* make sure symbolStatus after hipGetProcAddress() is the expected in the tests that are failing on Phoenix
* fix that calls to hipMemset2DAsync() and hipMemset2DAsync_spt() to set values on submatrices where not taking into account the pitch, causing test failures on Phoenix
* before testing whether hipMemset2DAsync() works, initialize the whole matrix to a known value. This makes sure the test fails even if the uninitialized memory returned after hipMallocPitch() happens to have the expected value
* Sbefore testing whether hipMemset2DAsync_spt() works, initialize the whole matrix to a known value. This makes sure the test fails even if the uninitialized memory returned after hipMallocPitch() happens to have the expected value
* fix up compiler error: dyn_hipMemset2DAsync_ptr should have been dyn_hipMemset2DAsync_spt_ptr
* when Unit_hipMalloc3D_Basic fails due to a potential memory leak, print the values that hipMemGetInfo() returns before and after the allocation/deallocation pair.
* Also print intermediate free memory
* Make sure Unit_hipMalloc3D_Basic allocates at least PalSettings::subAllocationChunkSize_ on Windows. Otherwise hipMemGetInfo() will not report an increase on available memory after hipFree() is called, as the minimum amount of memory that cause a call to the CoarseMemorySubAllocator::Create() is that chunk size
* Fix up previous commit; allocated too much memory
* skip some extent sizes in Unit_hipFreeMipmappedArrayImplicitSyncArray if allocating them would be require more memory than the actual totalGlobalMem of the device
* Do not expect an exact match when comparing the memory available memory before and after hipMalloc3D() + hipFree()
* Do not allocate more memory than the total GPU memory in Unit_hipFreeMipmappedArrayImplicitSyncArray
* fix expected available memory amount comparison in hipMalloc3D - Basic
* use SUCCEED() macro in Unit_hipFreeMipmappedArrayImplicitSyncArray to log more information when there is not enough memory for the mipmapped array to be allocated
* fix formatting
The test wrongly assumed that the reserved memory should always
be equal to the allocation size. However, suballocations are possible
Change-Id: I1d1f3c3cdb231188f8b35ed64ffe4e2a3a2f16f9
Hernandez, Gerardo
German Andryeyev
Rambabu Swargam