def setUp(self):
self.assignments = grader.assignments
self.baseline_assignments = grader.baseline_assignments
grader.baseline_assignments = [
# capture index in closure with python default value of lambda
Assignment(a.name,
a.lecture,
a.category,
a.description,
lambda i=i: self.check_baseline_assignment_mock(i))
for i, a in enumerate(grader.baseline_assignments)
]
grader.assignments = [
Assignment(a.name, a.lecture, a.category, a.description,
self.check_assignment_mock) for a in grader.assignments
]
self.count = 0
check_hypster_execution('shared-heap.c', 42,
'heap data is shared for threads on HYPSTER')
def check_treiber_stack() -> List[Check]:
return check_riscv_instruction(LR_INSTRUCTION, 'load-reserved.c') + \
check_riscv_instruction(SC_INSTRUCTION, 'store-conditional.c') + \
check_execution('./selfie -c treiber-stack.c <assignment>stack-push.c -m 128',
'all pushed elements are actually in the treiber-stack',
success_criteria=lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7])) + \
check_execution('./selfie -c treiber-stack.c <assignment>stack-pop.c -m 128',
'all treiber-stack elements can be popped ',
success_criteria=lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7]))
baseline_assignment = Assignment('self-compile', 'General', '', '',
check_self_compilation)
assignments: Set[Assignment] = {
baseline_assignment,
Assignment(
'print-your-name', 'General', '', REPO_BLOB_BASE_URI +
'grader/compiler-assignments.md#assignment-print-your-name',
check_print_your_name),
Assignment(
'hex-literal', 'Compiler', 'hex-literal', REPO_BLOB_BASE_URI +
'grader/compiler-assignments.md#assignment-hex-literal',
check_hex_literal),
Assignment(
'bitwise-shift-compilation', 'Compiler', 'bitwise-shift',
REPO_BLOB_BASE_URI +
'grader/compiler-assignments.md#assignment-bitwise-shift-compilation',
def check(a: Assignment):
return list(map(execute_with_output, a.create_checks()))
check_hypster_execution('shared-heap.c', 42,
'heap data is shared for threads on HYPSTER')
def check_treiber_stack() -> List[Check]:
return check_riscv_instruction(LR_INSTRUCTION, 'load-reserved.c') + \
check_riscv_instruction(SC_INSTRUCTION, 'store-conditional.c') + \
check_execution('./selfie -c treiber-stack.c <assignment>stack-push.c -m 128',
'all pushed elements are actually in the treiber-stack',
success_criteria=lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7])) + \
check_execution('./selfie -c treiber-stack.c <assignment>stack-pop.c -m 128',
'all treiber-stack elements can be popped ',
success_criteria=lambda code, out: is_permutation_of(out, [0, 1, 2, 3, 4, 5, 6, 7]))
baseline_assignment = Assignment('self-compile', 'General', '',
check_self_compilation)
assignments: Set[Assignment] = {
baseline_assignment,
Assignment('print-name', 'General', '', check_print_name),
Assignment('hex-literal', 'Compiler', 'hex-literal', check_hex_literal),
Assignment('bitwise-shift-compilation', 'Compiler', 'bitwise-shift',
check_bitwise_shift_compilation),
Assignment('bitwise-shift-execution', 'Compiler', 'bitwise-shift',
check_bitwise_shift_execution),
Assignment('bitwise-and-or-not', 'Compiler', 'bitwise-logic',
check_bitwise_and_or_not),
Assignment('for-loop', 'Compiler', 'for-loop', check_for_loop),
Assignment('array', 'Compiler', 'array', check_array),
Assignment('array-multidimensional', 'Compiler', 'array',
check_multidimensional_array),