89 return (intptr_t**)&f.own_abi()->callers_sp;
90 }
91
92 inline address* ContinuationHelper::InterpretedFrame::return_pc_address(const frame& f) {
93 return (address*)&f.callers_abi()->lr;
94 }
95
96 inline void ContinuationHelper::InterpretedFrame::patch_sender_sp(frame& f, const frame& caller) {
97 intptr_t* sp = caller.unextended_sp();
98 if (!f.is_heap_frame() && caller.is_interpreted_frame()) {
99 // See diagram "Interpreter Calling Procedure on PPC" at the end of continuationFreezeThaw_ppc.inline.hpp
100 sp = (intptr_t*)caller.at_relative(ijava_idx(top_frame_sp));
101 }
102 assert(f.is_interpreted_frame(), "");
103 assert(f.is_heap_frame() || is_aligned(sp, frame::alignment_in_bytes), "");
104 intptr_t* la = f.addr_at(ijava_idx(sender_sp));
105 *la = f.is_heap_frame() ? (intptr_t)(sp - f.fp()) : (intptr_t)sp;
106 }
107
108 inline address* ContinuationHelper::Frame::return_pc_address(const frame& f) {
109 return (address*)&f.callers_abi()->lr;
110 }
111
112 inline address ContinuationHelper::Frame::real_pc(const frame& f) {
113 return (address)f.own_abi()->lr;
114 }
115
116 inline void ContinuationHelper::Frame::patch_pc(const frame& f, address pc) {
117 f.own_abi()->lr = (uint64_t)pc;
118 }
119
120 // | Minimal ABI |
121 // | (frame::java_abi) |
122 // | 4 words |
123 // | Caller's SP |<- FP of f's caller
124 // |======================|
125 // | | Frame of f's caller
126 // | |
127 // frame_bottom of f ->| |
128 // |----------------------|
|
89 return (intptr_t**)&f.own_abi()->callers_sp;
90 }
91
92 inline address* ContinuationHelper::InterpretedFrame::return_pc_address(const frame& f) {
93 return (address*)&f.callers_abi()->lr;
94 }
95
96 inline void ContinuationHelper::InterpretedFrame::patch_sender_sp(frame& f, const frame& caller) {
97 intptr_t* sp = caller.unextended_sp();
98 if (!f.is_heap_frame() && caller.is_interpreted_frame()) {
99 // See diagram "Interpreter Calling Procedure on PPC" at the end of continuationFreezeThaw_ppc.inline.hpp
100 sp = (intptr_t*)caller.at_relative(ijava_idx(top_frame_sp));
101 }
102 assert(f.is_interpreted_frame(), "");
103 assert(f.is_heap_frame() || is_aligned(sp, frame::alignment_in_bytes), "");
104 intptr_t* la = f.addr_at(ijava_idx(sender_sp));
105 *la = f.is_heap_frame() ? (intptr_t)(sp - f.fp()) : (intptr_t)sp;
106 }
107
108 inline address* ContinuationHelper::Frame::return_pc_address(const frame& f) {
109 assert(f.cb() == nullptr || !f.cb()->is_nmethod() || !f.cb()->as_nmethod()->needs_stack_repair(),
110 "unsupported");
111 return (address*)&f.callers_abi()->lr;
112 }
113
114 inline address ContinuationHelper::Frame::real_pc(const frame& f) {
115 return (address)f.own_abi()->lr;
116 }
117
118 inline void ContinuationHelper::Frame::patch_pc(const frame& f, address pc) {
119 f.own_abi()->lr = (uint64_t)pc;
120 }
121
122 // | Minimal ABI |
123 // | (frame::java_abi) |
124 // | 4 words |
125 // | Caller's SP |<- FP of f's caller
126 // |======================|
127 // | | Frame of f's caller
128 // | |
129 // frame_bottom of f ->| |
130 // |----------------------|
|