brainflow-java.core — com.github.thefakelorlyons/brainflow-java 1.0.005

-main clj

(-main)

brainflow-initialized? clj

(brainflow-initialized?)

Check if BrainFlow has been initialized.

build-native-path clj

(build-native-path base-native-path)

Builds the full native path including platform-specific directory

check-dll-architecture clj

(check-dll-architecture dll-path)

Check if a DLL matches the current JVM architecture on Windows

create-brainflow-local-edn clj

(create-brainflow-local-edn jar-path)

Creates the brainflow-local.edn file with the actual JAR path

create-dependency-installer-script clj

(create-dependency-installer-script)

Create the cross-platform dependency installer script file

create-input-params clj

(create-input-params params-map)

Create a BrainFlowInputParams object with the given parameters. Common parameters include: :serial_port - Serial port name (e.g. 'COM3', '/dev/ttyUSB0') :ip_address - IP address for network boards :ip_port - IP port for network boards
:mac_address - MAC address for Bluetooth boards :other_info - Additional info as needed :serial_number - Serial number :file - File path for file-based boards :timeout - Timeout value :master_board - Master board ID for some boards

ensure-brainflow-loaded! clj

(ensure-brainflow-loaded!)

Ensures BrainFlow is loaded with improved error handling and architecture detection

explain-jna-messages clj

(explain-jna-messages)

Explain the JNA extraction messages users might see

get-actual-jvm-bitness clj

(get-actual-jvm-bitness)

More robust JVM bitness detection

get-board-data clj

(get-board-data board-shim & [num-samples])

Get data from BrainFlow board. Automatically downloads BrainFlow if needed.

get-board-shim clj

(get-board-shim board-id input-params)

Get a BrainFlow board shim. Downloads BrainFlow if needed. Takes board-id (int) and input-params (map with keys like :serial_port, :ip_address, etc.)

get-cause-chain clj

(get-cause-chain e)

Unwraps an exception into a sequence of causes, starting with the root.

get-default-synth-board-shim clj

(get-default-synth-board-shim board-id)

(get-default-synth-board-shim board-id params-map)

Simplified version that takes a board-id and optional parameters map

get-os-type clj

(get-os-type)

install-dependencies-with-babashka clj

(install-dependencies-with-babashka)

Install all BrainFlow dependencies using cross-platform Babashka script

is-expected-jna-error? clj

(is-expected-jna-error? exception)

Check if an exception is the expected JNA file extraction behavior

load-all-native-libraries clj

(load-all-native-libraries native-path)

Enhanced native library loading with better error reporting and architecture matching

load-native-library clj

(load-native-library lib-path lib-name)

Enhanced native library loading with architecture verification

prepare-session clj

(prepare-session board-shim)

Prepare a BrainFlow session. Automatically downloads BrainFlow if needed.

release-session clj

(release-session board-shim)

Release BrainFlow session. Automatically downloads BrainFlow if needed.

smart-sort clj

(smart-sort m)

sort-aliases clj

(sort-aliases aliases)

start-stream clj

(start-stream board-shim & [buffer-size])

Start BrainFlow data stream. Automatically downloads BrainFlow if needed.

stop-stream clj

(stop-stream board-shim)

Stop BrainFlow data stream. Automatically downloads BrainFlow if needed.

test-brainflow clj

(test-brainflow)

(test-brainflow board-id input-params)

Test BrainFlow functionality with a synthetic board. Returns true if successful, throws exception if failed.

update-gitignore clj

(update-gitignore filename)

update-project-deps clj

(update-project-deps jar-path native-lib-base-path)

Updates deps.edn to reference brainflow-local.edn under :flow alias

verify-native-libraries clj

(verify-native-libraries native-path)

Verify that native libraries exist and are accessible

with-brainflow clj macro

(with-brainflow & body)

with-suppressed-jna-logging clj

(with-suppressed-jna-logging f)

Temporarily suppress JNA logging during BrainFlow operations