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"""
Reference pipeline orchestrator.
This module shows how to wire the two-phase flow. Replace `call_model` with your LLM runner.
"""
from pathlib import Path
from typing import Tuple, Dict, Any
import json
from ..validators import schema_validator, unit_validator, math_validator, policy_validator
from ..graders.rule_grader import grade
from .io_utils import load_json
# -------------------------
# Replace this with your LLM runner.
def call_model(system_prompt: str, user_prompt: str, temperature: float = 0.2, top_p: float = 0.9) -> str:
"""
Stub for LLM call. Should return the model's raw text output.
In production: plug into your provider (OpenAI, Azure, Anthropic, etc.)
"""
raise NotImplementedError("call_model must be implemented in your environment.")
# -------------------------
def build_user_prompt(template_text: str, context: str, data_inputs: str, constraints: str) -> str:
return (
template_text
.replace("{CONTEXT}", context)
.replace("{DATA_INPUTS}", data_inputs)
.replace("{CONSTRAINTS}", constraints)
)
def run_clarityops(pack_dir: str) -> Tuple[Dict[str, Any], Any]:
pack = Path(pack_dir)
root = pack.parents[1]
system_prompt = (root / "prompts" / "system_two_phase.txt").read_text(encoding="utf-8")
user_template = (root / "prompts" / "user_template.txt").read_text(encoding="utf-8")
inputs = load_json(pack / "inputs.json")
constraints = load_json(pack / "constraints.json")
schema_cfg = load_json(pack / "schema.json")
rubric = load_json(pack / "rubric.json")
expected = load_json(pack / "expected.json")
# Build the human-readable blocks
context_block = inputs.get("context", "No context provided.")
data_block = json.dumps(inputs.get("data_inputs", {}), ensure_ascii=False, indent=2)
constraints_block = json.dumps(constraints, ensure_ascii=False, indent=2)
# ---- Phase 1: Clarification Questions
user_prompt_phase1 = build_user_prompt(user_template, context_block, data_block, constraints_block)
# Tell the model explicitly: generate Phase 1 only
user_prompt_phase1 += "\n\n[INSTRUCTION TO MODEL] Produce **Phase 1** only. Do not produce Phase 2 yet."
clarif_raw = call_model(system_prompt, user_prompt_phase1)
# Expect clarif_raw to contain either "No clarifications required" or a numbered list of questions.
# Option A: automated answers for CI (if provided)
clarif_answers_path = pack / "clarifications.json"
if clarif_answers_path.exists():
clarif_answers = load_json(clarif_answers_path)
else:
# Option B: interactive collection (replace as needed)
raise RuntimeError("Clarification answers required. Provide packs/<scenario>/clarifications.json or implement an interactive flow.")
# Merge clarifications into inputs for Phase 2
merged_inputs = inputs.copy()
merged_inputs["clarifications"] = clarif_answers
# ---- Phase 2: Structured Analysis
user_prompt_phase2 = build_user_prompt(user_template, context_block, json.dumps(merged_inputs, ensure_ascii=False, indent=2), constraints_block)
user_prompt_phase2 += "\n\n[INSTRUCTION TO MODEL] Produce **Phase 2** only (final structured analysis), using clarified inputs."
final_raw = call_model(system_prompt, user_prompt_phase2)
# Expect final_raw to be JSON or parseable. If your model returns markdown, strip code fences first.
try:
# naive parse: assume JSON
output = json.loads(final_raw)
except Exception as e:
raise ValueError(f"Failed to parse model output as JSON. Raw:\n{final_raw}") from e
# Validators
schema_validator.assert_valid(output, str(root / "schemas" / "analysis_output.schema.json"))
unit_validator.assert_valid(output, str(root / "core" / "policy_global.json"))
math_validator.assert_valid(output)
policy_validator.assert_valid(output, str(pack / "constraints.json"))
# Grading (optional): compare to expected
grader_result = grade(output, str(pack / "rubric.json"))
output["_grader"] = grader_result
return output, clarif_raw
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