"""
Usage examples for advanced features.
"""

# Example 1: Keyword Identification
# ==================================
from pipeline.steps.step0a_keyword_identification import KeywordIdentifier
import pandas as pd

# Load data
df = pd.read_csv('signal_messages.csv')

# Identify keywords
identifier = KeywordIdentifier(min_frequency=5, max_keywords=100)
categories = identifier.execute(df)

print("Identified keywords:")
for category, words in categories.items():
    if words:
        print(f"  {category}: {len(words)} keywords")
        print(f"    Examples: {', '.join(words[:5])}")

# Example 2: Normalization Analysis
# ==================================
from pipeline.steps.step0b_normalization_analysis import NormalizationAnalyzer

# Analyze text patterns
analyzer = NormalizationAnalyzer()
suggestions = analyzer.execute(df)

print("\nNormalization suggestions:")
print(f"  Abbreviations: {len(suggestions['abbreviations'])}")
print(f"  Acronyms: {len(suggestions['acronyms'])}")
print(f"  Misspellings: {len(suggestions['misspellings'])}")

# Apply suggestions to common_defs.py
print("\nSuggested additions to TEXT_EXPANSIONS in common_defs.py:")
for abbrev, expansion in suggestions['abbreviations'].items():
    print(f"  '{abbrev}': '{expansion}',")

# Example 3: Parallel Inference
# ==============================
from pipeline.utils.parallel_inference_runner import ParallelInferenceRunner

# Run parallel inference (4x faster than sequential)
runner = ParallelInferenceRunner(
    qwen3_url='http://localhost:8000',
    qwen25_url='http://localhost:8001',
    max_workers=4  # Adjust based on your system
)

qwen3_file, qwen25_file = runner.run_inference(
    'pipeline_output/dual_qwen_inference_requests.jsonl'
)

print(f"\nResults saved to:")
print(f"  {qwen3_file}")
print(f"  {qwen25_file}")

# Example 4: Complete Pipeline with Analysis
# ===========================================
from pipeline.main_pipeline import DiscoveryPipeline

pipeline = DiscoveryPipeline('signal_messages.csv')

# Step 0a: Identify keywords
print("Step 0a: Identifying keywords...")
df = pipeline.data_loader.execute()
identifier = KeywordIdentifier()
keywords = identifier.execute(df)

# Step 0b: Analyze normalizations
print("Step 0b: Analyzing normalizations...")
analyzer = NormalizationAnalyzer()
normalizations = analyzer.execute(df)

# Continue with regular pipeline
print("Running main pipeline...")
results = pipeline.run_preprocessing()

print("\nPipeline complete!")
print(f"  Keywords identified: {sum(len(v) for v in keywords.values())}")
print(f"  Normalizations suggested: {len(normalizations['abbreviations']) + len(normalizations['acronyms'])}")
print(f"  Chunks filtered: {len(results['semantic_filtered'])}")