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"""The compact policy is one wire with identical resolved Plan semantics."""
import importlib.util
import json
import pathlib
import sys
import types
ROOT = pathlib.Path(__file__).resolve().parents[1]
PACKAGE = "h3_chain_policy_unit"
folder_paths = types.ModuleType("folder_paths")
folder_paths.get_output_directory = lambda: str(ROOT)
folder_paths.get_temp_directory = lambda: str(ROOT)
folder_paths.get_input_directory = lambda: str(ROOT)
folder_paths.get_annotated_filepath = lambda value: str(value)
sys.modules["folder_paths"] = folder_paths
package = types.ModuleType(PACKAGE)
package.__path__ = [str(ROOT)]
sys.modules[PACKAGE] = package
shared_nodes = types.ModuleType(PACKAGE + ".nodes")
shared_nodes.MiniMaxH3MotionContext = object
shared_nodes._claim_inline_patch_ownership = lambda _conditioning=None: "test patch owner"
shared_nodes._prepare_native_guide_conditioning = lambda value: value
shared_nodes._resize = lambda *args: None
shared_nodes._streams_from_latent = lambda *args: None
sys.modules[shared_nodes.__name__] = shared_nodes
spec = importlib.util.spec_from_file_location(
PACKAGE + ".chain_nodes", ROOT / "chain_nodes.py")
chain = importlib.util.module_from_spec(spec)
sys.modules[spec.name] = chain
spec.loader.exec_module(chain)
PLAN_JSON = json.dumps({
"shots": [
{"id": "one", "prompt": "First scene.", "length": 73},
{"id": "two", "prompt": "Second scene.", "length": 73},
],
})
def make_plan(*, combined=None, audio_context_length=22):
return chain._normalize_plan(
PLAN_JSON, "compact-policy-test", 64, 64, 22,
"video", "head", "disabled", "generated_audio",
audio_context_length,
3.0, 8, 7, 18, "model-stack", 0, "guide",
combined)
node = chain.MiniMaxH3ChainPolicy()
required = node.INPUT_TYPES()["required"]
assert tuple(required["incoming_transition"][0]) == (
"cut", "guide", "hard_av", "soft_av")
assert "audio_context_length" not in required
assert list(required)[-1] == "lock_source_audio"
assert required["lock_source_audio"][0] == "BOOLEAN"
assert required["lock_source_audio"][1]["default"] is False
assert node.DEPRECATED is True
combined, status = node.build("soft_av", "source", "on", "off")
assert combined["version"] == chain.CHAIN_POLICY_VERSION
assert combined["audio_policy"] == chain._contract_audio_policy(
"source", "on", "off")
assert combined["transition_policy"] == chain._contract_transition_policy(
"soft_av")
assert combined["audio_context_length"] == 39
assert "Soft AV" in status
assert "final=source/ref=on/carry=off" in status
assert "source timeline required" in status
assert "audio context automatic (39f)" in status
locked, locked_status = node.build(
"soft_av", "source", "on", "on", True)
assert locked["audio_policy"] == chain._contract_audio_policy(
"source", "off", "off", "locked")
assert "final=source/ref=off/carry=off/target=locked" in locked_status
assert "source timeline required" in locked_status
profile_node = chain.MiniMaxH3GenerationProfile()
profile_inputs = profile_node.INPUT_TYPES()["required"]
assert profile_node.INPUT_TYPES()["optional"]["lip_sync_options"][0] == (
chain.LIP_SYNC_OPTIONS_TYPE)
assert tuple(profile_inputs["scene_continuity"][0]) == (
"Visual continuity", "Independent scenes",
"Hard picture + protected audio",
"Hard picture + smooth audio")
assert tuple(profile_inputs["audio_profile"][0]) == (
"Generate audio", "Generate fresh audio per scene",
"Lip-sync to source audio", "Generate audio from source guide",
"Use source soundtrack only", "No final audio")
assert profile_inputs["scene_continuity"][1]["display_name"] == (
"Scene continuity")
assert profile_inputs["audio_profile"][1]["display_name"] == "Audio profile"
generated_profile, generated_profile_status = profile_node.build()
assert generated_profile["audio_policy"] == chain._contract_audio_policy(
"generated", "off", "on")
assert generated_profile["transition_policy"] == (
chain._contract_transition_policy("guide"))
assert generated_profile["audio_context_length"] == 22
assert "Generate audio" in generated_profile_status
lip_sync_profile, lip_sync_status = profile_node.build(
"Hard picture + smooth audio", "Lip-sync to source audio")
assert lip_sync_profile["audio_policy"] == chain._contract_audio_policy(
"source", "off", "off", "locked")
assert lip_sync_profile["transition_policy"] == (
chain._contract_transition_policy("soft_av"))
assert lip_sync_profile["audio_context_length"] == 39
assert "source timeline required" in lip_sync_status
options_node = chain.MiniMaxH3LipSyncOptions()
lip_options, passthrough_voice, options_status = options_node.build()
assert passthrough_voice is None
assert lip_options["version"] == chain.LIP_SYNC_OPTIONS_VERSION
assert lip_options["preroll_seconds"] == 1.0
assert lip_options["lookahead_seconds"] == 0.2
assert "vocal stem not connected" in options_status
contextual_profile, contextual_status = profile_node.build(
"Hard picture + smooth audio", "Lip-sync to source audio", lip_options)
assert contextual_profile["audio_policy"]["lip_sync_options"] == lip_options
assert "contextual song options active" in contextual_status
ignored_options = profile_node.build(
"Visual continuity", "Generate audio", lip_options)[0]
assert "lip_sync_options" not in ignored_options["audio_policy"]
source_guide_profile = profile_node.build(
"Independent scenes", "Generate audio from source guide")[0]
assert source_guide_profile["audio_policy"] == chain._contract_audio_policy(
"generated", "on", "off")
assert source_guide_profile["audio_context_length"] == 0
advanced = chain.MiniMaxH3AdvancedPolicy()
advanced_inputs = advanced.INPUT_TYPES()["required"]
assert advanced_inputs["chain_policy"][0] == chain.CHAIN_POLICY_TYPE
assert tuple(advanced_inputs["incoming_transition"][0]) == (
"cut", "guide", "tone_guide", "latent_guide", "detail_guide",
"detail_av", "drift_av", "color_drift_av", "hard_av", "soft_av")
drift, drift_status = advanced.apply(combined, "drift_av")
assert drift["audio_policy"] == combined["audio_policy"]
assert drift["transition_policy"] == chain._contract_transition_policy(
"drift_av")
assert drift["audio_context_length"] == 39
assert "advanced override" in drift_status
assert "audio preserved" in drift_status
locked_drift = advanced.apply(locked, "drift_av")[0]
assert locked_drift["audio_policy"] == locked["audio_policy"]
contextual_drift = advanced.apply(contextual_profile, "drift_av")[0]
assert contextual_drift["audio_policy"]["lip_sync_options"] == lip_options
color_drift, color_status = advanced.apply(combined, "color_drift_av")
assert color_drift["transition_policy"][
"continuation_mode"] == "color_stable_drift_av"
assert color_drift["audio_policy"] == combined["audio_policy"]
assert "Color-Stable Drift AV" in color_status
combined_plan = make_plan(combined=combined)
assert "chain_policy" not in combined_plan["compatibility"]
contextual_plan = make_plan(combined=contextual_profile)
assert contextual_plan["compatibility"]["audio_policy"][
"lip_sync_options"] == lip_options
legacy = chain.MiniMaxH3Legacy04PolicyAdapter()
legacy_combined, legacy_status = legacy.build(
"source_plus_timeline", "feathered_av", 39, 33)
assert legacy.RETURN_NAMES == ("chain_policy", "status")
assert legacy_combined["audio_policy"] == chain.migrate_legacy_audio_mode(
"source_plus_timeline")
assert legacy_combined["transition_policy"]["continuation_mode"] == (
"feathered_av")
assert legacy_combined["audio_context_length"] == 33
assert "legacy 0.4 migration" in legacy_status
assert legacy.INPUT_TYPES()["optional"]["chain_policy"][0] == (
chain.CHAIN_POLICY_TYPE)
legacy_overlay, overlay_status = legacy.build(
"generated_audio", "drift_control_av", 39, 39,
chain_policy=combined)
assert legacy_overlay["audio_policy"] == combined["audio_policy"]
assert legacy_overlay["transition_policy"] == chain._contract_transition_policy(
"drift_av")
assert "incoming audio preserved" in overlay_status
legacy_locked = legacy.build(
"generated_audio", "masked_av", 39, 39,
chain_policy=locked)[0]
assert legacy_locked["audio_policy"] == locked["audio_policy"]
legacy_plan = make_plan(combined=legacy_combined)
assert legacy_plan["compatibility"]["audio_context_length"] == 33
assert legacy_plan["compatibility"]["continuation_mode"] == "feathered_av"
plan_inputs = chain.MiniMaxH3ChainPlan.INPUT_TYPES()
assert plan_inputs["optional"]["chain_policy"][0] == chain.CHAIN_POLICY_TYPE
assert "audio_policy" not in plan_inputs["optional"]
assert "transition_policy" not in plan_inputs["optional"]
context_optional = chain.MiniMaxH3ChainContext.INPUT_TYPES()["optional"]
assert list(context_optional) == [
"audio_vae", "model", "drift_sigmas", "lip_sync_voice"]
assert context_optional["lip_sync_voice"][0] == "AUDIO"
assert chain.CHAIN_NODE_CLASS_MAPPINGS[
"MiniMaxH3LipSyncOptions"] is chain.MiniMaxH3LipSyncOptions
assert chain.CHAIN_NODE_CLASS_MAPPINGS[
"MiniMaxH3GenerationProfile"] is chain.MiniMaxH3GenerationProfile
assert chain.CHAIN_NODE_CLASS_MAPPINGS[
"MiniMaxH3ChainPolicy"] is chain.MiniMaxH3ChainPolicy
assert chain.CHAIN_NODE_CLASS_MAPPINGS[
"MiniMaxH3AdvancedPolicy"] is chain.MiniMaxH3AdvancedPolicy
assert chain.CHAIN_NODE_DISPLAY_NAME_MAPPINGS[
"MiniMaxH3GenerationProfile"] == "MiniMax H3 Generation Profile"
assert chain.CHAIN_NODE_DISPLAY_NAME_MAPPINGS[
"MiniMaxH3ChainPolicy"] == "MiniMax H3 Manual Chain Policy (Legacy)"
assert chain.CHAIN_NODE_DISPLAY_NAME_MAPPINGS[
"MiniMaxH3AdvancedPolicy"] == "MiniMax H3 Advanced Policy Override"
assert chain.CHAIN_NODE_DISPLAY_NAME_MAPPINGS[
"MiniMaxH3Legacy04PolicyAdapter"] == (
"MiniMax H3 Legacy 0.4 Policy Adapter")
lora_plan = chain._normalize_plan(
json.dumps({"shots": [
{"id": "base", "prompt": "Base scene.", "length": 73,
"lora_route": "base"},
{"id": "hero", "prompt": "Hero scene.", "length": 73,
"lora_route": "A"},
]}),
"lora-route-test", 64, 64, 22, "video", "head", "disabled",
"generated_audio", 22, 3.0, 8, 7, 18, "model-stack", 0,
"guide")
assert "lora_route" not in lora_plan["shots"][0]
assert lora_plan["shots"][1]["lora_route"] == "a"
assert chain._effective_editor_plan(lora_plan)["shots"][1][
"lora_route"] == "a"
assert chain._shot_lora_route(lora_plan["shots"][0]) == "base"
try:
chain._shot_lora_route({"lora_route": "hero"})
except ValueError as exc:
assert "base" in str(exc) and "a" in str(exc)
else:
raise AssertionError("unknown scene LoRA route was accepted")
try:
chain._normalize_plan(
json.dumps({"shots": [{
"id": "invalid", "prompt": "Invalid route.", "length": 73,
"lora_route": "hero",
}]}),
"invalid-lora-route-test", 64, 64, 22, "video", "head",
"disabled", "generated_audio", 22, 3.0, 8, 7, 18,
"model-stack", 0, "guide")
except ValueError as exc:
assert "Shot 1" in str(exc) and "LoRA route" in str(exc)
else:
raise AssertionError("Plan accepted an unknown scene LoRA route")
scheduler = chain.MiniMaxH3ChainLoRAScheduler()
scheduler_inputs = scheduler.INPUT_TYPES()
assert scheduler_inputs["required"]["base_model"][1]["lazy"] is True
assert scheduler_inputs["optional"]["lora_a"][1]["lazy"] is True
base_state = {"index": 1, "plan": lora_plan}
hero_state = {"index": 2, "plan": lora_plan}
base_model = object()
hero_model = object()
assert scheduler.check_lazy_status(base_state, None) == ["base_model"]
assert scheduler.check_lazy_status(
hero_state, None, lora_a=None) == ["lora_a"]
assert scheduler.check_lazy_status(
hero_state, None, lora_a=hero_model) == []
assert scheduler.select(base_state, base_model)[0] is base_model
selected, selected_status = scheduler.select(
hero_state, None, lora_a=hero_model)
assert selected is hero_model
assert "scene 2" in selected_status and "LoRA A" in selected_status
try:
scheduler.select(hero_state, None)
except ValueError as exc:
assert "lora_a input is not connected" in str(exc)
else:
raise AssertionError("unconnected selected LoRA route was accepted")
assert chain.CHAIN_NODE_CLASS_MAPPINGS[
"MiniMaxH3ChainLoRAScheduler"] is chain.MiniMaxH3ChainLoRAScheduler
assert chain.CHAIN_NODE_DISPLAY_NAME_MAPPINGS[
"MiniMaxH3ChainLoRAScheduler"] == "MiniMax H3 Scene LoRA Scheduler"
print(
"generation profiles, legacy manual policy, and lazy scene LoRA routing: "
"clear one-wire Plan intent, canonical compatibility, and existing-loader "
"MODEL selection pass")
|