#SLACK CLIENT FOR LINUX WINDOWS#
Some years ago I worked on a very popular Windows desktop C++ program that had to stay small and backwards compatible, which meant only Win32 APIs and homemade libraries. At least you'll save some of those 676 bytes that way. They will paint themselves automatically just like the listboxes that you used for the chat contents and userlist.
/slack-456039376c7947d7811645a10e8884bc.jpg "slack client for linux")
Like so.Īnother small tip: if you make it a dialog-based application, you won't have to bother with WM_PAINT and drawing text yourself - you can just make the "statusText" and "settingsText" edit controls, and use SetWindowText (or SetDlgItemText) to set their content.
Note that C89 only prevents declarations of variables in the middle of a scope you can simply create an inner scope with new variable declarations at its start. Win32 has native TLS support (via SChannel library, not well-documented but examples exist) and you'd be able to even use it practically (32-bit applications will run on all current versions of Windows, both 32 and 64-bit.)
I'm a long-time Win32 programmer who started in the tail-end of the Win16 days and one of the things I've wanted to write if I had the time and need was a Win32 native Slack client, to show that it can be done with far less resources, but you've gone even further with Win16. More seriously, this is an excellent proof-of-concept that a Slack client does not need to use hundreds of MB of RAM and consume most of a modern CPU core to provide its basic functionality. In the demoscene this would be a disqualification as it's 676 bytes over the limit, but in this case I'll overlook it because of the sheer awesomeness of what you've done (and I'm sure trimming off 676 bytes wouldn't be too difficult -) Treat this token with care, just like you would a password, because it has access to workspace and can potentially read and write data to and from it.Notice the binary size of the app is only 64KiB. The app configuration page is also where you will acquire the OAuth token you will use to call Slack’s APIs. This is where you define things like your app’s permissions and the endpoints that Slack should use for interacting with the backend you will build with Python. It’s a great place to learn all about the concepts that go into building a great Slack app.īefore you get started building on the Slack platform, you need to set up your app’s configuration. If you’re new to the Slack platform, we have a general purpose guide for building apps that isn’t specific to any language or framework. The current version, 2.0, isīuilt for Python 3.6 and higher – if you need to target Python 2.x, you mightĬonsider using v1 of the SDK. slackclient (Legacy Python Slack SDK) will let you get started building To make it easier for Python programmers to build Slack applications, we’ve
Team – they can post messages, respond to events that happen – as wellĪs build complex UIs for getting work done. To build applications that interact with Slack just like the people on your
#SLACK CLIENT FOR LINUX FULL#
Slack’s APIs allow anyone to build full featured integrations that extendĪnd expand the capabilities of your Slack workspace.
#SLACK CLIENT FOR LINUX HOW TO#
Refer to the migration guide to learn how to smoothly migrate your existing code. The v3 SDK provides more functionalities such as Socket Mode, OAuth flow module, SCIM API, Audit Logs API, better asyncio support, retry handlers, and many more. The slackclient PyPI project is in maintenance mode now and slack-sdk project is the successor.
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