class CrisMethodByMethodMatrix(pypeline.Filter):
def __init__(self, metrics_with_weights):
pypeline.Filter.__init__(self)
self.weights = [item[1] for item in metrics_with_weights]
self.metrics = [item[0] for item in metrics_with_weights]
self.method_matrix_builder = MethodMatrix(self.metrics, self.weights)
def build_method_matrix(self, class_wrapper):
matrix = self.method_matrix_builder.build_matrix(class_wrapper)
logging.warning("CrisMethodByMethodMatrix::" +
"build_method_matrix:\n" + print_matrix(matrix.matrix))
return matrix
def filter_process(self, data):
matrices = [self.build_method_matrix(item) for item in data]
for mat in matrices:
logging.warning("CrisMethodByMethodMatrix::" + "matrix:\n" +
print_matrix(mat.matrix))
return matrices
class CrisMethodByMethodMatrix(pypeline.Filter):
def __init__(self, metrics_with_weights):
pypeline.Filter.__init__(self)
self.weights = [item[1] for item in metrics_with_weights]
self.metrics = [item[0] for item in metrics_with_weights]
self.method_matrix_builder = MethodMatrix(self.metrics, self.weights)
def build_method_matrix(self, class_wrapper):
matrix = self.method_matrix_builder.build_matrix(class_wrapper)
logging.warning("CrisMethodByMethodMatrix::" +
"build_method_matrix:\n" + print_matrix(matrix.matrix))
return matrix
def filter_process(self, data):
matrices = [self.build_method_matrix(item)
for item in data]
for mat in matrices:
logging.warning("CrisMethodByMethodMatrix::" +
"matrix:\n" + print_matrix(mat.matrix))
return matrices
def __init__(self, metrics_with_weights):
pypeline.Filter.__init__(self)
self.weights = [item[1] for item in metrics_with_weights]
self.metrics = [item[0] for item in metrics_with_weights]
self.method_matrix_builder = MethodMatrix(self.metrics, self.weights)
def __init__(self, metrics_with_weights):
pypeline.Filter.__init__(self)
self.weights = [item[1] for item in metrics_with_weights]
self.metrics = [item[0] for item in metrics_with_weights]
self.method_matrix_builder = MethodMatrix(self.metrics, self.weights)