lev v0.3.4

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: OpenBLAS (apt install libopenblas-dev, or the runtime package for your release). macOS uses Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

lev v0.3.3

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: OpenBLAS (apt install libopenblas-dev, or the runtime package for your release). macOS uses Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

lev v0.3.2

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: OpenBLAS (apt install libopenblas-dev, or the runtime package for your release). macOS uses Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

lev v0.3.1

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: OpenBLAS (apt install libopenblas-dev, or the runtime package for your release). macOS uses Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

lev v0.3.0

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: ICU and OpenBLAS (apt install libicu-dev libopenblas-dev, or the runtime packages for your release). macOS uses the system ICU and Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

lev v0.2.0

Standalone lev-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./lev-server --data data --port 8080 --workflows workflows. ./lev-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: ICU and OpenBLAS (apt install libicu-dev libopenblas-dev, or the runtime packages for your release). macOS uses the system ICU and Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./lev-server.

laya-jolt v0.1.0

Standalone laya-server for macOS (arm64) and Linux (x86_64), self-tested against golden/, with the bundled workflows.

The binary does not carry the weights. Download the convaiinnovations/laya checkpoints you want (README, Getting the checkpoints) and convert them once with jolt prepare, then run ./laya-server --data data --port 8080 --workflows workflows. ./laya-server --self-test --data data --golden golden checks the pair. Requests route between the english, multilingual and typed-decisions checkpoints like the Python package's Router; unprepared ones answer 503.

Runtime deps on Linux: ICU and OpenBLAS (apt install libicu-dev libopenblas-dev, or the runtime packages for your release). macOS uses the system ICU and Accelerate.
The macOS binary is unsigned; clear the quarantine flag before first run: xattr -d com.apple.quarantine ./laya-server.