Bascom Avr License Crack
'This is several code SEGMENTs, not a full program. 'It illustrates the key components for a ISR, Buffered, 'serial comm link.
'This shows the RxData part, TxData is similar. 'Scavanged from: JCGLCD Drv V11.bas 12/11/08 $regfile = 'm168def.dat' 'Specify the AVR being used $crystal = 14745600 'Ext Xtal $hwstack = 64 'Default use 32 for the hardware stack $swstack = 32 'Default use 10 for the SW stack $framesize = 60 'Default use 40 for the frame space $baud = 9600 'Baud rate (Sets up HW USART) 'Dim variables here. 'Config I/O Pins & Ports here. 'Set Up the Hardware USART, using Interrupt driven buffers.
Config Serialin = Buffered, Size = 255 Config Serialout = Buffered, Size = 8 Dim Nm As String. 1 Inits: Enable Interrupts 'Turn ON Interrupts for USART Main: 'Do something useful here. Goto Main 'Loop forever Selectbr: 'Read the input pins and select the User Desired Serial Input Baud Rate 'Are setting the BR for the Hardware USART. Format is N,8,1, (fixed).
For the hardware UART. 'BAUD #x, yyyy For the software UART. Baud = 38400. Getsdchar: 'Get a single incoming Serial Data character from the HW USART 'This version WAITS until a byte is received! 'This gets ANY character, 0-255 dec, including Esc (27d) 'On Exit have: Dc Data Character in String Format 'On Exit have: Nv Data Character in Numeric Format While Ischarwaiting 1 Wend 'Just wait 'Get a char from the UART Dc = Waitkey Nv = Asc(dc) 'Get the Numeric equivalent, also Return JC.
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There are numerous clock projects which use Atmel AVR microcontrollers, but few use the Atmega48, and of the few that do, all are programmed in C or Assembly language (or using the Arduino IDE). I am too lazy to program in assembly language. Been there, done that for 15 years. I never learned C, and don't feel like learning the Arduino stuff, so BASCOM (compiled basic from MCS Electronics) is the AVR programming language of choice, for me. For more about BASCOM AVR see www.MCSelec.com Something I did NOT want in a simple clock was any I2C real time clock peripherals from Dallas, NXP (or others), batteries and crystals. In the big clock I slapped together, real time is kept within the AVR via BASCOM firmware, and is accurate to the 60hz AC line (USA). There are ZERO quartz crystals used in this project.
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Displays are IEE2352E, similar to Lumex LDS-AD16RI but the IEE2352E have one less diode per segment for a lower forward voltage drop per segment. This is important because it allows the entire clock to function from same +5 volts as the Atmel microcontroller and direct drive the digit's segments from the MCU pins without level shifters (unusual for any clock with digits this tall). The 57mm 7 segment LEDs are driven directly from the AVR chip, sinking an average 25 mA per segment with very acceptable brightness. This clock may be powered from a computer's USB port as a GewGaw. When my firmware detects the absence of the 60hz AC line time base, it automatically reverts to the AVR's internal R/C oscillator as the time base.
It will be inaccurate over extended time periods, but permits functioning as an acceptable USB GewGaw clock for several hours remaining accurate to a minute. If you build one of these and want battery power (or USB power) and desire long term precision, add a quartz crystal time base circuit. I will release my software as an 'open source project' shortly. Not counting the 7805 voltage regulator, this clock project has only one integrated circuit 'chip'.
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That chip is the AVR ATmega48. Also, the ATmega88, 168 and 328 can also be used instead if you have them. This is an extremely efficient hardware design using only 4 transistors, 7 diodes, 7 capacitors, 13 resistors, 2 push buttons, the LED displays, and three discrete LEDs. 12 components can be eliminated if you just want the USB GewGaw version. The clock draws approx. 125 milliamps from a USB port.