Axiom API Soap Header Addition

-
http://charithaka.blogspot.in/2008/10/how-to-add-custom-soap-header-to.html

Comments

Post a Comment

Popular posts from this blog

Array and Object Creation - JavaScript

-
var arr =[1,2,3]; var arr = new Array(1,2,3); var arr = new Array(); //empty Array arr.push(10); arr.pop(); var obj = new Object(); obj.test ="hello"; var obj= { "test" : "hello"}; function myFunction() {     alert('It works!'); } var name = 'myFunction'; window[name].call(); var myObject = {     firstName:"John",     lastName: "Doe",     fullName: function(i) {         return this.firstName + " " + this.lastName+i;     } }; document.getElementById("demo").innerHTML = myObject.fullName(1); //John Doe1 //Passing value via constructor function myFunction(arg1, arg2) {     this.firstName = arg1;     this.lastName  = arg2; } alert(JSON.stringify(new myFunction("John","Doe"))) var x = new myFunction("John","Doe") //{"firstName":"John","lastName":"Doe"} alert(JSON.stringify(new myFunction())) //{} alert(JSON.stringify(new myFunc...
Read more

Groovy Tuples

-
A tuple is an ordered, immutable list of elements.  Groovy has it's own  groovy.lang.Tuple  class.  We can create an instance of a  Tuple  by providing all elements that need to be in the  Tuple  via the constructor.  We cannot add new elements to a  Tuple  instance or remove elements.  We cannot even change elements in a tuple, so it is completely immutable.  This makes it very useable as return value for a method where we need to return multiple values.  Groovy also provides a  Tuple2  class that can be used for tuple instance of only two elements. The elements are typed in a  Tuple2  instance. def  tuple  =  new  Tuple ( 'one' ,  1 ,  new  Expando ( number :  1 ) )   assert  tuple . size ( )  ==  3   // To get the value of an element // at a certain position we use // the get(index) method. assert  tuple . get ( 0 )  ==...
Read more

Spring Cert Notes

-
Dependency Injection In Spring DI Basics • Reduces coupling between classes • Classes do not obtain their dependencies (collaborators), Spring container provides proper dependency based on configuration provided • Enables easy switching of dependencies based en current needs - local development vs production environment, easy mocking for unit tests, in memory database vs production one, etc. • Promotes programming to interfaces • Spring-managed objects are called "beans" • Beans are written as POJOs, no need to inherit Spring base classes or implement spring interfaces • Classes can be completely independent of Spring framework (although for convenience Spring annotations are often used) • Lifecycle of beans is managed centrally by Spring container (eg. enforces singleton state of bean/ one instance pers session. one instance per HTTP request/...) • Spring configuration (including DI) is possible either via XML or Java configuration files (newer, more popular approac...
Read more