Skip to main content

The Complete Android Oreo(8.1) , N ,M and Java Development Free Online Course

The Complete Android Oreo(8.1)

Learn Android App Development with Android 8 Oreo by building real apps . Migrating existing app to Android Oreo ,Nougat



What you'll learn
  • Develop apps for the very latest version of Android 8 Oreo.
  • Develop apps for Android 7 Nougat.
  • Develop apps for Android 6 Marshmallow.
  • Migrate existing apps to latest Android 8.0 Oreo verison.
  • Learn Java Programming from Android development prespective
  • Use Android studio 2.3.3, the newest version of Google's premier Android tool.
  • Learn to use access Views and Auto Import implementation, Methods, Layouts with app development
  • Adding OnClicklistener to a Button for populating answers
  • What's new in Android O -August 2017 release
  • Implement NotificationsChannel and DownloadableFonts for Android O
  • Implement Permissions for Android O
  • What is Android Go
  • Implement New professional Emojis,Storage Manager Intent for Nougat phones
  • Background Optimization and Screen Zoom.

Description

Do you want to be Android 8 Oreo , Android 7 Nougat ,Android 6 Marshmallow App developer. You don't need to worry at all , the apps I will build will be for all Android's latest versions i.e. Android O, N and M.I am going to cover everything from scratch from very basic Android app development and then move to building  advanced app .I will also be telling you Java from Android development perspective and how you can do app development. So for my course you don't need any prior coding experience as I am going to cover everything in my course which is required to become an advanced Android App developer.


Popular posts from this blog

Co- Ordination Compound iit jee lectures for free in 2020

 Coordination Compounds Ligands:  an ion or molecule capable of donating a pair of electrons to the central atom via a donor atom. Unidentate ligands:  Ligands with only one donor atom, e.g. NH 3 , Cl - , F -  etc. Bidentate ligands:  Ligands with two donor atoms, e.g. ethylenediamine, C 2 O 4 2- (oxalate ion) etc.  Tridentate ligands:  Ligands which have three donor atoms per ligand, e.g. (dien) diethyl triamine. Hexadentate ligands:   Ligands which have six donor atoms per ligand, e.g. EDTA.  Chelating Ligands:  Multidentate ligand simultaneously coordinating to a metal ion through more than one site is called chelating ligand. Example: Ethylenediamine (NH 2 CH 2 CH 2 NH 2 ) These ligands produce a ring like structure called chelate. Chelation increases the stability of complex.  Werner’s Theory: Metals possess two types of valencies i.e. primary (ionizable) valency and secondary ...

Redox Reaction iit jee full lecture for free in 2020

Redox Reactions Chemical Reaction is the process which leads to the transformation of one set of chemical substances to other substances. Classically, chemical reactions encompass changes that strictly involve the motion of electrons in forming and breaking of the chemical bonds. The concept of electron transfer can easily explain the redox reaction in case of ionic substances. However, for covalent compounds  oxidation and reduction or redox reactions are explained using   a new term oxidation number . The term  oxidation   was first used to mean the addition of oxygen to an element or compound, or the removal of hydrogen from a compound.  Reduction  meant the addition of hydrogen to an element or compound, or the removal of oxygen from a compound. Such definitions have been extended and now-a-days many oxidation-reduction, or redox, reactions are best interpreted in terms of transfer of electrons. Oxidation is defined as the loss of elec...