#version 440

layout ( local_size_x = 1, local_size_y = 1, local_size_z = 1 ) in;

layout ( std430, binding = 0)  buffer Buffer430
{
    float _float[];
}buffer430;

layout ( std140, binding = 1 ) coherent buffer Buffer140
{
    float _float[];
}buffer140;

layout ( std430, binding = 2 ) volatile writeonly buffer BufferWriteOnly430
{
    vec2 _vec2[];
}bufferWriteOnly430;

layout ( std140, binding = 3 ) restrict writeonly buffer BufferWriteOnly140
{
    vec2 _vec2[];
}bufferWriteOnly140;

layout ( std430, binding = 4 ) readonly buffer BufferReadOnly430
{
    vec3 _vec3[];
}bufferReadOnly430;

layout ( std140, binding = 5 ) coherent readonly buffer BufferReadOnly140
{
    vec3 _vec3[];
}bufferReadOnly140;

layout ( std430, binding = 6 ) volatile readonly writeonly buffer BufferReadOnlyWriteOnly430
{
    vec4 _vec4[];
}bufferReadOnlyWriteOnly430;

layout ( std140, binding = 7 ) restrict readonly writeonly buffer BufferReadOnlyWriteOnly140
{
    vec4 _vec4[];
}bufferReadOnlyWriteOnly140;

void main()
{
    buffer430._float[0] = 0.0f;
    buffer140._float[1] = 1.0f;
    bufferWriteOnly430._vec2[0] = vec2(2.0f, 3.0f);
    bufferWriteOnly140._vec2[0] = vec2(4.0f, 5.0f);
    vec3 a = bufferReadOnly430._vec3[0];
    vec3 b = bufferReadOnly140._vec3[0];
    int c = bufferReadOnlyWriteOnly430._vec4.length();
    int d = bufferReadOnlyWriteOnly140._vec4.length();
}