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Messages - Sev

2
Bus Pirate Support / Re: Can't seem to get Bus Pirate to do I2C
Yeah, I got confused with the Seeed cable and wound up just using female-female jumpers to the headers on the BlinkM.

Hrm.  Now that I have the right pins wired, the TMP102 seems to work with it.

I2C> v                                                                         
Pinstates:                                                                     
1.(BR)  2.(RD)  3.(OR)  4.(YW)  5.(GN)  6.(BL)  7.(PU)  8.(GR)  9.(WT)  0.(Blk)
GND     3.3V    5.0V    ADC     VPU     AUX     SCL     SDA     -       -      
P       P       P       I       I       I       I       I       I       I      
GND     3.26V   5.04V   0.00V   3.30V   L       H       H       H       H      
I2C> (1)                                                                       
Searching I2C address space. Found devices at:                                 
0x00(0x00 W) 0x90(0x48 W) 0x91(0x48 R)                                         
                                                                               
I2C> [0x90]                                                                    
I2C START BIT                                                                  
WRITE: 0x90 ACK                                                                
I2C STOP BIT           

I guess that there's definitely something weird about the BlinkMs -- and I'm too much of a noob to know.  Any ideas what I can do to get them working properly with this?  Thanks!
4
Bus Pirate Support / Re: Can't seem to get Bus Pirate to do I2C
Whoops.  I previously had the d pin connected to MISO not MOSI.  (Stupid dyslexia.)  However, now that I've fixed that, I'm getting weird results, still.  It's returning the addresses as if I didn't enable the pull-ups.  I'm using a new v3 from Adafruit.

The only thing connected is the BlinkM via jumpers.

HiZ> i
Bus Pirate v3b
Firmware v5.6 (r473)  Bootloader v4.3
DEVID:0x0447 REVID:0x3043 (B5)
http://dangerousprototypes.com
HiZ> v
Pinstates:
1.(BR)   2.(RD)   3.(OR)   4.(YW)   5.(GN)   6.(BL)   7.(PU)   8.(GR)   9.(WT)   0.(Blk)
GND   3.3V   5.0V   ADC   VPU   AUX   CLK   MOSI   CS   MISO
P   P   P   I   I   I   I   I   I   I   
GND   0.00V   0.00V   0.00V   3.31V   L   L   L   L   L   
HiZ> m
1. HiZ
2. 1-WIRE
3. UART
4. I2C
5. SPI
6. 2WIRE
7. 3WIRE
8. KEYB
9. LCD
x. exit(without change)

(1)> 4
Set speed:
 1. ~5KHz
 2. ~50KHz
 3. ~100KHz
 4. ~400KHz

(1)> 2
Ready
I2C> W
Power supplies ON
I2C> P
Pull-up resistors ON
I2C> v
Pinstates:
1.(BR)   2.(RD)   3.(OR)   4.(YW)   5.(GN)   6.(BL)   7.(PU)   8.(GR)   9.(WT)   0.(Blk)
GND   3.3V   5.0V   ADC   VPU   AUX   SCL   SDA   -   -
P   P   P   I   I   I   I   I   I   I   
GND   3.29V   5.04V   0.00V   3.30V   L   H   H   H   H   
I2C> (1)
Searching I2C address space. Found devices at:
0x00(0x00 W) 0x12(0x09 W) 0x13(0x09 R) 0x14(0x0A W) 0x15(0x0A R) 0x16(0x0B W) 0x17(0x0B R) 0x18(0x0C W) 0x19(0x0C R) 0x1A(0x0D W) 0x1B(0x0D R) 0x1C(0x0E W) 0x1D(0x0E R) 0x1E(0x0F W) 0x1F(0x0F R) 0x20(0x10 W) 0x21(0x10 R) 0x22(0x11 W) 0x23(0x11 R) 0x24(0x12 W) 0x25(0x12 R) 0x26(0x13 W) 0x27(0x13 R) 0x28(0x14 W) 0x29(0x14 R) 0x2A(0x15 W) 0x2B(0x15 R) 0x2C(0x16 W) 0x2D(0x16 R) 0x2E(0x17 W) 0x2F(0x17 R) 0x30(0x18 W) 0x31(0x18 R) 0x32(0x19 W) 0x33(0x19 R) 0x34(0x1A W) 0x35(0x1A R) 0x36(0x1B W) 0x37(0x1B R) 0x38(0x1C W) 0x39(0x1C R) 0x3A(0x1D W) 0x3B(0x1D R) 0x3C(0x1E W) 0x3D(0x1E R) 0x3E(0x1F W) 0x3F(0x1F R) 0x40(0x20 W) 0x41(0x20 R) 0x42(0x21 W) 0x43(0x21 R) 0x44(0x22 W) 0x45(0x22 R) 0x46(0x23 W) 0x47(0x23 R) 0x48(0x24 W) 0x49(0x24 R) 0x4A(0x25 W) 0x4B(0x25 R) 0x4C(0x26 W) 0x4D(0x26 R) 0x4E(0x27 W) 0x4F(0x27 R) 0x50(0x28 W) 0x51(0x28 R) 0x52(0x29 W) 0x53(0x29 R) 0x54(0x2A W) 0x55(0x2A R) 0x56(0x2B W) 0x57(0x2B R) 0x58(0x2C W) 0x59(0x2C R) 0x5A(0x2D W) 0x5B(0x2D R) 0x5C(0x2E W) 0x5D(0x2E R) 0x5E(0x2F W) 0x5F(0x2F R) 0x60(0x30 W) 0x61(0x30 R) 0x62(0x31 W) 0x63(0x31 R) 0x64(0x32 W) 0x65(0x32 R) 0x66(0x33 W) 0x67(0x33 R) 0x68(0x34 W) 0x69(0x34 R) 0x6A(0x35 W) 0x6B(0x35 R) 0x6C(0x36 W) 0x6D(0x36 R) 0x6E(0x37 W) 0x6F(0x37 R) 0x70(0x38 W) 0x71(0x38 R) 0x72(0x39 W) 0x73(0x39 R) 0x74(0x3A W) 0x75(0x3A R) 0x76(0x3B W) 0x77(0x3B R) 0x78(0x3C W) 0x79(0x3C R) 0x7A(0x3D W) 0x7B(0x3D R) 0x7C(0x3E W) 0x7D(0x3E R) 0x7E(0x3F W) 0x7F(0x3F R) 0x80(0x40 W) 0x81(0x40 R) 0x82(0x41 W) 0x83(0x41 R) 0x84(0x42 W) 0x85(0x42 R) 0x86(0x43 W) 0x87(0x43 R) 0x88(0x44 W) 0x89(0x44 R) 0x8A(0x45 W) 0x8B(0x45 R) 0x8C(0x46 W) 0x8D(0x46 R) 0x8E(0x47 W) 0x8F(0x47 R) 0x90(0x48 W) 0x91(0x48 R) 0x92(0x49 W) 0x93(0x49 R) 0x94(0x4A W) 0x95(0x4A R) 0x96(0x4B W) 0x97(0x4B R) 0x98(0x4C W) 0x99(0x4C R) 0x9A(0x4D W) 0x9B(0x4D R) 0x9C(0x4E W) 0x9D(0x4E R) 0x9E(0x4F W) 0x9F(0x4F R) 0xA0(0x50 W) 0xA1(0x50 R) 0xA2(0x51 W) 0xA3(0x51 R) 0xA4(0x52 W) 0xA5(0x52 R) 0xA6(0x53 W) 0xA7(0x53 R) 0xA8(0x54 W) 0xA9(0x54 R) 0xAA(0x55 W) 0xAB(0x55 R) 0xAC(0x56 W) 0xAD(0x56 R) 0xAE(0x57 W) 0xAF(0x57 R) 0xB0(0x58 W) 0xB1(0x58 R) 0xB2(0x59 W) 0xB3(0x59 R) 0xB4(0x5A W) 0xB5(0x5A R) 0xB6(0x5B W) 0xB7(0x5B R) 0xB8(0x5C W) 0xB9(0x5C R) 0xBA(0x5D W) 0xBB(0x5D R) 0xBC(0x5E W) 0xBD(0x5E R) 0xBE(0x5F W) 0xBF(0x5F R) 0xC0(0x60 W) 0xC1(0x60 R) 0xC2(0x61 W) 0xC3(0x61 R) 0xC4(0x62 W) 0xC5(0x62 R) 0xC6(0x63 W) 0xC7(0x63 R) 0xC8(0x64 W) 0xC9(0x64 R) 0xCA(0x65 W) 0xCB(0x65 R) 0xCC(0x66 W) 0xCD(0x66 R) 0xCE(0x67 W) 0xCF(0x67 R) 0xD0(0x68 W) 0xD1(0x68 R) 0xD2(0x69 W) 0xD3(0x69 R) 0xD4(0x6A W) 0xD5(0x6A R) 0xD6(0x6B W) 0xD7(0x6B R) 0xD8(0x6C W) 0xD9(0x6C R) 0xDA(0x6D W) 0xDB(0x6D R) 0xDC(0x6E W) 0xDD(0x6E R) 0xDE(0x6F W) 0xDF(0x6F R) 0xE0(0x70 W) 0xE1(0x70 R) 0xE2(0x71 W) 0xE3(0x71 R) 0xE4(0x72 W) 0xE5(0x72 R) 0xE6(0x73 W) 0xE7(0x73 R) 0xE8(0x74 W) 0xE9(0x74 R) 0xEA(0x75 W) 0xEB(0x75 R) 0xEC(0x76 W) 0xED(0x76 R) 0xEE(0x77 W) 0xEF(0x77 R) 0xF0(0x78 W) 0xF1(0x78 R) 0xF2(0x79 W) 0xF3(0x79 R) 0xF4(0x7A W) 0xF5(0x7A R) 0xF6(0x7B W) 0xF7(0x7B R) 0xF8(0x7C W) 0xF9(0x7C R) 0xFA(0x7D W) 0xFB(0x7D R) 0xFC(0x7E W) 0xFD(0x7E R) 0xFE(0x7F W) 0xFF(0x7F R)

I2C> v
Pinstates:
1.(BR)   2.(RD)   3.(OR)   4.(YW)   5.(GN)   6.(BL)   7.(PU)   8.(GR)   9.(WT)   0.(Blk)
GND   3.3V   5.0V   ADC   VPU   AUX   SCL   SDA   -   -
P   P   P   I   I   I   I   I   I   I   
GND   3.29V   5.04V   0.00V   3.30V   L   H   L   H   H   
I2C>
5
Bus Pirate Support / BlinkM & Bus Pirate I2C
I have a couple of BlinkMs and have been using them to familiarize myself with the Bus Pirate.  Both BlinkMs work; this has been confirmed with a connection to an arduino and the I2Cscanner sketch; both of them are set to address 0x09, as they should be by default.  I have the bus pirate's GND to "-", 3.3v to +, CLK to 'c' and MSIO to 'd'.  I also have the 3.3v ICSP voltage bridged to Vpu.  (I've tried it both with and without this, and it doesn't matter.)

Anyway, they don't show up in the BP's scan macro "(1)", and "I2C>[0x09" gets a NACK.  "[0x00;"n";0xFF;0x00;0x00]", which -should- cause all BlinkMs on the circuit to change to red, doesn't change anything on the blinkM. 

I've tried interfacing the other I2C device I have, a TMP102 sensor, and I can't get a response on the address scan for that one, either.

Am I missing something here?  Thanks.

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Call Stack
#TimeMemoryFunctionLocation
10.01432321032session_write_close ( )...(null):0
20.01462452632ElkArte\sources\subs\SessionHandler\DatabaseHandler->write( )...(null):0
30.01462453408Database_MySQL->query( ).../DatabaseHandler.php:119
40.05782592144Database_MySQL->error( ).../Db-mysql.class.php:273