bsf COLLED BANKSEL SSPSTAT config4 btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?) goto config4 ; if not, check again BANKSEL SSPBUF ; BANK0 movf SSPBUF,W ; Get Data from SSPBUF ; ; Throw it away bcf DC movlw 0x14 movwf SSPBUF btfsc SSPCON,7 bcf COLLED BANKSEL SSPSTAT config5 btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?) goto config5 ; if not, check again BANKSEL SSPBUF ; BANK0 movf SSPBUF,W ; Get Data from SSPBUF ; ; Throw it away bcf DC movlw 0x20 movwf SSPBUF btfsc SSPCON,7
bsf COLLED BANKSEL SSPSTAT config4 btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?) goto config4 ; if not, check again BANKSEL SSPBUF ; BANK0 movf SSPBUF,W ; Get Data from SSPBUF ; ; Throw it away bcf DC movlw 0x14 movwf SSPBUF btfsc SSPCON,7 bcf COLLED BANKSEL SSPSTAT config5 btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?) goto config5 ; if not, check again BANKSEL SSPBUF ; BANK0 movf SSPBUF,W ; Get Data from SSPBUF ; ; Throw it away bcf DC movlw 0x20 movwf SSPBUF btfsc SSPCON,7
.lss steht im Falle von "ohne -mcpu=cortex-m3" [code] aba: f002 e89e blx 2bf8 <__aeabi_uldivmod> [/code] Wer kann das gewesen sein, wenn nicht der Linker? Jojo S. schrieb im Beitrag #2650110: > Der Unterschied dürfte sein das der gcc mit anderen Voreinstellungen > compiliert
120 MHz CPUs gab, die meisten aus der Serie laufen ja 'nur' bis 100 MHz. Gültige Werte wären: Fcco=480 MHz bei Fin=25MHz. Eingestellt werden muss dann der CPU Divider=4, M=48, N=5. Das Fcco von 480 MHz damit man auch einen passenden Clock für USB hat, da kann man dann auch PLL0 verwenden und den USB
db "Aktuell",0 +000000BE: 6C65 ORI R22,0xC5 Logical OR with immediate +000000BF: 006C ??? Data or unknown opcode @000000C0: Kapanzeige 636: .db "C:",0 +000000C0: 3A43 CPI R20,0xA3 Compare with immediate +000000C1:
687: out SPL, temp +00000110: BF5D OUT 0x3D,R21 Out to I/O location . . . . . [/code]
void)putchar(0); //Send dumptye 0 Color + (void)putchar(1); //Send interface version for (y = 0; y < 480; y++) @@ -3678,6 +3679,138 @@ void CommIF::SCREENSHOT(unsigned char ma } +/* + * Why do we need this? + * Well, using puts() and printf() intermittently + * with putchar() results in garbled output,
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address 42μs DD RAM Data is sent and ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address 42μs DD RAM Data is sent and ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
L H DD RAM address DD RAM Data is sent and 42μs ADDRESS received after this setting READ BUSY L H BF Address Counter used for 0μs H Busy FLAG & both DD & CG RAM address BF ADDRESS L Ready − Reads BF indication internal operating is being performed − Reads address counter contents WRITE DATA H L Write
eines einzigen "Schildes", dessen Musterfunktion in einer 64x64 Matrix liegt benötigt bei nur 640x480 Punkten Bildformat über 1,25e9 Multiplikationen und Additionen. Zum Erkennen aller "Schilder" wäre also ein Rechnerverbund von über 200 Prozessoren notwendig und schafft dann auch nicht einmal einen
anfressen wuerden, haette ich auch einen Adapter von OV-Modul auf PPI-Stecker fuer die offiziellen BF537 STAMP(EZKIT) eval kits. Fuer die Tinyboards allerdings muesstest du nen Adapter selbst "frickeln", allerdings gibt es dort ein Board mit Adapter fuer die 76XX-Flexkabel-Minisensoren, wenn ich mich
Connections for four standard LCDs ....................... 27 3.4.1 Connections to Sharp LM64183P (640 x 480 DSTN MONO LCD) ..............................27 3.4.2 Connections to PLANAR EL (640 x 480 AD4 EL)..................................................28 3.4.3ConnectionstoToshibaLTM10C042 (640 x 480 TFT
Connections for four standard LCDs ....................... 27 3.4.1 Connections to Sharp LM64183P (640 x 480 DSTN MONO LCD) ..............................27 3.4.2 Connections to PLANAR EL (640 x 480 AD4 EL)..................................................28 3.4.3ConnectionstoToshibaLTM10C042 (640 x 480 TFT
size.gplot" Data #set xrange [min_x:max_x] #set x2range [min_x:max_x] set terminal Form size 640,480 set output "q10." . Form set multiplot #show autoscale set autoscale keepfix #set autoscale xfixmin #set autoscale xfixmax #set autoscale x2fixmin #set autoscale x2fixmax #show autoscale
palette defined (\ 0 '#352a87',\ 1 '#0363e1',\ 2 '#1485d4',\ 3 '#06a7c6',\ 4 '#38b99e',\ 5 '#92bf73',\ 6 '#d9ba56',\ 7 '#fcce2e',\ 8 '#f9fb0e') set style line 1 lw 3 set style line 2 lw 3 set style line 3 lw 3 set style line 4 lw 3 set style line 5 lw 3 set style line 6 lw 3 set style
reads data from DR) Table 1. Various kinds of operations according to RS and R/W bits. l Busy Flag (BF) When BF = "High”, it indicates that the internal operation is being processed. So during this time the next instruction cannot be accepted. BF can be read, when RS = Low and R/W = High (Read Instruction Operation), through DB7 port. Before executing the next instruction, be sure that BF is not High.Before checking BF, be sure to wait at least 80us. Please refer to Page 27 for the example. Do NOT keep “E” always “High” for checking BF. l Address Counter (AC) Address Counter(AC) stores
reads data from DR) Table 1. Various kinds of operations according to RS and R/W bits. l Busy Flag (BF) When BF = "High”, it indicates that the internal operation is being processed. So during this time the next instruction cannot be accepted. BF can be read, when RS = Low and R/W = High (Read Instruction Operation), through DB7 port. Before executing the next instruction, be sure that BF is not High.Before checking BF, be sure to wait at least 80us. Please refer to Page 27 for the example. Do NOT keep “E” always “High” for checking BF. l Address Counter (AC) Address Counter(AC) stores
, 480M lsusb -v ... Bus 002 Device 002: ID 152d:0562 JMicron Technology Corp. / JMicron USA Technology Corp. Device Descriptor: bLength 18 bDescriptorType 1 bcdUSB
https://github.com/frank-w/u-boot/blob/70875a64348dfb3c914afd6d8bf562e8a882932e/configs/mt7623n_bpir2_defconfig Für sata fehlt aber wie gesagt der grundlegende hardware-treiber. Es reicht nicht SATA als Abstraktion zu aktivieren ohne den Hardwaretreiber für das Board
connections Info : clock speed 100 kHz Info : JTAG tap: raspi.arm tap/device found: 0x07b7617f (mfg: 0x0bf (Broadcom), part: 0x7b76, ver: 0x0) Warn : Unexpected idcode after end of chain: 384 0x0000000f Warn : Unexpected idcode after end of chain: 416 0x00000000 Warn : Unexpected idcode after end of chain: 448 0x00000000 Warn : Unexpected idcode after end of chain: 480 0x00000000 Warn : Unexpected idcode after end of chain: 512 0x00000000 Warn : Unexpected idcode after end of chain: 544 0x00000000 Warn : Unexpected idcode after end of chain: 576 0x00000000 Warn
einfach mal auf 100 setze, dann hast du ca. alle 9 Minuten so eine Meldung... Bei einem 8 Stunden (480 Minuten) Arbeitstag also alle 4,8 Minuten. Wenn so dein Arbeitstag aussieht wuerde ich mir mal Gedanken machen... Sorry, aber du erzaehlst Bullshit, und davon ziemlich viel! geste schrieb im Beitrag
Hallo Chris, ich brauche die +5V für ein RPI Display (320x480px), 3,3V reichen leider nicht aus. Um IOs zu sparen benutze ich nur einen SPI Bus (für TFT, Tochpad und SD gemeinsam). Dazu habe ich MISO der SD Karte auf eine extra Stiftleiste gelegt. Wenn du die
Wolfgang F. schrieb im Beitrag #6355200: > Hallo Chris, > ich brauche die +5V für ein RPI Display (320x480px), 3,3V reichen leider > nicht aus. Um IOs zu sparen benutze ich nur einen SPI Bus (für TFT, > Tochpad und SD gemeinsam). Dazu habe ich MISO der SD Karte auf eine > extra Stiftleiste gelegt.
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