platform

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 Go to latest Published: Aug 5, 2026 License: Apache-2.0 Imports: 54 Imported by: 0

Documentation

Overview

Package platform is Hanzo PaaS: deploy containers to your own tenant namespace — builds, releases, environments, logs, custom domains.

It is the per-org container platform at /v1/platform — projects, applications, builds, deploys, environments, releases, logs and verified custom domains, each app reconciled into the caller's own tenant-<org> Kubernetes namespace.

Relationship to the sibling subsystems:

  • fleet.go (/v1/platform/fleet) — the ADMIN fleet drift board: observes + deploys SYSTEM Service CRs across the platform namespaces, SuperAdmin only. It answers "what is the fleet running, and roll a tag."
  • apps/projects (/v1/sites) — per-org STATIC sites (S3 hosting).
  • apps/platform (/v1/platform) — THIS: per-org CONTAINER apps. Users create projects + applications, build them (arcd BuildKit) and deploy them (operator hanzo.ai/v1 Service CR into their OWN tenant-<org> namespace).

All three share the ONE deploy mechanic — write an operator CR, let the operator reconcile — but /v1/platform is per-tenant: every route is scoped to the gateway-minted, IAM-VALIDATED X-Org-Id (c.Org()); the deploy namespace is DERIVED from that org (tenant-<org>), never taken from the request. A tenant can never read, build, or deploy into another org's namespace. That is the red-team bar and it is structural: cross-tenant identifiers are simply not inputs to any handler.

The handlers below run natively on zip, so the binary keeps ONE router and every route stays behind the SanitizeIdentity trust boundary. That router is the ONE source of the published contract (openapi/ projects it). The Goa design module beside this package (apps/platform/design — its own go.mod, not built or tested here) is a SECOND source and has already drifted: it emits 15 operations against the 30 this package registers. Do not read it as the contract, and do not regenerate against it.

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

func IsSemverTag 

func IsSemverTag(tag string) bool

IsSemverTag reports whether tag is a strict `vX.Y.Z` semver tag.

func Mount 

func Mount(app cloud.Router, deps cloud.Deps) error

Mount wires the /v1/platform surface onto app per HIP-0106.

func Shutdown 

func Shutdown() error

Shutdown closes the platform store. Idempotent. Mirrors the projects Shutdown contract so the serve layer releases subsystem resources uniformly.

Types

type AppView 

type AppView struct {
	ID          string   `json:"id"`   // <org>/<app>/<env>, e.g. hanzoai/iam/main
	Org         string   `json:"org"`  // image namespace, e.g. hanzoai
	App         string   `json:"app"`  // service / CR name, e.g. iam
	Env         string   `json:"env"`  // main|test|dev
	Repo        string   `json:"repo"` // owner/repo, e.g. hanzoai/iam
	Registry    string   `json:"registry"`
	Role        string   `json:"role"` // operator spec.role (sql|kv|generic|ingress|…) or "" — the one declared class field
	DeclaredTag string   `json:"declaredTag"`
	RunningTag  string   `json:"runningTag"`
	LatestTag   string   `json:"latestTag"`
	Health      string   `json:"health"` // green|yellow|red|"" (unknown)
	Phase       string   `json:"phase"`  // operator status.phase (Running/…)
	Cluster     string   `json:"cluster"`
	Namespace   string   `json:"namespace"`
	Endpoints   []string `json:"endpoints"`
	Drift       Drift    `json:"drift"`
}

AppView is one service row on the drift board: the observed tags + topology + the derived drift verdict. It is the Go analogue of the platform's `AppView` (apps-api.ts) so console renders the same shape the Dokploy board did.

type Application 

type Application struct {
	ID            string
	Org           string
	ProjectID     string // the IAM project NAME (owner=org,name) this app lives under
	Slug          string
	Name          string
	Description   string
	Environment   string
	Source        string // git | image
	RepoURL       string
	RepoBranch    string
	RepoProvider  string
	ImageRepo     string
	ImageTag      string
	BuildType     string
	Dockerfile    string
	Port          int
	Replicas      int
	MinScale      int // container-serverless autoscaling floor (0 ⇒ no HPA, fixed Replicas). Set by /v1/run.
	MaxScale      int // container-serverless autoscaling ceiling (0 ⇒ no HPA). Set by /v1/run.
	StorageGB     int // persistent volume size in GiB (0 ⇒ stateless, no volume at all)
	EnvJSON       string
	DomainsJSON   string
	Status        string
	Namespace     string
	CurrentDeploy string
	CreatedAt     int64
	UpdatedAt     int64
}

Application is a deployable unit under a project (Dokploy: application). It deploys as an operator hanzo.ai/v1 Service CR in the tenant-<org> namespace. EnvJSON/DomainsJSON hold JSON-encoded []EnvVar / []string; secrets are never stored here (secret env is rejected at the boundary until KMS sealing lands).

type Build 

type Build struct {
	ID            string
	Org           string
	ApplicationID string
	DeploymentID  string
	Status        string
	Image         string
	JobName       string
	LogsRef       string
	CreatedAt     int64
	UpdatedAt     int64
}

Build is one arcd (in-cluster BuildKit) build record (Dokploy fork: build_job).

type Deployment 

type Deployment struct {
	ID            string
	Org           string
	ApplicationID string
	Version       int
	Status        string
	Source        string
	Commit        string
	Image         string
	BuildID       string
	Message       string
	CreatedAt     int64
	UpdatedAt     int64
}

Deployment is one immutable build+deploy attempt for an application, versioned monotonically per app (Dokploy: deployment).

type Domain 

type Domain struct {
	Host       string
	Org        string
	ProjectID  string
	AppID      string
	AppSlug    string
	Status     string // pending | verified
	Token      string
	CreatedAt  int64
	VerifiedAt int64
}

Domain is a BYO custom (arbitrary-host) domain a tenant has claimed for an application — `yourco.com` / `app.yourco.com`. The org's own hanzo.app subtree hosts and the app's default host are STRUCTURAL (they live in the app's DomainsJSON and are validated by suffix), so they are NOT rows here; this table exists for the two things a custom host needs that a subtree host does not:

  • GLOBAL UNIQUENESS — Host is the PRIMARY KEY, so exactly one org can ever claim `yourco.com` (the site_hosts model). A second org's claim collides.
  • an OWNERSHIP-VERIFICATION lifecycle — Status pending → verified, gated on a DNS challenge Token the customer publishes at `_hanzo-challenge.<host>`.

A custom host is rendered into the app's operator ingress (added to DomainsJSON) ONLY once its row is `verified` — an unverified claim never reaches the CR.

type Drift 

type Drift struct {
	Severity DriftSeverity `json:"severity"`
	Flags    []DriftFlag   `json:"flags"`
}

Drift is the drift verdict for one observed service row: the ordered flags plus the rolled-up severity (apps-drift.ts `Drift`).

func ComputeDrift 

func ComputeDrift(o Observed) Drift

ComputeDrift is the full drift verdict (flags + rolled-up severity) for one observed service row (apps-drift.ts `computeDrift`). Flags is always non-nil so the JSON encodes `[]`, never `null`.

type DriftFlag 

type DriftFlag struct {
	Kind     DriftKind     `json:"kind"`
	Severity DriftSeverity `json:"severity"`
	Message  string        `json:"message"`
}

DriftFlag is a single drift finding: its kind, severity, and a human-readable reason (apps-drift.ts `DriftFlag`).

func ComputeDriftFlags 

func ComputeDriftFlags(o Observed) []DriftFlag

ComputeDriftFlags derives the drift flags for one observed service row, exactly per the platform contract (apps-drift.ts `computeDriftFlags`).

Detection rules (each independent; a row may trip several):

  • floating-declared — DeclaredTag is set but not vX.Y.Z. The reconciler refuses non-semver declarations, so this is hard drift. (When the declaration itself is floating, comparing it against LatestTag for "stale" is meaningless, so stale is suppressed in that case.)
  • floating-running — RunningTag is set but not vX.Y.Z: the cluster is running a floating image. Hard drift.
  • stale — DeclaredTag and LatestTag are both known semver and differ: a newer release exists that is not yet declared.
  • un-rolled — DeclaredTag and RunningTag are both known and differ: the declaration has not reached the cluster yet.
  • no-release — a DeclaredTag exists but no GH Release was found (ReleaseURL "").
  • zero-assets — a GH Release exists (ReleaseURL set) but ReleaseAssets == 0.

Tags are compared verbatim (the reader stores reality un-normalized); no ordering is assumed beyond equality — matching the contract.

type DriftKind 

type DriftKind string

DriftKind enumerates the kinds of drift from the platform contract (apps-drift.ts `DriftKind`). Each value is independent — one service row can carry several at once (e.g. a floating running tag with a zero-asset release). 

const (
	// DriftStale — declared ≠ latest: a newer release exists but is not declared. (yellow)
	DriftStale DriftKind = "stale"
	// DriftUnrolled — running ≠ declared: the cluster has not rolled to the declared tag. (yellow)
	DriftUnrolled DriftKind = "un-rolled"
	// DriftFloatingDeclared — declaredTag is not strict semver; the reconciler would refuse it. (red)
	DriftFloatingDeclared DriftKind = "floating-declared"
	// DriftFloatingRunning — runningTag is not strict semver; policy violation on the cluster. (red)
	DriftFloatingRunning DriftKind = "floating-running"
	// DriftNoRelease — no GH Release found for the declared tag. (red)
	DriftNoRelease DriftKind = "no-release"
	// DriftZeroAssets — GH Release exists but shipped 0 assets. (red)
	DriftZeroAssets DriftKind = "zero-assets"
)

type DriftSeverity 

type DriftSeverity string

DriftSeverity is the aggregate drift severity. "ok" = no flags; otherwise the max over flags. 

const (
	SeverityOK     DriftSeverity = "ok"
	SeverityYellow DriftSeverity = "yellow"
	SeverityRed    DriftSeverity = "red"
)

func DriftSeverityOf 

func DriftSeverityOf(flags []DriftFlag) DriftSeverity

DriftSeverityOf rolls a list of flags up to a single severity (red > yellow > ok). Mirrors apps-drift.ts `driftSeverity`.

type EnvVarJSON 

type EnvVarJSON struct {
	Key    string `json:"key"`
	Value  string `json:"value"`
	Secret bool   `json:"secret"`
}

EnvVarJSON is the JSON shape of one application env var as stored/served.

type Observed 

type Observed struct {
	DeclaredTag   string // what SHOULD run — spec.image.tag on the operator Service CR
	RunningTag    string // what ACTUALLY runs — observed from the CR status / Deployment
	LatestTag     string // newest released tag (GH release reader; empty until wired)
	ReleaseURL    string // GH Release URL for DeclaredTag (empty ⇒ no-release)
	ReleaseAssets int    // asset count on the GH Release (0 ⇒ zero-assets)
}

Observed is the minimal set of already-observed tag fields the drift derivation reads — mirrors the `Pick<App, …>` the TS `computeDrift` accepts. The reader (fleet.go) fills these from the cluster; the release fields are populated by the GH-release reader (a follow-up), so today they are the honest zero value (ReleaseURL == "" ⇒ no-release, exactly like the un-populated TS columns).

type ProjectStore 

type ProjectStore interface {
	List(ctx context.Context, org string) ([]*model.Project, error)
	// Get returns nil (no error) when the project does not exist — IAM's convention.
	Get(ctx context.Context, org, name string) (*model.Project, error)
	Exists(ctx context.Context, org, name string) (bool, error)
}

ProjectStore is platform's org-scoped view of the IAM-owned project lifecycle. Every method is scoped to org (the validated owner) and keyed by the project name — there is no platform-minted project id; the IAM identity is (org,name), and that name is the app-scope key AND the operator CR `part-of` label. The value type is IAM's canonical *model.Project, so there is exactly ONE project model across the binary. ProjectStore is READ-ONLY on purpose. A project is created and deleted at /v1/iam/projects, so platform has no Create or Delete to call — the constraint lives in the type rather than in a convention someone can forget. What platform needs of a project is only ever: does it exist, and what is under it.

type ReleaseState added in v1.801.350 

type ReleaseState struct {
	// ID is the build id returned by the 202.
	ID string `json:"id"`
	// Image is the tag the release publishes on success.
	Image string `json:"image"`
	// Version is that tag without the leading "v".
	Version string `json:"version"`
	// SHA is the commit the release pinned.
	SHA string `json:"sha"`
	// Status is "releasing", "released" or "failed".
	Status string `json:"status"`
	// Reached is the last pipeline step completed: built, smoked, tagged, pinned.
	Reached string `json:"reached,omitempty"`
	// Error is why it stopped, when it failed.
	Error string `json:"error,omitempty"`
	// StartedAt / EndedAt are unix seconds.
	StartedAt int64 `json:"startedAt"`
	EndedAt   int64 `json:"endedAt,omitempty"`
}

ReleaseState is what a release id can be asked about. A 202 hands back an id, so the id has to mean something after the request returns — otherwise a release that dies in the detached pipeline is indistinguishable from one still running.

func ReleaseByID added in v1.801.350 

func ReleaseByID(id string) (ReleaseState, bool)

ReleaseByID returns a recorded release. found=false once it has aged out.

func Releases added in v1.801.350 

func Releases() []ReleaseState

Releases returns the recorded releases, newest first.

type RunningApp 

type RunningApp struct {
	App       Application
	MeteredAt int64
}

RunningApp is a live application paired with its compute watermark — the input to the periodic compute meter (computemeter.go). MeteredAt is the unix second through which this app's live compute has already been billed.

type Store 

type Store struct {
	// contains filtered or unexported fields
}

Store is the platform metadata database. ONE SQLite file — the system namespace's "platform" — holds every org's records; tenancy is the org column. MaxOpenConns(1) serializes writes against the file lock without busy retries, matching projects/provisioning.

func (*Store) AdvanceComputeMeter 

func (s *Store) AdvanceComputeMeter(ctx context.Context, id string, prev, now int64) (bool, error)

AdvanceComputeMeter moves an app's compute watermark from prev to now, but ONLY if it still equals prev (compare-and-set). Returns true when THIS call advanced it — the caller then, and only then, meters the (now−prev) span. The CAS makes a double-tick idempotent: a second tick sees the already-advanced watermark, the UPDATE matches 0 rows, and no second debit is emitted. Single-writer already serializes ticks; the CAS makes the never-double-charge property hold regardless.

func (*Store) AllApplications 

func (s *Store) AllApplications(ctx context.Context) ([]Application, error)

AllApplications returns every app across ALL orgs — the orphan reaper's sweep set (orphans.go). Unscoped by org for the same reason RunningApps is: the reaper runs cluster-wide, then acts on each row against that row's OWN org. Every other read in this file carries `org=?`; this one is deliberate and is used only by a cluster-wide sweep that never serves a request.

func (*Store) Close 

func (s *Store) Close() error

Close closes the underlying database. Idempotent-safe via the caller.

func (*Store) CreateApplication 

func (s *Store) CreateApplication(ctx context.Context, a Application) error

func (*Store) CreateDomain 

func (s *Store) CreateDomain(ctx context.Context, d Domain) error

CreateDomain claims a custom host for an app. Host is the PRIMARY KEY, so a second claim of the SAME host (by any org, any app) collides → errConflict. This is the global-uniqueness boundary (two orgs can never both claim `yourco.com`).

func (*Store) DeleteApplication 

func (s *Store) DeleteApplication(ctx context.Context, org, projectID, slug string) (Application, bool, error)

DeleteApplication removes an app plus its deployments/builds, scoped to org.

func (*Store) DeleteDomain 

func (s *Store) DeleteDomain(ctx context.Context, org, appID, host string) (bool, error)

DeleteDomain releases a custom domain claim, org+app scoped. Reports whether a row was removed.

func (*Store) DeleteProjectApps 

func (s *Store) DeleteProjectApps(ctx context.Context, org, project string) ([]Application, error)

DeleteProjectApps removes every application/deployment/build/domain under a project (keyed by the IAM project NAME) in ONE transaction, all scoped to org, and returns the removed apps so the caller can tear down their operator CRs. The project row itself lives in IAM (see projects.go) — deleting it is the caller's separate ProjectStore.Delete; this wipes only platform's app tree.

func (*Store) FinalizeLive 

func (s *Store) FinalizeLive(ctx context.Context, d Deployment, imageTag, namespace string, now int64) (bool, error)

FinalizeLive advances an application to `live` at deployment d — atomically and MONOTONICALLY. It is the ONE way the platform marks an app live, shared by the synchronous image deploy (deploy.go) and the async git build reconciler (reconcile.go). The app is moved to this deployment ONLY when d's version is at least the version of the app's currently-live deployment: the guard is a single conditional UPDATE (SQLite serializes it under MaxOpenConns(1)), so an OLDER version whose write races in LATE can never overwrite a NEWER one already live — no read-then-write TOCTOU. Returns whether the app advanced (false ⇒ a newer version is already live, i.e. this deployment was superseded, or the app row is gone). Every predicate is org-scoped.

func (*Store) GetApplication 

func (s *Store) GetApplication(ctx context.Context, org, projectID, slug string) (Application, error)

GetApplication resolves an app by (org, project_id, slug) — the org is ALWAYS in the predicate so a caller can never read another tenant's app.

func (*Store) GetApplicationByID 

func (s *Store) GetApplicationByID(ctx context.Context, org, id string) (Application, error)

GetApplicationByID resolves an app by (org,id) for deployment/build lookups.

func (*Store) GetBuild 

func (s *Store) GetBuild(ctx context.Context, org, id string) (Build, error)

func (*Store) GetDeployment 

func (s *Store) GetDeployment(ctx context.Context, org, appID, id string) (Deployment, error)

func (*Store) GetDomain 

func (s *Store) GetDomain(ctx context.Context, org, appID, host string) (Domain, error)

GetDomain resolves a custom domain scoped to (org, app_id, host) — the tenant path used by verify/delete. Org is always in the predicate so a caller can never read another tenant's domain row.

func (*Store) InsertBuild 

func (s *Store) InsertBuild(ctx context.Context, b Build) error

func (*Store) InsertDeployment 

func (s *Store) InsertDeployment(ctx context.Context, d Deployment) error

func (*Store) ListAllApplications 

func (s *Store) ListAllApplications(ctx context.Context, org string) ([]Application, error)

ListAllApplications returns every application under org across ALL its projects, newest-updated first. It is the org-wide input to the console aggregates (environments/pipelines/builds/releases in console.go). Org is the ONLY predicate — the SAME tenancy boundary as every other query — so it can never surface another tenant's apps.

func (*Store) ListApplications 

func (s *Store) ListApplications(ctx context.Context, org, projectID string) ([]Application, error)

func (*Store) ListBuildingDeployments 

func (s *Store) ListBuildingDeployments(ctx context.Context) ([]Deployment, error)

ListBuildingDeployments returns every deployment still in the "building" state across ALL orgs, oldest first. It is the input to the build reconciler (reconcile.go), which owns the git build→deploy handoff. Because the query is keyed on status (not org), the reconciler resumes in-flight builds after a cloud restart — the goroutine is stateless; the store IS the state. Every write the reconciler then makes is still org-scoped (tenant-<row.Org>).

func (*Store) ListBuildsByOrg 

func (s *Store) ListBuildsByOrg(ctx context.Context, org string) ([]Build, error)

ListBuildsByOrg returns every build record for org across ALL apps, newest-created first. Org-wide input to the console builds aggregate (console.go); org is the only tenancy predicate. These are REAL BuildKit build records — the aggregate never fabricates a build that did not run.

func (*Store) ListDeployments 

func (s *Store) ListDeployments(ctx context.Context, org, appID string) ([]Deployment, error)

func (*Store) ListDeploymentsByOrg 

func (s *Store) ListDeploymentsByOrg(ctx context.Context, org string) ([]Deployment, error)

ListDeploymentsByOrg returns every deployment for org across ALL apps, newest-created first. Org-wide input to the console releases/pipelines aggregates (console.go); org is the only tenancy predicate.

func (*Store) ListDomainsByApp 

func (s *Store) ListDomainsByApp(ctx context.Context, org, appID string) ([]Domain, error)

ListDomainsByApp returns every custom domain claimed for an app, org-scoped.

func (*Store) LookupDomain 

func (s *Store) LookupDomain(ctx context.Context, host string) (Domain, bool, error)

LookupDomain resolves a host GLOBALLY (across every org) — the uniqueness probe. It is the ONLY store read not scoped to a caller's org, and exists solely so the add-domain handler can answer "is this host already claimed, and by whom" to decide a 409. The caller MUST NOT echo a foreign row's details back to a tenant (it reveals only that the host is taken, never by whom).

func (*Store) MarkDomainVerified 

func (s *Store) MarkDomainVerified(ctx context.Context, org, appID, host string, now int64) (bool, error)

MarkDomainVerified flips a pending custom domain to verified, org+app scoped. Reports whether a row advanced (false ⇒ no such pending row for this tenant).

func (*Store) NextVersion 

func (s *Store) NextVersion(ctx context.Context, appID string) (int, error)

func (*Store) RunningApps 

func (s *Store) RunningApps(ctx context.Context) ([]RunningApp, error)

RunningApps returns every app currently `live` across ALL orgs, paired with its compute watermark — the single-writer compute meter's sweep set. It is the running-deployment analogue of the build reconciler's ListBuildingDeployments: unscoped by org on purpose (the meter runs cluster-wide on the writer pod, then meters each app to its OWN org). Only `live` apps run in-cluster and consume billable compute — a `stopped`/`building`/`draft` app has no running footprint.

func (*Store) StampComputeMeter 

func (s *Store) StampComputeMeter(ctx context.Context, org, id string, now int64) error

StampComputeMeter unconditionally sets an app's compute watermark to now, scoped to org. It is called on a resume (stop→start): the meter then charges only the new live span, never the stopped gap the app just came back from. FinalizeLive stamps the same watermark for the deploy→live path; together they guarantee the meter never bills time an app was not `live`.

func (*Store) UpdateApplication 

func (s *Store) UpdateApplication(ctx context.Context, a Application) error

UpdateApplication overwrites the mutable fields of an app; org+project+slug+id are immutable and form the tenancy/identity key.

func (*Store) UpdateBuild 

func (s *Store) UpdateBuild(ctx context.Context, b Build) error

func (*Store) UpdateDeployment 

func (s *Store) UpdateDeployment(ctx context.Context, d Deployment) error

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