")
let actual_ic = if $ic_result.exit_code == 0 {
$ic_result.stdout | lines | where { $in | is-not-empty }
} else {
[]
}
let found = ($actual_ic | any { $in == $declared_ic })
$rows = ($rows | append {
check: "ingress_class",
expected: $declared_ic,
actual: (if $found { $declared_ic } else { "<not found>" }),
status: (if $found { "ok" } else { "MISSING" }),
})
}
$rows
}
# Validate component configuration against workspace capabilities and server inventory.
#
# Exports infra/{infra}/settings.ncl and checks each component:
# - taskserv mode: verifies the target server exists in the servers map.
# - cluster mode: verifies the storage_class (if declared) is in capabilities.storage_classes.
# Returns a table of component / check / status / detail rows.
#
# Usage:
# provisioning validate components --workspace libre-daoshi --infra wuji
export def "main validate components" [
--workspace (-w): string = "" # Workspace name or path (default: auto-detect)
--infra (-i): string = "" # Infra name (default: auto-detect)
]: nothing -> table<component: string, check: string, status: string, detail: string> {
let ws_root = (comp-resolve-ws-path $workspace)
if ($ws_root | is-empty) {
cli-err "Could not resolve workspace root"
}
let infra = if ($infra | is-not-empty) { $infra } else {
ls ($ws_root | path join "infra") | where type == dir | get name
| each { |p| $p | path basename }
| where { |n| ($ws_root | path join "infra" $n "settings.ncl" | path exists) }
| get 0? | default ""
}
let settings = (comp-ncl-export $ws_root ($"infra/($infra)/settings.ncl"))
let components = ($settings | get -o components | default {})
# Load capabilities for storage_class cross-check (best-effort: skip if absent).
let caps_path = ($ws_root | path join "infra" $infra "capabilities.ncl")
let caps_sc: list<string> = if ($caps_path | path exists) {
let c = (comp-ncl-export $ws_root ($"infra/($infra)/capabilities.ncl"))
$c | get -o provides | default {} | get -o storage_classes | default [] | each { $in | into string }
} else {
[]
}
# Load servers for taskserv target validation (best-effort).
let servers_path = ($ws_root | path join "infra" $infra "servers.ncl")
let server_names: list<string> = if ($servers_path | path exists) {
ncl-eval-soft $servers_path (default-ncl-paths $ws_root) {} | get -o servers | default {} | columns
} else {
[]
}
mut rows: list<record<component: string, check: string, status: string, detail: string>> = []
let comp_names = ($components | columns)
for comp_name in $comp_names {
let comp = ($components | get $comp_name)
let mode = ($comp | get -o mode | default "cluster")
if $mode == "taskserv" {
let target = ($comp | get -o target | default "")
if ($target | is-empty) {
$rows = ($rows | append { component: $comp_name, check: "target_server", status: "WARN", detail: "mode=taskserv but no target specified" })
} else if ($server_names | is-empty) {
$rows = ($rows | append { component: $comp_name, check: "target_server", status: "SKIP", detail: $"servers.ncl not available — cannot verify '($target)'" })
} else {
let found = ($server_names | any { $in == $target })
$rows = ($rows | append {
component: $comp_name,
check: "target_server",
status: (if $found { "ok" } else { "MISSING" }),
detail: (if $found { $"target '($target)' exists" } else { $"target '($target)' not found in servers" }),
})
}
} else if $mode == "cluster" {
let sc = ($comp | get -o storage_class | default "")
if ($sc | is-not-empty) {
if ($caps_sc | is-empty) {
$rows = ($rows | append { component: $comp_name, check: "storage_class", status: "SKIP", detail: "capabilities.ncl not available" })
} else {
let found = ($caps_sc | any { $in == $sc })
$rows = ($rows | append {
component: $comp_name,
check: "storage_class",
status: (if $found { "ok" } else { "MISSING" }),
detail: (if $found { $"storage_class '($sc)' available" } else { $"storage_class '($sc)' not in capabilities" }),
})
}
}
}
# Always emit a baseline row even when no sub-checks apply.
if ($rows | where component == $comp_name | is-empty) {
$rows = ($rows | append { component: $comp_name, check: "declared", status: "ok", detail: $"mode=($mode)" })
}
}
$rows
}
# List all components declared in the workspace infra settings.
#
# Cluster components: one row per component (dag-summary state).
# Taskserv components: one row per (component ×
#
# Usage:
# provisioning component list --workspace libre-daoshi
# provisioning component list --server libre-wuji-wrk-0
export def "main component list" [
--workspace (-w): string = "" # Workspace name or path (default: auto-detect from CWD)
--infra (-i): string = "" # Infra name (default: auto-detect from workspace)
--mode (-m): string = "" # Filter by deploy mode: cluster | taskserv (default: all)
--server (-s): string = "" # Filter taskserv rows to a specific server hostname
]: nothing -> table<name: string, mode: string, server: string, namespace: string, version: string, state: string> {
let ws_root = (comp-resolve-ws-path $workspace)
if ($ws_root | is-empty) {
cli-err "Could not resolve workspace root"
}
let infra = if ($infra | is-not-empty) { $infra } else {
# Auto-detect: first infra dir that has settings.ncl
ls ($ws_root | path join "infra")
| where type == dir
| get name
| each { |p| $p | path basename }
| where { |n| ($ws_root | path join "infra" $n "settings.ncl" | path exists) }
| get 0?
| default ""
}
if ($infra | is-empty) {
cli-err $"No infra with settings.ncl found in ($ws_root)/infra/"
}
let settings = (comp-ncl-export $ws_root ($"infra/($infra)/settings.ncl"))
let components = ($settings | get -o components | default {})
let dag_formulas = (comp-load-dag $ws_root $infra)
let all_names = ($components | columns)
let filtered_names = if ($mode | is-not-empty) {
$all_names | where {|n|
($components | get $n | get -o mode | default "cluster") == $mode
}
} else {
$all_names
}
let state_root = (comp-state-root $ws_root $infra)
$filtered_names | each { |comp_name|
let comp = ($components | get $comp_name)
let comp_mode = ($comp | get -o mode | default "cluster")
# Service-class contract surface (step 2): class, effective resources
# (cpu·mem req/lim) and placement (node_class + mode). "—" when undeclared.
let svc_class = ($comp | get -o class | default "")
let re = ($comp | get -o resources_effective | default {})
let resources = if ($re | is-empty) { "—" } else {
let c = ($re | get -o cpu | default {})
let m = ($re | get -o memory | default {})
$"($c | get -o request | default '?')/($c | get -o limit | default '?') · ($m | get -o request | default '?')/($m | get -o limit | default '?')"
}
let pl = ($comp | get -o placement | default {})
let placement = if ($pl | is-empty) { "—" } else {
let ncs = ($pl | get -o node_class | default [] | str join ",")
if ($ncs | is-empty) { "—" } else { $"($ncs) \(($pl | get -o mode | default 'prefer')\)" }
}
if $comp_mode == "taskserv" {
# Expand: one row per server. If the declaration has an explicit target,
# restrict to that server only — prevents node-join state (same taskserv
# key, different server) from polluting the component's row.
let declared_target = ($comp | get -o target | default "")
let per_server_all = (comp-direct-state-for $state_root $comp_name)
let per_server = if ($declared_target | is-not-empty) {
$per_server_all | where server == $declared_target
} else {
$per_server_all
}
if ($per_server | is-empty) {
[{
name: $comp_name,
mode: "taskserv",
server: $declared_target,
namespace: "",
version: ($comp | get -o version | default ""),
class: $svc_class,
resources: $resources,
placement: $placement,
pod_selector: ($comp | get -o pod_selector | default ""),
live_check: ($comp | get -o live_check | default {}),
state: "pending",
}]
} else {
$per_server | each {|entry|
{
name: $comp_name,
mode: "taskserv",
server: $entry.server,
namespace: "",
version: ($comp | get -o version | default ""),
class: $svc_class,
resources: $resources,
placement: $placement,
pod_selector: ($comp | get -o pod_selector | default ""),
live_check: ($comp | get -o live_check | default {}),
state: $entry.state,
}
}
}
} else {
# Cluster: one row, dag-summary state.
let dag_raw = (comp-dag-state-for $state_root $dag_formulas $comp_name)
let dag = if ($dag_raw | is-empty) {
comp-direct-state-for $state_root $comp_name
} else {
$dag_raw
}
[{
name: $comp_name,
mode: "cluster",
server: "",
namespace: ($comp | get -o namespace | default ""),
version: ($comp | get -o version | default ""),
class: $svc_class,
resources: $resources,
placement: $placement,
pod_selector: ($comp | get -o pod_selector | default ""),
live_check: ($comp | get -o live_check | default {}),
state: (comp-dag-summary $dag),
}]
}
} | flatten
| if ($server | is-not-empty) {
where {|r| ($r.mode == "cluster") or ($r.server == $server) }
} else { $in }
}
# Show the full unified view of a single component declaration.
#
# Exports infra/{infra}/components/{name}.ncl from the workspace. If that file
# does not exist, falls back to the component entry in settings.ncl.
# Returns a record with mode, target, namespace, requires, provides, and operations.
#
# Usage:
# provisioning component info postgresql --workspace libre-daoshi --infra wuji
# Load a component record + DAG state for use by the status subcommand and info printer.
# Returns a record with: mode, target, namespace, version, pod_selector, live_check,
# requires (normalized list), operations (enabled list), provides, dag (state entries).
export def comp-load-component-record [
name: string
ws_root: string
infra: string
]: nothing -> record {
let comp_ncl_path = ($ws_root | path join "infra" $infra "components" $"($name).ncl")
let comp = if ($comp_ncl_path | path exists) {
let raw = (comp-ncl-export $ws_root ($"infra/($infra)/components/($name).ncl"))
$raw | get -o $name | default $raw
} else {
let settings = (comp-ncl-export $ws_root ($"infra/($infra)/settings.ncl"))
let components = ($settings | get -o components | default {})
if not ($name in ($components | columns)) {
cli-err $"Component '($name)' not found in settings.ncl or components/$name.ncl"
}
$components | get $name
}
let dag_formulas = (comp-load-dag $ws_root $infra)
let state_root = (comp-state-root $ws_root $infra)
let dag_raw = (comp-dag-state-for $state_root $dag_formulas $name)
let dag = if ($dag_raw | is-empty) { comp-direct-state-for $state_root $name } else { $dag_raw }
let req_raw = ($comp | get -o requires | default {})
let req_norm = if ($req_raw | describe | str starts-with "record") {
[
(if ($req_raw | get -o storage | default null | is-not-empty) {
let s = ($req_raw.storage? | default {})
[$"storage:($s | get -o size | default '?')"]
} else { [] }),
(if ($req_raw | get -o ports | default [] | is-not-empty) {
let ports = ($req_raw.ports? | default [] | each {|p| $"($p | get -o port | default '?')"} | str join "/")
[$"ports:($ports)"]
} else { [] }),
($req_raw | get -o credentials | default []),
] | flatten
} else if ($req_raw | describe | str starts-with "list") { $req_raw } else { [] }
let ops_raw = ($comp | get -o operations | default {})
let ops_norm = if ($ops_raw | describe | str starts-with "record") {
$ops_raw | transpose k v | where {|r| $r.v == true } | each {|r| $r.k}
} else if ($ops_raw | describe | str starts-with "list") { $ops_raw } else { [] }
{
mode: ($comp | get -o mode | default "cluster"),
target: ($comp | get -o target | default ""),
namespace: ($comp | get -o namespace | default ""),
version: ($comp | get -o version | default ""),
pod_selector: ($comp | get -o pod_selector | default ""),
live_check: ($comp | get -o live_check | default {}),
requires: $req_norm,
operations: $ops_norm,
provides: ($comp | get -o provides | default {}),
dag: $dag,
}
}
export def "main component info" [
name: string # Component name
--workspace (-w): string = "" # Workspace name (default: active)
--infra (-i): string = "" # Infra name (default: auto-detect)
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
if ($ws_root | is-empty) {
cli-err "Could not resolve workspace root"
}
let infra = if ($infra | is-not-empty) { $infra } else {
ls ($ws_root | path join "infra")
| where type == dir
| get name
| each { |p| $p | path basename }
| where { |n| ($ws_root | path join "infra" $n "settings.ncl" | path exists) }
| get 0?
| default ""
}
if ($infra | is-empty) {
cli-err $"No infra with settings.ncl found in ($ws_root)/infra/"
}
let info = (comp-load-component-record $name $ws_root $infra)
let comp = do {
let comp_ncl_path = ($ws_root | path join "infra" $infra "components" $"($name).ncl")
if ($comp_ncl_path | path exists) {
let raw = (comp-ncl-export $ws_root ($"infra/($infra)/components/($name).ncl"))
$raw | get -o $name | default $raw
} else {
let settings = (comp-ncl-export $ws_root ($"infra/($infra)/settings.ncl"))
($settings | get -o components | default {}) | get -o $name | default {}
}
}
let dag = $info.dag
let req_norm = $info.requires
let ops_norm = $info.operations
let provides_raw = $info.provides
print $"component ($name)"
print $"infra ($infra)"
print $"mode ($info.mode)"
if ($info.version | is-not-empty) { print $"version ($info.version)" }
if ($info.namespace | is-not-empty) { print $"namespace ($info.namespace)" }
if ($info.target | is-not-empty) { print $"target ($info.target)" }
if ($info.pod_selector | is-not-empty) { print $"pod_selector ($info.pod_selector)" }
print ""
print "requires"
for $r in $req_norm { print $" ($r)" }
if ($req_norm | is-empty) { print " (none)" }
print ""
print "provides"
if ($provides_raw | columns | is-not-empty) {
$provides_raw | transpose k v | each {|r| print $" ($r.k) ($r.v)"} | ignore
} else {
print " (none)"
}
print ""
print "operations"
for $op in $ops_norm { print $" ($op)" }
if ($ops_norm | is-empty) { print " (none)" }
if ($dag | is-not-empty) {
print ""
print $"DAG execution — ($dag | length) formulas:"
for $step in $dag {
let state_icon = match $step.state {
"completed" => "✅", "running" => "🔄",
"failed" => "❌", "blocked" => "⊘", _ => "⏳",
}
let blocker = if ($step.blocker | is-not-empty) { $" ← blocked by ($step.blocker)" } else { "" }
print $" ($state_icon) ($step.formula | fill -a l -w 28) server: ($step.server) ($step.state)($blocker)"
let entries = ($step.log? | default [])
if ($entries | is-empty) {
print " history: —"
} else {
for $ev in $entries {
let ev_icon = match $ev.event {
"completed" => "✅",
"started" => "▶",
"failed" => "❌",
"reset-reprovision" => "↺",
_ => "·",
}
let ts = ($ev.ts | str replace "T" " " | str replace "Z" "")
print $" ($ev_icon) ($ts) ($ev.event)"
}
}
}
}
}
# ── Lifecycle operation dispatcher ───────────────────────────────────────────
# Fan-out dispatcher: when server is empty, expands to all active servers from state.
# Falls back to a single call with an empty target when no active servers are found
# (preserves existing resolution logic in component_workflow for new installs).
def component_dispatch [
ws_root: string
infra: string
name: string
op: string
server: string
check: bool
wait: bool
timeout: int
orchestrator: string
no_orch: bool
debug: bool
]: nothing -> list<string> {
use domain/workspace/state.nu [state-component-active-servers]
let infra_name = ($infra | path basename)
let targets = if ($server | is-not-empty) {
[$server]
} else {
let active = (state-component-active-servers $ws_root $name)
if ($active | is-not-empty) { $active } else { [""] }
}
mut results = []
for t in $targets {
$results = ($results | append (component_workflow $ws_root $infra_name $name $op $t $check $wait $timeout $orchestrator $no_orch $debug))
}
$results
}
# Build the ComponentWorkflow payload and submit it via the orchestrator client.
# Returns the task_id. --wait blocks until the task reaches a terminal state.
# no_orch = true: bypass orchestrator, execute directly via the taskserv runner.
# Used by the orchestrator itself to avoid the component→orchestrator loop.
def component_workflow [
ws_root: string
infra: string
name: string
op: string
server: string
check: bool
wait: bool
timeout: int
orchestrator: string
no_orch: bool = false
debug: bool = false
]: nothing -> string {
let fs_name = ($name | str replace --all "-" "_")
# State key is always kebab — DAG formula taskserv.name convention. Using a single canonical
# form prevents duplicate entries when CLI passes snake and orchestrator passes kebab for the
# same component.
let state_key = ($name | str replace --all "_" "-")
let settings = (comp-ncl-export $ws_root ($"infra/($infra)/settings.ncl"))
let comp = ($settings | get -o components | default {} | get -o $fs_name | default {})
let mode = ($comp | get -o mode | default "cluster")
let ns = ($comp | get -o namespace | default "")
let target = if ($server | is-not-empty) {
$server
} else if $mode == "taskserv" {
let explicit = ($comp | get -o target | default "")
if ($explicit | is-not-empty) {
$explicit
} else {
$settings | get -o servers | default [] | get 0? | default {} | get -o hostname | default ""
}
} else {
let formulas = (comp-load-dag $ws_root $infra)
if ($formulas | is-not-empty) {
$formulas | get 0? | default {} | get -o server | default ""
} else {
$settings | get -o servers | default [] | get 0? | default {} | get -o hostname | default ""
}
}
# Auto-redirect: if the component declares a target and the install target differs,
# look for a {name}_worker variant in settings and use it instead.
let comp_target = ($comp | get -o target | default "")
let name = if ($comp_target | is-not-empty) and ($comp_target != $target) {
let worker_key = $"($fs_name)_worker"
let has_worker = ($settings | get -o components | default {} | get -o $worker_key | default null) != null
if $has_worker {
print $"↪ component ($name) target=($comp_target) ≠ ($target) — using ($worker_key)"
$worker_key
} else { $name }
} else { $name }
if $no_orch {
# Direct execution path: fallback when orchestrator is unavailable.
print $"Executing component ($op) directly: ($name) → ($target)"
match $mode {
"taskserv" => {
use orchestration/taskservs/create.nu *
let infra_path = ($ws_root | path join "infra" $infra)
main create $name $target --infra $infra_path --check=$check
}
_ => {
cli-err $"Direct execution not yet supported for deploy mode '($mode)' \(component: ($name)\)"
}
}
return "direct"
}
if ($target | is-empty) {
cli-err $"Cannot resolve target server for component '($name)' — set a target in settings or pass --server"
}
let ssh_info = (comp-server-ssh-info $ws_root $infra $target)
let prov_root = (comp-prov-root)
# Pre-flight: build + validate the bundle BEFORE any op tracking or state changes.
# Errors here are clean exits — no jj/rad/op-log/state-node noise.
print $"[preflight] Validating component bundle: ($name) → ($target)"
let bundle_result = if $mode == "cluster" {
comp-build-cluster-bundle $name $ws_root $infra $target $op $settings $debug
} else {
let b64 = (comp-build-bundle $name $ws_root $infra $target $op $settings)
{b64: $b64, work_dir: ""}
}
if $check {
print $"[preflight] OK — bundle validated. check_mode=true, not submitting."
if $debug { print $"[preflight] work_dir preserved: ($bundle_result.work_dir)" }
if ($bundle_result.work_dir | is-not-empty) and (not $debug) { ^rm -rf $bundle_result.work_dir }
return "check"
}
let payload = {
workspace: $ws_root,
infra: $infra,
component: $name,
server: $ssh_info.host,
namespace: (if ($ns | is-not-empty) { $ns } else { null }),
ssh_user: $ssh_info.user,
ssh_key_path: (if ($ssh_info.key | is-not-empty) { $ssh_info.key } else { null }),
settings: ($settings | to json),
check_mode: $check,
debug: $debug,
provisioning: $prov_root,
script_compressed: $bundle_result.b64,
mode: $mode,
}
# Service health gates BEFORE any state mutation — clean exit with no side effects on failure.
health-gate $"component ($name) ($op)"
let orch_url = (orch-url --orchestrator $orchestrator)
if not (orch-health --orchestrator $orchestrator) {
cli-err $"Orchestrator is not running at ($orch_url)\nStart it with: nu provisioning/platform/scripts/start-provisioning-daemon.nu"
}
# All gates passed — safe to record op start now.
let actor = ($env.USER? | default "system")
let effective_op = match $op {
"install" | "reinstall" => "create",
$o => $o,
}
let state_root = (comp-state-root $ws_root $infra)
state-node-start $state_root $target $state_key --actor $actor --source "cli" --operation $effective_op
print $"Submitting component ($op): ($name) → ($target)"
let task_id = (orch-submit-component $payload $op --orchestrator $orchestrator)
if $wait {
let final = (orch-wait-task $task_id --timeout $timeout --orchestrator $orchestrator)
let status = ($final | get -o status | default "unknown" | str downcase)
match $status {
"completed" => {
match $op {
"delete" => {
state-node-delete $state_root $target $state_key
},
"reinstall" => {
state-node-reset $state_root $target $state_key --source "cli" --actor $actor
},
_ => {
state-node-finish $state_root $target $state_key --success --source "cli"
},
}
# Provisioning-side DNS reconcile — nodes carry no DNS tooling, so the
# A record(s) are upserted here with native http/json after a successful
# install. Never CRASHES the deploy over DNS, but the outcome is captured
# and a miss is surfaced loudly (not the old silent `do -i`): cloudflare-dns.nu
# verifies the record and exits non-zero when it is not confirmed.
# DNS-degraded tracking (ADR-051 postop-degrades-and-notifies): the
# WARN sites below no longer just print — a failed verify degrades the
# op. component_dispatch owns no op record (op start/finish are separate
# operator calls), so the degrade surfaces as: a [DEGRADED] log line
# (always), an op.json field (when PROVISIONING_OP_ID is exported), and
# a non-zero exit when ops.dns.strict = true (default false = WARN-only).
mut dns_degraded = false
mut dns_degraded_detail = ""
if $mode == "cluster" and $op != "delete" {
let dns = ($bundle_result | get -o dns | default {})
let dns_mod = ($prov_root | path join "catalog" "lib" "cloudflare-dns.nu")
let dns_domain = ($dns | get -o domain | default "")
let dns_ip = ($dns | get -o target_ip | default "")
# Domain declared but no resolved target — the reconcile cannot publish.
# Do not hide it (this was the ontoref silent skip: gateway_ip empty).
if ($dns_domain | is-not-empty) and ($dns_ip | is-empty) {
print $" [WARN] DNS: ($dns_domain) has no resolved target_ip (gateway_ip empty) — A record NOT published; the domain will not resolve. Check gateway_fip / hcloud auth."
$dns_degraded = true
$dns_degraded_detail = $"($dns_domain): no resolved target_ip (gateway_ip empty)"
}
if ($dns_domain | is-not-empty) and ($dns_ip | is-not-empty) {
let dns_r = (do {
with-env { CF_API_TOKEN: ($dns | get -o token | default "") } {
^nu $dns_mod $dns_domain $dns_ip ($dns | get -o zone | default "")
}
} | complete)
if not ($dns_r.stdout | str trim | is-empty) { print ($dns_r.stdout | str trim) }
if $dns_r.exit_code != 0 {
print $" [WARN] DNS reconcile NOT confirmed for ($dns_domain) → ($dns_ip); deploy continued but the domain may not resolve — publish it or re-run the op."
$dns_degraded = true
$dns_degraded_detail = $"($dns_domain) → ($dns_ip): reconcile not confirmed"
}
}
let dns_sites = ($dns | get -o sites | default [])
if ($dns_sites | is-not-empty) {
let tmp = (mktemp --suffix ".json")
$dns_sites | to json | save --force $tmp
let many_r = (do { ^nu $dns_mod many $tmp } | complete)
if not ($many_r.stdout | str trim | is-empty) { print ($many_r.stdout | str trim) }
if $many_r.exit_code != 0 {
print " [WARN] DNS multi-site reconcile reported unconfirmed records — see output above."
$dns_degraded = true
$dns_degraded_detail = "multi-site reconcile: unconfirmed records"
}
rm -f $tmp
}
}
# Delete-path DNS inversion (ADR-051 delete-inverts-cleanup): the
# install/update reconcile above publishes the A record, so delete
# must remove it or the component leaves an orphaned record. Runs on
# the provisioner (token locality), symmetric with the upsert path.
if $mode == "cluster" and $op == "delete" {
let dns = ($bundle_result | get -o dns | default {})
let dns_domain = ($dns | get -o domain | default "")
if ($dns_domain | is-not-empty) {
let dns_mod = ($prov_root | path join "catalog" "lib" "cloudflare-dns.nu")
let del_r = (do {
with-env { CF_API_TOKEN: ($dns | get -o token | default "") } {
^nu $dns_mod delete $dns_domain ($dns | get -o zone | default "")
}
} | complete)
if not ($del_r.stdout | str trim | is-empty) { print ($del_r.stdout | str trim) }
if $del_r.exit_code != 0 {
print $" [WARN] DNS delete NOT confirmed for ($dns_domain); the A record may be orphaned — remove it manually or re-run the delete."
$dns_degraded = true
$dns_degraded_detail = $"($dns_domain): delete not confirmed (A record may be orphaned)"
}
}
}
# Postdeploy escalation (ADR-051 postop-degrades-and-notifies): a
# degraded DNS state must be observable + recorded, never silently green.
if $dns_degraded {
print $" [DEGRADED] dns: ($dns_degraded_detail)"
# Persist to the op record only when the wrapping op exported its id
# (dispatch has no op context of its own). No-op when absent/missing.
let op_id_env = ($env.PROVISIONING_OP_ID? | default "")
if ($op_id_env | is-not-empty) {
let op_json = ($ws_root | path join "infra" $infra "ops" $op_id_env "op.json")
if ($op_json | path exists) {
let rec = (open $op_json)
$rec | merge { degraded: { dns: $dns_degraded_detail } } | to json --indent 2 | save --force $op_json
print $" [DEGRADED] recorded in op ($op_id_env)"
}
}
# ops.dns.strict = true → fail the process so the wrapping op is
# marked failed. Default false preserves today's WARN-only behavior
# for all workspaces that have not opted in.
let prov_cfg = (try { comp-ncl-export $ws_root "config/provisioning.ncl" } catch { {} })
let dns_strict = ($prov_cfg | get -o ops.dns.strict | default false)
if $dns_strict {
error make {msg: $"Op degraded — DNS not confirmed: ($dns_degraded_detail) \(ops.dns.strict=true\)"}
}
}
print $"Done: ($status)"
},
_ => {
state-node-finish $state_root $target $state_key --source "cli"
cli-err $"Component ($op) failed: ($final | get -o error | default 'no detail')"
},
}
}
$task_id
}
# Install a component on the target server.
export def "main component install" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--check
--wait
--timeout: int = 300
--orchestrator: string = ""
--no-orchestrator # bypass orchestrator, execute directly
--debug (-x) # bash -x tracing on remote; leaves /tmp/{name} intact for inspection
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "install" $server $check $wait $timeout $orchestrator $no_orchestrator $debug
}
# Delete a component from the target server.
export def "main component delete" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--check
--wait
--timeout: int = 300
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "delete" $server $check $wait $timeout $orchestrator $no_orchestrator $debug
}
# Update a component to the latest declared version.
export def "main component update" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--check
--wait
--timeout: int = 300
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "update" $server $check $wait $timeout $orchestrator $no_orchestrator $debug
}
# Reinstall a component (delete + install in one operation).
export def "main component reinstall" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--check
--wait
--timeout: int = 300
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "reinstall" $server $check $wait $timeout $orchestrator $no_orchestrator $debug
}
# Restart a running component.
export def "main component restart" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--wait
--timeout: int = 120
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "restart" $server false $wait $timeout $orchestrator $no_orchestrator $debug
}
# Run a backup of a component's persistent state.
export def "main component backup" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--wait
--timeout: int = 600
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "backup" $server false $wait $timeout $orchestrator $no_orchestrator $debug
}
# Restore a component from its most recent backup.
export def "main component restore" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--check
--wait
--timeout: int = 600
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "restore" $server $check $wait $timeout $orchestrator $no_orchestrator $debug
}
# Render a component bundle locally for audit — no ops, no SSH, no deployment.
# Outputs rendered manifests and generated run-*.sh scripts to <out_dir>/<component>/.
# Useful for reviewing what would be deployed before committing to an operation.
export def "main component render" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--out (-o): string = "audit" # output directory (relative to cwd)
--op: string = "init" # which op's plan scripts to include (init|update|delete|restart)
--bundle # also write <name>.tar.gz.b64 alongside rendered files
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let settings = (comp-ncl-export $ws_root $"infra/($infra_name)/settings.ncl")
let fs_name = ($name | str replace --all "-" "_")
let mode = ($settings | get -o components | default {} | get -o $fs_name | default {} | get -o mode | default "cluster")
let bundle_result = if $mode == "cluster" {
comp-build-cluster-bundle $name $ws_root $infra_name "" $op $settings false true
} else {
let b64 = (comp-build-bundle $name $ws_root $infra_name "" $op $settings)
{b64: $b64, work_dir: ""}
}
let bundle_b64 = $bundle_result.b64
if ($bundle_result.work_dir | is-not-empty) { ^rm -rf $bundle_result.work_dir }
let out_dir = ($out | path expand | path join $name)
^mkdir -p $out_dir
let tmp_tar = (^mktemp | str trim)
$bundle_b64 | ^base64 -d | save --force $tmp_tar
^tar -xzf $tmp_tar -C $out_dir
^rm -f $tmp_tar
if $bundle {
let b64_path = ($out_dir | path join $"($name).tar.gz.b64")
$bundle_b64 | save --force $b64_path
print $"Bundle archive → ($b64_path)"
}
print $"Rendered bundle → ($out_dir)"
print $"Contents:"
^find $out_dir -type f | lines | sort | each {|f| print $" ($f)" }
}
# Check for available updates for a component.
export def "main component check-updates" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--orchestrator: string = ""
--no-orchestrator
--debug (-x)
]: nothing -> list<string> {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
component_dispatch $ws_root $infra_name $name "check-updates" $server false false 60 $orchestrator $no_orchestrator $debug
}
# Mark a component as completed in the provisioning state, with full attribution.
#
# Use when a component was deployed manually, by an agent, or when the orchestrator
# lost the completion callback (state stuck in 'running with ended_at="").
# Records actor identity, timestamp, and an optional verification note in the log.
#
# Usage:
# provisioning component mark-complete postgresql --note "verified via kubectl get sts -n data"
export def "main component mark-complete" [
name: string
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
--note: string = ""
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let actor = ($env.USER? | default "system")
let normalized = ($name | str replace --all "_" "-")
# Resolve server: explicit flag → state-file scan → first DAG formula server.
let target = if ($server | is-not-empty) {
$server
} else {
# Scan state file for any server that has this component registered.
let st = (state-read $state_root)
let from_state = (
$st.servers
| transpose hostname srv
| where {|row|
let ts = ($row.srv.taskservs? | default {})
($ts | get -o $name | default {} | is-not-empty) or ($ts | get -o $normalized | default {} | is-not-empty)
}
| get 0?
| get -o hostname
| default ""
)
if ($from_state | is-not-empty) {
$from_state
} else {
# Fall back to first DAG formula server that contains this component node.
let dag_server = (
comp-load-dag $ws_root $infra_name
| each {|f|
let matched = ($f.nodes | where {|n| (comp-node-name $n) == $normalized })
if ($matched | is-not-empty) { [$f.server] } else { [] }
}
| flatten | get 0? | default ""
)
$dag_server
}
}
if ($target | is-empty) {
cli-err $"Cannot resolve server for component '($name)' — pass --server"
}
# Canonical key is kebab (matches DAG formula taskserv.name convention and the new
# state_key normalization in component_workflow). Prefer $normalized (kebab) when both
# forms are present — avoids leaving the DAG-tracked key stale after mark-complete.
let server_ts = (state-read $state_root | get -o servers | default {} | get -o $target | default {} | get -o taskservs | default {})
let active_key = if ($server_ts | get -o $normalized | default {} | is-not-empty) {
$normalized
} else {
$name
}
let ts = ((date now) | format date "%Y-%m-%dT%H:%M:%SZ")
let existing = (state-node-get $state_root $target $active_key)
let event_label = if ($note | is-not-empty) { $"mark-complete: ($note)" } else { "mark-complete" }
let updated_log = (log-trim ($existing.log? | default [] | append {
ts: $ts, event: $event_label, source: "cli"
}))
state-node-set $state_root $target $active_key {
state: "completed",
ended_at: $ts,
actor: { identity: $actor, source: "cli" },
log: $updated_log,
}
print $"component ($name)"
print $"server ($target)"
print $"actor ($actor)"
print $"timestamp ($ts)"
if ($note | is-not-empty) { print $"note ($note)" }
print "state completed"
}
# Sweep all stale components (state=running with empty ended_at) to completed in one write.
#
# Use after an orchestrator crash or manual deploy session where callbacks were lost.
# Pass --include-failed to also sweep 'failed' entries (e.g. cilium/longhorn that failed
# on first script attempt but are actually running — verify pods before using this flag).
# Pass --dry-run to preview without writing.
export def "main component bulk-mark-complete" [
--workspace (-w): string = ""
--infra (-i): string = ""
--note: string = ""
--include-failed # Also sweep state=failed entries
--dry-run # Print what would change, no writes
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let actor = ($env.USER? | default "system")
let ts = ((date now) | format date "%Y-%m-%dT%H:%M:%SZ")
mut st = (state-read $state_root)
# Collect all stale (server, key) pairs from the in-memory record.
let stale = (
$st.servers
| transpose hostname srv
| each {|row|
$row.srv.taskservs?
| default {}
| transpose name node
| where {|e|
let s = ($e.node | get -o state | default "pending")
let ended = ($e.node | get -o ended_at | default "")
if $include_failed {
($s == "running" and $ended == "") or $s == "failed"
} else {
$s == "running" and $ended == ""
}
}
| each {|e| { hostname: $row.hostname, name: $e.name, state: ($e.node | get -o state | default "") } }
}
| flatten
)
if ($stale | is-empty) {
print "No stale entries found."
return
}
print $"Found ($stale | length) stale entries:"
$stale | each {|e| print $" ($e.hostname) ($e.name) [($e.state)]" }
if $dry_run { return }
let event_label = if ($note | is-not-empty) { $"mark-complete: ($note)" } else { "bulk-mark-complete" }
# Mutate in memory, single write at the end.
# canonical_key is always kebab — matches DAG formula convention.
for e in $stale {
let canonical_key = ($e.name | str replace --all "_" "-")
let current_server = (
$st.servers
| transpose k v
| where { |r| $r.k == $e.hostname }
| get -o v.0
| default { provider_id: "", provider_state: "unknown", last_sync: "", taskservs: {} }
)
# Merge logs from both the original key and the canonical key (if they differ)
# so no history is lost when normalizing snake → kebab.
let original_node = (
$current_server.taskservs?
| default {}
| transpose k v
| where { |r| $r.k == $e.name }
| get -o v.0
| default { state: "pending", operation: "create", profile: "", started_at: "", ended_at: "", blocker: "", actor: { identity: "", source: "cli" }, log: [] }
)
let canonical_node = if $canonical_key != $e.name {
$current_server.taskservs?
| default {}
| transpose k v
| where { |r| $r.k == $canonical_key }
| get -o v.0
| default {}
} else { {} }
let merged_log = (
($original_node.log? | default [])
| append ($canonical_node | get -o log | default [])
| uniq-by ts
| sort-by ts
)
let base_node = if ($canonical_node | is-not-empty) { $canonical_node } else { $original_node }
let updated_log = (log-trim ($merged_log | append { ts: $ts, event: $event_label, source: "cli" }))
let merged = ($base_node | merge {
state: "completed",
ended_at: $ts,
actor: { identity: $actor, source: "cli" },
log: $updated_log,
})
# Write to canonical key, delete snake duplicate if it differed.
mut new_ts = ($current_server.taskservs? | default {} | upsert $canonical_key $merged)
if $canonical_key != $e.name and ($new_ts | columns | any { $in == $e.name }) {
$new_ts = ($new_ts | reject $e.name)
}
let new_server = ($current_server | upsert taskservs $new_ts)
let new_servers = (
$st.servers
| transpose k v
| each { |r| if $r.k == $e.hostname { { k: $r.k, v: $new_server } } else { $r } }
| transpose -r -d
)
$st.servers = $new_servers
}
state-write $state_root $st
print ""
$stale | each {|e|
let canonical_key = ($e.name | str replace --all "_" "-")
if $canonical_key != $e.name {
print $"✓ ($e.hostname) ($e.name) → ($canonical_key) [normalized]"
} else {
print $"✓ ($e.hostname) ($e.name)"
}
}
print $"\nMarked ($stale | length) components as completed."
}
# Drop a specific state key from a server's taskservs — prunes duplicate or orphaned entries.
#
# Use when the same component exists under two keys (e.g. both 'odoo-jesusperez' and
# 'odoo_jesusperez' after a naming migration). Identify the stale key with 'prvng c ll'
# then drop it here. The surviving key retains its full history.
export def "main component drop-key" [
name: string # Exact key to delete from state
--server (-s): string # Target server hostname (required — no auto-resolution)
--workspace (-w): string = ""
--infra (-i): string = ""
--dry-run
]: nothing -> nothing {
if ($server | is-empty) {
cli-err "Pass --server <hostname> — no auto-resolution for drop-key (safety measure)"
}
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let st = (state-read $state_root)
let existing = ($st.servers | get -o $server | default {} | get -o taskservs | default {} | get -o $name | default null)
if ($existing | is-empty) {
cli-err $"Key '($name)' not found on server '($server)'"
}
print $"Will drop: ($server) ($name) [state=($existing | get -o state | default '?')]"
if $dry_run { return }
state-node-delete $state_root $server $name
print "Dropped."
}
# Remove an entire server block from the state file.
#
# Use when a server has been decommissioned and its state entries are orphaned.
# All component states for that server are deleted in one operation.
export def "main component drop-server" [
hostname: string
--workspace (-w): string = ""
--infra (-i): string = ""
--dry-run
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let st = (state-read $state_root)
let srv = ($st.servers | get -o $hostname | default null)
if ($srv | is-empty) {
cli-err $"Server '($hostname)' not found in state"
}
let taskserv_count = ($srv | get -o taskservs | default {} | columns | length)
print $"Will drop server: ($hostname) [($taskserv_count) taskserv entries]"
if $dry_run { return }
let new_servers = (
$st.servers
| transpose k v
| where { $in.k != $hostname }
| each {|r| { ($r.k): $r.v } }
| reduce --fold {} {|a, acc| $acc | merge $a }
)
let new_st = ($st | upsert servers $new_servers)
state-write $state_root $new_st
print $"Dropped server ($hostname) with ($taskserv_count) entries."
}
# Diagnose state coherence: lists components whose provisioning state doesn't match
# live pod status. Outputs a table of incoherent entries so you know what to fix.
#
# Incoherent cases:
# stale-running — state=running with empty ended_at (callback lost)
# failed-but-up — state=failed but live pods found (transient failure, manually recovered)
# duplicate-keys — both kebab and snake_case key present for the same component
export def "main component state-check" [
--workspace (-w): string = ""
--infra (-i): string = ""
--server (-s): string = ""
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let st = (state-read $state_root)
let entries = (
$st.servers
| transpose hostname srv
| where {|row| if ($server | is-not-empty) { $row.hostname == $server } else { true } }
| each {|row|
$row.srv.taskservs?
| default {}
| transpose name node
| each {|e| {
hostname: $row.hostname,
name: $e.name,
state: ($e.node | get -o state | default "pending"),
ended_at: ($e.node | get -o ended_at | default ""),
}}
}
| flatten
)
# stale-running: state=running with empty ended_at
let stale_running = ($entries | where { $in.state == "running" and $in.ended_at == "" })
# failed: state=failed (may be recovered)
let failed = ($entries | where { $in.state == "failed" })
# duplicate keys: a kebab entry AND a snake entry exist for the same component on the same server
let duplicates = (
$entries
| group-by { |e| $"($e.hostname)/($e.name | str replace --all '-' '_')" }
| transpose normalized group
| where { ($in.group | length) > 1 }
| each {|row|
$row.group | each {|e| $e | merge { issue: "duplicate-key", normalized: $row.normalized } }
}
| flatten
)
print "── STALE RUNNING (callback lost) ──────────────────────────────────────"
if ($stale_running | is-empty) {
print " none"
} else {
$stale_running | select hostname name state ended_at | print
print $"\n Fix: prvng c bulk-mark-complete"
}
print "\n── FAILED (may be recovered) ──────────────────────────────────────────"
if ($failed | is-empty) {
print " none"
} else {
$failed | select hostname name state ended_at | print
print "\n Fix: prvng c mark-complete <name> --server <hostname>"
}
print "\n── DUPLICATE KEYS (kebab+snake coexist) ───────────────────────────────"
if ($duplicates | is-empty) {
print " none"
} else {
$duplicates | select hostname name state | print
print "\n Fix: prvng c drop-key <stale-key> --server <hostname>"
}
let total = (($stale_running | length) + ($failed | length) + ($duplicates | length))
print $"\nTotal issues: ($total)"
if $total > 0 {
print "\nRun 'prvng c state-normalize' to merge snake→kebab duplicates in one pass."
}
}
# Pure helper: given a taskservs record, return a new record with all snake_case keys
# merged into their kebab equivalents. No mutation — safe in closures.
def state-normalize-taskservs [ts: record]: nothing -> record {
let snake_keys = ($ts | columns | where { ($in | str contains "_") and ($in | str replace --all "_" "-") != $in })
if ($snake_keys | is-empty) { return $ts }
$snake_keys | reduce --fold $ts {|sk, acc|
let kk = ($sk | str replace --all "_" "-")
let snake_node = ($acc | get $sk)
let kebab_node = ($acc | get -o $kk | default {})
let merged_log = (
($snake_node.log? | default [])
| append ($kebab_node | get -o log | default [])
| uniq-by ts
| sort-by ts
)
let base = if ($kebab_node | is-not-empty) { $kebab_node } else { $snake_node }
let final_node = ($base | upsert log $merged_log)
$acc | upsert $kk $final_node | reject $sk
}
}
# One-shot migration: normalize all snake_case state keys to kebab-case.
#
# Merges each snake_case entry into its kebab counterpart (creating it if absent),
# preserving the full log union. After this command, every key in the state file uses
# kebab-case — consistent with the DAG formula convention and the new state_key write path.
# Run once after upgrading, then verify with 'prvng c sc'.
export def "main component state-normalize" [
--workspace (-w): string = ""
--infra (-i): string = ""
--dry-run
]: nothing -> nothing {
let ws_root = (comp-resolve-ws-path $workspace)
let infra_name = if ($infra | is-not-empty) { $infra } else { comp-ws-infra $ws_root }
let state_root = (comp-state-root $ws_root $infra_name)
let st = (state-read $state_root)
# Compute migration plan (pure — no writes).
let plan = (
$st.servers
| transpose hostname srv
| each {|row|
let ts = ($row.srv.taskservs? | default {})
$ts | columns
| where { ($in | str contains "_") and ($in | str replace --all "_" "-") != $in }
| each {|sk| { hostname: $row.hostname, from: $sk, to: ($sk | str replace --all "_" "-") } }
}
| flatten
)
if ($plan | is-empty) {
print "No snake_case keys found — state is already normalized."
return
}
print $"($plan | length) keys to normalize:"
$plan | each {|m| print $" ($m.hostname) ($m.from) → ($m.to)" }
if $dry_run { return }
# Build new servers record purely: normalize taskservs per server, then reassemble.
let new_servers = (
$st.servers
| transpose hostname srv
| each {|row|
let new_ts = (state-normalize-taskservs ($row.srv.taskservs? | default {}))
{ ($row.hostname): ($row.srv | upsert taskservs $new_ts) }
}
| reduce --fold {} {|a, acc| $acc | merge $a }
)
let new_st = ($st | upsert servers $new_servers)
state-write $state_root $new_st
print "\nNormalized. Run 'prvng c sc' to verify."
}
