private static void Load_VERSION_3_2()
{
_DrawElementsBaseVertex = GetAddress <DrawElementsBaseVertex>("glDrawElementsBaseVertex");
_DrawRangeElementsBaseVertex = GetAddress <DrawRangeElementsBaseVertex>("glDrawRangeElementsBaseVertex");
_DrawElementsInstancedBaseVertex = GetAddress <DrawElementsInstancedBaseVertex>("glDrawElementsInstancedBaseVertex");
_MultiDrawElementsBaseVertex = GetAddress <MultiDrawElementsBaseVertex>("glMultiDrawElementsBaseVertex");
ProvokingVertex = GetAddress <ProvokingVertex>("glProvokingVertex");
FenceSync = GetAddress <FenceSync>("glFenceSync");
IsSync = GetAddress <IsSync>("glIsSync");
DeleteSync = GetAddress <DeleteSync>("glDeleteSync");
ClientWaitSync = GetAddress <ClientWaitSync>("glClientWaitSync");
WaitSync = GetAddress <WaitSync>("glWaitSync");
GetInteger64 = GetAddress <GetInteger64>("glGetInteger64v");
GetInteger64v = GetAddress <GetInteger64v>("glGetInteger64v");
GetSynci = GetAddress <GetSynci>("glGetSynciv");
GetSynciv = GetAddress <GetSynciv>("glGetSynciv");
GetInteger64i_ = GetAddress <GetInteger64i_>("glGetInteger64i_v");
GetInteger64i_v = GetAddress <GetInteger64i_v>("glGetInteger64i_v");
GetBufferParameteri64 = GetAddress <GetBufferParameteri64>("glGetBufferParameteri64v");
GetBufferParameteri64v = GetAddress <GetBufferParameteri64v>("glGetBufferParameteri64v");
FramebufferTexture = GetAddress <FramebufferTexture>("glFramebufferTexture");
TexImage2DMultisample = GetAddress <TexImage2DMultisample>("glTexImage2DMultisample");
TexImage3DMultisample = GetAddress <TexImage3DMultisample>("glTexImage3DMultisample");
GetMultisamplefv = GetAddress <GetMultisamplefv>("glGetMultisamplefv");
SampleMaski = GetAddress <SampleMaski>("glSampleMaski");
VERSION_3_2 = VERSION_3_1 && _DrawElementsBaseVertex != null && _DrawRangeElementsBaseVertex != null &&
_DrawElementsInstancedBaseVertex != null && _MultiDrawElementsBaseVertex != null &&
ProvokingVertex != null && FenceSync != null && IsSync != null && DeleteSync != null && ClientWaitSync != null &&
WaitSync != null && GetInteger64v != null && GetSynciv != null && GetInteger64i_v != null && GetBufferParameteri64v != null &&
FramebufferTexture != null && TexImage2DMultisample != null && TexImage3DMultisample != null &&
GetMultisamplefv != null && SampleMaski != null;
}
public static unsafe void GetInteger(ALDevice device, GetInteger64 param, Span <long> values)
{
// Beacuse we don't know how this span is allocated we need to fix it
fixed(long *ptr = &values[0])
{
GetInteger(device, param, values.Length, ptr);
}
}
public static void GetInteger(ALDevice device, GetInteger64 param, int size, long[] values) => _GetIntegerArray(device, param, size, values);
private static void GetInteger(ALDevice device, GetInteger64 param, int size, out long values) => _GetIntegerRef(device, param, size, out values);
#pragma warning disable SA1516 // Elements should be separated by blank line
public static unsafe void GetInteger(ALDevice device, GetInteger64 param, int size, long *values) => _GetIntegerPtr(device, param, size, values);
#pragma warning restore SA1516 // Elements should be separated by blank line
public static void GetInteger(ALDevice device, GetInteger64 param, long[] values)
{
GetInteger(device, param, values.Length, values);
}
public static void GetInteger(ALDevice device, GetInteger64 param, Span <long> values)
{
GetInteger(device, param, values.Length, ref values[0]);
}
public static void GetInteger(ALDevice device, GetInteger64 param, int size, ref long values) => _GetIntegerRef(device, param, size, ref values);