def test_program_to_api():
uni = University(query_db)
deg = uni.find_degree_number_code('3778 COMPA1', 2020)
assert deg is not None
prog = Generator(deg, uni).generate()
assert isinstance(prog, Program)
api = prog.to_api()
# print('=======> api')
# print(api)
assert api['id'] == '3778 COMPA1'
assert api['name'] == 'Computer Science'
assert api['year'] == 2020
assert api['duration'] == 3
assert api[
'url'] == 'https://www.handbook.unsw.edu.au/undergraduate/programs/2020/3778'
enrollments = api['enrollments']
# visually check that enrollments are sorted
print('=====> TODO visually check enrollments are sorted')
print(enrollments)
def test_empty_year():
uni = University(query_db)
deg = uni.find_degree_number_code('3778 COMPA1', 2020)
assert deg is not None
prog = Generator(deg, uni).generate()
# remove COMP2511, COMP3121, COMP4920, the only things in 2021
comp2511 = None
comp3121 = None
comp4920 = None
for enr in prog.courses:
if enr.course.course_code == 'COMP2511':
comp2511 = enr
elif enr.course.course_code == 'COMP3121':
comp3121 = enr
elif enr.course.course_code == 'COMP4920':
comp4920 = enr
prog.remove_course(comp2511)
prog.remove_course(comp3121)
prog.remove_course(comp4920)
# put COMP4920 in T3
prog.add_course(comp4920.course, Term(2022, 3))
# get the api
api = prog.to_api()
assert api['id'] == '3778 COMPA1'
assert api['name'] == 'Computer Science'
assert api['year'] == 2020
assert api['duration'] == 3
assert api[
'url'] == 'https://www.handbook.unsw.edu.au/undergraduate/programs/2020/3778'
enrollments = api['enrollments']
print('=========== enrollments ===========')
print(api)
print(enrollments)
print('--------------------')
# you should still have empty information in API for T2 2021
plan_2021 = enrollments[1]
assert plan_2021['year'] == 2021
assert len(plan_2021['term_plans']) == 3
assert len(plan_2021['term_plans'][0]['course_ids']) == 0
assert len(plan_2021['term_plans'][1]['course_ids']) == 0
assert len(plan_2021['term_plans'][2]['course_ids']) == 0
def plan():
'''
Returns the default program returned by Generator
on our current db for 3778 program
'''
uni = University(query_db)
deg = uni.find_degree_number_code('3778 COMPA1', 2020)
assert deg is not None
prog = Generator(deg, uni).generate()
assert isinstance(prog, Program)
return prog
def generate_program(code: str, year: int) -> str:
'''
Generates a program plan for the given degree code,
'''
uni = University(query_db)
year = int(year)
deg = uni.load_degree(code, year=year)
if deg is None:
# given code is not valid
# TODO see if there's a more elegant way of doing this
raise Exception(f'Degree code {code} is not in the database for year {year}.')
gen = Generator(deg, uni)
return jsonify(gen.generate().get_generator_response_api())
'language': None
}
# Read settings.
for line in lines_settings:
split = line.split('=')
setting = split[0].strip().strip('"')
value = split[1].strip().strip('"')
if setting in settings:
settings[setting] = value
logging.info('[__init__] Acquired setting "%s" with value "%s"' %
(setting, value))
else:
logging.info('[__init__] Ignoring unexpected setting "%s"' %
(setting))
# Get language.
locale_path = os.path.join(package_dir, 'locales')
logging.info('[__init__] locale path: %s' % (locale_path))
if settings['language'] != None:
lang = gettext.translation('base', locale_path, [settings['language']])
else:
lang = gettext.translation('base', locale_path, ['en'])
lang.install()
_ = lang.gettext
# Begin process.
Generator(settings['source_content_dir'],
settings['destination_content_dir'], settings['template_dir'],
settings['language'])
#!/usr/bin/python
import os
import shutil
import subprocess
import re
from classes.generator import Generator
from classes.analyze import Analyze
from classes.parser import Parser
__DIR__ = os.path.curdir
__xsd_path__ = __DIR__ + "./xsd2code/Xsd2Code.exe"
if __name__ == "__main__":
try:
if not os.path.exists(__xsd_path__):
raise FileNotFoundError(
"xsd2Code didn't exists! Check folder 'xsd2code' in current dir!"
)
generator = Generator()
generator.run()
except Exception as e:
print("Error message: " + e.args[0])
exit(-1)
print("Done!")