M16C PC4701エミュレータデバッガ V.1.03 ユーザーズマニュアル
Contents
1.2.
3. 7
4. RAM RAM RAM
5. 7 7 19
6. 225 7 17 3 1 VV Selected Task 6 taskn06 lname Pause i EEU Sgurce manni yoid taskO06 LaskkI 2 Lask3 LEasknn4 5 Lasknn5j 5 taskHI6 Easknn7 task Easkk ij Easkk1i 11 task011i 12 Easkn12 13 Easkn13j 14 task014 15 Easkn15j 16 Easkn16j 17 Easkn
7. MR s s
8. NR A1 A2 A3 Not Use Startr Statel State2 1 65535 x 10usec Start gt gt gt gt End
9. After After Break Break
10. 2 2 10 10 16 16 RAM RAM RAM
11. http www renesas com
12. 0 Grid MR
13. OA AV NR I OS i
14. 7 9 7 11 1 3 MCU 5 6 7 8 9 OF011C OFO11E OFO11E Or0120 oro0120 qd 00044A 0007E2 Or0122 Or0124 0007E2 0007E2 OFO107 OFO108 0FO108 OFO10A 0007E2 OF010C OFO10E OFO10E Trii1 1 ee 32511 0000D es Brea
15. m OKI 29 4 2 2 2 Step2 setting the Tareet System for Debueeing MIGC PCA7DT Emulator MIGC RBC Compact Emulator MIGC REC FoUSB UART ANTEGC REC PC7501 Emulator IRSC E7 SYSTEM IRBG E8 SYSTEM 1 Target typel
16. E Stop 227 7 17 3 8 Eaus
17. 7 16 5 MR MR MR MR MR 7 16 5 1 CPU CPU
18. 7 10 8 165 7 10 4
19. 1 1
20. no On OS 1 Total Tetal lt 2 4 Pick Up I UP lt 2 7 s 83
21. 1000 97 7 5 1
22. 183 7 18 GUI GUI LED WE GUI TO Sample pnl Input Panel LED
23. AND 214 7 Z7 2 2 1 5 8cale
24. gt NN 740 High performance Embedded Workshop 1O 85 7 1 RAM RAM
25. 187 7 14 2 MR MR E3 Pm 9 Current Run Task 1 mam TD stasnddr nanmej Pri SEatug Cup court tineout flg PEn flo mode OF17FBH main 1 RUm nnnn UF1A68H task2 2 RDY nnnn UF1A amp 76H task3 STS OF1a84H task4 maT SLEI OF1a29AH _task5 WAI SLEP SUS UF1AEUH taskb WAI DLY nlacaH task71 WAI DLY SUS OFIAE4H taakB mAT FLG DF1B02H task9 WAI FLG SUS 1111H TE OR 1111H TWF ORW lt Context Context 7 14 12
26. e s 217 7 16 MR MR MR v MR 3 CPU 740 LT E E I
27. 170 7 7 11 e MCU es e R W
28. TT 7 7 15 MR MR OS 740 OS MRxx MR30 e RPMEEH MR30 V 1 00
29. 7 7 6 2 12 1 2 S W ue Sample c i 0 while 1 for i 0 lt DATASIZE it data i data i 1 data i 2 data i 3 subt
30. typedef register register signed int 100 260 11 11 Platform Halt
31. 98 7 7 6 S W S W OFO084 OFOOC2 36 GLOBAL C OFO12C 22 LOCAL C 1 OR
32. 90 7 7 3C C C C C RAM 100msec Watch Local File Local Global Iarne yalue Address lstruct tag 8 ps x1 O0410 lstruct tagqg 8 lps DOOODO1 signed short global short O0412 signed long global long O414 lsigned int 5 5 global array O0418 81qme int 5 lqglobal array 0 OOO418 lsigned int lglobal array 0D O O0418 lsigned int lgqglobal array 0 1 2649 O041A signed int
33. 182 7 7 12 1
34. RAM RAM RAM RAM 1byte 1Byte 2byte 2Byte 4byte 4Byte 8byte 8Byte 16 16 10 10 10 10 8 8
35. s e lt 223 PC7501
36. I 79 6 2 12 Step12 C 740 740 6 2 12 1 tutorial 3 ij p_sam C IC RN 4 Watch e Locall NO
37. PC e s INDEX sample abs lt INDEX sample
38. MR sw Mark D0 OD 00 000 335 0164 498 O00 OO 00 164 163 TD mamei Tar Taz i vd t 11 oo 00 00 013069 MM 7 HH5 961 2 EAS 3 nr HH 8 En Hg Pi zH 32 3 Eagk3 2 nn7 in 83 nn7n 13 Pi z 48 4 task4 2 nn n 93 nnP iD ng OPD nn n51 tasrsy 2 nm BOO 9g ono Oi2 HP zi 56
39. 7 19 1 237 7 19 2 CPU
40. EE nnnnnnnl lt EEE695 RENESAS lt OJ D Hewd samples M16C demox30 y 1 0 0 D 7 OKI
41. ZI18211 NRLAAIANS OMETS OS O8 s TD e RTO8Il PDxx OS OS LRUNtsk Byte ILDTCBE NT TaskID 1 e OS MR
42. 12 3 10 CPU CPU 12 3 11 MR STK e MR STK BASE 1 256K MR STK BASE CoVerage BASE Base 272 12 4 740 12 4 1 0h 38FFFh External
43. LED LED 185 7 14 MR MR OS 740 OS
44. 176 7 7 11 6 M32C Address Data BUS 8 8b 16 16b BIU BIU 1 O WAIT RBML ML F QC RWML ML INT RB WB DRB DMA DWB DMA RW WW DRW DMA DWW DMA
45. 10C C 10 2 4 e charl 16 signed int 10 z 0x1234 Radix e charll unsigned char 10 str Ox1234 Japan Radix 0 unsigned char 10 str Ox1234 Jap Radix 80 C C 1 10 2 38
46. M16C R8C M32C Download modules Tutorial x30 740 740 C Download modulesl Tutorial 695 740 Download modulesl Tutorial hex a Es Tutarial Tutorial a Assembly source file ncrtna30 C source file sorte Tutarialc Download modules Dependencie nc_defin debug 0 GO sect30 r SR th 2 RO Fo 9 P 66 6 6 2 8 2
47. RAM RAM 91 e C C C se CO C C C e Local File Local Global Watch e RAM s
48. 248 9 9 2 2 2 SrnwrRre SnowrRre RE 9 2 8
49. 12 5 4 2 e M32C gt CCMC80 r filel c lt Enter gt gt CCMC80 r file2 c lt Enter gt gt XLINK o Fi1ename 695 f 1nkm80 xc1 filel file2 lt Enter gt M16C R8C gt T CCM16C r filel c lt Enter gt gt T CCM16C r file2 c lt Enter gt gt XLTNK o Fi1ename 695 f 1nkm16c xc1 filel file2 lt Enter gt 740 gt CC740 r filel c lt Enter gt gt CC740 r file2 c lt Enter gt gt XLTNK o Fi1ename 695 f lnk7400t xcl filel file2 lt Enter gt XCL ICCxxxx 277 12 5 5 TASKTNG C EDE 1 EDEl C Compiler Optionl Project Options
50. SFR e 263 12 1 4 C s operator C C breakin func C 12 1 5
51. 7 0 Grid 0 0 Value
52. 123855 2N 271 23 6 AOL 271 12 3 7 O8 271 2e9889 2 es 272 9339 2 6 0 272 12 83L10iGPU 272 12 81h12MRISTDK NR 272 12 4 740 AA ER EE NS NE 273 12 4 2 M837515T RPD 273 12 4 83 Ri 4 273 4 ae 273 12 45 0 273 19 4 6 273 12 4 7 MCU RAM 274 1254 816 Eh OF is 274 12AON RT A RN Rl i 274 12 4 10 274 12520 2 275 12
53. 1 2 3 4
54. 6 2 4 1 sort sort IS W fk Tutorial c P_Sam amp st init p_sam far i 0 i lt 10 i j rand if 0 1 j 5 al i js sort a change a p_sam gt sl a II p_sam gt s1 a 1 P_Sam gt S a 2 P_Sam gt s3 a 3 p_sam gt s4d a 4 p_sam gt s5 a 5 P_sam gt sB a B P_Sam gt S7 a 7 P_sam gt s8 a 8 p_sam gt s9 a 9 p_sam MIULL void abort woid sort 68 6 6 2 5 Step5 6 2 5 1 CPU CPU
55. Init MCU 10 8 2 12 2 7 CPU CPU H 12 2 8 MR STK e MR STK BASE 1 256K CoVerage BASE Base 269 E MR STK BASE 12 3 M16C R8C
56. 5 2 1 USB 5 2 2 LPT 5 2 83LAN 5 2 4 5 2 5 5 1 1 8 e ee MCU
57. RAM 100msec RUNtSsk MEX buffer 7 MCE cnt DEG ITODE e e ASM e E lt not active
58. 2 And same time MCU 2 00000 003FE External SFR 00400 3FFFF Internal RAM 40000 BFFFF External CO0000 FFFFF Internal 43 5 1 5 Internal Externa
59. 16 16 2 2 char char 16 16 RAM RAM RAM
60. e 0 e 1 s 12 1 6 12 1 7 12 1 8 e
61. 9 1 2 e s e 255 while x 249 9 2 4
62. AND AND OR State Transition 148 7 7 9 1 FETCH
63. addr Address1 161 s FETCH M32C Read addr Address1 Hmin s DATA ACCESS Data1 lt data lt Data oon oo RW FFF 162 7 e BIT SYMBOL WRITE 1 e INTERRUPT M32C 163 TRIGGER
64. 154 7 7 9 7 HW 7 7 5 7 9 8 HW 7 7 6 7 9 9 HW 7 7 7 7 9 10 HW
65. niminininln OOLFE 1EE 3EE uim nia DEE Ei OFFER Lap iainlnln TEFFFF ZO ND 2ZFFEE 3 3FFTFE Access Disable Read Only R W Enahble e 64K 256K 1 e 2 7 8 1 E E ai E
66. 0 1 33 4 8 4 3 1 gt a BZ
67. jv HW PASS E ADDRESS AC OOOOOD FETCH a OOOOOO FETCH OOOO000 FETCH 1 1 1 1 OOOOO00 FETCH 1 1 DOOOOO FETCH e AND Same Time H W OOOOOD FETCH a OOOH FETCH OOOH FETCH IOOOH FETCH 1 1 1 1 DOODOOOD FETCH 1 1 e State Transition i Du A2 OOOO00 FE A3 OOOOOD FETCH Ad D00000 FETC
68. 3 Rt NN 1 2
69. OS 1 1 2 3 ROM 1 2 3 1 s Access Disable s Read Only s R W Enable 1 2 8 2 64K 2566K 0h 000000h 0C0000h 0000nh nn000nh 03FFFFh ICUh OFFFFFh OFFFFFh
70. Nd 8 E EXTO EXT1 EXT2 EXT3 EXT4 EXT5 EXT6 EXT7 GND 7 7 9 1 H TL EXTO ITRIGGER lt 7 18 5 4 3 2 1 141 EXT1 nl Set Eyent Status RIGGER TRIGGER jh ET 7 7 9 2
71. 000441 01 00041 09B8 00042E O000 00042E O0001 00 00 00 004 057 o0 00 00 004 058 o0 00 00 004 060 o0 00 00 004 060 5 HOOZ9 FCB flg 3 rcBflgo _ FCB nxt tsk 000541 03 nnn55p nn 000546 03 000541 03 00042E 0001 000555 03 DD D0 D0 004 061 00 00 00 004 062 00 00 00 004 062 00 00 00 004 062 po o0 00 004 063 0n 0n O0 004 064 00012 00003 0000 1 000400 1234 W 000400H 1284H 2 AT crtOmr a30 287 bss SE top O00400 1234 mM crtOmr a30 288 nop KN crtOmr a30 290 REIT 0009c8 OOO09CA t est c 27 0o0 00 00 004 041 OO0 00 00 004 041 OO0 00 00 004 041 ercd set flgl ID flgl FLGPTHN HH HH HH HH4 42 ODO 00 00 004 044 oOo 00 00 004 045 OO 00 00
72. 211 7 15 2 MRxx MR OS MRxx 8 MR 7 15 2 1 OS MR MR After After Break Break
73. mm Hi Set Mesurement Point MP1 EB 169 7 10 9 5 Rk Set Mesurement Paint MP1 Rs BI Eamlec
74. AddPath Alias Assemble A 1 Bit BreakAt BreakIn BreakIMode BM CD Clock CLK MCU Coverage CV Date DisAssemble DA Down DumpByte DB 1 DumpLword DL 4 DumpWord DW 2 Echo Exec Exit Express EXP Hile
75. Init MGC PCG47U1 Emulatarj MGU 3 MC NM30610mcu Parallel Serial LAN LPT LUSB Type Iauro EE LO Address rdh gt Bnnnnnn MHz 1 M32C M16C R8C 740 MCU QO QO x xX x X Init s
76. 38 5 5 1 2 8 740 5 1 2 4 1byte NC30 NC308 int 1byte NC30 NC308
77. Internal ROM Area s Memory Expansion Mode Sbit 16bit ROM ROM Internal ROM Area e Microprocessor Mode 8bit 16bit E UTU REN e Map Emem
78. Eyent Status e AND Same Time Eyent Status 152 7 State Transition FR B1 main FETCH B2 O00420 WRITE DU BS3 DFOO00 FETCH B4 000420 RITE B5 000420 WRITE Not Use Start Statel Sta BG n0n420 RTTE 10usec N
79. TITRON4 MRxx ID ID Name Pri Status 1 Wupcnt Actcnt Tmout ms Flgptn Wfmode 2 s 7 Status RUN RDY SUS DMT WAI SLP WAI SLP SUS WAI SLP TMO WAI SLP TMO SUS
80. race Points Setting CONDITION addr 000000 addr 000000 addr 000000 addr O00000 addr 000000 addr O00000 ID ID e M82C Read M16C R8C 740 e 6 e
81. S W gt 1 2 1 2 12 1 2 1 2 2 MCU Du e
82. mH Break Points Setting 1 255 1 H OR OR H W JADDRESS CONDITION 1 A O00400 WRITE addr 000400 data 0032 OF0528 FETCH OFO528 lt addr lt OFOGFF oo FETCH addr o00000 im oo FETCH addr 000000 1 5 ooo000 FETCH addr O00000 iM oo FETCH addr 000000 iD AND WID Same Time State Transition 143 7 7 10 2 AND Same Time AND Same Time 2
83. Break Break Full 1 1 3 2 e e 6 And And same time Or State Transition H W OS
84. After Break After Break After Break Z 278 213 After Break
85. H 9 CU 9 2 7 ASCII s e e 2 16 2 2 ABCD 2 CD 4844h 9 2 8 e 1 8
86. 7 17 2
87. FI TID 1 V TD ID 2 4 TID TD TD 7 7 14 12 7 14 12 1 MR 2p
88. musbdrv inf e USB e USB Administrator e musbdrv sys musbdrv sys musbdrv inf 17 3 3 2 LAN 1 LAN 1IP setip exe IP
89. 81 4 2 2 4 Step4 SessionM1 6C_R8C_PC7501_Emulator gt DOSamplen1 F IEEE695 RENESAS D tmn ammnleUdn xdU ILUUUUUUI 1 2 Offset Address T MI6C RSC PC7501 Emulator NES 0 RD st x
90. H WN 6 7 1
91. C source e Tutorial cd Tutorial c lx Tutarial Tutorial EE Assembly source file i ncrtU a3H C saurce file MM maintynid te while 1 1 Tutarialc utaFlelts Download modules Tutorial x Dependencies nc_define inc sect30 inc sorth woid tutorial vaid long js int is struct Sample far WP_sam P_Sam amp st init p_sam for i 0 i lt 10 1 i Tutorialc 67 6 2 4 Step4 1
92. 10 I CN CO i 11 0 12 ER 5
93. 740 740 6 2 9 1 long a a C C Watchl a CZZEZ miWW 2 3 mi 2lpgl Watch Local File Local Global Name Value Address Scope signed long 10 a 000414 Auto C a a mi X
94. 740 95 7 4 2 7 4 2 1 0 Init
95. e 4 2 5 7 Exclude s 5 s 6 2 7 7 7 10 4
96. 4 2 1 4 2 2 C C gt 1 E CPU C C
97. RAM RAM 100msec 125ms Uabgl 14 6 dc Fd 000400 bss_SE_tap SB LE TCB_wup D00430 SEB_cnt enq_dsp 04 04 4 04 4 04 04 04 E e K RAM RAM e RAM o re i 7 1 2 RAM RAM RAM 1K s Address s
98. ltutorialc Line 40 E 71 6 2 7 Step7 6 2 7 1 CPU M16C R8C N Value R RO O24 Hex R1 IF Hex RZ DOOD Hex R3 DODO Hex aD H6E6 Hex aAl HI Hex FE 718 Hex TSE HEC2 Hex TSE DAZ0 Hex EC DFOZGF Hex SE 400 Hex INTE DFFDOO Hex rgr n olg s zlp c 1 nnnn1n1 6 2 7 2
99. S W S W S W S W 101 7 7 H W H W 000000 000000 000000 000000 000000 000000
100. Local l e Locall PC Hile Locall e Globall Locall Watch Local File Local Global Name Value Address signed int i 10 000 62 signed long 4086 000 5 struct Sample p_sam Ox43C 000ASE p sam p_sam Tutorial p_sam 80 6 6 2 18 Step13
101. 10 1 1 5 CO0 1 5 1 64K 256K 0h 000000h 0C0000h 000000h 000000h 08FFFF QC0000h OFFFFF OFFFFFh 1 5 2 e e
102. Stop NGO F 7 18 2 2 ES Se ha Mark 00 0000 000 442 00 0001 847 055 00 0001 846612 Irdicator OO 0000940805 Scale 6939931 Grid OH01 850572 Area Break D HCE ETMTi Eaak2 task3
103. PC4701U PC4701HS LAN PC4701U LAN Q10BASE T PC4701HS PC4701HS LAN 10BASE T75 e 3 1 3 LPT PC4701U M e e e ECPEPP Byte Nibble 4 BIOS BIOS 14 8 3 1 4 PC4701HS e
104. 36 5 Init 30 1 OK p dqd3Owr 1 The self check succeeded 5 1 1 4 MCU
105. 16 10 247 9 2 2 Assemble e e 255 e M32R M32C M16C R8C SECTTON BYTE switch if 740 e
106. endw e while 32 e while break while 9 1 5 i e e 246 9 9 2 gt 1 gt DumpByte TABLE1 gt DumpByte TABLE1 20
107. e MCU 160 7 7 10 1 s M32C Read e IM16C R8C s 740
108. 8 Mark 00 00 00 000 672 00 00 01 569 272 00 00 01 568 600 TID um TIaX Rurr Time TI1m Rurr Time Av Run Time Total kun Time Ratios 0 _ 25 1 0O7OO OOEO05 195 00r00 00 005 195 O000 00 005 195 O00r00 00 005 195 0 33 DT 115 00r00 00 007 305 00r00 00 000 767 O000 00 001 5411 00T00 00 177 287 2 CaBkU02j 12 OO7OOIOOE 12 067 HOOIOOEDO6 915 O00O0 O0 OLL S52 OOr00 00 138 630 8 84 mm 3 _Eask003j 12 00r00 00 012 5971 00r00 00 006 8921 OOPOO OOg012 111 00r00 00 1451332 ne 4 _task004 12 OOrO0 O0 012 170 OOrO0 00 006 505 DOOO IO00 O11 604 OOrO0 00 139 252 8 88 mm 5 tasko05j 12 OOO00 00 012 277 OOrO00 00 006 577 OOPOOIOOEO11 795 OOr00 00 141 540 9 02 mm 6 tasko06j 11 OOPOO OOE 13 435 O00O0 O0 006 490 O000 00 012 353 OOr00 00 135 885 8 66 mw nl task007 11 OOr00 00 013 020 O00r00 00 006 790 OOO00 00 012 431 O00r0000 136 745 8 72 mm Btasko08 11 ooro0 00 014 080 00TO0 00 008 055 DOTOO 00 013 232 00r00 00 1451552 szl 9 E8Sk009j 11 OOOIOOE 13 642 OHOOIOOEOO7 277 OUTOOIOOEU12 663 OPDOIHOE139 295 se 10 _EasEO10j 11 nOrO0 OOz013 710 OOO OOEOOB 7 OOPOOIOOg012 795 OO IOOE140 752 sm 11 _Eagk011j 11 OOO OOE 11 892 OFOUOIOOE DO6 290 OTOO OOEU11 193 OOr00 00 123 192 7 85 222 U
109. J OSEK OS 1 OS RTOS OS 3 232 7 OS PTD Word e PID PID 16 Z718212
110. 1 1 m _ 1 1 1 22 4 4 2 High performance Embedded Workshop Hi
111. lt 1H e e e e s e 9 2 1 2 8 10 16 M32C M16C R8C 740 16 10 8 2 2 Ox 0X a h H o 0O b B OxAB24 1234 1234o 10010 AB24h 10010b 2 16 2 RADIX RADIX
112. m s h s 1 s MCU M16C 60 M30600 M16C 61 M30600 M16C 62 M30620B M16C 20 M30620B MCU 59 2 M16C 62 1 0 1 Init Memory Extention Mode e MCU ROM
113. 12 5 M16C R8C e C NCxx e IAR C e IAR C e TASKING C 12 3 3 TASKTNG C TASKING int C CCM16 CCM16 1 unsigned short 12 3 4 MCU HOLD MCU HOLD Low HOLD High Low
114. 12 5 6 2 gt CM16 g OO filel c lt Enter gt 12 5 7 IAR CTF T EW 1 IAR Embedded Workbench Projectl Options Options For Target xxx Category XLINK Output Format Other Output format elf dwarf Include XCL file name 2 XCL 1 XCL Inkm32cf xcl XCL y y y M32C yspc M16C R8C yspc
115. e sort sort e Tutorial c e C D Step9 Step12 C 6 2 6 2 1 Step1 6 2 1 1 High performance Rmbedded Workshop 4 DU 6 2 1 2
116. USB LAN LPT 3 1 1 USB PC4701U e USB 1 1 e USB e USB se 3 1 2 LAN PC4701U HS e LAN IP e Windows LAN Windows PC4701U
117. Itmol semQ s 26 task26 26 task26 s 26 task26 tmol s EE e semQ 8 8 7 14 6 2 pTTRON4 MRxx ID ITRON4 MRxx TD 1D Sematr Semcnt
118. MR MR 0 MR 0 715251 IS
119. 1byte 1 2byte 2 4byte 4 16 16 10 10 C CO
120. ID Current Run Task 1 main 7 14 2 1 ITRON3 MRxx TD ITRONS3 MRxx 1 2 3 4 5 6 7 8 9 r ID ID StaAddr name Pri Status 1 wup_count timeout flg ptn flg mode 2
121. MR MR 221 Z76227 BERETS 222 7 7 17 MR MR OS MRxx
122. O OR OS ONBSD Ono_Break_source_debug 12 5 2 740 SRA74 oe FUNC c sg 4 E FUNC c E
123. 181 7 12 union aq U b0D st ai Bit Ts bit unsigned char 1 bO bit hO unsigned char 1 bH bit b1 unsiqned char 1 BU bit b2 unsiqned char 1 BbH bE b3 signed char 4 b0U bit b4 7 unsigned char bU a11 b0 bit b2 50 bit b3 b0 biti b4 7 s C s e
124. e MR MRxx crt0mr xxx OS 186 7 14 1 7
125. Uikriotmt oO miE eo NP oOo 0 0 718231
126. MR MR MR MR OP OO Current Run Task 1 main TD standdr name Ez status rm count Limeout flq_pEn FIq mde HF17F8H i 1 HH HF1 amp 68H 2 HH OF1476H InH OF14284H HH OF129AH WAI ISLP SUS HHnH UHF 1 EIH WAI IDLY HH OF1ACAH WAIIDLY SUS HH OF1AE4H WAIIFLG HH TWF ORW OF1E0ZH WAIIFLG SUS HH TWF ORW 2 1 2 3 4 5 5 7 8 9 e MR MR e e MR
127. 3 MCOU 7 11 6 M32C 7 11 7 M16C R8C 7 11 8 740 4 8 Absolute Time Differences Relative Time RN NE 5 LN 6 7
128. TracePoint MR MR 266 12 2 M32C 12 2 1 20 120 12 2 2 TSP 0500h 9 ISP 0000h 12 2 3
129. enum 1byte 5 1 2 1 NGC30WA NC8G IEEE 695 5 1 2 2 s
130. CPU WAIT STOP 44 5 5 1 6 nit 5 1 6 1 eu 5 2 5 2 1 USB
131. 7 18 1 gt After After Break Brea
132. HW EX 7 7 9 166 7 7 10 9 s e 4 MP1 CMP42 7 10 9 1 1 2
133. Set kesurement Point MP Fi 167 7 10 9 2 1 2 Set Mesurement Point MP1 7 10 9 8 1 2 Set Mesurement Paoint MP1 168 7 7 10 9 4 1
134. 8 1 1 Go G GoFree GE GoProgramBreak GPB GroBreakAt GBA Stop 222 Status Step 8 StepInstruction SI OverStep O OverStepInstruaction OI Return RET ReturnInstruction RETI Reset Time 8 1 2 Load L LoadHex LH HEX LoadMot LM 8
135. 9 abcde Tam a boy char char 10C C 10 2 C C C C C C C 10 2 1 e DATE date Sunday Radix e DATE date 16 DATE date 0x10 Radix 16 DATE date 00000000
136. Coverage Ease ddress OCOOOD EEEEE Furnctior Start En Coyerag main UFHU42 IFHU8C 6 randam access DFOOSE OFOOC1 D Func Global DFOOCZ OFO124 100 Func Local DFO12C DFO142 Func static DFO144 OFO1DC Func Exe DFO1DE IFI23E Ex stub DFO240 OFO25C 64K 1 256K 0h 38FFFFh e e e 94 7 7 4 1
137. EXTIN7 High 1 Low 0 Q T EXTIN6 5 High 1 Low 0 76543210 EXTIN0 EXTIN7 High 1 Low 0 EXTIN6 7 B T Q T h m s ms us 180 7 7 11 8 740 Address Data Sync 1 Sync 1
138. 7 7 8 7 9 11 HW 7 7 9 7 9 12 HW 7 7 10 7 9 13 ID ID HW 7 7 11 ID 7 9 14
139. INew Project 1 6 Select Target CPU_Toolchain version OS C C C C 25 4 2 1 8 Step3 New Project 5 7 Setting the Target System for Debueeine MTEC PC47H1 Emulator IMM16G RAC Compact Emulator MIGC RBC FoUSB UART MM6G RBC PCT501 Emulator MM16C R8G Simulator 1 Target typel
140. R W Enable 1 2 3 3 2 e s 1 3 32K A 1 R W 1 3 1
141. 7 9 5 Total Pick up Exclude 3 i _ 4 7 9 6
142. Init IP Init IP 5 2 3 LAN 19 3 3 8 LAN 2 8ack exe LAN Windows OS Windows XP 2000 HKEY LOCAL_MACHINE SYSTEM CurrentControlS O REG_DWORD et Services Tcpip Parameters SackOpts UnSack exe Sack exe UnSack exe Sack exe UnSack exe Windows XP 2000 TCP SACK
143. WAI DLY dly_tsk WAIDLY SUS dly_tsk WAI FLG WAI FLG SUS WAI FLG TMO WAI FLG TMO SUS WAI SEM WAI SEM SUS WAISEM TMO WAI SEM TMO SUS WAI MBX WAI MBX SUS WAI MBX TMO WAI MBX TMO SUS
144. hOn MiZRE MCU MCU 10MHz 4 10 4 1 5 1 1 5 M32C 37 5 1 2
145. 7 7 14 6 MR OS lt TD lef crt Count gemo IIH HUHHH 10 task1H 11 task11 s HH3H HHH3H IHSH HH3H ISH InSH IIH7H HH7H II2H HH2H IHS3H HH3H 7 14 6 1 ITRONS3 MRxx ID ITRON3 MRxx ID ID Def cnt Count semQ ID e twai_sem semQ
146. 16 DATA1 TIMER LOW DATA2 TIMER HTGH 16 16 16 12 4 9
147. 2010 4 1 NEC http www renesas com 2010 4 1 http www renesas com http japan renesas com inquiry NE gt T SS 1
148. 188 7 RUN RDY SUS DMT WAI SLP WAI SLP SUS WAI SLP TMO WAI SLP TMO SUS WAI DLY dy tsk WAI DLY SUS dly_ tsk WAI FLG WAI FLG SUS WAI FLG TMO WAI FLG TMO SUS WAI SEM WAI SEM SUS WAI SEM TMO WAI SEM TMO SUS WAIMBX WAI MBX SUS
149. 8 SNE 9
150. 2 0 DumpByte2 DB2 DumpWord2 DW2 DumpLword2 DL2 SetMemoryByte2 MB2 SetMemoryWord2 MW2 SetMemoryLword2 ML2 FillByte2 FB2 FillWord2 FW2 FillLword2 FL2 Move2 MoveWord2 MoveW2 RAM RAM MCU H W H E H E C Coverage protect H H W
151. s RAM 1 1 1 1 C 12 1 3 C 92 7 7 3 1
152. 1 2 1 E 1 12 1 2 MCU 12 1 2 1 M32C RAM ROM RAM ROM nternal RAM
153. 4 3 2 1 gt W M 9 2 2 DefaultSession DefaultSession 3 High performance Embedded Workshop gt High performance Embedded Workshop High performance Embedded Workshop 34 5 5 5 1 Init Init
154. MCU M3753x M3754x 01 M376xx 02 MCU 00 58 5 MCU POD MCU 5 6 2 1 2 3B FF FFFC 0 M38000 00 59 MEMO 60 62 6 6 1 WorkSpace Tutorial MCU 6 hws High performance Embedded Workshop
155. MR308 s MR El TN 1 MR Mark O0 00 00 020 147 00 00 00 117 893 OO0 O0 00 097 746 Imdicator 00 748 IScale 3 915808 Grid O00 00 00 032 832 Area Break YEC Lap1e TD Iname 32 0rrnsn SYSCALLOS 33 OFFD84 SYSCALL1 38 OFrFD98 Sracarr21 8 Tdlg agk1 LEagk2 task3 task4 tnim iolnie task5 Urnkrowrn VEC 1 table ID ID name jdle unknown
156. e e A ht te Rs OK You need to download new Firmware to use his debugger Cancel LAN PC4701U PC4701HS LAN
157. 5 omooo 22n L2 PFFFFF E E 400 RAM O04 El O042n O0430 O00440 D00450 UE O0470 UE O0490 004A DDO4ED O04 LE 65 6 2 8 Step3 6 2 3 1
158. MNO 22 4 2 High performance Embedded Workshop 23 4 2 1 EN 24 4 2 2 Lk 29 92 NAO 34 Bee 2 34 A ENV DK ER Nk i 34 5 35 DE 35 BO A TR NN GN 36 SN ERTL ki Nl 38 pH3 T ET RT EEE 40 41 DD 44 5 16 RS RR EE 45 52 EE 46 5 2 SB 0 46 5 25PR SN NE 5 2 3 LAN 5 2 4 ST MORE SG 50 5 8 M32C FR DO BI RTI TSE Sh iI 51 58sDEmem A TE RN RN nN Co tN SS 51 5 4 M16C R8C ki 55 5ALMapE RO NER AkikiliiilSl SE lt 55 557405 OBES RF ST nN i i 56 S55SAL Map TE Sk 56 DI6AMGCLEI AE 57 5 6 1 MCU M16C 7R8C 57 5 6 2 MCU
159. int 1byte 1byte 740 enum 1byte 1byte 39 5 1 8 M16C R8C
160. LED e e 200 200 184 7 7 18 1
161. s 0h FFFFFFFFh 2 s s 9 1 3 if 1 else 2 endi e 0 1 0 2 e else else endi e f 32 9 1 4 while endw break whi1e endw s
162. 1 5 500000 1500000 tl Et 715243 215 Z 7 ZZ RFF ES EAT cn Ev 9 Mark D0 O00 00 033 197 O0 O00 00 117 893 O00 o Indicator 75 Scale 515H355 IGrid O0 O0 00 032 832 Area YEC table ID namej 32 rrnso vc ssscrnTo 33 OFFD84 t SsYscaLLl 38 DFrD98 1 SYSCALLZ Idle 5 ER 1 taskl1 2 task2 Unknaram t tasks 9 Ea Z
163. 2
164. DMA DMA CPU INT INTACK TB CPU DB CPU IW CPU DW CPU RW Read R Write W RWT 0 Address Data BIU 0 CPU CPU BIU CB RB QC CW RW QN 0 4 B T
165. HagQ ls 26 task26 26 task26 s 26 task26 tmo s EE e flagQ 8 8 7 14 5 2 pTTRON4 MRxx TID ITRON4 MRxx ID TD Flgatr Flgptn Flag Queue TD e F
166. CPU 2 Targetsl 26 4 4 2 1 4 Step4 High performance Embedded Workshop Setting the Debueger Options le 27 4 2 1 5 Step5 New Project 7 7 Changing the File
167. 5 6 7 8 175 7 11 5 BUS BUS DIS DIS SRC SRO DATA
168. 7 18 2 3 EE Sh Mark O00 00 00 190 802 OO0 00 00 784 555 OO0 OO 00 593 752 Indicator O00 00 01 472 055 IScale 5 600414 IGrid O000 01 TD mamej n cit Cobh Coeii i EE taskSs EE taskda task5 5 i el EET EEE CEE 7 dle sc 1 TE EEPB5 da task9j W 1
169. TracePoint TP UnAlias UnAliasAll Up UploadHex UH HEX UploadMot UM 8 Version VER Wait WatchDogTimer WDT Where 244 9 9 9 1 GEelse endi
170. LPT PC 1 PC LptFix exe 1 Windows XP 2 3 PC LptFix exe LptFix exe
171. lt 99 7 6 1
172. Sync Read Read 0 Write Write 0 B T EXTIN7 High 1 Low 0O Q T EXTIN6 High 1 Low 0O 76543210 EXTIN0 EXTIN7 High 1 Low 0 EXTIN6 7 B T Q T h m s ms us
173. MAC Setlp v 200 8 00 70 25 8C 05 HMI6 IP Next Search 18 3 5 Next IP TIP IP Set IP hask Part GateWay IP Address 92168110 Subnet Mask 55255255H Fart Number
174. e 224 7 7 17 3 MR MR RTOS MR YY V Selected Task 5 task5 ID rare PFause Tirnel PZU Source 1 EHC O57 lyoid task5 2 task2 Fause PC DFOFZEH yd 3 Eagk3 9 Eagk4 O06 nnn6l eI O062 nnn63 nn64 HH65 oid task6 int 5HHH while 1 67 int 6HHH 68 while 1 69g oora OO071 nn72 ogee ID name TD
175. 740 6 2 13 1 sort S W 1H PC H a a IM a bl lang ts int 1 k gaP gap 5 while gap gt 0 far ksU k lt gapi k far i ktgap iI 10 iiTgap far ji gapi j gt k j j gap if a j gt a j gap t a i a j a j gap a j gap t else 3 Kind
176. s M16C 62 External 1 4000h 2FFFFh 2 40000h BFFFFh 55 5 5 740 5 5 1 Map Map Map SFR Rxternal RAM Rxternal ROM Tnternal ROM External e Internal ROM TI1nternal gt RX
177. 1 HW Break Points Setting jv HW ADDRESS CONDITION A D00400 m2 DFO528 oooooo OOo000 OOOOOD OOOOOO WRITE FETCH FETCH FETCH FETCH FETCH addr 000400 data 0032 0F0528 lt addr lt DFUBFF addr 000000 addr O00000 addr O00000 addr O00000 lp Same Time ys 7 7 10 3 State Transition 1 State Transition 1
178. 7 7 7 1 400h 2 0 nl Sat Eyent Status BIT SYMBOL 7 7 7 2 bitsym 1 nl Get Eyent Status BIT SYMBOL 7 7 7 8 TNTERRUPT 7 7 8 1 nl Set Eyent Status INTERRUFT 7 7 8 2 Al Set Event Status INTERRUPT 140 7 7 7 9 Ne
179. DD ID tk il Byte Ip E 0 TDD 146 7 7 8
180. ECA4202G02 SA 3 1 5 PC4701M HS e COM 15 3 2 PC4701 2 e i AN e
181. Selected Task 6 taskn06 V TD namei Pause EEU Sgurce 1 maini yoid taskO06 2 knn25 3 1 tasko03 T YER pk ver 4 Lasknn4j int i 5 asknn5j Pause FC OF1FAGH while 1 7 tasknn7i for lt 1 8 akn 8 taskHgj nk rot rdqgll 11 taskn11 12 Cagk012 13 tagkn13 lyoid taskn 7 14 taskn13 15 askn15i T VER pk ver 16 task016 ea int i ni aro 18 task0185 while 1 19 askn19j for i 0 i lt 10 2 _Easkn2i et yer 5 2 5Fn2H i 22 Esk022 ID name 8 TD PC
182. 12 5 2 1 s 740 gt sra74 o s gt sra74 c sS gt link74 main main a74 lt Enter gt sub a74 lt Enter gt sub 11S lt Enter gt 12 5 3 TAR C W 1 1AR Embedded Workbench Projectl Options Options For Target xxx Category XLINK Output Format Other Output format ieee 695 Include XCL file name XCL lnkm16c xcD 2 XCL XCL y y
183. CPU CPU 6 2 5 2 S W WE TutorialLc P_Sam amp st init P_sam far ji 0 i lt 10 j rand If 0 j j a i js changeta i p_sam gt sl a 0 pP_sam gt s1 a 1 p_sam gt s 2 a 2 p_sam gt s3 a 3 p_sam gt sd a 4 p_sam gt s5 a 5 pP_sam gt sB a 5 P_Sam gt S7 a 7 p_sam gt s8 a 8 p_sam gt s9 a 9 p_sam NULL vold abort woid 69
184. Scale 1 5 i nh I Fo B22 Eo stn 234 7 718222 7 h np mM s mW US 5IUUI 5HUII yy Z18223
185. TD WaitQueue Message Msg_cnt 0 Msg Msg_cnt 0 Task ID TT trcv_msg WaitQueue Message tmol WaitQueue Message ls
186. 1 2 3 1 4 6 2 10 1 sort 9 PC sort 5 Pp_sam
187. RAM RAM 93 7 4 CO0
188. 5 64 6 6 2 2 Step2 RAM RAM 6 2 2 1 RAM es OKI uf AE OOD400 i Address CPU RAM 400
189. Bank 16 CO C00000h Length 256K 1M Length 256K Bank 00 04 08 FC 4 Length 1M Bank 00 10 20 FEO 16 Map Tnternal External No Use s Internal External Map No Use
190. C 10 tutorial sort tutorial change tutorial 740 740 740 740
191. task4 task51 J task60 5 eg EE ES EE Lj wwiioenie on task60 Las dass psseessses dees ead task9 tri tr a mmm EE ah ai nkrowr Z 1 5
192. Script Exit RA DD BER Wait Pause Sleep Logon 7 2 2 Logoff Exec 8 1 11 Func Up Down Where Path AddPath File 241 8 1 12 Map 8 1 13 Clock CLK MCU 8 1 14
193. e C x lt not active gt Radix 10 2 9 e str p lt syntax error gt Radix str p 10 2 10 16 Data Y Ox1234 Radix C C Yalue lunsigned char str OxFOOOD 89 YY lunsigned char str 89 Y struct DaTa pData x408 struct Answer ans Hx82E lunsigned char ch i100 d iqgned int nID 3980 mn
194. 1 3 LD KRRAM mmLNN 3 1 RAM Re 3 4 8 4 0 5 192T LA 5 SN 6 802Ag SO 7 1 8 hd Te lt lt lt EE 1 3 2 1 4 3 AA 5 2S2S 2 5 2S 2 11 52 11 6 O08 OO 12 GUH 12 2 PC4701 13 2 1 ee 8 13 2 es 13 3 14 ES 14 SiUSB EE 14 Su2AN 14 Sl LPM NN EIT Nn 14 8h gt SE 15 3 RN RN i 15 2 16 3 3 Mii 17 MM 53 17 S92 DAN MM 18 SIIBINANMN ON NN 20 833 4 22 R N TaodaL 21 4 22
195. 26 task26 26 task26 s 26 task26 tmol s WaitQueue Message 8 8 7 14 7 2 pzTTRON4 MRxx TD ITRON4 MRxx ID TD Mbxatr Mailbox Queue Wait TID Mailbox Queue Message s Mbxatr TA_TFIFO
196. HW EX 7 7 5 7 10 5 HW EX 7 7 6 7 10 6 HW EX 7 7 7 7 10 7 HW EX E 7 7 8 7 10 8
197. PCA4202GO02 I O 7 Windows POCA4202GO02 100h setPca4202 exe PCA4202GO02 I O 7 e e I O 7 setPca4202 exe IO 1 setPca4202 exe setPCA4202 0 Address Cancel 2 TO Address PCA4202GO02
198. Semaphore Queue ID 197 e Sematr TA TFTIFO FIFO TA TPRI e twai_sem Semaphore Queue tmol Semaphore Queue s 26 _task26 26 task26 s 26 _task26 tmo s s Semaphore Queue
199. M32C Read addr Address1 Hsin ooo 149 e DATA ACCESS Data1 lt data lt Data oo oo RW FFFF e BIT SYMBOL 7 e INTERRUPT M32C s TRIGGER 7 9 2 e AND OR
200. 740 MRxx MR30 MR30 V 3 00 MR30 MR DEMO C V Selected Task 11 task 11 TD narrEj Fause lt i Source 1 main yaid task 11 2 ask 21 3 EagkH 3 T VER pk yer 4 agkHH4 nt i 5 taskn05i 5 EagkkH6 while 1 7 EaskH 7 For i 0 i lt 10 drt 8 task008 task 9i 10 task010 rot rdgq 1 task011 Fause EC UF2U amp HH 12 task012 13 taskn13 lyoid taskh12 14 task 141 15 task015 T VER pk yer 16
201. ID 201 Data Queue Wat Itmol Data Queue Wait ls 26 task26 26 task26 s 26 task26 tmol s s Data Queue Wait 8 8 202 7 7 14 9 MR
202. 254 10C C 10 1 9 e gt class T public int member class T t_ cls class T pt cls amp t cls int T mp amp T member t_cls mp pt_cls gt mp e print mp 10 1 10 10 1 11 10 1 12 C char short int
203. RR Si El11 4 1 i 174 TA SS 175 TA 2 176 7 11 6 M32C 177 7 11 7 M16C R8C 179 718740 181 712 182 FAIL IL SR RR NC 183 R139GUL RN 184 mi LC LSE 185 TAN ANT SC Ns 186 7 187 7 4 188 7 14 3 RK 192 71244 lt 193 5rh 195 7 46 3 197 714 7 199 7i14 8 te 201 7 14 9
204. LoadSymbol LS Loadleee LI C Reload 2 UploadHex UH HEX UploadMot UM 8 8 1 3 Register KR 8 1 4 DumpByte DB 1 DumpWord DW 2 DumpLword DL 4 SetMemoryByte MB 1 SetMemoryWord MW 2 SetMemoryLword ML 4 FillByte FB 1 FillWord FW 2
205. MR MR OS MRxx 7 16 1 CPU CPU MR CPU Mark 00 00 00 000 335 00 O0 00 164 498 O0 OD 00 164 163 YEC table TrD name Nu Max Run Time Min Run Time vg Run Time Total Run Time Ratio 0 25 50 75 100 32 orrD80 SYSCcgTnj 17 PH I Ez 33 PHIH E HH 13 HHHIH EHHH HZ2 HHHIHOEHH 378 23 1 1 33 EFD84 BYgCagnh1i 5 0o0 00 00 000 020 00 0000 000 019 PH I Ez 19 HI Ez 9 6 i 38 0rrn98 SYSCagmr2 3 OO 00 00 000 028 00 00 00 000 028 00 r00 00 000 028
206. PC 265 12 1 10 12 1 11 12 1 12 1
207. Read addr Address1 Lin e DATA ACCESS Data1 lt data lt Data oo hon RW FFFF 104 7 s BIT SYMBOL 0 s INTERRUPT M32C 105 TRIGGER 106 7 7 7 2 s AND OR 2
208. 1K RAM RAM 000h 400h nh Dh 1 1 2 RAM 100 RAM RAM e ASM RAM ASM C RAM C 1 1 8 RAM e RAM e ASM
209. ID Qame TD slp tslp_tsk dly dly_tsk gl twai_flg sem twai_sem mbxl trcv_msg e TID Qame lsl 26 task26 26 task26 s 7 14 4 2 ITRON4 MRxx
210. CPU 0 0 Oh FFh 1 1 100h 1FFh POD POD M38000T FPD 0 M38000 7200 7450 7470 38000 M38000TL FPD 7500 7507 7510 7515 7520 M38000TL2 FPD M37207T RPD 80 M38000 M37102 M37201 M37202 M37204 M37207 M387515T RPD 40 M38000 7515 3850 3851 M387610T RPD 2 M37600 7610 M37640T RPD 4 M37600 7640 M37690T RPD 1 M37600 7690 M38749T RPD 40 M38000 3874 MCU MCU MCU u s h s 1 s
211. MCU SFR RAM DRAM 2722 HHRM IE za EV OAE0 ROM ROM ROM F8I FFFFFF is allocated 22722 MR E 9 4 Bank Length Map el 2sekB Nouss rea 2 np IzsekB INouse rea 8 p IzsekB INouse aea4 hh 2zsekB lNouse 53
212. Windows XP 2000 LAN 8SACK Administrator E Selective Acknowledgments SACK Administrator RFC2018 SACK SACK 3 Windows XP 2000 SACK SACK E 20 3 3 3 4 PCA4202G02
213. e e 6 e And e And same time s Or e State Transition
214. while endw break 1 1 wh 10 ile 32 endi while endw unsigned while 1
215. 12 5 M32C e C NCxx e IAR C e 1AR C 12 2 4 MCU HOLD MCU HOLD Low HOLD High HOLD Low HOLD Low 267 12 2 5 e
216. 49 5 2 5 RS 232C PC4701M HS MCU S8erial Parallel Serial LAN 7 HLSB Port ICoM lt Baud Rate 88400 lt Port Baud Rate 50 5 5 3 M32C 5 3 1 Rmem Emem Emem TI1nit Single chip Mode BUY DY EE ES 1
217. 40 5 5 1 4 Init MCU M16C 62 MCU M16C R8C 5 1 4 1 Normall 1 Mode11 2 Mode21 Init MCU MCU 8 8 0 41
218. 12 4 4 External e M38000T FPD e JIM38000TL FPD e M38000TL2 FPD 12 4 5 12 4 6 12 5 740 e 740 SRA74 e IAR C
219. T member A B member 10 1 3 10 1 4 se O0xEO00 10 1 5 amp amp amp amp 10 1 6
220. H W lt _main OF0042 _global_float 000400 OF0000 addr OF0000 _global_float addr 000400 _global_float addr 000400 _global_float addr MP1 Match Zone MP2 Zone Specify Bl MP3 Single Cycle B1 00s O00ms O00us in 00h 00m 00s O000ms 000us 00s O00ms 000us 00h 00m 00s O00ms 000us 00s 000ms 000us 00h 00m 00s 000ms 000us 0 00h O00m O00s 000ms 0 0 of 0Oh 00m 00s 000ms 00s O00Oms O00us in OOh OOm 00s 000ms 000us 00s O00ms 000us 00h 00m 00s 000ms 000us 00s 000ms 000us 00h 00m 00s 000ms 000us 0 00h OOm O00s O00ms 0 0 of OOh 00m 00s 000ms e ee
221. High 1 Low 0 Q T High 1 Low 0 76543210 EXT High 1 Low 0 EXTIN6 7 B T Q T h m s ms us 178 INO EXTIN7 EXTIN6 7 7 11 7 M16C R8C Address Data BUS 8 8b 16 16b BIU BIU 1 O
222. FIFO TA_TPRI TA_MFIFO FIFO TA_MPRI e trcv_mbx Mailbox Queue Wait Itmol Mailbox Queue Wai 2 lsl 26 task26 26 task26 s 26 task26 tmolls s Mailbox Queue Wait 8 8
223. HOLD HOLD Low 12 3 5 e e 8 HH s PID BYTE WORD Address WORD e 16
224. 12 3 1 M16C 60 M16C 20 OFFFFh 4 4 OFFFCh RN 2 1SP OFFFChOFFFFh 4 Internal E OFFFCh OFFFFh 4 External OFFFCh OFFFFh 4 Rxternal 12 3 2 A
225. 238 8 239 8 Rl lS k 239 ST 239 PP 239 QSL2 lt 240 BEEN 240 Sop 05 Ao 240 8 1 6 ee 240 7 2S 241 Sh 85 22 241 8i1i9 241 glil0 241 Sly 2 241 SH LN 242 8T18 2 242 8 114 242 8 1 15 C 242 8 08 kf 242 ST17 lt 242 8 2 243 9 245 9 2 245 10 11 12 RINE2X2SURZMNSSNS2SNN 245 RRR i kk 246 DA i NN Nl ti hk 246 9 1 4 whil
226. PF ID standdr lrare zrterval Count status 1 2 3 4 5 5 7 8 DF1C56H ODF1Cc58H OF1C5AH IF 1C5CH IF 1C5EH IF 1C6IH IF 1C62H IF 1C64H II64H IE4H 3E8H 3ESH 1F4H 1F4H Hz 58H 2 58H IICBH IICBH 12 CH 12CH 19nH D190 15EH D15EH l cyclel _cyc1e2 l cycle3 l cycled4 cycle5 cycle5 l cycle7 l cycle8 TCY ON TCY OFF TCY OM TCY OM TCY OFF TCY OM TCY OM TCY OM 7 14 9 1 ITRONS8 MRxx ID TITRON8 MRxx ID ID StaAddr name interval count
227. 4096 9 1 1 10 245 9 1 2 e
228. Hex ka 2 lt mer 72 6 6 2 8 Step8 ASM 6 2 8 1 _msize ASM ASM ASM msize Worq 1x Lrs ize werd lt 16 10 2 sr OKI ASM Address Bit 0041Cc __msize Word Hex 73 6 2 9 Step9
229. 1 RENESA AS 5 A 4 M16C PC4701 V 1 03 Rev 1 00 200707 WWW TeneSsaS COrT
230. 23 4 2 1 4 2 1 1 Step1 High performance Embedded Workshop OKI A x 2 0 PF Empty application Es mpleD1 Import Makefile P Library Es mpleD1 D Ip Hewd4 samnles M16C SampleH1 B CPU G M16G 4 Renesas M16G Standard st 1 CPU CPU CPU 2
231. MR TD flq_pEn Flago IIH 8 task8 IIIH IIH 9 task9 IIIH IIH IIIH IIH 7 14 5 1 TITRONS8 MRxx TID gzITRON3 MRxx ID TD flg ptn flagQ TD s twai_flg flagQ tmol
232. OS MR30 V 3 00 10 8 2 rel_wai irel wai MR30 V 3 10 Release 1 271 12 3 8 e C 1 2 7 MAP EXTERNAL 5 1 4 12 3 9
233. Ready Queue TD Rd 8 8 192 7 7 14 4 MR MR Yalue TD narne TOFFH TFOOHE TFOFHE 7FFHH TFFFH TFFFH TFFFH 21 task21 dly 24 task24 dly 22 task221 dly 23 task23 dly 6 task6j dly 7 task7 dly s 2H taskz0 dly 7 14 4 1 ITRONS3 MRxx gzITRON3 MRxx Value
234. WAI SDTQ WAI SDTQ SUS WAISDTQ TMO WAI SDTQ TMO SUS WAI RDTGQ WAI RDTQ SUS WAI RDTQ TMO WAI RDTQ TMO SUS WAI VSDTG WAI VSDTQ SUS WAI VSDTQ TMO WAI VSDTQ TMO SUS WAI VRDTGQ WAI VRDTGQ SUS WAI VRDTQ TMO WAI VRDTQ TMO SUS
235. HillByte FB 1 HillLword FL 4 HillWord FW 2 Func Go G GoBreakAt GBA GoFree GF GoProgramBreak GPB HardwareBreak HB 2N Help H Label Load L LoadHex LH HEX Loadleee LI C LoadMot LM 8 LoadSymbol LS Logoff Logon Map Module MOD
236. e I TD E 1 VI TD ID 2 4 1TD TD TID s Total Blk_cnt TFree Blk cnt map e Free Blk_cntQnap IN 0 1 7 14 11 2
237. D sekB Nouse D _ sskB ouse D 2sske use D _ sskB vo use 52 5 2727 64K 64K PO FO0000h 64K e 3 Ns e
238. x ITRON3 MRxx ID ID StaAddr name AlarmTime 7 14 10 2 ITRON4 MRxx TITRON4 MRxx ID T1D Name Almtim ms Status s Status TALM_STA TALM_STP 204
239. EXTO EXT7 EXT1 nl Set Eyent Status RIGGER TRIGGER MLEIEIEIEIIEI I 142 7 7 7 10 B1 B6 A1 A6 AND AND Same Time OR STATE TRANSITION And same time 7 7 10 1 AND OR AND 1 AND
240. e Ctrl 35 5 1 1 MCU MCU NM30835 MGCU Parallel Serial CAN Serial Na HhWH3 4 Io MHz7 BB 1 5 1 1 1 MCU MCU MGU610 mcu MCU e MCU MCU e MCU MCU MCU MCU MCU 5 6 MCU 5 1 1 2
241. 3 3 2 1 SETIP LAN SETIP IP SETIP ie SETIP setip exe IP 1 LAN 2 LAN 3 SETIP PD So et OK Setlp Ver 2 00 Select your emulator PC47D1 M321 00T2 SDEE 4 OK
242. 7 14 10 MR MR OP Pm O 9 Remain Handler7 Now System Clock Count OOODH DOOOH O18AH 8Eagddr rane 1arrnTirne ID x IF1C68H IF 1C7UH IF1C66H IF 1C72H IF 1C6 H IF 1CE6CH IF 1CBEH alarn2 HHHUIH HHUHH alar61 HHHHH 1H HHH _ alarmn1 HHHUH ECDH _alarrn7 HHDH HU13H alarrm31 HHCDH HIH3H alarn4 HHCDH HHU3H alarrn5i HHCDH OAA3H TITRON3 MRxx Remain Handler 7 Now System Clock Count 0UHOUOUH018AH 7 14 10 1 TITRONS3 MRxx
243. SoftwareBreakEnable SBE 2 NE 2520 NR 2 SoftwareBreakEnableAll SBEA BreakAt BreakIn 240 8 8 1 7 HardwareBreak HB 2 Protect PT BreakMode BM 8 1 8 TracePoint TP TraceData TD TraceList TL 8 1 9 LCoverage CV 555UU_U__S8 8 1 10
244. e e char char e e e e e e bool
245. CPU MR CPU MR EE Mia Mark 00 00 00 000 335 00 00 00 164 498 00 00 00 164 163 VEC ftase nT Dae a var vin run Ti ro ra Te Toca Ra Trine Rac 2 0 TS 109 32 OFFDSO SYSCALLO 17 00 00 00 000 033 00 00 00 000 013 O00 00 00 000 022 0 00 00 000 378 ZY H H 33 OFFD84 8Y8c Tn1i Hi HH 2 PHI 19 00 00 00 000019 Hz 99 0 06 H H H 38 OFFD98 _ SYSC Tr2 3 nn 28 O00r r00 00 000 028 7HHI EiHHH 2ZB HUPHH O00 000 084 0 05 Hd H Idle 6 00 00 00 000 017 00 00 00 000 002 1 00 r00 00 000 006 00 00 00 000 036 0 02 H 1 taski 11 DOO OO OO 014 003 OO r00 00 000 001 00 00 00 008 957 00 00 00 098 528 60 02 2 task21 3 nz 13 3 1 7 ED B 5659 256 B 15 84 i 3 ask3 2 00 00 00 013 006 OO 00 00 000 003 O00 r00 00 006 504 O00 00 00 013 009 9 mw H es 2 OnCOnindzn1350n3 Drn0 G0znnOin01il OOOFOOzngm502 DPOO OOz195nO5lW7592 5 ask51 2 TI 13 7 00 00 00 000003 HP En5 5 5
246. High performance Embedded Workshop C C 9 High performance Embedded Workshop F PC4701 CPU CPU s M32C 80 M16C 80 CPU M16C R8C e M16C 60 M16C 30 M16C Tiny M16C 20 M16C 10 CPU
247. M16C R8C e 740 CPU 740 Active X Microsoft MS DOS Visual Basic Visual C Windows Windows NT Microsoft Corporation IBM AT International Business Machines Corporation Intel Pentium Intel Corporation Adobe Acrobat Adobe Systems Incorporated csc renesas com SUPPORT SUPPORT TXT csc renesas com regist_tool renesas com http japan renesas com tools
248. Move 3 1 MoveWord MOVEW 2 MR 9 OS OverStep O OverStepInstruaction OI Path 243 Pause Print C Protect PT Radix E Register R Reload Reset Return RET ReturnInstruction RETI Scope Script
249. WatchDogTimer WDT 8 1 15 C Print C Set C 8 1 16 OS MR OS MRxx 8 1 17 Radix E Alias UnAlias UnAliasAll Help H Version VER Date Echo CD 242 8 8 2
250. ITRON4 MRxx pa TD z TTRON4 MRxx ID ID Mplatr Mpladr Mplsz Blkcnt Fblkcnt Memory Pool Queue ID s Mplatr TA_ TFTIFO FIFO TA_TPRI e DD
251. nternal 262 1 12 12 1 2 2 M16C R8C TInternal RAM ROM 12 1 2 3 740 SFR RAM External 12 1 8 C e typedef s e 64 e 1ong 1ong double Internal ROM ROM
252. 1 3 3 1 4 4 1 4 1
253. 740 CPU OS MRxs OS 80 HH CPU CPU TD mamei MIum Ja Rurn Time Hin Run Time vg Ru Time Total Run Time Ratios 0 25 50 75100 1 Doroo oo 005 195 O00r00 00 005 195 O000 00 005 195 O00r00 00 005 195 Sd H H 1 mairj 115 OOrO0 O0 007 3051 DOPOOI OOOO 767 OOrOO OO OOL 5
254. CPU 2 Targetsl 30 4 4 2 2 8 Step3 High performance Embedded Workshop Setting the Debueeer Options MTEC REC PC750T Emulator la High performance Rmbedded Workshop
255. WAI MPF WAI MPE SUS WAI MPE TMO WAI MPE TMO SUS 191 e 2 Wfmode TWE_ANDW AND OR TWF_ORW 7 14 3 MR MR E3 ICurrent Run Task 1 main INumber of Priority 100 Eri RdyQo 1 main 2 task2 15 task15 16 task16 17 task17 18 task18
256. 740 M32C PC USP ISP INTB FLB SVF SVP VCT DMD0 DMD1 DCT0 DCT1 DRC0 DRC1 DMA0 DMA1 DCA0 DCA1 DRA0 DRA1 0R0 0R1 0R2 OR3 0A0 0A1 OFB 08B 0 1R0 1R1 1R2 1R3 1A0 1A1 1FB 18B 1 M16C R8C PC USP ISP SB INTB FLG 0R0 0R1 0R2 0R3 0A0 0A1 0FB 0 1R0 1R1 1R2 1R3 1A0 1A1 1FB 1 740 PC A X Y S PS 9 2 5 ee s 740 1 1 B
257. External External s ROM e e Single chip Mode i ROM
258. MAP Internal s RAM MCU 5 6 1 1 0 3FF 400 2BFF F0000 FFFFF M30600 0 57 5 6 2 MCU 740 MCU POD LO Oy 9 MCU1 1 CPU 1 4 16 H
259. RW Read R Write WW RWT 0 Address Data BIU 0 CPU OPC OPR CPU BIU CPU OPC OPR CPU OPC OPR CPU 0 1 0 1 CPU 0 2 0 2 CPU 0 8 0 3 CPU 1 0 1 0 CPU 1 1 1 1 CPU 1 2 1 2 CPU 1 8 1 3 CPU 2 0 2 0 CPU 2 1 2 1 CPU 2 2 2 2 CPU 3 0 3 0 CPU 3 1 3 1 DMA DMA DMAT DMA B T EXTIN7
260. WAIMBX TMO WAI MBX TMO SUS 2 flg_mode TWE_ANDW AND TWF_ANDW TWF CLR AND 0 TWF_ORW OR TWE_ORWTTWE_CLR OR 0 189 7 14 2 2 rTTRON4 MRxx TD
261. 0O1B OOCS OOUUZ 0000 0UO0OU OOOU OOOO OOOO 0000 0000 OO00 OUOO OOUOO 0050 007C UUOO UUOO UUOO 1 86 7 7 1 1
262. 1 Read Write o e RAM TO s RAM 1 1 1
263. ID Current Run Task 1 main INumher of Priority 100 7 14 8 1 1TRONS8 MRxx gzITRON3 MRxx Pri RdyQ TD RdyQ 8 8 7 14 8 2 gzITRON4 MRxx x ITRON4 MRxx Pri
264. 4 48 16 OKI LAN TImnit Init OK 5 5 2 3 2 LAN Init MCU LAN Parallal Serial lt LAN i USB IP Address 01563 51 LAN Port 0m f IP Address IP LAN IP 10 1 4 Port LAN 5 2 3 3 1 1 LA
265. 400h 40Fh nl Set Eyent Status DATA ACCESS Adderss1 lt addr lt Address am RF nl Set Eyent Status DATA ACCESS Not Specify i IRITE 2 122 7 ZZ672 RE ZA 0 EA 7FFh nl Set Eyent Status DATA ACCESS addr lt address1 PFF nl Set Eyent Status DATA ACCESS Not Specify i IRITE 2 123 7 7 6 2 M16C R8C ZZ627 400h nl Set Eyent Status bara ACCESS lt Address Data l addr Address1 Address1 O0 lt madressg FT a MCCESS WRITE ADDRESS 000400 CONDITION addr D00400 Al Set Event Status lpaTa ACESS lt Address Data
266. 82K Break Before About After Full E MCU hn 5 32K 32K 16K 82K 32K
267. Section SEC Set C SetMemoryByte MB 1 SetMemoryLword ML 4 SetMemoryWord MW 2 Sleep SoftwareBreak SB SoftwareBreakClear SBC SoftwareBreakClearAll SBCA SoftwareBreakDisable SBD SoftwareBreakDisableAll SBDA SoftwareBreakEnable SBE SoftwareBreakEnableAll SBEA Status Step S Steplnstruction SI Stop Symbol SYM Time TraceData TD TraceList TL
268. hot ssecify gt Datal 0m Dataz mm lWRITE lt F in ACCESS WRITE aDDRESS DO0400 CONDITION addr O00400 124 7 400h 32h Al Set Event Status DATA ADCESS addr Address1 0 nl Set Eyent Status DATA ACCESS data Datal 125 401h 32h 8 nl Sat Event Status DATA ADCESS addr address1 1 Al Set Eyent Status DATA ACCESS data Data1 126 7 16 nl Set Eyent Status DATA ADCESS addr Address1 HO nl Set Eyent Status DATA ACCESS data Data1 127 400h 1284h nl Set Eyent Status DATA ADCESS addr Address1 ho nl Set Eyent Status DATA ACCESS data Datal 128 7
269. E E F E Read Write E DumpByte2 DB2 DumpWord2 DW2 DumpLword2 DL2 MCU RS E 1 00000 003FF External 00400 03FFF Internal RAM 04000 2FFFF External 30000 FFFFF Internal 42 5
270. 7 7 14 8 MR MR E3 F DEgatr DEcnt DEBz Data Queue mait Data Queue Data TA TFTFO 0 Send 23 task23 24 task24 s 25 TA TFTFO Receive 27 task27 28 task281 8 n TA TFTFO 0 Send 31 task31 32 task32 33 Receive 35 task35 36 task36 s TA_TPRI 7 14 8 1 ITRON4 MRxx TD pr ITRON4 MRxx ID TD Dtqatr Dtent Dtqsz Data Queue Wait
271. ES 740 147 7 9
272. External MCU RAM MCU RAM M38199ME Internal RAM 40 1FF MCU RAM 56 5 5 6 MCU 5 6 1 MCU M16C R8C MCU MCU mcu 1 SER SFR RAM RAM ROM ROM 1 2 RAN OR RP MN 16 1
273. MR 7 16 8 MR 1 MR i hb 1 Mark 00 O0 00 000 335 00 00 00 164 498 O00 00 00 164 163 TIO systermi call Parameter Return Parameter TIME 7 mai flg wimode H 3 waiptn H 1 1gid D 1 E OK T flgptn H 1 in 5 1 8 ai gem Emid D 1 E OK TI HH 533 Fcy mg hxid D 1 EOK pk msglRli H 1234 pk OO O0 O0 000 565 10 wup_tsk tskid D 2 E OK OO o0 00 000 594 11 slp tsk E_OK OO o0 00 013 62 12 rgr Esk Egk1d D 2 E OB HP TI 2 147 13 set flg
274. e s 2 264 12 12 1 9 1 PC LPT C T1AR C PC LPT ECP IAR C PC
275. EEEEEIEII 164 7 10 2 Set kesurement Paint MP1 7 a B1 lgz lt 4 HH EN a _ ww SH 7 E
276. 100 PPP E ceo Start End Cancel NO e 16 vord main OxF000 Radix 10 2 6 16 stgned in amp ref OxD038 Radix 10 2 7 e unsigned int 13 s f 8191 IP unsigned in 13 s f OxlFFF Radix 16 unsigned in 13 s A 10 2 8 C
277. 12 4 7 MCU RAM M38000TL2 FPD RAM RAM 12 4 8 16 16 M38B5 e 16 16 TIMER LOW DATA11 TIMER HTGH DATA2 e 16
278. 8 8 7 7 14 7 MR OS lt TD as crt MXrmB JaTEOuEue nessage HH OOOAH Task 12 task12 In2H HH14H Msg O033H HU55H OOOOE DOODOAH Task 13 task13 s DOOOE OO3CH OOOOE D022ZH DOOOE DOOFE OOOOE HU28H 7 14 7 1 TITRONS3 MRxx TD ITRONS3 MRxx ID TD Msg_cnt MAXmsg Wait Queue Message
279. FillLword FL 4 Move 1 MoveWord MOVEW 2 8 1 5 Assemble A 1 DisAssemble DA Module MOD Scope Section SEC Bit Symbol SYM Label Express EXP 8 1 6 SoftwareBreak SB SoftwareBreakClear SBC SoftwareBreakClearAll SBCA SoftwareBreakDisable SBD SoftwareBreakDisableAll SBDA
280. MCU Emem 5 3 1 1 51 2777 T e Single chip Mode e Memory Expansion e _ Microprocessor 53112 MUStatus OB MCU 5 83 1 2
281. RAM RAM ba nn lt E RaNM D00400 O007FF s RAM 2 e 7 1 2 1 RAM RAM 88 RAM E 1K Ox10 Ox10 RAM E 7 7 2 ASM ASM
282. Type e BIOS BIOS BIOS SPP Standard Parallel Port Output Only Nibble Bidnrectional Bi directional Byte ECP Extended Capabihties Port ECP EPP Enhanced Parallel Port EPP 1O IO BIOS e 38378h e 278h 47 5 2 8 LAN LAN LAN 1 LAN PC4701U HS f
283. 144 7 A1 A2 AS 145 7 7 11 ID 7 7 11 1 ID ID Fg TD
284. AND AND State Transition OR 102 7 7 7 1 H W H W addr ddress1 00000 7 103 s FETCH M32C
285. ECP 2 Windows XP LPT Windows XP Parport sys LPT LptFix exe LptFix exe Parport sys Lptfix exe LPT
286. Map No Use Emem Map o 54 5 5 4 M16C R8C 5 4 1 Map Map Map SFR Rxternal RAM Tnternal ROM Internal ROM External e FFFCh FFFFh Internal External
287. TP 16 3 3 3 3 3 1 USB Windows amp USB 3 3 1 1 USB Windows amp USB USB USB 1 USB 2 USB 3 ss USE Deyice inf
288. UE 13 11 7 93 wm Tniknnrami 7 nn nn 7 7 zi nr 0 00 CPU MR MR 220 7 7 16 5 2 MR _ 11 nn nn13 69 Mb n 13 NE HP zi HI z 32 HP
289. USB USB USB 1 1 PC4701U USB USB 3 3 1 1 USB USB MCU USB Parallel Serial AN Te lt Nios Serial No CHHIH2 LA Serial No USB No 46 5 5 2 2 LPT LPT PC4701U M
290. 7 7 5 FETCH 7 7 5 1 80000h nl Set Eyent Status FETCH addr Address1 BOO00 109 7 7 5 2 80000h 80FFFh Al Sat Eyent Status FETCH mdderss1 lt addr lt Address Pom Por 110 7 7 7 5 3 80000h 80FFFh nl Set Eyent Status FETCH addr lt mddress1 ddress2 lt adr Eo PoFF 111 7 7 5 4 wait
291. A X Y S PC PS P SECTTON BYTE switch if D0 D65535 FO F65535 I10 I56635 80 865535 0 65535 20 2265535 9 2 2 1 2 e SCOPR
292. P Debugger only RBC E7 SYSTENM DOSamplen1 Debugger only RBC E8 SYSTEM D ID Hewd4 samnles M16C DOSamnle1 BE CPU M16G kt Nane a stn 1 CPU CPU CPU 2 None 3 Debugger only 1 H 1 4
293. Al Set Event Status FErn adderss1 lt addr lt Address wait nl Set Eyent Status FErn addr lt address1 address2 lt adk 112 7 7 7 6 DATA ACCESS 7 7 6 1 M32C 113 ZZ677 400h nl Set Eyent Status DATA ACCESS addr address1 0 nl Set Eyent Status DATA ACCESS MRITE z 114 7 400h
294. ID Data Queue Data s 32bit 16bit MR308 4 32bit 321 ID 16bit 161 TD MR30 4 16bit 161 TD 32bit 321 ID e Dtqatr TA TFTIFO FIFO TA TPRI s Data Queue Wait Send ID Receive
295. e 11 1 6 OS OS OS OS 740 OS 1 7 GUI LED gt 12 2 PC4701 2 PC4701 PC4701 816 MCU PC4701 MCU
296. 6 2 10 3 1 change TL PO change WE Tutorial c P_Sam amp st init P_samj for i 0 i lt 10 i j randt if 0 j ali js sort la changeta P_sam gt s1 a 1 Pp_sam gt s2 a 2 78 6 6 2 11 Step11 6 2 11 1 main
297. E 3 9 RAM RAM Coverage protect MCU Fetch 1 2 ROM E C E DA
298. EEISN SI O000 000 442 0H 1 847055 001846612 Imdicatar D0 O0 00 940 805 Scale 6939931 IGrid OD O0 01 850 572 Area Break Mark nH TID OS MRxx OS 1 H rarme DZHCEBTENTD agk2 1 Eagk3 task4 tagk5 tagk6j co oi eo No tagkB task9 Eagkk1Hi task7 uj rkromrn ID ID name qle unknown
299. ET Ea mn mv Oo Mark 00 0000 020 147 00 0000117 893 OO 0000097746 Indicator 00 00 00 052 748 Scale 3915808 SN TR Area Break table ID name 32 rrnen siscannos 33 FFDB4 SYSCALT1 38 FEDg8 SRScaeee7 8 Eagk1i Tdle cw a 3 a 2 3 Umknmaram 213 Z 7 2 7 A F A ORI KKT S act cyc cah_wup cheg pri cl fl OR AND
300. S W break Address match interrupt break H W event Combination And And H W event Combination Ax Or Ax H W event State transition from xx State Transition from xx start state1 state2 H W event State transition Timeout H W event Access protect error Halt 261 12 1 12 1 1 Windows Windows 1 2 _ 2
301. Status e Status TCY_ON SE lt TCY_OFF SE lt 7 14 9 2 ITRON4 MRxx ID ITRON4 MRxx ID ID Name Cycphs ms Cyctim ms Tmout ms Status e Status TCYC_STA TCYC_STP
302. 172 7 7 11 2 Re 5 eo a Break File Cycle 00080 Address OF024C Time 00 00 00 161 203 Ea OF024C C1BBFEFA Or0250 7pca0g OF0253 C91BFC OF0256 c91BFA OF0259 EEg2 OF024C C1BBEFEFA OF0250 7pca0g OF0253 c91BFc Or0256 C918BF amp 00040 0F0259 ninn35 24C lc 1 2 3 4 MA Cycle adress Ta Tnerignic Datarnccess mS exe c 38 forl cnt 0 cnt lt loopcnt cnt HHHB Or024c C1BBFEFA CMP
303. 2Zlpel Watch Local File Local Global Name Va1ue Address Scope siqgned long 10 a 000414 Auto signed long a 0 16838 000414 signed long a 1 5758 000418 signed long a 2 10113 00041C signed 1ong a 3 17515 000420 signed 1ong a 4 31051 000423 signed long a 5 5627 000428 signed long a 6 23010 00042C signed long a 7 7419 000430 signed 1ong a 8 16212 000434 signed long a 9 4086 000438 74 6 6 2 9 2 C C i OKI C int i Watch Local File Local Global Name Value Address Scope Auto 000 62 Auto signed long 10 a 000414 signed int i 10 75 6 2 10 Step10
304. 740 58 6 6 6 2 632 1SteplS 64 6 2 2 Step2 RAM ee 65 632 3 SteD3S 66 6248tep4 68 6 2 5 SteD5E 69 6 2 6 Step6 71 6 2 72St6D73 SO 72 6 8 8teD8 1 73 6 2 9SteD9 te 74 6 2 10 Step10 76 6 2uSteD1H 79 62 12 Step12 1 80 6 2 18 8tep18 RR RR EE EE lt 81 CDA LCR ab ara at a ET abo Ei 82 7 85 TLRAMES CGIAR ND Ei NI T GG KV 86 FAR CRE ES GE 87 TL SRAM SS RR ER 88 7 920ASM 89 OT AI EE CS i NG 90 CIE VITA RD SC EN ER 91 TE VA nN AO 93 CATING NTC EN GE 94 TA ELI LR NkYSk EE Es 95
305. GUI TO RTO8 MRI RTOS gt MR GUI MR MR MR MR NN I l RTOSI MR RTOSI MR A NN l RTOS8I RTO8 NN l RAM CPU RAM ASM ASM C C S W S W H W H W
306. MMiiiiiiiiteteteteteeeteeeeeeeretereeereeeeees 262 SC NI RV EN kk 263 2 UACOPRE CE ON i i i 264 1215 264 DE RR EOE RNID Ik k l lt 264 21 MN FN TNS 264 38 AD 264 12 1 9 ee 265 12u110 ES 266 12SH1 TS 266 12 266 12 2 M82C 267 222 267 12 2 2 267 12 23 2 OAISOSSSke SD 267 12 2 4 MCU HOLD 267 TDA NT RT 268 122 6 SNN Ni 268 12297GPU 269 12 3 M16C R8C 12 2 8 MR STK 12 3 1
307. PID Address Fetch 2 HH ER 16 8 WORD 8000h lt mov w 1234h 8000h 1234h BYTE 8000h mov b 34h 8000h 34h 00FFh WORD mov w 1234h 8001h BYTE 8001h 8001h mov b 34h 8001h 3400h 34h FFOOh 00FFh 12 2 6 MCU 10MHz 8 268
308. 203 714 10 204 7 14 11 205 7 14 12 NE EE 207 TA MR RW 209 7 Ni 211 7 15 2 MRxx 212 IM 218 7 16 1 CPU 2 218 7 16 2 219 7 16 8 Rk 219 RAT LA EE ke 220 7 16 5 oo e 220 7 MR Ek 223 7 ec 223 7 9 224 799 ii 225 OA RT EN A RT I ER i i 230 LAL LN nc 231 7 18 2 Taskxx J Ss 232 AOS RI TI ET NISSAN 237 RAE TD SAAT RR CN Ni 237 7 19 2
309. 2 A e 10 1 7 class T public int memberl Char member2 class T t_ cls class T pt cls amp t cls t_cls member1 pt_cls member2 10 1 8 gt gt class T public int memberl Char member2 class T t_ cls class T pt cls amp t cls amp t_cls gt member1 pt_cls gt member2 this gt member1 this
310. 3 Application C C 4 OKI 24 4 4 2 1 2 Step2
311. ITRON4 MRxx Tmout ms TID QName TD e slp tslp_tsk dly dly_tsk flgl twai flg lseml twai_sem mbxl trcv_mbx mpfl tget_mpf sdtal tsnd_dtq rdtaql trcv_dtg vsdtal vtsnd_dtq lvrdtql vtrcv_dtq ee ID Name 1 26 task26 26 task26 s 194 7 7 14 5
312. union 10 1 14 C C 255 this 10 1 15 C e C 10 1 16 0 A b ASCII 1 s C ONS s C C C 10 1 17
313. 6 2 5 3 er et AlAT S181 Connected Cause of break S W break CPU Platform l Cause of last break Status Item Status Connected to M16C REC PCT5D1 Emulator CET M16C Run Status Ready Cause of last hreak S W break Run time count HI h HU jm HU sec 828 msec O20 usec 4 www 11 70 6 6 2 6 Step6 6 2 6 1 Ctrl B
314. HH 83 Pi 13 oo HP H HH Hg3 7 In z 9 HH HH 51 HP HH gg 7 Ii gz 12 7H IH HH 5E MR 3 MR 7 16 5 3 TIME DONOUD TUHEHHH 5U1 ONOUD OD DES 7 1 HH OD 7 HH OD OD
315. M32C ylmb M16C R8C ylmb 740 ylmba 3 E 276 12 12 5 4 IAR C 12 5 4 1 es rr xcD y y FIEEE695 y M32C ylmb M16C R8C ylmb 740 ylmba
316. MCU Parallel lt arallgl Serial LaN HE USB Host IBM PCy T LAN L O Address OD 5 IIO PCA4202GO2 IT O e 16 2 ITO PCA4202G02 Windows PCA4202G02 1 O 3 3
317. ec 149 799 152 RR RID EE CC REN eA 153 739 RA 2 153 7 9 5 7 9 6 7 9 7 7 9 8 0 2 155 7 9 9 EP ER SER 155 73950r2ft 2 04259 155 7 9 11 50 155 7 9 12 155 7 9 18 5 TD 155 79 156 710 2 160 ZiH0 161 0 kk 165 T1087 RA TR Nk A I IA lt 165 710 4 mi 166 7 105 0 ee 166 7 10 6 166 7210272r 2 54 OO 166 7 10 8 Au ucts rene eset 166 7 10 9 GG lt 167 TN SS 171 3 Lily A hiki 171 E12 Sk EE 173 ht
318. 32h Al Set Event Status DATA AECESS addr mddress1 es nl Set Eyent Status DATA ALCESS m data Datal 115 401h 32h 8 nl Sat Event Status DATA ADCESS addr address1 1 Al Set Eyent Status DATA ACCESS data Datal 116 7 16 nl Set Eyent Status DATA ADCESS addr Address1 HO nl Set Eyent Status DATA ACCESS data Data1 117 400h 1234h 8 1 1 VF 2 nt nl Set Event Status lpaTa ACCESS lt Address bata l addr address1 Address1 400 lt hddress2 ACCESS WRITE DDRESS 000400 CONDITION addr
319. 400h 10h 3Fh Al Set Event Status DATA ADCESS fm nl Set Eyent Status DATA ACCESS RTE Rr 129 ZZ622 8AI 0 ER 400h 40Fh nl Set Eyent Status DATA ACCESS Adderss1 lt addr lt Address am RF nl Set Eyent Status DATA ACCESS Not Specify i IRITE 2 7 ZZ622 EP PEFR OF ER 7FFh nl Set Eyent Status DATA ACCESS addr lt address1 PFF nl Set Eyent Status DATA ACCESS Not Specify i IRITE 2 131 7 7 6 8 740 740 ZZ6327 400h nl Set Event Status lpaT
320. After Break 7 15 2 2 MR MR 7 15 2 8 MR 212 7 7 15 2 4 MR
321. DATA Step Come
322. Task ID 14 task14 status WAaI ISEM Priority 15 FF2Z8EB3 RD nn R1 nn1 R2 nnn R3 14 An O00001 Al Unn5c SB 4UE TID TID Enter s TD RUN DMT ID s ID ID 207 7 14 12 2 ID ID
323. addr 000000 addr 000000 addr 000000 addr 000000 addr 000000 addr 000000 1D e M32C M16C R8C Read 740 e 6 e
324. b 2 M32R H h W w 4 M32R W w M32C M16C R8C L 1 8000h 2 0x8000 w 9 2 6 10 EN e 4
325. gt E Internal Rxternal E SFR RAM SFR RAM External External E 0h 3FFTFh External 4000h FFFFh Internal ROM 4000h 1080 3FFF gt Internal M38000TL2 FPD MCU 40 2FF 40 1FF gt External 200 2FF gt Internal ROM 4000h Internal i ROM 1080h 1 SFR RAM
326. lqglobal array 0 2 0 HH 1C lsigned int lglobal arrayi OD 3 2649 OOO41E lsigned int lglobal arrayi HU 4 0 O0420 lsigned int 5 lgqlobal array 1 68 HI422 ggmed int 5 lalobal arrayj 21 3842 HH42C PC 16 0 Watch C Watch IAuto Globall Watch C
327. p Ox1234 Radix char C char unsigned char str Ox1234 Japan Radix unsigned char str Ox1234 74 J Radix unsigned char str Ox1234 Jap Radix 80 0 C C Yalue Jansigned Char str HxFHHHH 89 struct DATA pData Ox408 struct DaATA pDatal Ox408 lsigned int nID 0 lunsigned char str OxFOO05 183 8
328. 0 MR 0 VEC 1 MRxx 210 7 7 15 1
329. 1 2 3 4 gt gt 5 amp 6 7 gt gt 3 8 251 10 OCT 10 1 C C C C C C 10 0x0a 012 1 12 1 0E 3 name classname member 5 gi amp Object Member gt Pointer gt Member this gt Member Object yar Pointer gt var Array 2 DArray 2
330. 2H FB 5H FB O007D9 OO mW Oo0 00 00 161 203 O007D amp OO WW oO07DD 04 R O007DE O00 R O007D9 DOOR OOU7DA O00R 72 OF025n 7DCan9 JGE FU25BH oo0 00 00 161 204 exe c 39 DOONODN Or0253 C91BFC ADD W 1H 4H FB oo0 00 00 161 204 0007DB 32511 OOOOD Area File 00080 Address OF024C Time 00 00 00 161 203 2H FB 6H FB FU25BH 1H 4H FB 1H 6H FB F024CH 2H FB 6H FB F025BH 1H 4H FEB 1H 6H FB F024CH 2H PR FH FR1 m 4 173 Ts h m s ms us 00 00 00 161 203 1 I x 00 00 00 161 204 00 00 00 161 204 00 00 00 161 205 00 00 00 161 205 00 00 00 161 206 00 00 00 161 206 00 00 00 161 207 00 00 00 161 207 00 00 00 161 208 nn nn nnk161 2n8 lx 7 11 3
331. 3 MEMO 280 M16C PC4701 V 1 03 2007 07 01 Rev 1 00 100 0004 2 6 2 2007 Renesas Technology Corp and Renesas Solutions Corp All rights reserved Printed in Japan M16C PC4701 V 1 03 RENESA AS 1753 211 8668 RJJ10J1931 0100
332. 3 Gnt char unsigned 1ong typedef DWORD ENUM var i func AU DD abcdef T am a boy 10 1 1 16 10 8 0x 16 0 8 10 e C C E C 252 1 H 1 0 2 0 10C C 10 1 2 C xX val
333. 5 1 3 1 Defaultl Selec MCU Selectl 5 1 3 2 Po _ MCU 10 MCU 2C00h RAM M16C 62 RAM 20K
334. 8 WORD 8000h mov w 1234h 8000h 1234h BYTE 8000h mov b 34h 8000h 34h 00FFh WORD mov w 1234h 8001h BYTE 8001h 8001h mov b 34h 8001h 34h 3400h 00FPh FFOOh 12 3 6 MCU 10MHz 12 3 7 NR Init MCU MR30 s V 3 00 Release 1 Pause MR Pause GWS
335. Data lidderss1 lt addr lt Address lt Address1 00 adressz FOF ACCESS WRITE aDDRESS D00400 CONDITION O00400 lt addr lt O0040F nl Set Event Status laTa ACESS Address Data sR net Specify lt Data1 10 Dataz RITE lt M iPF ACCESS WRITE aDDRESS DO0400 CONDITION O00400 lt addr lt D0040F 135 ZZ6322 EP PF OF ER 7FFh nl Set Eyent Status DATA ACCESS addr lt address1 PFF nl Set Eyent Status DATA ACCESS Not Specify i IRITE 2 7 7 7 7 BTT SYMBOL
336. Or0D 00 000 084 0 05 H rdle 6 HH I z 17 HO7H TI ErHH2 O00r00 00 000 006 DOro0 00 000 036 0 02 H H 1 task1i 11 700 14 03 In 01 OO I 0EO B 957 HOPO iDBB 52B 62 2 Easkz2 3 UP DO 013 003 DU monn NI oan ne DOPHH UU 026JUUB om H 3 _task3 2 00 00 00 013 006 00 00 00 000 003 00 00 00 006 504 00 00 00 013 om 4 Easkk4 2 IO 13 3 O00 0000 000 001 IH 6 5 2 I 13 5 om i task5 2 DO O0 O0 013 007 O00 00 00 000 003 O00 00 00 006 505 O00 00 00 013 011 osm Unkrowr 0 oo ro0 00 000 000 00 00 00 000 000 00 r00 00 000 000 00 00 00 000 000 H H 1 a MR 218 1 7 7 16 2
337. long signed unsigned char unsigned short signed int signed long signed e C bool wehar_t foat double s 10 1 13 typedef typedef C C i 2 e class struct
338. 5 Default GateWay 921681254 Cancel 4 IP 6 Set IP Setting Was successful Please reboot the emulator OK k EF x IP 7 e s IP SETIP
339. 8 9 10 esIV QGG I xi Range 32511 O0000 Area Break File Cycle 00080 Address DF024C Time 00 0000161 203 Cycle Ta Eddregg natal Em R RT CPU ON BT 0 T 7653321 ara ccess exe c 38 forl cnt 0 cnt lt loopcent cnt OF024C CME 2H FB 6H FB ngn Onn7p9 nnnn 16b DW mW 0 MM 1 11111111 nnO7D9 00m n 7g nnn7pa nnn 16b DW m 0 2 1 1 11111111 OOO7DA O00 oo78 O007DD 4FF 16b DW R 0 RB 1 1 1 11111111 OO7DD 4R 77 DOO7DE FFOO 16b Du R 1 1 1 11111111 O007DE QOR 0076 oo007p9 OOFF 16b DM R 0 RE 0 1 1 11111111 0007D9 OO R 00075 0007DaA FFOO 16b Dm R 0 el 0 1 1 11111111 0007DA OR n74 Fn25n ca7D 16b IW R 0 2 1 1 11111111 1 nn Fn T T T 1 mm 4
340. IEEE695_RENESAS IEEE 695 IEEE695 IAR IEEE 695 IAR IEEE695_TASKING IEEE 695 TASKTNG ELE7DWARE2 ELF DWARF2 ELE7DWARE2_ IAR ELF DWARF2 IAR ELE7DWARE2_ TASKTNG ELF DWARF2 TASKING 4 LT ELE7DWARE2 KPIT ELF DWARF2 KPIT Intel Hex Sym IntelHex SRA74 IEEE695_1CC740 IEEE 695 ICC740 32 4 3
341. Name Value F sort OF4140 F tutorial OF4276 F main OF421E PC sortO sortO tutorial0 81 6 2 14 1 H 82 E 84 7
342. e CC 1 1 2 1 2 1 S W 64 1 2 1 1 7 s e S W
343. 2 2 ASCII ASCII SJIS SJIS JIS JIS UNICODE UNICODE EUC EUC Float Float Double Double 87 7 1 2 RAM RAM RAM
344. 2 1 25 PC4701U PC4701M PC4701HS USB x LAN oO x LPT oO oO x 3 3 2 2 PC4701U M HS S W 64 H W 6 32K RAM 1K CO0 256K Go Stop 4 13 3 3 1 PC4701
345. 4000h FFFFh TInternal MCU RAM MOCU RAM M38000Tx FPD ROM 4000h 5 5 740 DU 12 4 2 M37515T RPD M37515T RPD MCU 5 POD 40 MCU e7515 8850 8851 12 4 8 3 3
346. 5 1 C NCxx 275 12 5 2 740 SRA74 kk 275 12 5 3 IAR C EW i 276 12 5 4 IAR C 277 12 5 5 TASKING C EDE 278 12 5 6 TASKING C kk 278 12 5 7 IAR RC RBW 279 vl 1 1 1 RAM PC4701 1K RAM 1 1 1 RAM
347. 7 4 2 96 7 X 97 TM TALE RE ER YE 98 76S W SS 99 YR 100 7 6 2 101 727 W 102 7 103 767 2 107 7 5 108 TA 2 108 7 5 4 109 7 7 6 ee 113 RE ER PR 137 778 139 7 7 9 141 7 7 10 143 771 TDD 146 TET EF TT RD Ek sk 147 TET LE NN 147 7 9 148 79 P 2
348. M16C C Compiler Options Optimeze Optimization 1evel No optimization Debug Enable generation of any debug informationGncluding type checkeing Genarate symbolic debug information 2 EDE Linker Locator Options M16C Linker Locator Options Format Output Format TEEE 695 for debuggers abs 3 12 5 6 TASKING C 12 5 6 1 gr 00
349. Names to be Created Main Program Start up file Start up file 28 4 4 2 2 OK 4 2 2 1 Step1 High performance Embedded Workshop OK Debugger only MI6C PC4701 22 TA 9 IDebugger only M16C PC75n1 IDOSamplen1 P Debugger only M16G StarterK
350. O00400 data amp UUFF 0034 nl Set Event Status lpaTa ACESS lt Address Data i data Data1 Data1 B4 Data2 nn lWRITE lt inFf ACCESS WRITE aDDRESS DO0400 CONDITION addr O00400 data amp OOFF 0034 118 2 1 2 AND 2 2 Set Eyent Status DATA ADCESS addr ddress1 fm An2 Set Eyent Status DATA ACCESS data Datal 119 7 16 nl Set Eyent Status DATA ADCESS addr Address1 0 nl Set Eyent Status DATA ACCESS data Datal 1234 WRITE 120 7 400h 10h 3Fh Al Set Event Status DATA ADCESS addr Address1 ho nl Set Eyent Status DATA ACCESS Data1 lt data lt Data2 121 ZZ672 I 0 ER
351. gt amp e NE xy e RAM e RAM 1 1 1 1 89 7 2 1
352. gt s7 Pp_sam gt s8 Pp_sam gt sd sort long a long ts int i j k gaP ap 5 while gap gt 0 far k 0 k lt gapi k far ji k Tgapi 1 lt 10 i iTgap for j i gapi gt k gapJt if ai gt a jtgap t a i 76 6 6 2 10 2 sort PC sort WE Tutorial c FE FE HH change P_Sam amp st init p_sam far i 0 1 lt 10 i j rand if 0 J js ali j snrt ajx P_sam gt sl a 0 p_sam gt s1 a 1 P_Sam gt S2 a 2 77
353. setptrn H 1 flgid D 1 E OK DOO oo0 00 033 163 14 wai flg wfmode H 3 maiptn H 1 flgid D 1 ErCd 222 flgptn 229 DOroOO O0 046 203 15 rsm tsk tskid D 3 E_OBT OO 00 00 052 734 16 sig sem semid D 1 EoK OOroO0 O0 065 751 17 ai em semid D 1 227 OOroo0 00 078 780 18 rsm tsk tskid D 4 E _OET OO ro0 00 085 310 19 snd msg pk msglRl H 5678 pk msglR3 H 12 E OK O00 00 00 098 327 20 rcv msg rasxid D 1 ercd 232 dR ko 00 T11362 MR 219 7 16 4 CPU CPU
354. task016 1 mp 2 TD PC 7 17 1
355. 00010000B Radix 2 10 2 2 e char unsigned int i 65280 Radiz unsigned int i OxFEF00 Radix 16 unsigned int i 1111111100000000B Radix 2 e char unsigned char c J Radix unsigned char c Ox4A Radix 16 unsigned char c 10100100B Radix 2 e doub1e d 8 207880399131839E 304 Radix doub1e d Ox10203045060708 Radix 16 doub1e d 0000000010 1000B Radix 2 257 10 2 8 0 char 16 unsiqgned int
356. 004 045 OO OO O0 004 046 _ nnngcc O009ca nnngcg rrD82 nngce 174 7 7 11 4 1d randam acCCe83 unsigned int addr unsigned int randarVvalue randamValue rand 7 OxFr amp OxFF addr unsigned int 0x500 randamyalue if addr 4 addr rand th S 1 2 3 gt gt 4
357. 1 0 while 1 for i 0 i lt DATA_SIZE data i 1 data i 1 data i 2 data i 3 sub 7 4 2 2 3 hddress Label Register 00410 data 00420 LE 96 7 5 7 I x klk scrpk gt assemble _main log MaDDRESS gt LABEL PROGRAN OFO042 _maini gt a assemble _main A Enter Command
358. 17 18 Easkn18j 19 Easkn19j 2 taskoz0i 21 Laskkn21 a T VER pk ver imE while 1 for li 0 i lt 10 3 qet verls rot rdqgll oid taskHH7 a T VER pk ver nt 4s while 1 for li 0 lt 1H 3 qet verls gt PH 1 ID name TD 2 3 226 7 7 17 8 2
359. 255 252 0 Default Hateway IP LAN TCP IP e Port LAN 1 Default Gateway TIP MCU LAN SubNetMask IP PC7501 PC4701U 10 1
360. 41 OOPOOIOOE177 287 11 30 mm 2 tagkn02j 12 00rr00 00 012 067 O000 00 006 915 OFOO OOED11 552 O00r0000 1938 630 8 84 mm 3 Etagk003j 12 OOMr00 00 012 597 OPT OOE 06 892 OPTOOIOOED12 111 OOPOOIOO 145 332 9 27 mm 4 task004j 12 0OPOOIOOE 12 17 OOPOOI OiOO6 505 O000 00 OL 604 OPTHOIOOE139 252 8 88 mm 5 _ task005j 12 O00r00 00 012 277 OOr00 00 006 577 0OPOO OOEO11 795 OO0r0000 141 540 9 02 mm 6 Etagkn6j 11 OOrO0 00 013 435 OOrO0 00 006 490 OOO0 00 012 353 PU OO 135 885 8 66 mm 7 _Easkn07j 11 007OOIOOE 13 020 OFOOI O OO6 79 O00O0 O00 012 431 OOrO00 00 136 745 8 72 mm 9 task008j 11 OOr00 00 014 080 O00r00 00 008 055 O000 00 013 232 O00r0000 145 552 9 28 mm 9 tagkn09j 11 O000 00 013 642 OOr00 00 007 277 OOO00 00 012 663 O00r0000 139295 8 88 mm 10 ttask010j 11 OOrOONOO O1S3 710 OOrO0 O0 008 070 O000 00 012795 OOr00 00 140 752 8 97 mW 11 _Eask011j 11 OOPOO OOEO11 892 O00r00 00 006 290 OPOO OOEO11 193 O00r0000 123 132 7 85 mW 222 Urnknoum 0 oorO00 00 O00 000 OOPOIOOE OO OOOI OiU OO PIE ooo 8 9
361. 7 7 14 11 MR MR E3 TD Bage ddr Blk size Total Blk cnt Free Blk cnt mapj F 1 HHH7E2H F 2 OOOSFZHE F 3 DOODO95SEHE 15 111111111111111 ni Y 1 1 nH18B6H 1 1 2 DOOOOODE In 113 HUUUIH 1 4 HU1 96H 5 7 14 11 1 ITRONS3 MRxx ID TTRON3 MRxx ID TD BaseAddr Blk size Total Blk cnt Free Blk cnt map
362. 7 6 Z7 2 6 216 7 7 15 2 5 MR E MR x EC OE Mark 00 00 00 033 197 00 0000 117893 00 0000084695 mr 475 Scale 5150355 Grid 00 MP great YEC table Tp na 32 Orrpe0 srscanno 33 Drrp84 SYSCALL1 38 OFFDg8 SYSCALT2Z a
363. Eause PC UEF1F amp 6H 463 lyoid task015 1 nn464 nn465 nn466 nn467 nn468 00469 0470 nn471 nn472 nn473 00474 J O475 Froid task016 1 orc nn477 nn478 nn479 nn48n nn481 00482 nn483 nn nt ds T VER pk ver while 1 for i 0 i lt 10 3 qet verls rot rdg 1 T VER pk ver while 1 for i 0 i lt 10 3 qet verls _ agkUZ13 lt mo22 B ID name PC 229 7 18 OS
364. H 000000 FETCH Not Use Start State1 Sta A6 DOOODD FETCH x10usec Nat Use Pass Count Start gt OO gt OK 7 7 3 ID ID 1 fY ID ii OS 7 7 4 7
365. II O 16 OK 3 Windows O e setPca4202 exe Administrator Administrator 1 O e PCA4202GO2 PCA4202G02 21 4 1
366. LPT Init MCU LPT Parallgl 7 Serial LAN LHSB Type IEcP lt LO Address 878h lt 2 Type LPT s LPT Nibble Byte ECP EPP 4 TREE1284 EPP ECP Byte Nibble e AUTO AUTO BIOS
367. N 10BASE T LAN LANTCP IP HUB 10BASE T LAN 10BASE T LAN 10BASE T LAN 10BASE T 10BAB T LAN LAN LAN 5 2 4 QSA PCA4202G02 PC4701HS Init
368. a ACCESS lt Address Data eddr Address1 Address1 O0 lt Madressg FT ACCESS WRITE ADDRESS 000400 CONDITION addr D00400 nl Set Eyent Status lpaTa ACESS Address Data net Specify y Datal im Dats2 hooo RITE mm ACCESS WRITE ADDRESS DO0400 CONDITION addr O00400 132 7 400h 32h nl Set Eyent Status DATA ADCESS addr Address1 hm nl Set Eyent Status DATA ADCESS data Datal 400h 10h 3Fh nl Set Eyent Status DATA ADCESS addr Address1 hm nl Set Eyent Status DATA ACCESS Datal lt data lt Data RF 134 7 ZZ6322 EP PEFR OF ER Ek 400h 40Fh nl Set Eyent Status laTa ACESS lt Address
369. at Use 02 Pass Count OK 7 9 3 ID ID ID ln OS 7 9 4 PC4701 1 32K Before 32K 0 About 16K 1B after 0 32K Full Break 32K Before 82K About 16K After 32K Full 32K
370. e e 12 4 10 Init MCU MCU 10MHz 8 10 8 2 274 12 5 12 5 1 C NCxx 0 OR 08
371. e PC UF1F amp 6H T VER pk ver int i while 1 For i lt 10 3 rot radqg 1 T VER pk ver int i while 1 for i 0 i lt 10 3 qet verls 1 ID name ID 2 228 7 17 8 4 Salected Task 15 taskn15 LTD lrarme V Line PAU Source 7 mami LEagkHHZ LagkHH3j tagk 4i task 5i task 6j EaskH 7 tagk gi ask i tagsk1i task 11i tagk 12 5 3 task013 LaskH13 16 Easjkkn16 tagsk 17j 18 Easkkn18 19 task019 20 agkn2 j Eagknz1 NE R tagsk 22i
372. e endw break 246 SR RE 246 9 2 A NGG 247 9 2 1 3 9 2 2 TI SE 248 249 CE ci li i 250 ER A ht ih 250 REE bk lt 250 2 REN kk lk 4 251 9 251 C C 252 10 C Ctt US 252 0 NL NT TE A A 252 RR NR LE lt 253 WIR EL i i 253 IEE CA EE 253 WS Ni 253 OS 254 OS8 0 254 01 8 SN MAD SEE 4k 254 OEIC SN A EE SE lt lt 255 AA i i 255 NR i i i i ki Gk 255 0 112 255 10 1 18 typedef kk 256 OS 256 10 5 256 OU16126 2 256 OO 256 10 2 C C 2 RRS EERE RE SENDER GSR SE NE RSENS ERIE ERE NR 257 0 257 1022 ER lt 257 0 258 0 6 259 102 5N NN 259 02 6 RE k lt EE N21 4 259 10 2 7 kk 259 0 EC NN ED REN Ek kh 260 EE Ni 260 10 2 10 260 261 12 1 12 1 1 Windows 12 1 2
373. eR LAN TP LAN LAN 5 2 8 1 IP Windows 8 8 Init TP Address 1P Port IP IP Address 0 15 63 151 Fort 500 SubNetMask E55
374. gh performance Embedded Workshop 8 s OS Nb o hws
375. ie Gy 255551ogess 0FDmiG reortnopisyay 4ADC C904 C904 FC1B FC1B 0000 R R Ww R R W R R R R R R R OO PO PRLCLOLHNL PN OL LLL Ww wo 171 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 11111111 E oo0 00 00 00 00 00 00 00 00 00 00 00 oo 00 00 00 00 00 00 00 009 00 00 00 00 00 00 00 00 00 00 00 00 o0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 oo0 00 00 00 00 00 00 00 00 Tn nn 1 2
376. k 5 OS OS 231 7 18 2 Taskxx OS MRxx OS 7 18 2 1 OS
377. l Internal External WAIT STOP 5 1 5 1 Internal 740 Internal External 7 Internal lt External Internal Rxternal 5 1 5 2 WAIT STOP 740 CPU WAIT STOP WAIT STOP CPU WAIT STOP 5 WATT STOP WAIT STOP
378. lgatr TA_TFIFO FIFO TA_TPRI TA WSGL TA WMUL TA_CLR e Flag Queue Ttmo Queue lsl twai_flg Flag 26 task26 26 task26 s 26 task26 tmolls e Flag Queue 8 8
379. nknowm 007O OH O ooroo oo no0 Doo noroo oo 000 nooo TOOI Oz O moo 238 8 8 8 1
380. xx 1 MRxx 2 OK e MRxx OS 1 PID ID PID ID 2 ID TaskID 3 OK
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