23     void *allocation = poolAllocator.allocate(numBytes);  in TEST()  local
25     EXPECT_NE(nullptr, allocation);  in TEST()
26     // Write to allocation to check later  in TEST()
27     uint32_t *writePtr = static_cast<uint32_t *>(allocation);  in TEST()
29     // Test push and creating a new allocation  in TEST()
31     allocation = poolAllocator.allocate(numBytes);  in TEST()
32     EXPECT_NE(nullptr, allocation);  in TEST()
33     // Make an allocation that spans multiple pages  in TEST()
34     allocation = poolAllocator.allocate(10 * 1024);  in TEST()
37     // Verify first allocation still has data  in TEST()
43         allocation = poolAllocator.allocate(numBytes);  in TEST()
44         EXPECT_NE(nullptr, allocation);  in TEST()
45         // Write data into full allocation. In debug case if we  in TEST()
46         //  overwrite any other allocation we get error.  in TEST()
47         memset(allocation, 0xb8, numBytes);  in TEST()
63     // Test a number of allocation sizes for each alignment  in TEST_P()
66         // Vary the allocation size around 4k to hit some multi-page allocations  in TEST_P()
67         void *allocation = poolAllocator.allocate((rand() % (1024 * 4)) + 1);  in TEST_P()  local
68         // Verify alignment of allocation matches expected default  in TEST_P()
69         EXPECT_EQ(0u, (reinterpret_cast<std::uintptr_t>(allocation) % alignment));  in TEST_P()