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DATE 2016-11-01

LEARN

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MESSAGE
DATE 2016-11-07
FROM Ruben Safir
SUBJECT Subject: [Learn] templates and ostream for future reference
From learn-bounces-at-nylxs.com Mon Nov 7 19:56:06 2016
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http://cppannotations.sourceforge.net/annotations/html/cplusplus23.html

23.4.1: Policy classes - I
A policy defines (in some contexts: prescribes) a particular kind of
behavior. In C++ a policy class defines a certain part of the class
interface. It may also define inner types, member functions, and data
members.

In the previous section the problem of creating a class that might use
any of a series of allocation schemes was introduced. These allocation
schemes all depend on the actual data type to use, and so the `template
reflex' should kick in.

Allocation schemes should probably be defined as template classes,
applying the appropriate allocation procedures to the data type at hand.
When such allocation schemes are used by the familiar STL containers
(like std::vector, std::stack, etc.), then such home-made allocation
schemes should probably be derived from std::allocator, to provide for
the requirements made by these containers. The class template
std::allocator is declared by the header file and the three
allocation schemes developed here were all derived from std::allocator.

Using in-class implementations for brevity the following allocation
classes could be defined:

No special allocation takes place, Data is used `as is':

template
class PlainAlloc: public std::allocator
{
template
friend std::ostream &operator<<(std::ostream &out,
PlainAlloc const &alloc);
Data d_data;

public:
PlainAlloc()
{}
PlainAlloc(Data const &data)
:
d_data(data)
{}
PlainAlloc(PlainAlloc const &other)
:
d_data(other.d_data)
{}
};

The second allocation scheme uses the standard new operator to
allocate a new copy of the data:

template
class NewAlloc: public std::allocator
{
template
friend std::ostream &operator<<(std::ostream &out,
NewAlloc const &alloc);
Data *d_data;

public:
NewAlloc()
:
d_data(0)
{}
NewAlloc(Data const &data)
:
d_data(new Data(data))
{}
NewAlloc(NewAlloc const &other)
:
d_data(new Data(*other.d_data))
{}
~NewAlloc()
{
delete d_data;
}
};

The third allocation scheme uses the placement new operator (see
section 9.1.5), requesting memory from a common pool (the implementation
of the member request, obtaining the required amount of memory, is left
as an exercise to the reader):

template
class PlacementAlloc: public std::allocator
{
template
friend std::ostream &operator<<(std::ostream &out,
PlacementAlloc const &alloc);
Data *d_data;

static char s_commonPool[];
static char *s_free;

public:
PlacementAlloc()
:
d_data(0)
{}
PlacementAlloc(Data const &data)
:
d_data(new(request()) Data(data))
{}
PlacementAlloc(PlacementAlloc const &other)
:
d_data(new(request()) Data(*other.d_data))
{}
~PlacementAlloc()
{
d_data->~Data();
}
private:
static char *request();
};

The above three classes define policies that may be selected by the user
of the class Storage introduced in the previous section. In addition to
these classes, additional allocation schemes could be implemented by the
user as well.

To apply the proper allocation scheme to the class Storage, Storage
should be designed as a class template itself. The class also needs a
template type parameter allowing users to specify the data type.

The data type to be used by a particular allocation scheme could of
course be specified when specifying the allocation scheme to use. The
class Storage would then have two template type parameters, one for the
data type, one for the allocation scheme:

template
class Storage ...

To use the class Storage we would then write, e.g.:

Storage> storage;

Using Storage this way is fairly complex and potentially error-prone, as
it requires the user to specify the data type twice. Instead, the
allocation scheme should be specified using a new type of template
parameter, not requiring the user to specify the data type required by
the allocation scheme. This new kind of template parameter (in addition
to the well-known template type parameter and template non-type
parameter) is called the template template parameter.

Starting with the C++14 standard using the keyword class in the
syntactical form of template template parameters (template specifications> class Name) is no longer required. From that standard
onward, the keyword typename can also be used (e.g., template specifications> typename Name).


--
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that Brooklyn, like Atlantis, reaches mythological
proportions in the mind of the world - RI Safir 1998
http://www.mrbrklyn.com

DRM is THEFT - We are the STAKEHOLDERS - RI Safir 2002
http://www.nylxs.com - Leadership Development in Free Software
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  3. 2016-11-01 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] how is it indexing in cuda
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  14. 2016-11-03 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Fitch Algorithm - C++
  15. 2016-11-03 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Fitch Algorithm - C++
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  18. 2016-11-03 Ruben Safir <ruben.safir-at-my.liu.edu> Re: [Learn] huffman code
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  24. 2016-11-04 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] huffman code
  25. 2016-11-04 Christopher League <league-at-contrapunctus.net> Subject: [Learn] Fitch/Sankoff
  26. 2016-11-05 Christopher League <league-at-contrapunctus.net> Re: [Learn] Fwd: templates within templates
  27. 2016-11-05 ruben safir <ruben-at-mrbrklyn.com> Subject: [Learn] Fwd: Re: const T vs T const
  28. 2016-11-05 ruben safir <ruben-at-mrbrklyn.com> Subject: [Learn] Fwd: Template Library files and Header linking troubles
  29. 2016-11-05 ruben safir <ruben-at-mrbrklyn.com> Subject: [Learn] Fwd: templates within templates
  30. 2016-11-06 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Fwd: templates within templates
  31. 2016-11-06 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] Fwd: templates within templates
  32. 2016-11-06 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Fwd: templates within templates
  33. 2016-11-06 Christopher League <league-at-contrapunctus.net> Re: [Learn] Fwd: templates within templates
  34. 2016-11-06 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Fwd: templates within templates
  35. 2016-11-06 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] Fwd: templates within templates
  36. 2016-11-06 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] Fwd: templates within templates
  37. 2016-11-06 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] GNU Parallel 20161022 ('Matthew') released [stable]
  38. 2016-11-07 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] templates and ostream for future reference
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  56. 2016-11-09 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] merge sort parallel hw
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  115. 2016-11-29 Christopher League <league-at-contrapunctus.net> Re: [Learn] Look at this exciting output by my test program
  116. 2016-11-29 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] Look at this exciting output by my test program
  117. 2016-11-29 Ruben Safir <ruben-at-mrbrklyn.com> Re: [Learn] Look at this exciting output by my test program
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  119. 2016-11-29 Ruben Safir <mrbrklyn-at-panix.com> Re: [Learn] Quantum Entanglement
  120. 2016-11-29 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] Here is the paper I was talking out
  121. 2016-11-29 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] Look at this exciting output by my test program
  122. 2016-11-29 nylxs <mrbrklyn-at-optonline.net> Subject: [Learn] Look at this exciting output by my test program
  123. 2016-11-29 Ruben Safir <ruben-at-mrbrklyn.com> Subject: [Learn] Quantum Entanglement
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