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Merge pull request #62 from david10r/master

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Fix some minor spelling errors. Issue #61
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Gabriel Dos Reis 2015-09-22 03:19:52 -07:00
commit ec37d1ac0c
1 changed files with 3 additions and 3 deletions
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@ -1467,7 +1467,7 @@ Use `const` for the "from" argument:
void copy_n(const T* p, T* q, int n); // copy from [p:p+n) to [q:q+n) void copy_n(const T* p, T* q, int n); // copy from [p:p+n) to [q:q+n)
**Alternative**: Don't pass arrays as pointers, pass an object representing a rage (e.g., an `array_view`): **Alternative**: Don't pass arrays as pointers, pass an object representing a range (e.g., an `array_view`):
void copy_n(array_view<const T> p, array_view<T> q); // copy from b to q void copy_n(array_view<const T> p, array_view<T> q); // copy from b to q
@ -8023,7 +8023,7 @@ Libraries using threads my be used from some other part of the program.
**Exception**: There are examples where code will never be run in a multi-threaded environment. **Exception**: There are examples where code will never be run in a multi-threaded environment.
However, here are also many examples where code that was "known" to never run in a multi-threaded program However, here are also many examples where code that was "known" to never run in a multi-threaded program
was run as part of a multi-threaded program. Often years later. was run as part of a multi-threaded program. Often years later.
Typically, such programs leads to a painful efford to remove data races. Typically, such programs leads to a painful effort to remove data races.
<a name="Rconc-races"></a> <a name="Rconc-races"></a>
### CP.2: Avoid data races ### CP.2: Avoid data races
@ -10271,7 +10271,7 @@ It provides better support for high-level programming and often generates faster
**Reason**: C++ is more expressive than C and offer better support for many types of programming. **Reason**: C++ is more expressive than C and offer better support for many types of programming.
**Example**: For example, to use a 3rd party C library or C systems interface, define the low-level interface in the common subset of C and C++ for better type checking. **Example**: For example, to use a 3rd party C library or C systems interface, define the low-level interface in the common subset of C and C++ for better type checking.
Whenever possible encapsulate the low-level interface in an interface that follows the C++ guidelines (for better abstraction, memory safety, and resource safety) and use that C++ inerface in C++ code. Whenever possible encapsulate the low-level interface in an interface that follows the C++ guidelines (for better abstraction, memory safety, and resource safety) and use that C++ interface in C++ code.
**Example**: You can call C from C++: **Example**: You can call C from C++: