def test_student_clusters_in_classes_with_two_students_same_classroom(
self):
students = [
Student("John Wilson", Position(-118.442639, 34.069149)),
Student("Jane Graham", Position(-118.441862, 34.069601)),
Student("Pam Pam", Position(-118.441181, 34.071513)),
Student("Pam Pam2", Position(-118.441181, 34.071513))
]
result = students_locator_in_classrooms.student_clusters_in_classes(
students, get_classrooms())
print("------------")
print(
"test_student_clusters_in_classes_with_two_students_same_classroom:"
)
if len(result) == 0:
print("(Empty)")
for res in result:
print(res.name)
# Two students in same classrooms
students = students[-2:]
self.assertCountEqual(students, result)
self.assertListEqual(students, result)
def test_student_clusters_in_classes_with_two_students_in_different_classroom(
self):
students = [
Student("John Wilson", Position(-118.443539, 34.069849)),
Student("John Wilson2", Position(-118.442639, 34.069149)),
Student("Jane Graham", Position(-118.441562, 34.069901)),
Student("Jane Graham2", Position(-118.441562, 34.069901)),
Student("Pam Pam", Position(-118.441171, 34.071523))
]
result = students_locator_in_classrooms.student_clusters_in_classes(
students, get_classrooms())
print("------------")
print(
"test_student_clusters_in_classes_with_two_students_in_different_classroom"
)
if len(result) == 0:
print("(Empty)")
for res in result:
print(res.name)
# Two students in different classrooms
expected = []
self.assertCountEqual(expected, result)
self.assertListEqual(expected, result)
def get_classrooms():
# It creates a default list of classrooms
return [
Classroom("Principles of computational geo-location analysis",
Position(-118.442689, 34.069140), 20, 20),
Classroom("Sedimentary Petrology", Position(-118.441878, 34.069585),
20, 20),
Classroom("Introductory Psychobiology",
Position(-118.441312, 34.069742), 20, 20),
Classroom("Art of Listening", Position(-118.440193, 34.070223), 20,
20),
Classroom("Art Hitory", Position(-118.441211, 34.071528), 20, 20)
]
def test_students_in_classes_everybody_in_classrooms(self):
students = [
Student("John Wilson", Position(-118.442639, 34.069149)),
Student("Jane Graham", Position(-118.441862, 34.069601)),
Student("Pam Pam", Position(-118.441181, 34.071513))
]
result = students_locator_in_classrooms.students_in_classes(
students, get_classrooms())
print("------------")
print("test_students_in_classes_everybody_in_classrooms (Example 1):")
if len(result) == 0:
print("(Empty)")
for res in result:
print(res.name)
# All students in any classroom
self.assertCountEqual(students, result)
self.assertListEqual(students, result)
def test_students_in_classes_only_one_in_classroom(self):
students = [
Student("John Wilson", Position(-118.443539, 34.069849)),
Student("Jane Graham", Position(-118.441562, 34.069901)),
Student("Pam Pam", Position(-118.441171, 34.071523))
]
result = students_locator_in_classrooms.students_in_classes(
students, get_classrooms())
print("------------")
print("test_students_in_classes_only_one_in_classroom (Example 2):")
if len(result) == 0:
print("(Empty)")
for res in result:
print(res.name)
# Only Pam in any classroom
students = [students[2]]
self.assertCountEqual(students, result)
self.assertListEqual(students, result)
def test_student_clusters_in_classes_no_one_in_classrooms(self):
students = [
Student("John Wilson", Position(-118.442639, 34.069149)),
Student("Jane Graham", Position(-118.441862, 34.069601)),
Student("Pam Pam", Position(-118.441181, 34.071513))
]
result = students_locator_in_classrooms.student_clusters_in_classes(
students, get_classrooms())
print("------------")
print(
"test_student_clusters_in_classes_no_one_in_classrooms (Example 1):"
)
if len(result) == 0:
print("(Empty)")
for res in result:
print(res.name)
# No one in any classroom with two or more students
expected = []
self.assertCountEqual(expected, result)
self.assertListEqual(expected, result)