def test_first_matrix_fetched_correctly(self):
""" Test for a drawlog of a 2d celldevs for only 1 drawing with only 0's in the matrix"""
drawlog_path = simplestDrawlogPath()
file_parser = CDevsFileParser(drawlog_path)
matrices = file_parser.onlyMatrices()
first_matrix_lines = next(matrices).splitlines()
correct_lines = simplestMatrixStr().splitlines()
for res,correct in zip(first_matrix_lines,correct_lines):
self.assertEqual(res,correct)
def test_first_and_matrix_fetched_correctly(self):
""" Test for a drawlog of a 2d celldevs for 2 times """
drawlog_path = twoTimesDrawlogPath()
first_matrix = twoTimesDrwFirstMatrix()
second_matrix = twoTimesDrwSecondMatrix()
file_parser = CDevsFileParser(drawlog_path)
matrices = file_parser.onlyMatrices()
first_matrix_lines = next(matrices).splitlines()
first_matrix_correct_lines = twoTimesDrwFirstMatrix().splitlines()
for res,correct in zip(first_matrix_lines,first_matrix_correct_lines):
self.assertEqual(res,correct)
second_matrix_lines = next(matrices).splitlines()
second_matrix_correct_lines = twoTimesDrwSecondMatrix().splitlines()
for res,correct in zip(second_matrix_lines,second_matrix_correct_lines):
self.assertEqual(res,correct)
def main(**kwargs):
#Prints
print("Running with:")
for key, value in kwargs.items():
print(key, value)
file_parser = CDevsFileParser(kwargs["infile"])
matrix_and_time_and_lineno_gen = file_parser.matrixAndTimeAndLineTuple()
rows = [["Time","Line","Sum","Min","Max","Mean"]]
for matrix_str,time,lineno in matrix_and_time_and_lineno_gen:
cdevs_matrix = CDevsMatrix(matrix_str,kwargs["col_width"])
matrix_sum = cdevs_matrix.sum()
matrix_min = cdevs_matrix.min()
matrix_max = cdevs_matrix.max()
matrix_mean = cdevs_matrix.mean()
if(invalidMatrixMeanFromMinAndMax(matrix_mean,matrix_min,matrix_max)):
raise Exception("Matrix mean: " + str(matrix_mean) + " is smaller than the min: " +
str(matrix_min) + " or larger than the max: " + str(matrix_max))
rows.append([time,lineno,matrix_sum,matrix_min,matrix_max,matrix_mean])
writeRowsAsCSV(rows,kwargs["out"])
