io.github.MuhDur/plsql-mcp

Officialdeprecated

by MuhDur · Rust

PL/SQL Intelligence

Oracle MCP with PL/SQL analysis, lineage, SAST, and change-impact tools.

Analyze Oracle PL/SQL code with lineage, security scanning, and impact analysis.

Topics

agent-toolscargo-workspacechange-impactcode-intelligencedba-toolsdependency-graphmcpmcp-serveroracleoracle-databaseoracle-plsqlpl-sqlplsqlruststatic-analysis

README.md27 KBView on GitHub

PL/SQL Intelligence Engine

Offline, package-aware Oracle PL/SQL code intelligence in Rust, with a self-healing coverage flywheel.

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Know what breaks before you change Oracle PL/SQL.

# Build the workspace and run the default test profile
git clone https://github.com/MuhDur/plsql-intelligence
cd plsql-intelligence
cargo build --workspace && cargo test --workspace

TL;DR

The problem. In a large Oracle estate, PL/SQL packages, views, triggers and tables form a deep dependency web. Change one column type or one package spec and you can silently invalidate hundreds of downstream objects; you find out in a failed production recompile. Existing tools each cover a slice (SQL deployment, lineage products, SAST scanners, Oracle's own SQLcl MCP server), but none give offline, package-aware PL/SQL semantics with explicit uncertainty reporting, dependency reasoning, and recompile planning in one workflow.

The solution. A layered Rust workspace that parses PL/SQL with a real ANTLR backend, builds a semantic IR with name resolution and a dependency graph, and reports change impact. When the analyzer cannot be certain it says so, as a typed UnknownReason, instead of reporting a false-clean result. That honest-uncertainty exhaust feeds the USR Loop, which turns recorded gaps into proven, privacy-clean parser and lowering repairs so coverage compounds with use.

MCP belongs in `oraclemcp`

This repository now owns the offline PL/SQL engine, library crates, and command-line tools. MCP serving moved to the standalone oraclemcp repository, where the database connection layer and server lifecycle already live.

The old plsql-mcp workspace crate has been removed here. Published historical versions remain a compatibility path until the distribution retirement beads finish; new PL/SQL intelligence work should flow through the library crates and the plsql / plsql-depgraph / usr-loop CLIs.

Independent open-source project; not affiliated with Oracle. Oracle client libraries are not included or required for the offline engine.

Why use it?

Capability	What it does
Offline-first	Reads code and an Oracle catalog snapshot in place; no live database required for analysis, no telemetry by default
Real parser backend	ANTLR-generated Rust parser code committed in `plsql-parser-antlr`, no JVM during normal builds, with a lossless token tape (`reconstruct(tape) == input`)
Honest uncertainty	Where analysis cannot be certain it emits a typed `UnknownReason`; the completeness report is never false-clean
Dependency reasoning	Semantic IR, name resolution, a privilege model, and a dependency graph cross-checkable against `ALL_DEPENDENCIES`
USR Loop	A self-healing flywheel: captured gaps become privacy-proven fixtures, candidate patches, and a 9-stage fail-closed conformance gate
Verified accretion	A monotone `coverage_index` with a CI tripwire makes "coverage compounds" a checked property, not a slogan
Memory safety	The whole workspace is `#![forbid(unsafe_code)]`

How it compares

	Live DB needed	Package-aware PL/SQL semantics	Honest uncertainty	Offline analysis
SQL deployment tools (Liquibase, Flyway)	yes	no	no	no
Lineage / catalog products	varies	partial	no	varies
Generic SAST scanners	no	no	no	yes
Oracle SQLcl MCP server	yes	partial	no	no
PL/SQL Intelligence Engine	no	yes	yes	yes

Status

The current line is the offline-pivot track for 0.7.0. The workspace builds on the stable channel and no longer contains the plsql-mcp crate. The project is still pre-1.0, so public APIs can move before the 1.0 line. plan.md remains the authoritative specification, and docs/plans/2026-06-29-offline-pivot-retire-plsql-mcp.md is the active retirement plan for the MCP split.

The Cargo workspace has 25 members: 20 product crates under crates/ plus 5 tool crates under tools/.
The normal source install path needs the stable-channel toolchain. Java is only needed when regenerating the committed ANTLR parser output, not for ordinary builds, tests, or CLI installation.
The product-facing binaries are plsql, plsql-depgraph, and usr-loop. Each has capabilities, robot-docs, doctor, and --robot-json / --robot-triage surfaces for agents.
MCP serving is now an oraclemcp responsibility. This repo exposes the parser, semantic model, catalog snapshot model, dependency graph, lineage, documentation, SAST, change-impact, and USR Loop library surfaces that oraclemcp can consume.
The USR Loop is implemented end to end: the plsql-accretion library, the usr-loop tool, the sha-pinned conformance gate, the monotone tripwire, and the re-runnable acceptance proof scripts/usr_acceptance.sh.
AGENTS.md describes how automated agents work in this repo.

Testing and Verification

The default local profile is offline and stable-channel:

cargo fmt --all -- --check
cargo clippy --workspace --all-targets -- -D warnings
cargo test --workspace --all-targets
cargo test --workspace --doc
cargo bench --workspace --no-run
cargo deny check
plan-lint, corpus license checks, parse-success checks, lab goldens, demo-no-db, offline honesty grep, offline boundary lint, and the USR accretion gates.

Do not read the test suite as "there are no test doubles anywhere." The repo contains deliberate test doubles where they pin a boundary: feature off live-XE sentinels, GitHub Action posting self-tests, fail-closed bindgen wrappers for invalid identifiers, hermetic Oracle connection doubles, and the deterministic USR proposer path. Those are not unfinished production placeholders.

The private-estate Definition of Done is honest about its boundary. When PLSQL_PRIVATE_ESTATE is absent, scripts/usr_acceptance.sh exits successfully with an estate-absent banner and does not claim the full estate proof. The binding full proof requires an estate-bearing host.

Quick Example

# Build the workspace and run the default test profile
cargo build --workspace
cargo test --workspace

# Inspect the CLI contracts agents should read first
cargo run -p plsql-cicd --bin plsql -- capabilities
cargo run -p plsql-depgraph -- capabilities
cargo run -p usr-loop -- capabilities

# Clippy with the project's deny-warning policy
cargo clippy --workspace --all-targets -- -D warnings

# Predict change impact from a directory, diff, or changeset artifact
cargo run -p plsql-cicd --bin plsql -- predict ./changes --robot-json

# Inspect a serialized dependency graph
cargo run -p plsql-depgraph -- --graph depgraph.json doctor --robot-json

# Drive the USR Loop against an estate (read in place, nothing copied out)
cargo run -p usr-loop -- scan    /path/to/estate
cargo run -p usr-loop -- cluster /path/to/estate
cargo run -p usr-loop -- propose /path/to/estate --from-scan
cargo run -p usr-loop -- doctor

# The re-runnable Definition of Done for the USR Loop
scripts/usr_acceptance.sh

The USR Loop (self-healing coverage flywheel)

Most analyzers discard parse errors and unresolved references as failure. This one records them as typed, provenanced, minimizable, offline artifacts, then repairs them. The full normative specification is docs/plans/2026-05-19-usr-loop-self-healing-coverage-flywheel.md; the repair-class policy and gate honesty manifest are in docs/decisions/D3-usr-repair-class-policy.md.

code

 estate (read in place; no byte copied out)
   │  plsql-engine analyze → typed diagnostics + UnknownReason + provenance
   ▼
 [A] GAP CAPTURE      filter repairable diagnostic classes → GapRecord
   ▼                  (provenance only, never source bytes)
 [B] MINIMIZE +       smallest input that still triggers the same
     PRIVACY-PROVE     signature; every literal/identifier re-synthesized;
   ▼                  a redaction-delta manifest proves zero leak
 [C] CLUSTER/DEDUP    N occurrences → 1 GapCluster, K representative
   ▼                  fixtures
 [D] PROPOSE          one candidate diff, exactly one repair class
   ▼                  (g grammar / l lowering / d typed degradation)
 [E] CONFORMANCE GATE the 9-stage, fail-closed, sha-pinned bar
   ▼ pass                       ▼ fail
 [F] LAND + LEDGER     [F'] QUARANTINE-AS-OPEN-BEAD
   apply on branch,    file a provenanced bead naming the failing
   add the fixture +   stage; the gate is never weakened to admit it
   a pinned test,
   append one
   content-addressed
   ledger entry
   ▼
 [G] ACCRETION TRIPWIRE  the monotone coverage_index, CI-checked

Invariants (the spec's spine; each is enforced, not aspirational)

Invariant	What it guarantees
I-PRIVACY	No customer byte leaves the estate. Every persisted artifact is a re-synthesized, structurally-equivalent minimal reproduction, proven leak-free per artifact (gate stage G8). A failed privacy proof aborts the run and persists nothing.
I-NO-REGRESSION	A patch lands only if proven behavior-preserving on the whole corpus: lossless round-trip, backend conformance, golden isomorphism, monotonic non-regression. Propose, prove, then land; never auto-merge unproven.
I-NO-GAMING	A coverage gain counts only with a commensurate, measured rise in extracted semantics for the targeted signature. Suppressing a diagnostic to "fix" a gap is auto-rejected at G7.
I-DETERMINISM	Same estate plus same engine commit yields byte-identical gap records, fixtures, signatures, and candidate set. No wall-clock, no RNG, no map-iteration order in any persisted artifact.
I-PROVENANCE	Every record, fixture, candidate, verdict, and landed patch is content-addressed and traces estate-run to diagnostic to fixture to diff to gate result. The ledger is append-only.
I-ISOLATION	Patches touch only the `.g4` grammar, `plsql-parser-antlr` codegen / lowering, or the typed-degradation classifier; never make a downstream crate depend on ANTLR types or break public contracts non-additively.
I-MONOTONIC-VALUE	The tracked `coverage_index` is monotone non-decreasing across releases. A release that lowers it fails CI.

The conformance gate

scripts/usr_gate.sh runs nine ordered stages, all must pass, fail-closed. Any non-pass rejects the candidate and files it as a bead; the gate is never weakened to admit a patch.

Stage	Check
G1	Builds: `plsql-parser-antlr --features antlr-codegen` and the workspace
G2	Lossless round-trip over the full corpus and every prior MinFixture
G3	Backend conformance (`plsql-parser/tests/conformance.rs`)
G4	Golden isomorphism, or an explicitly listed and justified golden delta
G5	Never-panic plus the fuzz targets, zero crashes
G6	Monotonic non-regression (`scripts/estate_correctness.sh`, metrics at or above baseline)
G7	Anti-gaming and honesty: diagnostics fall only with a commensurate extraction rise; posture not weakened
G8	Privacy: redaction-delta verified over the candidate and every added fixture; a leak aborts the run
G9	The added regression test is mutation-killed (fails if the patch is reverted)

The gate script is content-pinned: crates/plsql-accretion/gate.sha256 holds the expected sha256 and plsql-accretion's gate runner aborts on a mismatch. Changing the gate requires a deliberate, human-reviewed commit plus a sha bump. crates/plsql-accretion/tests/gate_selftest.rs feeds the gate an adversarial trio (a suppression-only patch, a privacy-leaking fixture, a round-trip-breaking patch) and asserts each is rejected at its named stage.

`coverage_index` and the tripwire

code

coverage_index = extracted_semantics_ratio        (frozen public corpus
                                                    benchmark, never
                                                    private estate code)
               + distinct_resolved_gap_signatures  (signature classes the
                                                    loop has permanently
                                                    closed, from the
                                                    append-only ledger)

scripts/accretion_tripwire.sh (a required CI check) asserts coverage_index(HEAD) >= coverage_index(last release tag) and extracted_semantics_ratio(HEAD) >= extracted_semantics_ratio(last release). Fresh CI checkouts compare against the tracked deterministic seed in crates/plsql-accretion/accretion_floor.json, so the first floor is durable even though .usr/ledger/ is scratch. A release that lowers either metric fails. The coverage_index-over-time table lives in CHANGELOG.md.

Definition of Done

scripts/usr_acceptance.sh is the single re-runnable acceptance contract. It is not a "looks built" check: it drives the loop to close a real, currently-open gap in a private estate end to end and asserts every invariant held (provenance, privacy-proven fixture, gate exit 0 or correct quarantine, strict signature decrease, strict extracted_semantics_ratio increase, preserved posture, ledger appended exactly once, mutation-killed test, green adversarial gate self-test, byte-identical double run). When no private estate is configured the script exits 0 with a loud "estate-absent" banner, stating that the DoD is not proven in that environment. CI runs the full acceptance proof nightly (.github/workflows/usr.yml).

Architecture

The workspace is layered (full detail in plan.md §5 and docs/ARCHITECTURE.md). Downstream crates never depend on ANTLR-generated types.

Layer	Crates	What it owns
0	`plsql-core`, `plsql-output`, `plsql-render`, `plsql-store`	Diagnostics, completeness/uncertainty, output shapes, content-addressed cache
1	`plsql-parser`, `plsql-parser-antlr`	Backend-independent parser surface plus the ANTLR backend
1.5	`plsql-catalog`	Oracle catalog snapshot model and stable row ingestion
2	`plsql-ir`, `plsql-symbols`, `plsql-privileges`, `plsql-depgraph`	Semantic IR, name resolution, privilege model, dependency graph
3	`plsql-engine`	Orchestration: per-run `AnalysisRun`, `CompletenessReport`
4	`plsql-lineage`, `plsql-doc`, `plsql-bindgen`, `plsql-cicd`, `plsql-sast`	Lineage, docs, Rust bindings, change-set planning, static analysis
5	`plsql-accretion`, `tools/usr-loop`	The USR Loop library and orchestrator
External MCP	`oraclemcp`	MCP server, Oracle connection lifecycle, guarded live access, and optional integration with these engine crates

code

  PL/SQL source + Oracle catalog snapshot
              │
              ▼
   plsql-parser-antlr (lossless tape + AST)
              │
              ▼
   plsql-ir → plsql-symbols → plsql-depgraph
              │
              ▼
   plsql-engine: AnalysisRun + CompletenessReport
        │                    │
        ▼                    ▼
  product surfaces      typed UnknownReason exhaust
  (lineage / docs /           │
   bindings / cicd /          ▼
   sast)               plsql-accretion + usr-loop
                       (capture → fixture → gate → land)

Tool binaries: plsql (change-impact, docs, SAST, doctor), plsql-depgraph (dependency graph query/explain/doctor), usr-loop (the USR Loop orchestrator), plan-lint, corpus-license-check, corpus-bench, and corpus-grow.

MCP is intentionally not a binary in this workspace anymore. Agents that need a server should use oraclemcp; agents that need offline PL/SQL intelligence should call the library crates directly or use the CLIs.

Installation

The workspace builds with the stable channel pinned in rust-toolchain.toml. The workspace MSRV is recorded in Cargo.toml as rust-version = "1.96". Normal installation does not require Java. Java is only needed when a maintainer explicitly regenerates the ANTLR parser output.

Install Released CLIs

Linux and macOS:

curl -fsSL "https://github.com/MuhDur/plsql-intelligence/releases/latest/download/install.sh?$(date +%s)" | bash

Windows PowerShell:

powershell

irm "https://github.com/MuhDur/plsql-intelligence/releases/latest/download/install.ps1?$([DateTimeOffset]::UtcNow.ToUnixTimeSeconds())" | iex

The installers fetch the latest GitHub release, verify SHA256SUMS, install plsql and plsql-depgraph, and print uninstall instructions.

From source

git clone https://github.com/MuhDur/plsql-intelligence
cd plsql-intelligence
cargo build --workspace --release

Install CLIs from a checkout

cargo install --path crates/plsql-cicd --bin plsql
cargo install --path crates/plsql-depgraph
cargo install --path tools/usr-loop

Install CLIs from Git

cargo install --git https://github.com/MuhDur/plsql-intelligence --package plsql-cicd --bin plsql
cargo install --git https://github.com/MuhDur/plsql-intelligence --package plsql-depgraph
cargo install --git https://github.com/MuhDur/plsql-intelligence --package usr-loop

Per-crate iteration

Per-crate builds keep cycles short during development:

cargo build -p plsql-catalog
cargo test  -p plsql-accretion

No Oracle client or database connection is required for the default offline CLIs.

Command Reference

Global discovery commands exist on the main user-facing binaries:

<binary> capabilities       # machine-readable agent contract
<binary> robot-docs         # concise agent handbook
<binary> --robot-triage     # capabilities + health + quick reference
<binary> doctor             # local health report

`plsql`

The release-assurance CLI for change impact, rendered documentation, SAST artifacts, and local diagnostics.

plsql predict ./changes --robot-json
plsql predict --git-range main..HEAD --repo .
plsql doc docset.json --format markdown --robot-json
plsql sast scan-report.json --format sarif --robot-json
plsql doctor ./changes --robot-json
plsql capabilities
plsql robot-docs

`plsql-depgraph`

Read a serialized dependency graph and query or explain it.

plsql-depgraph --graph depgraph.json doctor --robot-json
plsql-depgraph --graph depgraph.json query reverse-neighbors --logical-id HR.PKG_ORDERS
plsql-depgraph --graph depgraph.json query path --from-logical-id HR.PKG_ORDERS --to-logical-id HR.TABLE_ORDERS
plsql-depgraph --graph depgraph.json explain --logical-id HR.PKG_ORDERS --robot-json
plsql-depgraph capabilities

`usr-loop`

The USR Loop orchestrator. A global --robot-json flag emits a single-line machine-readable envelope on every subcommand.

usr-loop scan    <estate>                  # [A] capture GapRecords
usr-loop cluster <estate>                  # [C] deduped GapClusters
usr-loop propose <estate> --from-scan      # [D] one candidate diff
usr-loop propose <estate> --cluster-id ID  # propose for a specific signature
usr-loop gate    <candidate-diff>          # run the sha-pinned §3 gate
usr-loop land    <candidate> --fixture F   # [F] gate, then land or quarantine
usr-loop ledger  <action>                  # inspect the append-only ledger
usr-loop doctor                            # crate/schema versions, deps

Exit codes for gate/land: 0 accepted/landed, 3 rejected/quarantined (spec-correct, not a bug), 4 gate sha-pin abort, 9 I-PRIVACY abort (nothing persisted).

`plan-lint`

cargo run -p plan-lint --              # structural lint of plan.md
cargo run -p plan-lint -- --robot-json # machine-readable findings
cargo run -p plan-lint -- --doctor     # health summary

Design Commitments

Rust Cargo workspace, one crate per component.
doctor subcommands and --robot-json output on every CLI surface, so agents read the machine contract instead of guessing.
Explicit UnknownReason records whenever analysis cannot be certain; the completeness report is never false-clean.
Parser backend isolation: downstream crates must not depend on ANTLR-generated types.
The whole workspace is #![forbid(unsafe_code)].
No telemetry by default.

Repository Workflow

Read AGENTS.md and plan.md first.
Treat plan.md as the source of truth for intended architecture and scope. If code and plan.md diverge, fix one or the other deliberately.
Track work in Beads only; .beads/ is authoritative.
Never copy private material into this repository. The USR Loop and the correctness harness read a private estate in place, at the path given by the PLSQL_PRIVATE_ESTATE environment variable, and never persist its bytes.

Layout

plan.md: master specification
AGENTS.md: repo operating rules
Cargo.toml, crates/, tools/: Rust workspace
corpus/: public and synthetic PL/SQL fixtures used by tests
docs/: architecture snapshot, plans, decisions, integration guides
scripts/: usr_gate.sh, usr_acceptance.sh, accretion_tripwire.sh, estate_correctness.sh
.beads/: Beads issue-tracker state (authoritative)
CHANGELOG.md: release-notes log plus the coverage_index table

Troubleshooting

Symptom	Fix
`usr-loop gate` exits 4	Gate sha-pin mismatch. The gate script changed without a sha bump in `crates/plsql-accretion/gate.sha256`. This is intentional fail-closed behavior; re-pin only via a reviewed commit.
`usr-loop gate`/`land` exits 9	An I-PRIVACY leak signal at G8. The run aborted and persisted nothing, by design. Inspect the offending fixture; do not weaken G8.
`usr_acceptance.sh` exits 0 with an "estate-absent" banner	No private estate is configured (`PLSQL_PRIVATE_ESTATE` unset or empty), so the DoD is not proven here. Run it with the variable pointing at a private estate, or rely on nightly CI.
Parser regeneration fails	Normal builds use committed generated Rust. Regeneration is maintainer work: install Java, set `PLSQL_ANTLR_REGEN=1`, then run the parser drift-check path.
Empty dependency graph on a real estate	Expected for the dialect tail the parser cannot yet reach; those are recorded as typed `UnknownReason` and are exactly the USR Loop's repair input, not a silent failure.

Limitations

Pre-1.0: the API can move at any time before 1.0.
This repository is not the MCP server anymore. Use oraclemcp for MCP serving, Oracle sessions, and guarded live database access.
Live Oracle extraction is not in this repository. Use oraclemcp for Oracle sessions, live catalog snapshots, and guarded database access.
The USR Loop proposer does not auto-merge. It produces proven candidates; the proof is automatic and complete, the landing decision is gated by that proof and the repo's normal review (per D3).
Genuinely-ambiguous Oracle dialect forms are not resolved by guessing. They become honest typed UnknownReason (repair-class d): coverage of honesty, never of fabrication.
Accretion compounds on signature classes, not raw counts. A long tail of singleton estate quirks may stay open; that is reported, not masked.
Class-g grammar patches are real grammar work, gated like everything else: slower, but sound.
Referential-integrity subsetting is routed to a separate future plan, not the first release.

FAQ

Does analysis require a live Oracle database? No. Analysis is offline against source plus an optional catalog snapshot. Live Oracle access belongs in oraclemcp; this repo keeps the offline engine and CLIs.

Is the parser real, or a heuristic scanner? Real. The engine parses through the ANTLR-generated Rust backend in plsql-parser-antlr with a lossless token tape; the decision and evidence are in docs/decisions/D2-backend-final.md.

What happens to constructs the parser cannot handle? They are recorded as typed UnknownReason with provenance. The completeness report reflects that honestly instead of reporting a false-clean result.

Has the USR Loop closed N gaps on a real estate? That claim is not made here as a settled marketing fact. The mechanism is implemented and the proof is the re-runnable scripts/usr_acceptance.sh plus nightly CI. This README documents how to run it, not an unverifiable boast.

Can I weaken the gate to land a patch faster? No. The gate is sha-pinned and fail-closed; a mismatch aborts. Changing it requires a reviewed commit and a deliberate sha bump.

Is any code unsafe? No. The whole workspace is #![forbid(unsafe_code)].

License

Dual-licensed under either of:

Apache License, Version 2.0 (LICENSE-APACHE)
MIT license (LICENSE-MIT)

at your option. The vendored ANTLR PL/SQL grammar under crates/plsql-parser-antlr/grammars/ is Apache-2.0, from antlr/grammars-v4; attribution is preserved in crates/plsql-parser-antlr/LICENSE-GRAMMARS.md.

Unless you explicitly state otherwise, any contribution intentionally submitted for inclusion in the work by you, as defined in the Apache-2.0 license, shall be dual-licensed as above, without any additional terms or conditions.

About Contributions

About Contributions: Please don't take this the wrong way, but I do not accept outside contributions for any of my projects. I simply don't have the mental bandwidth to review anything, and it's my name on the thing, so I'm responsible for any problems it causes; thus, the risk-reward is highly asymmetric from my perspective. I'd also have to worry about other "stakeholders," which seems unwise for tools I mostly make for myself for free. Feel free to submit issues, and even PRs if you want to illustrate a proposed fix, but know I won't merge them directly. Instead, I'll have Claude or Codex review submissions via gh and independently decide whether and how to address them. Bug reports in particular are welcome. Sorry if this offends, but I want to avoid wasted time and hurt feelings. I understand this isn't in sync with the prevailing open-source ethos that seeks community contributions, but it's the only way I can move at this velocity and keep my sanity.

Work with me

I help enterprises with the hard parts: databases at scale, systems modernization, and AI in production, vendor-neutral (cloud or self-hosted). Building something hard in databases, Rust / C++, or AI? Reach out.

→ durakovic.ai · hello@durakovic.ai

Install

claude_desktop_config.json

{
  "mcpServers": {
    "plsql-mcp": {
      "command": "docker",
      "args": [
        "run",
        "-i",
        "--rm",
        "ghcr.io/muhdur/plsql-mcp:0.6.3"
      ]
    }
  }
}

Topics

PL/SQL Intelligence Engine

TL;DR

MCP belongs in oraclemcp

Why use it?

How it compares

Status

Testing and Verification

Quick Example

The USR Loop (self-healing coverage flywheel)

Invariants (the spec's spine; each is enforced, not aspirational)

The conformance gate

coverage_index and the tripwire

Definition of Done

Architecture

Installation

Install Released CLIs

From source

Install CLIs from a checkout

Install CLIs from Git

Per-crate iteration

Command Reference

plsql

plsql-depgraph

usr-loop

plan-lint

Design Commitments

Repository Workflow

Layout

Troubleshooting

Limitations

FAQ

License

About Contributions

Work with me

Install

MCP belongs in `oraclemcp`

`coverage_index` and the tripwire

`plsql`

`plsql-depgraph`

`usr-loop`

`plan-lint`