Tiny Calendar offers a subscription which is $1.49/week & $2.99/month. You don't need to pay extra money to download multiple copies. Tiny Calendar works with your iPhone, iPad and Apple Watch. ![]() Never forget about a meeting! Tiny Calendar allows you to set reminders via push notification, or email for all events. Tiny Calendar will cache your changes and sync back to your calendar account next time you're online. You can still create, edit and delete events when you don't have an Internet connection. Tiny Calendar syncs directly with all your Google calendars and also works with iOS local calendar to support events on iCloud, Exchange and other calendars. You can instantly switch views to discover events or find a time you're looking for. Tiny Calendar supports 9 standard views - Forecast, day, week, month, 4-days, year, mini-month, week agenda and agenda. You don’t need to download another app to manage Google tasks. Tiny Calendar has features like nature language input, drag and drop, gestures and other smart methods to predict your intention and help you create and edit your events more easily. With Tiny Calendar, you can access and manipulate your google calendar events and tasks more easily, anyway you want. It inherits the simple and clean look of calendars but makes it more accessible, powerful and reliable on your iPhone and iPad. This file will be stored in our CA directory ( /Volumes/encrypted/ssl) and will be called Calendar is an intuitive smart calendar works with all your calendars. This will ease creating and signing certificates because we won't have to pass as much information to openssl on the command line. The next step is to create a configuration file for OpenSSL. OpenSSL requires that this file exists, so we'll just make an empty file: Finally, the index.txt is like a database that keeps track of the certificates we have issued. The number must be two digits, which is why we pad the number with a leading "0". We need to initialize this file with the number "01". Each new certificate will have it's serial number incremented by one, so we need to keep track of this. The serial file is used to keep track of the last serial number we used to issue a certificate. Next, we have to create two files: serial and index.txt. ![]() Once you've unpacked it, edit the tinyca script itself. Untar the file wherever you like /usr/local might be an appropriate directory, or if you plan on being the only person to manage the CA, untar it in your home directory. The configuration of Tin圜A is extremely simple. Other BSD implementations and UNIX variants should be able to build Perl/TK from source with little to no issues.įor Mac OS X, there is a good walk-through on installing Perl/TK available at Macintosh/X/ptk/.ĭownload and install Tin圜A the current version as of this writing is 0.4.4. You will have to build Perl/TK from source and update your version of Perl (for 10.2) and will additionally have to hack things a little bit (for 10.1). Mac OS X, however, is a little different and you will need to take a few extra steps in order for it to work properly. Many Linux distributions come with Perl/TK and it can usually be installed from your installation CDs. 2 Creating a CA "The Old Fashioned Way".The latter is recommended, and requires Perl/TK as it is a GUI interface to managing your CA. There are two ways of managing your CA: Manually, or with the help of an extremely useful tool called Tin圜A. If they don't, you can easily obtain it from and compile your own copy. The only real requirement to creating your own CA is to have OpenSSL installed on your system, and pretty much every BSD, Linux, and other UNIX distribution will come with OpenSSL. Protecting services in SSL is a good thing. Services such as HTTP, LDAP, POP3, IMAP, and more can all take advantage of SSL, and it would be to your advantage to make use of that support. ![]() Better that then shelling out a few thousand dollars to secure every service you want to wrap in SSL. A number of services take advantage of SSL that even if all you do is run your own LAN with an external server or two, creating your own CA will be worth the time spent to do so (and it isn't much). You can easily generate a self-signed certificate to get around this, or you can create your own personal Certification Authority so you can create, update, and sign your own certificates, for any service you like, with impunity. Yet, if you want to secure POP3 access, you need to create a SSL certificate, and these things need to be signed by someone. Do you really want to spend $200USD to secure POP3 access for a year that only you and your family uses? Probably not.
0 Comments
Leave a Reply. |