jnutting

class A {
    func foo() -> String {
        return "A foo"
    }
}

class B: A {
    override func foo() -> String {
        return "B foo"
    }

jnutting

#!/bin/bash
buildNumber=$(/usr/libexec/PlistBuddy -c "Print CFBundleVersion" "$INFOPLIST_FILE")
buildNumber=$((0x$buildNumber))
buildNumber=$(($buildNumber + 1))
buildNumber=$(printf "%X" $buildNumber)
/usr/libexec/PlistBuddy -c "Set :CFBundleVersion $buildNumber" "$INFOPLIST_FILE"

jnutting

/*
 * This gives something resembling an average of the last 1/k values. A k-value of 0.5 will
 * give the current values equal weight with the previous smooth values, while a k-value of
 * 0.9 will let the current values only account for 10% of the new smooth value.
 *
 * This approach probably consumes a little less memory, and calculates a little faster,
 * than actually keeping an array of old values.
 */
- (void)accelerometer:(UIAccelerometer *)accelerometer didAccelerate:(UIAcceleration *)acceleration {
    CGFloat x = acceleration.x;

jnutting

// The Core Location example in Beginning iPhone 4 Development shows how to
// calculate a distance from a starting point, but it doesn't show how far you've
// actually traveled. These changes should let you see an accumulated distance.

// Add this to the interface declaration in WhereAmIViewController.h:

    CLLocationDistance totalDistance;

// then replace the last chunk of locationManager:didUpdateToLocation:fromLocation:
// with this: