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tutorial.md: spelling corrections for sections 1-5

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Ben Striegel 2012-01-20 00:22:05 -05:00
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doc/tutorial.md
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@ -38,7 +38,7 @@ fn fac(n: int) -> int {
Several differences from C stand out. Types do not come before, but
after variable names (preceded by a colon). In local variables
(introduced with `let`), they are optional, and will be inferred when
left off. Constructs like `while` and `if` do not require parenthesis
left off. Constructs like `while` and `if` do not require parentheses
around the condition (though they allow them). Also, there's a
tendency towards aggressive abbreviation in the keywords—`fn` for
function, `ret` for return.
@ -52,7 +52,7 @@ quite a different direction.
Throughout the tutorial, words that indicate language keywords or
identifiers defined in the example code are displayed in `code font`.
Code snippets are indented, and also shown in a monospace font. Not
Code snippets are indented, and also shown in a monospaced font. Not
all snippets constitute whole programs. For brevity, we'll often show
fragments of programs that don't compile on their own. To try them
out, you might have to wrap them in `fn main() { ... }`, and make sure
@ -176,7 +176,7 @@ detail [later on](#modules-and-crates).
## Editing Rust code
There are Vim highlighting and indentation scrips in the Rust source
There are Vim highlighting and indentation scripts in the Rust source
distribution under `src/etc/vim/`, and an emacs mode under
`src/etc/emacs/`.
@ -260,7 +260,7 @@ fn is_four(x: int) -> bool { x == 4 }
~~~~
In short, everything that's not a declaration (`let` for variables,
`fn` for functions, etcetera) is an expression.
`fn` for functions, et cetera) is an expression.
If all those things are expressions, you might conclude that you have
to add a terminating semicolon after *every* statement, even ones that
@ -285,7 +285,7 @@ The double-colon (`::`) is used as a module separator, so
`std::io::println` means 'the thing named `println` in the module
named `io` in the module named `std`'.
Rust will normally emit warning about unused variables. These can be
Rust will normally emit warnings about unused variables. These can be
suppressed by using a variable name that starts with an underscore.
~~~~
@ -364,7 +364,7 @@ The basic types are written like this:
: A character is a 32-bit Unicode code point.
`str`
: String type. A string contains a utf-8 encoded sequence of characters.
: String type. A string contains a UTF-8 encoded sequence of characters.
These can be combined in composite types, which will be described in
more detail later on (the `T`s here stand for any other type):
@ -403,7 +403,7 @@ synonym.
## Literals
Integers can be written in decimal (`144`), hexadecimal (`0x90`), and
binary (`0b10010000`) base. Without suffix, an integer literal is
binary (`0b10010000`) base. Without a suffix, an integer literal is
considered to be of type `int`. Add a `u` (`144u`) to make it a `uint`
instead. Literals of the fixed-size integer types can be created by
the literal with the type name (`255u8`, `50i64`, etc).
@ -413,7 +413,7 @@ happens. If you are adding one to a variable of type `uint`, you must
type `v += 1u`—saying `+= 1` will give you a type error.
Floating point numbers are written `0.0`, `1e6`, or `2.1e-4`. Without
suffix, the literal is assumed to be of type `float`. Suffixes `f32`
a suffix, the literal is assumed to be of type `float`. Suffixes `f32`
and `f64` can be used to create literals of a specific type. The
suffix `f` can be used to write `float` literals without a dot or
exponent: `3f`.
@ -423,11 +423,11 @@ The nil literal is written just like the type: `()`. The keywords
Character literals are written between single quotes, as in `'x'`. You
may put non-ascii characters between single quotes (your source files
should be encoded as utf-8). Rust understands a number of
should be encoded as UTF-8). Rust understands a number of
character escapes, using the backslash character:
`\n`
: A newline (unicode character 32).
: A newline (Unicode character 32).
`\r`
: A carriage return (13).
@ -912,7 +912,7 @@ compiler can look at the argument type to find out what the parameter
types are.
As a further simplification, if the final parameter to a function is a
closure, the closure need not be placed within parenthesis. You could,
closure, the closure need not be placed within parentheses. You could,
for example, write...
~~~~

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