stephen-maina

var compare=function(user,comp){
    if(user===comp){
    return "The result is a tie!";
    }else if(user==="rock"){
        if(comp==="scissors"){
            return "rock wins";
        }else{
            return "paper wins";
        }
    }else if(user==="paper"){

stephen-maina

	private boolean deleteIndex(String indexName, String typeName, String id) {

		if (isIndexExist(indexName)) {
			System.out.println("INDEX EXISTS>>>DELETE INDEX");
			return NodeOperation.INSTANCE.getClient().prepareDelete(indexName, typeName, id).execute().actionGet()
					.isFound();
		} else {
			return false;
		}

stephen-maina

str_constant constants [] 
st_variable resizables []
constants =constant_array
resizables = variable_array
integer index_c,index_r 
/*
used to get all the graphical objects that are to remain at a relative similar position
as before resizing
*/
for index_c=1 to UpperBound(constants)

stephen-maina

global type gr_resize_objects from function_object
end type

forward prototypes
global function integer gr_resize_objects (any str_array_objects, integer workspace_width, integer workspace_height)
end prototypes

global function integer gr_resize_objects (any str_array_objects, integer workspace_width, integer workspace_height);

str_resize_objects objects []

stephen-maina

global type gf_resize from function_object
end type

forward prototypes
global function integer gf_resize (any variable_array, any constant_array)
end prototypes

global function integer gf_resize (any variable_array, any constant_array);/*
NAME:smaina
ISSUE:ZMES-317

stephen-maina

def solution(N):
    # write your code in Python 3.6
    binaryNumber=bin(N);
    binaryGap=0;
    data=str(binaryNumber);
    finalList=[];
    dataList=[];
    #print(data);
    for index in range(len(data)):
        if(data[index]=="1" and "1" in dataList and "0" in dataList):

stephen-maina

def solution(A, K):
    outputArray=[0]*len(A);
    for index in range(len(A)):
        outputIndex=(index+K)%len(A);
        outputArray[outputIndex]=A[index];
        
    return outputArray;

stephen-maina

def solveHanoi(blockNumber, rodFrom, middleRod,rodTo):
	if(blockNumber==1):
		print("Plate {0} from {1} to {2}".format(blockNumber,rodFrom,rodTo));
		return;
	solveHanoi(blockNumber-1, rodFrom,rodTo,middleRod);
	print("outside: Plate {0} from {1} to {2}".format(blockNumber,rodFrom,rodTo));
	solveHanoi(blockNumber-1, middleRod,rodFrom ,rodTo);