antispam | Dead simple bayesian anti-spam classifier written in Python

I think the best thing you can do is to make an event on_member_join, which will be called every time user joins. Then in this event, you can make a list instead of variables that will save user id, and their current currency. users_currency = ["user's id", "5$", "another user's id", "7$"] and so on. Next, I would recommend saving it to a text file.

The check would be very simple:

So the I looked up the Errors in the CMS and got this:

The error message is telling you that find expects a dict or other mapping. However, you passed in a set. Try this instead:

I figure this out I was creating EML with the Mac Mailer app and while it's uploading the file its truncating the file but with Outlook it's working just fine

A few things:

1. The error message is occurring because you are referencing a author_id which isn't set
2. Your variable names are extremely confusing, this makes it difficult to understand what you were going for.
3. I think there is an issue with your logic. I am not sure why there is a sleep loop at the bottom.

Anyway, I think the following code will do what you'd like it to. There might be some race conditions that occur here because of modifying the global variable (author_msg_times) ... I think a mutex is the thing we should probably use there.

If the content type is text/plain, there is no attachment.

And if message.getContent() is returning null, there's probably no message content either, or something is wrong with the formatting of the message. Post the raw MIME content of the message and I can help you figure what's wrong with the message.

First thing, that's not true at all. Aerospike reads are always going to be faster than writes. To perform a write there's a longer code path and more IO. Unless you are stating that your operation is a REPLACE it will behave as an upsert, meaning that it will first try to read the same record, merge your data in, then write it out.

What you are doing above isn't comparing apples to apples. A write (put) is a single record operation. You should compare a write to a single record read (get). What you're doing is a scan (if you also attach a secondary index filter it would be a query), which is a multi-node operation. Even if it just returns a single record, it has to go to all the nodes, and in each walk the entire primary index for matches to your predicate filter.

There are a few ways to get around that. For one, you can build a secondary index on your epochDay value, and instead of a predicate filter use a secondary index filter with the BETWEEN range predicate. The predicate filter would be smaller, just the string predicate.

Second, you could use a modeling approach where the data is consolidated in a single larger record as a list or map, and you use the list or map API to get the range of elements you want in that complex data type. Take a look at the Aerospike developer blog and Aerospike code examples.

The problem you're hitting with MimeKit giving you an error about failing to parse the headers is due to the fact that your string is missing the message headers.

What you're effectively doing is asking a MIME parser to parse a message starting half way into the message. You're giving it an impossible task.

You need to combine the original message headers with the above string to produce the original (complete) message source before you can parse it.

Either that or you have to fake the original message headers so that things parse correctly.

Presumably you have the original message headers somewhere in your database?

Does the QuotedPrintableDecoder method need to come into play? I've reviewed http://www.mimekit.net/docs/html/Working-With-Messages.htm, but I'm hoping I don't have to manually traverse each part and there's still a way to grab just the message body.

There's generally no need to use any of the low-level decoders (or encoders) yourself.

There are multiple ways to get the message body:

1. Traversing the MIME tree manually (but in general I wouldn't recommend it), but to do this you really need to understand how MIME is structured and how common mail clients will structure their messages. It's not something I would generally recommend unless you are well-read on MIME. (Difficulty: Extreme)
2. Using a MimeIterator. For the most part, I wouldn't bother with this approach unless you want to manually traverse the MIME tree structure without using any sort of recursion. Where this class really comes in handy is if you are implementing something more akin to an IMAP server. Again, you need to understand how MIME works to really make use of this. See the documentation for a simple example on how to use this. (Difficulty: Extreme)
3. Using a MimeVisitor subclass to traverse the MIME tree structure. For a good example on how to do this, I would recommend taking a look at the HtmlPreviewVisitor class in the example in the documentation. This is probably the best way to do things if you want to "render" the message like a mail client might. (Difficulty: Moderate)
4. If all you want is the quick & dirty way of getting a message body and you don't care about trying to render the message the same way Outlook or GMail do, then you can use the MimeMessage.TextBody and/or MimeMessage.HtmlBody properties. (Difficulty: Easy Mode)

If I were you, I'd probably choose between the TextBody/HtmlBody properties and using something similar to the HtmlPreviewVisitor class in the example docs. They will be the simplest way to accomplish what you want to do.