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my_do_custom< T > Struct Template Reference

Inheritance diagram for my_do_custom< T >:[legend]Collaboration diagram for my_do_custom< T >:[legend]List of all members.


Public Member Functions
	my_do_custom (ParserStore &rp, const ParameterDescription &par, int which_operator, bool param_on_left)
void	operator() (char const , char const ) const
Public Attributes
const ParameterDescription &	m_par
int	m_which_operator
bool	m_param_on_left
ParserStore &	m_store

Detailed Description

template<typename T>
struct my_do_custom< T >

Definition at line 199 of file CreateRules.cc.

Constructor & Destructor Documentation

template<typename T>

my_do_custom< T >::my_do_custom	(	ParserStore &	rp,
		const ParameterDescription &	par,
		int	which_operator,
		bool	param_on_left
	)			`[inline]`

Definition at line 201 of file CreateRules.cc.

00205           : mySemantic(rp)
00206           , m_par(par)
00207           , m_which_operator(which_operator)
00208           , m_param_on_left(param_on_left){};

Member Function Documentation

template<typename T>

void my_do_custom< T >::operator()	(	char const *	,
		char const *
	)			const `[inline]`

Definition at line 214 of file CreateRules.cc.

00214                                                    {
00215       // This is a custom rule provided by the user. Call on his/her RuleFactor to make it.
00216     T val;
00217     m_store.popval(val);
00218 
00219     assert(m_par.factory());
00220     Rule* rule = m_par.factory()->createRule(m_par, m_which_operator, val, m_param_on_left);
00221 
00222     assert(rule);
00223     m_store.mStackRules.push(rule);
00224     //cout << "STACK custom rule " << typeid(*rule).name() << "  \"" << rule->name() << "\"" << endl;         
00225   }