Type_info

Type_info#

#include <Type_info.h>
Brief description

modelise une information de type pour les Objet_U

How to reference this class#

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:ref:`Type\_info <class-type-info>`

[Type\_info](#class-type-info)

Detailed description#

Member Functions: Public#

Member Functions: Static Public#

Member Functions: Private#

Member Functions: Static Private#

Complete Member Function Documentation#

bases#

Definition
Sortie & Type_info::bases(Sortie &) const
Brief description

Ecriture des bases du type considere sur un flot de sortie.

Detailed description
References
Referenced By
How to reference this method:

Copy the following pieces of RST/Markdown code to cite this element in other parts of the sphinx documentation (there is a copy button on the top-right when hovering the code block):

:ref:`Sortie & Type_info::bases(Sortie &) const <type-info-public-sortie-ref-type-info-bases-sortie-ref-const>`

[Sortie & Type_info::bases(Sortie &) const](#type-info-public-sortie-ref-type-info-bases-sortie-ref-const)

can_cast#

Definition
int Type_info::can_cast(const Type_info *p) const
Brief description

Exploration de la hierarchie des types retourne 1 si p pointe sur un sous type du type considere.

Detailed description
References
Referenced By
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:ref:`int Type_info::can_cast(const Type_info *p) const <type-info-public-int-type-info-can-cast-const-type-info-ptr-p-const>`

[int Type_info::can_cast(const Type_info *p) const](#type-info-public-int-type-info-can-cast-const-type-info-ptr-p-const)

has_base#

Definition
int Type_info::has_base(const Nom &, int direct=0) const
Brief description

Test d’appartenance d’un type dans les types de bases du type considere Le type a rechercher est identifie par son nom.

Detailed description

si direct = = 0 renvoie 1 si le type de nom name fait partie des bases de (*this) renvoie 0 sinon. si direct ! = 0 renvoie 1 si le type de nom name fait partie des bases de (*this) ou des meres directes ou non de (*this) renvoie 0 sinon.

References
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:ref:`int Type_info::has_base(const Nom &, int direct=0) const <type-info-public-int-type-info-has-base-const-nom-ref-int-direct-equal-0-const>`

[int Type_info::has_base(const Nom &, int direct=0) const](#type-info-public-int-type-info-has-base-const-nom-ref-int-direct-equal-0-const)

has_base#

Definition
int Type_info::has_base(const Type_info *p, int direct=0) const
Brief description

Test d’appartenance d’un type dans les types de bases du type considere si direct = = 0.

Detailed description

renvoie 1 si (*p) fait partie des bases de (*this) renvoie 0 sinon. si direct ! = 0 renvoie 1 si (*p) fait partie des bases de (*this) ou des meres directes ou non de (*this) renvoie 0 sinon.

References
Referenced By
How to reference this method:

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:ref:`int Type_info::has_base(const Type_info *p, int direct=0) const <type-info-public-int-type-info-has-base-const-type-info-ptr-p-int-direct-equal-0-const>`

[int Type_info::has_base(const Type_info *p, int direct=0) const](#type-info-public-int-type-info-has-base-const-type-info-ptr-p-int-direct-equal-0-const)

instance#

Definition
Objet_U * Type_info::instance() const
Brief description

Cree une instance de la classe associee au type_info.

Detailed description
References
Referenced By
How to reference this method:

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:ref:`Objet_U * Type_info::instance() const <type-info-public-objet-u-ptr-type-info-instance-const>`

[Objet_U * Type_info::instance() const](#type-info-public-objet-u-ptr-type-info-instance-const)

instanciable#

Definition
int Type_info::instanciable() const
Brief description

Renvoie 1 si le type associe est instanciable (cree_instance non nul) renvoie 0 sinon.

Detailed description
Referenced By
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:ref:`int Type_info::instanciable() const <type-info-public-int-type-info-instanciable-const>`

[int Type_info::instanciable() const](#type-info-public-int-type-info-instanciable-const)

name#

Definition
const Nom & Type_info::name() const
Brief description
Detailed description
Referenced By
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:ref:`const Nom & Type_info::name() const <type-info-public-const-nom-ref-type-info-name-const>`

[const Nom & Type_info::name() const](#type-info-public-const-nom-ref-type-info-name-const)

same#

Definition
int Type_info::same(const Nom &) const
Brief description

Comparaison sur le nom d’un type Retourne 1 si les chaines de caracteres des noms du type considere et du nom indique sont identiques.

Detailed description

Retour 0 sinon

References
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:ref:`int Type_info::same(const Nom &) const <type-info-public-int-type-info-same-const-nom-ref-const>`

[int Type_info::same(const Nom &) const](#type-info-public-int-type-info-same-const-nom-ref-const)

same#

Definition
int Type_info::same(const Type_info *p) const
Brief description

Renvoie 1 si this = = p, 0 sinon.

Detailed description
Referenced By
How to reference this method:

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:ref:`int Type_info::same(const Type_info *p) const <type-info-public-int-type-info-same-const-type-info-ptr-p-const>`

[int Type_info::same(const Type_info *p) const](#type-info-public-int-type-info-same-const-type-info-ptr-p-const)

Type_info#

Definition
Type_info::Type_info(const char *name, int nb_bases=0, const Type_info **bases=0)
Brief description

Constructeur par un nom, un tableau de meres.

Detailed description
References
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:ref:`Type_info::Type_info(const char *name, int nb_bases=0, const Type_info **bases=0) <type-info-public-type-info-type-info-const-char-ptr-name-int-nb-bases-equal-0-const-type-info-ptr-ptr-bases-equal-0>`

[Type_info::Type_info(const char *name, int nb_bases=0, const Type_info **bases=0)](#type-info-public-type-info-type-info-const-char-ptr-name-int-nb-bases-equal-0-const-type-info-ptr-ptr-bases-equal-0)

Type_info#

Definition
Type_info::Type_info(const char *name, Objet_U *(*f)(), int nb_bases=0, const Type_info **bases=0)
Brief description

Constructeur par un nom, une fonction et un tableau de meres.

Detailed description

La fonction permet de creer une instance du bon type.

References
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:ref:`Type_info::Type_info(const char *name, Objet_U *(*f)(), int nb_bases=0, const Type_info **bases=0) <type-info-public-type-info-type-info-const-char-ptr-name-objet-u-ptr-ptr-f-int-nb-bases-equal-0-const-type-info-ptr-ptr-bases-equal-0>`

[Type_info::Type_info(const char *name, Objet_U *(*f)(), int nb_bases=0, const Type_info **bases=0)](#type-info-public-type-info-type-info-const-char-ptr-name-objet-u-ptr-ptr-f-int-nb-bases-equal-0-const-type-info-ptr-ptr-bases-equal-0)

~Type_info#

Definition
Type_info::~Type_info()
Brief description
Detailed description
References
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:ref:`Type_info::~Type_info() <type-info-public-type-info-dtor-type-info>`

[Type_info::~Type_info()](#type-info-public-type-info-dtor-type-info)

est_un_type#

Definition
int Type_info::est_un_type(const char *)
Brief description

Test d’existence d’une classe du type indique si il existe une classe T dont le Type_info a.

Detailed description

le nom nom, alors est_un_type renvoie 1 renvoie le pointeur nul sinon.

References
Referenced By
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:ref:`int Type_info::est_un_type(const char *) <type-info-public-static-int-type-info-est-un-type-const-char-ptr>`

[int Type_info::est_un_type(const char *)](#type-info-public-static-int-type-info-est-un-type-const-char-ptr)

hierarchie#

Definition
Sortie & Type_info::hierarchie(Sortie &)
Brief description

Ecriture de toute la hierarchie du type considere sur un flix de sortie.

Detailed description
References
Referenced By
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:ref:`Sortie & Type_info::hierarchie(Sortie &) <type-info-public-static-sortie-ref-type-info-hierarchie-sortie-ref>`

[Sortie & Type_info::hierarchie(Sortie &)](#type-info-public-static-sortie-ref-type-info-hierarchie-sortie-ref)

instance#

Definition
Objet_U * Type_info::instance(const char *typ)
Brief description

Instanciation d’un Objet_U du type indique S’il existe une classe T dont le Type_info a.

Detailed description

le nom typ, alors instance renvoie un pointeur sur une nouvelle instance de T. renvoie le pointeur nul sinon.

References
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:ref:`Objet_U * Type_info::instance(const char *typ) <type-info-public-static-objet-u-ptr-type-info-instance-const-char-ptr-typ>`

[Objet_U * Type_info::instance(const char *typ)](#type-info-public-static-objet-u-ptr-type-info-instance-const-char-ptr-typ)

les_sous_types#

Definition
int Type_info::les_sous_types(const Nom &, Noms &sous_types)
Brief description

Donne les noms des sous - types, un type mere etant donne par son nom.

Detailed description
References
Referenced By
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:ref:`int Type_info::les_sous_types(const Nom &, Noms &sous_types) <type-info-public-static-int-type-info-les-sous-types-const-nom-ref-noms-ref-sous-types>`

[int Type_info::les_sous_types(const Nom &, Noms &sous_types)](#type-info-public-static-int-type-info-les-sous-types-const-nom-ref-noms-ref-sous-types)

les_sous_types#

Definition
int Type_info::les_sous_types(const Type_info &, Noms &sous_types)
Brief description

Donne les noms des sous - types, un type mere etant donne.

Detailed description
References
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:ref:`int Type_info::les_sous_types(const Type_info &, Noms &sous_types) <type-info-public-static-int-type-info-les-sous-types-const-type-info-ref-noms-ref-sous-types>`

[int Type_info::les_sous_types(const Type_info &, Noms &sous_types)](#type-info-public-static-int-type-info-les-sous-types-const-type-info-ref-noms-ref-sous-types)

type_info_from_name#

Definition
const Type_info * Type_info::type_info_from_name(const char *type_name)
Brief description

Methode statique qui renvoie un pointeur vers le Type_info dont le nom est “type_name”.

Detailed description

Si type_name n’est pas un type, renvoie un pointeur nul.

Referenced By
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:ref:`const Type_info * Type_info::type_info_from_name(const char *type_name) <type-info-public-static-const-type-info-ptr-type-info-type-info-from-name-const-char-ptr-type-name>`

[const Type_info * Type_info::type_info_from_name(const char *type_name)](#type-info-public-static-const-type-info-ptr-type-info-type-info-from-name-const-char-ptr-type-name)

ajouter_type#

Definition
void Type_info::ajouter_type(const Type_info &type_info)
Brief description

Methode statique appelee par les constructeurs de Type_info pour ajouter un nouveau type a la liste des types enregistres.

Detailed description

Verifie que le nom du type n’existe pas encore.

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:ref:`void Type_info::ajouter_type(const Type_info &type_info) <type-info-private-void-type-info-ajouter-type-const-type-info-ref-type-info>`

[void Type_info::ajouter_type(const Type_info &type_info)](#type-info-private-void-type-info-ajouter-type-const-type-info-ref-type-info)

operator =#

Definition
Type_info & Type_info::operator=(Type_info &)
Brief description
Detailed description
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:ref:`Type_info & Type_info::operator=(Type_info &) <type-info-private-type-info-ref-type-info-operator-equal-type-info-ref>`

[Type_info & Type_info::operator=(Type_info &)](#type-info-private-type-info-ref-type-info-operator-equal-type-info-ref)

Type_info#

Definition
Type_info::Type_info(Type_info &)
Brief description
Detailed description
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:ref:`Type_info::Type_info(Type_info &) <type-info-private-type-info-type-info-type-info-ref>`

[Type_info::Type_info(Type_info &)](#type-info-private-type-info-type-info-type-info-ref)

search_type_info_name#

Definition
int Type_info::search_type_info_name(const char *nom, int &index)
Brief description

Recherche le type de nom “nom” dans la liste de types enregistres par une recherche binaire.

Detailed description

On compare les chaines converties en majuscules. On range dans “index” l’indice du type, s’il a ete trouve et sinon l’indice du type juste apres (dans ce cas, on a les_types[index - 1] - >n <nom <les_types[index] - >n ) Si le type a ete trouve on renvoie 1, sinon 0.

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:ref:`int Type_info::search_type_info_name(const char *nom, int &index) <type-info-private-static-int-type-info-search-type-info-name-const-char-ptr-nom-int-ref-index>`

[int Type_info::search_type_info_name(const char *nom, int &index)](#type-info-private-static-int-type-info-search-type-info-name-const-char-ptr-nom-int-ref-index)

Attributes Documentation#

b (private)
const Type_info** Type_info::b = nullptr
cree_instance (private)
Objet_U *(* Type_info::cree_instance) () = nullptr
name_ (private)
Nom* Type_info::name_ = nullptr
names_ (private)
const char* Type_info::names_ = "rien"
nb_bases_ (private)
int Type_info::nb_bases_ = - 1
synonym_ (private)
Synonyme_info* Type_info::synonym_ = nullptr
synonym_name_ (private)
Nom* Type_info::synonym_name_ = nullptr
les_types (private)
const Type_info ** Type_info::les_types = 0
les_types_memsize (private)
int Type_info::les_types_memsize = 0
nb_classes (private)
int Type_info::nb_classes = 0
types_homonymes (private)
int * Type_info::types_homonymes = 0
Contents