Log Message:
py-asyncssh: updated to 1.13.0

Release 1.13.0:
Added support for dynamic port forwarding via SOCKS, where AsyncSSH will open a \ 
listener which understands SOCKS connect requests and for each request open a \ 
TCP/IP tunnel over SSH to the requested host and port.
Added support in SSHProcess for I/O redirection to file objects that implement \ 
read(), write(), and close() functions as coroutines, such as the “aiofiles” \ 
package. In such cases, AsyncSSH will automaically detect that it needs to make \ 
async calls to these methods when it performs I/O.
Added support for using pathlib objects in SSHProcess I/O redirection.
Added multiple improvements to pattern matching support in the SFTPClient \ 
glob(), mget(), mput(), and mcopy() methods. AsyncSSH now allows you to use \ 
‘**’ in a pattern to do a recursive directory search, allows character \ 
ranges in square brackets in a pattern, and allows a trailing slash in a pattern \ 
to be specified to request that only directories matching the pattern should be \ 
returned.
Fixed an issue with calling readline() and readuntil() with a timeout, where \ 
partial data received before the timeout was sometimes discarded. Any partial \ 
data which was received when a timeout occurs will now be left in the input \ 
buffer, so it is still available to future read() calls.
Fixed a race condition where trying to restart a read() after a timeout could \ 
sometimes raise an exception about multiple simultaneous reads.
Changed readuntil() in SSHReader to raise IncompleteReadError if the receive \ 
window fills up before a delimiter match is found. This also applies to \ 
readline(), which will return a partial line without a newline at the end when \ 
this occurs. To support longer lines, a caller can call readuntil() or \ 
readline() as many times as they’d like, appending the data returned to the \ 
previous partial data until a delimiter is found or some maximum size is \ 
exceeded. Since the default window size is 2 MBytes, though, it’s very \ 
unlikely this will be needed in most applications.
Reworked the crypto support in AsyncSSH to separate packet encryption and \ 
decryption into its own module and simplified the directory structure of the \ 
asyncssh.crypto package, eliminating a pyca subdirectory that was created back \ 
when AsyncSSH used a mix of PyCA and PyCrypto.