Files

340 lines
15 KiB
Python

"""Workflow analysis service."""
from ..contracts import MissingModel, Resolution, WorkflowAnalysisResult
from ..custom_nodes import get_custom_node_resolution_metadata
from ..request_utils import (
read_bool_field,
read_optional_object_payload,
read_text_field,
validate_workflow_payload,
)
from ..routes.context import RouteContext
class WorkflowService:
"""Execute workflow analysis and local-resolution operations."""
def __init__(self, context: RouteContext):
extension = context.require("self")
self.analysis_progress = extension.analysis_progress
self._update_analysis_progress = extension._update_analysis_progress
self.logger = extension.logger
self.analyze_and_find_matches = context.require("analyze_and_find_matches")
self.apply_resolution = context.require("apply_resolution")
self.asyncio = context.require("asyncio")
self.download_available = context.require("download_available")
self.fetch_remote_file_size_cached = context.require("fetch_remote_file_size_cached")
self.get_filename_from_path = context.require("get_filename_from_path")
self.get_popular_model_url = context.get("get_popular_model_url")
self.invalidate_local_hash_match_cache = context.require("invalidate_local_hash_match_cache")
self.search_local_matches = context.require("search_local_matches")
self.search_model_list = context.get("search_model_list")
self.should_skip_existing_custom_node_reference = context.require(
"should_skip_existing_custom_node_reference"
)
self.web = context.require("web")
async def analyze_workflow(self, request):
"""Analyze workflow and return missing models with matches."""
analyze_and_find_matches = self.analyze_and_find_matches
asyncio = self.asyncio
download_available = self.download_available
fetch_remote_file_size_cached = self.fetch_remote_file_size_cached
get_filename_from_path = self.get_filename_from_path
get_popular_model_url = self.get_popular_model_url
invalidate_local_hash_match_cache = self.invalidate_local_hash_match_cache
search_model_list = self.search_model_list
should_skip_existing_custom_node_reference = self.should_skip_existing_custom_node_reference
web = self.web
try:
data = await read_optional_object_payload(request)
workflow_json, workflow_error = validate_workflow_payload(
data.get("workflow")
)
try:
analysis_id = read_text_field(
data,
"analysis_id",
contract_name="Workflow analysis request",
)
force_rescan = read_bool_field(
data,
"force_rescan",
contract_name="Workflow analysis request",
)
except TypeError as exc:
return web.json_response({"error": str(exc)}, status=400)
if force_rescan:
invalidate_local_hash_match_cache()
if workflow_error:
return web.json_response(
{"error": workflow_error}, status=400
)
if analysis_id:
self._update_analysis_progress(
analysis_id,
{
"status": "starting",
"stage": "starting",
"message": "Starting analysis...",
"current": 0,
"total": 0,
},
)
def update_analysis_progress(payload):
self._update_analysis_progress(analysis_id, payload)
# Analyze and find matches
analysis_result = await asyncio.to_thread(
analyze_and_find_matches,
workflow_json,
0.0,
10,
update_analysis_progress if analysis_id else None,
force_rescan=force_rescan,
analysis_id=analysis_id,
)
filtered_missing: list[MissingModel] = []
for missing in analysis_result.missing_models:
name = (
missing.extra_value("name")
or missing.reference.original_path
)
if should_skip_existing_custom_node_reference(missing.reference):
self.logger.info(
"Filtered existing custom-node model "
f"reference: {name}"
)
continue
filtered_missing.append(missing)
# If download available, check for download sources only from LOCAL sources
# (workflow_url, popular, model-list.json) - skip automatic online search
# Online search is now only triggered on-demand via search button
if download_available:
for index, missing in enumerate(filtered_missing):
# Check if there's a 100% local match
matches = missing.matches or ()
has_perfect_match = any(match.confidence == 100 for match in matches)
if not has_perfect_match:
filename = get_filename_from_path(
missing.reference.original_path
)
# 0. Check workflow URL first (highest priority - directly from workflow)
workflow_url = missing.extra_value("workflow_url", "")
if workflow_url:
# Determine source from URL
if "huggingface.co" in workflow_url:
source = "huggingface"
elif "civitai.com" in workflow_url:
source = "civitai"
else:
source = "workflow"
# Try to get file size using cached remote helper
file_size = fetch_remote_file_size_cached(workflow_url, timeout=5)
filtered_missing[index] = missing.with_extra(
download_source={
"source": source,
"url": workflow_url,
"model_url": missing.extra_value(
"workflow_model_url", workflow_url
),
"filename": filename,
"directory": missing.extra_value(
"workflow_directory", ""
)
or missing.reference.category
or "checkpoints",
"match_type": "exact",
"url_source": "workflow",
"size": file_size,
}
)
continue
# 1. Check popular models (always exact match)
popular_info = get_popular_model_url(filename)
if popular_info:
popular_model_list_result = search_model_list(
filename, exact_only=True
)
filtered_missing[index] = missing.with_extra(
download_source={
"source": "popular",
"url": popular_info.url
or popular_info.download_url,
"filename": popular_info.filename or filename,
"type": popular_info.model_type,
"directory": popular_info.directory,
"size": (
popular_model_list_result.size
if popular_model_list_result
and popular_model_list_result.size
is not None
else None
)
if popular_model_list_result
and popular_model_list_result.size is not None
else popular_info.size,
"match_type": "exact",
}
)
continue
# 2. Check model list (ComfyUI Manager database)
# Use exact_only=True to avoid confusing fuzzy matches for downloads
model_list_result = search_model_list(
filename, exact_only=True
)
if model_list_result:
filtered_missing[index] = missing.with_extra(
download_source={
"source": "model_list",
"url": model_list_result.url,
"filename": model_list_result.filename,
"name": model_list_result.name,
"type": model_list_result.model_type,
"directory": model_list_result.extra_value(
"directory"
),
"size": model_list_result.size,
"match_type": model_list_result.match_type,
"confidence": model_list_result.confidence,
}
)
continue
# NOTE: Search for online sources (HuggingFace, CivitAI) is
# now done on-demand via /model_resolver/search endpoint
# when user clicks "Search Online" button, not automatically
result = WorkflowAnalysisResult(
missing_models=tuple(filtered_missing),
resolved_models=analysis_result.resolved_models,
total_resolved=analysis_result.total_resolved,
total_missing=len(filtered_missing),
total_models_analyzed=analysis_result.total_models_analyzed,
)
if analysis_id:
self.analysis_progress.update(
analysis_id,
status="completed",
stage="completed",
message="Analysis complete",
current=result.total_missing,
total=result.total_missing,
)
return web.json_response(result.to_dict())
except Exception as e:
if "analysis_id" in locals() and analysis_id:
self.analysis_progress.update(
analysis_id,
status="error",
stage="error",
message=str(e),
current=0,
total=0,
)
self.logger.error(f"Model Resolver analyze error: {e}", exc_info=True)
return web.json_response({"error": str(e)}, status=500)
async def resolve_models(self, request):
"""Apply model resolution and return updated workflow."""
apply_resolution = self.apply_resolution
web = self.web
data = await read_optional_object_payload(request)
workflow_json, workflow_error = validate_workflow_payload(
data.get("workflow"),
empty_is_missing=True,
require_object=False,
)
raw_resolutions = data.get("resolutions", [])
if workflow_error:
return web.json_response(
{"error": workflow_error}, status=400
)
if not isinstance(raw_resolutions, list) or not raw_resolutions:
return web.json_response(
{"error": "Resolutions array is required"}, status=400
)
try:
resolutions = []
for raw_resolution in raw_resolutions:
if not isinstance(raw_resolution, dict):
raise ValueError("Each resolution must be an object")
resolution = Resolution.from_mapping(raw_resolution)
resolution.validate()
resolutions.append(
resolution.with_custom_node_metadata(
get_custom_node_resolution_metadata(resolution.reference)
)
)
except (TypeError, ValueError) as exc:
return web.json_response(
{"error": f"Invalid resolution: {exc}"},
status=400,
)
# Apply resolutions
updated_workflow = apply_resolution(workflow_json, resolutions)
return web.json_response(
{"workflow": updated_workflow, "success": True}
)
async def local_matches(self, request):
"""Search local model files by filename/path."""
invalidate_local_hash_match_cache = self.invalidate_local_hash_match_cache
search_local_matches = self.search_local_matches
web = self.web
data = await read_optional_object_payload(request)
try:
filename = read_text_field(
data,
"filename",
contract_name="Local matches request",
)
category = read_text_field(
data,
"category",
contract_name="Local matches request",
)
force_rescan = read_bool_field(
data,
"force_rescan",
contract_name="Local matches request",
)
except TypeError as exc:
return web.json_response({"error": str(exc)}, status=400)
if force_rescan:
invalidate_local_hash_match_cache()
if not filename:
return web.json_response(
{"error": "filename is required"}, status=400
)
matches = search_local_matches(
filename,
category=category or None,
similarity_threshold=0.0,
max_matches_per_model=10,
force_rescan=force_rescan,
)
return web.json_response(
{"matches": [match.to_dict() for match in matches]}
)