fix pycco-rs to get rid of empty code blocks

[rust-101.git] / workspace / src / part10.rs

diff --git a/workspace/src/part10.rs b/workspace/src/part10.rs
index f7d9028ad46a15e9ccc4a0b11fca8b1d84584b28..8fc650faaf2838c2cee04cc4b3bc630925faee7d 100644 (file)
--- a/workspace/src/part10.rs
+++ b/workspace/src/part10.rs
@@ -1,8 +1,7 @@
 // Rust-101, Part 10: Closures
 // ===========================
 
 // Rust-101, Part 10: Closures
 // ===========================
 

-use std::io::prelude::*;
-use std::{fmt,io};
+use std::fmt;

 use part05::BigInt;
 
 
 use part05::BigInt;
 
 


@@ -15,7 +14,7 @@ trait Action {
 impl BigInt {
     fn act_v1<A: Action>(&self, mut a: A) {
         for digit in self {
 impl BigInt {
     fn act_v1<A: Action>(&self, mut a: A) {
         for digit in self {

-            a.do_action(digit);
+            unimplemented!()

         }
     }
 }
         }
     }
 }


@@ -25,10 +24,10 @@ struct PrintWithString {
 }
 
 impl Action for PrintWithString {
 }
 
 impl Action for PrintWithString {

-    // Here we perform performs the actual printing of the prefix and the digit. We're not making use of our ability to
+    // Here we perform the actual printing of the prefix and the digit. We're not making use of our ability to

     // change `self` here, but we could replace the prefix if we wanted.
     fn do_action(&mut self, digit: u64) {
     // change `self` here, but we could replace the prefix if we wanted.
     fn do_action(&mut self, digit: u64) {

-        println!("{}{}", self.prefix, digit);
+        unimplemented!()

     }
 }
 
     }
 }
 


@@ -52,7 +51,7 @@ impl BigInt {
     fn act<A: FnMut(u64)>(&self, mut a: A) {
         for digit in self {
             // We can call closures as if they were functions - but really, what's happening here is translated to essentially what we wrote above, in `act_v1`.
     fn act<A: FnMut(u64)>(&self, mut a: A) {
         for digit in self {
             // We can call closures as if they were functions - but really, what's happening here is translated to essentially what we wrote above, in `act_v1`.

-            a(digit);
+            unimplemented!()

         }
     }
 }
         }
     }
 }


@@ -76,7 +75,7 @@ pub fn print_and_count(b: &BigInt) {
 
 // Let's say we want to write a function that increments every entry of a `Vec` by some number, then looks for numbers larger than some threshold, and prints them.
 fn inc_print_even(v: &Vec<i32>, offset: i32, threshold: i32) {
 
 // Let's say we want to write a function that increments every entry of a `Vec` by some number, then looks for numbers larger than some threshold, and prints them.
 fn inc_print_even(v: &Vec<i32>, offset: i32, threshold: i32) {

-    for i in v.iter().map(|n| n + offset).filter(|n| *n > threshold) {
+    for i in v.iter().map(|n| *n + offset).filter(|n| *n > threshold) {

         println!("{}", i);
     }
 }
         println!("{}", i);
     }
 }


@@ -90,10 +89,10 @@ fn print_enumerated<T: fmt::Display>(v: &Vec<T>) {
 
 // And as a final example, one can also collect all elements of an iterator, and put them, e.g., in a vector.
 fn filter_vec_by_divisor(v: &Vec<i32>, divisor: i32) -> Vec<i32> {
 
 // And as a final example, one can also collect all elements of an iterator, and put them, e.g., in a vector.
 fn filter_vec_by_divisor(v: &Vec<i32>, divisor: i32) -> Vec<i32> {

-    v.iter().map(|n| *n).filter(|n| *n % divisor == 0).collect()
+    unimplemented!()

 }
 
 }
 

-// **Exercise 10.1**: Look up the [documentation of `Iterator`](http://doc.rust-lang.org/stable/std/iter/trait.Iterator.html) to learn about more functions
+// **Exercise 10.1**: Look up the [documentation of `Iterator`](https://doc.rust-lang.org/stable/std/iter/trait.Iterator.html) to learn about more functions

 // that can act on iterators. Try using some of them. What about a function that sums the even numbers of an iterator? Or a function that computes the
 // product of those numbers that sit at odd positions? A function that checks whether a vector contains a certain number? Whether all numbers are
 // smaller than some threshold? Be creative!
 // that can act on iterators. Try using some of them. What about a function that sums the even numbers of an iterator? Or a function that computes the
 // product of those numbers that sit at odd positions? A function that checks whether a vector contains a certain number? Whether all numbers are
 // smaller than some threshold? Be creative!