Lines Matching full:jump

199   // Adds a relative jump source fixup at pos.
200   // Jump source fixups are used to find offsets in the new bytecode that
201   // contain jump sources.
203   // Adds a relative jump destination fixup at pos.
204   // Jump destination fixups are used to find offsets in the new bytecode that
207   // Sets an absolute jump destination fixup at pos.
211   // Updates all jump targets in the new bytecode.
213   // Update a single jump.
230   // Key: Jump source (offset where destination is stored in old bytecode)
234   // Key: Jump source (offset where destination is stored in new bytecode)
237   // Number of times a jump destination is used within the bytecode.
238   // Key: Jump destination (offset in old bytecode).
239   // Value: Number of times jump destination is used.
243   // Value: Delta to map jump source from old bytecode to new bytecode in bytes.
248   // Value: Delta to map jump destinations from old bytecode to new bytecode in
489   // In general fixups are deltas of original offsets of jump
491   // bytecode. All jump targets are fixed after the new bytecode is fully
506       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
515       .IgnoreArgument(2, 4, 4);  // loop jump
521       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
531       .IgnoreArgument(3, 4, 4);  // loop jump
537       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
548       .IgnoreArgument(3, 4, 4);  // loop jump
558       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
567       .IgnoreArgument(2, 4, 4);  // loop jump
572       // Sequence is only valid if the jump targets of both CHECK_CHAR bytecodes
576       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
587       .IgnoreArgument(3, 4, 4);  // loop jump
591       // Sequence is only valid if the jump target of CHECK_GT is the first
595       // Sequence is only valid if the jump target of CHECK_BIT_IN_TABLE is
599       // Sequence is only valid if the jump target of GOTO is the same as the
600       // jump target of CHECK_GT (i.e. both jump to the first bytecode AFTER the
604       // Sequence is only valid if the jump target of ADVANCE_CP_AND_GOTO is the
614       .IgnoreArgument(2, 4, 4)   // indirect loop jump
615       .IgnoreArgument(3, 4, 4)   // jump out of loop
616       .IgnoreArgument(4, 4, 4);  // loop jump
689   // Jump sources that are mapped or marked as unused will be deleted at the end
701     // If we map any jump source we mark the old source for deletion and insert
702     // a new jump.
707       // Add new jump edge add current position.
709       // Mark old jump edge for deletion.
711       // Decrement usage count of jump destination.
732         // Mark old jump edge for deletion.
734         // Decrement usage count of jump destination.
750   // Jump destinations only jumped to from inside the sequence will be ignored.
762     // Check if any jump in the sequence we are preserving has a jump
765     // this jump destination.
768          jump_iter->first /* jump source */ <
779     // jump.
785     // All jump targets after the start of the optimized sequence need to be
867   // Mapped jump edges don't need source fixups, as the position already is an
884   // actually used and check if we jump to one of them.