osa1

// Private members are not part of a class's interface, but implementing
// classes need to implement them.
//
// ... except when the class being implemented is in a separate library. See
// the second part: https://gist.github.com/osa1/a6b70f36d1041996c3ff7fa12c7589d8

class A {
  int _a = 1;
  int _b = 2;

osa1

class A {
  @override
  Type get runtimeType => int;
}

class B<T> {}

void main() {
  print(A().runtimeType); // int
  print(B<A>().runtimeType); // B<A>

osa1

// Almost by definition, if I'm able to pass X where Y is expected, then X is a
// subtype of Y.
//
// In Dart, this mostly holds, but `dynamic` is an exception. I can pass
// `dynamic` everywhere, but it's not really a subtype of anything.

void f(int a) {}

class C<A> {}

osa1

class C {
  dynamic get a {
    print('C.a getter called');
    return (x) => print('C.a return value called');
  }
}

void main() {
  var x = C();

osa1

class A {
  void f() {
    print('A.f called');
  }
}

class B implements A {
  void f({int test}); // optional non-nullable with no default value, also not a valid override

  // `f` above is not valid without a `noSuchMethod`

osa1

class A {
  void f() {}
}

extension B on A {
  void g() {}
}

void main() {
  final a = A();

osa1

class A {
  void f() {
    print('A.f called');
  }
}

class B extends A {
  @override
  void f();
}

osa1

void voidFun() => 123;

class A<T> {
  T x;
  
  A (this.x);
  
  Object? getX() => x;
}

osa1

https://share1.dexcom.com/

• these are the calls used by the dexcom uploader app
• these are in no particular order!
• User-Agent: Dexcom%20Share/3.0.2.11 CFNetwork/672.0.2 Darwin/14.0.0

General

Read Dexcoms System time clock

GET

osa1

use std::convert::TryFrom;
use std::io::{stdin, BufRead};
use std::process::exit;

use regex::{Captures, Regex};

fn main() {
    let re = Regex::new(r"'\\u\{([0-9A-Fa-f]+)\}'").unwrap();

    let stdin = stdin();