Lines Matching refs:this

40 In its simplest, less optimized form, this is done by exiting from the
44 in memory. Then QEMU proceeds to execute this next TB, starting at the
47 Exiting from the TB this way will cause the ``cpu_exec_interrupt()``
49 It is mandatory to exit this way after any CPU state changes that may
65 opcode, which branches to the returned address. In this way, we either
79    correctly locate and execute the next TB. For most guests, this is
81    data. The information updated in this step must be inferable from both
89 associated with the specified jump slot. Initially, this is the address
95 The first time this whole sequence is executed, step 1 simply jumps
98 optimized form described earlier in this section.
107 The next time this previous TB is executed and we get to that same
165 very often throughout the execution of a translation block---this includes
198 program counter samples with larger functions. To overcome this