Skip to main content

Afiiliate Program

 1. Amazon Afiiliate Link  https://amzn.to/3wZR1pz  https://amzn.to/3x5KGt3 The Amazon Affiliate program, also called "Amazon Associates," can be an easy way to monetize your website or blog. Simply sign up, receive immediate approval, and place Amazon affiliate links on your site. When someone makes an Amazon purchase via one of your links, you get the commission — it's that simple. 2. Flipkart Affiliate Link https://www.flipkart.com/?affid=vatsalgup2

Flutter & Dart To Build IOS & Android Apps

A Complete Guide to the Flutter SDK & Flutter Framework for building native iOS and Android apps.




What you’ll learn
  • Build engaging native mobile apps for both Android and iOS
  • Use features like Google Maps, the device camera, authentication and much more!

Requirements
  • Basic programming language will help but is not a must-have
  • You can use either Windows, macOS or Linux for Android app development – iOS apps can only be built on macOS though
  • NO prior iOS or Android development experience is required
  • NO prior Flutter or Dart experience is required – this course starts at zero!

Description

The entire course was completely re-recorded and updated in July 2019 – old, now obsolete content (~25h) is temporarily kept around for existing students until July 31st ([LEGACY] sections).



Here's what's included in the course:
  • Detailed setup instructions for both macOS and Windows
  • A thorough introduction to Flutter, Dart and the concept behind widgets
  • An overview of the built-in widgets and how you may add your own ones
  • Debugging tipps & tricks
  • Page navigation with tabs, side drawers and stack-based navigation
  • State management solutions
  • Handling and validating user input
  • Connecting your Flutter app to backend servers by sending Http requests
  • User authentication
  • Adding Google Maps
  • Using native device features like the camera
  • Adding beautiful animations & page transitions
  • How to publish your app to the app stores
  • And more!


This course is for you if ...
  • You're interested in building real native mobile apps for the two most popular mobile platforms - iOS and Android
  • You want to explore the full set of features Flutter offers
  • Don't want to spend hours learning two completely different languages
Course prerequisites:
  • Basic programming language knowledge will help a lot but is not a hard requirement
  • You DON'T need to know Flutter or Dart
  • You DON'T need to know iOS (Swift/ObjectiveC) or Android (Java)


Who this course is for:
  • Beginner and experienced developers who are interested in diving into mobile app development using one language for both platforms
  • Experienced iOS or Android developers who want to build cross-platform (iOS + Android) apps with one single programming language

                                                 Download Now

Comments

Popular posts from this blog

What is Algorithm

  Algorithm A finite set of instructions that specifies a sequence of operation is to be carried out in order to solve a specific problem or class of problems is called an Algorithm. An algorithm can be defined as a well-defined computational procedure that takes some values or the set of values, as an input and produces some value, or the set of values, as an output. An algorithm is thus a sequence of computational steps that transform the input into output. It describes the specific computational procedures for achieving the input-output relationship. An algorithm must have the following properties: Correctness: It should produce the output according to the requirement of the algorithm. Finiteness: Algorithm must complete after a finite number of instructions have been executed. An Absence of Ambiguity: Each step must be defined having only one interpretation. Definition of Sequence: Each step must have a unique defined preceding and succeeding step. The first step and the la...

Graph Data Structure

  Graph: A graph is a non-linear data structure consisting of nodes and edges.The nodes are sometimes also referred to as vertices and the edges are lines and arcs that connect any two nodes in the graph. A graph consists of a finite set of vertices(or nodes) and a set of edges which connect a pair of nodes. Graphs are used to solve many real-life problems. Graphs are used to represent networks. The networks may include paths in a city or telephone network or circuit network. Graphs are also used in social networks like linkedIn, Facebook. A graph can be defined as a group of vertices and edges that are used to connect these vertices. A graph G can be defined as an ordered set of G(V,E) where V(G) represents the set of vertices and E(G) represents the set of edges which are used to connect these vertices. Directed and Undirected Graph  A graph can be directed or undirected. In an undirected graph, edges are not associated with the directions with them. If an edge exists betwee...

Graph coloring

  Graph Coloring A graph G(V, E) is given and some colors are given We have to color the vertices such that no two neighbours/adjacent vertices have the same color. This can be solved using Backtracking. There are two types of problem 1.  m-colorability decision problem If a graph G(V, E) is given and some colors are also given and just we want to know whether a graph can coloured using those colors or not. This is known as the m-coloring decision problem. 2.  m-colorability optimization problem If a graph G(V, E) is given and we want to know minimum how many colors required for coloring the graph. This problem is called the m-coloring optimization problem. Chromatic Number: The smallest number of colors needed to color a graph G is called its chromatic number.