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License the software with the GNU AGPLv3+ with the exception of the
'aquatic-prime' and 'paddle' libraries and 'aquatic-prime' binary, which
are licensed under the GNU GPLv3+.
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Paddle will take the text from the response of this endpoint and include
it in the purchase fulfillment email to a customer.
Include the URL for the purchaser to download their license. Use the
'url' crate's parser to build the URL in order to URL-escape special
characters.
Honestly I'd rather have had a system where the license file gets
included in the receipt email. Unfortunately, with the Paddle
fulfillment mechanism I'm using, we can only send text. I learned after
building the download endpoint that I could manage fulfillment myself.
This would require me to listen to an "alert"-type Paddle webhook, and
send the email myself (which would include the license file). Since I
already built the license download page, I decided to just use it
instead of doing the emailing. Also, my web host limits my SMTP usage,
so there could be issues there. I'd have to do the emailing in a
separate batch process instead of in the webhook handler to ensure that
no emails would get dropped.
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Respond with a 500 on error.
Add 'aquatic-prime' to `foreign_links` errors to be able to convert it
with `into()`.
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If the purchaser coming from POST params is found in the database,
generate a license for the purchaser, zip the license, and send a
response containing the zipped data.
zip:
Change the writer input to a mutable reference to enable us to use the
zip data when writing to the response. Otherwise we get a borrow error.
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Make it easier on users by not requiring them to pass a signature into
the method. This means they don't have to extract the `p_signature`
param and base64 decode it themselves.
Essentially, we want to move the code from `request` that removes the
`p_signature` key and base64 decodes it into the
`paddle::verify_signature()` function.
We need to make the string-like type params in `verify_signature()`
conform additionally to `PartialEq<str>` and `PartialOrd`. Doing so
allows us to find the key "p_signature".
To remove the `p_signature` param from the iterator, we partition it
into two iterators: one for the `p_signature` entry, and another for the
rest. We then extract the value of `p_signature` and base64 decode it
for verification.
Add a new error type in case no `p_signature` entry is found in the
iterator.
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In order to verify the signature, it needs to be encoded as bytes.
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Return a `Result` from the function to pass errors through.
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Get a file path from the `LOG_FILE` environment variable and use it for
log output.
Call `database::get_database_connection()` and log the error if it
fails.
Worried about exiting early from the FastCGI program, as DreamHost says
this causes problems
(https://help.dreamhost.com/hc/en-us/articles/217298967). But I don't
see how the program can continue without a database connection.
Return a `Result` from `main()` because it's easier to use the `?`
operator for errors that happen before logging is initialised.
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Function to establish a database connection using a connection pool.
Update `Purchaser::insert()` to take a `PooledConn` instead of a simple
`Conn`.
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Split up the code to get things a bit more organised. I want a function
to create a connection to the MySQL database and I don't want to lump it
in with the rest.
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