def generate_table(cls, offset=0):
''' generate table
table - date : [ 7 * date ]
- time_list : [ 30 * time ]
- content - 石头坞一楼会议室 : [ 7*[ 30*[] ] ]
- 石头坞二楼会议室 : [ 7*[ 30*[] ] ]
- 学生活动中心305会议室 : [ 7*[ 30*[] ] ]
- 学生活动中心307会议室 : [ 7*[ 30*[] ] ]
'''
content = { place: [ {time: [] for time, t in cls.TIME} \
for j in range(7)] \
for place, p in cls.PLACE}
apps_whose_field_used_within_7days \
= get_applications_a_week(cls, offset)
first_day = date.today() + timedelta(days=offset*7)
for app in apps_whose_field_used_within_7days:
for t in app.time:
content[app.place][(app.date-first_day).days][t].append(app)
# sort in the order of TIME
for place in content:
for day in range(7):
content[place][day] = [content[place][day][time] \
for time, t in cls.TIME ]
# sort int the order of PLACE
content = [(place, content[place]) for place, p in cls.PLACE]
return {'date': gennerate_date_list_7days(offset),
'time_list': tuple(time for time, t in cls.TIME),
'content': content}
def generate_table(cls, offset=0):
''' generate dict
-date : [ 7 * date ]
-content:
学生活动中心前广场 : [7 * [ [], [],[] ] ]
一楼影视报告厅 : 同上
学生活动中心三楼天台(东): 同上
学生活动中心三楼天台(西): 同上
石头坞广场 : 同上
'''
field_used_this_week_applications = \
get_applications_a_week(cls, offset)
empty_time_dict = { time: [] for time, l in cls.TIME }
content = {place: [ copy.deepcopy(empty_time_dict) for i in range(7)] \
for place, p in cls.PLACE }
first_day = date.today() + timedelta(days=offset*7)
for app in field_used_this_week_applications:
content[app.place][(app.date-first_day).days][app.time].append(app)
# sort in the order of time
for place in content:
for day in range(7):
content[place][day] = [content[place][day][time] \
for time, t in cls.TIME]
# sort in the order of place
content = [(place, content[place]) for place, p in cls.PLACE]
return {'date': gennerate_date_list_7days(offset),
'content': content}
def generate_table(cls, offset=0):
''' generate table
table - date : [ 7 * date ]
- time_list : [ 30 * time ]
- content - 石头坞一楼会议室 : [ 7*[ 30*app ] ]
- 石头坞二楼会议室 : [ 7*[ 30*app ] ]
- 学生活动中心305会议室 : [ 7*[ 30*app ] ]
- 学生活动中心307会议室 : [ 7*[ 30*app ] ]
'''
content = { place: [ {time: None for time, t in cls.TIME} \
for j in range(7)] \
for place, p in cls.PLACE}
apps_whose_field_used_within_7days \
= get_applications_a_week(cls, offset)
first_day = date.today() + timedelta(days=offset*7)
for app in apps_whose_field_used_within_7days:
for t in app.time:
content[app.place][(app.date-first_day).days][t] = app
# sort in the order of TIME
for place in content:
for day in range(7):
content[place][day] = [content[place][day][time] \
for time, t in cls.TIME ]
# sort int the order of PLACE
content = [(place, content[place]) for place, p in cls.PLACE]
return {'date': gennerate_date_list_7days(offset),
'time_list': tuple(time for time, t in cls.TIME),
'content': content}
def generate_table(cls, offset=0):
''' generate table
- date [ 7 * date ]
- content - ('早上08:00-12:00', [ 7 * [] ] )
- ('下午14:00-17:00', [ 7 * [] ] )
- ('晚上19:00-22:30', [ 7 * [] ] )
'''
apps_whose_field_used_within_7days \
= get_applications_a_week(cls, offset)
content = { time: [ [] for i in range(0, 7)] \
for time, t in cls.TIME }
first_day = date.today() + timedelta(offset*7)
for app in apps_whose_field_used_within_7days:
for t in app.time:
content[t][(app.date-first_day).days].append(app)
return {'date': gennerate_date_list_7days(offset),
'content': ( (time, content[time]) for time, t in cls.TIME)}
def generate_table(cls, offset=0):
''' generate table
- date [ 7 * date ]
- content - ('早上08:00-12:00', [ 7 * [] ] )
- ('下午14:00-17:00', [ 7 * [] ] )
- ('晚上19:00-22:30', [ 7 * [] ] )
'''
apps_whose_field_used_within_7days \
= get_applications_a_week(cls, offset)
content = { time: [ [] for i in range(0, 7)] \
for time, t in cls.TIME }
first_day = date.today() + timedelta(offset * 7)
for app in apps_whose_field_used_within_7days:
for t in app.time:
content[t][(app.date - first_day).days].append(app)
return {
'date': gennerate_date_list_7days(offset),
'content': ((time, content[time]) for time, t in cls.TIME)
}
def generate_table(cls, offset=0):
''' generate a dict of the structure below
table - date : [ 7 date ]
- ( place1, [ 7 * [ len(cls.TIME)* [] ] ] )
- ( place2, 同上
- ( place3, 同上
[[], []] 的第一个是早上，二个是下午
'''
content = { place: [ {time: [] for time, t in cls.TIME} \
for i in range(7)] \
for place, p in cls.PLACE }
field_used_this_week_applications = \
cls.get_applications_a_week(offset)
first_day = timezone.now().date() + timedelta(days=7*offset)
last_day = first_day + timedelta(days=6)
for app in field_used_this_week_applications:
for i in range((app.end_date-app.start_date).days+1):
d = app.start_date + timedelta(days=i)
if d < first_day or d > last_day:
continue
for time in app.time:
for place in app.place:
content[place][(d-first_day).days] \
[time].append(app)
# sort in the order of time
for place, p in cls.PLACE:
for i in range(7):
content[place][i] = [content[place][i][time] \
for time, t in cls.TIME]
# 特殊处理PublicityApplication的情况，
# 由于表格要求十二个格子，
# TIME只有11个，加一个空的补足12
if len(content[place][i]) == 11:
content[place][i].append([])
# sort in the order of place
content = [(place, content[place]) for place, p in cls.PLACE]
return {'date': gennerate_date_list_7days(offset),
'content': content}
def generate_table(cls, offset=0):
''' generate a dict of the structure below
table - date : [ 7 date ]
- ( place1, [ 7 * [ len(cls.TIME)* [] ] ] )
- ( place2, 同上
- ( place3, 同上
[[], []] 的第一个是早上，二个是下午
'''
content = { place: [ {time: [] for time, t in cls.TIME} \
for i in range(7)] \
for place, p in cls.PLACE }
field_used_this_week_applications = \
cls.get_applications_a_week(offset)
first_day = datetime.now().date() + timedelta(days=7*offset)
last_day = first_day + timedelta(days=6)
for app in field_used_this_week_applications:
for i in range((app.end_date-app.start_date).days+1):
d = app.start_date + timedelta(days=i)
if d < first_day or d > last_day:
continue
for time in app.time:
for place in app.place:
content[place][(d-first_day).days] \
[time].append(app)
# sort in the order of time
for place, p in cls.PLACE:
for i in range(7):
content[place][i] = [content[place][i][time] \
for time, t in cls.TIME]
# 特殊处理PublicityApplication的情况，
# 由于表格要求十二个格子，
# TIME只有11个，加一个空的补足12
if len(content[place][i]) == 11:
content[place][i].append([])
# sort in the order of place
content = [(place, content[place]) for place, p in cls.PLACE]
return {'date': gennerate_date_list_7days(offset),
'content': content}
