| /netbsd/external/gpl3/gdb/dist/sim/testsuite/sim/bfin/ |
| H A D | c_mmr_loop_user_except.S | 240 R2 = RETI;
242 RETI = r2; define
248 RETI = r3; define
254 RETI = r4; define
260 RETI = r5; define
266 RETI = r6; define
272 RETI = r7; define
283 RETI = r0; define
289 RETI = r1; define
295 RETI = r2; define
[all …]
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| H A D | c_mode_user_superivsor.S | 230 R0 = RETI;
235 RETI = r0; define
241 RETI = r0; define
250 RETI = r0; define
264 RETI = r0; define
274 RETI = r0; define
284 RETI = r0; define
298 RETI = r0; define
308 RETI = r0; define
318 RETI = r0; define
[all …]
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| H A D | c_except_user_mode.S | 230 R2 = RETI;
234 RETI = r2; define
243 RETI = r3; define
252 RETI = r4; define
262 RETI = r5; define
272 RETI = r6; define
282 RETI = r7; define
292 RETI = r0; define
302 RETI = r1; define
312 RETI = r2; define
[all …]
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| H A D | c_mode_user.S | 253 R2 = RETI;
255 RETI = r2; define
261 RETI = r3; define
267 RETI = r4; define
273 RETI = r5; define
279 RETI = r6; define
285 RETI = r7; define
296 RETI = r0; define
302 RETI = r1; define
308 RETI = r2; define
[all …]
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| H A D | cec-raise-reti.S | 34 RETI = R1; define
45 [--SP] = RETI;
50 # ... but we should RETI here
54 R2 = RETI;
61 [--SP] = RETI;
62 # ... but we should RETI here
66 R2 = RETI;
71 [--SP] = RETI;
78 # ... but we should RETI here
82 R2 = RETI;
[all …]
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| H A D | cec-snen-reti.S | 1 # Blackfin testcase for having RETI LSB set correctly when self nested
39 RETI = R4; define
46 # This IVG makes sure RETI LSB is set correctly on transition in (RAISE)
48 R0 = RETI;
56 # Make sure LSB of RETI is set only on first pass
68 [--sp] = RETI;
76 RETI = R4; define
79 # This IVG makes sure RETI LSB is respected on transition out (RTI)
81 R0 = RETI;
89 # RETI LSB should be set when re-entering IVG13
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| H A D | se_usermode_protviol.S | 123 RETI = r0; // prevent Xs later on define
133 RETI = r0; // We need to load the return address define
190 RETI = r1; define
198 R2 = RETI;
206 [ -- SP ] = RETI;
213 RETI = [sp++]; define
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| H A D | cec-no-snen-reti.S | 1 # Blackfin testcase for having RETI LSB set correctly when not self nested
40 RETI = R4; define
106 # Manually set RETI to with LSB set so we should stay at IVG13
110 RETI = R1; define
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| H A D | c_interr_timer_tcount.S | 127 RETI = r7; define
137 [ -- SP ] = RETI; // Enable Nested Interrupts
233 R5 = RETI;
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| H A D | se_more_ret_haz.S | 131 RETI = r0; // We need to load the return address define
166 [ -- SP ] = RETI; // enable interrupts in supervisor mode
222 RETI = [ SP ++ ]; define
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| H A D | c_interr_disable.S | 126 RETI = r7; define
153 [ -- SP ] = RETI; // Enable Nested Interrupts
314 R5 = RETI;
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| H A D | c_interr_pending.S | 125 RETI = r7; define
153 [ -- SP ] = RETI; // Enable Nested Interrupts
315 R5 = RETI;
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| H A D | c_interr_timer_reload.S | 127 RETI = r7; define
137 [ -- SP ] = RETI; // Enable Nested Interrupts
277 R5 = RETI;
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| H A D | c_progctrl_clisti_interr.S | 125 RETI = r7; define
151 [ -- SP ] = RETI; // Enable Nested Interrupts
321 R5 = RETI;
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| /netbsd/external/gpl3/gdb.old/dist/sim/testsuite/sim/bfin/ |
| H A D | c_mmr_loop_user_except.S | 240 R2 = RETI;
242 RETI = r2; define
248 RETI = r3; define
254 RETI = r4; define
260 RETI = r5; define
266 RETI = r6; define
272 RETI = r7; define
283 RETI = r0; define
289 RETI = r1; define
295 RETI = r2; define
[all …]
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| H A D | c_except_user_mode.S | 230 R2 = RETI;
234 RETI = r2; define
243 RETI = r3; define
252 RETI = r4; define
262 RETI = r5; define
272 RETI = r6; define
282 RETI = r7; define
292 RETI = r0; define
302 RETI = r1; define
312 RETI = r2; define
[all …]
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| H A D | c_mode_user_superivsor.S | 230 R0 = RETI;
235 RETI = r0; define
241 RETI = r0; define
250 RETI = r0; define
264 RETI = r0; define
274 RETI = r0; define
284 RETI = r0; define
298 RETI = r0; define
308 RETI = r0; define
318 RETI = r0; define
[all …]
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| H A D | c_mode_user.S | 253 R2 = RETI;
255 RETI = r2; define
261 RETI = r3; define
267 RETI = r4; define
273 RETI = r5; define
279 RETI = r6; define
285 RETI = r7; define
296 RETI = r0; define
302 RETI = r1; define
308 RETI = r2; define
[all …]
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| H A D | cec-raise-reti.S | 34 RETI = R1; define
45 [--SP] = RETI;
50 # ... but we should RETI here
54 R2 = RETI;
61 [--SP] = RETI;
62 # ... but we should RETI here
66 R2 = RETI;
71 [--SP] = RETI;
78 # ... but we should RETI here
82 R2 = RETI;
[all …]
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| H A D | cec-snen-reti.S | 1 # Blackfin testcase for having RETI LSB set correctly when self nested
39 RETI = R4; define
46 # This IVG makes sure RETI LSB is set correctly on transition in (RAISE)
48 R0 = RETI;
56 # Make sure LSB of RETI is set only on first pass
68 [--sp] = RETI;
76 RETI = R4; define
79 # This IVG makes sure RETI LSB is respected on transition out (RTI)
81 R0 = RETI;
89 # RETI LSB should be set when re-entering IVG13
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| H A D | se_usermode_protviol.S | 123 RETI = r0; // prevent Xs later on define
133 RETI = r0; // We need to load the return address define
190 RETI = r1; define
198 R2 = RETI;
206 [ -- SP ] = RETI;
213 RETI = [sp++]; define
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| H A D | cec-no-snen-reti.S | 1 # Blackfin testcase for having RETI LSB set correctly when not self nested
40 RETI = R4; define
106 # Manually set RETI to with LSB set so we should stay at IVG13
110 RETI = R1; define
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| H A D | c_interr_timer_tcount.S | 127 RETI = r7; define
137 [ -- SP ] = RETI; // Enable Nested Interrupts
233 R5 = RETI;
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| H A D | se_more_ret_haz.S | 131 RETI = r0; // We need to load the return address define
166 [ -- SP ] = RETI; // enable interrupts in supervisor mode
222 RETI = [ SP ++ ]; define
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| H A D | c_interr_disable.S | 126 RETI = r7; define
153 [ -- SP ] = RETI; // Enable Nested Interrupts
314 R5 = RETI;
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