Struct voicemeeter::interface::callback::data::main::WriteDevices

pub struct WriteDevices<'a, 'b> {
    pub output_a1: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub output_a2: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub output_a3: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub output_a4: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub output_a5: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub virtual_output_b1: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub virtual_output_b2: DeviceBuffer<[&'b mut [f32]; 8]>,
    pub virtual_output_b3: DeviceBuffer<[&'b mut [f32]; 8]>,
    /* private fields */
}

Available on crate feature interface only.

Write interface for main mode

Fields

output_a1: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for OutputA1.

Is None if the device is not available.

output_a2: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for OutputA2.

Is None if the device is not available.

output_a3: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for OutputA3.

Is None if the device is not available.

output_a4: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for OutputA4.

Is None if the device is not available.

output_a5: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for OutputA5.

Is None if the device is not available.

virtual_output_b1: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for VirtualOutputB1.

Is None if the device is not available.

virtual_output_b2: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for VirtualOutputB2.

Is None if the device is not available.

virtual_output_b3: DeviceBuffer<[&'b mut [f32]; 8]>

Channel write buffer for VirtualOutputB3.

Is None if the device is not available.

Implementations

impl<'a, 'b> WriteDevices<'a, 'b>

pub fn copy_device_from<'i>( &mut self, read: &ReadDevices<'_, '_>, devices: impl IntoIterator<Item = &'i Device> )

Copies data from a main read buffer into the main write buffer for specified devices

Examples

use voicemeeter::{interface::callback::BufferMainData, types::Device};
buffer
    .write
    .copy_device_from(&buffer.read, &[Device::OutputA1, Device::OutputA2]);

assert!(
    buffer.read.output_a1.to_slice() == buffer.write.output_a1.to_mut_slice(),
    "strip1 was copied"
);
assert!(
    buffer.read.output_a2.to_slice() == buffer.write.output_a2.to_mut_slice(),
    "strip2 was copied"
);

pub fn device_mut( &mut self, device: &Device ) -> DeviceBuffer<&mut [&'b mut [f32]]>

Grab the device buffer for a specific device

Trait Implementations

impl<'a, 'b> Default for WriteDevices<'a, 'b>

fn default() -> WriteDevices<'a, 'b>

Returns the “default value” for a type.