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# Sample YAML file for configuration.
# Comment and uncomment values as needed. Every value has a default within the application.
# This file serves to be a drop in for config.yml
# Unless specified in the comments, DO NOT put these options in quotes!
# You can use https://www.yamllint.com/ if you want to check your YAML formatting.
# Options for networking
network:
# The IP to host on (default: 127.0.0.1).
# Use 0.0.0.0 to expose on all network adapters
host: 0.0.0.0
# The port to host on (default: 5000)
port: 5000
# Disable HTTP token authenticaion with requests
# WARNING: This will make your instance vulnerable!
# Turn on this option if you are ONLY connecting from localhost
disable_auth: False
# Send tracebacks over the API to clients (default: False)
# NOTE: Only enable this for debug purposes
send_tracebacks: False
# Select API servers to enable (default: ["OAI"])
# Possible values: OAI
api_servers: ["OAI"]
# Options for logging
logging:
# Enable prompt logging (default: False)
prompt: False
# Enable generation parameter logging (default: False)
generation_params: False
# Enable request logging (default: False)
# NOTE: Only use this for debugging!
requests: False
# Options for sampling
sampling:
# Override preset name. Find this in the sampler-overrides folder (default: None)
# This overrides default fallbacks for sampler values that are passed to the API
# Server-side overrides are NOT needed by default
# WARNING: Using this can result in a generation speed penalty
#override_preset:
# Options for development and experimentation
developer:
# Skips exllamav2 version check (default: False)
# It's highly recommended to update your dependencies rather than enabling this flag
# WARNING: Don't set this unless you know what you're doing!
#unsafe_launch: False
# Disable all request streaming (default: False)
# A kill switch for turning off SSE in the API server
#disable_request_streaming: False
# Enable the torch CUDA malloc backend (default: False)
# This can save a few MBs of VRAM, but has a risk of errors. Use at your own risk.
cuda_malloc_backend: True
# Enable Uvloop or Winloop (default: False)
# Make the program utilize a faster async event loop which can improve performance
# NOTE: It's recommended to enable this, but if something breaks, turn this off.
uvloop: True
# Set process to use a higher priority
# For realtime process priority, run as administrator or sudo
# Otherwise, the priority will be set to high
realtime_process_priority: True
# Options for model overrides and loading
# Please read the comments to understand how arguments are handled between initial and API loads
model:
# Overrides the directory to look for models (default: models)
# Windows users, DO NOT put this path in quotes! This directory will be invalid otherwise.
model_dir: models
# Sends dummy model names when the models endpoint is queried
# Enable this if the program is looking for a specific OAI model
#use_dummy_models: False
# An initial model to load. Make sure the model is located in the model directory!
# A model can be loaded later via the API.
# REQUIRED: This must be filled out to load a model on startup!
model_name: Mistral-Large-Instruct-2407_exl2_2.85bpw
# The below parameters only apply for initial loads
# All API based loads do NOT inherit these settings unless specified in use_as_default
# Names of args to use as a default fallback for API load requests (default: [])
# For example, if you always want cache_mode to be Q4 instead of on the inital model load,
# Add "cache_mode" to this array
# Ex. ["max_seq_len", "cache_mode"]
#use_as_default: []
# The below parameters apply only if model_name is set
# Max sequence length (default: Empty)
# Fetched from the model's base sequence length in config.json by default
max_seq_len: 32768
# Overrides base model context length (default: Empty)
# WARNING: Don't set this unless you know what you're doing!
# Again, do NOT use this for configuring context length, use max_seq_len above ^
# Only use this if the model's base sequence length in config.json is incorrect (ex. Mistral 7B)
#override_base_seq_len:
# Load model with tensor parallelism
# If a GPU split isn't provided, the TP loader will fallback to autosplit
# Enabling ignores the gpu_split_auto and autosplit_reserve values
#tensor_parallel: True
# Automatically allocate resources to GPUs (default: True)
# NOTE: Not parsed for single GPU users
gpu_split_auto: True
# Reserve VRAM used for autosplit loading (default: 96 MB on GPU 0)
# This is represented as an array of MB per GPU used
autosplit_reserve: [0]
# An integer array of GBs of vram to split between GPUs (default: [])
# Used with tensor parallelism
# NOTE: Not parsed for single GPU users
#gpu_split: [20.6, 24]
# Rope scale (default: 1.0)
# Same thing as compress_pos_emb
# Only use if your model was trained on long context with rope (check config.json)
# Leave blank to pull the value from the model
#rope_scale: 1.0
# Rope alpha (default: 1.0)
# Same thing as alpha_value
# Leave blank to automatically calculate alpha
#rope_alpha: 1.0
# Enable different cache modes for VRAM savings (slight performance hit).
# Possible values FP16, Q8, Q6, Q4. (default: FP16)
cache_mode: Q4
# Size of the prompt cache to allocate (default: max_seq_len)
# This must be a multiple of 256. A larger cache uses more VRAM, but allows for more prompts to be processed at once.
# NOTE: Cache size should not be less than max_seq_len.
# For CFG, set this to 2 * max_seq_len to make room for both positive and negative prompts.
# cache_size:
# Chunk size for prompt ingestion. A lower value reduces VRAM usage at the cost of ingestion speed (default: 2048)
# NOTE: Effects vary depending on the model. An ideal value is between 512 and 4096
chunk_size: 1024
# Set the maximum amount of prompts to process at one time (default: None/Automatic)
# This will be automatically calculated if left blank.
# A max batch size of 1 processes prompts one at a time.
# NOTE: Only available for Nvidia ampere (30 series) and above GPUs
#max_batch_size:
# Set the prompt template for this model. If empty, attempts to look for the model's chat template. (default: None)
# If a model contains multiple templates in its tokenizer_config.json, set prompt_template to the name
# of the template you want to use.
# NOTE: Only works with chat completion message lists!
#prompt_template:
# Number of experts to use PER TOKEN. Fetched from the model's config.json if not specified (default: Empty)
# WARNING: Don't set this unless you know what you're doing!
# NOTE: For MoE models (ex. Mixtral) only!
#num_experts_per_token:
# Enables fasttensors to possibly increase model loading speeds (default: False)
fasttensors: true
# Options for draft models (speculative decoding). This will use more VRAM!
#draft:
# Overrides the directory to look for draft (default: models)
#draft_model_dir: models
# An initial draft model to load. Make sure this model is located in the model directory!
# A draft model can be loaded later via the API.
#draft_model_name: A model name
# The below parameters only apply for initial loads
# All API based loads do NOT inherit these settings unless specified in use_as_default
# Rope scale for draft models (default: 1.0)
# Same thing as compress_pos_emb
# Only use if your draft model was trained on long context with rope (check config.json)
#draft_rope_scale: 1.0
# Rope alpha for draft model (default: 1.0)
# Same thing as alpha_value
# Leave blank to automatically calculate alpha value
#draft_rope_alpha: 1.0
# Enable different draft model cache modes for VRAM savings (slight performance hit).
# Possible values FP16, Q8, Q6, Q4. (default: FP16)
#draft_cache_mode: FP16
# Options for loras
#lora:
# Overrides the directory to look for loras (default: loras)
#lora_dir: loras
# List of loras to load and associated scaling factors (default: 1.0). Comment out unused entries or add more rows as needed.
#loras:
#- name: lora1
# scaling: 1.0
# Options for embedding models and loading.
# NOTE: Embeddings requires the "extras" feature to be installed
# Install it via "pip install .[extras]"
embeddings:
# Overrides directory to look for embedding models (default: models)
embedding_model_dir: models
# Device to load embedding models on (default: cpu)
# Possible values: cpu, auto, cuda
# NOTE: It's recommended to load embedding models on the CPU.
# If you'd like to load on an AMD gpu, set this value to "cuda" as well.
embeddings_device: cpu
# The below parameters only apply for initial loads
# All API based loads do NOT inherit these settings unless specified in use_as_default
# An initial embedding model to load on the infinity backend (default: None)
embedding_model_name: