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auto merge of #10020 : mletterle/rust/documentation-fixes, r=thestinger

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I'm planning on doing more updates, but the section in the tutorial stood out at me since the 'rust' tool no longer exists, this should probably be removed to lessen confusion.
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bors 2013-10-22 17:06:09 -07:00
commit 22a5ebdc6b
3 changed files with 3 additions and 19 deletions
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2
doc/rust.md
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@ -3168,7 +3168,7 @@ Raw pointers (`*`)
: Raw pointers are pointers without safety or liveness guarantees.
Raw pointers are written `*content`,
for example `*int` means a raw pointer to an integer.
Copying or dropping a raw pointer is has no effect on the lifecycle of any other value.
Copying or dropping a raw pointer has no effect on the lifecycle of any other value.
Dereferencing a raw pointer or converting it to any other pointer type is an [`unsafe` operation](#unsafe-functions).
Raw pointers are generally discouraged in Rust code;
they exist to support interoperability with foreign code,

16
doc/tutorial.md
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@ -151,22 +151,6 @@ declaration to appear at the top level of the file: all statements must
live inside a function. Rust programs can also be compiled as
libraries, and included in other programs.
## Using the rust tool
While using `rustc` directly to generate your executables, and then
running them manually is a perfectly valid way to test your code,
for smaller projects, prototypes, or if you're a beginner, it might be
more convenient to use the `rust` tool.
The `rust` tool provides central access to the other rust tools,
as well as handy shortcuts for directly running source files.
For example, if you have a file `foo.rs` in your current directory,
`rust run foo.rs` would attempt to compile it and, if successful,
directly run the resulting binary.
To get a list of all available commands, simply call `rust` without any
argument.
## Editing Rust code
There are vim highlighting and indentation scripts in the Rust source

4
src/libstd/rt/io/mod.rs
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@ -12,8 +12,8 @@
This module defines the Rust interface for synchronous I/O.
It models byte-oriented input and output with the Reader and Writer traits.
Types that implement both `Reader` and `Writer` and called 'streams',
and automatically implement trait `Stream`.
Types that implement both `Reader` and `Writer` are called 'streams',
and automatically implement the `Stream` trait.
Implementations are provided for common I/O streams like
file, TCP, UDP, Unix domain sockets.
Readers and Writers may be composed to add capabilities like string