def test_major_with_known_link(self):
assert berkeley.degree_program_url_for_major('English BA') == \
'http://guide.berkeley.edu/undergraduate/degree-programs/english/'
assert berkeley.degree_program_url_for_major('Peace & Conflict Studies BA') == \
'http://guide.berkeley.edu/undergraduate/degree-programs/peace-conflict-studies/'
assert berkeley.degree_program_url_for_major('History BA') == \
'http://guide.berkeley.edu/undergraduate/degree-programs/history/'
assert berkeley.degree_program_url_for_major('History of Art BA') == \
'http://guide.berkeley.edu/undergraduate/degree-programs/art-history/'
def merge_sis_profile_plans(academic_status, sis_profile):
sis_profile['plans'] = []
for student_plan in academic_status.get('studentPlans', []):
academic_plan = student_plan.get('academicPlan', {})
# SIS majors come in five flavors.
if academic_plan.get('type', {}).get('code') not in ['MAJ', 'SS', 'SP', 'HS', 'CRT']:
continue
plan = academic_plan.get('plan', {})
major = plan.get('description')
plan_feed = {
'degreeProgramUrl': degree_program_url_for_major(major),
'description': major,
}
# Find the latest expected graduation term from any plan.
expected_graduation_term = student_plan.get('expectedGraduationTerm', {}).get('id')
if expected_graduation_term and expected_graduation_term > sis_profile.get('expectedGraduationTerm', {}).get('id', '0'):
sis_profile['expectedGraduationTerm'] = {
'id': expected_graduation_term,
'name': term_name_for_sis_id(expected_graduation_term),
}
# Add program unless plan code indicates undeclared.
if plan.get('code') != '25000U':
program = student_plan.get('academicPlan', {}).get('academicProgram', {}).get('program', {})
plan_feed['program'] = program.get('description')
# Add plan unless it's a duplicate.
if not next((p for p in sis_profile['plans'] if p.get('description') == plan_feed.get('description')), None):
sis_profile['plans'].append(plan_feed)
def generate_academic_plans_feed(self, rows_for_student):
majors = []
minors = []
subplans = []
for row in rows_for_student:
plan = {
'degreeProgramUrl':
degree_program_url_for_major(row['plan']),
'description':
row['plan'],
'program':
row['program'],
'status':
'Active'
if row['status'] == 'Active in Program' else row['status'],
}
if 'MIN' == row['plan_type']:
minors.append(plan)
else:
majors.append(plan)
if row['subplan']:
subplans.append(row['subplan'])
return {
'plans': majors,
'plansMinor': minors,
'subplans': subplans,
}
def merge_sis_profile_plans(academic_status, sis_profile):
plans = []
plans_minor = []
subplans = set()
for student_plan in academic_status.get('studentPlans', []):
academic_plan = student_plan.get('academicPlan', {})
# SIS majors come in five flavors, plus a sixth for minors.
if academic_plan.get('type', {}).get('code') not in ['MAJ', 'SS', 'SP', 'HS', 'CRT', 'MIN']:
continue
plan = academic_plan.get('plan', {})
description = plan.get('description')
plan_feed = {
'degreeProgramUrl': degree_program_url_for_major(description),
'description': description,
}
# Find the latest expected graduation term from any plan.
expected_graduation_term = student_plan.get('expectedGraduationTerm', {}).get('id')
if expected_graduation_term and expected_graduation_term > sis_profile.get('expectedGraduationTerm', {}).get('id', '0'):
sis_profile['expectedGraduationTerm'] = {
'id': expected_graduation_term,
'name': term_name_for_sis_id(expected_graduation_term),
}
program = student_plan.get('academicPlan', {}).get('academicProgram', {}).get('program', {})
plan_feed['program'] = program.get('formalDescription') or program.get('description')
# Add plan status.
plan_status = student_plan.get('statusInPlan', {}).get('status')
if plan_status:
plan_feed['status'] = plan_status.get('formalDescription') or plan_status.get('description')
# We generally prefer the 'formalDescription', but our formality has limits.
if plan_feed['status'] == 'Active in Program':
plan_feed['status'] = 'Active'
else:
# A plan with no status is considered discontinued. (NS-689)
plan_feed['status'] = 'Discontinued'
# Add plan unless it's a duplicate.
if academic_plan.get('type', {}).get('code') == 'MIN':
plan_collection = plans_minor
else:
plan_collection = plans
if not next((p for p in plan_collection if p.get('description') == plan_feed.get('description')), None):
plan_collection.append(plan_feed)
# Add any subplans.
for academic_subplan in student_plan.get('academicSubPlans', []):
subplan_description = academic_subplan.get('subPlan', {}).get('description')
if subplan_description:
subplans.add(subplan_description)
sis_profile['plans'] = sorted(plans, key=itemgetter('description'))
sis_profile['plansMinor'] = sorted(plans_minor, key=itemgetter('description'))
sis_profile['subplans'] = sorted(list(subplans))
def merge_intended_majors(intended_majors_feed, sis_profile):
if intended_majors_feed:
intended_majors = [{
'code':
im.split(' :: ')[0],
'description':
im.split(' :: ')[1],
'degreeProgramUrl':
degree_program_url_for_major(im.split(' :: ')[1]),
} for im in intended_majors_feed.split(' || ')]
sis_profile['intendedMajors'] = sorted(intended_majors,
key=itemgetter('description'))
def merge_intended_majors(intended_majors_feed):
intended_majors = None
if intended_majors_feed:
unique_codes = []
intended_majors = []
for intended_major in intended_majors_feed.split(' || '):
code = intended_major.split(' :: ')[0]
if code not in unique_codes:
unique_codes.append(code)
description = intended_major.split(' :: ')[1]
intended_majors.append({
'code': code,
'description': description,
'degreeProgramUrl': degree_program_url_for_major(description),
})
intended_majors = sorted(intended_majors, key=itemgetter('description'))
return intended_majors
def test_major_without_a_link(self):
assert berkeley.degree_program_url_for_major(
'English for Billiards Players MS') is None
assert berkeley.degree_program_url_for_major(
'Altaic Language BA') is None
assert berkeley.degree_program_url_for_major('Entomology BS') is None