lemonhall/excel2calDav

1、安装镜像本身

mkdir -p baikal/{config,data}

cd baikal

sudo docker run -d --restart always --name baikal -p 13281:80 -v $(pwd)/config:/var/www/baikal/config -v $(pwd)/data:/var/www/baikal/Specific ckulka/baikal:nginx

2、配置宿主机的ng转发

更改DNS指向到主机

修改ng，增加配置文件，代理13281端口的服务到外网去

cd /etc/nginx/sites-enabled/ sudo cp pwa-demo cal-server

https://sabre.io/baikal/install/ 在官网里，会有写

rewrite ^/.well-known/caldav /dav.php redirect; rewrite ^/.well-known/carddav /dav.php redirect;

有两个地址是需要rewrite的，不rewrite的话，iOS是读不到地址的；

server { listen 80; server_name cal.lemonhall.me; # enforce https return 301 https://$server_name:443$request_uri; } server { listen 443 ssl http2; server_name cal.lemonhall.me; ssl_certificate /etc/letsencrypt/live/172-233-73-134.ip.linodeusercontent.com/fullchain.pem; ssl_certificate_key /etc/letsencrypt/live/172-233-73-134.ip.linodeusercontent.com/privkey.pem; location / { proxy_pass http://127.0.0.1:13281/; proxy_set_header Host $host; proxy_set_header Upgrade $http_upgrade; proxy_set_header Connection upgrade; proxy_set_header Accept-Encoding gzip } }

reload ng的配置

sudo systemctl reload nginx

3、配置 Server Time zone 选择上海

参考资料：https://blog.csdn.net/wbsu2004/article/details/128542231

https://cal.lemonhall.me/admin/

管理员界面

到Users那边增加一个用户

lemonhall xxxxxxx

4、然后就是开始使用了：

https://cal.lemonhall.me/dav.php

lemonhall xxxxxxxxxx

iphone，进入设置，日历，账户，其它，添加CalDAV账户

然后输入上面的信息就算是搞定了

5、iphone稍微有点特殊

首先需要进入日历，然后点击下面，中间的【日历】，需要添加一个日历，不像android，会去寻找默认的

6、搞定了，是这个server需要加两个rewrite导致的，具体看文件可以；

rewrite ^/.well-known/caldav /dav.php redirect; rewrite ^/.well-known/carddav /dav.php redirect;

7、列出所有的事件 import sys from datetime import date from datetime import datetime from datetime import timedelta

import caldav

caldav_url = "https://cal.lemonhall.me/dav.php" username = "lemonhall" password = "xxxxxxxxxxx"

def run_examples(): """ Run through all the examples, one by one """ ## We need a client object. ## The client object stores http session information, username, password, etc. ## As of 1.0, Initiating the client object will not cause any server communication, ## so the credentials aren't validated. ## The client object can be used as a context manager, like this: with caldav.DAVClient( url=caldav_url, username=username, password=password ) as client:

    ## Typically the next step is to fetch a principal object.
    ## This will cause communication with the server.
    my_principal = client.principal()

    ## The principals calendars can be fetched like this:
    calendars = my_principal.calendars()

    ## print out some information
    print_calendars_demo(calendars)

    my_new_calendar = my_principal.calendar(name="linode默认日历")
    
    # my_new_calendar = my_principal.make_calendar(
    #    name="Test calendar from caldav examples"
    # )

    ## Let's add some events to our newly created calendar
    ## add_stuff_to_calendar_demo(my_new_calendar)

    ## Let's find the stuff we just added to the calendar
    event = search_calendar_demo(my_new_calendar)

def search_calendar_demo(calendar): """ some examples on how to fetch objects from the calendar """ ## It should theoretically be possible to find both the events and ## tasks in one calendar query, but not all server implementations ## supports it, hence either event, todo or journal should be set ## to True when searching. Here is a date search for events, with ## expand: events_fetched = calendar.search( start=datetime(2023, 11, 1, 1), end=datetime(2023, 12, 1, 1), event=True, expand=False, )

## "expand" causes the recurrences to be expanded.
## The yearly event will give us one object for each year
#assert len(events_fetched) > 1

print("here is some ical data:")
print(events_fetched[1].data)

return events_fetched[1]

def add_stuff_to_calendar_demo(calendar): """ This demo adds some stuff to the calendar

Unfortunately the arguments that it's possible to pass to save_* is poorly documented.
https://github.com/python-caldav/caldav/issues/253
"""
## Add an event with some certain attributes
may_event = calendar.save_event(
    dtstart=datetime(2023, 11, 14, 13),
    dtend=datetime(2023, 11, 14, 15),
    summary="Do the needful"
)

def print_calendars_demo(calendars): """ This example prints the name and URL for every calendar on the list """ if calendars: ## Some calendar servers will include all calendars you have ## access to in this list, and not only the calendars owned by ## this principal. print("your principal has %i calendars:" % len(calendars)) for c in calendars: print(" Name: %-36s URL: %s" % (c.name, c.url)) else: print("your principal has no calendars")

if name == "main": run_examples()

8、增加一个事件： import sys from datetime import date from datetime import datetime from datetime import timedelta

import caldav

caldav_url = "https://cal.lemonhall.me/dav.php" username = "lemonhall" password = "xxxxxxx"

def run_examples(): with caldav.DAVClient( url=caldav_url, username=username, password=password ) as client:

    ## Typically the next step is to fetch a principal object.
    ## This will cause communication with the server.
    my_principal = client.principal()

    ## The principals calendars can be fetched like this:
    calendars = my_principal.calendars()

    ## print out some information
    print_calendars_demo(calendars)

    my_new_calendar = my_principal.calendar(name="linode默认日历")
    
    # my_new_calendar = my_principal.make_calendar(
    #    name="Test calendar from caldav examples"
    # )

    ## Let's add some events to our newly created calendar
    add_stuff_to_calendar_demo(my_new_calendar)

    ## Let's find the stuff we just added to the calendar
    # event = search_calendar_demo(my_new_calendar)

def add_stuff_to_calendar_demo(calendar): """ This demo adds some stuff to the calendar

Unfortunately the arguments that it's possible to pass to save_* is poorly documented.
https://github.com/python-caldav/caldav/issues/253
"""
## Add an event with some certain attributes
may_event = calendar.save_event(
    dtstart=datetime(2023, 11, 14, 13),
    dtend=datetime(2023, 11, 14, 15),
    summary="测试用程序加一个事件"
)

if name == "main": run_examples()

9、读取excel并同步给服务器的程序

import xlrd from datetime import datetime, timedelta import sys from datetime import date from datetime import datetime from datetime import timedelta

import caldav

caldav_url = "https://cal.lemonhall.me/dav.php" username = "lemonhall" password = "xxxxxxxx" client = caldav.DAVClient(url=caldav_url,username=username,password=password)

Typically the next step is to fetch a principal object.

This will cause communication with the server.

my_principal = client.principal()

The principals calendars can be fetched like this:

calendars = my_principal.calendars()

print out some information

print_calendars_demo(calendars)

my_new_calendar = my_principal.calendar(name="linode默认日历")

data = xlrd.open_workbook("111.xls") table = data.sheets()[1]

class one_day(object): def init(self,start_row,start_col): self.start_row = start_row # 实例属性 self.start_col = start_col # 实例属性 date_value = table.cell_value(start_row, start_col) date_formatted = datetime(1900, 1, 1) + timedelta(days=int(date_value)-2) self.date=date_formatted self.set_morning() self.set_afternoon()

def set_date(self,date):
	self.date=date

def set_morning(self):
	date_value = table.cell_value(self.start_row+1, self.start_col)
	self.morning = date_value

def set_afternoon(self):
	date_value = table.cell_value(self.start_row+3, self.start_col)
	self.afternoon = date_value

def read_one_week(start_row): days = [1,2,3,4,5,6,7] date_value = table.cell_value(start_row-1, 1) print(date_value) if date_value=="周一": print("OK，确实是一周，开始解析") for day in days: a_day=one_day(start_row,day) print("================main=================") print(a_day.date)

		events_fetched = my_new_calendar.search(
			start=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 0),
			end=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 23),
			event=True,
			expand=False,
	    )
		print("I will delete everything in this day:")
		for e_in_a_day in events_fetched:e_in_a_day.delete()

		print("================上午=================")
		print(a_day.morning)
		#may_event = my_new_calendar.save_event(
		#	dtstart=datetime(2023, 11, 14, 13),
		#	dtend=datetime(2023, 11, 14, 15),
		#	summary=text
		#)
		may_event = my_new_calendar.save_event(
			dtstart=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 9),
			dtend=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 12),
			summary=a_day.morning
		)

		print("================下午=================")
		print(a_day.afternoon)
		may_event = my_new_calendar.save_event(
			dtstart=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 13),
			dtend=datetime(a_day.date.year, a_day.date.month, a_day.date.day, 17),
			summary=a_day.afternoon
		)
else:
	print("不是一个有效的周，不做任何事情")
	pass

for row in range(1,31,6): #每一周加6行就好了 read_one_week(row) print("=================================\n\n")

lemonhall / excel2calDav

Typically the next step is to fetch a principal object.

This will cause communication with the server.

The principals calendars can be fetched like this:

print out some information

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