Introducing LiteRT Next: A new set of APIs that improves and simplifies on-device hardware acceleration.

TensorBuffer

class TensorBuffer : JniHandle

kotlin.Any
↳	com.google.ai.edge.litert.JniHandle
	↳	com.google.ai.edge.litert.TensorBuffer

TensorBuffer represents the raw memory where tensor data is stored.

Summary

Public functions
`BooleanArray`	`@<Error class: unknown class> readBoolean()`
`FloatArray`	`@<Error class: unknown class> readFloat()`
`IntArray`	`@<Error class: unknown class> readInt()`
`ByteArray`	`@<Error class: unknown class> readInt8()`
`Unit`	`@<Error class: unknown class> writeBoolean(data: BooleanArray)`
`Unit`	`@<Error class: unknown class> writeFloat(data: FloatArray)`
`Unit`	`@<Error class: unknown class> writeInt(data: IntArray)`
`Unit`	`@<Error class: unknown class> writeInt8(data: ByteArray)`

Protected functions
`open Unit`	`destroy()` Clean up resources associated with the handle.

`Unit`	`assertNotDestroyed()` Asserts that the handle is not destroyed, otherwise throws an `IllegalStateException`.
`final Unit`	`close()` Clean up the handle safely to avoid releasing the same JNI handle multiple times.

@<Error class: unknown class>
fun readBoolean(): BooleanArray

@<Error class: unknown class>
fun readFloat(): FloatArray

@<Error class: unknown class>
fun readInt(): IntArray

@<Error class: unknown class>
fun readInt8(): ByteArray

@<Error class: unknown class>
fun writeBoolean(data: BooleanArray): Unit

@<Error class: unknown class>
fun writeFloat(data: FloatArray): Unit

@<Error class: unknown class>
fun writeInt(data: IntArray): Unit

@<Error class: unknown class>
fun writeInt8(data: ByteArray): Unit

protected open fun destroy(): Unit

Clean up resources associated with the handle.