uni-api
Introduction
For personal use, one/new-api is too complex with many commercial features that individuals don't need. If you don't want a complicated frontend interface and prefer support for more models, you can try uni-api. This is a project that unifies the management of large language model APIs, allowing you to call multiple backend services through a single unified API interface, converting them all to OpenAI format, and supporting load balancing. Currently supported backend services include: OpenAI, Anthropic, Gemini, Vertex, Cohere, Groq, Cloudflare, DeepBricks, OpenRouter, and more.
✨ Features
- No front-end, pure configuration file to configure API channels. You can run your own API station just by writing a file, and the documentation has a detailed configuration guide, beginner-friendly.
- Unified management of multiple backend services, supporting providers such as OpenAI, Deepseek, DeepBricks, OpenRouter, and other APIs in OpenAI format. Supports OpenAI Dalle-3 image generation.
- Simultaneously supports Anthropic, Gemini, Vertex AI, Cohere, Groq, Cloudflare. Vertex simultaneously supports Claude and Gemini API.
- Support OpenAI, Anthropic, Gemini, Vertex native tool use function calls.
- Support OpenAI, Anthropic, Gemini, Vertex native image recognition API.
- Support four types of load balancing.
- Supports channel-level weighted load balancing, allowing requests to be distributed according to different channel weights. It is not enabled by default and requires configuring channel weights.
- Support Vertex regional load balancing and high concurrency, which can increase Gemini and Claude concurrency by up to (number of APIs * number of regions) times. Automatically enabled without additional configuration.
- Except for Vertex region-level load balancing, all APIs support channel-level sequential load balancing, enhancing the immersive translation experience. It is not enabled by default and requires configuring
SCHEDULING_ALGORITHM
asround_robin
. - Support automatic API key-level round-robin load balancing for multiple API Keys in a single channel.
- Support automatic retry, when an API channel response fails, automatically retry the next API channel.
- Support fine-grained permission control. Support using wildcards to set specific models available for API key channels.
- Support rate limiting, you can set the maximum number of requests per minute as an integer, such as 2/min, 2 times per minute, 5/hour, 5 times per hour, 10/day, 10 times per day, 10/month, 10 times per month, 10/year, 10 times per year. Default is 60/min.
- Supports multiple standard OpenAI format interfaces:
/v1/chat/completions
,/v1/images/generations
,/v1/audio/transcriptions
,/v1/moderations
,/v1/models
. - Support OpenAI moderation moral review, which can conduct moral reviews of user messages. If inappropriate messages are found, an error message will be returned. This reduces the risk of the backend API being banned by providers.
Usage method
To start uni-api, a configuration file must be used. There are two ways to start with a configuration file:
- The first method is to use the
CONFIG_URL
environment variable to fill in the configuration file URL, which will be automatically downloaded when uni-api starts. - The second method is to mount a configuration file named
api.yaml
into the container.
Method 1: Mount the api.yaml
configuration file to start uni-api
You must fill in the configuration file in advance to start uni-api
, and you must use a configuration file named api.yaml
to start uni-api
, you can configure multiple models, each model can configure multiple backend services, and support load balancing. Below is an example of the minimum api.yaml
configuration file that can be run:
providers:
- provider: provider_name # Service provider name, such as openai, anthropic, gemini, openrouter, deepbricks, can be any name, required
base_url: https://api.your.com/v1/chat/completions # Backend service API address, required
api: sk-YgS6GTi0b4bEabc4C # Provider's API Key, required, automatically uses base_url and api to get all available models through the /v1/models endpoint.
# Multiple providers can be configured here, each provider can configure multiple API Keys, and each API Key can configure multiple models.
api_keys:
- api: sk-Pkj60Yf8JFWxfgRmXQFWyGtWUddGZnmi3KlvowmRWpWpQxx # API Key, user request uni-api requires API key, required
# This API Key can use all models, that is, it can use all models in all channels set under providers, without needing to add available channels one by one.
Detailed advanced configuration of api.yaml
:
providers:
- provider: provider_name # Service provider name, such as openai, anthropic, gemini, openrouter, deepbricks, any name is fine, required
base_url: https://api.your.com/v1/chat/completions # Backend service API address, required
api: sk-YgS6GTi0b4bEabc4C # Provider's API Key, required
model: # Optional, if the model is not configured, all available models will be automatically obtained through the /v1/models endpoint via base_url and api.
- gpt-4o # Usable model name, required
- claude-3-5-sonnet-20240620: claude-3-5-sonnet # Rename model, claude-3-5-sonnet-20240620 is the provider's model name, claude-3-5-sonnet is the renamed name, a simpler name can replace the original complex name, optional
- dall-e-3
- provider: anthropic
base_url: https://api.anthropic.com/v1/messages
api: # Supports multiple API Keys, multiple keys automatically enable round-robin load balancing, at least one key, required
- sk-ant-api03-bNnAOJyA-xQw_twAA
- sk-ant-api02-bNnxxxx
model:
- claude-3-5-sonnet-20240620: claude-3-5-sonnet # Rename model, claude-3-5-sonnet-20240620 is the provider's model name, claude-3-5-sonnet is the renamed name, a simpler name can replace the original complex name, optional
tools: true # Whether to support tools, such as code generation, document generation, etc., default is true, optional
- provider: gemini
base_url: https://generativelanguage.googleapis.com/v1beta # base_url supports v1beta/v1, only for Gemini models, required
api: AIzaSyAN2k6IRdgw
model:
- gemini-1.5-pro
- gemini-1.5-flash-exp-0827: gemini-1.5-flash # After renaming, the original model name gemini-1.5-flash-exp-0827 cannot be used. If you want to use the original name, you can add the original name in the model, just add the following line to use the original name.
- gemini-1.5-flash-exp-0827 # Adding this line allows both gemini-1.5-flash-exp-0827 and gemini-1.5-flash to be requested
tools: true
- provider: vertex
project_id: gen-lang-client-xxxxxxxxxxxxxx # Description: Your Google Cloud project ID. Format: A string usually consisting of lowercase letters, numbers, and hyphens. How to obtain: You can find your project ID in the project selector of the Google Cloud Console.
private_key: "-----BEGIN PRIVATE KEY-----\nxxxxx\n-----END PRIVATE" # Description: The private key of the Google Cloud Vertex AI service account. Format: A JSON formatted string containing the service account's private key information. How to obtain: Create a service account in the Google Cloud Console, generate a JSON formatted key file, and then set its content as the value of this environment variable.
client_email: [email protected] # Description: The email address of the Google Cloud Vertex AI service account. Format: Usually a string like "[email protected]". How to obtain: Generated when creating the service account, or can be found in the "IAM & Admin" section of the Google Cloud Console to view service account details.
model:
- gemini-1.5-pro
- gemini-1.5-flash
- claude-3-5-sonnet@20240620: claude-3-5-sonnet
- claude-3-opus@20240229: claude-3-opus
- claude-3-sonnet@20240229: claude-3-sonnet
- claude-3-haiku@20240307: claude-3-haiku
tools: true
notes: https://xxxxx.com/ # Can include the provider's website, remarks, official documentation, optional
- provider: cloudflare
api: f42b3xxxxxxxxxxq4aoGAh # Cloudflare API Key, required
cf_account_id: 8ec0xxxxxxxxxxxxe721 # Cloudflare Account ID, required
model:
- '@cf/meta/llama-3.1-8b-instruct': llama-3.1-8b # Rename model, @cf/meta/llama-3.1-8b-instruct is the provider's original model name, must be enclosed in quotes to avoid YAML syntax error, llama-3.1-8b is the renamed name, a simpler name can replace the original complex name, optional
- '@cf/meta/llama-3.1-8b-instruct' # Must be enclosed in quotes to avoid YAML syntax error
- provider: other-provider
base_url: https://api.xxx.com/v1/messages
api: sk-bNnAOJyA-xQw_twAA
model:
- causallm-35b-beta2ep-q6k: causallm-35b
- anthropic/claude-3-5-sonnet
tools: false
engine: openrouter # Force using a specific message format, currently supports gpt, claude, gemini, openrouter native format, optional
api_keys:
- api: sk-KjjI60Yf0JFWxfgRmXqFWyGtWUd9GZnmi3KlvowmRWpWpQRo # API Key, users need an API key to use this service, required
model: # Models that can be used with this API Key, required. By default, channel-level round-robin load balancing is enabled, and each request is made in the order configured in the model. It is not related to the original channel order in providers. Therefore, you can set different request orders for each API key.
- gpt-4o # Usable model name, can use all gpt-4o models provided by providers
- claude-3-5-sonnet # Usable model name, can use all claude-3-5-sonnet models provided by providers
- gemini/* # Usable model name, can only use all models provided by the provider named gemini, where gemini is the provider name, * represents all models
role: admin
- api: sk-pkhf60Yf0JGyJxgRmXqFQyTgWUd9GZnmi3KlvowmRWpWqrhy
model:
- anthropic/claude-3-5-sonnet # Usable model name, can only use the claude-3-5-sonnet model provided by the provider named anthropic. Models named claude-3-5-sonnet from other providers cannot be used. This syntax will not match the model named anthropic/claude-3-5-sonnet provided by other-provider.
- <anthropic/claude-3-5-sonnet> # By adding angle brackets around the model name, it will not search for the claude-3-5-sonnet model under the channel named anthropic, but will treat the entire anthropic/claude-3-5-sonnet as the model name. This syntax can match the model named anthropic/claude-3-5-sonnet provided by other-provider. But it will not match the claude-3-5-sonnet model under anthropic.
- openai-test/text-moderation-latest # When message moderation is enabled, the text-moderation-latest model under the channel named openai-test can be used for moderation.
preferences:
SCHEDULING_ALGORITHM: fixed_priority # When SCHEDULING_ALGORITHM is fixed_priority, fixed priority scheduling is used, always executing the channel of the first requested model. Enabled by default, the default value of SCHEDULING_ALGORITHM is fixed_priority. Optional values for SCHEDULING_ALGORITHM are: fixed_priority, round_robin, weighted_round_robin, lottery, random.
# When SCHEDULING_ALGORITHM is random, random round-robin load balancing is used, randomly requesting the channel of the requested model.
# When SCHEDULING_ALGORITHM is round_robin, round-robin load balancing is used, requesting the user's model channels in order.
AUTO_RETRY: true # Whether to automatically retry, automatically retry the next provider, true for automatic retry, false for no automatic retry, default is true
RATE_LIMIT: 2/min # Supports rate limiting, maximum number of requests per minute, can be set to an integer, such as 2/min, 2 times per minute, 5/hour, 5 times per hour, 10/day, 10 times per day, 10/month, 10 times per month, 10/year, 10 times per year. Default 60/min, optional
ENABLE_MODERATION: true # Whether to enable message moderation, true for enable, false for disable, default is false, when enabled, messages will be moderated, and inappropriate messages will return an error.
# Channel-level weighted load balancing configuration example
- api: sk-KjjI60Yd0JFWtxxxxxxxxxxxxxxwmRWpWpQRo
model:
- gcp1/*: 5 # The number after the colon is the weight, weights only support positive integers.
- gcp2/*: 3 # The size of the number represents the weight, the larger the number, the greater the probability of request.
- gcp3/*: 2 # In this example, there are a total of 10 weights across all channels, and 5 out of 10 requests will request the gcp1/* model, 2 requests will request the gcp2/* model, and 3 requests will request the gcp3/* model.
preferences:
SCHEDULING_ALGORITHM: weighted_round_robin # Only when SCHEDULING_ALGORITHM is weighted_round_robin and the above channels have weights, requests will be made in the weighted order. Using weighted round-robin load balancing, requests are made in the order of weight for the channel of the requested model. When SCHEDULING_ALGORITHM is lottery, lottery round-robin load balancing is used, randomly requesting the channel of the requested model according to weight. Channels without weights automatically fall back to round_robin round-robin load balancing.
AUTO_RETRY: true
preferences: # Global configuration
model_timeout: # Model timeout, in seconds, default 100 seconds, optional
gpt-4o: 10 # Model gpt-4o timeout is 10 seconds, gpt-4o is the model name, when requesting models like gpt-4o-2024-08-06, the timeout is also 10 seconds
claude-3-5-sonnet: 10 # Model claude-3-5-sonnet timeout is 10 seconds, when requesting models like claude-3-5-sonnet-20240620, the timeout is also 10 seconds
default: 10 # If the model does not have a timeout set, the default timeout of 10 seconds is used, when requesting models not in model_timeout, the default timeout is 10 seconds, if default is not set, uni-api will use the default timeout set by the environment variable TIMEOUT, which is 100 seconds
o1-mini: 30 # Model o1-mini timeout is 30 seconds, when requesting models with names starting with o1-mini, the timeout is 30 seconds
o1-preview: 100 # Model o1-preview timeout is 100 seconds, when requesting models with names starting with o1-preview, the timeout is 100 seconds
Mount the configuration file and start the uni-api docker container:
docker run --user root -p 8001:8000 --name uni-api -dit \
-v ./api.yaml:/home/api.yaml \
yym68686/uni-api:latest
Method two: Start uni-api using the CONFIG_URL
environment variable
After writing the configuration file according to method one, upload it to the cloud disk, get the file's direct link, and then use the CONFIG_URL
environment variable to start the uni-api docker container:
docker run --user root -p 8001:8000 --name uni-api -dit \
-e CONFIG_URL=http://file_url/api.yaml \
yym68686/uni-api:latest
Environment variable
- CONFIG_URL: The download address of the configuration file, which can be a local file or a remote file, optional
- TIMEOUT: Request timeout, default is 100 seconds. The timeout can control the time needed to switch to the next channel when one channel does not respond. Optional
- DISABLE_DATABASE: Whether to disable the database, default is false, optional
Vercel remote deployment
After clicking the one-click deployment button, set the environment variable CONFIG_URL
to the direct link of the configuration file, and set DISABLE_DATABASE
to true, then click Create to create the project.
Serv00 remote deployment
First, log in to the panel, in Additional services click on the tab Run your own applications to enable the option to run your own programs, then go to the panel Port reservation to randomly open a port.
If you don't have your own domain name, go to the panel WWW websites and delete the default domain name provided. Then create a new domain with the Domain being the one you just deleted. After clicking Advanced settings, set the Website type to Proxy domain, and the Proxy port should point to the port you just opened. Do not select Use HTTPS.
ssh login to the serv00 server, execute the following command:
git clone --depth 1 -b main --quiet https://github.com/yym68686/uni-api.git
cd uni-api
python -m venv uni-api
tmux new -s uni-api
source uni-api/bin/activate
export CFLAGS="-I/usr/local/include"
export CXXFLAGS="-I/usr/local/include"
export CC=gcc
export CXX=g++
export MAX_CONCURRENCY=1
export CPUCOUNT=1
export MAKEFLAGS="-j1"
CMAKE_BUILD_PARALLEL_LEVEL=1 cpuset -l 0 pip install -vv -r requirements.txt
cpuset -l 0 pip install -r -vv requirements.txt
ctrl+b d to exit tmux, wait a few hours for the installation to complete, and after the installation is complete, execute the following command:
tmux attach -t uni-api
source uni-api/bin/activate
export CONFIG_URL=http://file_url/api.yaml
export DISABLE_DATABASE=true
# Modify the port, xxx is the port, modify it yourself, corresponding to the port opened in the panel Port reservation
sed -i '' 's/port=8000/port=xxx/' main.py
sed -i '' 's/reload=True/reload=False/' main.py
python main.py
Use ctrl+b d to exit tmux, allowing the program to run in the background. At this point, you can use uni-api in other chat clients. curl test script:
curl -X POST https://xxx.serv00.net/v1/chat/completions \
-H 'Content-Type: application/json' \
-H 'Authorization: Bearer sk-xxx' \
-d '{"model": "gpt-4o","messages": [{"role": "user","content": "Hello"}]}'
Reference document:
https://docs.serv00.com/Python/
https://linux.do/t/topic/201181
https://linux.do/t/topic/218738
Docker local deployment
Start the container
docker run --user root -p 8001:8000 --name uni-api -dit \
-e CONFIG_URL=http://file_url/api.yaml \ # If the local configuration file has already been mounted, there is no need to set CONFIG_URL
-v ./api.yaml:/home/api.yaml \ # If CONFIG_URL is already set, there is no need to mount the configuration file
-v ./uniapi_db:/home/data \ # If you do not want to save statistical data, there is no need to mount this folder
yym68686/uni-api:latest
Or if you want to use Docker Compose, here is a docker-compose.yml example:
services:
uni-api:
container_name: uni-api
image: yym68686/uni-api:latest
environment:
- CONFIG_URL=http://file_url/api.yaml # If a local configuration file is already mounted, there is no need to set CONFIG_URL
ports:
- 8001:8000
volumes:
- ./api.yaml:/home/api.yaml # If CONFIG_URL is already set, there is no need to mount the configuration file
- ./uniapi_db:/home/data # If you do not want to save statistical data, there is no need to mount this folder
CONFIG_URL is the URL of the remote configuration file that can be automatically downloaded. For example, if you are not comfortable modifying the configuration file on a certain platform, you can upload the configuration file to a hosting service and provide a direct link to uni-api to download, which is the CONFIG_URL. If you are using a local mounted configuration file, there is no need to set CONFIG_URL. CONFIG_URL is used when it is not convenient to mount the configuration file.
Run Docker Compose container in the background
docker-compose pull
docker-compose up -d
Docker build
docker build --no-cache -t uni-api:latest -f Dockerfile --platform linux/amd64 .
docker tag uni-api:latest yym68686/uni-api:latest
docker push yym68686/uni-api:latest
One-Click Restart Docker Image
set -eu
docker pull yym68686/uni-api:latest
docker rm -f uni-api
docker run --user root -p 8001:8000 -dit --name uni-api \
-e CONFIG_URL=http://file_url/api.yaml \
-v ./api.yaml:/home/api.yaml \
-v ./uniapi_db:/home/data \
yym68686/uni-api:latest
docker logs -f uni-api
RESTful curl test
curl -X POST http://127.0.0.1:8000/v1/chat/completions \
-H "Content-Type: application/json" \
-H "Authorization: Bearer ${API}" \
-d '{"model": "gpt-4o","messages": [{"role": "user", "content": "Hello"}],"stream": true}'
Sponsors
We thank the following sponsors for their support:
- @PowerHunter: ¥200
How to sponsor us
If you would like to support our project, you can sponsor us in the following ways:
USDT-TRC20, USDT-TRC20 wallet address:
TLFbqSv5pDu5he43mVmK1dNx7yBMFeN7d8
Thank you for your support!