okuki | hierarchical navigation bus and back stack | Android library
kandi X-RAY | okuki Summary
kandi X-RAY | okuki Summary
Okuki's purpose is to communicate and remember hierarchical application UI state changes in a consistent, abstracted way across an application. This is done by the creation of Place classes that represent unique UI states or destinations. Think of a Place as a URL or route that maps to a UI state. Square's Flow library is based on a similar concept. However, where Flow defines a specific mechanism for implementing UI changes (as well Resource management and lifecycle), Okuki makes no requirements on how UI state changes are implemented. For example Okuki can support single- or multi-Activity architectures, with or without using Fragments and/or custom views.
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Top functions reviewed by kandi - BETA
- This method is called when the app is created
- Calls the navigation to navigate to a particular location
- Go back to the given place
- Initialize the app
- Calls the navigation to navigate to a particular location
- Go back to the given place
- Updates the scope hierarchy
- Creates scope for a given place class
- Returns a list of modules for a place scope
- Set up the activity s state
- Initializes the activity model
- Binds a component to a view
- Set up the Activity s Activity
- This method writes data to a parcel
- Invoked when the activity starts
- Load an image from disk
- Load items from the server
- When the view is created this method is called when the view is created
- Compares this contact with the specified object
- Attaches the VU
- From interface SubscribeListener
- Attaches the contact details to a window
- Create the contacts view
- Attach the information to the view
- Registers subscriber with subscriber
- Load image
- Subscribes subscribers to the subscriber
- On start hello
okuki Key Features
okuki Examples and Code Snippets
Community Discussions
Trending Discussions on okuki
QUESTION
I started a small proof of concept exercise to make us of the Toothpick DI framework with an existing Gradle based Java project. I have read quite a few claims that you can use Toothpick with Java (meaning the JRE, OpenJDK, JDK or JSE - No Android) ... However, every example I've been able to check/work through has at some point a dependency on Android in some way, shape or configuration
.
With the most (partially) successful effort so far has been to use an experimental, throw-away Android mocking package to have my Java project at least compile without error. That said it comes-up blank on resolving any should-be generated dependencies, such as the:
- generated
MemberInjectorRegistry
- generated
FactoryRegistry
The Toothpick sample project itself and the simpler of the available examples all use an Android configuration and often as not dependencies on other Android specifics.
update TwoI took direction to the Toothpick sample project, a Java project
The Tootpick wiki and the sample project use the Java compile option:
...ANSWER
Answered 2018-Jun-01 at 03:39You should look at the TP sample, it is pure Java.
https://github.com/stephanenicolas/toothpick/tree/master/toothpick-sample
Smoothie is actually the android specific part of TP.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install okuki
You can use okuki like any standard Java library. Please include the the jar files in your classpath. You can also use any IDE and you can run and debug the okuki component as you would do with any other Java program. Best practice is to use a build tool that supports dependency management such as Maven or Gradle. For Maven installation, please refer maven.apache.org. For Gradle installation, please refer gradle.org .
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