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 @Override
    protected RouteBuilder createRouteBuilder()
    {
        return new SpringRouteBuilder()
        {
            public void configure()
            {
                from("direct:input").to("bean:inputSql").to("jdbc:sourceDataSource").process(new ResultSetProcessor()).split(body()).to(
                        "jpa:com.abc.entity.MyJPAEntity");
            }

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public abstract class CamelProcessor<T> implements Processor
{
    protected void process(Exchange exchange, ResultMapper<T> mapper) throws Exception
    {
        try
        {
            ArrayList<T> payloads = new ArrayList<T>();
            ArrayList<HashMap<String, Object>> data = exchange.getIn().getBody(ArrayList.class);
            if (data != null)
            {

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public class ResultSeProcessor extends CamelProcessor<MyJPAEntity>
{
    public void process(Exchange exchange) throws Exception
    {
        process(exchange, getRowMapper());
    }

    private static ResultMapper<MyJPAEntity> getRowMapper()
    {
        ResultMapper<MyJPAEntity> mapper = new ResultMapper<MyJPAEntity>()

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chapter 4: Expressions and Simple functions
===========================================================================================================================
There are 2 types of expressions.

1. def x = 5    
2. val x = 5
  Here # 1  represens definition and expression is at the right hand side of the = sign. It is not evaluated immediately.

  Here # 2 represents value expression and its value is evaluated immediately and whenver val is being used; it replaces 
it with pre-computed value of expression.

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[{"address":{"street":"Oude Ebbingestraat","housenumber":"12","postalcode":"9712 HJ","city":"Groningen","geoLocation":{"lat":"53.219319","lng":"6.56671"}},"distance":0,"type":"ING"},{"address":{"street":"Amsterdamsestraat","housenumber":"9","postalcode":"2587 CN","city":"Den Haag","geoLocation":{"lat":"52.111805","lng":"4.287714"}},"distance":0,"type":"ING"},{"address":{"street":"Oudenoord","housenumber":"1","postalcode":"3513 EG","city":"Utrecht","geoLocation":{"lat":"52.0970886","lng":"5.1133961"}},"distance":0,"type":"ING"},{"address":{"street":"Bloemenoordplein","housenumber":"50","postalcode":"5143 TC","city":"Waalwijk","geoLocation":{"lat":"51.6823433","lng":"5.0782567"}},"distance":0,"type":"ING"},{"address":{"street":"Dorpsstraat","housenumber":"2","postalcode":"2361 BB","city":"Warmond","geoLocation":{"lat":"52.195528","lng":"4.502244"}},"distance":0,"type":"ING"},{"address":{"street":"Waalderstraat","housenumber":"48","postalcode":"1791 EC","city":"Den Burg","geoLocation":{"lat":"53.056402","lng":"4

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<speak> All good except 2 escalations. <break time=“1s”/> We had 5 new deployments and have new release coming this Friday</speak>

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package com.example;

import java.util.ArrayList;
import java.util.HashMap;
import java.util.HashSet;
import java.util.List;
import java.util.Map;
import java.util.Set;

public class GridQuestion {

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package co.in.shoonya.abc.prep.ds.classic.strings;

// Given a string of characters (a, b, c,....z), we want to break the string into a maximum number of substrings
// in which every character comes in only one substring. We have to return length of all substrings.
// Ex 1: Input string = "abcdefgahijklhopqrsot"
// Output = [8, 5, 6, 1]
// Ex 2: Input string = "abcd"
// Output = [1, 1, 1, 1]

import java.util.*;

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package co.in.shoonya.abc.kata;

public class CdkShoppingCart {

    public static void main(String[] args) {
        System.out.println(billAmount(CustomerType.Regular, 15000d));
        System.out.println(billAmount(CustomerType.Premium, 20000d));
    }

    private static double billAmount(CustomerType type, double input) {

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package co.in.shoonya.abc.prep.ds.lists;

import co.in.shoonya.abc.prep.ds.lists.ds.ListNode;

public class AggregateAtZeroNode {

    public static void main(String[] args) {
        ListNode<Integer> l1 = new ListNode<Integer>(1);
        l1.setNext(new ListNode<Integer>(4));
        l1.getNext().setNext(new ListNode<Integer>(0));