Correct all UTF-8 spellings

This commit is contained in:
Denton Liu 2016-08-10 14:52:11 -04:00
parent 2a492f59c9
commit 1634a79bd8
2 changed files with 6 additions and 6 deletions

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@ -399,7 +399,7 @@ What character set does Solidity use?
=====================================
Solidity is character set agnostic concerning strings in the source code, although
utf-8 is recommended. Identifiers (variables, functions, ...) can only use
UTF-8 is recommended. Identifiers (variables, functions, ...) can only use
ASCII.
What are some examples of basic string manipulation (``substring``, ``indexOf``, ``charAt``, etc)?
@ -741,15 +741,15 @@ see a 32-byte hex value, this is just ``"stringliteral"`` in hex.
The type ``bytes`` is similar, only that it can change its length.
Finally, ``string`` is basically identical to ``bytes`` only that it is assumed
to hold the utf-8 encoding of a real string. Since ``string`` stores the
data in utf-8 encoding it is quite expensive to compute the number of
to hold the UTF-8 encoding of a real string. Since ``string`` stores the
data in UTF-8 encoding it is quite expensive to compute the number of
characters in the string (the encoding of some characters takes more
than a single byte). Because of that, ``string s; s.length`` is not yet
supported and not even index access ``s[2]``. But if you want to access
the low-level byte encoding of the string, you can use
``bytes(s).length`` and ``bytes(s)[2]`` which will result in the number
of bytes in the utf-8 encoding of the string (not the number of
characters) and the second byte (not character) of the utf-8 encoded
of bytes in the UTF-8 encoding of the string (not the number of
characters) and the second byte (not character) of the UTF-8 encoded
string, respectively.

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@ -147,7 +147,7 @@ Dynamically-sized byte array
``bytes``:
Dynamically-sized byte array, see :ref:`arrays`. Not a value-type!
``string``:
Dynamically-sized UTF8-encoded string, see :ref:`arrays`. Not a value-type!
Dynamically-sized UTF-8-encoded string, see :ref:`arrays`. Not a value-type!
As a rule of thumb, use ``bytes`` for arbitrary-length raw byte data and ``string``
for arbitrary-length string (UTF-8) data. If you can limit the length to a certain