cloudsim-plus-master/cloudsim-plus-master/cloudsim-plus-examples/src/main/java/org/cloudsimplus/examples/listeners/VmListenersExample3_DynamicVmCreation.java
private void createNextVmIfNotReachedMaxNumberOfVms() {
        if(numberOfFinishedVms < TOTAL_NUMBER_OF_VMS) {
            Vm vm = createAndSubmitVmForNewBroker();
            Log.printFormattedLine("\tCreated VM %d at time %.0f", vm.getId(), simulation.clock());
        }
    }
/**
     * After a VM finishes executing, creates another one
     * if the number of created VMs is less than {@link #TOTAL_NUMBER_OF_VMS}.
     * By this way, it allows the sequential execution of several VMs into a host
     * that doesn't have enough PEs to execute them all simultaneously.
     */
After a VM finishes executing, creates another one
if the number of created VMs is less than  #TOTAL_NUMBER_OF_VMS.
By this way, it allows the sequential execution of several VMs into a host
that doesn't have enough PEs to execute them all simultaneously.
After a VM finishes executing creates another one if the number of created VMs is less than #TOTAL_NUMBER_OF_VMS . By this way it allows the sequential execution of several VMs into a host that doesn ' t have enough PEs to execute them all simultaneously .
private void createNextVmIfNotReachedMaxNumberOfVms() {
        if(numberOfFinishedVms < TOTAL_NUMBER_OF_VMS) {
            Vm vm = createAndSubmitVmForNewBroker();
            Log.printFormattedLine("\tCreated VM %d at time %.0f", vm.getId(), simulation.clock());
        }
    }
private void createNextVmIfNotReachedMaxNumberOfVms ( ) { if ( numberOfFinishedVms < TOTAL_NUMBER_OF_VMS ) { Vm vm = createAndSubmitVmForNewBroker ( ) ; Log . printFormattedLine ( "\tCreated VM %d at time %.0f" , vm . getId ( ) , simulation . clock ( ) ) ; } }
After a VM finishes executing, creates another one
 if the number of created VMs is less than {@link #TOTAL_NUMBER_OF_VMS}.
After a VM finishes executing creates another one if the number of created VMs is less than { @link #TOTAL_NUMBER_OF_VMS } .