lazily 0.21.0

.RECIPEPREFIX := >

CARGO ?= cargo
PYTHON ?= python3
LAKE ?= lake
LEAN_SPEC_DIR ?= ../lazily-spec/formal/lean
LEAN_FORMAL_DIR ?= ../lazily-formal

.PHONY: \
	check \
	fmt \
	clippy \
	build \
	build-ffi \
	ffi-headers \
	test \
	test-thread-safe \
	test-tokio \
	test-async \
	test-async-resolve \
	test-loom \
	test-distributed \
	test-ffi \
	test-ffi-binary \
	test-ipc \
	test-ipc-binary \
	test-ipc-conformance \
	test-collections-conformance \
	test-seqcrdt-conformance \
	test-schema-compliance \
	test-statechart-conformance \
	test-lean-formal \
	test-lazily-formal \
	test-signaling-client \
	test-webrtc \
	test-websocket \
	benchmark-check \
	benchmark-update \
	instrumentation-profile

check: fmt clippy build test test-thread-safe test-tokio test-async test-async-resolve test-loom test-distributed test-crdt-plane test-ffi test-ffi-binary test-ipc test-ipc-binary test-ipc-conformance test-collections-conformance test-seqcrdt-conformance test-schema-compliance test-statechart-conformance test-lean-formal test-lazily-formal test-signaling-client test-webrtc test-webrtc-signaling test-websocket benchmark-check

fmt:
>$(CARGO) fmt --all --check

clippy:
>$(CARGO) clippy --locked --all-targets --all-features -- -D warnings

build:
>$(CARGO) build --locked --all-targets --all-features

build-ffi:
>$(CARGO) build --locked --features ffi

ffi-headers: build-ffi
>cbindgen --config cbindgen.toml --crate lazily -o target/lazily.h

test:
>$(CARGO) test --locked

# ThreadSafeContext + ThreadSafeStateMachine (feature-gated behind `thread-safe`
# since v0.18.0; lazily-spec requires this layer conditionally — see
# protocol.md § "Concurrency layers are required").
test-thread-safe:
>$(CARGO) test --locked --features thread-safe

# tokio_sync.rs + benches/tokio_sync.rs require BOTH tokio and thread-safe.
test-tokio:
>$(CARGO) test --locked --features "tokio thread-safe"

test-async:
>$(CARGO) test --locked --features async

# Deterministic #k03k resolve-loop window coverage needs the instrumentation
# seam (window 1) alongside the async feature; test-async alone compiles it out.
test-async-resolve:
>$(CARGO) test --locked --features "async instrumentation" --test async_resolve_loop

test-loom:
>$(CARGO) test --locked --features loom --test thread_safe_loom

test-distributed:
>$(CARGO) test --locked --features "distributed serde"

# Distributed CRDT plane runtime integration (#lzcrdtplane5b): the
# CrdtPlaneRuntime glue + the end-to-end two-replica-over-transport convergence
# test need BOTH the plane primitives (`distributed`) and the wire + in-memory
# DataChannel transport (`webrtc`), a combo no other target exercises.
test-crdt-plane:
>$(CARGO) test --locked --features "distributed webrtc"

test-ffi:
>$(CARGO) test --locked --features ffi --test ffi

test-ffi-binary:
>$(CARGO) test --locked --features "ffi ipc-binary" --test ffi

test-ipc:
>$(CARGO) test --locked --features ipc --test ipc

test-ipc-binary:
>$(CARGO) test --locked --features ipc-binary --test ipc

test-ipc-conformance:
>$(CARGO) test --locked --features ipc --test conformance

# Keyed cell collections conformance (#lzcellfamily / #lzkeyrecon): lazily-rs
# replays the canonical compute fixtures in lazily-spec/conformance/collections/
# — value / set-membership / order reactivity independence, atomic ordered move
# (handle_stable), and LIS move-minimized reconciliation. Required of every
# binding (see the Binding Conformance Matrix). Collections are unconditional, so
# this target needs no feature flags.
test-collections-conformance:
>$(CARGO) test --locked --test collections_conformance

# Move-aware sequence CRDT conformance (#lzseqcrdt): lazily-rs replays the
# canonical compute fixture in lazily-spec/conformance/collections/
# `seqcrdt_convergence.json` — concurrent-insert convergence, single-LWW move
# (no duplication), concurrent move + value-edit independence, tombstone
# convergence + commutative merge. SeqCrdt is feature-gated behind `distributed`
# (the CRDT plane), so this target needs that feature.
test-seqcrdt-conformance:
>$(CARGO) test --locked --features distributed --test seqcrdt_conformance

# JSON Schema compliance: lazily-rs's own serde output (Snapshot/Delta/CrdtSync,
# incl. NodeKey) validates against the sibling lazily-spec/schemas, and every IPC
# conformance fixture's `wire` is schema-valid. Closes the binding<->schema loop.
test-schema-compliance:
>$(CARGO) test --locked --features ipc --test schema_compliance

test-statechart-conformance:
>$(CARGO) test --locked --features statechart-json --test statechart_conformance

test-lean-formal:
>test -d "$(LEAN_SPEC_DIR)" || { echo "missing $(LEAN_SPEC_DIR); clone lazily-spec as a sibling or set LEAN_SPEC_DIR"; exit 1; }
>cd "$(LEAN_SPEC_DIR)" && $(LAKE) build

# Build the full Harel state-chart formal model + the new universal proofs
# (parallel_region_confluence, single_region_refines_flat_machine) in
# lazily-formal — the neutral formal-artifact home every binding depends on.
test-lazily-formal:
>test -d "$(LEAN_FORMAL_DIR)" || { echo "missing $(LEAN_FORMAL_DIR); clone lazily-formal as a sibling or set LEAN_FORMAL_DIR"; exit 1; }
>cd "$(LEAN_FORMAL_DIR)" && $(LAKE) build

test-signaling-client:
>$(CARGO) test --locked --features signaling-client

# WebRTC DataChannel transport (#webrtc2/#webrtc3) + concrete str0m backends:
# the deterministic in-memory/synthetic-clock loopback (#webrtcbackend) plus the
# networked Str0mNet backend (#lzwebrtcnet), whose test does a real two-socket
# round trip over 127.0.0.1 (real UDP/DTLS/SCTP/timers).
test-webrtc:
>$(CARGO) test --locked --features webrtc-str0m

# Full WebRTC handshake driven THROUGH SignalingClient over a loopback signaling
# relay (#lzwebrtcwire): real WebSocket offer/answer/ICE on 127.0.0.1 plus the
# real Str0mNet UDP/DTLS/SCTP transport. Needs both feature trees.
test-webrtc-signaling:
>$(CARGO) test --locked --features "signaling-client webrtc-str0m" --test webrtc_signaling

# WebSocket DataChannel backend (#akp3): in-process loopback over a real WS
# handshake, no real network.
test-websocket:
>$(CARGO) test --locked --features websocket

benchmark-check:
>$(PYTHON) scripts/update-benchmark-results.py --check

benchmark-update:
>$(PYTHON) scripts/update-benchmark-results.py

instrumentation-profile:
>$(CARGO) run --example instrumentation_profile --features "instrumentation thread-safe" --quiet