def simulateTex_values(text, prefix, seed_value):
'''
Esta função com a ajuda do "alter_make_transformations" consegue repro
duzir o código de python com as tags de html necessária para identificar
onde occoreu uma alteração em comparação com o ficheiro de python
original
'''
sys.path.append('../qom_questions_transformer')
from text_transformer.tt_text_transformer_interface import clear, load_text
from python_transformer.pt_util.pt_util_file import load_source_code_from_file
make_transformations_text = alter_make_transformations_for_code()
file1 = open('altered_make_transformations_for_code.py','w+')
file1.writelines(make_transformations_text)
file1.close()
clear()
import importlib.util
spec = importlib.util.spec_from_file_location("altered_make_transformations_for_code", os.getcwd() + "\\altered_make_transformations_for_code.py")
foo = importlib.util.module_from_spec(spec)
spec.loader.exec_module(foo)
python_module = load_source_code_from_file('full_program.py')
text_module = load_text(text)
seed(int(seed_value))
foo.make_transformations()
python_module.execute()
foo.make_transformations_on_results(python_module)
final_text = text_module.to_string()
create_file('simulated_tex.tex', final_text)
def simulateTex_values(text, prefix, seed_value):
'''
Esta função com a ajuda do "alter_make_transformations" consegue repro
duzir o código de python com as tags de html necessária para identificar
onde occoreu uma alteração em comparação com o ficheiro de python
original
'''
sys.path.append('../qom_questions_transformer')
from text_transformer.tt_text_transformer_interface import clear, load_text
from python_transformer.pt_util.pt_util_file import load_source_code_from_file
make_transformations_text = alter_make_transformations_for_code()
file1 = open('altered_make_transformations_for_code.py','w+')
file1.writelines(make_transformations_text)
file1.close()
clear()
import importlib.util
spec = importlib.util.spec_from_file_location("altered_make_transformations_for_code", os.getcwd() + "\\altered_make_transformations_for_code.py")
foo = importlib.util.module_from_spec(spec)
spec.loader.exec_module(foo)
python_module = load_source_code_from_file('full_program.py')
text_module = load_text(text)
seed(int(seed_value))
foo.make_transformations()
python_module.execute()
foo.make_transformations_on_results(python_module)
text3 = text_module.to_string()
## lines1 = re.split('\n|\n\n',text)
## lines2 = re.split('\n|\n\n',text3)
## final_text = ''
## for i in range(len(lines1)):
## text1 = format_string(lines1[i].split(" "))
## text2 = format_string(lines2[i].split(" "))
## for i in range(len(text1)):
## if text1[i] != text2[i]:
## if '<b><i>' in text1[i]:
## final_text += text1[i] + " "
## continue
## final_text += '<b><i>' + text2[i] + '</i></b> '
## else:
## final_text += text2[i] + " "
## final_text+= '\n'
final_text = text3
create_file('simulated_tex.tex', final_text)
def simulateTex(text, prefix):
'''
Esta função com a ajuda do "alter_make_transformations" consegue repro
duzir o código de python com as tags de html necessária para identificar
onde occoreu uma alteração em comparação com o ficheiro de python
original
'''
sys.path.append('../qom_questions_transformer')
from text_transformer.tt_text_transformer_interface import clear, load_text
from python_transformer.pt_util.pt_util_file import load_source_code_from_file
make_transformations_text = alter_make_transformations()
file1 = open('altered_make_transformations.py','w+')
file1.writelines(make_transformations_text)
file1.close()
clear()
import importlib.util
spec = importlib.util.spec_from_file_location("altered_make_transformations", os.getcwd() + "\\altered_make_transformations.py")
foo = importlib.util.module_from_spec(spec)
spec.loader.exec_module(foo)
seed_value= 0
text_module = load_text(get_file_content(text))
if os.path.isfile(os.getcwd() + "\\" + prefix + 'seed.txt'):
seedFile = get_file_content(os.getcwd() + "\\" + prefix + 'seed.txt')
seed_value=int(seedFile)
seed(int(seedFile))
else:
if os.path.isfile('seed.txt'):
seedFile = get_file_content('seed.txt')
seed(int(seedFile))
else:
seed_value = randint(1000, 9999)
create_file('seed.txt', str(seed_value))
seed(int(seed_value))
foo.make_transformations()
alter_full_program(prefix)
simulateTex_values(text_module.to_string(),prefix, seed_value)
def make_random_versions(general_files_to_change_list, python_files_list,
programs_to_run, seed_filename,
make_transformations_script_filename,
number_of_versions, version_path_prefix,
write_seed_flag, true_or_false_alternative_answers,
fixed_files_list):
# execution steps
# added support for different python program saved in different
# files 2017/11/17
# added python stuff 2017/10/27
# new 2017/09/25
#
# 0. import the function make_transformations from the
# make_transformations_script_filename file
# 1. for each text file
# 1a. read text file
# 1b. load the text file in the text manager storing the returning part
# 2. for each python file
# 2a. read the python file
# 2b. create the correspondent meta python object
# 2c. for each configuration program
# 2ci. create the corresponding module
# 2cii. execute it
# 2ciii. saved the program and output
# 2civ. confirm the answers output comparing it with the answers tex files
# 3. for each version:
# 3a. call the make_transformations function
# 3b. write the managed texts to the version path
# 3c. select true or false answers
# 0
cmd = "from " + make_transformations_script_filename \
+ " import make_transformations"
print(cmd)
exec("from " + make_transformations_script_filename +
" import make_transformations")
exec("from " + make_transformations_script_filename +
" import make_transformations_on_results")
from make_transformations import make_transformations
from make_transformations import make_transformations_on_results
# 1. read text files
text_parts_list = []
for filename in general_files_to_change_list:
text = get_file_content(filename)
text_part = load_text(text)
text_parts_list.append(text_part)
# 2. read python files
python_modules_list = []
for filename in python_files_list:
python_module = load_source_code_from_file(filename)
python_modules_list.append(python_module)
print("---------")
print(python_module.to_string())
#print("+++++++")
#print(type(python_module))
# 2c. for each configured program
# 2ci. create the corresponding module
for n in range(len(programs_to_run)):
program_to_run = programs_to_run[n]
program_files_list = program_to_run[0]
full_program = PTSourceCode()
for python_file in program_files_list:
index = python_files_list.index(python_file)
python_module = python_modules_list[index]
full_program.append(python_module)
print("+++++++")
print(full_program.to_string())
programs_to_run[n].append(full_program)
# 2cii. execute it
# 2ciii. saved the program and output
version_path = "" # to write in the current (main) directory
for program_to_run in programs_to_run:
full_program_file = program_to_run[1]
output_file = program_to_run[2]
full_program = program_to_run[3]
write_full_program(full_program.to_string(), version_path,
full_program_file)
(out, err, excp) = full_program.execute()
write_output(out, err, excp, version_path, output_file)
# just to change the current 20 in the first version
randint(10, 20)
# 3. for each version:
for version in range(number_of_versions):
version_path = version_path_prefix + str(version + 1)
if not os.path.exists(version_path):
os.makedirs(version_path)
# 3a.
if write_seed_flag == True:
a_seed = randint(1000, 9999)
write_seed(a_seed, version_path, seed_filename)
else:
a_seed = read_seed(version_path, seed_filename)
seed(a_seed)
make_transformations()
for program_to_run in programs_to_run:
full_program_file = program_to_run[1]
output_file = program_to_run[2]
full_program = program_to_run[3]
write_full_program(full_program.to_string(), version_path,
full_program_file)
(out, err, excp) = full_program.execute()
print(out + err + excp)
write_output(out, err, excp, version_path, output_file)
if len(programs_to_run) > 0:
make_transformations_on_results(full_program)
# 3b.
# write the update texts to files
write_text_files(version_path, general_files_to_change_list,
text_parts_list)
write_python_files(python_files_list, python_modules_list,
version_path)
# to avoid versions dependencies fixed files should be copied
# and no linked
#link_fixed_files(fixed_files_list, version_path)
copy_fixed_files(fixed_files_list, version_path)
# 3c. select true or false answers
# for answer in range(1, 6):
# if choice([True, False]) == True:
# command = "cp " + version_path + "/answer_" + str(answer) \
# + "_true.tex " + version_path + "/answer_" \
# + str(answer) + ".tex"
# else:
# command = "cp " + version_path + "/answer_" + str(answer) \
# + "_false.tex " + version_path + "/answer_" \
# + str(answer) + ".tex"
# print(command)
# os.system(command)
#print('############')
#print(os.getcwd())
for (true_file, false_file, destination_file) \
in true_or_false_alternative_answers:
if choice([True, False]) == True:
source_file = true_file
else:
source_file = false_file
# source_path = os.path.join(os.getcwd(), version_path,
# source_file)
# destination_path = os.path.join(os.getcwd(), version_path,
# destination_file)
source_path = Path.cwd() / version_path / source_file
destination_path = Path.cwd() / version_path / destination_file
#curret_dir_fd = os.open(os.getcwd(), os.O_RDONLY)
#print('----------- ', curret_dir_fd)
#print('----------- ', source_path)
#print('----------- ', destination_path)
if destination_path.exists():
destination_path.unlink()
# path_descriptor = os.open(version_path, os.O_RDONLY)
# os.symlink(source_file,
# destination_file,
# dir_fd=path_descriptor)
# #dir_fd=curret_dir_fd)
os.symlink(source_path, destination_path)