colltoaction

if curso_proba:
	asignar(Grynberg)
	if curso_analisis:
		asignar(Hagman)
	elif curso_numerico:
		asignar(Menendez, demora = ~30min)
elif prioridad(Murmis) == alta:
	asignar(Murmis)
	asignar(Menendez, demora = ~30min)
else:

colltoaction

try
{
    $key = 'HKLM:\SOFTWARE\Microsoft\Microsoft SDKs\ServiceHosting'
    $registryProperty = Get-ChildItem $key -ErrorAction Stop | Sort CreationTime -Descending | Select -First 1 | Get-ItemProperty -ErrorAction Stop
    $fullVersion = ($registryProperty | Select FullVersion).FullVersion
    $installPath = ($registryProperty | Select InstallPath).InstallPath

    if ($fullVersion -lt "2.2.0000.0") { throw }
    $ref1 = "${installPath}ref\Microsoft.WindowsAzure.Storage.dll"
    $ref2 = "${installPath}ref\Microsoft.WindowsAzure.StorageClient.dll"

colltoaction

// ******* NO COMPILÉ ESTE ARCHIVO **********

abstract class MailMessageBuilder
{
	private MailMessage mailMessage = new MailMessage();

	public MailMessageBuilder WithTo(string to)
	{
		mailMessage.To.Add(to);
		return this;

colltoaction

Tracer Bullets
--------------

Ready, fire, aim...

There are two ways to fire a machine gun in the dark. You can find out exactly where your target is (range, elevation, and azimuth). You can determine the environmental conditions (temperature, humidity, air pressure, wind, and so on). You can determine the precise specifications of the cartridges and bullets you are using, and their interactions with the actual gun you are firing. You can then use tables or a firing computer to calculate the exact bearing and elevation of the barrel. If everything works exactly as specified, your tables are correct, and the environment doesn't change, your bullets should land close to their target.

Or you could use tracer bullets.

Tracer bullets are loaded at intervals on the ammo belt alongside regular ammunition. When they're fired, their phosphorus ignites and leaves a pyrotechnic trail from the gun to whatever they hit. If the tracers are hitting the target, then so are the regular bullets.

colltoaction

// *** funciona ***

#include <stdio.h>
#define MAX 2
int main(){
    int vector[MAX];
    for (int i=0; i<=MAX; i++){
        int a;
        printf("Ingrese un numero:");
        scanf("%i", &a);

colltoaction

def funcion_que_prueba_la_suma():
    suma = 1 + 2
    assert suma == 3, 'La suma no funciona correctamente, su resultado fue ' + str(suma) + ', distinto de 3'
    # si el assert no corta la ejecución, entonces funcionó bien
    print 'La suma funciona correctamente'