Organise ActiveRecord model into a tree structure

MIT License

ancestry

:computer: :coffee: List of Awesome Hacking Locations, organised by Country and City, listing if it features power and wifi

awesome-hacking-locations

Poco will help you to organise and manage Docker, Docker-Compose, Kubernetes, Openshift projects of any complexity using simple YAML config files to shorten the route from finding your project to initialising it in your local environment.

poco


Description


Quite simply, InjectionIII adds "Hot Reloading" capability to your iOS, tvOS and macOS projects written in Swift or Objective-C. This allows you to change the implementations of methods, functions and SwiftUI body properties without having to restart your app for rapid iteration over minor code changes and design.To get up and running, install the app to /Applications and run it and it will appear on the menu bar.Then, download the example project http://johnholdsworth.com/GettingStarted.zip, build and run it in Xcode. Youâll be promoted to select the directory containing the project file and sources to give InjectionIII access to which files have changed. Once injection has connected, when you save a file, it will be recompiled and injected into the running app, the new implementations taking place of the old. In the GettingStarted iOS app, if you edit the file DetailViewController.swift to change the string appended after the detail.description in function configureView() then save the file, you can see it take effect straight away.InjectionIII requires a version of Xcode more recent than 10.2, installed at the standard location /Applications/Xcode.app. For a project to be injectable, you must also add "-Xlinker -interposable" to the Debug target of its "Other Linker Flags" build setting. Then, add one of the following to your appâs startup to connect to InjectionIII:Xcode 10.2 and later:#if DEBUGBundle(path: "/Applications/InjectionIII.app/Contents/Resources/iOSInjection.bundle")?.load()//for tvOS:Bundle(path: "/Applications/InjectionIII.app/Contents/Resources/tvOSInjection.bundle")?.load()//Or for macOS:Bundle(path: "/Applications/InjectionIII.app/Contents/Resources/macOSInjection.bundle")?.load()#endifInjectionIII is able to inject SwiftUI but requires minor code changes to "body" properties to ensure views are redrawn on injection. The easiest way to do this is using the "Prepare Project" menu item after you have selected a project and it will make the necessary changes.If your project is organised across multiple directories, after you have selected the main project, you can add directories to be watched for file changes using the "Add Directory" menu item. This list resets when you select a new project. You'll need to turn sandboxing off to be able to use injection on a macOS application. Consult the project README on the support page for more information.




Re-write of Injection for Xcode in (mostly) Swift

InjectionIII


Description


One-Tap Sensor Logger in Your Pocket with Watch, Streaming, Bluetooth, Rule Engine & Crowd-Source StudySensor Logger collects, records and displays data from a range of sensors on iPhone, Apple Watch, iPad and AirPods â including accelerometer, gyroscope, GPS, audio, camera and Bluetooth devices. You can log device properties such as screen brightness, battery and network state. Select and preview desired sensors in a few taps. A single tap initiates the recording function, which works even when the app is in the background. View and manage recordings within the app via interactive plots. The app supports many export formats, including Zipped CSV, JSON, Excel, KML and SQLite. For advanced use cases, you can stream data via HTTP, resample measurements from multiple sensors, create Studies to collect data from other users systematically and write custom automation rules based on sensor, time and location.Sensor Logger is designed for researchers, educators, and anyone interested in collecting or monitoring sensors on their smartphone. It serves as the ultimate toolbox for exploring various fields, including physics, science, technology, engineering, and mathematics (STEM).Main Features- One-tap logging- Background recording- Recordings on interactive plots- Stream data via HTTP- Intelligent, custom rule engine- Zipped CSV, JSON, Excel, KML & SQLite exports- Resample and aggregate measurements- Enable & disable specific sensors- Scan and log nearby Bluetooth devices- Add timestamp-synchronised annotations during recording- Adjust sampling frequency for sensor groups- Custom recording workflow- Raw and calibrated measurements available- Live plots and readings for sensors- Organise, sort and filter recordings- Control & track recording session from Watch- Bulk export & delete recordings- Resources to help you analyse your data- Data stays on-device and privateStudies & Sensor Logger Cloud- Create Studies to collect data from other Sensor Logger users.- When a Study is activated, the exact sensor configuration, as prescribed by the investigator, is used to ensure data collection consistency.- Study participants can seamlessly upload their recordings to a secure cloud.- Create custom questionnaires, filled out by the participants.- Create Studies with clear data usage descriptions, privacy statements and contacts to ensure compliance.- Keep track of participant count, recording number, and other statistics.Optional Paid Features (Plus, Pro & Ultimate)- No limitations on the number of stored recordings- Additional export formats- Combined CSV export- Customise recording workflow- Advanced sensor configurations- Custom naming templates- Theme and icon customisations- Unlimited number of simultaneously toggled Bluetooth sensors and no limit on the minimum RSSI- Create larger Studies with more participants- More allocated storage for Studies using Sensor Logger Cloud- Email support- Advanced study customisation, including creating custom accompanying questionnaires and custom Study IDSupported Measurements- Device Acceleration (Accelerometer; Raw & Calibrated)- Gravity Vector (Accelerometer)- Device Rotation Rate (Gyroscope)- Device Orientation (Gyroscope; Raw & Calibrated)- Magnetic Heading (Magnetometer; Raw & Calibrated)- Barometric Altitude (Barometer)- GPS Coordinate, Altitude, Speed & Heading- Audio (Microphone)- Loudness (Microphone)- Camera Images (Front & Back)- Camera Video (Front & Back)- Pedometer- Heart Rate (Requires watch)- Wrist Motion (Requires watch)- Annotations (Timestamp and text)- Device battery level and state- Device screen brightness level- Nearby Bluetooth beacons (advertised data)- Headphone Motion (AirPods)- NetworkNote that heart rate logging requires integration with the Health app on the watch. Permission to access the heart rate from HealthKit on the watch is needed for the app to log the measurements.Terms of Service: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/




GNU General Public License v3.0

gyroflow

Preserver is desktop notes organiser built on electron, angular2, pouchDB

preserver

Organise your Docker containers with muscle and intelligence

percheron

Rust library for Self Organising Maps (SOM).

RusticSOM


Description


Mac app to open and edit Xcode localizations. It searches the .lproj/.strings files and opens them in an organised interface from where can be easily edited. It makes large or messy projects more manageable.Features:- edit terms- edit translations- add new terms- remove terms- search any word- on save all the redundant spaces in the file are removedAnd the best thing, it's open source, you can help out with the development or just look for curiosity into the swift3 sources on github.For requests and bugs please use the project's github.




Mac app to localize your iOS and macOS projects

Localizable.strings

A deno module for format, trim and remove extra white spaces between characters. Make paragraph looks organised.

deno-prettystring

:syringe: Vaccine - Make your apps immune to recompile-disease