def test_fork_and_wait():
test_compilable('parallel-print.c', 'fork and wait compiled')
test_mipster_execution('parallel-print.c',
lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7]),
'fork creates a child process, where the parent can wait for the child process with MIPSTER')
test_hypster_execution('parallel-print.c',
lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7]),
'fork creates a child process, where the parent can wait for the child process with HYPSTER')
def test_multidimensional_array():
test_compilable('multidimensional.c',
'multidimensional array declarations do compile')
test_mipster_execution('multidimensional.c', 42,
'multidimensional arrays assignments are implemented with the right semantics')
test_compilable('access-order.c',
'access to start-address of multidimensional is possible')
test_mipster_execution('access-order.c', 0,
'access to multidimensional arrays is implemented in row-major order')
def test_thread():
test_execution('./selfie -c <assignment>syscalls.c -m 128',
'creates a thread, where the parent can join the thread with MIPSTER', success_criteria=70)
test_execution('./selfie -c selfie.c -m 128 -c <assignment>syscalls.c -y 64',
'creates a thread, where the parent can join the thread with HYPSTER', success_criteria=70)
test_mipster_execution('shared-data.c', 42,
'data section is shared for threads on MIPSTER')
test_hypster_execution('shared-data.c', 42,
'data section is shared for threads on HYPSTER')
test_mipster_execution('shared-heap.c', 42,
'heap data is shared for threads on MIPSTER')
test_hypster_execution('shared-heap.c', 42,
'heap data is shared for threads on HYPSTER')
def test_array():
test_compilable('global-declaration.c',
'array declaration do compile')
test_compilable('assignment.c',
'assignments on arrays do compile')
test_compilable('invalid-assignment.c',
'invalid assignments to an array do not compile', should_succeed=False)
test_compilable('call-by-reference.c',
'arrays in the function signature do compile')
test_mipster_execution('assignment.c', 42,
'arrays assignments are implemented with the right semantics')
test_mipster_execution('call-by-reference.c', 42,
'array assignments in functions are implemented with the right semantics')
def test_bitwise_and_or_not():
for instruction in [AND_INSTRUCTION, OR_INSTRUCTION, NOT_INSTRUCTION]:
operation = instruction[0]
literal_file = operation + '-with-literals.c'
variable_file = operation + '-with-variables.c'
invalid_file = 'invalid-' + operation + '.c'
test_compilable(literal_file,
operation + ' operator with literals does compile')
test_compilable(variable_file,
operation + ' operator with variables does compile')
test_compilable(invalid_file,
operation + ' operator with invalid syntax does not compile', should_succeed=False)
test_mipster_execution(literal_file, 42,
operation + ' operator calculates the right result for literals when executed with MIPSTER')
test_mipster_execution(variable_file, 42,
operation + ' operator calculates the right result for variables when executed with MIPSTER')
test_riscv_instruction(instruction, literal_file)
test_riscv_instruction(instruction, variable_file)
test_mipster_execution('precedence.c', 42,
'bitwise and, or & not ' + ' operators respect the precedence of the C operators: &,|,~')
test_mipster_execution('precedence2.c', 42,
'bitwise and, or & not ' + ' operators respect the precedence of the C operators: +,-')
def test_hex_literal():
test_compilable('all-digit-characters.c',
'hex integer literal with all characters compiled')
test_mipster_execution('all-digit-characters.c', 42,
'hex integer literal with all characters has the right value')
test_compilable('max-value.c',
'maximum hex integer literal compiled')
test_mipster_execution('max-value.c', 42,
'maximum hex integer literal has the right value')
test_compilable('min-value.c',
'minimum hex integer literal compiled')
test_mipster_execution('min-value.c', 42,
'minimum hex integer literal has the right value')
def test_bitwise_shift_execution():
for direction, instruction in [('right', SRL_INSTRUCTION), ('left', SLL_INSTRUCTION)]:
literal_file = instruction[0] + '-with-literals.c'
variable_file = instruction[0] + '-with-variables.c'
test_riscv_instruction(instruction, literal_file)
test_riscv_instruction(instruction, variable_file)
test_mipster_execution(literal_file, 42,
'bitwise-' + direction + '-shift operator calculates the right result for literals when executed with MIPSTER')
test_mipster_execution(variable_file, 42,
'bitwise-' + direction + '-shift operator calculates the right result for variables when executed with MIPSTER')
test_mipster_execution('precedence.c', 42,
'bitwise shift operators respect the precedence of the C operators: <<, >>')
def test_struct_execution():
test_compilable('initialization.c',
'empty struct with initialization compiled')
test_compilable('member-initialization.c',
'initialization of trivial struct members compiled')
test_mipster_execution('member-initialization.c', 42,
'read and write operations of trivial struct member works when executed with MIPSTER')
test_compilable('nested-initialization.c',
'struct initialization with struct members compiled')
test_mipster_execution('nested-initialization.c', 42,
'read and write operations of nested struct member works when executed with MIPSTER')
test_compilable('as-parameter.c',
'struct as function parameter compiled')
test_mipster_execution('as-parameter.c', 42,
'read and write operations of structs as parameter work when executed with MIPSTER')
def test_for_loop():
test_compilable('missing-assignment.c',
'for loop with missing assignment do not compile', should_succeed=False)
test_compilable('single-statement.c',
'for loop with one statement do compile')
test_compilable('multiple-statements.c',
'for loop with multiple statements do compile')
test_compilable('nested.c',
'nested for loops do compile')
test_mipster_execution('single-statement.c', 42,
'for loop with one statement are implement with the right semantics')
test_mipster_execution('multiple-statements.c', 42,
'for loop with multiple statements are implemented with the right semantics')
test_mipster_execution('nested.c', 42,
'nested for loops are implemented with the right semantics')
def test_fork_wait_exit():
test_compilable('sum-exit-code.c', 'fork and wait compiled')
test_mipster_execution('sum-exit-code.c', 28,
'exit code is returned as status parameter from wait with MIPSTER')
test_hypster_execution('sum-exit-code.c', 28,
'exit code is returned as status parameter from wait with HYPSTER')
