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Operating Systems OS X (Apple) Arduino Diecimila Board Access... Post 302834335 by wisecracker on Thursday 18th of July 2013 05:47:22 PM
Old 07-18-2013
Arduino Diecimila Board Access...

This is a very simple starter DEMO to access Arduino Diecimila Board for the
Macbook Pro 13" OSX 10.7.5...
A potentiometer is connected between 5V and Gnd with the wiper connected to
ANALOG IN 0 on the Arduino. This was adjusted to give the Ms and Ls as seen...

I now have DC in for this machine AND Linux too as on my Linux tools the device
becomes /dev/ttyUSB0 <WINK, (DC into the AudioScope here we come. ;o)>...

NOTE:- The device below is for MY machine and WILL be different for yours...

It is assumed that you have a Terminal up and running AND you have NOT
plugged in your USB Arduino Board yet...

Enjoy finding simple solutions to often very difficult problems...

Public Domain and you may do with it as you please...

Code:
Last login: Thu Jul 18 21:58:14 on ttys000
AMIGA:barrywalker~> # Find the USB device first.
AMIGA:barrywalker~> ls /dev/*usb*
ls: /dev/*usb*: No such file or directory
AMIGA:barrywalker~> # Now plug in the Arduino Diecimila Board...
AMIGA:barrywalker~> ls /dev/*usb*
/dev/cu.usbserial-A7007cvs	/dev/tty.usbserial-A7007cvs
AMIGA:barrywalker~> # USE the /dev/cu.usbserial-A7007cvs device...
AMIGA:barrywalker~> cat < /dev/cu.usbserial-A7007cvs
MLMMLMMMMMMLMMMMLMLMMLLLLLLMLLMMMMMLMMMLMLLMLMLMMMMMMMMMMMLLMLLLMLLLLLLMLLLMLLM
MMMLMLLMLMMMLMMMMMLMLMLMLMMMLLLMMLLMMMMMMLLLMLLMMLMLLLLLMMMMLMLLLLMMMMMMMLLLMML
MMLMMMLLMLMLMLLMMMMLLLMLMMMMMLLMMLMMMLLMMMLLMMMMMMMMMMLLMLLLMMLLLMLMLMMLMMLMLML
MMMMMLLMMMMLLLLLLMMMMMMLLMLMMMMMLMMMLLMLMLMLLMLMLLLLMMMLMMLMMMMLMLMLMMLMMLMLMML
MLMLLLMLLLLLLMLLMMLMMMLMMMLMMLMLMMLMLMLMMLMLMMMLLLMLMLLLMMLLLMLMLMLLLLLLLMLMMML
LMcMMLLLLMLMMMMLMMMMMLMMLLMLMMMMMMLMLLMMMMMLMMMMLMLLMLMMMLLLMMMMMLLLMLMMLMLMMLM
MLMLLMLMMMMMLLLMMMMLLLMLMMLLMMLLMLLLMMMLLMMMLLMLLLLMMLLMMMMLLMMMMMLLLLLMMLLMMML
MLMMLLLMLLLLM^C
AMIGA:barrywalker~> _

The .PDE file for the Arduino as a test piece, this uses an early version of the
programming SW and I know it won't compile on current versions so you will have
to modify slightly as required...
Code:
/* Using the Arduino as a DEMO single channel ADC for Windows (TM), Linux, */
/* AMIGA, WinUAE and now the Macbook Pro 13 inch OSX 10.7.5... */

/* Set up a variable for basic analogue input. */
int analogue0 = 0;

void setup() {
  /* Open the serial port at 9600 bps. */
  Serial.begin(9600);

  /* Set the analogue voltage reference, DEFAULT is 5V in this case. */
  analogReference(DEFAULT);
}

void loop() {
  /* Read the 10 bit analogue voltage on analogue input 0. */
  analogue0 = analogRead(0);
  /* Convert to a byte value by dividing by 4. */
  analogue0 = analogue0/4;

  /* Send to the Serial Port the byte value. */
  Serial.print(analogue0, BYTE);
}

 

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sane-find-scanner(1)					   SANE Scanner Access Now Easy 				      sane-find-scanner(1)

NAME
sane-find-scanner - find SCSI and USB scanners and their device files SYNOPSIS
sane-find-scanner [-h|-?] [-v] [-q] [-p] [-f] [-F filename] [devname] DESCRIPTION
sane-find-scanner is a command-line tool to find SCSI and USB scanners and determine their Unix device files. Its primary aim is to make sure that scanners can be detected by SANE backends. For SCSI scanners, it checks the default generic SCSI device files (e.g., /dev/sg0) and /dev/scanner. The test is done by sending a SCSI inquiry command and looking for a device type of "scanner" or "processor" (some old HP scanners seem to send "processor"). So sane-find-scanner will find any SCSI scanner connected to those default device files even if it isn't supported by any SANE backend. For USB scanners, first the USB kernel scanner device files (e.g. /dev/usb/scanner0), /dev/usb/scanner, and /dev/usbscanner) are tested. The files are opened and the vendor and device ids are determined, if the operating system supports this feature. Currently USB scanners are only found this way if they are supported by the Linux scanner module or the FreeBSD or OpenBSD uscanner driver. After that test, sane-find-scanner tries to scan for USB devices found by the USB library libusb (if available). There is no special USB class for scanners, so the heuristics used to distinguish scanners from other USB devices is not perfect. sane-find-scanner also tries to find out the type of USB chip used in the scanner. If detected, it will be printed after the vendor and product ids. sane-find-scanner will even find USB scan- ners, that are not supported by any SANE backend. sane-find-scanner won't find most parallel port scanners, or scanners connected to proprietary ports. Some parallel port scanners may be detected by sane-find-scanner -p. At the time of writing this will only detect Mustek parallel port scanners. OPTIONS
-h, -? Prints a short usage message. -v Verbose output. If used once, sane-find-scanner shows every device name and the test result. If used twice, SCSI inquiry informa- tion and the USB device descriptors are also printed. -q Be quiet. Print only the devices, no comments. -p Probe parallel port scanners. -f Force opening all explicitly given devices as SCSI and USB devices. That's useful if sane-find-scanner is wrong in determining the device type. -F filename filename is a file that contains USB descriptors in the format of /proc/bus/usb/devices as used by Linux. sane-find-scanner tries to identify the chipset(s) of all USB scanners found in such a file. This option is useful for developers when the output of "cat /proc/bus/usb/devices" is available but the scanner itself isn't. devname Test device file "devname". No other devices are checked if devname is given. EXAMPLE
sane-find-scanner -v Check all SCSI and USB devices for available scanners and print a line for every device file. sane-find-scanner /dev/scanner Look for a (SCSI) scanner only at /dev/scanner and print the result. sane-find-scanner -p Probe for parallel port scanners. SEE ALSO
sane(7), sane-scsi(5), sane-usb(5), scanimage(1), xscanimage(1), xsane(1), sane-"backendname"(5) AUTHOR
Oliver Rauch, Henning Meier-Geinitz and others SUPPORTED PLATFORMS
USB support is limited to Linux (kernel, libusb), FreeBSD (kernel, libusb), NetBSD (libusb), OpenBSD (kernel, libusb). Detecting the vendor and device ids only works with Linux or libusb. SCSI support is available on Irix, EMX, Linux, Next, AIX, Solaris, FreeBSD, NetBSD, OpenBSD, and HP-UX. BUGS
No support for most parallel port scanners yet. Detection of USB chipsets is limited to a few chipsets. 13 Jul 2008 sane-find-scanner(1)
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