Add optional Cypher validation tool (#11078)

LLMs have trouble with consistently getting the relationship direction accurately. That's why I organized a competition how to best and most simple to fix it based on the existing schema as a post-processing step. https://github.com/tomasonjo/cypher-direction-competition I am adding the winner's code in this PR: https://github.com/sakusaku-rich/cypher-direction-competition
2026-07-19 21:33:31 -04:00 · 2023-10-04 18:54:37 +02:00
parent dd514c2781
commit 71290315cf
5 changed files with 890 additions and 2 deletions
@@ -48,7 +48,16 @@
   "execution_count": 2,
   "id": "0928915d",
   "metadata": {},
-   "outputs": [],
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/home/tomaz/neo4j/langchain/libs/langchain/langchain/graphs/neo4j_graph.py:52: ExperimentalWarning: The configuration may change in the future.\n",
+      "  self._driver.verify_connectivity()\n"
+     ]
+    }
+   ],
   "source": [
    "graph = Neo4jGraph(\n",
    "    url=\"bolt://localhost:7687\", username=\"neo4j\", password=\"pleaseletmein\"\n",
@@ -558,6 +567,75 @@
    "# Inspect graph schema\n",
    "print(chain.graph_schema)"
   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "f0202e88-d700-40ed-aef9-0c969c7bf951",
+   "metadata": {},
+   "source": [
+    "# Validate generated Cypher statements\n",
+    "You can use the `validate_cypher` parameter to validate and correct relationship directions in generated Cypher statements"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 20,
+   "id": "53665d03-7afd-433c-bdd5-750127bfb152",
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "chain = GraphCypherQAChain.from_llm(\n",
+    "     llm=ChatOpenAI(temperature=0, model=\"gpt-3.5-turbo\"),\n",
+    "     graph=graph,\n",
+    "     verbose=True,\n",
+    "     validate_cypher=True\n",
+    ")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 21,
+   "id": "19e1a591-9c10-4d7b-aa36-a5e1b778a97b",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      "\n",
+      "\u001b[1m> Entering new GraphCypherQAChain chain...\u001b[0m\n",
+      "Generated Cypher:\n",
+      "\u001b[32;1m\u001b[1;3mMATCH (a:Actor)-[:ACTED_IN]->(m:Movie {name: 'Top Gun'})\n",
+      "RETURN a.name\u001b[0m\n",
+      "Full Context:\n",
+      "\u001b[32;1m\u001b[1;3m[{'a.name': 'Tom Cruise'}, {'a.name': 'Val Kilmer'}, {'a.name': 'Anthony Edwards'}, {'a.name': 'Meg Ryan'}]\u001b[0m\n",
+      "\n",
+      "\u001b[1m> Finished chain.\u001b[0m\n"
+     ]
+    },
+    {
+     "data": {
+      "text/plain": [
+       "'Tom Cruise, Val Kilmer, Anthony Edwards, and Meg Ryan played in Top Gun.'"
+      ]
+     },
+     "execution_count": 21,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "chain.run(\"Who played in Top Gun?\")"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "3fa3f3d5-f7e7-4ca9-8f07-ca22b897f192",
+   "metadata": {},
+   "outputs": [],
+   "source": []
  }
 ],
 "metadata": {
@@ -6,6 +6,7 @@ from typing import Any, Dict, List, Optional

 from langchain.callbacks.manager import CallbackManagerForChainRun
 from langchain.chains.base import Chain
+from langchain.chains.graph_qa.cypher_utils import CypherQueryCorrector, Schema
 from langchain.chains.graph_qa.prompts import CYPHER_GENERATION_PROMPT, CYPHER_QA_PROMPT
 from langchain.chains.llm import LLMChain
 from langchain.graphs.neo4j_graph import Neo4jGraph
@@ -90,6 +91,8 @@ class GraphCypherQAChain(Chain):
    """Whether or not to return the intermediate steps along with the final answer."""
    return_direct: bool = False
    """Whether or not to return the result of querying the graph directly."""
+    cypher_query_corrector: Optional[CypherQueryCorrector] = None
+    """Optional cypher validation tool"""

    @property
    def input_keys(self) -> List[str]:
@@ -123,6 +126,7 @@ class GraphCypherQAChain(Chain):
        qa_llm: Optional[BaseLanguageModel] = None,
        exclude_types: List[str] = [],
        include_types: List[str] = [],
+        validate_cypher: bool = False,
        **kwargs: Any,
    ) -> GraphCypherQAChain:
        """Initialize from LLM."""
@@ -150,10 +154,19 @@ class GraphCypherQAChain(Chain):
            kwargs["graph"].structured_schema, include_types, exclude_types
        )

+        cypher_query_corrector = None
+        if validate_cypher:
+            corrector_schema = [
+                Schema(el["start"], el["type"], el["end"])
+                for el in kwargs["graph"].structured_schema.get("relationships")
+            ]
+            cypher_query_corrector = CypherQueryCorrector(corrector_schema)
+
        return cls(
            graph_schema=graph_schema,
            qa_chain=qa_chain,
            cypher_generation_chain=cypher_generation_chain,
+            cypher_query_corrector=cypher_query_corrector,
            **kwargs,
        )

@@ -176,6 +189,10 @@ class GraphCypherQAChain(Chain):
        # Extract Cypher code if it is wrapped in backticks
        generated_cypher = extract_cypher(generated_cypher)

+        # Correct Cypher query if enabled
+        if self.cypher_query_corrector:
+            generated_cypher = self.cypher_query_corrector(generated_cypher)
+
        _run_manager.on_text("Generated Cypher:", end="\n", verbose=self.verbose)
        _run_manager.on_text(
            generated_cypher, color="green", end="\n", verbose=self.verbose
@@ -184,7 +201,11 @@ class GraphCypherQAChain(Chain):
        intermediate_steps.append({"query": generated_cypher})

        # Retrieve and limit the number of results
-        context = self.graph.query(generated_cypher)[: self.top_k]
+        # Generated Cypher be null if query corrector identifies invalid schema
+        if generated_cypher:
+            context = self.graph.query(generated_cypher)[: self.top_k]
+        else:
+            context = []

        if self.return_direct:
            final_result = context
@@ -0,0 +1,248 @@
+import re
+from collections import namedtuple
+from typing import Any, Dict, List, Optional, Tuple
+
+Schema = namedtuple("Schema", ["left_node", "relation", "right_node"])
+
+
+class CypherQueryCorrector:
+    """
+    Used to correct relationship direction in generated Cypher statements.
+    This code is copied from the winner's submission to the Cypher competition:
+    https://github.com/sakusaku-rich/cypher-direction-competition
+    """
+
+    property_pattern = re.compile(r"\{.+?\}")
+    node_pattern = re.compile(r"\(.+?\)")
+    path_pattern = re.compile(r"\(.*\).*-.*-.*\(.*\)")
+    node_relation_node_pattern = re.compile(
+        r"(\()+(?P<left_node>[^()]*?)\)(?P<relation>.*?)\((?P<right_node>[^()]*?)(\))+"
+    )
+    relation_type_pattern = re.compile(r":(?P<relation_type>.+?)?(\{.+\})?]")
+
+    def __init__(self, schemas: List[Schema]):
+        """
+        Args:
+            schemas: list of schemas
+        """
+        self.schemas = schemas
+
+    def clean_node(self, node: str) -> str:
+        """
+        Args:
+            node: node in string format
+
+        """
+        node = re.sub(self.property_pattern, "", node)
+        node = node.replace("(", "")
+        node = node.replace(")", "")
+        node = node.strip()
+        return node
+
+    def detect_node_variables(self, query: str) -> Dict[str, List[str]]:
+        """
+        Args:
+            query: cypher query
+        """
+        nodes = re.findall(self.node_pattern, query)
+        nodes = [self.clean_node(node) for node in nodes]
+        res: Dict[str, Any] = {}
+        for node in nodes:
+            parts = node.split(":")
+            if parts == "":
+                continue
+            variable = parts[0]
+            if variable not in res:
+                res[variable] = []
+            res[variable] += parts[1:]
+        return res
+
+    def extract_paths(self, query: str) -> "List[str]":
+        """
+        Args:
+            query: cypher query
+        """
+        return re.findall(self.path_pattern, query)
+
+    def judge_direction(self, relation: str) -> str:
+        """
+        Args:
+            relation: relation in string format
+        """
+        direction = "BIDIRECTIONAL"
+        if relation[0] == "<":
+            direction = "INCOMING"
+        if relation[-1] == ">":
+            direction = "OUTGOING"
+        return direction
+
+    def extract_node_variable(self, part: str) -> Optional[str]:
+        """
+        Args:
+            part: node in string format
+        """
+        part = part.lstrip("(").rstrip(")")
+        idx = part.find(":")
+        if idx != -1:
+            part = part[:idx]
+        return None if part == "" else part
+
+    def detect_labels(
+        self, str_node: str, node_variable_dict: Dict[str, Any]
+    ) -> List[str]:
+        """
+        Args:
+            str_node: node in string format
+            node_variable_dict: dictionary of node variables
+        """
+        splitted_node = str_node.split(":")
+        variable = splitted_node[0]
+        labels = []
+        if variable in node_variable_dict:
+            labels = node_variable_dict[variable]
+        elif variable == "" and len(splitted_node) > 1:
+            labels = splitted_node[1:]
+        return labels
+
+    def verify_schema(
+        self,
+        from_node_labels: List[str],
+        relation_types: List[str],
+        to_node_labels: List[str],
+    ) -> bool:
+        """
+        Args:
+            from_node_labels: labels of the from node
+            relation_type: type of the relation
+            to_node_labels: labels of the to node
+        """
+        valid_schemas = self.schemas
+        if from_node_labels != []:
+            from_node_labels = [label.strip("`") for label in from_node_labels]
+            valid_schemas = [
+                schema for schema in valid_schemas if schema[0] in from_node_labels
+            ]
+        if to_node_labels != []:
+            to_node_labels = [label.strip("`") for label in to_node_labels]
+            valid_schemas = [
+                schema for schema in valid_schemas if schema[2] in to_node_labels
+            ]
+        if relation_types != []:
+            relation_types = [type.strip("`") for type in relation_types]
+            valid_schemas = [
+                schema for schema in valid_schemas if schema[1] in relation_types
+            ]
+        return valid_schemas != []
+
+    def detect_relation_types(self, str_relation: str) -> Tuple[str, List[str]]:
+        """
+        Args:
+            str_relation: relation in string format
+        """
+        relation_direction = self.judge_direction(str_relation)
+        relation_type = self.relation_type_pattern.search(str_relation)
+        if relation_type is None or relation_type.group("relation_type") is None:
+            return relation_direction, []
+        relation_types = [
+            t.strip().strip("!")
+            for t in relation_type.group("relation_type").split("|")
+        ]
+        return relation_direction, relation_types
+
+    def correct_query(self, query: str) -> str:
+        """
+        Args:
+            query: cypher query
+        """
+        node_variable_dict = self.detect_node_variables(query)
+        paths = self.extract_paths(query)
+        for path in paths:
+            original_path = path
+            start_idx = 0
+            while start_idx < len(path):
+                match_res = re.match(self.node_relation_node_pattern, path[start_idx:])
+                if match_res is None:
+                    break
+                start_idx += match_res.start()
+                match_dict = match_res.groupdict()
+                left_node_labels = self.detect_labels(
+                    match_dict["left_node"], node_variable_dict
+                )
+                right_node_labels = self.detect_labels(
+                    match_dict["right_node"], node_variable_dict
+                )
+                end_idx = (
+                    start_idx
+                    + 4
+                    + len(match_dict["left_node"])
+                    + len(match_dict["relation"])
+                    + len(match_dict["right_node"])
+                )
+                original_partial_path = original_path[start_idx : end_idx + 1]
+                relation_direction, relation_types = self.detect_relation_types(
+                    match_dict["relation"]
+                )
+
+                if relation_types != [] and "".join(relation_types).find("*") != -1:
+                    start_idx += (
+                        len(match_dict["left_node"]) + len(match_dict["relation"]) + 2
+                    )
+                    continue
+
+                if relation_direction == "OUTGOING":
+                    is_legal = self.verify_schema(
+                        left_node_labels, relation_types, right_node_labels
+                    )
+                    if not is_legal:
+                        is_legal = self.verify_schema(
+                            right_node_labels, relation_types, left_node_labels
+                        )
+                        if is_legal:
+                            corrected_relation = "<" + match_dict["relation"][:-1]
+                            corrected_partial_path = original_partial_path.replace(
+                                match_dict["relation"], corrected_relation
+                            )
+                            query = query.replace(
+                                original_partial_path, corrected_partial_path
+                            )
+                        else:
+                            return ""
+                elif relation_direction == "INCOMING":
+                    is_legal = self.verify_schema(
+                        right_node_labels, relation_types, left_node_labels
+                    )
+                    if not is_legal:
+                        is_legal = self.verify_schema(
+                            left_node_labels, relation_types, right_node_labels
+                        )
+                        if is_legal:
+                            corrected_relation = match_dict["relation"][1:] + ">"
+                            corrected_partial_path = original_partial_path.replace(
+                                match_dict["relation"], corrected_relation
+                            )
+                            query = query.replace(
+                                original_partial_path, corrected_partial_path
+                            )
+                        else:
+                            return ""
+                else:
+                    is_legal = self.verify_schema(
+                        left_node_labels, relation_types, right_node_labels
+                    )
+                    is_legal |= self.verify_schema(
+                        right_node_labels, relation_types, left_node_labels
+                    )
+                    if not is_legal:
+                        return ""
+
+                start_idx += (
+                    len(match_dict["left_node"]) + len(match_dict["relation"]) + 2
+                )
+        return query
+
+    def __call__(self, query: str) -> str:
+        """Correct the query to make it valid. If
+        Args:
+            query: cypher query
+        """
+        return self.correct_query(query)
@@ -1,4 +1,9 @@
+from typing import List
+
+import pandas as pd
+
 from langchain.chains.graph_qa.cypher import construct_schema, extract_cypher
+from langchain.chains.graph_qa.cypher_utils import CypherQueryCorrector, Schema


 def test_no_backticks() -> None:
@@ -117,3 +122,31 @@ def test_include_types3() -> None:
        "['(:Actor)-[:ACTED_IN]->(:Movie)']"
    )
    assert output == expected_schema
+
+
+def test_validating_cypher_statements() -> None:
+    cypher_file = "tests/unit_tests/data/cypher_corrector.csv"
+    examples = pd.read_csv(cypher_file)
+    examples.fillna("", inplace=True)
+    for _, row in examples.iterrows():
+        schema = load_schemas(row["schema"])
+        corrector = CypherQueryCorrector(schema)
+        assert corrector(row["statement"]) == row["correct_query"]
+
+
+def load_schemas(str_schemas: str) -> List[Schema]:
+    """
+    Args:
+        str_schemas: string of schemas
+    """
+    values = str_schemas.replace("(", "").replace(")", "").split(",")
+    schemas = []
+    for i in range(len(values) // 3):
+        schemas.append(
+            Schema(
+                values[i * 3].strip(),
+                values[i * 3 + 1].strip(),
+                values[i * 3 + 2].strip(),
+            )
+        )
+    return schemas
@@ -0,0 +1,508 @@
+"statement","schema","correct_query"
+"MATCH (p:Person)-[:KNOWS]->(:Person) RETURN p, count(*) AS count","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)-[:KNOWS]->(:Person) RETURN p, count(*) AS count"
+"MATCH (p:Person)<-[:KNOWS]-(:Person) RETURN p, count(*) AS count","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)<-[:KNOWS]-(:Person) RETURN p, count(*) AS count"
+"MATCH (p:Person {id:""Foo""})<-[:WORKS_AT]-(o:Organization) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person {id:""Foo""})-[:WORKS_AT]->(o:Organization) RETURN o.name AS name"
+"MATCH (o:Organization)-[:WORKS_AT]->(p:Person {id:""Foo""}) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:Organization)<-[:WORKS_AT]-(p:Person {id:""Foo""}) RETURN o.name AS name"
+"MATCH (o:Organization {name:""Bar""})-[:WORKS_AT]->(p:Person {id:""Foo""}) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:Organization {name:""Bar""})<-[:WORKS_AT]-(p:Person {id:""Foo""}) RETURN o.name AS name"
+"MATCH (o:Organization)-[:WORKS_AT]->(p:Person {id:""Foo""})-[:WORKS_AT]->(o1:Organization) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:Organization)<-[:WORKS_AT]-(p:Person {id:""Foo""})-[:WORKS_AT]->(o1:Organization) RETURN o.name AS name"
+"MATCH (o:`Organization` {name:""Foo""})-[:WORKS_AT]->(p:Person {id:""Foo""})-[:WORKS_AT]-(o1:Organization {name:""b""})
+WHERE id(o) > id(o1)
+RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:`Organization` {name:""Foo""})<-[:WORKS_AT]-(p:Person {id:""Foo""})-[:WORKS_AT]-(o1:Organization {name:""b""})
+WHERE id(o) > id(o1)
+RETURN o.name AS name"
+"MATCH (p:Person)
+RETURN p,
+       [(p)-[:WORKS_AT]->(o:Organization) | o.name] AS op","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)
+RETURN p,
+       [(p)-[:WORKS_AT]->(o:Organization) | o.name] AS op"
+"MATCH (p:Person)
+RETURN p,
+       [(p)<-[:WORKS_AT]-(o:Organization) | o.name] AS op","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)
+RETURN p,
+       [(p)-[:WORKS_AT]->(o:Organization) | o.name] AS op"
+"MATCH (p:Person {name:""John""}) MATCH (p)-[:WORKS_AT]->(:Organization) RETURN p, count(*)","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person {name:""John""}) MATCH (p)-[:WORKS_AT]->(:Organization) RETURN p, count(*)"
+"MATCH (p:Person) MATCH (p)<-[:WORKS_AT]-(:Organization) RETURN p, count(*)","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person) MATCH (p)-[:WORKS_AT]->(:Organization) RETURN p, count(*)"
+"MATCH (p:Person), (p)<-[:WORKS_AT]-(:Organization) RETURN p, count(*)","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person), (p)-[:WORKS_AT]->(:Organization) RETURN p, count(*)"
+"MATCH (o:Organization)-[:WORKS_AT]->(p:Person {id:""Foo""})-[:WORKS_AT]->(o1:Organization) 
+WHERE id(o) < id(o1) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:Organization)<-[:WORKS_AT]-(p:Person {id:""Foo""})-[:WORKS_AT]->(o1:Organization) 
+WHERE id(o) < id(o1) RETURN o.name AS name"
+"MATCH (o:Organization)-[:WORKS_AT]-(p:Person {id:""Foo""})-[:WORKS_AT]-(o1:Organization) 
+WHERE id(o) < id(o1) RETURN o.name AS name","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (o:Organization)-[:WORKS_AT]-(p:Person {id:""Foo""})-[:WORKS_AT]-(o1:Organization) 
+WHERE id(o) < id(o1) RETURN o.name AS name"
+"MATCH (p:Person)--(:Organization)--(p1:Person)
+RETURN p1","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)--(:Organization)--(p1:Person)
+RETURN p1"
+"MATCH (p:Person)<--(:Organization)--(p1:Person)
+RETURN p1","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)-->(:Organization)--(p1:Person)
+RETURN p1"
+"MATCH (p:Person)<-[r]-(:Organization)--(p1:Person)
+RETURN p1, r","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)-[r]->(:Organization)--(p1:Person)
+RETURN p1, r"
+"MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)-->(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)-->(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o"
+"MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)<--(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)-->(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o"
+"MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)-[:KNOWS]->(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)",
+"MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)<-[:WORKS_AT|INVESTOR]-(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o","(Person, KNOWS, Person), (Person, WORKS_AT, Organization), (Person, INVESTOR, Organization)","MATCH (person:Person)
+CALL {
+   WITH person
+   MATCH (person)-[:WORKS_AT|INVESTOR]->(o:Organization)
+   RETURN o LIMIT 3
+}
+RETURN person, o"
+"MATCH (p:Person)
+WHERE EXISTS { (p)<-[:KNOWS]-()}
+RETURN p","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)
+WHERE EXISTS { (p)<-[:KNOWS]-()}
+RETURN p"
+"MATCH (p:Person)
+WHERE EXISTS { (p)-[:KNOWS]->()}
+RETURN p","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)
+WHERE EXISTS { (p)-[:KNOWS]->()}
+RETURN p"
+"MATCH (p:Person)
+WHERE EXISTS { (p)<-[:WORKS_AT]-()}
+RETURN p","(Person, KNOWS, Person), (Person, WORKS_AT, Organization)","MATCH (p:Person)
+WHERE EXISTS { (p)-[:WORKS_AT]->()}
+RETURN p"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title"
+"MATCH (p:Person)-[:ACTED_IN]-(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]-(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title"
+"MATCH (p:Person)<-[:ACTED_IN]-(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name = 'Tom Hanks'
+AND m.year = 2013
+RETURN m.title"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+RETURN p.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+RETURN p.name"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+AND m.year > 2019
+AND m.year < 2030
+RETURN p.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+AND m.year > 2019
+AND m.year < 2030
+RETURN p.name"
+"MATCH (p:Person)<-[:ACTED_IN]-(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+AND m.year > 2019
+AND m.year < 2030
+RETURN p.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+AND m.year > 2019
+AND m.year < 2030
+RETURN p.name"
+"MATCH (p:Person)<-[:FOLLOWS]-(m:Movie)
+WHERE p.name <> 'Tom Hanks'
+AND m.title = 'Captain Phillips'
+AND m.year > 2019
+AND m.year < 2030
+RETURN p.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)",
+"MATCH (p:Person)-[:`ACTED_IN`]->(m:Movie)<-[:DIRECTED]-(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:`ACTED_IN`]->(m:Movie)<-[:DIRECTED]-(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title"
+"MATCH (p:Person)-[:ACTED_IN]-(m:Movie)<-[:DIRECTED]-(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]-(m:Movie)<-[:DIRECTED]-(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title"
+"MATCH (p:Person)-[:ACTED_IN]-(m:Movie)-[:DIRECTED]->(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]-(m:Movie)<-[:DIRECTED]-(p)
+WHERE  p.born.year > 1960
+RETURN p.name, p.born, labels(p), m.title"
+"MATCH (p:`Person`)<-[r]-(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+RETURN m.title AS movie, type(r) AS relationshipType","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:`Person`)-[r]->(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+RETURN m.title AS movie, type(r) AS relationshipType"
+"MATCH (d:Person)-[:DIRECTED]->(m:Movie)-[:IN_GENRE]->(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (d:Person)-[:DIRECTED]->(m:Movie)-[:IN_GENRE]->(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name"
+"MATCH (d:Person)-[:DIRECTED]->(m:Movie)<--(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (d:Person)-[:DIRECTED]->(m:Movie)-->(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name"
+"MATCH (d:Person)<--(m:Movie)<--(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (d:Person)-->(m:Movie)-->(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name"
+"MATCH (d:Person)-[:DIRECTED]-(m:Movie)<-[:IN_GENRE]-(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (d:Person)-[:DIRECTED]-(m:Movie)-[:IN_GENRE]->(g:Genre)
+WHERE m.year = 2000 AND g.name = ""Horror""
+RETURN d.name"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+AND exists {(p)-[:DIRECTED]->(m)}
+RETURN p.name, labels(p), m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+AND exists {(p)-[:DIRECTED]->(m)}
+RETURN p.name, labels(p), m.title"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+AND exists {(p)<-[:DIRECTED]-(m)}
+RETURN p.name, labels(p), m.title","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie)
+WHERE  p.name = 'Tom Hanks'
+AND exists {(p)-[:DIRECTED]->(m)}
+RETURN p.name, labels(p), m.title"
+"MATCH (a:Person)-[:ACTED_IN]->(m:Movie)
+WHERE m.year > 2000
+MATCH (m)<-[:DIRECTED]-(d:Person)
+RETURN a.name, m.title, d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (a:Person)-[:ACTED_IN]->(m:Movie)
+WHERE m.year > 2000
+MATCH (m)<-[:DIRECTED]-(d:Person)
+RETURN a.name, m.title, d.name"
+"MATCH (a:Person)-[:ACTED_IN]-(m:Movie)
+WHERE m.year > 2000
+MATCH (m)-[:DIRECTED]->(d:Person)
+RETURN a.name, m.title, d.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (a:Person)-[:ACTED_IN]-(m:Movie)
+WHERE m.year > 2000
+MATCH (m)<-[:DIRECTED]-(d:Person)
+RETURN a.name, m.title, d.name"
+"MATCH (m:Movie) WHERE m.title = ""Kiss Me Deadly""
+MATCH (m)-[:IN_GENRE]-(g:Genre)-[:IN_GENRE]->(rec:Movie)
+MATCH (m)-[:ACTED_IN]->(a:Person)-[:ACTED_IN]-(rec)
+RETURN rec.title, a.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (m:Movie) WHERE m.title = ""Kiss Me Deadly""
+MATCH (m)-[:IN_GENRE]-(g:Genre)<-[:IN_GENRE]-(rec:Movie)
+MATCH (m)<-[:ACTED_IN]-(a:Person)-[:ACTED_IN]-(rec)
+RETURN rec.title, a.name"
+"MATCH (p:Person)-[:ACTED_IN]->(m:Movie),
+(coActors:Person)-[:ACTED_IN]->(m)
+WHERE p.name = 'Eminem'
+RETURN m.title AS movie ,collect(coActors.name) AS coActors","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie),
+(coActors:Person)-[:ACTED_IN]->(m)
+WHERE p.name = 'Eminem'
+RETURN m.title AS movie ,collect(coActors.name) AS coActors"
+"MATCH (p:Person)<-[:ACTED_IN]-(m:Movie),
+(coActors:Person)-[:ACTED_IN]->(m)
+WHERE p.name = 'Eminem'
+RETURN m.title AS movie ,collect(coActors.name) AS coActors","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN]->(m:Movie),
+(coActors:Person)-[:ACTED_IN]->(m)
+WHERE p.name = 'Eminem'
+RETURN m.title AS movie ,collect(coActors.name) AS coActors"
+"MATCH p = ((person:Person)<-[]-(movie:Movie))
+WHERE person.name = 'Walt Disney'
+RETURN p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = ((person:Person)-[]->(movie:Movie))
+WHERE person.name = 'Walt Disney'
+RETURN p"
+"MATCH p = ((person:Person)<-[:DIRECTED]-(movie:Movie))
+WHERE person.name = 'Walt Disney'
+RETURN p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = ((person:Person)-[:DIRECTED]->(movie:Movie))
+WHERE person.name = 'Walt Disney'
+RETURN p"
+"MATCH p = shortestPath((p1:Person)-[*]-(p2:Person))
+WHERE p1.name = ""Eminem""
+AND p2.name = ""Charlton Heston""
+RETURN  p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = shortestPath((p1:Person)-[*]-(p2:Person))
+WHERE p1.name = ""Eminem""
+AND p2.name = ""Charlton Heston""
+RETURN  p"
+"MATCH p = ((person:Person)-[:DIRECTED*]->(:Person))
+WHERE person.name = 'Walt Disney'
+RETURN p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = ((person:Person)-[:DIRECTED*]->(:Person))
+WHERE person.name = 'Walt Disney'
+RETURN p"
+"MATCH p = ((person:Person)-[:DIRECTED*1..4]->(:Person))
+WHERE person.name = 'Walt Disney'
+RETURN p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = ((person:Person)-[:DIRECTED*1..4]->(:Person))
+WHERE person.name = 'Walt Disney'
+RETURN p"
+"MATCH (p:Person {name: 'Eminem'})-[:ACTED_IN*2]-(others:Person)
+RETURN  others.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person {name: 'Eminem'})-[:ACTED_IN*2]-(others:Person)
+RETURN  others.name"
+"MATCH (u:User {name: ""Misty Williams""})-[r:RATED]->(:Movie)
+WITH u, avg(r.rating) AS average
+MATCH (u)-[r:RATED]->(m:Movie)
+WHERE r.rating > average
+RETURN average , m.title AS movie,
+r.rating as rating
+ORDER BY rating DESC","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (User, RATED, Movie)","MATCH (u:User {name: ""Misty Williams""})-[r:RATED]->(:Movie)
+WITH u, avg(r.rating) AS average
+MATCH (u)-[r:RATED]->(m:Movie)
+WHERE r.rating > average
+RETURN average , m.title AS movie,
+r.rating as rating
+ORDER BY rating DESC"
+"MATCH (u:User {name: ""Misty Williams""})-[r:RATED]->(:Movie)
+WITH u, avg(r.rating) AS average
+MATCH (u)<-[r:RATED]-(m:Movie)
+WHERE r.rating > average
+RETURN average , m.title AS movie,
+r.rating as rating
+ORDER BY rating DESC","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (User, RATED, Movie)","MATCH (u:User {name: ""Misty Williams""})-[r:RATED]->(:Movie)
+WITH u, avg(r.rating) AS average
+MATCH (u)-[r:RATED]->(m:Movie)
+WHERE r.rating > average
+RETURN average , m.title AS movie,
+r.rating as rating
+ORDER BY rating DESC"
+"MATCH (p:`Person`)
+WHERE p.born.year = 1980
+WITH p  LIMIT 3
+MATCH (p)<-[:ACTED_IN]-(m:Movie)
+WITH p, collect(m.title) AS movies
+RETURN p.name AS actor,  movies","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:`Person`)
+WHERE p.born.year = 1980
+WITH p  LIMIT 3
+MATCH (p)-[:ACTED_IN]->(m:Movie)
+WITH p, collect(m.title) AS movies
+RETURN p.name AS actor,  movies"
+"MATCH (p:Person)
+WHERE p.born.year = 1980
+WITH p  LIMIT 3
+MATCH (p)-[:ACTED_IN]->(m:Movie)<-[:IN_GENRE]-(g)
+WITH p, collect(DISTINCT g.name) AS genres
+RETURN p.name AS actor, genres","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)
+WHERE p.born.year = 1980
+WITH p  LIMIT 3
+MATCH (p)-[:ACTED_IN]->(m:Movie)-[:IN_GENRE]->(g)
+WITH p, collect(DISTINCT g.name) AS genres
+RETURN p.name AS actor, genres"
+"CALL {
+   MATCH (m:Movie) WHERE m.year = 2000
+   RETURN m ORDER BY m.imdbRating DESC LIMIT 10
+}
+MATCH  (:User)-[r:RATED]->(m)
+RETURN m.title, avg(r.rating)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (User, RATED, Movie)","CALL {
+   MATCH (m:Movie) WHERE m.year = 2000
+   RETURN m ORDER BY m.imdbRating DESC LIMIT 10
+}
+MATCH  (:User)-[r:RATED]->(m)
+RETURN m.title, avg(r.rating)"
+"CALL {
+   MATCH (m:Movie) WHERE m.year = 2000
+   RETURN m ORDER BY m.imdbRating DESC LIMIT 10
+}
+MATCH  (:User)<-[r:RATED]-(m)
+RETURN m.title, avg(r.rating)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (User, RATED, Movie)","CALL {
+   MATCH (m:Movie) WHERE m.year = 2000
+   RETURN m ORDER BY m.imdbRating DESC LIMIT 10
+}
+MATCH  (:User)-[r:RATED]->(m)
+RETURN m.title, avg(r.rating)"
+"MATCH (m:Movie)
+CALL {
+    WITH m
+    MATCH (m)-[r:RATED]->(u)
+     WHERE r.rating = 5
+    RETURN count(u) AS numReviews
+}
+RETURN m.title, numReviews
+ORDER BY numReviews DESC","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (m:Movie)
+CALL {
+    WITH m
+    MATCH (m)<-[r:RATED]-(u)
+     WHERE r.rating = 5
+    RETURN count(u) AS numReviews
+}
+RETURN m.title, numReviews
+ORDER BY numReviews DESC"
+"MATCH (p:Person)
+WITH p LIMIT 100
+CALL {
+  WITH p
+  OPTIONAL MATCH (p)<-[:ACTED_IN]-(m)
+  RETURN m.title + "": "" + ""Actor"" AS work
+UNION
+  WITH p
+  OPTIONAL MATCH (p)-[:DIRECTED]->(m:Movie)
+  RETURN m.title+ "": "" +  ""Director"" AS work
+}
+RETURN p.name, collect(work)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)
+WITH p LIMIT 100
+CALL {
+  WITH p
+  OPTIONAL MATCH (p)-[:ACTED_IN]->(m)
+  RETURN m.title + "": "" + ""Actor"" AS work
+UNION
+  WITH p
+  OPTIONAL MATCH (p)-[:DIRECTED]->(m:Movie)
+  RETURN m.title+ "": "" +  ""Director"" AS work
+}
+RETURN p.name, collect(work)"
+"MATCH (p:Person)<-[:ACTED_IN {role:""Neo""}]-(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN {role:""Neo""}]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (p:Person)<-[:ACTED_IN {role:""Neo""}]-(m)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN {role:""Neo""}]->(m)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p"
+"MATCH (p:Person)-[:ACTED_IN {role:""Neo""}]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:ACTED_IN {role:""Neo""}]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (wallstreet:Movie {title: 'Wall Street'})-[:ACTED_IN {role:""Foo""}]->(actor)
+RETURN actor.name","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (wallstreet:Movie {title: 'Wall Street'})<-[:ACTED_IN {role:""Foo""}]-(actor)
+RETURN actor.name"
+"MATCH (p:Person)<-[:`ACTED_IN` {role:""Neo""}]-(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:`ACTED_IN` {role:""Neo""}]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (p:`Person`)<-[:`ACTED_IN` {role:""Neo""}]-(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:`Person`)-[:`ACTED_IN` {role:""Neo""}]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (p:`Person`)<-[:`ACTED_IN` {role:""Neo""}]-(m)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:`Person`)-[:`ACTED_IN` {role:""Neo""}]->(m)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (p:Person)<-[:!DIRECTED]-(:Movie) RETURN p, count(*)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:!DIRECTED]->(:Movie) RETURN p, count(*)"
+"MATCH (p:Person)<-[:`ACTED_IN`|`DIRECTED`]-(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH (p:Person)-[:`ACTED_IN`|`DIRECTED`]->(m:Movie)
+WHERE p.name = $actorName
+AND m.title = $movieName
+RETURN p, m"
+"MATCH (a:Person:Actor)-[:ACTED_IN]->(:Movie)
+RETURN a, count(*)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (Actor, ACTED_IN, Movie)","MATCH (a:Person:Actor)-[:ACTED_IN]->(:Movie)
+RETURN a, count(*)"
+"MATCH (a:Person:Actor)<-[:ACTED_IN]-(:Movie)
+RETURN a, count(*)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (Actor, ACTED_IN, Movie)","MATCH (a:Person:Actor)-[:ACTED_IN]->(:Movie)
+RETURN a, count(*)"
+"MATCH (a:Person:Actor)<-[:ACTED_IN]-()
+RETURN a, count(*)","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (Actor, ACTED_IN, Movie)","MATCH (a:Person:Actor)-[:ACTED_IN]->()
+RETURN a, count(*)"
+"MATCH (a:Person:Actor)
+RETURN a, [(a)<-[:`ACTED_IN`]-(m) | m.title] AS movies","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (Actor, ACTED_IN, Movie)","MATCH (a:Person:Actor)
+RETURN a, [(a)-[:`ACTED_IN`]->(m) | m.title] AS movies"
+"MATCH (a:Person:Actor)
+RETURN a, [(a)-[:`ACTED_IN`]->(m) | m.title] AS movies","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie), (Actor, ACTED_IN, Movie)","MATCH (a:Person:Actor)
+RETURN a, [(a)-[:`ACTED_IN`]->(m) | m.title] AS movies"
+"MATCH p = ((person:Person)-[:DIRECTED*]->(:Movie)) RETURN p
+","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","MATCH p = ((person:Person)-[:DIRECTED*]->(:Movie)) RETURN p
+"
+"""MATCH p = ((person:Person)-[:DIRECTED*1..3]->(:Movie)) RETURN p""","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","""MATCH p = ((person:Person)-[:DIRECTED*1..3]->(:Movie)) RETURN p"""
+"""MATCH p = ((person:Person)-[:DIRECTED*..3]->(:Movie)) RETURN p""","(Person, FOLLOWS, Person), (Person, ACTED_IN, Movie), (Person, REVIEWED, Movie), (Person, WROTE, Movie), (Person, DIRECTED, Movie), (Movie, IN_GENRE, Genre), (Person, RATED, Movie)","""MATCH p = ((person:Person)-[:DIRECTED*..3]->(:Movie)) RETURN p"""
+"MATCH (p:Person {name:""Emil Eifrem""})-[:HAS_CEO]-(o:Organization)<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+RETURN o.name AS company, a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3
+","(Person, HAS_CEO, Organization), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH (p:Person {name:""Emil Eifrem""})-[:HAS_CEO]-(o:Organization)<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+RETURN o.name AS company, a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3
+"
+"MATCH (p:Person {name:""Emil Eifrem""})-[:HAS_CEO]->(o:Organization)<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+RETURN o.name AS company, a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3
+","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH (p:Person {name:""Emil Eifrem""})<-[:HAS_CEO]-(o:Organization)<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+RETURN o.name AS company, a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3
+"
+"MATCH (o:Organization {name: ""Databricks""})-[:HAS_COMPETITOR]->(c:Organization)
+RETURN c.name as Competitor","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH (o:Organization {name: ""Databricks""})-[:HAS_COMPETITOR]->(c:Organization)
+RETURN c.name as Competitor"
+"MATCH (o:Organization {name: ""Databricks""})<-[:HAS_COMPETITOR]-(c:Organization)
+RETURN c.name as Competitor","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH (o:Organization {name: ""Databricks""})<-[:HAS_COMPETITOR]-(c:Organization)
+RETURN c.name as Competitor"
+"MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]->(t)
+WHERE NOT EXISTS {(t)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]->(t)
+WHERE NOT EXISTS {(t)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max"
+"MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]-(t)
+WHERE NOT EXISTS {(t)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]-(t)
+WHERE NOT EXISTS {(t)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max"
+"MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]-(t:Person)
+WHERE NOT EXISTS {(o)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH p=(o:Organization {name:""Blackstone""})-[:HAS_SUBSIDIARY*]-(t:Person)
+WHERE NOT EXISTS {(o)-[:HAS_SUBSIDIARY]->()}
+RETURN max(length(p)) AS max"
+"CALL apoc.ml.openai.embedding([""Are there any news regarding employee satisfaction?""], $openai_api_key) YIELD embedding
+CALL db.index.vector.queryNodes(""news"", 3, embedding) YIELD node,score
+RETURN node.text AS text, score","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","CALL apoc.ml.openai.embedding([""Are there any news regarding employee satisfaction?""], $openai_api_key) YIELD embedding
+CALL db.index.vector.queryNodes(""news"", 3, embedding) YIELD node,score
+RETURN node.text AS text, score"
+"MATCH (o:Organization {name:""Neo4j""})<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+WHERE toLower(c.text) CONTAINS 'partnership'
+RETURN a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3","(Organization, HAS_CEO, Person), (Article, MENTIONS, Organization), (Article, HAS_CHUNK, Chunk), (Organization, HAS_COMPETITOR, Organization), (Organization, HAS_SUBSIDIARY, Organization)","MATCH (o:Organization {name:""Neo4j""})<-[:MENTIONS]-(a:Article)-[:HAS_CHUNK]->(c)
+WHERE toLower(c.text) CONTAINS 'partnership'
+RETURN a.title AS title, c.text AS text, a.date AS date
+ORDER BY date DESC LIMIT 3"
+"MATCH (n:`Some Label`)-[:`SOME REL TYPE üäß`]->(m:`Sömé Øther Læbel`) RETURN n,m","(Some Label, SOME REL TYPE üäß, Sömé Øther Læbel)","MATCH (n:`Some Label`)-[:`SOME REL TYPE üäß`]->(m:`Sömé Øther Læbel`) RETURN n,m"
+"MATCH (n:`Some Label`)<-[:`SOME REL TYPE üäß`]-(m:`Sömé Øther Læbel`) RETURN n,m","(Some Label, SOME REL TYPE üäß, Sömé Øther Læbel)","MATCH (n:`Some Label`)-[:`SOME REL TYPE üäß`]->(m:`Sömé Øther Læbel`) RETURN n,m"