Basic Stamp Sample Registration Code [32|64bit] (Updated 2022) ￭ A six-line, 7-segment LCD display. ￭ Text on all six lines. ￭ Text on the first line is user defined. ￭ Can be configured to show text, numeric, or bit-mapped graphics. ￭ Can be configured to accept user input in the form of a 6 bit A-D code. ￭ Shows either 8, 24, or 48 hours (1 bit of the A-D code is used to determine the time). ￭ Displays a ring of the various segment colors in order of top to bottom. ￭ Activates with software pushbutton switch. ￭ Will correctly respond to serial input from a 632 or 634, or a Parallax Basic Stamp itself. ￭ Can be configured to display a time code for the serial port. ￭ Can be configured to show a time-display on the LCD which updates automatically every second, minute, hour, day, month, year, or century. ￭ Six-line, 7-segment display (as illustrated in the figures). ￭ Shows ring of various segment colors in order of top to bottom. ￭ Activates with software pushbutton switch. ￭ Will correctly respond to serial input from a 632 or 634, or a Parallax Basic Stamp itself. ￭ Can be configured to display a time code for the serial port. ￭ Can be configured to show a time-display on the LCD which updates automatically every second, minute, hour, day, month, year, or century. ￭ Uses software pushbutton switch to allow user control of the display. ￭ Uses a basic Stamp multi-character-read capability and character expansion unit. ￭ Uses the 632 character-ROM ROM and character expansion unit which can be clocked at any frequency up to 66MHz. ￭ Uses a basic Stamp multi-character-read capability and character expansion unit. ￭ Uses the 634 character-ROM ROM and character expansion unit which can be clocked at any frequency up to 66MHz. ￭ Uses a basic Stamp multi-character-read capability and character expansion unit. ￭ Uses a basic Stamp multi-character-read capability and character expansion unit. ￭ Uses a basic Stamp Basic Stamp Sample Download The sample program consists of 6 programs: 5.c files and 1.f90 file. Program 1: contains the source code for the BSP header that is used to interface with the 632 or 634. The sample also contains a boot loader for the 632 or 634. Program 2: contains the source code for the basic Stamp chip interface software which provides the interface between the peripheral and the host CPU. Program 3: contains the source code for the six LCD drivers. Program 4: contains the source code for the sample program that is used to send data to the six LCD drivers. Program 5: contains the source code for the display and control programs. Program 6: contains the source code for the display driver. This program generates the RS and WS signals required to display a character in the LCD. The display driver provides the ability to display a graphic or text on the LCD. This program also provides the ability to read characters from the LCD or to write characters to the LCD. The six.c files required to generate the sample program are as follows: 1) BSP_Header.c 2) BSP_Base.c 3) BSP_Comm.c 4) BSP_UART.c 5) BSP_LCD.c 6) BSP_RS232.c The.f90 file used to generate the sample program is as follows: BSP_Header.f90 The sample is built for the 632 and 634 and uses the following options. ￭ Compiler Options: ￭ Compiler: -D￭ ￭ Compiler: COMPILE=yes ￭ Compiler: ￭ Compiler: C￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭￭ 8e68912320 Basic Stamp Sample -- all basic macros are available. PATCH_START => Resets the controller and is like the "reset" command. PATCH_STOP => Quits the Basic Stamp Sample. MOSARTO => Sets the memory to 0xFD MOSARTO => Sets the memory to 0xC1 MOSARTT => Sets the memory to 0x85 DEVICE_OK => Indicates if the Basic Stamp is currently selected and has a valid device state. DEVICE_UNACK => Disables the device by setting the device state to "not connected". DEVICE_ERROR => Indicates that the Basic Stamp device is not responding. PRINT_LINE => Prints a single character in ASCII form. --->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->->-> ->->->->->->->->->->->->->->->->->->->->->->->->->->->->->-> ->->->->->->->->->-> ->->->->->-> ->->->->->->->->->->-> ->->->->->->->->->->->->->->->->->->->->->-> ->->-> ->->->->->->->->->->-> ↳ PlanarReset(&device_id); c >>> Setup the serial number >>> Write the serial number for the device using the Initialize SerialNumber command. >>> The device serial number is written into the device’s SCK1 Pin 3 output >>> InitializeSerialNumber (NULL, NULL, &device_id) ; >>> Setup the port. >>> WritePort(PWR_LOW, SCL_DEVICE_DELAY_PS) ; >>> Setup the communication settings. >>> OpenPort(port, portbaud, lpmode, pwdmode, timing, initialClock, &host_data); >>> Print to the device’s display using the SetDisplayCommand command. What's New in the Basic Stamp Sample? System Requirements For Basic Stamp Sample: Minimum: OS: Windows Vista or later Processor: Intel Core 2 Duo Memory: 4 GB Hard Disk: 6 GB Additional: Intel High Definition Audio with s/pdif output, 4 GB free hard disk space Installation: Windows 7 or later (32-bit, x64, or x86 (Intel/AMD) support, only) Additional Notes: - You must use the latest patches to play the game as they are released. (Only download and
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