Lines Matching refs:Exit
335 // exit
366 frame_->Exit();
897 JumpTarget exit;
1060 exit.Bind();
1079 JumpTarget exit;
1100 exit.Jump();
1106 exit.Bind();
1314 JumpTarget exit;
1330 exit.Jump();
1343 LoadConditionAndSpill(node->condition(), &then, &exit, true);
1345 Branch(false, &exit);
1358 LoadConditionAndSpill(node->condition(), &exit, &else_, true);
1360 Branch(true, &exit);
1372 LoadConditionAndSpill(node->condition(), &exit, &exit, false);
1383 if (exit.is_linked()) {
1384 exit.Bind();
1766 JumpTarget exit;
1776 exit.Branch(eq);
1779 exit.Branch(eq);
1981 // Exit.
1982 exit.Bind();
1998 JumpTarget exit;
2014 exit.Jump();
2073 exit.Jump();
2105 exit.Bind();
2279 JumpTarget exit;
2281 exit.Branch(ne);
2288 exit.Bind();
2380 JumpTarget exit;
2381 if (has_valid_frame()) exit.Jump();
2384 if (exit.is_linked()) exit.Bind();
2405 // If there was no control flow to slow, we can exit early.
2505 JumpTarget exit;
2515 exit.Branch(ne);
2533 exit.Branch(eq);
2540 // to bind the exit label. Doing so can defeat peephole
2543 exit.Bind();
3876 JumpTarget exit;
3898 exit.Branch(vc);
3930 exit.Bind();
3956 // same. This is necessary because we may have to branch to the exit
3970 JumpTarget exit;
3977 ToBoolean(&pop_and_continue, &exit);
3978 Branch(false, &exit);
3988 // Exit (always with a materialized value).
3989 exit.Bind();
4016 JumpTarget exit;
4023 ToBoolean(&exit, &pop_and_continue);
4024 Branch(true, &exit);
4034 // Exit (always with a materialized value).
4035 exit.Bind();
5227 // On exit r0 is 0, positive or negative to indicate the result of
5726 // On entry the operands are in r0 and r1. On exit the answer is in r0.
6433 // TODO(1242173): To let the GC traverse the return address of the exit
6461 // Exit C frame and return.
6513 // Enter the exit frame that transitions from JavaScript to C++.
6568 Label invoke, exit;
6570 // Called from C, so do not pop argc and args on exit (preserve sp)
6609 __ b(&exit);
6662 __ bind(&exit); // r0 holds result
