TEST(inst_suite, MOV_with_bracket)
{
// Found MOV_with_bracket
nask_utility::Instructions inst;
std::istringstream input_stream0("[BITS 32] \r\n");
std::istringstream input_stream1("[INSTRSET \"i486p\"] \r\n");
std::istringstream input_stream2("ECX,[ESP+4] \r\n");
std::istringstream input_stream3("AL,[ESP+8] \r\n");
TParaTokenizer tokenizer0(input_stream0, &inst.token_table);
TParaTokenizer tokenizer1(input_stream1, &inst.token_table);
TParaTokenizer tokenizer2(input_stream2, &inst.token_table);
TParaTokenizer tokenizer3(input_stream3, &inst.token_table);
std::vector<uint8_t> test;
std::vector<uint8_t> answer = { 0x8b, 0x4c, 0x24, 0x04, 0x8a, 0x44, 0x24, 0x08 };
inst.process_token_BRACKET(tokenizer0, test);
inst.process_token_BRACKET(tokenizer1, test);
inst.process_token_MOV(tokenizer2, test);
inst.process_token_MOV(tokenizer3, test);
logger->info("output bin: {}", nask_utility::string_to_hex(std::string(test.begin(), test.end())));
// static member data "support" causes memory leak :<
EXPECT_N_LEAKS(12);
CHECK(test == answer);
}
TEST(DeviceOpenTest, open_initializes_hardware)
{
struct file fil;
struct inode inode;
int read_wait_loop;
u32 expected_control_write_addr = tddmodule_registers_p->control;
u32 expected_control_read_addr = tddmodule_registers_p->status;
u32 expected_control_reset_value = TDDMODULE_DEV_CONTROL_RESET;
EXPECT_N_LEAKS(1);
mock(fs_mock_namespace).ignoreOtherCalls();
initialize_module();
mock(iomem_mock_namespace).expectOneCall("writel")
.withParameterOfType("unsigned", "value",
&expected_control_reset_value)
.withParameter("addr", (void*) &tddmodule_registers_p->control);
mock(iomem_mock_namespace).expectOneCall("mb");
// force device to not be ready for N reads
mock(iomem_mock_namespace).expectNCalls(5, "readl")
.withParameter("addr", (void*) &tddmodule_registers_p->status)
.andReturnValue(0);
mock(iomem_mock_namespace).expectOneCall("readl")
.withParameter("addr", (void*) &tddmodule_registers_p->status)
.andReturnValue(1);
tddmodule_dev_open( &inode, &fil);
}
