![]() The else command allows you to do something when the if command didn’t execute its actions. In addition to the if command, there are other test commands that allow you to structure your script in a simple way. It also allows you to reject emails with a response message: require "reject" Īs we showed you in the Getting Started section, you can perform tests using the if command on incoming messages to determine whether an email should be affected by a require command. This doesn’t apply to commands like fileinto, addflag, etc.īut Sieve is more powerful than just reordering your mailbox. It will then try to find a match by trying any of the strings in the list. Note that whenever you can pass a string to a test condition, it’s usually also possible to pass a list. In this case, you can pass a list of strings to the address command (a string (new window) is a series of characters, in this case an email address): require Of course, you might want to put emails from multiple senders into the same folder. Your filter will now run for every incoming email. ![]() After entering this filter, hit the SAVE button. Also, the folder or the label you set ( enemies here) has to exist in your environment: you can learn to create folders and labels here. Note that the # sign indicates a comment and is not interpreted as part of the Sieve script. For example, suppose we want to put all emails from a specific sender into the same folder and flag the incoming mail as read. Lastly, if the tests succeed you can apply an action to a message. This is done by combining if and another command such as address or header. After the require command, you will often perform some tests on the incoming message. In this case, imap4flags loads an extension that allows you to flag mail as read. To load multiple extensions you can use a list: require To load this command we simply write: require "fileinto" For instance, to assign a label or put a message into a folder, we need the fileinto command. The require command loads an extension that provides a certain functionality. In most scripts it starts with a require command. Another good way to learn Sieve is by creating filters using the interactive interface and editing the filters in Sieve, as the interactive interface itself uses a subset of Sieve.įor example, compare the following filter created using the interactive interface…Ī Sieve script is made up of a list of commands. In fact, we already offer you a way to create Sieve filters using the interactive interface, (new window) which uses your input to generate Sieve filters. You can write Sieve rules from scratch, borrow them from examples like the ones in this article, or use software that makes it easier. Combining these rules can create a sophisticated filtering system. For instance, “Give all messages from Kyle the green label”. ![]() You can create filters in Sieve by writing simple rules. Sieve is a programming language used to filter emails. ![]() Performing advanced actions on messages.Using comparators to evaluate two values.For most users, the interactive interface (new window) is suitable to build the custom filters you need. For this reason, we consider Sieve an advanced feature for users with some technical experience. Out of these methods, creating a custom filter in Sieve offers the greatest versatility, but it is also more complicated to use. Creating a custom filter (new window) using Proton Mail’s interactive interface.Adding senders to Block List and Allow Lists (new window)such that they are always or never put into the spam folder.Proton Mail offers users various ways to automatically filter emails by assigning tags or sorting them into folders.
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