/* initVar - handle variable initialization from tuples */

void _pf_suckItemOffStack(_pf_Stack **pStack, char **pEncoding, 
	struct _pf_type *fieldType, void *output);
/* Suck data off of stack and puts it in output. 
 * Parameters:
 *   pStack - Pointer to stack.  Updated to point to next item to
 *            consume.
 *   pEncoding - points to something that looks like ((xx)x(xxx)x)
 *            where the x's indicate that a single data item is to be
 *            read, and the parens indicate that an array or object
 *            containing that many fields is to be read.  This is
 *            updated by call to point to info on next item.
 *   fieldType - Describes type of this field.
 *   output - Where to put result. */

_pf_Object  _pf_tuple_to_class(_pf_Stack *stack, int typeId, char *encoding);
/* Convert tuple on stack to class. */

_pf_Array _pf_tuple_to_array(_pf_Stack *stack, int typeId, char *encoding);
/* Convert tuple on stack to array. */

_pf_Dir _pf_tuple_to_dir(_pf_Stack *stack, int typeId, char *encoding);
/* Convert tuple on stack to array. */

void _pf_class_cleanup(struct _pf_object *obj, int typeId);
/* Clean up all class fields, and then class itself. */

_pf_List _pf_bit_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_byte_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_short_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_int_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_long_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_float_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_double_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_string_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_List _pf_class_list_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);

_pf_Tree _pf_bit_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_byte_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_short_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_int_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_long_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_float_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_double_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_string_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Tree _pf_class_tree_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);

_pf_Dir _pf_bit_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_byte_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_short_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_int_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_long_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_float_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_double_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
_pf_Dir _pf_string_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);
#define _pf_dyString_dir_from_tuple _pf_string_dir_from_tuple
_pf_Dir _pf_class_dir_from_tuple(_pf_Stack *stack, int count, int typeId, int elTypeId);

int _pf_countOurLevel(char *encoding);
/* Count up items in our level of encoding.  For
 * (x(xxx)) for instance would count two items: x and (xxx) */