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[NOID] Add OpenAI (LLM) procedures in 4.4 (#3701)
* [NOID] Add OpenAI (LLM) procedures (#3575) (#3582) * Add OpenAI (LLM) procedures (#3575) * WIP * Add completion API * add chatCompletion * prettificiation * WIP * prettify * Refactoring, todo docs & tests * Added Tests & Docs for OpenAI procs (WIP) * Update openai.adoc From @tomasonjo --------- Co-authored-by: Tomaz Bratanic <[email protected]> * Removed unused deps after OpenAI procedures addition (#3585) * Updated extended.txt to fix checkCoreWithExtraDependenciesJars failure after Open AI procedures --------- Co-authored-by: Michael Hunger <[email protected]> Co-authored-by: Tomaz Bratanic <[email protected]> * [NOID] First LLM prompt for cypher, query and schema in APOC (#3649) * First LLM prompt for cypher, query and schema in APOC * Added integration tests * enable open.ai key management globally * Added tests * added docs * added configuration map to procs --------- Co-authored-by: Andrea Santurbano <[email protected]> --------- Co-authored-by: Michael Hunger <[email protected]> Co-authored-by: Tomaz Bratanic <[email protected]> Co-authored-by: Andrea Santurbano <[email protected]>
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[[ml]] | ||
= Machine Learning (ML | ||
:description: This chapter describes procedures that can be used for adding Machine Learning (ML) functionality to graph applications. | ||
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The procedures described in this chapter act as wrappers around cloud based Machine Learning APIs. | ||
These procedures generate embeddings, analyze text, complete text, complete chat conversations and more. | ||
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This section includes: | ||
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* xref::ml/openai.adoc[] |
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[[openai-api]] | ||
= OpenAI API Access | ||
:description: This section describes procedures that can be used to access the OpenAI API. | ||
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NOTE: You need to acquire an https://platform.openai.com/account/api-keys[OpenAI API key^] to use these procedures. Using them will incur costs on your OpenAI account. You can set the api key globally by defining the `apoc.openai.key` configuration in `apoc.conf` | ||
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== Generate Embeddings API | ||
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This procedure `apoc.ml.openai.embedding` can take a list of text strings, and will return one row per string, with the embedding data as a 1536 element vector. | ||
It uses the `/embeddings/create` API which is https://platform.openai.com/docs/api-reference/embeddings/create[documented here^]. | ||
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Additional configuration is passed to the API, the default model used is `text-embedding-ada-002`. | ||
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.Generate Embeddings Call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.openai.embedding(['Some Text'], $apiKey, {}) yield index, text, embedding; | ||
---- | ||
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.Generate Embeddings Response | ||
[%autowidth, opts=header] | ||
|=== | ||
|index | text | embedding | ||
|0 | "Some Text" | [-0.0065358975, -7.9563365E-4, .... -0.010693862, -0.005087272] | ||
|=== | ||
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.Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| texts | List of text strings | ||
| apiKey | OpenAI API key | ||
| configuration | optional map for entries like model and other request parameters | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| index | index entry in original list | ||
| text | line of text from original list | ||
| embedding | 1536 element floating point embedding vector for ada-002 model | ||
|=== | ||
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== Text Completion API | ||
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This procedure `apoc.ml.openai.completion` can continue/complete a given text. | ||
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It uses the `/completions/create` API which is https://platform.openai.com/docs/api-reference/completions/create[documented here^]. | ||
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Additional configuration is passed to the API, the default model used is `text-davinci-003`. | ||
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.Text Completion Call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.openai.completion('What color is the sky? Answer in one word: ', $apiKey, {config}) yield value; | ||
---- | ||
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.Text Completion Response | ||
---- | ||
{ created=1684248202, model="text-davinci-003", id="cmpl-7GqBWwX49yMJljdmnLkWxYettZoOy", | ||
usage={completion_tokens=2, prompt_tokens=12, total_tokens=14}, | ||
choices=[{finish_reason="stop", index=0, text="Blue", logprobs=null}], object="text_completion"} | ||
---- | ||
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.Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| prompt | Text to complete | ||
| apiKey | OpenAI API key | ||
| configuration | optional map for entries like model, temperature, and other request parameters | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| value | result entry from OpenAI (containing) | ||
|=== | ||
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== Chat Completion API | ||
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This procedure `apoc.ml.openai.chat` takes a list of maps of chat exchanges between assistant and user (with optional system message), and will return the next message in the flow. | ||
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It uses the `/chat/create` API which is https://platform.openai.com/docs/api-reference/chat/create[documented here^]. | ||
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Additional configuration is passed to the API, the default model used is `gpt-3.5-turbo`. | ||
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.Chat Completion Call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.openai.chat([ | ||
{role:"system", content:"Only answer with a single word"}, | ||
{role:"user", content:"What planet do humans live on?"} | ||
], $apiKey) yield value | ||
---- | ||
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.Chat Completion Response | ||
---- | ||
{created=1684248203, id="chatcmpl-7GqBXZr94avd4fluYDi2fWEz7DIHL", | ||
object="chat.completion", model="gpt-3.5-turbo-0301", | ||
usage={completion_tokens=2, prompt_tokens=26, total_tokens=28}, | ||
choices=[{finish_reason="stop", index=0, message={role="assistant", content="Earth."}}]} | ||
---- | ||
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.Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| messages | List of maps of instructions with `{role:"assistant|user|system", content:"text}` | ||
| apiKey | OpenAI API key | ||
| configuration | optional map for entries like model, temperature, and other request parameters | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
|name | description | ||
| value | result entry from OpenAI (containing created, id, model, object, usage(tokens), choices(message, index, finish_reason)) | ||
|=== | ||
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== Query with natural language | ||
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This procedure `apoc.ml.query` takes a question in natural language and returns the results of that query. | ||
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It uses the `chat/completions` API which is https://platform.openai.com/docs/api-reference/chat/create[documented here^]. | ||
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.Query call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.query("What movies did Tom Hanks play in?") yield value, query | ||
RETURN * | ||
---- | ||
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.Example response | ||
[source, bash] | ||
---- | ||
+------------------------------------------------------------------------------------------------------------------------------+ | ||
| value | query | | ||
+------------------------------------------------------------------------------------------------------------------------------+ | ||
| {m.title -> "You've Got Mail"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Apollo 13"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Joe Versus the Volcano"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "That Thing You Do"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Cloud Atlas"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "The Da Vinci Code"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Sleepless in Seattle"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "A League of Their Own"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "The Green Mile"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Charlie Wilson's War"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "Cast Away"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
| {m.title -> "The Polar Express"} | "cypher | ||
MATCH (m:Movie)<-[:ACTED_IN]-(p:Person {name: 'Tom Hanks'}) | ||
RETURN m.title | ||
" | | ||
+------------------------------------------------------------------------------------------------------------------------------+ | ||
12 rows | ||
---- | ||
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.Input Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | ||
| question | The question in the natural language | ||
| conf | An optional configuration map, please check the next section | ||
|=== | ||
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.Configuration map | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | mandatory | ||
| retries | The number of retries in case of API call failures | no, default `3` | ||
| apiKey | OpenAI API key | in case `apoc.openai.key` is not defined | ||
| model | The Open AI model | no, default `gpt-3.5-turbo` | ||
| sample | The number of nodes to skip, e.g. a sample of 1000 will read every 1000th node. It's used as a parameter to `apoc.meta.data` procedure that computes the schema | no, default is a random number | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | ||
| value | the result of the query | ||
| cypher | the query used to compute the result | ||
|=== | ||
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== Describe the graph model with natural language | ||
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This procedure `apoc.ml.schema` returns a description, in natural language, of the underlying dataset. | ||
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It uses the `chat/completions` API which is https://platform.openai.com/docs/api-reference/chat/create[documented here^]. | ||
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.Query call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.schema() yield value | ||
RETURN * | ||
---- | ||
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.Example response | ||
[source, bash] | ||
---- | ||
+---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | ||
| value | | ||
+---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | ||
| "The graph database schema represents a system where users can follow other users and review movies. Users (:Person) can either follow other users (:Person) or review movies (:Movie). The relationships allow users to express their preferences and opinions about movies. This schema can be compared to social media platforms where users can follow each other and leave reviews or ratings for movies they have watched. It can also be related to movie recommendation systems where user preferences and reviews play a crucial role in generating personalized recommendations." | | ||
+---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ | ||
1 row | ||
---- | ||
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.Input Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | ||
| conf | An optional configuration map, please check the next section | ||
|=== | ||
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.Configuration map | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | mandatory | ||
| apiKey | OpenAI API key | in case `apoc.openai.key` is not defined | ||
| model | The Open AI model | no, default `gpt-3.5-turbo` | ||
| sample | The number of nodes to skip, e.g. a sample of 1000 will read every 1000th node. It's used as a parameter to `apoc.meta.data` procedure that computes the schema | no, default is a random number | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | ||
| value | the description of the dataset | ||
|=== | ||
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== Create cypher queries from a natural language query | ||
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This procedure `apoc.ml.cypher` takes a natural language question and transforms it into a number of requested cypher queries. | ||
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It uses the `chat/completions` API which is https://platform.openai.com/docs/api-reference/chat/create[documented here^]. | ||
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.Query call | ||
[source,cypher] | ||
---- | ||
CALL apoc.ml.cypher("Who are the actors which also directed a movie?", 4) yield cypher | ||
RETURN * | ||
---- | ||
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.Example response | ||
[source, bash] | ||
---- | ||
+----------------------------------------------------------------------------------------------------------------+ | ||
| query | | ||
+----------------------------------------------------------------------------------------------------------------+ | ||
| " | ||
MATCH (a:Person)-[:ACTED_IN]->(m:Movie)<-[:DIRECTED]-(d:Person) | ||
RETURN a.name as actor, d.name as director | ||
" | | ||
| "cypher | ||
MATCH (a:Person)-[:ACTED_IN]->(m:Movie)<-[:DIRECTED]-(a) | ||
RETURN a.name | ||
" | | ||
| " | ||
MATCH (a:Person)-[:ACTED_IN]->(m:Movie)<-[:DIRECTED]-(d:Person) | ||
RETURN a.name | ||
" | | ||
| "cypher | ||
MATCH (a:Person)-[:ACTED_IN]->(:Movie)<-[:DIRECTED]-(a) | ||
RETURN DISTINCT a.name | ||
" | | ||
+----------------------------------------------------------------------------------------------------------------+ | ||
4 rows | ||
---- | ||
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.Input Parameters | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | mandatory | ||
| question | The question in the natural language | yes | ||
| conf | An optional configuration map, please check the next section | ||
|=== | ||
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.Configuration map | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | mandatory | ||
| count | The number of queries to retrieve | no, default `1` | ||
| apiKey | OpenAI API key | in case `apoc.openai.key` is not defined | ||
| model | The Open AI model | no, default `gpt-3.5-turbo` | ||
| sample | The number of nodes to skip, e.g. a sample of 1000 will read every 1000th node. It's used as a parameter to `apoc.meta.data` procedure that computes the schema | no, default is a random number | ||
|=== | ||
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.Results | ||
[%autowidth, opts=header] | ||
|=== | ||
| name | description | ||
| value | the description of the dataset | ||
|=== |
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