vimrc/sources_non_forked/rust.vim/test/indent.vader

Given rust:
  fn main() {
        let a = 2;
      println!("Hello World\n")
  }

Do:
  vip=

Expect rust (very basic indentation result):
  fn main() {
      let a = 2;
      println!("Hello World\n")
  }

############################################
# Issue #195

Given rust:
  fn main() {
      let paths: Vec<_> = ({
              fs::read_dir("test_data")
                  .unwrap()
                  .cloned()
          })
          .collect();

      println!("Hello World\n");
  }

Do:
  /collect\<cr>
  ostatement();\<ESC>\<ESC>

Expect rust (issue #195):
  fn main() {
      let paths: Vec<_> = ({
              fs::read_dir("test_data")
                  .unwrap()
                  .cloned()
          })
          .collect();
      statement();

      println!("Hello World\n");
  }

############################################
# Issue #189

Given rust:
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
      where
          K: Borrow<Q>,
          Q: Ord + ?Sized,
      {
          self.inner.get(key).map(Entry::new)
      }
  }

Do:
  vip=

Expect rust (issue #189):
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
      where
          K: Borrow<Q>,
          Q: Ord + ?Sized,
      {
          self.inner.get(key).map(Entry::new)
      }
  }

############################################
# Issue #189b

Given rust:
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
      where
          K: Borrow<Q>,
          Q: Ord + ?Sized
      {
          self.inner.get(key).map(Entry::new)
      }
  }

Do:
  vip=

Expect rust (issue #189b):
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
      where
          K: Borrow<Q>,
          Q: Ord + ?Sized
      {
          self.inner.get(key).map(Entry::new)
      }
  }

############################################
# Issue #189c

Given rust:
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
          where K: Borrow<Q>, Q: Ord + ?Sized
      {
          self.inner.get(key).map(Entry::new)
      }
  }

Do:
  vip=

Expect rust (issue #189b):
  impl X for {
      pub fn get<Q>(&self, key: &Q) -> Option<Entry<K, V>>
          where K: Borrow<Q>, Q: Ord + ?Sized
      {
          self.inner.get(key).map(Entry::new)
      }
  }


############################################
# Issue #149

Given rust:
  fn test() {
      let t = "a
      wah";
  }

Do:
  /wah\<cr>
  i#\<ESC>\<ESC>
  /;\<cr>o
  statement();\<ESC>\<ESC>

# Disabled
# Expect rust (issue #149):
  fn test() {
      let t = "a
      #wah";
      statement();
  }


############################################
# Issue #77

Given rust:
  fn test() {
  }

Do:
  of(x, y,\<CR>z);\<CR>
  f((x, y),\<CR>z);\<CR>

# Disabled
# Expect rust (issue #77):
  fn test() {
      f(x, y,
        z);
      f((x, y),
        z);

  }

############################################
# Issue #44

Given rust:
  fn main() {
      a

      let philosophers = vec![
          Philosopher::new("Judith Butler"),
          Philosopher::new("Gilles Deleuze"),
          Philosopher::new("Karl Marx"),
          Philosopher::new("Emma Goldman"),
          Philosopher::new("Michel Foucault"),
      ];
  }

Do:
  /let\<CR>
  vip=

# Disabled
# Expect rust (issue #44):
  fn main() {
      a

      let philosophers = vec![
          Philosopher::new("Judith Butler"),
          Philosopher::new("Gilles Deleuze"),
          Philosopher::new("Karl Marx"),
          Philosopher::new("Emma Goldman"),
          Philosopher::new("Michel Foucault"),
      ];
  }

############################################
# Issue #5

Given rust:
  fn f() {
      if x &&
          y {
      }
  }

Do:
  vip=

Expect rust (issue #5):
  fn f() {
      if x &&
          y {
      }
  }

############################################

Given rust:
  fn f() {
      let mut state = State::new(
          backend,
          header.clone(),
      ).expect("Something");
  }

Do:
  vip=

Expect rust (Trailing comma in call):
  fn f() {
      let mut state = State::new(
          backend,
          header.clone(),
      ).expect("Something");
  }