Lines Matching refs:ELT

148 #define FOR_EACH_ACTUAL_CHILD(CHILD, ELT)			\
149 for ((CHILD) = (ELT)->is_group \
150 ? next_child_for_group (NULL, (ELT)) \
151 : (ELT)->children; \
153 (CHILD) = (ELT)->is_group \
154 ? next_child_for_group ((CHILD), (ELT)) \
394 /* Test whether ELT or some sub-element cannot be scalarized. */
657 /* Invoked when ELT is required as a unit. Note that ELT might refer to
669 /* Invoked when ELT is initialized from a constant. VALUE may be NULL,
673 /* Invoked when we have a copy between one scalarizable reference ELT
675 IS_OUTPUT is true if ELT is on the left-hand side. */
1274 /* Compute the size and number of all instantiated elements below ELT.
1298 /* Instantiate fields in ELT->TYPE that are not currently present as
1299 children of ELT. */
1597 /* Mark every replacement under ELT with TREE_NO_WARNING. */
1616 /* Build a single level component reference to ELT rooted at BASE. */
1653 /* Build a full component reference to ELT rooted at its native variable. */
1673 instantiated elements under ELT to or from the equivalent structure
1675 true meaning to copy out of EXPR into ELT. */
1745 elements under ELT. In addition, do not assign to elements that have been
1787 elements under ELT with the contents of the initializer INIT. In addition,
1964 /* Scalarize a USE. To recap, this is either a simple reference to ELT,
1965 if elt is scalar, or some occurrence of ELT that requires a complete
1966 aggregate. IS_OUTPUT is true if ELT is being modified. */
1985 /* Otherwise we need some copies. If ELT is being read, then we want
1987 the reference takes place. If ELT is being written, then we want to
2160 reference ELT and one non-scalarizable reference OTHER. IS_OUTPUT is true
2161 if ELT is on the left-hand side. */
2172 /* Since ELT is not fully instantiated, we have to leave the
2178 /* The interesting case is when ELT is fully instantiated. In this
2264 /* Debug helper function. Print ELT in a nice human-readable format. */