compiler_optimisation_traits Struct Reference
[Utility Library]

#include <stlsoft/util/compiler_optimisation_traits.hpp>

List of all members.

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Detailed Description

traits class for (current) compiler

Public Types
enum	{ supportsEBO1 = sizeof(compiler_optimisation_traits_ebo_thin_child) == sizeof(compiler_optimisation_traits_ebo_parent) }
	1. With empty base and empty child More...
enum	{ supportsEBO2 = sizeof(compiler_optimisation_traits_ebo_thick_child) == sizeof(compiler_optimisation_traits_ebo_thick_peer) }
	2. With empty base and non-empty child More...
enum	{ supportsEBO3 = sizeof(compiler_optimisation_traits_ebo_thin_grandchild) == sizeof(compiler_optimisation_traits_ebo_parent) }
	3. With empty base, empty intermediate, and empty child More...
enum	{ supportsEBO4 = sizeof(compiler_optimisation_traits_ebo_thick_grandchild) == sizeof(compiler_optimisation_traits_ebo_thick_peer) }
	4. With empty base, empty intermediate, and non-empty child More...
enum	{ supportsEBO5 = sizeof(compiler_optimisation_traits_ebo_mi_thin_child) == sizeof(compiler_optimisation_traits_ebo_parent) }
	5. With two empty bases and empty child More...
enum	{ supportsEBO6 = sizeof(compiler_optimisation_traits_ebo_mi_thick_child) == sizeof(compiler_optimisation_traits_ebo_thick_peer) }
	6. With two empty bases and non-empty child More...
enum	{ supportsEBO7 = sizeof(compiler_optimisation_traits_ebo_mi_mixin_child) == sizeof(compiler_optimisation_traits_ebo_thick_peer) }
	7. With one empty base (the mixin), one non-empty base and empty child More...
enum	{ supportsEBO = supportsEBO1 & supportsEBO2 & supportsEBO3 & supportsEBO4 }
enum	{ supportsMIEBO = supportsEBO5 & supportsEBO6 & supportsEBO7 }
enum	{ supportsExtendedEBO = supportsEBO & supportsMIEBO }
enum	{ supportsEDO1 = supportsEBO1 }
	1. With empty base (same as EBO1) More...
enum	{ supportsEDO2 = sizeof(compiler_optimisation_traits_edo_child<compiler_optimisation_traits_edo_thin_base>) == sizeof(compiler_optimisation_traits_edo_thin_base) }
	2. With empty base (same as EBO1); child is template More...
enum	{ supportsEDO3 = sizeof(compiler_optimisation_traits_edo_child_of_thick_base) == sizeof(compiler_optimisation_traits_edo_thick_base) }
	3. With non-empty base More...
enum	{ supportsEDO4 = sizeof(compiler_optimisation_traits_edo_child<compiler_optimisation_traits_edo_thick_base>) == sizeof(compiler_optimisation_traits_edo_thick_base) }
	4. With non-empty base; child is template More...
enum	{ supportsEDO5 = supportsEBO5 }
	5. With two empty bases More...
enum	{ supportsEDO6 = sizeof(compiler_optimisation_traits_edo_mi_child<compiler_optimisation_traits_edo_thin_base, compiler_optimisation_traits_edo_thin_base2>) == sizeof(compiler_optimisation_traits_edo_thin_base) }
	6. With two empty bases; child is template More...
enum	{ supportsEDO7 = supportsEBO7 }
	7. With one empty base (the mixin), one non-empty base More...
enum	{ supportsEDO8 = sizeof(compiler_optimisation_traits_edo_mi_child<compiler_optimisation_traits_edo_thick_base, compiler_optimisation_traits_edo_thin_base>) == sizeof(compiler_optimisation_traits_edo_thick_base) }
	8. With one empty base (the mixin), one non-empty base; child is template More...
enum	{ supportsEDO = supportsEDO1 & supportsEDO2 & supportsEDO3 & supportsEDO4 }
enum	{ supportsMIEDO = supportsEDO5 & supportsEDO6 & supportsEDO7 & supportsEDO8 }
enum	{ supportsExtendedEDO = supportsEDO & supportsMIEDO }

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Member Enumeration Documentation

anonymous enum

1. With empty base and empty child

anonymous enum

2. With empty base and non-empty child

anonymous enum

3. With empty base, empty intermediate, and empty child

anonymous enum

4. With empty base, empty intermediate, and non-empty child

anonymous enum

5. With two empty bases and empty child

anonymous enum

6. With two empty bases and non-empty child

anonymous enum

7. With one empty base (the mixin), one non-empty base and empty child

anonymous enum

1. With empty base (same as EBO1)

anonymous enum

2. With empty base (same as EBO1); child is template

anonymous enum

3. With non-empty base

anonymous enum

4. With non-empty base; child is template

anonymous enum

5. With two empty bases

anonymous enum

6. With two empty bases; child is template

anonymous enum

7. With one empty base (the mixin), one non-empty base

anonymous enum

8. With one empty base (the mixin), one non-empty base; child is template

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The documentation for this struct was generated from the following file:

• stlsoft/util/compiler_optimisation_traits.hpp