# ============================================================================
# node_02_initial_codes.py — Phase 2 (REAL, compliant thin wrapper)
# ============================================================================
#
# COMPLIANCE
# ----------
# Thin orchestrator. Reads state, calls the code_sentences tool, shapes
# output rows, writes result back. All domain logic (prompts, LLM loop,
# code cleanup) lives in workbench_thematic_analysis/tools/.
# ============================================================================

from collections import Counter
from training_data import TRAINING_EXAMPLES
from .tools import code_sentences


def phase2_initial_codes_node(state):
    max_n = state["max_sentences_to_code"]
    examples = TRAINING_EXAMPLES[:max_n]
    sentences = [e["sentence"] for e in examples]
    true_labels = [e["label"] for e in examples]

    codes = code_sentences(
        sentences=sentences,
        llm_provider=state["llm_provider"],
        llm_key=state["llm_key"],
    )

    coded_rows = [
        {
            "idx": i,
            "sentence": sentences[i],
            "true_label": true_labels[i],
            "llm_code": codes[i],
        }
        for i in range(len(sentences))
    ]

    code_counts = dict(Counter(codes))

    return {
        "phase2_initial_codes": {
            "status": "real",
            "n_sentences_coded": len(coded_rows),
            "n_unique_codes": len(code_counts),
            "coded_rows": coded_rows,
            "code_frequency": code_counts,
        },
        "steps": [{
            "step": state.get("iteration", 0),
            "node": "phase2_initial_codes",
            "action": "coded sentences (one LLM call per sentence)",
            "detail": f"{len(coded_rows)} sentences, {len(code_counts)} unique codes",
        }],
    }