def __init__(self, mainDir, csv_filename, cds_filename):
# Call the Classroom class from classroom.py
my_class = cl.Classroom(mainDir, csv_filename, cds_filename)
# cds: codes of Polito Departments
cds = sorted(my_class.cds)
self.students = [my_class.get_students_cds(c) for c in cds]
# Only the first 3 elements of the Departments code are needed
self.labels = [c[:3] for c in cds]
def read_classroom():
"""
-> Classroom
Read and create Classroom
"""
number = input('Print classroom number: ')
capacity = int(input('Print classroom capacity: '))
text = 'Print equipment splited by spaces: '
equipment = [x for x in input(text).split(' ')]
return classroom.Classroom(number, capacity, equipment)
def test_Building():
"""
calcute count errors
:return: int
"""
errors = 0
try:
import classroom
import building
except:
errors += 1
try:
classroom_016 = classroom.Classroom('016', 80, ['PC', 'projector',\
'mic'])
classroom_007 = classroom.Classroom('007', 12, ['TV'])
classroom_008 = classroom.Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = building.AcademicBuilding('Kozelnytska st. 2a', classrooms)
except:
errors += 1
try:
print(building.adress)
except:
errors += 1
try:
for room in building.classrooms:
print(room)
except:
errors += 1
try:
print(building.total_equipment())
except:
errors += 1
try:
print(building)
except:
errors += 1
return errors
def test_Classroom():
"""
test class Classroom
return count of errors
:return: int
"""
errors = 0
try:
import classroom
except:
errors += 1
try:
classroom_016 = classroom.Classroom('016', 80, ['PC', 'projector',\
'mic'])
classroom_007 = classroom.Classroom('007', 12, ['TV'])
except:
errors += 1
try:
classroom_016.number
classroom_016.capacity
classroom_016.equimpent
except:
errors += 1
try:
classroom_016.equipment_differences(classroom_007)
except:
errors += 1
try:
print(classroom_016)
except:
errors += 1
try:
[classroom_016]
except:
errors += 1
return errors
"""
AcademicBuilding-> list of tuple
Return the amount of each equipment in building
"""
dct = dict()
for room in self.classrooms:
for equipment in room.equipment:
dct[equipment] = dct.get(equipment, 0) + 1
equipment = [(i, dct[i]) for i in dct]
return equipment
def __str__(self):
"""
Returns Classroom in good representation for user
"""
to_print = self.address + '\n'
for room in self.classrooms:
to_print += str(room) + '\n'
return to_print.strip()
if __name__ == '__main__':
classroom_016 = classroom.Classroom('016', 80, ['PC', 'projector', 'mic'])
classroom_007 = classroom.Classroom('007', 12, ['TV'])
classroom_008 = classroom.Classroom('008', 25, ['PC', 'projector'])
classrooms = [classroom_016, classroom_007, classroom_008]
building = AcademicBuilding('Kozelnytska st. 2a', classrooms)
print(building.total_equipment())
print(building)
import classroom
if __name__ == '__main__':
classroom1 = classroom.Classroom('012', 12, ['TV', 'printer', 'scanner'])
classroom2 = classroom.Classroom('008', 80, ['TV', 'PC', 'printer'])
### 1
# a
print(classroom1.number)
print(classroom1.capacity)
print(classroom1.equipment)
# b
print(classroom1)
# c
print(classroom2.is_larger(classroom1))
# d
print(classroom1.equipment_differences(classroom2))
# e
print(repr(classroom1))
print(repr([classroom1]))
import classroom
import drive
Classroom = classroom.Classroom()
ClassroomStuff = classroom.GetClassroomStuff(classroom=Classroom)
Drive = drive.GDrive()
if __name__ == "__main__":
Classroom.initialize()
student = Classroom.service.userProfiles().get(userId="me").execute()
name = student.get("name").get("fullName")
print("Name: " + name)
courses = ClassroomStuff.getCourses()
# courseWork = ClassroomStuff.getPosts()
# print('Courses\n'+str(courses))
# print('Coursework\n'+ courseWork)
posts = []
for course in courses:
id = course['id']
courseMaterials = ClassroomStuff.getPosts(courseId=id)
for material in courseMaterials:
posts.append(material)
# print(str(posts))
reqFile = input('Enter material name: ')
while reqFile != '0':
for post in posts:
def main():
C = c.Classroom(25, 5, 5)
C.saveGraphtoFile('test')
G = nx.read_gml('test.gml', 'label')
import student
import classroom
import os
import random
classroom1 = classroom.Classroom()
for i in range(5):
name = "próba" + str(i)
age = 15 + i
classroom1.add_new_student(name, age)
for j in range(5):
grade = random.randint(1, 5)
classroom1.students[i].add_grade(grade)
#os.system("cls")
run = True
while run:
parancs = input("""
Mit szeretne csinálni?
e-exit
dh-diák hozzáadása
dt-diák törlése
jb-jegy beírása
ol-osztályátlag lekérdezése
dk-diákok kiíratása
""")
if parancs == "e":
print("A program leállt")
import building
import classroom
if __name__ == '__main__':
classroom1 = classroom.Classroom('012', 12, ['TV', 'printer', 'scanner'])
classroom2 = classroom.Classroom('008', 80, ['TV', 'PC', 'printer'])
classroom3 = classroom.Classroom('028', 28, ['projector'])
building1 = building.AcademicBuilding('Kozelnytska 2a', \
[classroom1, classroom2, classroom3])
# a
print(building1.address)
for room in building1.classrooms:
print(room)
# b
print(building1.total_equipment())
# c
print(building1)
