//
// Copyright (c) 2017 The Khronos Group Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//    http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
#include "tools.h"

#include "TestNonUniformWorkGroup.h"

REGISTER_TEST(non_uniform_other_basic)
{
  SubTestExecutor exec(device, context, queue);

  size_t maxWgSize;
  int err;
  err = exec.calculateWorkGroupSize(maxWgSize, Range::BASIC);
  if (err) {
    log_error ("Cannot calculate work group size.");
    return -1;
  }

  // non_uniform_1d_two_prime_numbers_offset_basic
  {
      size_t primeNumber = 42967;
      size_t primeNumber2 = 113;
      PrimeNumbers::Result1d fit1dResult;

      fit1dResult = PrimeNumbers::fitMaxPrime1d(primeNumber2, maxWgSize);

      size_t globalSize[] = { primeNumber };
      size_t localSize[] = { fit1dResult.Val1 };
      size_t offset[] = { 23 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BASIC);
  }

  // non_uniform_2d_three_prime_numbers_offset_basic
  {
      size_t primeNumber =
          PrimeNumbers::getPrimeNumberInRange(maxWgSize / 2, maxWgSize);
      if (primeNumber < 1)
      {
          log_error("Cannot find proper prime number.");
          return -1;
      }
      size_t primeNumber2 = 42967;
      size_t primeNumber3 = 13;
      size_t globalSize[] = { primeNumber2, primeNumber3 };
      size_t localSize[] = { primeNumber, 1 };
      size_t offset[] = { 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BASIC);
  }

  // non_uniform_3d_six_prime_numbers_offset_basic
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;

      PrimeNumbers::Result3d fit3dResult;

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t offset[] = { 11, 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BASIC);
  }

  // non_uniform_3d_six_prime_numbers_rwgs_basic
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;
      PrimeNumbers::Result3d fit3dResult;

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };
      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t reqdWorkGroupSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                                     fit3dResult.Val3 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          NULL, reqdWorkGroupSize, Range::BASIC);
  }

  return exec.status();
}

REGISTER_TEST(non_uniform_other_atomics)
{
  SubTestExecutor exec(device, context, queue);

  size_t maxWgSize;
  int err;
  err = exec.calculateWorkGroupSize(maxWgSize, Range::ATOMICS);
  if (err) {
    log_error ("Cannot calculate work group size.");
    return -1;
  }

  // non_uniform_1d_two_prime_numbers_offset_atomics
  {
      size_t primeNumber = 42967;
      size_t primeNumber2 = 113;
      PrimeNumbers::Result1d fit1dResult;

      fit1dResult = PrimeNumbers::fitMaxPrime1d(primeNumber2, maxWgSize);

      size_t globalSize[] = { primeNumber };
      size_t localSize[] = { fit1dResult.Val1 };
      size_t offset[] = { 23 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::ATOMICS);
  }

  // non_uniform_2d_three_prime_numbers_offset_atomics
  {
      size_t primeNumber =
          PrimeNumbers::getPrimeNumberInRange(maxWgSize / 2, maxWgSize);
      if (primeNumber < 1)
      {
          log_error("Cannot find proper prime number.");
          return -1;
      }
      size_t primeNumber2 = 42967;
      size_t primeNumber3 = 13;
      size_t globalSize[] = { primeNumber2, primeNumber3 };
      size_t localSize[] = { primeNumber, 1 };
      size_t offset[] = { 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::ATOMICS);
  }

  // non_uniform_3d_six_prime_numbers_offset_atomics
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;
      PrimeNumbers::Result3d fit3dResult;

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };
      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t offset[] = { 11, 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::ATOMICS);
  }

  // non_uniform_3d_six_prime_numbers_rwgs_atomics
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;
      PrimeNumbers::Result3d fit3dResult;

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };
      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t reqdWorkGroupSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                                     fit3dResult.Val3 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          NULL, reqdWorkGroupSize, Range::ATOMICS);
  }

  return exec.status();
}

REGISTER_TEST(non_uniform_other_barriers)
{
  SubTestExecutor exec(device, context, queue);

  size_t maxWgSize;
  int err;
  err = exec.calculateWorkGroupSize(maxWgSize, Range::BARRIERS);
  if (err) {
    log_error ("Cannot calculate work group size.");
    return -1;
  }

  // non_uniform_1d_two_prime_numbers_offset_barriers
  {
      size_t primeNumber = 42967;
      size_t primeNumber2 = 113;
      PrimeNumbers::Result1d fit1dResult;

      fit1dResult = PrimeNumbers::fitMaxPrime1d(primeNumber2, maxWgSize);

      size_t globalSize[] = { primeNumber };

      size_t localSize[] = { fit1dResult.Val1 };
      size_t offset[] = { 23 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BARRIERS);
  }

  // non_uniform_2d_three_prime_numbers_offset_barriers
  {
      size_t primeNumber =
          PrimeNumbers::getPrimeNumberInRange(maxWgSize / 2, maxWgSize);
      if (primeNumber < 1)
      {
          log_error("Cannot find proper prime number.");
          return -1;
      }
      size_t primeNumber2 = 42967;
      size_t primeNumber3 = 13;
      size_t globalSize[] = { primeNumber2, primeNumber3 };
      size_t localSize[] = { primeNumber, 1 };
      size_t offset[] = { 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BARRIERS);
  }

  // non_uniform_3d_six_prime_numbers_offset_barriers
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;
      PrimeNumbers::Result3d fit3dResult;

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };

      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t offset[] = { 11, 23, 17 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          offset, NULL, Range::BARRIERS);
  }

  // non_uniform_3d_six_prime_numbers_rwgs_barriers
  {
      size_t primeNumber = 373;
      size_t primeNumber2 = 13;
      size_t primeNumber3 = 279;
      size_t primeNumber4 = 3;
      size_t primeNumber5 = 5;
      size_t primeNumber6 = 7;
      PrimeNumbers::Result3d fit3dResult;

      fit3dResult = PrimeNumbers::fitMaxPrime3d(primeNumber4, primeNumber5,
                                                primeNumber6, maxWgSize);

      size_t globalSize[] = { primeNumber, primeNumber2, primeNumber3 };

      size_t localSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                             fit3dResult.Val3 };
      size_t reqdWorkGroupSize[] = { fit3dResult.Val1, fit3dResult.Val2,
                                     fit3dResult.Val3 };

      exec.runTestNonUniformWorkGroup(
          sizeof(globalSize) / sizeof(globalSize[0]), globalSize, localSize,
          NULL, reqdWorkGroupSize, Range::BARRIERS);
  }

  return exec.status();
}