#include <Type.h>
Inheritance diagram for TupleType:
Public Member Functions | |
string | toString () const |
bool | isBasetype () const |
constTypePtr | matchFlex (constTypePtr type, unsigned int number=0) const |
int | match (constTypePtr expected) const |
bool | equals (constTypePtr expected) const |
bool | canCast (constTypePtr to) const |
TypePtr | clone () const |
constTypePtr | unflex (constTypePtr type, unsigned int number=0) const |
std::ostream & | toStream (std::ostream &str) const |
TupleType (constTypePtr type, bool as_const =false) | |
TupleType (bytecodeistream &str) | |
void | concat (constTypePtr t) |
unsigned int | parameterCount () const |
constTypePtr | parameterType (unsigned int parameter_number) const |
~TupleType () | |
Protected Attributes | |
std::vector< constTypePtr > | m_types |
Private Member Functions | |
REP_BODY (TupleType) |
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check, if the type can be casted (at runtime considered to be - similar to dynamic_cast) to another type Reimplemented from Type. |
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clone this type Reimplemented from Type. |
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check equality of the types, without any assumptions like any == unspec Reimplemented from Type. |
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Reimplemented from Type. |
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check match with expected type <0: no match, ==0: full match, >0: propagated match Reimplemented from Type. |
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Reimplemented from Type. |
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write out to stream Reimplemented from Type. |
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Converts a type code to its YCP notation. Reimplemented from Type. |
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replace any 'FlexT' (number == 0) or 'NFlexT' (number != 0) with 'type' Reimplemented from Type. |
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