;******************************************************************************
;* TMS320C6x ANSI C Codegen Version 4.10 Beta (May 4 2001) *
;* Date/Time created: Tue May 29 13:14:14 2001 *
;******************************************************************************
;******************************************************************************
;* GLOBAL FILE PARAMETERS *
;* *
;* Architecture : TMS320C620x *
;* Optimization : Enabled at level 2 *
;* Optimizing for : Speed *
;* Based on options: -o2, no -ms *
;* Endian : Little *
;* Interrupt Thrshld : Disabled *
;* Memory Model : Large *
;* Calls to RTS : Near *
;* Pipelining : Enabled *
;* Speculative Load : Disabled *
;* Memory Aliases : Presume are aliases (pessimistic) *
;* Debug Info : Debug *
;* *
;******************************************************************************
.asg A15, FP
.asg B14, DP
.asg B15, SP
.global $bss
.file "blink.c"
.global _hTimer
.bss _hTimer,4,4
.sym _hTimer,_hTimer, 24, 2, 32, $$fake0
.sect ".cinit"
.align 8
.field IR_1,32
.field _myTimerConfig+0,32
.field 768,32 ; _myTimerConfig._ctl @ 0
.field -1,32 ; _myTimerConfig._prd @ 32
.field 0,32 ; _myTimerConfig._cnt @ 64
IR_1: .set 12
.sect ".text"
.global _myTimerConfig
_myTimerConfig: .usect .far,12,4
.sym _myTimerConfig,_myTimerConfig, 8, 2, 96, $$fake1
; C:\TI\C6000\CGTOOLS\BIN\opt6x.exe -s -O2 C:\WINDOWS\TEMP\TI15768831_2 C:\WINDOWS\TEMP\TI15768831_4
.sect ".text"
.global _main
.sym _main,_main, 32, 2, 0
.func 45
;******************************************************************************
;* FUNCTION NAME: _main *
;* *
;* Regs Modified : A0,A1,A2,A3,A4,A5,A6,A7,A8,A9,A10,B0,B1,B2,B3,B4,B5, *
;* B6,B7,B8,B9,B10,SP *
;* Regs Used : A0,A1,A2,A3,A4,A5,A6,A7,A8,A9,A10,B0,B1,B2,B3,B4,B5, *
;* B6,B7,B8,B9,B10,DP,SP *
;* Local Frame Size : 0 Args + 0 Auto + 12 Save = 12 byte *
;******************************************************************************
_main:
;** --------------------------------------------------------------------------*
.line 2
.sym C$3,0, 30, 4, 32
.sym C$4,20, 30, 4, 32
.sym C$5,20, 30, 4, 32
.sym C$6,20, 14, 4, 32
.sym C$7,0, 14, 4, 32
.sym Y$0,4, 24, 4, 32, $$fake0
.sym a$1,20, 14, 4, 32
.sym _x2,20, 4, 4, 32
.sym _x1,3, 4, 4, 32
.sym _x0,0, 4, 4, 32
.sym _base,21, 30, 4, 32
.sym _gie,22, 14, 4, 32
.sym _gie,21, 14, 4, 32
.sym L$1,1, 4, 4, 32
.sym K$78,10, 14, 4, 32
.sym K$3,26, 14, 4, 32
.sym U$10,4, 30, 4, 32
.sym K$0,3, 14, 4, 32
;** 121 ----------------------- _CSL6711_LIB_(); // [12]
;** 126 ----------------------- _CSL_init((union $$fake2 *)(void *)0xffffffffu); // [12]
;** 51 ----------------------- BSL_init();
;** 250 ----------------------- CSR; // [2]
;** 251 ----------------------- CSR = CSR&0xfffffffeu; // [2]
;** 55 ----------------------- L$1 = 32;
;** ----------------------- U$10 = &_IRQ_eventTable[0];
;** 126 ----------------------- K$0 = 0xffffffffu; // [12]
;** ----------------------- #pragma MUST_ITERATE(32, 32, 32)
STW .D2T2 B10,*SP--(16) ; |46|
STW .D2T1 A10,*+SP(8) ; |46|
STW .D2T2 B3,*+SP(12) ; |46|
MVKL .S1 _CSL6711_LIB_,A0 ; |121|
MVKH .S1 _CSL6711_LIB_,A0 ; |121|
B .S2X A0 ; |121|
MVKL .S2 RL0,B3 ; |121|
MVKH .S2 RL0,B3 ; |121|
NOP 3
RL0: ; CALL OCCURS ; |121|
MVKL .S1 __CSL_init,A0 ; |126|
MVKH .S1 __CSL_init,A0 ; |126|
B .S2X A0 ; |126|
MVKL .S2 RL2,B3 ; |126|
MVKH .S2 RL2,B3 ; |126|
MVK .S1 0xffffffff,A4 ; |126|
NOP 2
RL2: ; CALL OCCURS ; |126|
.line 7
MVKL .S2 _BSL_init,B4 ; |51|
MVKH .S2 _BSL_init,B4 ; |51|
B .S2 B4 ; |51|
MVKL .S2 RL4,B3 ; |51|
MVKH .S2 RL4,B3 ; |51|
NOP 3
RL4: ; CALL OCCURS ; |51|
MVC .S2 CSR,B4 ; |250|
MVC .S2 CSR,B4 ; |251|
AND .S2 -2,B4,B4 ; |251|
MVC .S2 B4,CSR ; |251|
.line 11
MVKL .S1 __IRQ_eventTable,A4
MVKH .S1 __IRQ_eventTable,A4
MVK .S1 0x20,A1 ; |55|
MVK .S1 0xffffffff,A3 ; |126|
;*----------------------------------------------------------------------------*
;* SOFTWARE PIPELINE INFORMATION
;* Disqualified loop: bad loop structure
;*----------------------------------------------------------------------------*
L1:
;** -----------------------g2:
;** 220 ----------------------- IER; // [0]
;** 221 ----------------------- C$7 = *U$10++; // [0]
;** 221 ----------------------- a$1 = (C$7^K$0)&IER; // [0]
;** 221 ----------------------- IER = a$1; // [0]
;** 238 ----------------------- ICR = C$7; // [1]
;** 58 ----------------------- if ( --L$1 ) goto g2;
MVC .S2 IER,B4 ; |220|
LDW .D1T1 *A4++,A0 ; |221|
NOP 4
MVC .S2 IER,B4 ; |221|
|| XOR .S1 A3,A0,A5 ; |221|
AND .S2X B4,A5,B4 ; |221|
MVC .S2 B4,IER ; |221|
MVC .S2X A0,ICR ; |238|
.line 14
SUB .D1 A1,1,A1 ; |58|
[ A1] B .S1 L1 ; |58|
NOP 5
; BRANCH OCCURS ; |58|
;** --------------------------------------------------------------------------*
;** 250 ----------------------- gie = CSR&1u; // [2]
;** 251 ----------------------- CSR = CSR&(K$3 = 0xfffffffeu); // [2]
;** 150 ----------------------- *(volatile unsigned *)0x1800000u = 13056u; // [13]
;** 151 ----------------------- *(volatile unsigned *)0x1800008u = 0xffffff30u; // [13]
;** 152 ----------------------- *(volatile unsigned *)0x1800004u = C$6 = 0xffffff23u; // [13]
;** 153 ----------------------- *(volatile unsigned *)0x1800010u = C$6; // [13]
;** 154 ----------------------- *(volatile unsigned *)0x1800014u = C$6; // [13]
;** 155 ----------------------- *(volatile unsigned *)0x1800018u = 0x7117000u; // [13]
;** 156 ----------------------- *(volatile unsigned *)0x180001cu = 1562u; // [13]
;** 157 ----------------------- *(volatile unsigned *)0x1800020u = 345369u; // [13]
;** 256 ----------------------- CSR = CSR&K$3|gie&1u; // [3]
;** 75 ----------------------- hTimer = Y$0 = TIMER_open((-1), 1u);
;** 177 ----------------------- base = Y$0->baseAddr; // [9]
;** 250 ----------------------- gie = CSR&1u; // [2]
;** 251 ----------------------- CSR = CSR&K$3; // [2]
;** 182 ----------------------- x0 = myTimerConfig.ctl; // [9]
;** 183 ----------------------- x1 = myTimerConfig.prd; // [9]
;** 184 ----------------------- x2 = myTimerConfig.cnt; // [9]
;** 186 ----------------------- *base = 0u; // [9]
;** 187 ----------------------- base[1] = x1; // [9]
;** 188 ----------------------- base[2] = x2; // [9]
;** 189 ----------------------- *base = x0; // [9]
;** 256 ----------------------- CSR = CSR&K$3|gie&1u; // [3]
;** 134 ----------------------- C$5 = Y$0->baseAddr; // [5]
;** 134 ----------------------- *(volatile unsigned *)(unsigned)C$5 = *(volatile unsigned *)(unsigned)C$5|0x80u; // [5]
;** 135 ----------------------- C$4 = Y$0->baseAddr; // [5]
;** 135 ----------------------- *(volatile unsigned *)(unsigned)C$4 = *(volatile unsigned *)(unsigned)C$4|0x40u; // [5]
;** 139 ----------------------- C$3 = Y$0->baseAddr; // [6]
;** 139 ----------------------- *(volatile unsigned *)(unsigned)C$3 = *(volatile unsigned *)(unsigned)C$3&0xffffff7fu; // [6]
;** 83 ----------------------- delay_msec(50u);
;** 84 ----------------------- LED_off(7u);
;** 85 ----------------------- delay_msec(500u);
;** 87 ----------------------- LED_on(1u);
;** 88 ----------------------- delay_msec(500u);
;** 90 ----------------------- LED_off(7u);
;** 91 ----------------------- LED_on(2u);
;** 92 ----------------------- delay_msec(500u);
;** 94 ----------------------- LED_off(7u);
;** 95 ----------------------- LED_on(1u);
MVC .S2 CSR,B4 ; |250|
AND .S2 1,B4,B5 ; |250|
MVK .S2 0xfffffffe,B10 ; |251|
MVC .S2 CSR,B4 ; |251|
AND .S2 B10,B4,B4 ; |251|
MVC .S2 B4,CSR ; |251|
ZERO .D2 B4 ; |150|
MVKH .S2 0x1800000,B4 ; |150|
|| MVK .S1 13056,A0 ; |150|
STW .D2T1 A0,*B4 ; |150|
MVKL .S1 0x1800008,A0 ; |151|
MVK .S2 -208,B4 ; |151|
|| MVKH .S1 0x1800008,A0 ; |151|
STW .D1T2 B4,*A0 ; |151|
MVKL .S2 0x1800004,B6 ; |152|
MVKH .S2 0x1800004,B6 ; |152|
MVK .S2 0xffffff23,B4 ; |152|
STW .D2T2 B4,*B6 ; |152|
MVKL .S1 0x1800010,A0 ; |153|
MVKH .S1 0x1800010,A0 ; |153|
STW .D1T2 B4,*A0 ; |153|
MVKL .S1 0x1800014,A0 ; |154|
MVKH .S1 0x1800014,A0 ; |154|
STW .D1T2 B4,*A0 ; |154|
MVKL .S2 0x7117000,B4 ; |155|
|| MVKL .S1 0x1800018,A0 ; |155|
MVKH .S2 0x7117000,B4 ; |155|
|| MVKH .S1 0x1800018,A0 ; |155|
STW .D1T2 B4,*A0 ; |155|
MVK .S2 1562,B6 ; |156|
MVKL .S2 0x180001c,B4 ; |156|
MVKH .S2 0x180001c,B4 ; |156|
STW .D2T2 B6,*B4 ; |156|
MVKL .S1 0x1800020,A3 ; |157|
MVKH .S1 0x1800020,A3 ; |157|
MVKL .S1 0x54519,A0 ; |157|
MVKH .S1 0x54519,A0 ; |157|
STW .D1T1 A0,*A3 ; |157|
MVC .S2 CSR,B4 ; |256|
AND .S2 1,B5,B5 ; |256|
|| AND .L2 B10,B4,B4 ; |256|
OR .S2 B5,B4,B4 ; |256|
MVC .S2 B4,CSR ; |256|
.line 31
MVKL .S1 _TIMER_open,A0 ; |75|
MVKH .S1 _TIMER_open,A0 ; |75|
B .S2X A0 ; |75|
MVKL .S2 RL6,B3 ; |75|
MVKH .S2 RL6,B3 ; |75|
MVK .S2 0x1,B4 ; |75|
MVK .S1 0xffffffff,A4 ; |75|
NOP 1
RL6: ; CALL OCCURS ; |75|
STW .D2T1 A4,*+DP(_hTimer) ; |75|
LDW .D1T2 *+A4(8),B5 ; |177|
MVC .S2 CSR,B4 ; |250|
AND .S2 1,B4,B6 ; |250|
MVC .S2 CSR,B4 ; |251|
AND .S2 B10,B4,B4 ; |251|
MVC .S2 B4,CSR ; |251|
MVKL .S1 _myTimerConfig,A0 ; |182|
MVKH .S1 _myTimerConfig,A0 ; |182|
LDW .D1T1 *A0,A0 ; |182|
MVKL .S1 _myTimerConfig+4,A3 ; |183|
MVKH .S1 _myTimerConfig+4,A3 ; |183|
LDW .D1T1 *A3,A3 ; |183|
MVKL .S2 _myTimerConfig+8,B4 ; |184|
MVKH .S2 _myTimerConfig+8,B4 ; |184|
LDW .D2T2 *B4,B4 ; |184|
NOP 1
ZERO .D2 B7 ; |186|
STW .D2T2 B7,*B5 ; |186|
STW .D2T1 A3,*+B5(4) ; |187|
STW .D2T2 B4,*+B5(8) ; |188|
STW .D2T1 A0,*B5 ; |189|
MVC .S2 CSR,B4 ; |256|
AND .S2 B10,B4,B4 ; |256|
|| AND .L2 1,B6,B5 ; |256|
OR .S2 B5,B4,B4 ; |256|
MVC .S2 B4,CSR ; |256|
LDW .D1T2 *+A4(8),B4 ; |134|
NOP 4
LDW .D2T2 *B4,B5 ; |134|
NOP 4
SET .S2 B5,7,7,B5 ; |134|
STW .D2T2 B5,*B4 ; |134|
LDW .D1T2 *+A4(8),B4 ; |135|
NOP 4
LDW .D2T2 *B4,B5 ; |135|
NOP 4
SET .S2 B5,6,6,B5 ; |135|
STW .D2T2 B5,*B4 ; |135|
LDW .D1T1 *+A4(8),A0 ; |139|
NOP 4
LDW .D1T1 *A0,A3 ; |139|
NOP 4
CLR .S1 A3,7,7,A3 ; |139|
STW .D1T1 A3,*A0 ; |139|
.line 39
B .S1 _delay_msec ; |83|
MVKL .S2 RL8,B3 ; |83|
MVKH .S2 RL8,B3 ; |83|
MVK .S1 0x32,A4 ; |83|
NOP 2
RL8: ; CALL OCCURS ; |83|
.line 40
MVKL .S1 _LED_off,A0 ; |84|
MVKH .S1 _LED_off,A0 ; |84|
B .S2X A0 ; |84|
MVKL .S2 RL10,B3 ; |84|
MVKH .S2 RL10,B3 ; |84|
MVK .S1 0x7,A4 ; |84|
NOP 2
RL10: ; CALL OCCURS ; |84|
.line 41
B .S1 _delay_msec ; |85|
MVKL .S2 RL12,B3 ; |85|
MVKH .S2 RL12,B3 ; |85|
MVK .S1 0x1f4,A4 ; |85|
NOP 2
RL12: ; CALL OCCURS ; |85|
.line 43
MVKL .S1 _LED_on,A0 ; |87|
MVKH .S1 _LED_on,A0 ; |87|
B .S2X A0 ; |87|
MVKL .S2 RL14,B3 ; |87|
MVKH .S2 RL14,B3 ; |87|
MVK .S1 0x1,A4 ; |87|
NOP 2
RL14: ; CALL OCCURS ; |87|
.line 44
B .S1 _delay_msec ; |88|
MVKL .S2 RL16,B3 ; |88|
MVKH .S2 RL16,B3 ; |88|
MVK .S1 0x1f4,A4 ; |88|
NOP 2
RL16: ; CALL OCCURS ; |88|
.line 46
MVKL .S1 _LED_off,A0 ; |90|
MVKH .S1 _LED_off,A0 ; |90|
B .S2X A0 ; |90|
MVKL .S2 RL18,B3 ; |90|
MVKH .S2 RL18,B3 ; |90|
MVK .S1 0x7,A4 ; |90|
NOP 2
RL18: ; CALL OCCURS ; |90|
.line 47
MVKL .S1 _LED_on,A0 ; |91|
MVKH .S1 _LED_on,A0 ; |91|
B .S2X A0 ; |91|
MVKL .S2 RL20,B3 ; |91|
MVKH .S2 RL20,B3 ; |91|
MVK .S1 0x2,A4 ; |91|
NOP 2
RL20: ; CALL OCCURS ; |91|
.line 48
B .S1 _delay_msec ; |92|
MVKL .S2 RL22,B3 ; |92|
MVKH .S2 RL22,B3 ; |92|
MVK .S1 0x1f4,A4 ; |92|
NOP 2
RL22: ; CALL OCCURS ; |92|
.line 50
MVKL .S1 _LED_off,A0 ; |94|
MVKH .S1 _LED_off,A0 ; |94|
B .S2X A0 ; |94|
MVKL .S2 RL24,B3 ; |94|
MVKH .S2 RL24,B3 ; |94|
MVK .S1 0x7,A4 ; |94|
NOP 2
RL24: ; CALL OCCURS ; |94|
.line 51
MVKL .S1 _LED_on,A0 ; |95|
MVKH .S1 _LED_on,A0 ; |95|
B .S2X A0 ; |95|
MVKL .S2 RL26,B3 ; |95|
MVKH .S2 RL26,B3 ; |95|
MVK .S1 0x1,A4 ; |95|
NOP 2
RL26: ; CALL OCCURS ; |95|
;** --------------------------------------------------------------------------*
;** 96 ----------------------- LED_on(2u);
;** 97 ----------------------- delay_msec(500u);
;** 99 ----------------------- LED_off(7u);
;** 100 ----------------------- LED_on(4u);
;** 101 ----------------------- delay_msec(500u);
;** 103 ----------------------- LED_off(7u);
;** 104 ----------------------- LED_on(1u);
;** 105 ----------------------- LED_on(4u);
;** 106 ----------------------- delay_msec(500u);
;** 108 ----------------------- LED_off(7u);
;** 109 ----------------------- LED_on(2u);
.line 52
MVKL .S1 _LED_on,A0 ; |96|
MVKH .S1 _LED_on,A0 ; |96|
B .S2X A0 ; |96|
MVKL .S2 RL28,B3 ; |96|
MVKH .S2 RL28,B3 ; |96|
MVK .S1 0x2,A4 ; |96|
NOP 2
RL28: ; CALL OCCURS ; |96|
.line 53
B .S1 _delay_msec ; |97|
MVKL .S2 RL30,B3 ; |97|
MVKH .S2 RL30,B3 ; |97|
MVK .S1 0x1f4,A4 ; |97|
NOP 2
RL30: ; CALL OCCURS ; |97|
.line 55
MVKL .S1 _LED_off,A0 ; |99|
MVKH .S1 _LED_off,A0 ; |99|
B .S2X A0 ; |99|
MVKL .S2 RL32,B3 ; |99|
MVKH .S2 RL32,B3 ; |99|
MVK .S1 0x7,A4 ; |99|
NOP 2
RL32: ; CALL OCCURS ; |99|
.line 56
MVKL .S1 _LED_on,A0 ; |100|
MVKH .S1 _LED_on,A0 ; |100|
B .S2X A0 ; |100|
MVKL .S2 RL34,B3 ; |100|
MVKH .S2 RL34,B3 ; |100|
MVK .S1 0x4,A4 ; |100|
NOP 2
RL34: ; CALL OCCURS ; |100|
.line 57
B .S1 _delay_msec ; |101|
MVKL .S2 RL36,B3 ; |101|
MVKH .S2 RL36,B3 ; |101|
MVK .S1 0x1f4,A4 ; |101|
NOP 2
RL36: ; CALL OCCURS ; |101|
.line 59
MVKL .S2 _LED_off,B4 ; |103|
MVKH .S2 _LED_off,B4 ; |103|
B .S2 B4 ; |103|
MVKL .S2 RL38,B3 ; |103|
MVKH .S2 RL38,B3 ; |103|
MVK .S1 0x7,A4 ; |103|
NOP 2
RL38: ; CALL OCCURS ; |103|
.line 60
MVKL .S1 _LED_on,A0 ; |104|
MVKH .S1 _LED_on,A0 ; |104|
B .S2X A0 ; |104|
MVKL .S2 RL40,B3 ; |104|
MVKH .S2 RL40,B3 ; |104|
MVK .S1 0x1,A4 ; |104|
NOP 2
RL40: ; CALL OCCURS ; |104|
.line 61
MVKL .S1 _LED_on,A0 ; |105|
MVKH .S1 _LED_on,A0 ; |105|
B .S2X A0 ; |105|
MVKL .S2 RL42,B3 ; |105|
MVKH .S2 RL42,B3 ; |105|
MVK .S1 0x4,A4 ; |105|
NOP 2
RL42: ; CALL OCCURS ; |105|
.line 62
B .S1 _delay_msec ; |106|
MVKL .S2 RL44,B3 ; |106|
MVKH .S2 RL44,B3 ; |106|
MVK .S1 0x1f4,A4 ; |106|
NOP 2
RL44: ; CALL OCCURS ; |106|
.line 64
MVKL .S2 _LED_off,B4 ; |108|
MVKH .S2 _LED_off,B4 ; |108|
B .S2 B4 ; |108|
MVKL .S2 RL46,B3 ; |108|
MVKH .S2 RL46,B3 ; |108|
MVK .S1 0x7,A4 ; |108|
NOP 2
RL46: ; CALL OCCURS ; |108|
.line 65
MVKL .S1 _LED_on,A0 ; |109|
MVKH .S1 _LED_on,A0 ; |109|
B .S2X A0 ; |109|
MVKL .S2 RL48,B3 ; |109|
MVKH .S2 RL48,B3 ; |109|
MVK .S1 0x2,A4 ; |109|
NOP 2
RL48: ; CALL OCCURS ; |109|
;** --------------------------------------------------------------------------*
;** 110 ----------------------- LED_on(4u);
;** 111 ----------------------- delay_msec(500u);
;** 111 ----------------------- K$78 = 500u;
.line 66
MVKL .S1 _LED_on,A0 ; |110|
MVKH .S1 _LED_on,A0 ; |110|
B .S2X A0 ; |110|
MVKL .S2 RL50,B3 ; |110|
MVKH .S2 RL50,B3 ; |110|
MVK .S1 0x4,A4 ; |110|
NOP 2
RL50: ; CALL OCCURS ; |110|
.line 67
B .S1 _delay_msec ; |111|
MVKL .S2 RL52,B3 ; |111|
MVKH .S2 RL52,B3 ; |111|
MVK .S1 0x1f4,A4 ; |111|
NOP 2
RL52: ; CALL OCCURS ; |111|
MVK .S1 0x1f4,A10 ; |111|
;*----------------------------------------------------------------------------*
;* SOFTWARE PIPELINE INFORMATION
;* Disqualified loop: loop contains a call
;*----------------------------------------------------------------------------*
L2:
;** -----------------------g5:
;** 117 ----------------------- LED_off(7u);
;** 118 ----------------------- delay_msec(K$78);
;** 119 ----------------------- LED_on(7u);
;** 120 ----------------------- delay_msec(K$78);
;** 121 ----------------------- goto g5;
.line 73
MVKL .S2 _LED_off,B4 ; |117|
MVKH .S2 _LED_off,B4 ; |117|
B .S2 B4 ; |117|
MVKL .S2 RL54,B3 ; |117|
MVKH .S2 RL54,B3 ; |117|
MVK .S1 0x7,A4 ; |117|
NOP 2
RL54: ; CALL OCCURS ; |117|
.line 74
B .S1 _delay_msec ; |118|
MVKL .S2 RL56,B3 ; |118|
MV .D1 A10,A4 ; |118|
MVKH .S2 RL56,B3 ; |118|
NOP 2
RL56: ; CALL OCCURS ; |118|
.line 75
MVKL .S1 _LED_on,A0 ; |119|
MVKH .S1 _LED_on,A0 ; |119|
B .S2X A0 ; |119|
MVKL .S2 RL58,B3 ; |119|
MVKH .S2 RL58,B3 ; |119|
MVK .S1 0x7,A4 ; |119|
NOP 2
RL58: ; CALL OCCURS ; |119|
.line 76
B .S1 _delay_msec ; |120|
MVKL .S2 RL60,B3 ; |120|
MV .D1 A10,A4 ; |120|
MVKH .S2 RL60,B3 ; |120|
NOP 2
RL60: ; CALL OCCURS ; |120|
.line 77
B .S1 L2 ; |121|
NOP 5
; BRANCH OCCURS ; |121|
;** --------------------------------------------------------------------------*
.endfunc 122,004080400h,16
.sect ".text"
.global _delay_msec
.sym _delay_msec,_delay_msec, 32, 2, 0
.func 138
;******************************************************************************
;* FUNCTION NAME: _delay_msec *
;* *
;* Regs Modified : A0,A1,A3,A4,A5,A6,B4,B5 *
;* Regs Used : A0,A1,A3,A4,A5,A6,B3,B4,B5,DP *
;* Local Frame Size : 0 Args + 0 Auto + 0 Save = 0 byte *
;******************************************************************************
_delay_msec:
;** --------------------------------------------------------------------------*
.line 1
.sym _msec,4, 14, 17, 32
.sym C$4,21, 24, 4, 32, $$fake0
.sym C$5,20, 30, 4, 32
.sym _timer_start,4, 14, 4, 32
.sym _timer_limit,3, 14, 4, 32
.sym R$3,0, 14, 4, 32
.sym R$2,5, 14, 4, 32
.sym R$1,5, 14, 4, 32
.sym _msec,4, 14, 4, 32
.sym U$13,0, 30, 4, 32
.sym U$9,6, 30, 4, 32
;** 143 ----------------------- timer_limit = msec*37500u;
;** 167 ----------------------- C$4 = hTimer; // [8]
;** 167 ----------------------- C$5 = C$4->baseAddr; // [8]
;** 167 ----------------------- R$3 = *(volatile unsigned *)(unsigned)(C$5+8); // [8]
;** 167 ----------------------- timer_start = R$3; // [8]
;** 143 ----------------------- U$13 = (volatile unsigned *)(unsigned)C$5; // [7]
;** 143 ----------------------- *U$13 = *U$13|0x80u; // [7]
;** 167 ----------------------- U$9 = (volatile unsigned *)(unsigned)(C$4->baseAddr+8); // [8]
;** 167 ----------------------- R$2 = *U$9; // [8]
;** 167 ----------------------- if ( R$2-timer_start >= timer_limit ) goto g4; // [8]
.line 6
MVKL .S1 0x927c,A0 ; |143|
MVKH .S1 0x927c,A0 ; |143|
MPYLHU .M1 A0,A4,A3 ; |143|
MPYU .M1 A0,A4,A0 ; |143|
SHL .S1 A3,16,A3 ; |143|
ADD .D1 A0,A3,A3 ; |143|
LDW .D2T2 *+DP(_hTimer),B5 ; |167|
NOP 4
LDW .D2T2 *+B5(8),B4 ; |167|
NOP 4
LDW .D2T1 *+B4(8),A4
MV .S1X B4,A0 ; |143|
LDW .D1T2 *A0,B4 ; |143|
NOP 4
SET .S2 B4,7,7,B4 ; |143|
STW .D1T2 B4,*A0 ; |143|
LDW .D2T2 *+B5(8),B4 ; |167|
NOP 4
ADD .S1X 8,B4,A6 ; |167|
LDW .D1T1 *A6,A5 ; |167|
NOP 4
SUB .D1 A5,A4,A5 ; |167|
CMPLTU .L1 A5,A3,A1 ; |167|
[!A1] B .S1 L4 ; |167|
[ A1] LDW .D1T1 *A6,A5 ; |167|
NOP 4
; BRANCH OCCURS ; |167|
;** -----------------------g3:
;** 167 ----------------------- R$1 = *U$9; // [8]
;** 167 ----------------------- if ( R$1-timer_start < timer_limit ) goto g3; // [8]
;*----------------------------------------------------------------------------*
;* SOFTWARE PIPELINE INFORMATION
;*
;* Loop source line : 146
;* Loop opening brace source line : 0
;* Loop closing brace source line : 0
;* Known Minimum Trip Count : 1
;* Known Max Trip Count Factor : 1
;* Loop Carried Dependency Bound(^) : 8
;* Unpartitioned Resource Bound : 1
;* Partitioned Resource Bound(*) : 1
;* Resource Partition:
;* A-side B-side
;* .L units 1* 0
;* .S units 0 1*
;* .D units 1* 0
;* .M units 0 0
;* .X cross paths 0 0
;* .T address paths 1* 0
;* Long read paths 0 0
;* Long write paths 0 0
;* Logical ops (.LS) 0 0 (.L or .S unit)
;* Addition ops (.LSD) 1 1 (.L or .S or .D unit)
;* Bound(.L .S .LS) 1* 1*
;* Bound(.L .S .D .LS .LSD) 1* 1*
;*
;* Disqualified loop: Loop carried dependency bound too large
;*----------------------------------------------------------------------------*
L3:
SUB .D1 A5,A4,A5 ; |167|
CMPLTU .L1 A5,A3,A1 ; |167|
[ A1] B .S1 L3 ; |167|
[ A1] LDW .D1T1 *A6,A5 ; |167|
NOP 4
; BRANCH OCCURS ; |167|
;** --------------------------------------------------------------------------*
L4:
;** -----------------------g4:
;** 139 ----------------------- *U$13 = *U$13&0xffffff7fu; // [6]
;** 147 ----------------------- return;
LDW .D1T1 *A0,A3 ; |139|
NOP 4
CLR .S1 A3,7,7,A3 ; |139|
STW .D1T1 A3,*A0 ; |139|
.line 10
.line 11
B .S2 B3 ; |148|
NOP 5
; BRANCH OCCURS ; |148|
.endfunc 148,000000000h,0
;; Inlined function references:
;; [ 0] IRQ_disable
;; [ 1] IRQ_clear
;; [ 2] IRQ_globalDisable
;; [ 3] IRQ_globalRestore
;; [ 5] TIMER_start
;; [ 6] TIMER_pause
;; [ 7] TIMER_resume
;; [ 8] TIMER_getCount
;; [ 9] TIMER_config
;; [ 12] CSL_init
;; [ 13] EMIF_configArgs
;******************************************************************************
;* UNDEFINED EXTERNAL REFERENCES *
;******************************************************************************
.global _TIMER_open
.global __CSL_init
.global _CSL6711_LIB_
.global _LED_off
.global _LED_on
.global _BSL_init
.global __IRQ_eventTable
;******************************************************************************
;* TYPE INFORMATION *
;******************************************************************************
.sym _Uint32, 0, 14, 13, 32
.sym _Uint32, 0, 14, 13, 32
.stag $$fake0, 96
.member _allocated, 0, 14, 8, 32
.member _eventId, 32, 14, 8, 32
.member _baseAddr, 64, 30, 8, 32
.eos
.sym _TIMER_Handle, 0, 24, 13, 32,$$fake0
.stag $$fake1, 96
.member _ctl, 0, 14, 8, 32
.member _prd, 32, 14, 8, 32
.member _cnt, 64, 14, 8, 32
.eos
.sym _TIMER_Config, 0, 8, 13, 96,$$fake1
.stag $$fake4, 128
.member _funcAddr, 0, 16, 8, 32
.member _funcArg, 32, 14, 8, 32
.member _ccMask, 64, 14, 8, 32
.member _ieMask, 96, 14, 8, 32
.eos
.sym __IRQ_Dispatch, 0, 8, 13, 128,$$fake4
.stag $$fake3, 128
.member _biosPresent, 0, 14, 8, 32
.member _dispatchTable, 32, 24, 8, 32, $$fake4
.member _timerUsed, 64, 14, 8, 32
.member _timerNum, 96, 14, 8, 32
.eos
.stag $$fake5, 96
.member _hTimer, 0, 24, 8, 32, $$fake0
.member _event2IntTbl, 32, 30, 8, 32
.member _int2EventTbl, 64, 30, 8, 32
.eos
.utag $$fake2, 128
.member _args, 0, 8, 11, 128, $$fake3
.member _ret, 0, 8, 11, 96, $$fake5
.eos
.sym __CSL_Config, 0, 9, 13, 128,$$fake2