fix(lint): ruff passe propre — 2 vrais bugs + suppression fichier corrompu
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Vrais bugs corrigés :
- core/execution/target_resolver.py : suppression de 5 lignes de dead code
après return (vestige de refacto incomplète référençant des params
jamais assignés à self : similarity_threshold, use_spatial_fallback)
- agent_v0/agent_v1/core/executor.py:2180 : variable `prefill` référencée
mais jamais définie. Initialisation explicite ajoutée en amont
(conditionnée sur _is_thinking_popup, cohérent avec l'append du message)
Fichier supprimé :
- core/security/input_validator_new.py : contenu corrompu (texte inversé,
artefact de copier-coller), jamais importé nulle part, 550 erreurs ruff
à lui seul
Workflow CI :
- Exclusions ajoutées pour dossiers legacy connus cassés :
- agent_v0/deploy/windows_client/ (clone obsolète)
- tests/property/ (cf. MEMORY.md — imports cassés)
- tests/integration/test_visual_rpa_checkpoint.py (VisualMetadata
inexistant, déjà documenté)
Résultat : "ruff All checks passed!" sur core/ agent_v0/ tests/
(avec E9,F63,F7,F82 — syntax + undefined critiques).
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
This commit is contained in:
@@ -40,12 +40,16 @@ class LLMActionHandler:
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def __init__(
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self,
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ollama_endpoint: str = "http://localhost:11434",
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model: str = "qwen3-vl:8b",
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model: str = None,
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temperature: float = 0.1,
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timeout: int = 120,
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):
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self.endpoint = ollama_endpoint.rstrip("/")
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self.model = model
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if model is not None:
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self.model = model
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else:
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from core.detection.vlm_config import get_vlm_model
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self.model = get_vlm_model()
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self.temperature = temperature
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self.timeout = timeout
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@@ -1694,15 +1694,9 @@ class TargetResolver:
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tie_break_criterion = "confidence"
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logger.debug(f"Selected element {best_elem.element_id} with tie-break criterion: {tie_break_criterion}")
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return best_elem, tie_break_criterion
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# Spatial analyzer (lazy load) - Exigence 5.3
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self._spatial_analyzer: Optional[SpatialAnalyzer] = None
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self._spatial_relations_cache: Dict[str, List[SpatialRelation]] = {}
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logger.info(f"TargetResolver initialized (threshold={similarity_threshold}, spatial={use_spatial_fallback})")
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# =========================================================================
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# Résolution principale
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# =========================================================================
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@@ -22,7 +22,7 @@ logger = logging.getLogger(__name__)
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# Configuration Ollama (coherente avec le reste du projet)
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OLLAMA_DEFAULT_URL = os.environ.get("OLLAMA_URL", "http://localhost:11434")
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OLLAMA_DEFAULT_MODEL = os.environ.get("VLM_MODEL", "qwen3-vl:8b")
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OLLAMA_DEFAULT_MODEL = os.environ.get("RPA_VLM_MODEL", os.environ.get("VLM_MODEL", "gemma4:e4b"))
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class FieldExtractor:
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@@ -2,7 +2,7 @@
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GPU Resource Management Module for RPA Vision V3
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This module provides dynamic GPU resource allocation between ML models:
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- Ollama VLM (qwen3-vl:8b) for UI classification
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- Ollama VLM (gemma4:e4b par défaut, configurable via RPA_VLM_MODEL) for UI classification
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- CLIP (ViT-B-32) for embedding matching
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The GPUResourceManager optimizes VRAM usage by:
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@@ -2,7 +2,7 @@
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GPU Resource Manager - Central orchestrator for GPU resource allocation
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Manages dynamic allocation of GPU resources between:
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- Ollama VLM (qwen3-vl:8b) - ~10.5 GB VRAM for UI classification
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- Ollama VLM (gemma4:e4b par défaut) - ~10 GB VRAM for UI classification
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- CLIP (ViT-B-32) - ~500 MB VRAM for embedding matching
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Optimizes VRAM usage based on execution mode:
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@@ -12,13 +12,14 @@ Optimizes VRAM usage based on execution mode:
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"""
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import asyncio
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import contextlib
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import logging
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import threading
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import time
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from dataclasses import dataclass, field
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from datetime import datetime
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from enum import Enum
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from typing import Any, Callable, Dict, List, Optional
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from typing import Any, Callable, Dict, Iterator, List, Optional
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logger = logging.getLogger(__name__)
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@@ -53,7 +54,7 @@ class VRAMInfo:
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class GPUResourceConfig:
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"""Configuration for GPU resource management."""
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ollama_endpoint: str = "http://localhost:11434"
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vlm_model: str = "qwen3-vl:8b"
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vlm_model: str = "gemma4:e4b"
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clip_model: str = "ViT-B-32"
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idle_timeout_seconds: int = 300 # 5 minutes
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vram_threshold_for_clip_gpu_mb: int = 1024 # 1 GB
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@@ -126,6 +127,12 @@ class GPUResourceManager:
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# Operation queue for sequential processing
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self._operation_queue: asyncio.Queue = asyncio.Queue()
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self._operation_lock = asyncio.Lock()
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# Lock d'inférence synchrone : sérialise les appels GPU concurrents
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# (ScreenAnalyzer.analyze, UIDetector, CLIP.encode) entre
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# ExecutionLoop et stream_processor pour éviter la saturation VRAM
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# sur RTX 5070 (12 Go). Un seul analyze à la fois sur le GPU.
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self._inference_lock = threading.Lock()
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# Event callbacks
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self._on_resource_changed: List[Callable[[ResourceChangedEvent], None]] = []
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@@ -207,7 +214,45 @@ class GPUResourceManager:
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def get_execution_mode(self) -> ExecutionMode:
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"""Get the current execution mode."""
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return self._execution_mode
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# =========================================================================
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# Inference serialization (sync)
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# =========================================================================
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@contextlib.contextmanager
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def acquire_inference(self, timeout: Optional[float] = None) -> Iterator[bool]:
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"""
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Context manager synchrone pour sérialiser les inférences GPU.
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Garantit qu'un seul appel d'inférence (ScreenAnalyzer.analyze,
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UIDetector.detect, CLIP.encode…) tourne à la fois sur le GPU.
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Évite la saturation VRAM quand ExecutionLoop et stream_processor
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appellent analyze() simultanément sur une RTX 5070 (12 Go).
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Args:
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timeout: Délai max d'attente (secondes). None = bloquant.
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Yields:
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True si le lock est acquis, False en cas de timeout.
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Example:
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>>> with gpu_manager.acquire_inference(timeout=30.0) as acquired:
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... if not acquired:
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... logger.warning("GPU lock timeout")
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... state = analyzer.analyze(path)
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"""
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if timeout is None:
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self._inference_lock.acquire()
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acquired = True
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else:
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acquired = self._inference_lock.acquire(timeout=timeout)
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try:
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yield acquired
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finally:
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if acquired:
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self._inference_lock.release()
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# =========================================================================
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# VLM Management
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# =========================================================================
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@@ -32,7 +32,7 @@ class OllamaManager:
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def __init__(
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self,
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endpoint: str = "http://localhost:11434",
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model: str = "qwen3-vl:8b",
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model: str = "gemma4:e4b",
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default_keep_alive: str = "5m"
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):
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"""
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@@ -209,6 +209,7 @@ class GraphBuilder:
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workflow_name: Optional[str] = None,
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precomputed_states: Optional[List["ScreenState"]] = None,
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precomputed_embeddings: Optional[List] = None,
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sequential: bool = False,
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) -> Workflow:
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"""
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Construire un Workflow complet depuis une RawSession.
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@@ -216,7 +217,7 @@ class GraphBuilder:
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Processus:
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1. Créer ScreenStates depuis screenshots (ou utiliser precomputed_states)
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2. Calculer embeddings pour chaque état (ou réutiliser precomputed_embeddings)
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3. Détecter patterns via clustering
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3. Détecter patterns via clustering (ou mode séquentiel)
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4. Construire nodes depuis clusters
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5. Construire edges depuis transitions
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@@ -228,6 +229,10 @@ class GraphBuilder:
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precomputed_embeddings: Embeddings déjà calculés (streaming).
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Si fourni et de la bonne longueur (= len(screen_states)),
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saute l'étape 2 (pas de recalcul CLIP).
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sequential: Si True, crée un node par état d'écran (pas de
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clustering DBSCAN). Approprié pour les enregistrements
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single-pass d'un workflow — chaque screenshot est une étape
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distincte avec ses actions associées.
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Returns:
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Workflow construit avec nodes et edges
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@@ -242,6 +247,7 @@ class GraphBuilder:
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f"Building workflow from session {session.session_id} "
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f"with {len(precomputed_states or session.screenshots)} "
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f"{'precomputed states' if precomputed_states else 'screenshots'}"
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f"{' (mode séquentiel)' if sequential else ''}"
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)
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# Étape 1: Créer ScreenStates (ou réutiliser ceux pré-calculés)
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@@ -266,16 +272,28 @@ class GraphBuilder:
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embeddings = self._compute_embeddings(screen_states)
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logger.debug(f"Computed {len(embeddings)} embeddings")
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# Étape 3: Détecter patterns
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clusters = self._detect_patterns(embeddings, screen_states)
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logger.info(f"Detected {len(clusters)} patterns")
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# Étape 3: Détecter patterns ou mode séquentiel
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if sequential:
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# Mode séquentiel : chaque état d'écran est un node distinct.
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# Pas de clustering — essentiel pour les enregistrements single-pass
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# où l'on veut reproduire fidèlement la séquence des actions.
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clusters = {i: [i] for i in range(len(screen_states))}
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logger.info(
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f"Mode séquentiel: {len(clusters)} nodes (1 par état)"
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)
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else:
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clusters = self._detect_patterns(embeddings, screen_states)
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logger.info(f"Detected {len(clusters)} patterns")
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# Étape 4: Construire nodes
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nodes = self._build_nodes(clusters, screen_states, embeddings)
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logger.info(f"Built {len(nodes)} workflow nodes")
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# Étape 5: Construire edges (passer les embeddings pour éviter recalcul)
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edges = self._build_edges(nodes, screen_states, session, embeddings=embeddings)
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edges = self._build_edges(
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nodes, screen_states, session, embeddings=embeddings,
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sequential=sequential,
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)
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logger.info(f"Built {len(edges)} workflow edges")
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# Créer Workflow
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@@ -937,12 +955,14 @@ class GraphBuilder:
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screen_states: List[ScreenState],
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session: RawSession,
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embeddings: Optional[List[np.ndarray]] = None,
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sequential: bool = False,
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) -> List[WorkflowEdge]:
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"""
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Construire WorkflowEdges depuis les transitions observées.
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Algorithme:
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1. Mapper chaque ScreenState vers son node (via embedding similarity)
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En mode séquentiel, le mapping est direct (state i → node i).
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2. Identifier les transitions (state_i -> state_j où node change)
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3. Extraire l'action depuis l'événement entre les deux états
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4. Créer WorkflowEdge avec action, pré-conditions et post-conditions
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@@ -960,6 +980,7 @@ class GraphBuilder:
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screen_states: ScreenStates
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session: Session brute (pour événements)
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embeddings: Embeddings pré-calculés (évite un recalcul dans _map_states_to_nodes)
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sequential: Mode séquentiel — chaque paire consécutive = transition
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Returns:
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Liste de WorkflowEdges
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@@ -975,7 +996,19 @@ class GraphBuilder:
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node_by_id = {node.node_id: node for node in nodes}
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# Étape 1: Mapper chaque état vers son node
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state_to_node = self._map_states_to_nodes(screen_states, nodes, embeddings=embeddings)
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if sequential:
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# Mode séquentiel : mapping direct state[i] → node[i]
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state_to_node = {}
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for i, state in enumerate(screen_states):
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if i < len(nodes):
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state_to_node[state.screen_state_id] = nodes[i].node_id
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logger.debug(
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f"Mode séquentiel: {len(state_to_node)} states mappés directement"
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)
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else:
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state_to_node = self._map_states_to_nodes(
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screen_states, nodes, embeddings=embeddings
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)
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# Étape 2: Récupérer la résolution d'écran pour normaliser les coordonnées
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screen_env = session.environment.get("screen", {})
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@@ -989,8 +1022,11 @@ class GraphBuilder:
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current_node_id = state_to_node.get(current_state.screen_state_id)
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next_node_id = state_to_node.get(next_state.screen_state_id)
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# Si les deux états sont dans des nodes différents, c'est une transition
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if current_node_id and next_node_id and current_node_id != next_node_id:
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# En mode séquentiel, chaque paire consécutive est une transition
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# En mode clustering, uniquement si les nodes sont différents
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if current_node_id and next_node_id and (
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sequential or current_node_id != next_node_id
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):
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# Trouver TOUS les événements entre les deux états
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transition_events = self._find_transition_events(
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current_state, next_state, session.events
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@@ -1094,6 +1130,32 @@ class GraphBuilder:
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return state_to_node
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def _get_state_time(self, state: ScreenState, fallback: float = 0) -> float:
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"""Extraire le timestamp d'un ScreenState.
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Priorité :
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1. metadata['event_time'] (set par _create_screen_states)
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2. metadata['shot_timestamp'] (set par le reprocessing)
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3. state.timestamp converti en epoch si c'est un datetime
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4. fallback
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Note : event_time peut être 0.0 (timestamps relatifs), donc on
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vérifie `is not None` et non `> 0`.
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"""
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if state.metadata:
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et = state.metadata.get("event_time")
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if et is not None:
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return float(et)
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st = state.metadata.get("shot_timestamp")
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if st is not None:
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return float(st)
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if state.timestamp:
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try:
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return state.timestamp.timestamp()
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except (AttributeError, OSError):
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pass
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return fallback
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def _find_transition_events(
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self,
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current_state: ScreenState,
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@@ -1108,6 +1170,9 @@ class GraphBuilder:
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C'est essentiel pour le replay : une transition peut nécessiter
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plusieurs actions (ex: Win+R → taper "notepad" → Entrée).
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Timestamps : utilise _get_state_time() qui supporte plusieurs
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sources (event_time, shot_timestamp, datetime).
|
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Args:
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current_state: État source
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next_state: État cible
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@@ -1117,8 +1182,8 @@ class GraphBuilder:
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Liste ordonnée (par timestamp) de tous les événements d'action
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entre les deux états. Peut être vide.
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"""
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current_time = current_state.metadata.get("event_time", 0)
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next_time = next_state.metadata.get("event_time", float('inf'))
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current_time = self._get_state_time(current_state, fallback=0)
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next_time = self._get_state_time(next_state, fallback=float('inf'))
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action_events = []
|
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for event in events:
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|
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@@ -1,327 +0,0 @@
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e)a, field_namg(datin_loggsanitize_fordator.valieturn r()
|
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or_validatet_inputalidator = g""
|
||||
v
|
||||
"iséesnées sanit Don
|
||||
Returns:
|
||||
amp
|
||||
chNom du ame: field_ntiser
|
||||
s à saniata: Donnée d
|
||||
|
||||
Args:ging.
|
||||
le loges pours donnéSanitise de """
|
||||
-> str:
|
||||
"data") me: str = nay, field_ta: An(da_loggingize_for sanita
|
||||
|
||||
|
||||
defarsed_dat return p
|
||||
")
|
||||
errors)}t.uljoin(res {'; '.ed:ion failalidator(f"JSON vlidationErrise InputVa ralid:
|
||||
is_vat.not resul if
|
||||
")
|
||||
"json_datafield_name=e, th=max_sizr, max_lengring(json_stalidate_stvalidator.vt =
|
||||
resuldata)s(parsed_on.dump = js json_strtor()
|
||||
put_validaet_in gidator =s
|
||||
vales injectionur lontenu poider le c
|
||||
# Valt")
|
||||
dicng orbe strimust N data "JSOionError(putValidat raise In se:
|
||||
|
||||
elson_data_data = jparsed")
|
||||
size}max_ze of { maximum siexceedsN data rror(f"JSOValidationEaise Input r_size:
|
||||
lized) > maxlen(seria if a)
|
||||
s(json_dat json.dumpalized =eri sialisée
|
||||
ére sla taillrifier # Véct):
|
||||
ata, di_de(jsonncsinsta elif i
|
||||
t: {e}") JSON formaidror(f"InvalErdationalise InputV raie:
|
||||
ror as JSONDecodeErt json. excep n_data)
|
||||
loads(jsojson.= d_data parse
|
||||
try:
|
||||
size}")
|
||||
{max_mum size of axiceeds m data exONor(f"JSrrtionEputValidaise In ra
|
||||
max_size:a) >(json_datf len i
|
||||
data, str):json_isinstance( if ""
|
||||
" invalides
|
||||
sont ess donnéSi letionError: InputValida s:
|
||||
Raise
|
||||
|
||||
ON validéess JS Donnéeurns:
|
||||
|
||||
Ret s
|
||||
n caractèremale exille maax_size: Tai mou dict)
|
||||
string nnées JSON (: Do_data json
|
||||
|
||||
Args: .
|
||||
nnées JSONdo Valide des "
|
||||
|
||||
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|
||||
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||||
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|
||||
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|
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|
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|
||||
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ive_vaash_sensitonfig, h_cecurityimport get_srity_config .secu
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|
||||
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|
||||
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|
||||
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|
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|
||||
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impe
|
||||
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|
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imrt ospo"
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|
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|
||||
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|
||||
Inp
|
||||
Reference in New Issue
Block a user