def test_contents_opener(self):
contents = text_manipulation.contents_opener(self.template_file_path,
self.template_file_name)
test_string = (contents[370:430])
test_string_true = 'o view images, place the images in a folder' +\
' called images (a'
self.assertEqual(test_string_true, test_string)
def metar_replacer(file_path, file_name, location, year, month, day, month_end,
day_end, start_time_hours, end_time_hours, flight,
metar_file_path):
"""This will replace the code with the METAR data if available."""
# TODO: Known bug: if only one metar_replacer is run in the workbook when multiple are present, the un-run cells
# will be removed without any metar information being entered.
# Finds metar data.
metar_data = metar_finder(location, year, month, day, month_end, day_end,
start_time_hours, end_time_hours,
metar_file_path)
if len(metar_data) == 0:
return "No METAR data found."
if metar_data[0] == "Quota limit reached.":
return "Sorry, Quota limit has been reached, try again later."
# Opens contents
contents = contents_opener(file_path, file_name)
# Splits contents into lines
lines = contents.split("\n")
# Creates an index
index = 0
# Creates an index showing where the last open curly bracket was.
bracket_index = 0
for line in lines:
if "# METAR REPLACER{}".format(flight) in line:
break
if line == " {":
# Records position of last bracket.
bracket_index = index
index += 1
lines = cell_remover(contents,
"# METAR REPLACER{}".format(flight)).split("\n")
# Lines for the METAR_returner code to replace.
metar_information = "\n {\n " + \
" \"cell_type\": \"markdown\",\n" + \
" \"metadata\": {},\n" + \
" \"source\": [\n" + \
" \"METAR_INFORMATION\"\n" + \
" ]\n" + \
" },"
# Inserts metar_information into lines at the point where the curly bracket
# was for the code.
# Test
lines.insert(bracket_index, metar_information)
contents = ""
# Reassembles contents from lines
for line in lines:
contents += line + "\n"
contents = metar_returner(metar_data,
contents, [int(month)], [int(year)],
1,
replace_key="METAR_INFORMATION")
file = open(file_path + os.sep + file_name, "w+")
# Extracts contents.
file.write(contents)
# Closes the file.
file.close()
return ("METAR data successfully included, please press save then reload" +
" and the METAR data should appear in place of this cell.")
def test_contents_opener(self):
"""Tests the contents_opener()"""
# Assigns variables
file_path = self.base_path
file_name1 = "test_data_sources.txt"
file_name2 = "METAR_EGHE_20190123_20190123_9_9.txt"
# Assigns outputs
expected_output1 = "Data Sources specified here will be placed in the excel document\nGPS\nAOA\nCTUN\n" \
"RCIN\nARSP\nBARO\nATT\nVIBE"
expected_output2 = "METAR EGHE 230950Z 34017KT 9999 SCT025 08/03 Q1007\nMETAR EGHE 230920Z 34017KT 9999" \
" SCT022 08/02 Q1006\nhttps://www.ogimet.com/display_metars2.php?lang=en&lugar=EGHE&t" \
"ipo=ALL&ord=REV&nil=SI&fmt=html&ano=2019&mes=01&day=23&hora=9&anof=2019&mesf=01&dayf=" \
"23&horaf=9&minf=59&send=send"
# Runs method
output1 = text_manipulation.contents_opener(file_path, file_name1)
output2 = text_manipulation.contents_opener(file_path, file_name2)
# Checks results match
self.assertEqual(output1, expected_output1)
self.assertEqual(output2, expected_output2)
def test_flight_log_graph_contents_replacer(self):
# Function being tested is expected to replace all fields with
# single axis graphs.
# Generates content.
contents = text_manipulation.contents_opener(self.template_file_path,
self.template_file_name)
# Runs the flight_log_content_replacer
contents = text_manipulation.flight_log_graph_contents_replacer(contents)
# Checks for values replaced by the function
check_x_lim = check_str_in_content('x_limits', contents)
check_y_lim = check_str_in_content('y_limits', contents)
check_graph_plotter = check_str_in_content('graph_plotter', contents)
self.assertEqual(26, check_x_lim)
self.assertEqual(26, check_y_lim)
self.assertEqual(13, check_graph_plotter)
def test_line_remover(self):
# Defines keys to be tested in the line remover
keys = ['METAR_INFORMATION', 'GRAPH',
'MULTIAXIS_GRAPH', 'GRAPH_LINE']
for key in keys:
# Generates content
content = text_manipulation.contents_opener(self.template_file_path,
self.template_file_name)
# Counts how many times the key is present
content_count = check_str_in_content(key, content)
# Checks that the key is present
self.assertNotEqual(0, content_count)
# Runs line remover
content = text_manipulation.line_remover(content, key)
# Counts Key occurrences
content_count = check_str_in_content(key, content)
# Checks that the line has been removed
self.assertEqual(0, content_count)
def test_cell_remover(self):
# Defines keys to be tested in the cell remover
keys = [
'METAR_INFORMATION', 'CHECKLIST_INFORMATION', 'GRAPH',
'MULTIAXIS_GRAPH'
]
for key in keys:
# Generates content
content = text_manipulation.contents_opener(
self.template_file_path, self.template_file_name)
# Counts the keys in the content
content_count = check_str_in_content(key, content)
# Checks that the keys are present
self.assertNotEqual(0, content_count)
# Runs cell remover
content = text_manipulation.cell_remover(content, key)
# Counts Key occurrences
content_count = check_str_in_content(key, content)
# Checks that the cell has been removed
self.assertEqual(0, content_count)