Enable building all
    cmake -G "Visual Studio 15 2017 Win64"  
    
Disable all builds except external libs, minimal cmake base setup     
    cmake -DOPTION_ENABLE_ALL_APPS=OFF -G "Visual Studio 15 2017 Win64"
    
Enable only CLI app build    
    cmake -DOPTION_ENABLE_ALL_APPS=OFF -DOPTION_BUILD_APPS_CMP_CLI=ON -G "Visual Studio 15 2017 Win64"

// To use Compressonator Core "C" interfaces, just include
// a single header file and CMP_Core lib into  your projects

#include "CMP_Core.h"

// Compress a sample image shape0 which is a 4x4 RGBA_8888 block.
// Users can use a pointer to any sized image buffers to reference
// a 4x4 block by supplying a stride offset for the next row.
// Optional BC1 settings is set to null in this example

unsigned char shape0_RGBA[64] = { filled with image source data as RGBA ...};

// cmpBuffer is a byte array of 8 byte to hold the compressed results.
unsigned char cmpBuffer[8]   = { 0 };

// Compress the source into cmpBuffer
CompressBlockBC1(shape0_RGBA, 16, cmpBuffer,null);

// Example to decompress comBuffer back to a RGBA_8888 4x4 image block
unsigned char imgBuffer[64] = { 0 };
DecompressBlockBC1(cmpBuffer,imgBuffer,null)

// To use Compressonator Framework "C" interfaces, just include
// a single header file and CMP_Framework lib into  your projects

#include "compressonator.h"

 //--------------------------
 // Init frameworks
 // plugin and IO interfaces
 //--------------------------
 CMP_InitFramework();

//---------------
// Load the image
//---------------
CMP_MipSet MipSetIn;
memset(&MipSetIn, 0, sizeof(CMP_MipSet));
cmp_status = CMP_LoadTexture(pszSourceFile, &MipSetIn);
if (cmp_status != CMP_OK) {
    std::printf("Error %d: Loading source file!\n",cmp_status);
    return -1;
}

//----------------------------------------------------------------------
// generate mipmap level for the source image, if not already generated
//----------------------------------------------------------------------

if (MipSetIn.m_nMipLevels <= 1)
{
    CMP_INT requestLevel = 10; // Request 10 miplevels for the source image

    //------------------------------------------------------------------------
    // Checks what the minimum image size will be for the requested mip levels
    // if the request is too large, a adjusted minimum size will be returned
    //------------------------------------------------------------------------
    CMP_INT nMinSize = CMP_CalcMinMipSize(MipSetIn.m_nHeight, MipSetIn.m_nWidth, 10);

    //--------------------------------------------------------------
    // now that the minimum size is known, generate the miplevels
    // users can set any requested minumum size to use. The correct
    // miplevels will be set acordingly.
    //--------------------------------------------------------------
    CMP_GenerateMIPLevels(&MipSetIn, nMinSize);
}

//==========================
// Set Compression Options
//==========================
KernalOptions   kernel_options;
memset(&kernel_options, 0, sizeof(KernalOptions));

kernel_options.format   = destFormat;   // Set the format to process
kernel_options.fquality = fQuality;     // Set the quality of the result
kernel_options.threads  = 0;            // Auto setting

//=====================================================
// example of using BC1 encoder options 
// kernel_options.bc15 is valid for BC1 to BC5 formats
//=====================================================
if (destFormat == CMP_FORMAT_BC1)
{
    // Enable punch through alpha setting
    kernel_options.bc15.useAlphaThreshold = true;
    kernel_options.bc15.alphaThreshold    = 128;

    // Enable setting channel weights
    kernel_options.bc15.useChannelWeights = true;
    kernel_options.bc15.channelWeights[0] = 0.3086f;
    kernel_options.bc15.channelWeights[1] = 0.6094f;
    kernel_options.bc15.channelWeights[2] = 0.0820f;
}

//--------------------------------------------------------------
// Setup a results buffer for the processed file,
// the content will be set after the source texture is processed
// in the call to CMP_ProcessTexture()
//--------------------------------------------------------------
CMP_MipSet MipSetCmp;
memset(&MipSetCmp, 0, sizeof(CMP_MipSet));

//===============================================
// Compress the texture using Framework Lib
//===============================================
cmp_status = CMP_ProcessTexture(&MipSetIn, &MipSetCmp, kernel_options, CompressionCallback);
if (cmp_status != CMP_OK) {
  ...
}

//----------------------------------------------------------------
// Save the result into a DDS file
//----------------------------------------------------------------
cmp_status = CMP_SaveTexture(pszDestFile, &MipSetCmp);

CMP_FreeMipSet(&MipSetIn);
CMP_FreeMipSet(&MipSetCmp);

// Note: Only MD x64 build is used for GPU processing
// SDK files required for application:
//     compressonator.h
//     CMP_Framework_xx.lib  For static libs xx is either MD or MDd, 
//                      When using DLL's make sure the  CMP_Framework_xx_DLL.dll is in exe path
//
// File(s) required to run with the built application
//
// Using OpenCL (OCL) 
//     CMP_GPU_OCL_MD_DLL.dll    or CMP_GPU_OCL_MDd_DLL.dll
//     Encode Kernel files in plugins/compute folder
//     BC1_Encode_Kernel.cpp
//     BC1_Encode_Kernel.h
//     BCn_Common_kernel.h
//     Common_Def.h
//
// Using DirectX (DXC) 
//     CMP_GPU_DXC_MD_DLL.dll    or CMP_GPU_DXC_MDd_DLL.dll
//     Encode Kernel files in plugins/compute folder
//     BC1_Encode_Kernel.hlsl
//     BCn_Common_kernel.h
//     Common_Def.h

#include "compressonator.h"

CMP_FORMAT      destFormat = CMP_FORMAT_BC1;

//---------------
// Load the image
//---------------
CMP_MipSet MipSetIn;
memset(&MipSetIn, 0, sizeof(CMP_MipSet));
if (CMP_LoadTexture(pszSourceFile, &MipSetIn) != CMP_OK) {
    std::printf("Error: Loading source file!\n");
    return -1;
  } 

 //-----------------------------------------------------
 // when using GPU: The texture must have width and height as a multiple of 4
 // Check texture for width and height
 //-----------------------------------------------------
 if ((MipSetIn.m_nWidth % 4) > 0 || (MipSetIn.m_nHeight % 4) > 0) {
    std::printf("Error: Texture width and height must be multiple of 4\n");
    return -1;
 }
    
//----------------------------------------------------------------------------------------------------------
// Set the target compression format and the host framework to use
// For this example OpenCL is been used
//-----------------------------------------------------------------------------------------------------------
KernelOptions   kernel_options;
memset(&kernel_options, 0, sizeof(KernelOptions));

kernel_options.encodeWith = CMP_GPU_OCL;         // Using OpenCL GPU Encoder, can replace with DXC for DirectX
kernel_options.format     = destFormat;          // Set the format to process
kernel_options.fquality   = fQuality;            // Set the quality of the result

//--------------------------------------------------------------
// Setup a results buffer for the processed file,
// the content will be set after the source texture is processed
// in the call to CMP_ProcessTexture()
//--------------------------------------------------------------
CMP_MipSet MipSetCmp;
memset(&MipSetCmp, 0, sizeof(CMP_MipSet));

//===============================================
// Compress the texture using Framework Lib
//===============================================
cmp_status = CMP_ProcessTexture(&MipSetIn, &MipSetCmp, kernel_options, CompressionCallback);
if (cmp_status != CMP_OK) {
  ...
}

//----------------------------------------------------------------
// Save the result into a DDS file
//----------------------------------------------------------------
cmp_status = CMP_SaveTexture(pszDestFile, &MipSetCmp);

CMP_FreeMipSet(&MipSetIn);
CMP_FreeMipSet(&MipSetCmp);

// To use Compressonator's portable "C" interfaces, just include
// a single header file and Compresonator.lib into  your projects

#include "Compressonator.h"
...

//==========================
// Load Source Texture
//==========================
CMP_Texture srcTexture;
// note that LoadDDSFile function is a utils function to initialize the source CMP_Texture
// you can also initialize the source CMP_Texture the same way as initialize destination CMP_Texture
if (!LoadDDSFile(pszSourceFile, srcTexture))
{
  ...
}

//===================================
// Initialize Compressed Destination
//===================================
CMP_Texture destTexture;
destTexture.dwSize     = sizeof(destTexture);
destTexture.dwWidth    = srcTexture.dwWidth;
destTexture.dwHeight   = srcTexture.dwHeight;
destTexture.dwPitch    = 0;
destTexture.format     = CMP_FORMAT_BC6H;
destTexture.dwDataSize = CMP_CalculateBufferSize(&destTexture);
destTexture.pData      = (CMP_BYTE*)malloc(destTexture.dwDataSize);

//==========================
// Set Compression Options
//==========================
CMP_CompressOptions options = {0};
options.dwSize       = sizeof(options);
options.fquality     = 0.05f;
options.dwnumThreads = 8;

//==========================
// Compress Texture
//==========================
CMP_ERROR   cmp_status;
cmp_status = CMP_ConvertTexture(&srcTexture, &destTexture, &options, &CompressionCallback, NULL, NULL);
if (cmp_status != CMP_OK)
{
  ...
}

//==========================
// Save Compressed Testure
//==========================
SaveDDSFile(pszDestFile, destTexture))

free(srcTexture.pData);
free(destTexture.pData);