Notes pratiques : Une architecture GraphRAG pratique utilisant LangExtract et Neo4j
Guide opérationnel des notes pratiques : une architecture GraphRAG pratique utilisant LangExtract et Neo4j, avec des contrats, des vérifications ainsi que des blocs de code prêts à l’emploi pour les équipes qui mettent en œuvre ce modèle.
Utilisez ceci comme une version révisée destinée aux opérateurs des idées présentées dans « A Practical GraphRAG Architecture Using LangExtract, Neo4j, Qdrant, and Ollama » : étapes claires, blocs de code ordonnés et notes de récupération permettant une transmission sans problème. L’étape « Aperçu » fonctionne le mieux lorsqu’elle est considérée comme une surface mesurable. Capturez un enregistrement exemplaire, un cas d’échec et les notes de réversion avant d’élargir le périmètre. Considérez cette étape comme un contrat entre les entrées et les sorties validées. Nommez les artefacts, définez des critères de succès et refusez toute complétion partielle silencieuse.
Décryptage de l’architecture
Pour l’étape d’analyse approfondie de l’architecture, définissez les entrées, le responsable de chaque étape ainsi que les critères d’achèvement avant de modifier du code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu, sans avoir à deviner l’état caché. Enregistrez les temps d’exécution ainsi que le coût en tokens ou en requêtes à côté des résultats fonctionnels. Une visibilité précoce des coûts permet d’éviter des factures inattendues lorsque le processus passe de l’environnement de démonstration à des environnements partagés. Séparez la construction du client du cycle de messages afin que les fournisseurs puissent être remplacés sans avoir à réécrire la machine à états de la conversation.
Démarche d’implémentation
Pendant l’étape de présentation de la mise en œuvre, définissez les entrées, le responsable de l’étape et les critères d’arrêt avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Conservez la configuration en dehors du code de l’application. Les fichiers d’environnement, les bases de données secrètes et les indicateurs fonctionnels doivent être regroupés en un seul endroit que les opérateurs peuvent auditer sans avoir à lire l’ensemble du système. Séparez la construction du client du cycle de messages afin que les fournisseurs puissent être remplacés sans avoir à réécrire la machine à états de la conversation.
def __init__(self,env_path: str = ".env",ollama_model_extract: str = "gemma3:latest",
ollama_model_answer: str = "gemma3:latest",ollama_embedding_model: str = "embeddinggemma:latest",
ollama_host: str | None = None,vector_dimension: int = 768,
):
load_dotenv(env_path)
self.qdrant_key = os.getenv("QDRANT_KEY")
self.qdrant_url = os.getenv("QDRANT_URL")
self.neo4j_uri = os.getenv("NEO4J_URI")
self.neo4j_username = os.getenv("NEO4J_USERNAME")
self.neo4j_password = os.getenv("NEO4J_PASSWORD")
self.neo4j_driver = GraphDatabase.driver(
self.neo4j_uri, auth=(self.neo4j_username, self.neo4j_password)
)
self.qdrant_client = QdrantClient(
url=self.qdrant_url,
api_key=self.qdrant_key,
)
# Ollama client for local embeddings (embeddinggemma:latest)
self.ollama_client = ollama.Client(host=ollama_host) if ollama_host else ollama.Client()
# langextract needs a plain URL string, not a client object
self.ollama_url = ollama_host or os.environ.get("OLLAMA_HOST", "http://localhost:11434")
# Model / config knobs
self.ollama_model_extract = ollama_model_extract
self.ollama_model_answer = ollama_model_answer
self.ollama_embedding_model = ollama_embedding_model
self.vector_dimension = vector_dimension
def extract_graph_components(self, raw_data: str):
"""Extract medication entities and relationships using langextract + Ollama."""
prompt_description = textwrap.dedent("""
Extract medications with their details, using attributes to group related information:
1. Extract entities in the order they appear in the text
2. Each entity must have a 'medication_group' attribute linking it to its medication
3. All details about a medication should share the same medication_group value
""").strip()
examples = [
lx.data.ExampleData(
text=(
"Patient takes Aspirin 100mg daily for heart health and"
" Simvastatin 20mg at bedtime."
),
extractions=[
lx.data.Extraction(
extraction_class="medication",
extraction_text="Aspirin",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="dosage",
extraction_text="100mg",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="frequency",
extraction_text="daily",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="condition",
extraction_text="heart health",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="medication",
extraction_text="Simvastatin",
attributes={"medication_group": "Simvastatin"},
),
lx.data.Extraction(
extraction_class="dosage",
extraction_text="20mg",
attributes={"medication_group": "Simvastatin"},
),
lx.data.Extraction(
extraction_class="frequency",
extraction_text="at bedtime",
attributes={"medication_group": "Simvastatin"},
),
],
)
]
result = lx.extract(
text_or_documents=raw_data,
prompt_description=prompt_description,
examples=examples,
model_id=self.ollama_model_extract,
model_url=self.ollama_url,
resolver_params={"format_handler": lx_ollama.OLLAMA_FORMAT_HANDLER},
max_char_buffer=4000,
show_progress=True,
)
return self._convert_extractions_to_graph(result.extractions)
def _convert_extractions_to_graph(self, extractions: list):
"""Convert langextract's flat, grouped extractions into (nodes, relationships)."""
groups: dict[str, list] = {}
for ext in extractions:
if not ext.attributes or "medication_group" not in ext.attributes:
continue
group_name = ext.attributes["medication_group"]
groups.setdefault(group_name, []).append(ext)
nodes: dict[str, str] = {}
relationships: list[dict] = []
for group_name, group_extractions in groups.items():
anchor_ext = next(
(e for e in group_extractions if e.extraction_class == "medication"),
None,
)
# Fall back to the group name itself if no explicit "medication"
# extraction was found in this group, so we still get an anchor.
anchor_text = anchor_ext.extraction_text if anchor_ext else group_name
if anchor_text not in nodes:
nodes[anchor_text] = str(uuid.uuid4())
for ext in group_extractions:
if ext is anchor_ext:
continue
target_text = ext.extraction_text
if target_text not in nodes:
nodes[target_text] = str(uuid.uuid4())
relationships.append(
{
"source": nodes[anchor_text],
"target": nodes[target_text],
"type": ext.extraction_class,
}
)
return nodes, relationships
def ingest_to_neo4j(self, nodes: dict, relationships: list):
"""
Ingest nodes and relationships into Neo4j.
"""
with self.neo4j_driver.session() as session:
# Create nodes in Neo4j
for name, node_id in nodes.items():
session.run(
"CREATE (n:Entity {id: $id, name: $name})",
id=node_id,
name=name,
)
# Create relationships in Neo4j, using the semantic type
# (dosage/frequency/condition/etc.) as the actual relationship
# label instead of a generic "RELATIONSHIP" type.
for relationship in relationships:
rel_type = self._sanitize_relationship_type(relationship["type"])
session.run(
"MATCH (a:Entity {id: $source_id}), (b:Entity {id: $target_id}) "
f"CREATE (a)-[:{rel_type} {{type: $type}}]->(b)",
source_id=relationship["source"],
target_id=relationship["target"],
type=relationship["type"],
)
return nodes
@staticmethod
def _sanitize_relationship_type(raw_type: str) -> str:
"""
Cypher relationship types can't be passed as query parameters, so
they have to be interpolated into the query string directly. Since
raw_type comes from LLM-extracted text, sanitize it to a safe
UPPER_SNAKE_CASE identifier before interpolation, to avoid Cypher
injection or syntax errors from unexpected characters.
"""
safe = "".join(ch if ch.isalnum() else "_" for ch in raw_type.strip())
safe = safe.upper().strip("_") or "RELATIONSHIP"
if safe[0].isdigit():
safe = f"REL_{safe}"
return safe
def create_collection(self, collection_name: str, vector_dimension: int = None):
vector_dimension = vector_dimension or self.vector_dimension
try:
# Try to fetch the collection status
self.qdrant_client.get_collection(collection_name)
print(f"Skipping creating collection; '{collection_name}' already exists.")
except Exception as e:
# If collection does not exist, an error will be thrown, so we create the collection
if "Not found: Collection" in str(e) or "doesn't exist" in str(e) or "404" in str(e):
print(f"Collection '{collection_name}' not found. Creating it now...")
self.qdrant_client.create_collection(
collection_name=collection_name,
vectors_config=models.VectorParams(
size=vector_dimension, distance=models.Distance.COSINE
),
)
print(f"Collection '{collection_name}' created successfully.")
else:
print(f"Error while checking collection: {e}")
def ollama_embeddings(self, text: str) -> list[float]:
response = self.ollama_client.embeddings(
model=self.ollama_embedding_model,
prompt=text,
)
return response["embedding"]
def ingest_to_qdrant(self, collection_name: str, raw_data: str, node_id_mapping: dict):
names = list(node_id_mapping.keys())
embeddings = [self.ollama_embeddings(name) for name in names]
self.qdrant_client.upsert(
collection_name=collection_name,
points=[
{
"id": str(uuid.uuid4()),
"vector": embedding,
"payload": {"id": node_id_mapping[name], "name": name},
}
for name, embedding in zip(names, embeddings)
],
)
def retriever_search(self, collection_name: str, query: str, top_k: int = 5):
retriever = QdrantNeo4jRetriever(
driver=self.neo4j_driver,
client=self.qdrant_client,
collection_name=collection_name,
id_property_external="id",
id_property_neo4j="id",
)
results = retriever.search(
query_vector=self.ollama_embeddings(query), top_k=top_k
)
return results
def fetch_related_graph(self, entity_ids: list):
query = """
MATCH (e:Entity)-[r1]-(n1)-[r2]-(n2)
WHERE e.id IN $entity_ids
RETURN e, r1 as r, n1 as related, r2, n2
UNION
MATCH (e:Entity)-[r]-(related)
WHERE e.id IN $entity_ids
RETURN e, r, related, null as r2, null as n2
"""
with self.neo4j_driver.session() as session:
result = session.run(query, entity_ids=entity_ids)
subgraph = []
for record in result:
subgraph.append(
{
"entity": record["e"],
"relationship": record["r"],
"related_node": record["related"],
}
)
if record["r2"] and record["n2"]:
subgraph.append(
{
"entity": record["related"],
"relationship": record["r2"],
"related_node": record["n2"],
}
)
return subgraph
def format_graph_context(self, subgraph: list):
nodes = set()
edges = []
for entry in subgraph:
entity = entry["entity"]
related = entry["related_node"]
relationship = entry["relationship"]
nodes.add(entity["name"])
nodes.add(related["name"])
edges.append(f"{entity['name']} {relationship['type']} {related['name']}")
return {"nodes": list(nodes), "edges": edges}
def graphRAG_run(self, graph_context: dict, user_query: str):
nodes_str = ", ".join(graph_context["nodes"])
edges_str = "; ".join(graph_context["edges"])
prompt = f"""
You are an intelligent assistant with access to the following knowledge graph:
Nodes: {nodes_str}
Edges: {edges_str}
Using this graph, Answer the following question:
User Query: "{user_query}"
"""
try:
response = chat(
model=self.ollama_model_answer,
messages=[
{
"role": "system",
"content": "Provide the answer for the following question:",
},
{"role": "user", "content": prompt},
],
)
return response.message.content
except Exception as e:
return f"Error querying LLM: {str(e)}"
def create_and_ingest(self, raw_data: str, query: str, collection_name: str = "medicationGraphRAGstore"):
print("Creating collection...")
self.create_collection(collection_name, self.vector_dimension)
print("Collection created/verified")
print("Extracting graph components...")
nodes, relationships = self.extract_graph_components(raw_data)
print("Nodes:", nodes)
print("Relationships:", relationships)
print("Ingesting to Neo4j...")
node_id_mapping = self.ingest_to_neo4j(nodes, relationships)
print("Neo4j ingestion complete")
print("Ingesting to Qdrant...")
self.ingest_to_qdrant(collection_name, raw_data, node_id_mapping)
print("Qdrant ingestion complete")
def run_pipeline(self, raw_data: str, query: str, collection_name: str = "medicationGraphRAGstore"):
# run only the first time, comment this for subsequent runs
# self.create_and_ingest(raw_data, query, collection_name)
print("Starting retriever search...")
retriever_result = self.retriever_search(collection_name, query)
print("Retriever results:", retriever_result)
print("Extracting entity IDs...")
entity_ids = [
item.content.split("'id': '")[1].split("'")[0]
for item in retriever_result.items
]
print("Entity IDs:", entity_ids)
print("Fetching related graph...")
subgraph = self.fetch_related_graph(entity_ids)
print("Subgraph:", subgraph)
print("Formatting graph context...")
graph_context = self.format_graph_context(subgraph)
print("Graph context:", graph_context)
print("Running GraphRAG...")
answer = self.graphRAG_run(graph_context, query)
print("Final Answer:", answer)
return answer
def close(self):
self.neo4j_driver.close()
if __name__ == "__main__":
print("Script started")
graph_rag = MedicationGraphRAG(env_path="../.env")
# Example-1
# raw_data = textwrap.dedent("""
# The patient was prescribed Lisinopril and Metformin last month.
# He takes the Lisinopril 10mg daily for hypertension, but often misses
# his Metformin 500mg dose which should be taken twice daily for diabetes.
# """).strip()
# Example-2
raw_data = textwrap.dedent("""
The patient is a 62-year-old man with a history of multiple chronic conditions
being managed through an extensive medication regimen. He was prescribed
Lisinopril, Metformin, Atorvastatin, Aspirin, Levothyroxine, and Sertraline
over the course of the past year, with his treatment plan adjusted several
times based on follow-up visits.
He takes Lisinopril 10mg daily for hypertension, but often misses his
Metformin 500mg dose which should be taken twice daily for diabetes. His
cardiologist also started him on Atorvastatin 40mg at bedtime for high
cholesterol after his last lipid panel showed elevated LDL levels. To reduce
his risk of cardiovascular events, he was additionally prescribed Aspirin
81mg daily for heart disease prevention, which he takes alongside his
breakfast each morning.
Following a routine thyroid screening, he was found to have an underactive
thyroid and was started on Levothyroxine 75mcg every morning for
hypothyroidism, to be taken on an empty stomach before any other medications.
More recently, after reporting persistent low mood and difficulty sleeping
during a wellness visit, his primary care physician added Sertraline 50mg
daily for depression, with plans to reassess the dosage after eight weeks.
Despite the number of prescriptions, the patient has had difficulty
maintaining consistency with his Metformin and occasionally forgets his
evening Atorvastatin dose, which his care team is now addressing through a
simplified pill organizer and reminder system.
""").strip()
# Sample Questions
#1. "What is the dosage and frequency for Lisinopril?"
#2. "What is the dosage and frequency for Metformin?"
#3. "Which medications does the patient take once daily versus twice daily?"
#4. "What medication is prescribed for hypothyroidism, and at what dose?"
#5. "List all medications related to cardiovascular conditions and their dosages."
#6. "How often does the patient take Aspirin?"
#7. "What condition is Levothyroxine prescribed for?"
#8. "What time of day should Levothyroxine be taken, and why?"
#9. "Which medications does the patient have trouble taking consistently?"
#10. "What is the dosage and frequency for Sertraline?"
query = "List all medications related to cardiovascular conditions and their dosages."
answer = graph_rag.run_pipeline(raw_data, query, collection_name="medicationGraphRAGstore")
graph_rag.close()
import os
import uuid
import textwrap
import ollama
from dotenv import load_dotenv, find_dotenv
from ollama import chat
from neo4j import GraphDatabase
from qdrant_client import QdrantClient, models
from neo4j_graphrag.retrievers import QdrantNeo4jRetriever
import langextract as lx
from langextract.providers import ollama as lx_ollama
load_dotenv(find_dotenv())
class MedicationGraphRAG:
def __init__(self,env_path: str = ".env",ollama_model_extract: str = "gemma3:latest",
ollama_model_answer: str = "gemma3:latest",ollama_embedding_model: str = "embeddinggemma:latest",
ollama_host: str | None = None,vector_dimension: int = 768,
):
load_dotenv(env_path)
self.qdrant_key = os.getenv("QDRANT_KEY")
self.qdrant_url = os.getenv("QDRANT_URL")
self.neo4j_uri = os.getenv("NEO4J_URI")
self.neo4j_username = os.getenv("NEO4J_USERNAME")
self.neo4j_password = os.getenv("NEO4J_PASSWORD")
self.neo4j_driver = GraphDatabase.driver(
self.neo4j_uri, auth=(self.neo4j_username, self.neo4j_password)
)
self.qdrant_client = QdrantClient(
url=self.qdrant_url,
api_key=self.qdrant_key,
)
# Ollama client for local embeddings (embeddinggemma:latest)
self.ollama_client = ollama.Client(host=ollama_host) if ollama_host else ollama.Client()
# langextract needs a plain URL string, not a client object
self.ollama_url = ollama_host or os.environ.get("OLLAMA_HOST", "http://localhost:11434")
# Model / config knobs
self.ollama_model_extract = ollama_model_extract
self.ollama_model_answer = ollama_model_answer
self.ollama_embedding_model = ollama_embedding_model
self.vector_dimension = vector_dimension
def extract_graph_components(self, raw_data: str):
"""Extract medication entities and relationships using langextract + Ollama."""
prompt_description = textwrap.dedent("""
Extract medications with their details, using attributes to group related information:
1. Extract entities in the order they appear in the text
2. Each entity must have a 'medication_group' attribute linking it to its medication
3. All details about a medication should share the same medication_group value
""").strip()
examples = [
lx.data.ExampleData(
text=(
"Patient takes Aspirin 100mg daily for heart health and"
" Simvastatin 20mg at bedtime."
),
extractions=[
lx.data.Extraction(
extraction_class="medication",
extraction_text="Aspirin",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="dosage",
extraction_text="100mg",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="frequency",
extraction_text="daily",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="condition",
extraction_text="heart health",
attributes={"medication_group": "Aspirin"},
),
lx.data.Extraction(
extraction_class="medication",
extraction_text="Simvastatin",
attributes={"medication_group": "Simvastatin"},
),
lx.data.Extraction(
extraction_class="dosage",
extraction_text="20mg",
attributes={"medication_group": "Simvastatin"},
),
lx.data.Extraction(
extraction_class="frequency",
extraction_text="at bedtime",
attributes={"medication_group": "Simvastatin"},
),
],
)
]
result = lx.extract(
text_or_documents=raw_data,
prompt_description=prompt_description,
examples=examples,
model_id=self.ollama_model_extract,
model_url=self.ollama_url,
resolver_params={"format_handler": lx_ollama.OLLAMA_FORMAT_HANDLER},
max_char_buffer=4000,
show_progress=True,
)
return self._convert_extractions_to_graph(result.extractions)
def _convert_extractions_to_graph(self, extractions: list):
"""Convert langextract's flat, grouped extractions into (nodes, relationships)."""
groups: dict[str, list] = {}
for ext in extractions:
if not ext.attributes or "medication_group" not in ext.attributes:
continue
group_name = ext.attributes["medication_group"]
groups.setdefault(group_name, []).append(ext)
nodes: dict[str, str] = {}
relationships: list[dict] = []
for group_name, group_extractions in groups.items():
anchor_ext = next(
(e for e in group_extractions if e.extraction_class == "medication"),
None,
)
# Fall back to the group name itself if no explicit "medication"
# extraction was found in this group, so we still get an anchor.
anchor_text = anchor_ext.extraction_text if anchor_ext else group_name
if anchor_text not in nodes:
nodes[anchor_text] = str(uuid.uuid4())
for ext in group_extractions:
if ext is anchor_ext:
continue
target_text = ext.extraction_text
if target_text not in nodes:
nodes[target_text] = str(uuid.uuid4())
relationships.append(
{
"source": nodes[anchor_text],
"target": nodes[target_text],
"type": ext.extraction_class,
}
)
return nodes, relationships
def ingest_to_neo4j(self, nodes: dict, relationships: list):
"""
Ingest nodes and relationships into Neo4j.
"""
with self.neo4j_driver.session() as session:
# Create nodes in Neo4j
for name, node_id in nodes.items():
session.run(
"CREATE (n:Entity {id: $id, name: $name})",
id=node_id,
name=name,
)
# Create relationships in Neo4j, using the semantic type
# (dosage/frequency/condition/etc.) as the actual relationship
# label instead of a generic "RELATIONSHIP" type.
for relationship in relationships:
rel_type = self._sanitize_relationship_type(relationship["type"])
session.run(
"MATCH (a:Entity {id: $source_id}), (b:Entity {id: $target_id}) "
f"CREATE (a)-[:{rel_type} {{type: $type}}]->(b)",
source_id=relationship["source"],
target_id=relationship["target"],
type=relationship["type"],
)
return nodes
@staticmethod
def _sanitize_relationship_type(raw_type: str) -> str:
"""
Cypher relationship types can't be passed as query parameters, so
they have to be interpolated into the query string directly. Since
raw_type comes from LLM-extracted text, sanitize it to a safe
UPPER_SNAKE_CASE identifier before interpolation, to avoid Cypher
injection or syntax errors from unexpected characters.
"""
safe = "".join(ch if ch.isalnum() else "_" for ch in raw_type.strip())
safe = safe.upper().strip("_") or "RELATIONSHIP"
if safe[0].isdigit():
safe = f"REL_{safe}"
return safe
def create_collection(self, collection_name: str, vector_dimension: int = None):
vector_dimension = vector_dimension or self.vector_dimension
try:
# Try to fetch the collection status
self.qdrant_client.get_collection(collection_name)
print(f"Skipping creating collection; '{collection_name}' already exists.")
except Exception as e:
# If collection does not exist, an error will be thrown, so we create the collection
if "Not found: Collection" in str(e) or "doesn't exist" in str(e) or "404" in str(e):
print(f"Collection '{collection_name}' not found. Creating it now...")
self.qdrant_client.create_collection(
collection_name=collection_name,
vectors_config=models.VectorParams(
size=vector_dimension, distance=models.Distance.COSINE
),
)
print(f"Collection '{collection_name}' created successfully.")
else:
print(f"Error while checking collection: {e}")
def ollama_embeddings(self, text: str) -> list[float]:
response = self.ollama_client.embeddings(
model=self.ollama_embedding_model,
prompt=text,
)
return response["embedding"]
def ingest_to_qdrant(self, collection_name: str, raw_data: str, node_id_mapping: dict):
names = list(node_id_mapping.keys())
embeddings = [self.ollama_embeddings(name) for name in names]
self.qdrant_client.upsert(
collection_name=collection_name,
points=[
{
"id": str(uuid.uuid4()),
"vector": embedding,
"payload": {"id": node_id_mapping[name], "name": name},
}
for name, embedding in zip(names, embeddings)
],
)
def retriever_search(self, collection_name: str, query: str, top_k: int = 5):
retriever = QdrantNeo4jRetriever(
driver=self.neo4j_driver,
client=self.qdrant_client,
collection_name=collection_name,
id_property_external="id",
id_property_neo4j="id",
)
results = retriever.search(
query_vector=self.ollama_embeddings(query), top_k=top_k
)
return results
def fetch_related_graph(self, entity_ids: list):
query = """
MATCH (e:Entity)-[r1]-(n1)-[r2]-(n2)
WHERE e.id IN $entity_ids
RETURN e, r1 as r, n1 as related, r2, n2
UNION
MATCH (e:Entity)-[r]-(related)
WHERE e.id IN $entity_ids
RETURN e, r, related, null as r2, null as n2
"""
with self.neo4j_driver.session() as session:
result = session.run(query, entity_ids=entity_ids)
subgraph = []
for record in result:
subgraph.append(
{
"entity": record["e"],
"relationship": record["r"],
"related_node": record["related"],
}
)
if record["r2"] and record["n2"]:
subgraph.append(
{
"entity": record["related"],
"relationship": record["r2"],
"related_node": record["n2"],
}
)
return subgraph
def format_graph_context(self, subgraph: list):
nodes = set()
edges = []
for entry in subgraph:
entity = entry["entity"]
related = entry["related_node"]
relationship = entry["relationship"]
nodes.add(entity["name"])
nodes.add(related["name"])
edges.append(f"{entity['name']} {relationship['type']} {related['name']}")
return {"nodes": list(nodes), "edges": edges}
def graphRAG_run(self, graph_context: dict, user_query: str):
nodes_str = ", ".join(graph_context["nodes"])
edges_str = "; ".join(graph_context["edges"])
prompt = f"""
You are an intelligent assistant with access to the following knowledge graph:
Nodes: {nodes_str}
Edges: {edges_str}
Using this graph, Answer the following question:
User Query: "{user_query}"
"""
try:
response = chat(
model=self.ollama_model_answer,
messages=[
{
"role": "system",
"content": "Provide the answer for the following question:",
},
{"role": "user", "content": prompt},
],
)
return response.message.content
except Exception as e:
return f"Error querying LLM: {str(e)}"
def create_and_ingest(self, raw_data: str, query: str, collection_name: str = "medicationGraphRAGstore"):
print("Creating collection...")
self.create_collection(collection_name, self.vector_dimension)
print("Collection created/verified")
print("Extracting graph components...")
nodes, relationships = self.extract_graph_components(raw_data)
print("Nodes:", nodes)
print("Relationships:", relationships)
print("Ingesting to Neo4j...")
node_id_mapping = self.ingest_to_neo4j(nodes, relationships)
print("Neo4j ingestion complete")
print("Ingesting to Qdrant...")
self.ingest_to_qdrant(collection_name, raw_data, node_id_mapping)
print("Qdrant ingestion complete")
def run_pipeline(self, raw_data: str, query: str, collection_name: str = "medicationGraphRAGstore"):
# run only the first time, comment this for subsequent runs
# self.create_and_ingest(raw_data, query, collection_name)
print("Starting retriever search...")
retriever_result = self.retriever_search(collection_name, query)
print("Retriever results:", retriever_result)
print("Extracting entity IDs...")
entity_ids = [
item.content.split("'id': '")[1].split("'")[0]
for item in retriever_result.items
]
print("Entity IDs:", entity_ids)
print("Fetching related graph...")
subgraph = self.fetch_related_graph(entity_ids)
print("Subgraph:", subgraph)
print("Formatting graph context...")
graph_context = self.format_graph_context(subgraph)
print("Graph context:", graph_context)
print("Running GraphRAG...")
answer = self.graphRAG_run(graph_context, query)
print("Final Answer:", answer)
return answer
def close(self):
self.neo4j_driver.close()
if __name__ == "__main__":
print("Script started")
graph_rag = MedicationGraphRAG(env_path="../.env")
# Example-1
# raw_data = textwrap.dedent("""
# The patient was prescribed Lisinopril and Metformin last month.
# He takes the Lisinopril 10mg daily for hypertension, but often misses
# his Metformin 500mg dose which should be taken twice daily for diabetes.
# """).strip()
# Example-2
raw_data = textwrap.dedent("""
The patient is a 62-year-old man with a history of multiple chronic conditions
being managed through an extensive medication regimen. He was prescribed
Lisinopril, Metformin, Atorvastatin, Aspirin, Levothyroxine, and Sertraline
over the course of the past year, with his treatment plan adjusted several
times based on follow-up visits.
He takes Lisinopril 10mg daily for hypertension, but often misses his
Metformin 500mg dose which should be taken twice daily for diabetes. His
cardiologist also started him on Atorvastatin 40mg at bedtime for high
cholesterol after his last lipid panel showed elevated LDL levels. To reduce
his risk of cardiovascular events, he was additionally prescribed Aspirin
81mg daily for heart disease prevention, which he takes alongside his
breakfast each morning.
Following a routine thyroid screening, he was found to have an underactive
thyroid and was started on Levothyroxine 75mcg every morning for
hypothyroidism, to be taken on an empty stomach before any other medications.
More recently, after reporting persistent low mood and difficulty sleeping
during a wellness visit, his primary care physician added Sertraline 50mg
daily for depression, with plans to reassess the dosage after eight weeks.
Despite the number of prescriptions, the patient has had difficulty
maintaining consistency with his Metformin and occasionally forgets his
evening Atorvastatin dose, which his care team is now addressing through a
simplified pill organizer and reminder system.
""").strip()
# Sample Questions
#1. "What is the dosage and frequency for Lisinopril?"
#2. "What is the dosage and frequency for Metformin?"
#3. "Which medications does the patient take once daily versus twice daily?"
#4. "What medication is prescribed for hypothyroidism, and at what dose?"
#5. "List all medications related to cardiovascular conditions and their dosages."
#6. "How often does the patient take Aspirin?"
#7. "What condition is Levothyroxine prescribed for?"
#8. "What time of day should Levothyroxine be taken, and why?"
#9. "Which medications does the patient have trouble taking consistently?"
#10. "What is the dosage and frequency for Sertraline?"
query = "List all medications related to cardiovascular conditions and their dosages."
answer = graph_rag.run_pipeline(raw_data, query, collection_name="medicationGraphRAGstore")
graph_rag.close()
Le lancement :
Pour l’étape The Run, définissez les entrées, le responsable de l’étape et les critères de fin avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Documentez ensemble le parcours normal et le parcours de récupération. Les tentatives répétées, les contrôles humains et la gestion des messages non traités font partie du produit, et non d’une amélioration ultérieure. Séparez la construction du client du cycle de messages afin que les fournisseurs puissent être remplacés sans avoir à réécrire la machine d’états de la conversation.
query = "List all medications related to cardiovascular conditions and their dosages."
Console:
Starting retriever search...
Retriever results: items=[RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}> score=0.5062605>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:0' labels=frozenset({'Entity'}) properties={'name': 'Atorvastatin', 'id': '1db81626-c3de-4cab-b5dd-091327785182'}> score=0.47961158>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}> score=0.45777896>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}> score=0.45199984>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}> score=0.4511963>", metadata=None)] metadata={'__retriever': 'QdrantNeo4jRetriever'}
Extracting entity IDs...
Entity IDs: ['1c9fb28e-c3e1-4515-afa0-01939beac419', '1db81626-c3de-4cab-b5dd-091327785182', '44573186-869f-4d5d-ba04-fe254ec4ed21', '04f27c55-38a3-46a9-a411-4faf07836a56', '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb']
Fetching related graph...
Subgraph: [{'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:5' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:4' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:5' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:3' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:5' labels=frozenset({'Entity'}) properties={'name': '81mg', 'id': '9d1d3859-cf6f-4a22-81b8-7d80e3cc8e89'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:5' labels=frozenset({'Entity'}) properties={'name': '81mg', 'id': '9d1d3859-cf6f-4a22-81b8-7d80e3cc8e89'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:7' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:17' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:7' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:4' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:14' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:13' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:17' labels=frozenset({'Entity'}) properties={'name': 'every morning', 'id': '7fb1c7e5-e414-43ec-8606-474b08dc9173'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:17' labels=frozenset({'Entity'}) properties={'name': 'every morning', 'id': '7fb1c7e5-e414-43ec-8606-474b08dc9173'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:12' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 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properties={'name': 'high cholesterol', 'id': 'dc85b413-3eca-4f26-a1dd-95de9d61e46c'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:3' labels=frozenset({'Entity'}) properties={'name': 'high cholesterol', 'id': 'dc85b413-3eca-4f26-a1dd-95de9d61e46c'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:0' labels=frozenset({'Entity'}) properties={'name': 'Atorvastatin', 'id': '1db81626-c3de-4cab-b5dd-091327785182'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:1' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:0' labels=frozenset({'Entity'}) properties={'name': 'Atorvastatin', 'id': '1db81626-c3de-4cab-b5dd-091327785182'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:2' labels=frozenset({'Entity'}) properties={'name': 'at bedtime', 'id': 'f9a049d4-bdb9-443d-a70f-3aa0ad290f5d'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:2' labels=frozenset({'Entity'}) properties={'name': 'at bedtime', 'id': 'f9a049d4-bdb9-443d-a70f-3aa0ad290f5d'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:0' labels=frozenset({'Entity'}) properties={'name': 'Atorvastatin', 'id': '1db81626-c3de-4cab-b5dd-091327785182'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:0' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:0' labels=frozenset({'Entity'}) properties={'name': 'Atorvastatin', 'id': '1db81626-c3de-4cab-b5dd-091327785182'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:1' labels=frozenset({'Entity'}) properties={'name': '40mg', 'id': '960fd15d-ad36-4b90-aede-3473dd53f70c'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:1' labels=frozenset({'Entity'}) properties={'name': '40mg', 'id': '960fd15d-ad36-4b90-aede-3473dd53f70c'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:5' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:6' labels=frozenset({'Entity'}) properties={'name': 'heart disease prevention', 'id': '44573186-869f-4d5d-ba04-fe254ec4ed21'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:14' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:13' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:17' labels=frozenset({'Entity'}) properties={'name': 'every morning', 'id': '7fb1c7e5-e414-43ec-8606-474b08dc9173'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:17' labels=frozenset({'Entity'}) properties={'name': 'every morning', 'id': '7fb1c7e5-e414-43ec-8606-474b08dc9173'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:12' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:8' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:11' labels=frozenset({'Entity'}) properties={'name': 'hypertension', 'id': '1bc0479e-5e00-4ede-8a9d-704e56f58814'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:11' labels=frozenset({'Entity'}) properties={'name': 'hypertension', 'id': '1bc0479e-5e00-4ede-8a9d-704e56f58814'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:7' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:6' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:9' labels=frozenset({'Entity'}) properties={'name': '10mg', 'id': 'cddff401-0958-4093-b196-ad270b7aa797'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:9' labels=frozenset({'Entity'}) properties={'name': '10mg', 'id': 'cddff401-0958-4093-b196-ad270b7aa797'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}]
Formatting graph context...
Graph context: {'nodes': ['on an empty stomach before any other medications', 'hypertension', 'Atorvastatin', 'Lisinopril', 'Levothyroxine', 'at bedtime', 'high cholesterol', 'Aspirin', '75mcg', '81mg', 'daily', '10mg', 'heart disease prevention', 'every morning', 'Sertraline', 'hypothyroidism', '40mg'], 'edges': ['heart disease prevention condition Aspirin', 'Aspirin frequency daily', 'heart disease prevention condition Aspirin', 'Aspirin dosage 81mg', 'Lisinopril frequency daily', 'daily frequency Sertraline', 'Lisinopril frequency daily', 'daily frequency Aspirin', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine condition hypothyroidism', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine frequency every morning', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine dosage 75mcg', 'Atorvastatin condition high cholesterol', 'Atorvastatin frequency at bedtime', 'Atorvastatin dosage 40mg', 'heart disease prevention condition Aspirin', 'Levothyroxine route on an empty stomach before any other medications', 'Levothyroxine condition hypothyroidism', 'Levothyroxine frequency every morning', 'Levothyroxine dosage 75mcg', 'Lisinopril condition hypertension', 'Lisinopril frequency daily', 'Lisinopril dosage 10mg', 'on an empty stomach before any other medications route Levothyroxine']}
Running GraphRAG...
Final Answer: Here’s a list of medications related to cardiovascular conditions and their dosages based on the knowledge graph:
* **Aspirin:** 81mg (frequency: daily) - for heart disease prevention.
* **Atorvastatin:** 40mg (frequency: at bedtime) - for high cholesterol.
* **Lisinopril:** 10mg (frequency: daily) - for hypertension.
query = "What medication is prescribed for hypothyroidism, and at what dose?"
Console:
Starting retriever search...
Retriever results: items=[RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}> score=0.6616618>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}> score=0.5983002>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}> score=0.4675771>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}> score=0.4620626>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:9' labels=frozenset({'Entity'}) properties={'name': '10mg', 'id': 'cddff401-0958-4093-b196-ad270b7aa797'}> score=0.4382253>", metadata=None)] metadata={'__retriever': 'QdrantNeo4jRetriever'}
Extracting entity IDs...
Entity IDs: ['95b91440-5ff1-41eb-a036-b57880094b05', '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb', 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847', '1c9fb28e-c3e1-4515-afa0-01939beac419', 'cddff401-0958-4093-b196-ad270b7aa797']
Fetching related graph...
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labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:12' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:9' labels=frozenset({'Entity'}) properties={'name': '10mg', 'id': 'cddff401-0958-4093-b196-ad270b7aa797'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:6' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:9' labels=frozenset({'Entity'}) properties={'name': '10mg', 'id': 'cddff401-0958-4093-b196-ad270b7aa797'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:11' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:10' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:9' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:13' labels=frozenset({'Entity'}) properties={'name': '500mg', 'id': '6c38fe32-0ca3-4bcc-a072-05e302aaa8e7'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:13' labels=frozenset({'Entity'}) properties={'name': '500mg', 'id': '6c38fe32-0ca3-4bcc-a072-05e302aaa8e7'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:14' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:18' labels=frozenset({'Entity'}) properties={'name': 'hypothyroidism', 'id': '95b91440-5ff1-41eb-a036-b57880094b05'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}]
Formatting graph context...
Graph context: {'nodes': ['Lisinopril', '75mcg', 'twice daily', 'diabetes', 'on an empty stomach before any other medications', 'hypertension', 'daily', 'Metformin', '500mg', '10mg', 'hypothyroidism', 'Levothyroxine', 'every morning'], 'edges': ['10mg dosage Lisinopril', 'Lisinopril condition hypertension', '10mg dosage Lisinopril', 'Lisinopril frequency daily', 'hypothyroidism condition Levothyroxine', 'Levothyroxine route on an empty stomach before any other medications', 'hypothyroidism condition Levothyroxine', 'Levothyroxine frequency every morning', 'hypothyroidism condition Levothyroxine', 'Levothyroxine dosage 75mcg', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine condition hypothyroidism', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine frequency every morning', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine dosage 75mcg', 'Levothyroxine route on an empty stomach before any other medications', 'Levothyroxine condition hypothyroidism', 'Levothyroxine frequency every morning', 'Levothyroxine dosage 75mcg', '10mg dosage Lisinopril', 'Metformin condition diabetes', 'Metformin frequency twice daily', 'Metformin dosage 500mg', 'hypothyroidism condition Levothyroxine', 'on an empty stomach before any other medications route Levothyroxine']}
Running GraphRAG...
Final Answer: Levothyroxine 75mcg is prescribed for hypothyroidism, taken every morning.
query = "Which medications does the patient take once daily versus twice daily?"
Console:
Starting retriever search...
Retriever results: items=[RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}> score=0.6052238>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}> score=0.50138044>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}> score=0.424541>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}> score=0.42364278>", metadata=None), RetrieverResultItem(content="<Record node=<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}> score=0.4210245>", metadata=None)] metadata={'__retriever': 'QdrantNeo4jRetriever'}
Extracting entity IDs...
Entity IDs: ['73d5a502-05be-4bb7-916a-10b8ff5130fa', '1c9fb28e-c3e1-4515-afa0-01939beac419', '06da6faa-baa5-4657-a961-5091f58e3058', '9cbb512f-ca6b-47de-bb12-378ac35826bd', 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847']
Fetching related graph...
Subgraph: [{'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:17' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:18' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:22' labels=frozenset({'Entity'}) properties={'name': 'depression', 'id': '3aca7091-a4fa-4b12-ba5a-a8dbbbac5df4'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:22' labels=frozenset({'Entity'}) properties={'name': 'depression', 'id': '3aca7091-a4fa-4b12-ba5a-a8dbbbac5df4'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:17' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:16' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:21' labels=frozenset({'Entity'}) properties={'name': '50mg', 'id': '5fe00dee-bd0f-4476-b5a6-b19974033f78'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:21' labels=frozenset({'Entity'}) properties={'name': '50mg', 'id': '5fe00dee-bd0f-4476-b5a6-b19974033f78'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:4' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': 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labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:12' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:16' labels=frozenset({'Entity'}) properties={'name': '75mcg', 'id': '75b6f7a1-2f53-419c-9365-5f026dcb1e25'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:17' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:20' labels=frozenset({'Entity'}) properties={'name': 'Sertraline', 'id': '42844c4c-ce96-4bd9-8d37-d8adad5a75fe'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:4' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:4' labels=frozenset({'Entity'}) properties={'name': 'Aspirin', 'id': '10939c85-6fc1-41b4-9b80-abe1662eda11'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:7' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:10' labels=frozenset({'Entity'}) properties={'name': 'daily', 'id': '06da6faa-baa5-4657-a961-5091f58e3058'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:8' labels=frozenset({'Entity'}) properties={'name': 'Lisinopril', 'id': '04f27c55-38a3-46a9-a411-4faf07836a56'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:11' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:10' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:9' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:13' labels=frozenset({'Entity'}) properties={'name': '500mg', 'id': '6c38fe32-0ca3-4bcc-a072-05e302aaa8e7'}>) type='DOSAGE' properties={'type': 'dosage'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:13' labels=frozenset({'Entity'}) properties={'name': '500mg', 'id': '6c38fe32-0ca3-4bcc-a072-05e302aaa8e7'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:10' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:14' labels=frozenset({'Entity'}) properties={'name': 'twice daily', 'id': '73d5a502-05be-4bb7-916a-10b8ff5130fa'}>) type='FREQUENCY' properties={'type': 'frequency'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:11' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:15' labels=frozenset({'Entity'}) properties={'name': 'diabetes', 'id': '9cbb512f-ca6b-47de-bb12-378ac35826bd'}>) type='CONDITION' properties={'type': 'condition'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:12' labels=frozenset({'Entity'}) properties={'name': 'Metformin', 'id': 'd14d70ef-3780-4ebe-b803-1ab8bd8ec847'}>}, {'entity': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>, 'relationship': <Relationship element_id='5:a53f7783-1308-4f3d-9a27-45cede6b6376:15' nodes=(<Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>, <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:19' labels=frozenset({'Entity'}) properties={'name': 'on an empty stomach before any other medications', 'id': '1c9fb28e-c3e1-4515-afa0-01939beac419'}>) type='ROUTE' properties={'type': 'route'}>, 'related_node': <Node element_id='4:a53f7783-1308-4f3d-9a27-45cede6b6376:7' labels=frozenset({'Entity'}) properties={'name': 'Levothyroxine', 'id': '60654f2d-2ec8-4f4e-be02-cd57b7c5abfb'}>}]
Formatting graph context...
Graph context: {'nodes': ['twice daily', 'daily', '75mcg', '50mg', '81mg', 'Aspirin', 'on an empty stomach before any other medications', 'hypothyroidism', 'hypertension', 'depression', 'Lisinopril', 'Levothyroxine', 'heart disease prevention', 'every morning', 'Sertraline', 'diabetes', '500mg', '10mg', 'Metformin'], 'edges': ['daily frequency Sertraline', 'Sertraline condition depression', 'daily frequency Sertraline', 'Sertraline dosage 50mg', 'daily frequency Aspirin', 'Aspirin condition heart disease prevention', 'daily frequency Aspirin', 'Aspirin dosage 81mg', 'daily frequency Lisinopril', 'Lisinopril condition hypertension', 'daily frequency Lisinopril', 'Lisinopril dosage 10mg', 'twice daily frequency Metformin', 'Metformin condition diabetes', 'twice daily frequency Metformin', 'Metformin dosage 500mg', 'diabetes condition Metformin', 'Metformin frequency twice daily', 'diabetes condition Metformin', 'Metformin dosage 500mg', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine condition hypothyroidism', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine frequency every morning', 'on an empty stomach before any other medications route Levothyroxine', 'Levothyroxine dosage 75mcg', 'daily frequency Sertraline', 'daily frequency Aspirin', 'daily frequency Lisinopril', 'Metformin condition diabetes', 'Metformin frequency twice daily', 'Metformin dosage 500mg', 'twice daily frequency Metformin', 'diabetes condition Metformin', 'on an empty stomach before any other medications route Levothyroxine']}
Running GraphRAG...
Final Answer: Here’s the breakdown of medications taken once daily versus twice daily based on the knowledge graph:
**Once Daily:**
* Aspirin: daily frequency
* Sertraline: daily frequency
* Levothyroxine: every morning frequency
**Twice Daily:**
* Metformin: twice daily frequency
La conclusion :
Pour l’étape de la Conclusion, définissez les entrées, le responsable de l’étape et les critères d’arrêt avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Préférez des unités petites et testables à des scripts complexes. Lorsqu’une étape échoue, l’échec doit indiquer une seule responsabilité plutôt qu’un processus embrouillé. Séparez la construction du client du cycle de messages afin que les fournisseurs puissent être remplacés sans avoir à réécrire la machine d’état de la conversation.
Liste de contrôle opérationnelle
Lorsque vous travaillez sur l’étape de la Liste de contrôle opérationnelle, écrivez d’abord le contrat : les entrées requises, le signal de succès et ce qui se passe en cas d’échec partiel. Cette liste garantit que les modifications ultérieures du code restent transparentes.
Préférez des unités petites et testables plutôt que des scripts complexes. Lorsqu’une étape échoue, l’erreur doit indiquer une seule responsabilité et non un processus embrouillé.
Enregistrez l’ID de la demande, l’ID du modèle et le temps de latence à chaque appel. Sans cette trace, les erreurs intermittentes du fournisseur ressemblent à des bugs de l’application.
Séparez la politique de segmentation de la politique de récupération. Modifier l’une ne doit pas obliger à réécrire l’autre lorsque les métriques de qualité changent.
Ajoutez un test de base qui exécute le chemin critique dans l’environnement CI à l’aide de fichiers de configuration, et non d’API payantes en ligne, chaque fois que le budget le permet.
Gardez la configuration en dehors du code de l’application. Les fichiers d’environnement, les bases de données secrètes et les indicateurs fonctionnels doivent être regroupés en un seul endroit que les administrateurs peuvent auditer sans devoir lire l’ensemble du système.
Au préalable de promouvoir le stack, figez les versions, conservez une transcription « or » pour le chemin critique et confirmez les étapes de rollback. Les environnements partagés nécessitent des limites de débit, des vérifications de location ainsi qu’un responsable clair pour la rotation des secrets. Préférez une fiabilité banale à des démonstrations ingénieuses ponctuelles.
Note de lot pour 0e4c86908c41 : gardez les clés du fournisseur hors du repo, fixez un plafond pour les tokens par session et stockez les transcriptions à côté des fichiers de configuration d’évaluation afin que les remplacements ultérieurs de modèles restent comparables.
Pour la note de renforcement de sécurité relative à l’étape 0, définissez les entrées, le responsable de l’étape et les critères d’arrêt avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Préférez des unités petites et testables à des scripts complexes. Lorsqu’une étape échoue, l’échec doit pointer vers une seule responsabilité plutôt que vers un pipeline embrouillé.
Détail de renforcement 0/771 : mesurez le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décidez si vous souhaitez conserver le changement en vous basant sur un ensemble de questions prédéfini plutôt que sur des observations anecdotiques.
Lors de la première étape de la note de renforcement, notez d’abord le contrat : les entrées requises, le signal de succès et ce qui se passe en cas d’échec partiel. Cette liste de contrôle permet de rester honnête lors des modifications ultérieures du code. Enregistrez les temps d’exécution ainsi que le coût en tokens ou en requêtes à côté des résultats fonctionnels. Une visibilité précoce des coûts évite les factures inattendues lorsque le processus passe de l’environnement de démonstration à des environnements partagés.
Détail de renforcement 1/771 : mesurez le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décidez si vous souhaitez conserver le changement en vous basant sur un ensemble de questions prédéfini plutôt que sur des observations anecdotiques.
La deuxième étape de la note de renforcement fonctionne le mieux lorsqu’elle est considérée comme une surface mesurable. Capturez un enregistrement exemplaire, un cas d’échec et la note de réversion avant d’élargir le périmètre. Documentez ensemble le parcours normal et le parcours de récupération. Les tentatives répétées, les contrôles humains et la gestion des messages non livrés font partie intégrante du produit, et non d’une mise en forme ultérieure.
Détail de renforcement 2/771 : mesurez le temps d’exécution, la classe d’erreur et l’utilisation des tokens pour cette note, puis décidez si vous souhaitez conserver le changement en vous basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
Pour la troisième étape de la note de renforcement, définissez les entrées, le responsable de l’étape et les critères de fin avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Considérez cette étape comme un contrat entre les entrées et les sorties validées. Donnez des noms aux artefacts, définites des vérifications de succès et refusez toute complétion partielle silencieuse.
Détail de renforcement 3/771 : mesurez le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décidez si vous souhaitez conserver le changement en vous basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
Lorsque vous travaillez sur l’étape 4 de la note de renforcement, écrivez d’abord le contrat : les entrées requises, le signal de succès et ce qui se passe en cas d’échec partiel. Cette liste de contrôle permet de garantir l’honnêteté des modifications de code ultérieures. Gardez la configuration en dehors du code de l’application. Les fichiers d’environnement, les stocks de secrets et les flags fonctionnels doivent être regroupés en un seul endroit que les opérateurs peuvent auditer sans avoir à lire l’ensemble du système.
Détail de renforcement 4/771 : mesurez le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décidez si vous souhaitez conserver le changement en vous basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
La phase 5 des notes de renforcement fonctionne le mieux lorsqu’elle est considérée comme une surface mesurable. Capturez un enregistrement exemplaire, un cas d’échec et la note de réversion avant d’élargir le périmètre. Préférez des unités petites et testables à des scripts complexes. Lorsqu’une étape échoue, l’échec doit pointer vers une seule responsabilité plutôt que vers un processus embrouillé.
Détail de renforcement 5/771 : mesurez le temps d’exécution, la classe d’erreur et l’utilisation des tokens pour cette note, puis décidez si vous souhaitez conserver la modification en vous basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
Pour l’étape 6 des notes de renforcement, définissez les entrées, le responsable de l’étape et les critères d’achèvement avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Enregistrez les temps d’exécution ainsi que le coût des jetons ou des requêtes à côté des résultats fonctionnels. Une visibilité précoce des coûts permet d’éviter des factures inattendues lorsque le processus passe de l’environnement de démonstration à des environnements partagés.
Détail de renforcement 6/771 : mesurez le temps d’exécution réel, la catégorie de l’erreur et la consommation de jetons pour cette note, puis décidez s’il convient de conserver la modification en vous basant sur un ensemble de questions prédéfini plutôt que sur des observations subjectives.
Lors de l’étape 7 des notes de renforcement, notez d’abord les conditions contractuelles : entrées requises, signal de succès et ce qui se passe en cas d’échec partiel. Cette liste de contrôle permet de rester honnête lors des modifications ultérieures du code. Documentez ensemble le parcours normal et le parcours de récupération. Les tentatives répétées, les contrôles humains et la gestion des messages non livrés font partie intégrante du produit, et non d’améliorations ultérieures.
Détail de renforcement 7/771 : mesurez le temps d’exécution, la classe de l’erreur et l’utilisation des tokens pour cette note, puis décidez si vous conservez la modification en vous basant sur un ensemble de questions prédéfinies plutôt que sur des observations subjectives.
L’étape 8 des notes de renforcement fonctionne le mieux lorsqu’elle est considérée comme une surface mesurable. Recueillez un exemple idéal de fonctionnement, un cas d’échec et la note de réversion avant d’élargir le périmètre. Considérez cette étape comme un contrat entre les entrées et les sorties validées. Donnez des noms aux artefacts, définez des vérifications de succès et refusez les terminations partielles silencieuses.
Détail de renforcement 8/771 : mesurer le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décider de conserver ou non le changement en se basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
Pour l’étape 9 de la note de renforcement, définir les entrées, le responsable de l’étape et les critères de fin avant de modifier le code. Les opérateurs doivent pouvoir relancer l’étape à partir d’un point de contrôle connu sans deviner l’état caché. Conserver la configuration en dehors du code de l’application. Les fichiers d’environnement, les bases de données secrètes et les flags fonctionnels doivent être regroupés en un seul endroit que les opérateurs peuvent auditer sans avoir à lire l’ensemble du système.
Détail de renforcement 9/771 : mesurer le temps d’exécution, la classe d’erreur et la consommation de tokens pour cette note, puis décider de conserver ou non le changement en se basant sur un ensemble de questions prédéfini plutôt que sur des anecdotes.
Lors de l’exécution de l’étape 10 des notes de renforcement de sécurité, notez d’abord les éléments requis : les entrées nécessaires, le signal de succès, ainsi que ce qui se passe en cas d’échec partiel. Cette liste de contrôle permet de rester honnête lors des modifications ultérieures du code. Préférez des unités petites et testables à des scripts complexes. Lorsqu’une étape échoue, l’erreur doit indiquer une seule responsabilité et non un processus embrouillé.
Détail de renforcement 10/771 : mesurez le temps d’exécution, la classe de l’erreur et la consommation de tokens pour cette note, puis décidez si vous souhaitez conserver la modification en vous basant sur un ensemble de questions prédéfini plutôt que sur des observations subjectives.