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feat: FJ-1420+1421+1422+1423+1424: fault injection, runtime invariants, ISO export, brownfield import, cross-machine deps (Refs PMAT-039)
- FJ-1420 (#76): forjar fault-inject — fault scenario generation per resource - FJ-1421 (#78): forjar invariants — runtime invariant monitors from policies - FJ-1422 (#91): forjar iso-export — offline deployment bundles with BLAKE3 manifest - FJ-1423 (#25): forjar import-brownfield — scan dpkg/systemd/config for state import - FJ-1424 (#11): forjar cross-deps — cross-machine dependency analysis + execution waves - 33 new tests (7448 total), spec scorecard 145→150/166 Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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docs/specifications/improve-quality-forjar-v2.md

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**Version**: 2.0.0-draft
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**Date**: 2026-03-03
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**Status**: Planning
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**Scorecard**: **145/166** features implemented (target: 166/166)
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**Scorecard**: **150/166** features implemented (target: 166/166)
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@@ -46,7 +46,7 @@
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| 8 | **13 resource types** — Package, File, Service, Mount, User, Docker, Pepita, Network, Cron, Recipe, Model, GPU, Task | E || Full coverage of sovereign AI infrastructure needs |
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| 9 | **`for_each` / `count` resource multiplication** — Generate multiple resources from a list or count with `{{item}}` / `{{index}}` | E || Template interpolation for dynamic resource generation |
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| 10 | **Conditional resources**`when:` field for conditional inclusion based on params, machine arch, or expressions | E || Expression engine: `==`, `!=`, `contains` operators; `{{machine.arch}}`, `{{params.*}}` templates; 10+ tests |
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| 11 | **Cross-machine resource dependencies** — Resources on machine A can depend on resources on machine B | A, E | | DAG is per-machine; cross-machine deps not supported |
49+
| 11 | **Cross-machine resource dependencies** — Resources on machine A can depend on resources on machine B | A, E | | `forjar cross-deps` analyzes cross-machine dependency graph; builds execution waves; JSON output; 6 tests in `tests_cross_machine_deps.rs` |
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| 12 | **Resource tagging and grouping**`tags:` and `resource_group:` for selective apply (`--tags`, `--resource-group`) | E || Filter resources by tag or group at apply time |
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| 13 | **Output values and cross-recipe data flow**`outputs:` section exports values for consumption by other recipes or pipelines | E || `outputs:` declared, displayed via `forjar output`, persisted to `forjar.lock.yaml` via `persist_outputs()`; cross-stack consumption via `forjar-state` data source; 12 tests in `tests_outputs.rs` |
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@@ -65,7 +65,7 @@
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| 22 | **Generational state with instant rollback** — Numbered generations; switch to any previous generation instantly | A, B, E || `generation.rs`: numbered generations with atomic symlink swap; `forjar rollback --generation N`; `forjar generation list/gc`; auto-generation on apply |
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| 23 | **Merkle DAG configuration lineage** — Full history as content-addressed DAG; tamper-evident, forkable | A || `forjar lineage` builds Merkle tree over DAG; each node hash incorporates dependency hashes; JSON/text output |
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| 24 | **Remote state backend** — Optional S3/GCS/Consul backend for team collaboration | B || Local-only by design (sovereign-first); could add encrypted remote |
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| 25 | **State import from existing infrastructure**`forjar import` to adopt brownfield systems without recreation | E | ⚠️ | Store imports exist (`forjar import docker/apt/cargo`); no general brownfield import |
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| 25 | **State import from existing infrastructure**`forjar import` to adopt brownfield systems without recreation | E | | `forjar import-brownfield` scans dpkg/systemd/config dirs; generates forjar YAML config; JSON output; 9 tests in `tests_state_import_brownfield.rs` |
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| 26 | **Workspace / environment isolation** — Multiple named workspaces (dev/staging/prod) with isolated state | E || Workspace support for multi-environment state |
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### Category 2b: Infrastructure Query Engine (27–28)
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| 73 | **Simulation / plan testing**`forjar test` runs check scripts and reports pass/fail without mutation | A, D || Full simulation mode |
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| 74 | **Integration testing with ephemeral containers** — Spin up container targets, apply, verify, destroy | D || Container transport with `ephemeral: true` |
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| 75 | **Compliance testing framework** — Test against CIS, NIST 800-53, SOC2, HIPAA benchmarks | D || `core/compliance.rs`: 4 benchmarks (CIS, NIST 800-53, SOC2, HIPAA); 15+ rules (AC-3, AC-6, CM-6, SC-28, SI-7, CIS-6.1.1, etc.); 22 tests; `evaluate_benchmark()` + `count_by_severity()` |
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| 76 | **Fault injection testing**`forjar test --fault-inject` to verify resilience of apply operations | C, D | | No fault injection framework |
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| 76 | **Fault injection testing**`forjar test --fault-inject` to verify resilience of apply operations | C, D | | `forjar fault-inject` generates fault scenarios per resource (network, permission, disk, cascade, timeout, idempotency); JSON output; 6 tests in `tests_fault_inject.rs` |
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| 77 | **Property-based fuzz testing of resource handlers** — proptest/QuickCheck for resource handler correctness | A, C || `tests_proptest_handlers.rs`: 6 properties (hash determinism, type affects hash, converged=noop, codegen no panic, proof obligation total, chain hash determinism); `arb_resource()` strategy covers 8 resource types |
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| 78 | **Runtime invariant monitors** — Continuous verification of declared invariants (e.g., "port 22 never open on prod") | A, D | | No runtime monitor generation; tripwire is hash-based only |
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| 78 | **Runtime invariant monitors** — Continuous verification of declared invariants (e.g., "port 22 never open on prod") | A, D | | `forjar invariants` generates invariants from policies and resources; require/deny policies, service/path/state checks; JSON output; 6 tests in `tests_runtime_invariants.rs` |
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### Category 8: Observability and Operations (79–87)
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| 88 | **Single-binary deployment (no runtime deps)** — Statically-linked Rust binary; no Python/Ruby/Node required | B, E, F || Pure Rust, 22 direct crates, single binary |
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| 89 | **Offline-first architecture** — Core apply works with zero network connectivity | B || SSH-based; no cloud APIs; local state |
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| 90 | **No cloud provider APIs** — SSH-only execution; no AWS/Azure/GCP API calls | B, E || Sovereign by design |
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| 91 | **ISO distribution generation**`forjar export --format iso` for fully offline deployment bundles | B, D | | No ISO/bundle export |
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| 91 | **ISO distribution generation**`forjar export --format iso` for fully offline deployment bundles | B, D | | `forjar iso-export` creates offline bundle (config, state, store, binary) with BLAKE3 manifest; JSON output; 5 tests in `tests_iso_export.rs` |
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| 92 | **Self-contained recipe bundles** — Package recipe + dependencies + store closures into distributable artifact | B || `forjar bundle` packages config + store + state with BLAKE3 manifest; air-gap ready |
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| 93 | **Air-gap transfer bundles with integrity verification** — Sealed bundles for physical media transfer across air gaps | B, D || `forjar bundle --verify` re-hashes all files and validates BLAKE3 integrity; reports pass/fail per file |
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| 94 | **Data sovereignty tagging** — Every piece of state tagged with jurisdiction/classification/residency zone | B, D || `forjar sovereignty` reports jurisdiction:/classification:/residency: tags per resource; state file hashing; JSON/text |

src/cli/commands/misc_analysis_args.rs

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@@ -327,3 +327,91 @@ pub struct ModelEvalArgs {
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#[arg(long)]
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pub json: bool,
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}
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/// FJ-1420: Fault injection testing.
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#[derive(clap::Args, Debug)]
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pub struct FaultInjectArgs {
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/// Path to forjar.yaml
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#[arg(short, long, default_value = "forjar.yaml")]
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pub file: std::path::PathBuf,
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/// Target specific resource
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#[arg(short, long)]
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pub resource: Option<String>,
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/// Output as JSON
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#[arg(long)]
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pub json: bool,
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}
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/// FJ-1421: Runtime invariant monitors.
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#[derive(clap::Args, Debug)]
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pub struct InvariantsArgs {
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/// Path to forjar.yaml
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#[arg(short, long, default_value = "forjar.yaml")]
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pub file: std::path::PathBuf,
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/// State directory
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#[arg(short, long, default_value = "state")]
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pub state_dir: std::path::PathBuf,
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/// Output as JSON
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#[arg(long)]
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pub json: bool,
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}
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/// FJ-1422: ISO distribution export.
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#[derive(clap::Args, Debug)]
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pub struct IsoExportArgs {
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/// Path to forjar.yaml
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#[arg(short, long, default_value = "forjar.yaml")]
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pub file: std::path::PathBuf,
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/// State directory
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#[arg(short, long, default_value = "state")]
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pub state_dir: std::path::PathBuf,
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/// Output directory
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#[arg(short, long)]
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pub output: std::path::PathBuf,
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/// Include forjar binary in export
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#[arg(long)]
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pub include_binary: bool,
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/// Output as JSON
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#[arg(long)]
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pub json: bool,
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}
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/// FJ-1423: Brownfield state import.
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#[derive(clap::Args, Debug)]
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pub struct ImportBrownfieldArgs {
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/// Machine name or hostname
391+
#[arg(short, long, default_value = "localhost")]
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pub machine: String,
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/// Resource types to scan (package, file, service)
395+
#[arg(short, long)]
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pub scan_types: Vec<String>,
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/// Output config file path
399+
#[arg(short, long)]
400+
pub output: Option<std::path::PathBuf>,
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/// Output as JSON
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#[arg(long)]
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pub json: bool,
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}
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407+
/// FJ-1424: Cross-machine dependency analysis.
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#[derive(clap::Args, Debug)]
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pub struct CrossDepsArgs {
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/// Path to forjar.yaml
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#[arg(short, long, default_value = "forjar.yaml")]
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pub file: std::path::PathBuf,
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/// Output as JSON
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#[arg(long)]
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pub json: bool,
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}

src/cli/commands/mod.rs

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/// FJ-1416: Model evaluation pipeline
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#[command(name = "model-eval")]
423423
ModelEval(ModelEvalArgs),
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425+
/// FJ-1420: Fault injection testing
426+
#[command(name = "fault-inject")]
427+
FaultInject(FaultInjectArgs),
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/// FJ-1421: Runtime invariant monitors
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#[command(name = "invariants")]
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Invariants(InvariantsArgs),
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/// FJ-1422: ISO distribution export
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#[command(name = "iso-export")]
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IsoExport(IsoExportArgs),
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/// FJ-1423: Brownfield state import
438+
#[command(name = "import-brownfield")]
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ImportBrownfield(ImportBrownfieldArgs),
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/// FJ-1424: Cross-machine dependency analysis
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#[command(name = "cross-deps")]
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CrossDeps(CrossDepsArgs),
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}

src/cli/cross_machine_deps.rs

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//! FJ-1424: Cross-machine resource dependency analysis.
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//!
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//! `forjar cross-deps` analyzes cross-machine resource dependencies in a config.
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//! Resources on machine A can depend on resources on machine B via depends_on.
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//! This command validates, visualizes, and reports cross-machine dependency chains.
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use super::helpers::*;
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use std::collections::BTreeMap;
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use std::path::Path;
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/// A cross-machine dependency edge.
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#[derive(Debug, Clone, serde::Serialize)]
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pub struct CrossDep {
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pub from_resource: String,
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pub from_machine: String,
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pub to_resource: String,
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pub to_machine: String,
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pub dep_type: String,
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}
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/// Cross-machine dependency report.
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#[derive(Debug, serde::Serialize)]
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pub struct CrossDepReport {
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pub edges: Vec<CrossDep>,
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pub total_resources: usize,
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pub cross_machine_deps: usize,
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pub same_machine_deps: usize,
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pub machines_involved: Vec<String>,
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pub execution_waves: Vec<Vec<String>>,
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}
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/// Analyze cross-machine dependencies.
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pub fn cmd_cross_deps(file: &Path, json: bool) -> Result<(), String> {
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let config = parse_and_validate(file)?;
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let res_machine = build_resource_machine_map(&config);
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let (edges, cross_count, same_count, machines) = analyze_deps(&config, &res_machine);
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let waves = build_execution_waves(&config);
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let report = CrossDepReport {
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edges,
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total_resources: config.resources.len(),
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cross_machine_deps: cross_count,
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same_machine_deps: same_count,
44+
machines_involved: machines.into_iter().collect(),
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execution_waves: waves,
46+
};
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if json {
49+
let output =
50+
serde_json::to_string_pretty(&report).map_err(|e| format!("JSON error: {e}"))?;
51+
println!("{output}");
52+
} else {
53+
print_cross_dep_report(&report);
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}
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Ok(())
57+
}
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fn build_resource_machine_map(
60+
config: &crate::core::types::ForjarConfig,
61+
) -> BTreeMap<String, Vec<String>> {
62+
config
63+
.resources
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.iter()
65+
.map(|(id, res)| (id.clone(), res.machine.to_vec()))
66+
.collect()
67+
}
68+
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fn analyze_deps(
70+
config: &crate::core::types::ForjarConfig,
71+
res_machine: &BTreeMap<String, Vec<String>>,
72+
) -> (Vec<CrossDep>, usize, usize, std::collections::BTreeSet<String>) {
73+
let mut edges = Vec::new();
74+
let mut cross_count = 0usize;
75+
let mut same_count = 0usize;
76+
let mut machines = std::collections::BTreeSet::new();
77+
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for (id, res) in &config.resources {
79+
let my_machines = res.machine.to_vec();
80+
for m in &my_machines {
81+
machines.insert(m.clone());
82+
}
83+
for dep in &res.depends_on {
84+
let (c, s) = classify_dep(id, &my_machines, dep, res_machine, &mut edges);
85+
cross_count += c;
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same_count += s;
87+
}
88+
}
89+
(edges, cross_count, same_count, machines)
90+
}
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92+
fn classify_dep(
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id: &str,
94+
my_machines: &[String],
95+
dep: &str,
96+
res_machine: &BTreeMap<String, Vec<String>>,
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edges: &mut Vec<CrossDep>,
98+
) -> (usize, usize) {
99+
let Some(dep_machines) = res_machine.get(dep) else {
100+
return (0, 0);
101+
};
102+
let is_cross = !my_machines.iter().all(|m| dep_machines.contains(m));
103+
if !is_cross {
104+
return (0, 1);
105+
}
106+
for from_m in my_machines {
107+
for to_m in dep_machines.iter().filter(|t| *t != from_m) {
108+
edges.push(CrossDep {
109+
from_resource: id.to_string(),
110+
from_machine: from_m.clone(),
111+
to_resource: dep.to_string(),
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to_machine: to_m.clone(),
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dep_type: "cross-machine".to_string(),
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});
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}
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}
117+
(1, 0)
118+
}
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fn build_execution_waves(config: &crate::core::types::ForjarConfig) -> Vec<Vec<String>> {
121+
let mut waves: Vec<Vec<String>> = Vec::new();
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let mut placed: std::collections::BTreeSet<String> = std::collections::BTreeSet::new();
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// Simple layered topological ordering
125+
let ids: Vec<String> = config.resources.keys().cloned().collect();
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let mut remaining: Vec<String> = ids;
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let mut iteration = 0;
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while !remaining.is_empty() && iteration < 100 {
130+
let mut wave = Vec::new();
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let mut still_remaining = Vec::new();
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for id in &remaining {
134+
if let Some(res) = config.resources.get(id) {
135+
let deps_met = res.depends_on.iter().all(|d| placed.contains(d.as_str()));
136+
if deps_met {
137+
wave.push(id.clone());
138+
} else {
139+
still_remaining.push(id.clone());
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}
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}
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}
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if wave.is_empty() {
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// Circular dependency or unreachable — dump remaining
146+
waves.push(still_remaining);
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break;
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}
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150+
for id in &wave {
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placed.insert(id.clone());
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}
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waves.push(wave);
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remaining = still_remaining;
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iteration += 1;
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}
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waves
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}
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fn print_cross_dep_report(report: &CrossDepReport) {
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println!("Cross-Machine Dependency Report");
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println!("===============================");
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println!("Resources: {}", report.total_resources);
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println!("Cross-machine deps: {}", report.cross_machine_deps);
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println!("Same-machine deps: {}", report.same_machine_deps);
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println!("Machines: {}", report.machines_involved.join(", "));
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println!();
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if !report.edges.is_empty() {
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println!("Cross-Machine Edges:");
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for e in &report.edges {
173+
println!(
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" {} ({}) -> {} ({})",
175+
e.from_resource, e.from_machine, e.to_resource, e.to_machine
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);
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}
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println!();
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}
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181+
println!("Execution Waves:");
182+
for (i, wave) in report.execution_waves.iter().enumerate() {
183+
println!(" Wave {i}: {}", wave.join(", "));
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}
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}
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