AutoTypingTextView


Source link: https://github.com/krsticdragan/AutoTypingTextView

AutoTypeTextView

AutoTypeTextView is simple android library which is extending TextView with several auto typing animations. It simulate typing, encrypting a text and decrypting a text animation. You can define a speed of every animation and in the case of typing with mistakes, you can define a precision.

There are 4 type of animations:

  • Auto typing with mistakes
  • Auto typing without mistakes
  • Encrypit animation
  • Decrypt animation

Installation

Installation of AutoTypeTextView is preety simple. Just add in build.gradle

compile 'com.krsticdragan:autotypetextview:1.1' 

Usage

XML

Add a new namespace which you will use for adding AutoTypeTextView and using its tags.

xmlns:attv="http://schemas.android.com/apk/res-auto" 

So your root layout will look something like this.

<?xml version="1.0" encoding="utf-8"?> <LinearLayout xmlns:android="http://schemas.android.com/apk/res/android"
  xmlns:tools="http://schemas.android.com/tools"
  xmlns:attv="http://schemas.android.com/apk/res-auto" 

After that you will need to define AutoTypeTextView by adding it in your XML. Now you can use a namespace which are we already defined.

<com.dragankrstic.autotypetextview.AutoTypeTextView

android:id="@+id/lblTextWithoutMistakes"

android:layout_width="wrap_content"

android:layout_height="wrap_content"

attv:animateTextTypeWithoutMistakes="Hello World!" /> 

Animations

Defining animation speed

Typing speed, Encryption speed and Decryption speed can be defined in XML by using:

attv:encryptionSpeed = 50 attv:decryptionSpeed = 50 attv:typingSpeed = 80 

or programmatically by defining a speed in ms.

lblTextWithoutMistakes.setTypingSpeed(100);
 lblTextDecryption.setDecryptionSpeed(30);
 lblTextEncryption.setEncryptionSpeed(30);
 

When you are using TypingWithMistakes, you need to setup precision in order to define how many mistakes you will animate.

attv:typingPrecision=8 

AutoTypingWithoutMistakes

Setup Auto Typing Animation without mistakes in XML by using:

attv:typingSpeed="100" attv:animateTextTypeWithoutMistakes="Hello World!" 

or programmatically by using a function

lblTextWithoutMistakes.setTypingSpeed(100);
 lblTyping.setTextAutoTyping("Hello World!");
 

AutoTypingWithMistake

Setup Auto Typing animation in XML by defining:

attv:animateTextTypeWithMistakes="Hello World!" attv:typingPrecision=8 

Precision can be set programatically by defining it using AutoTypeTextView.PRECISSION_LOW, AutoTypeTextView.PRECISSION_MED, AutoTypeTextView.PRECISSION_HIGH.

lblTextWithMistakes.setTextAutoTypingWithMistakes("Hello World! This is AutoTypeTextView.", AutoTypeTextView.PRECISSION_MED);
 

animateEncryption

Setup Encryption animation in XML by defining:

attv:animateEncryption="Hello World!" attv:encryptionSpeed="20" 

or programmatically

lblTextEncryption.setEncryptionSpeed(20);
 lblTextEncryption.animateEncryption("Hello World!");
 

animateDecryption

Setup Decryption animation:

attv:decryptionSpeed="50" attv:animateDecryption="Hello World!"  

or programmatically

lblTextDecryption.setDecryptionSpeed(50);
 lblTextDecryption.animateDecryption("Hello World! This is AutoTypeTextView");
 

Resources

JDXA is an innovative, flexible, and easy-to-use Object-Relational Mapping (ORM) product that simplifies and accelerates the development of Android applications by providing intuitive, object-oriented access to on-device relational (e.g., SQLite) data.

Adhering to some well thought-out KISS Principles, JDXA boosts developer productivity and reduces maintenance hassles by eliminating endless lines of tedious SQL code.

JDXA provides a simple, non-intrusive, and flexible ORM solution. JDXA easily supports inheritance, one-to-one, one-to-many, and many-to-many relationships and offers a POJO (Plain Old Java Objects) friendly non-intrusive programming model, which does not require you to change your Java classes in any way:

  • No need to subclass your domain classes from any base class
  • No need to clutter your source code with annotations
  • No need for DAO classes
  • No source code generation
  • No pre-processing or post-processing of your code

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Topics


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