[package]
name = "jouleclaw-stack"
version.workspace = true
edition.workspace = true
license.workspace = true
repository.workspace = true
authors.workspace = true
description = "JouleClaw full-stack assembler — wires the L0.25–L10 tier crates into one runnable Runtime + control plane, using each crate's deterministic reference backend."

[dependencies]
jouleclaw-cascade           = { path = "../jouleclaw-cascade" }
# Resolver tiers (terminal answers) — registered into the Runtime walk.
jouleclaw-formula           = { path = "../jouleclaw-formula" }
jouleclaw-tool-tier         = { path = "../jouleclaw-tool-tier" }
jouleclaw-ssm-reader        = { path = "../jouleclaw-ssm-reader" }
jouleclaw-llm         = { path = "../jouleclaw-llm" }
jouleclaw-verification-tier = { path = "../jouleclaw-verification-tier" }
jouleclaw-proof-tier        = { path = "../jouleclaw-proof-tier" }
# Pipeline-stage tiers (intermediate artifacts) — exposed for explicit composition.
jouleclaw-ssm-router        = { path = "../jouleclaw-ssm-router" }
jouleclaw-local-index       = { path = "../jouleclaw-local-index" }
jouleclaw-graph-rag         = { path = "../jouleclaw-graph-rag" }
jouleclaw-struct-contrast   = { path = "../jouleclaw-struct-contrast" }
jouleclaw-federation        = { path = "../jouleclaw-federation" }
jouleclaw-rerank            = { path = "../jouleclaw-rerank" }
# Control plane.
jouleclaw-agent             = { path = "../jouleclaw-agent" }
jouleclaw-routing           = { path = "../jouleclaw-routing" }
jouleclaw-reflection        = { path = "../jouleclaw-reflection" }
jouleclaw-tuner             = { path = "../jouleclaw-tuner" }
jouleclaw-supervisor        = { path = "../jouleclaw-supervisor" }
jouleclaw-governor          = { path = "../jouleclaw-governor" }
jouleclaw-approve           = { path = "../jouleclaw-approve" }
jouleclaw-dispatch          = { path = "../jouleclaw-dispatch" }
jouleclaw-promote           = { path = "../jouleclaw-promote" }
jouleclaw-skill             = { path = "../jouleclaw-skill" }
jouleclaw-verify            = { path = "../jouleclaw-verify" }
jouleclaw-memory            = { path = "../jouleclaw-memory" }
jouleclaw-intent            = { path = "../jouleclaw-intent" }
jouleclaw-calibration       = { path = "../jouleclaw-calibration" }
jouleclaw-prov              = { path = "../jouleclaw-prov" }
serde                       = { workspace = true }
serde_json                  = { workspace = true }

[dev-dependencies]
jouleclaw-program           = { path = "../jouleclaw-program" }
jouleclaw-energy            = { path = "../jouleclaw-energy" }
jouleclaw-ledger            = { path = "../jouleclaw-ledger" }
jouleclaw-local-index       = { path = "../jouleclaw-local-index" }
jouleclaw-skill             = { path = "../jouleclaw-skill" }
jouleclaw-datum             = { path = "../jouleclaw-datum" }
jouleclaw-jcr1              = { path = "../jouleclaw-jcr1" }
jouleclaw-context-store     = { path = "../jouleclaw-context-store" }
jouleclaw-cone              = { path = "../jouleclaw-cone" }
jouleclaw-oracle            = { path = "../jouleclaw-oracle" }
jouleclaw-oracle-fuzz       = { path = "../jouleclaw-oracle-fuzz" }
jouleclaw-stream            = { path = "../jouleclaw-stream" }
jouleclaw-stream-oracle     = { path = "../jouleclaw-stream-oracle" }
jouleclaw-ui-output         = { path = "../jouleclaw-ui-output" }
jouleclaw-ui-oracle         = { path = "../jouleclaw-ui-oracle" }
jouleclaw-cross-binding     = { path = "../jouleclaw-cross-binding" }
jouleclaw-coding-stream     = { path = "../jouleclaw-coding-stream" }
jouleclaw-event-log         = { path = "../jouleclaw-event-log" }
# Adapter crates exercised by the seeded-cascade-with-adapters
# integration example.
jouleclaw-fresh             = { path = "../jouleclaw-fresh" }
jouleclaw-embed-api         = { path = "../jouleclaw-embed-api" }
jouleclaw-rerank-api        = { path = "../jouleclaw-rerank-api" }
async-trait                 = { workspace = true }
chrono                      = { workspace = true }
ed25519-dalek               = { workspace = true }
blake3                      = { workspace = true }
hex                         = "0.4"
tokio                       = { workspace = true, features = ["macros", "rt"] }