ide-python | Python language support for Atom-IDE atom snake | Code Analyzer library

libvips can do this merge and join for you. You can call it from pyvips, the Python binding.

To load an svs image and split it into tiles you can write:

If add means is adding node to a list, the solution is to replace temp = FrequencyList(letter, frequency) with temp = Frequency(letter, frequency).

Use *args syntax to move the arguments.In other words, use *args to collect all the positional arguments as a tuple and move it threading.Thread as args.

Thanks to HK boy The following works, it installs pip explicitly for the python version specified :

After receiving help from the openslide-python authors on github, I was able to get a working solution.

The problem is that there are multiple dll's in your search path with the same name as those required by openslide. In my case for example, zlib1.dll is not only found in the openslide\bin directory but also in a MATLAB directory, github directory, and an Intel wifi directory. When python asks the operating system to find the required dll, the operating system is going to return the first name-matching instance that it encounters which might not be the openslide\bin one.

A quick fix is to start python from inside the openslide\bin directory. In other words, start a command prompt, navigate to the openslide\bin directory, type "python" and now typing import openslide should work fine. This works because the directory from which python was started is searched first for matching dll's. A more rigorous solution that will prevent you from having to start the terminal every time from inside openslide\bin is to add the following to the beginning of lowlevel.py file (which can be found in Lib\site-packages\openslide directory of your python installation)

os.environ['PATH'] = "path-to-openslide-bin" + ";" + os.environ['PATH']

Note: Replace path-to-openslide-bin with the correct path

Every time you type import openslide lowlevel.py is run which tries to load the appropriate dll's. The above line of code adds the location of the dll's to the beginning of the environment path which ensures that this folder is at the top of the search hierarchy and will therefore be found before the other name-matching instances.

You can view the corresponding issue/user report on github here

When doing sum(labels == 1), Python evaluates labels == 1 as a Boolean object, thus you get TypeError: 'bool' object is not iterable

The function sum expecting an iterable object, like a list. Here's an example of your error:

Problem #1 is that your C++ client never binds its socket to a port. Without the socket being bound to a port, the socket will never receive any UDP packets, because (as you say) how would it know which port(s) it is supposed to receive packets on?. Without an explicit call to bind(), the client's first call to sendto() will automatically bind your client's UDP socket to an available UDP port, which is sufficient in this case. (The extra arguments to recvfrom() are there to tell you where the incoming packet was sent from on the remote machine, not where it arrived at on the local machine).

Problem #2 is that you seem to be intending to use a single port number (5001) for both client and server. You'd be better off having your client bind to a different port number (ideally to an arbitrary port number that the OS chooses for you at runtime, if you want to be able to support multiple clients at once on a single machine -- you can do that by passing 0 as the port number to bind()).

Then when your server calls recvfrom() and receives a UDP packet, the IP address and port number returned by recvfrom() are the values the server can pass back to sendto() when it wants to send back a reply packet to the same client that sent the incoming UDP packet to the server.

I solved the issue, using advice from this site.

Long story short, put the jars straight in $SPARK_HOME/jars