ram-nand/test/ram-nand.cpp

11 #include <zircon/device/ram-nand.h>
43         NandDevice device(params);
45         ASSERT_EQ(ZX_OK, device.Init(name, zx::vmo()));
49         NandDevice device(params);
51         ASSERT_EQ(ZX_OK, device.Init(name, zx::vmo()));
60     NandDevice* device(new NandDevice(params, fake_ddk::kFakeParent));
63     ASSERT_EQ(ZX_OK, device->Bind(BuildConfig()));
64     device->DdkUnbind();
68     device->DdkRelease();
75     fbl::unique_ptr<NandDevice> device(new (&checker) NandDevice(params));
82         device->Query(&info, operation_size);
86     if (device->Init(name, zx::vmo()) != ZX_OK) {
89     return fbl::move(device);
95     NandDevice device(params);
98     ASSERT_EQ(ZX_OK, device.Init(name, zx::vmo()));
100     ASSERT_EQ(kPageSize * kNumPages, device.DdkGetSize());
102     device.DdkUnbind();
105               device.DdkIoctl(IOCTL_RAM_NAND_UNLINK, nullptr, 0, nullptr, 0, nullptr));
111     fbl::unique_ptr<NandDevice> device = CreateDevice(nullptr);
112     ASSERT_TRUE(device);
114     ASSERT_EQ(ZX_OK, device->DdkIoctl(IOCTL_RAM_NAND_UNLINK, nullptr, 0, nullptr, 0, nullptr));
116     // The device is "dead" now.
118               device->DdkIoctl(IOCTL_RAM_NAND_UNLINK, nullptr, 0, nullptr, 0, nullptr));
125     NandDevice device(params);
129     device.Query(&info, &operation_size);
138     fbl::unique_ptr<NandDevice> device = CreateDevice(nullptr);
139     ASSERT_TRUE(device);
143               device->DdkIoctl(IOCTL_RAM_NAND_SET_BAD_BLOCKS, bad_blocks, sizeof(bad_blocks),
148     device->GetFactoryBadBlockList(result, sizeof(result), &num_bad_blocks);
153 // Data to be pre-pended to a nand_op_t issued to the device.
263 // Provides control primitives for tests that issue IO requests to the device.
304     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
305     ASSERT_TRUE(device);
315     device->Queue(op);
321     device->Queue(op);
326     device->Queue(op);
333     device->Queue(op);
374     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
375     ASSERT_TRUE(device);
386     device->Queue(op);
395     device->Queue(op);
404 // Tests that a new device is filled with 0xff (as a new nand chip).
409     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
410     ASSERT_TRUE(device);
423     device->Queue(op);
445     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
446     ASSERT_TRUE(device);
472         device->Queue(op);
504     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
505     ASSERT_TRUE(device);
514     device->Queue(op);
519     device->Queue(op);
524     device->Queue(op);
531     device->Queue(op);
536     device->Queue(op);
547     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
548     ASSERT_TRUE(device);
561     device->Queue(op);
572     device->Queue(op);
587     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
588     ASSERT_TRUE(device);
603     device->Queue(op);
612     device->Queue(op);
631     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
632     ASSERT_TRUE(device);
642     device->Queue(op);
648     device->Queue(op);
654     device->Queue(op);
665     fbl::unique_ptr<NandDevice> device = CreateDevice(&op_size);
666     ASSERT_TRUE(device);
677     device->Queue(op);
686     device->Queue(op);