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| | SOO (core_t *p_fun, const char *p_str) |
| | Ctor.
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| ~SOO () override |
| | Dtor.
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| SOO (const SOO &)=delete |
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| SOO (SOO &&)=delete |
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SOO & | operator= (const SOO &)=delete |
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SOO & | operator= (SOO &&)=delete |
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| SOO * | dup () const override |
| | Creates a new instance as copy following the red book definition.
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| std::string | opequal () const override |
| | String representation of object for operators '=', 'cvs' and 'stack'.
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| OTCode | ot () const override |
| | Returns an OTCode.
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| std::string | type () const override |
| | Returns a type name.
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| bool | equal (const SO *p_other) const override |
| | Checks if this SO is equal to another SO.
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| void | exec (Context &k) const |
| | Call the core code.
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| SO () |
| | Ctor.
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| | SO (bool p_exec) |
| | Ctor.
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| SO (const SO &p_other) |
| | Copy ctor.
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| virtual | ~SO () |
| | Virtual dtor.
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| SO (SO &&)=delete |
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SO & | operator= (const SO &)=delete |
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SO & | operator= (SO &&)=delete |
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bool | getExec () const |
| | Getter for exec_.
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void | setExec (bool p_exec) |
| | Setter for exec_.
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| virtual size_t | getSize () const |
| | Returns the size of the SO.
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| virtual SO * | clone () const |
| | Creates a new instance as copy with deep cloning.
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| virtual std::string | opequalequal () const |
| | String representation for operators '==' and 'pstack'.
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| virtual bool | gt (OpError &p_ec, const SO *) const |
| | Greater than.
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| virtual bool | ge (OpError &p_ec, const SO *) const |
| | Greater or equal.
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| Counter (Counter< SO > &&)=delete |
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Counter< SO > & | operator= (const Counter< SO > &)=delete |
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Counter< SO > & | operator= (Counter< SO > &&)=delete |
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Semantic Object core code Operator.
The operator object links to the core code of an operator.
These objects are generated as values in the dictionaries systemdict and leodict of the startup configuration of the interpreter.
- Invariant
- core_ != nullptr
-
srep_ != nullptr
-
*srep_ != 0
| bool SOO::equal |
( |
const SO * |
p_other | ) |
const |
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inlineoverridevirtual |
Checks if this SO is equal to another SO.
Equality means:
SOL und SOM are always equal.
For SOD, SOF and SOK, share_ptr<> points to the same object.
For SOA, share_ptr<> points to the same object, but empty arrays are equal nonetheless.
For SOO and SOo the function pointer must be the same.
Otherwise the value must be the same, even for SOS with shared_ptr<>.
- Returns
- bool ... true if the SO's are of the same type and equal
- See also
- Will be used directly and unchanged as operator eq
- Parameters
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| [in] | p_other | The object to compare with. |
Implements SO.