A tool for making simple #python GUIs.
https://github.com/alfiopuglisi/guietta
Guietta is a tool that makes simple GUIs simple (turns this code):
Into this GUI:
https://github.com/alfiopuglisi/guietta
Guietta is a tool that makes simple GUIs simple (turns this code):
from guietta import _, Gui, Quit
gui = Gui(
[ 'Enter numbers:', '__a__' , '+' , '__b__', ['Calculate'] ],
[ 'Result: -->' , 'result' , _ , _ , _ ],
[ _ , _ , _ , _ , Quit ]
)
with gui.Calculate:
gui.result = float(gui.a) + float(gui.b)
gui.run()
Into this GUI:
Secretive is an app for storing and managing SSH keys in the Secure Enclave. It is inspired by the sekey project, but rewritten in Swift with no external dependencies and with a handy native management app.
- Safer Storage: The most common setup for SSH keys is just keeping them on disk, guarded by proper permissions. This is fine in most cases, but it's not super hard for malicious users or malware to copy your private key. If you store your keys in the Secure Enclave, it's impossible to export them, by design.
- Access Control: If your Mac has a Secure Enclave, it also has support for strong access controls like Touch ID, or authentication with Apple Watch. You can configure your key so that they require Touch ID (or Watch) authentication before they're accessed.
- Notifications: Secretive also notifies you whenever your keys are acceessed, so you're never caught off guard.
https://github.com/maxgoedjen/secretive
#swift #macos
- Safer Storage: The most common setup for SSH keys is just keeping them on disk, guarded by proper permissions. This is fine in most cases, but it's not super hard for malicious users or malware to copy your private key. If you store your keys in the Secure Enclave, it's impossible to export them, by design.
- Access Control: If your Mac has a Secure Enclave, it also has support for strong access controls like Touch ID, or authentication with Apple Watch. You can configure your key so that they require Touch ID (or Watch) authentication before they're accessed.
- Notifications: Secretive also notifies you whenever your keys are acceessed, so you're never caught off guard.
https://github.com/maxgoedjen/secretive
#swift #macos
ranger is a console file manager with VI key bindings.
It provides a minimalistic and nice curses interface with a view on the directory hierarchy. It ships with rifle, a file launcher that is good at automatically finding out which program to use for what file type.
For
https://ranger.github.io/
#python #shell
It provides a minimalistic and nice curses interface with a view on the directory hierarchy. It ships with rifle, a file launcher that is good at automatically finding out which program to use for what file type.
For
mc aficionados there's also the multi-pane viewmode.https://ranger.github.io/
#python #shell
Lightweight static analysis for many languages. Find bug variants with patterns that look like source code.
Semgrep is a command-line tool for offline static analysis. Use pre-built or custom rules to enforce code and security standards in your codebase. You can try it now with our interactive live editor.
Semgrep combines the convenient and iterative style of grep with the powerful features of an Abstract Syntax Tree (AST) matcher and limited dataflow. Easily find function calls, class or method definitions, and more without having to understand ASTs or wrestle with regexes.
Supports #python #js #go #java and #c
https://github.com/returntocorp/semgrep
Semgrep is a command-line tool for offline static analysis. Use pre-built or custom rules to enforce code and security standards in your codebase. You can try it now with our interactive live editor.
Semgrep combines the convenient and iterative style of grep with the powerful features of an Abstract Syntax Tree (AST) matcher and limited dataflow. Easily find function calls, class or method definitions, and more without having to understand ASTs or wrestle with regexes.
Supports #python #js #go #java and #c
https://github.com/returntocorp/semgrep
The greenlet package is a spin-off of Stackless, a version of CPython that supports micro-threads called tasklets. Tasklets run pseudo-concurrently (typically in a single or a few OS-level threads) and are synchronized with data exchanges on channels.
A greenlet, on the other hand, is a still more primitive notion of micro-thread with no implicit scheduling; coroutines, in other words. This is useful when you want to control exactly when your code runs. You can build custom scheduled micro-threads on top of greenlet; however, it seems that greenlets are useful on their own as a way to make advanced control flow structures. For example, we can recreate generators; the difference with Python's own generators is that our generators can call nested functions and the nested functions can yield values too. Additionally, you don't need a yield keyword.
Greenlets are provided as a C extension module for the regular unmodified interpreter.
https://greenlet.readthedocs.io/en/latest/
Demo with asyncio: https://gist.github.com/zzzeek/4e89ce6226826e7a8df13e1b573ad354
A greenlet, on the other hand, is a still more primitive notion of micro-thread with no implicit scheduling; coroutines, in other words. This is useful when you want to control exactly when your code runs. You can build custom scheduled micro-threads on top of greenlet; however, it seems that greenlets are useful on their own as a way to make advanced control flow structures. For example, we can recreate generators; the difference with Python's own generators is that our generators can call nested functions and the nested functions can yield values too. Additionally, you don't need a yield keyword.
Greenlets are provided as a C extension module for the regular unmodified interpreter.
https://greenlet.readthedocs.io/en/latest/
Demo with asyncio: https://gist.github.com/zzzeek/4e89ce6226826e7a8df13e1b573ad354
Numl (nude elements) unity of design and code.
Your code is your design system.
Markup language to create modern high-quality interfaces with any look.
Features:
- A single language to describe styles and behaviour of your app
- Numl is not bound to the framework and is based on modern web standards, and also uses code generation techniques, which allows you to use the most advanced technologies and practices, as well as update them, updating the design system, rather than rewriting your entire codebase
- Numl can be integrated with vue.js, react, angular, and svelte
- With Numl you will be able to create high-quality web interfaces with the power of a small team of frontend engineers with the middle level of expertise
https://numl.design/
#js #css
Your code is your design system.
Markup language to create modern high-quality interfaces with any look.
Features:
- A single language to describe styles and behaviour of your app
- Numl is not bound to the framework and is based on modern web standards, and also uses code generation techniques, which allows you to use the most advanced technologies and practices, as well as update them, updating the design system, rather than rewriting your entire codebase
- Numl can be integrated with vue.js, react, angular, and svelte
- With Numl you will be able to create high-quality web interfaces with the power of a small team of frontend engineers with the middle level of expertise
https://numl.design/
#js #css
Homebrew, but with #docker images.
Whalebrew creates aliases for Docker images so you can run them as if they were native commands. It's like Homebrew, but with Docker images.
Docker works well for packaging up development environments, but there are lots of tools that aren't tied to a particular project: awscli for managing your AWS account, ffmpeg for converting video, wget for downloading files, and so on. Whalebrew makes those things work with Docker, too.
https://github.com/whalebrew/whalebrew
#macos #devops
Whalebrew creates aliases for Docker images so you can run them as if they were native commands. It's like Homebrew, but with Docker images.
Docker works well for packaging up development environments, but there are lots of tools that aren't tied to a particular project: awscli for managing your AWS account, ffmpeg for converting video, wget for downloading files, and so on. Whalebrew makes those things work with Docker, too.
https://github.com/whalebrew/whalebrew
#macos #devops
Λrrow is a library for Typed Functional Programming in #kotlin.
Arrow aims to provide a lingua franca of interfaces and abstractions across Kotlin libraries. For this, it includes the most popular data types, type classes and abstractions such as Option, Either, IO, Functor, Applicative, Monad to empower users to write pure FP apps and libraries built atop higher order abstractions.
Arrow is a family of different projects, including:
- Arrow Fx is a next-generation Typed FP Effects Library that makes effectful and polymorphic programming first class in Kotlin, and acts as an extension to the Kotlin native suspend system.
- Arrow Optics offers an Optics DSL to compose different Optics while improving ease of use and readability. To avoid boilerplate, Arrow will generate this property-like DSL using @optics annotation.
- Λrrow Meta is a meta-programming library that cooperates with the Kotlin compiler in all its phases, bringing its full power to the community.
https://arrow-kt.io
Arrow aims to provide a lingua franca of interfaces and abstractions across Kotlin libraries. For this, it includes the most popular data types, type classes and abstractions such as Option, Either, IO, Functor, Applicative, Monad to empower users to write pure FP apps and libraries built atop higher order abstractions.
Arrow is a family of different projects, including:
- Arrow Fx is a next-generation Typed FP Effects Library that makes effectful and polymorphic programming first class in Kotlin, and acts as an extension to the Kotlin native suspend system.
- Arrow Optics offers an Optics DSL to compose different Optics while improving ease of use and readability. To avoid boilerplate, Arrow will generate this property-like DSL using @optics annotation.
- Λrrow Meta is a meta-programming library that cooperates with the Kotlin compiler in all its phases, bringing its full power to the community.
https://arrow-kt.io
Unsynchronize asyncio by using an ambient event loop in a separate #python thread.
- Mark all async functions with @unsync. May also mark regular functions to execute in a separate thread.
- - All @unsync functions, async or not, return an Unfuture
- All Futures must be Unfutures which includes the result of an @unsync function call, or wrapping Unfuture(asyncio.Future) or Unfuture(concurrent.Future). Unfuture combines the behavior of asyncio.Future and concurrent.Future:
- - Unfuture.setvalue is threadsafe unlike asyncio.Future
- - Unfuture instances can be awaited, even if made from concurrent.Future
- - Unfuture.result() is a blocking operation except in unsync.loop/unsync.thread where it behaves like asyncio.Future.result and will throw an exception if the future is not done
- Functions will execute in different contexts:
- -@unsync async functions will execute in an event loop in unsync.thread
- - @unsync regular functions will execute in unsync.threadexecutor, a ThreadPoolExecutor
- - @unsync(cpubound=True) regular functions will execute in unsync.processexecutor, a ProcessPoolExecutor
https://github.com/alex-sherman/unsync
- Mark all async functions with @unsync. May also mark regular functions to execute in a separate thread.
- - All @unsync functions, async or not, return an Unfuture
- All Futures must be Unfutures which includes the result of an @unsync function call, or wrapping Unfuture(asyncio.Future) or Unfuture(concurrent.Future). Unfuture combines the behavior of asyncio.Future and concurrent.Future:
- - Unfuture.setvalue is threadsafe unlike asyncio.Future
- - Unfuture instances can be awaited, even if made from concurrent.Future
- - Unfuture.result() is a blocking operation except in unsync.loop/unsync.thread where it behaves like asyncio.Future.result and will throw an exception if the future is not done
- Functions will execute in different contexts:
- -@unsync async functions will execute in an event loop in unsync.thread
- - @unsync regular functions will execute in unsync.threadexecutor, a ThreadPoolExecutor
- - @unsync(cpubound=True) regular functions will execute in unsync.processexecutor, a ProcessPoolExecutor
https://github.com/alex-sherman/unsync
A cross-platform, customizable science fiction terminal emulator with advanced monitoring & touchscreen support.
Heavily inspired from the TRON Legacy movie effects (especially the Board Room sequence), the eDEX-UI project was originally meant to be "DEX-UI with less « art » and more « distributable software »". While keeping a futuristic look and feel, it strives to maintain a certain level of functionality and to be usable in real-life scenarios, with the larger goal of bringing science-fiction UXs to the mainstream.
It might or might not be a joke taken too seriously.
Features:
- Fully featured terminal emulator with tabs, colors, mouse events, and support for curses and curses-like applications.
- Real-time system (CPU, RAM, swap, processes) and network (GeoIP, active connections, transfer rates) monitoring.
- Full support for touch-enabled displays, including an on-screen keyboard.
- Directory viewer that follows the CWD (current working directory) of the terminal.
- Advanced customization using themes, on-screen keyboard layouts, CSS injections.
- Optional sound effects made by a talented sound designer for maximum hollywood hacking vibe.
https://github.com/GitSquared/edex-ui
#js
Heavily inspired from the TRON Legacy movie effects (especially the Board Room sequence), the eDEX-UI project was originally meant to be "DEX-UI with less « art » and more « distributable software »". While keeping a futuristic look and feel, it strives to maintain a certain level of functionality and to be usable in real-life scenarios, with the larger goal of bringing science-fiction UXs to the mainstream.
It might or might not be a joke taken too seriously.
Features:
- Fully featured terminal emulator with tabs, colors, mouse events, and support for curses and curses-like applications.
- Real-time system (CPU, RAM, swap, processes) and network (GeoIP, active connections, transfer rates) monitoring.
- Full support for touch-enabled displays, including an on-screen keyboard.
- Directory viewer that follows the CWD (current working directory) of the terminal.
- Advanced customization using themes, on-screen keyboard layouts, CSS injections.
- Optional sound effects made by a talented sound designer for maximum hollywood hacking vibe.
https://github.com/GitSquared/edex-ui
#js
Fundoc - the right way to generate documentation.
A business feature in your project may be implemented in separated files and even in different technologies. Fundoc can merge all descriptions about business features and put in appropriate files.
Fundoc's main goals:
- Allow you to keep all your documentation along with your code. Separating documentation from code makes it harder to support.
- Use same versioning tools for your documentation as for your code. All versions of your documentation should match versions of source code otherwise we can't trust this documentation.
- A documentation generator should allow you to write your doc-fragments in different kinds of files like source code files (Rust, C++, TypeScript, Java, JavaScript, Ruby, Python, etc), specification files (Alloy, TLA+, etc), stylesheet files (CSS, SCSS, QT Stylesheets, etc), configs (JSON, TOML, YAML, etc).
https://github.com/daynin/fundoc
#docops #rust
A business feature in your project may be implemented in separated files and even in different technologies. Fundoc can merge all descriptions about business features and put in appropriate files.
Fundoc's main goals:
- Allow you to keep all your documentation along with your code. Separating documentation from code makes it harder to support.
- Use same versioning tools for your documentation as for your code. All versions of your documentation should match versions of source code otherwise we can't trust this documentation.
- A documentation generator should allow you to write your doc-fragments in different kinds of files like source code files (Rust, C++, TypeScript, Java, JavaScript, Ruby, Python, etc), specification files (Alloy, TLA+, etc), stylesheet files (CSS, SCSS, QT Stylesheets, etc), configs (JSON, TOML, YAML, etc).
https://github.com/daynin/fundoc
#docops #rust
Query #git repositories with SQL. Uses SQLite virtual tables and go-git.
gitqlite is a tool for running SQL queries on git repositories. It implements SQLite virtual tables and uses go-git. It's meant for ad-hoc querying of git repositories on disk through a common interface (SQL), as an alternative to patching together various shell commands.
https://github.com/augmentable-dev/gitqlite
#go
gitqlite is a tool for running SQL queries on git repositories. It implements SQLite virtual tables and uses go-git. It's meant for ad-hoc querying of git repositories on disk through a common interface (SQL), as an alternative to patching together various shell commands.
https://github.com/augmentable-dev/gitqlite
#go
mailgo: a new concept of
Instead of only triggering the default email or phone apps when selecting a mailto or tel link on your website, “mailgo” provides a modal with more options such as “Open in Gmail”, “Open in Outlook”, etc.
This will extra functionality will be less important on mobile now that Apple is letting us change our default clients in iOS 14 (so that the default app would already be set to Gmail, for example), but you may find it helpful for your users anyhow. 4.96 KB cheap.
https://mailgo.dev/
#js #html
mailto and tel links.Instead of only triggering the default email or phone apps when selecting a mailto or tel link on your website, “mailgo” provides a modal with more options such as “Open in Gmail”, “Open in Outlook”, etc.
This will extra functionality will be less important on mobile now that Apple is letting us change our default clients in iOS 14 (so that the default app would already be set to Gmail, for example), but you may find it helpful for your users anyhow. 4.96 KB cheap.
https://mailgo.dev/
#js #html
Voila turns Jupyter notebooks into standalone web applications.
Unlike the usual HTML converted notebooks, each user connecting to the Voila tornado application gets a dedicated Jupyter kernel which can execute the callbacks to changes in Jupyter interactive widgets.
- By default, Voila disallows execute requests from the front-end, preventing execution of arbitrary code.
- By default, Voila runs with the
https://github.com/voila-dashboards/voila
#python
Unlike the usual HTML converted notebooks, each user connecting to the Voila tornado application gets a dedicated Jupyter kernel which can execute the callbacks to changes in Jupyter interactive widgets.
- By default, Voila disallows execute requests from the front-end, preventing execution of arbitrary code.
- By default, Voila runs with the
strip_source option, which strips out the input cells from the rendered notebook.https://github.com/voila-dashboards/voila
#python
Flipping how we define typography in #css.
Features:
- It uses font metadata to crop space from text nodes above capital letters and below the baseline.
- It adjusts font-size so that the height of capital letters is a multiple of your grid.
https://seek-oss.github.io/capsize/
#html
Features:
- It uses font metadata to crop space from text nodes above capital letters and below the baseline.
- It adjusts font-size so that the height of capital letters is a multiple of your grid.
https://seek-oss.github.io/capsize/
#html
Jargon from the functional programming world in simple terms!
Have you ever wondered what monads and functors are? This project has answers!
There are examples in #python #js #scala and #rust
You will learn that numbers, strings and lists are monoids, and what morphisms are.
https://github.com/hemanth/functional-programming-jargon
Have you ever wondered what monads and functors are? This project has answers!
There are examples in #python #js #scala and #rust
You will learn that numbers, strings and lists are monoids, and what morphisms are.
https://github.com/hemanth/functional-programming-jargon
#python interpreter written in #rust
CPython is the common implementation of Python. We love C, but we love Rust a little more... that's why we're working on a RustPython, a Python implementation written in Rust. We are doing it for fun, to learn about writing interpreters, and to have a useful, usable and embeddable implementation of Python in Rust.
Goals:
- Full Python-3 environment entirely in Rust (not CPython bindings) with a clean implementation, without compatiblity hacks
- Fast, reliable and secure implementation of Python that can be used with Rust
- It also support WASM out of the box, demo: https://rustpython.github.io/demo/
https://github.com/RustPython/RustPython
CPython is the common implementation of Python. We love C, but we love Rust a little more... that's why we're working on a RustPython, a Python implementation written in Rust. We are doing it for fun, to learn about writing interpreters, and to have a useful, usable and embeddable implementation of Python in Rust.
Goals:
- Full Python-3 environment entirely in Rust (not CPython bindings) with a clean implementation, without compatiblity hacks
- Fast, reliable and secure implementation of Python that can be used with Rust
- It also support WASM out of the box, demo: https://rustpython.github.io/demo/
https://github.com/RustPython/RustPython
Shelly: a programming language for drawing.
Drawing is done by issuing instructions to a turtle, which draws lines and shapes as it moves, using various colors and styles. The code is executing instantly, as you type.
It resonates with me:
1. All Russian schools used Turtles to teach programming. I remember this little guy 🐢
2. I can't draw! With regular tools at least
https://shelly.dev/
Drawing is done by issuing instructions to a turtle, which draws lines and shapes as it moves, using various colors and styles. The code is executing instantly, as you type.
It resonates with me:
1. All Russian schools used Turtles to teach programming. I remember this little guy 🐢
2. I can't draw! With regular tools at least
https://shelly.dev/
UVU is an extremely fast and lightweight test runner for Node.js and the browser: Ultimate Velocity, Unleashed
Features:
- Super lightweight
- Extremely performant
- Individually executable test files
- Supports async/await tests
- Supports native ES Modules
- Browser-Compatible
- Familiar API
https://github.com/lukeed/uvu
#js
Features:
- Super lightweight
- Extremely performant
- Individually executable test files
- Supports async/await tests
- Supports native ES Modules
- Browser-Compatible
- Familiar API
https://github.com/lukeed/uvu
#js
The tiny framework for building hypertext applications.
Features:
- Do more with less—We have minimized the concepts you need to learn to get stuff done. Views, actions, effects, and subscriptions are all pretty easy to get to grips with and work together seamlessly
- Write what, not how—With a declarative API that's easy to read and fun to write, Hyperapp is the best way to build purely functional, feature-rich, browser-based apps in #js
- Smaller than a favicon—1 kB, give or take. Hyperapp is an ultra-lightweight Virtual DOM, highly-optimized diff algorithm, and state management library obsessed with minimalism
https://github.com/jorgebucaran/hyperapp
Features:
- Do more with less—We have minimized the concepts you need to learn to get stuff done. Views, actions, effects, and subscriptions are all pretty easy to get to grips with and work together seamlessly
- Write what, not how—With a declarative API that's easy to read and fun to write, Hyperapp is the best way to build purely functional, feature-rich, browser-based apps in #js
- Smaller than a favicon—1 kB, give or take. Hyperapp is an ultra-lightweight Virtual DOM, highly-optimized diff algorithm, and state management library obsessed with minimalism
https://github.com/jorgebucaran/hyperapp