Purebasic Serial Port Example

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I am not looking for specific instructions here, just trying to find sources to research on how to proceed. I would like to take numbers from a Program written in purebasic and deliver them to a midi interface through the USB port. What I don't understand is how I tell the program to output a number to the USB port. For example your application can only access serial ports from 1 to 10 and Windows assigned your new serial port a number of 11. Well there is a way around it. Go to Control Panel - System - Hardware-Device Manager - Port - Properties-Advanced and fill in the COM number that you would like to have.

This page describes how to use the built-in serial ports (also knownas USARTs). For more information about serial ports, seeUSART.

Purebasic Serial Port Example List

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First, decide which serial port you wish to use, and connect itspins to the device you’re communicating with. (The TXand RX pins for a serial port are labeled on your board’s silkscreen;for example, serial port 2 has pins labeled “TX2” and “RX2”).

The variable for controlling a serial port is the word Serial,plus the serial port’s number. For example, you can control serialport 1 with the variable Serial1, serial port 2 with Serial2,and so on.

In order to get started using your serial port, you’ll first need toturn it on. Do this by calling your serial port’s begin()function, giving it the baud rate you wish it to communicate at. Ifyou’re not sure what baud rate to use, 9600 is a safe (although slow)value to try. Put this call to begin() in your setup(),like in the following example:

Now that your serial port is set up, it’s time to start communicating.

One common use for serial ports is to print strings and otherdebugging information to a computer. You can print numbers or stringsusing print() and println(), like this:

Tutorial

This sort of communication can go both ways: you can send charactersfrom a computer to a serial port as well. You can check how manycharacters are waiting for you to read using the available()function, and read them out one at a time using read(). Thefollowing example program uses these functions to “echo” back anythingsent to Serial2:

This section gives a full listing of functions available for use withserial ports.

All of the Serial[1,2,3] objects are instances of theHardwareSerial class, which is documented in this section. (Thismeans that you can use any of these functions on any of Serial1,Serial2, and Serial3).

class HardwareSerial

Serial port class. Predefined instances are Serial1,Serial2, and Serial3.

void HardwareSerial::begin(unsigned int baud)

Set up a HardwareSerial object for communications. This methodmust be called before attempting to use the HardwareSerialobject (typically, you call this in your setup() function).

void HardwareSerial::end()

Disables the USART associated with this object, allowing anyassociated communication pins to be used for other purposes.

unsigned int HardwareSerial::available()

Returns the number of bytes available for reading.

unsigned char HardwareSerial::read()

Returns the next available, unread character. If there are noavailable characters (you can check this with available), the call will block until onebecomes available.

void HardwareSerial::flush()

Throw away the contents of the serial port’s receiver (RX) buffer.That is, clears any buffered characters, so that the next characterread is guaranteed to be new.

void HardwareSerial::print(unsigned char b)

Print the given byte over the USART.

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void HardwareSerial::print(char c)

Print the given character over the USART. 7-bit clean charactersare typically interpreted as ASCII text.

void HardwareSerial::print(const char *str)

Print the given null-terminated string over the USART.

void HardwareSerial::print(int n)

Print the argument’s digits over the USART, in decimal format.Negative values will be prefixed with a '-' character.

void HardwareSerial::print(unsigned int n)

Print the argument’s digits over the USART, in decimal format.

void HardwareSerial::print(long n)

Print the argument’s digits over the USART, in decimal format.Negative values will be prefixed with a '-' character. New cisco ios 15 license key generator 2016 free and reviews 2016 nissan.

void HardwareSerial::print(unsigned long n)

Print the argument’s digits over the USART, in decimal format.

void HardwareSerial::print(long n, int base)

Print the digits of n over the USART, in base base (whichmay be between 2 and 16). The base value 2 corresponds tobinary, 8 to octal, 10 to decimal, and 16 to hexadecimal. Negativevalues will be prefixed with a '-' character.

void HardwareSerial::print(double n)

Print n, accurate to 2 digits after the decimal point.

void HardwareSerial::println(char c)

Like print(c), followed by 'rn'.

void HardwareSerial::println(const char *c)

Like print(c), followed by 'rn'.

void HardwareSerial::println(unsigned char b)

Like print(b), followed by 'rn'.

void HardwareSerial::println(int n)

Like print(n), followed by 'rn'.

void HardwareSerial::println(unsigned int n)

Like print(n), followed by 'rn'.

void HardwareSerial::println(long n)

Like print(n), followed by 'rn'.

void HardwareSerial::println(unsigned long n)

Like print(n), followed by 'rn'.

void HardwareSerial::println(long n, int base)

Like print(n,b), followed by 'rn'.

void HardwareSerial::println(double n)

Like print(n), followed by 'rn'.

void HardwareSerial::println()

Prints 'rn' over the USART.

void HardwareSerial::write(unsigned char ch)

Sends one character over the USART. This function is currentlyblocking.

This is a low-level function. One of the print() orprintln() functions is likely to be more useful when printingmultiple characters, when formatting numbers for printing, etc.

void HardwareSerial::write(const char *str)

Send the given null-terminated character string over the USART.

This is a low-level function. One of the print() orprintln() functions is likely to be more useful when printingmultiple characters, when formatting numbers for printing, etc.

void HardwareSerial::write(void *buf, unsigned int size)

Writes the first size bytes of buf over the USART. Eachbyte is transmitted as an individual character.

This is a low-level function. One of the print() orprintln() functions is likely to be more useful when printingmultiple characters, when formatting numbers for printing, etc.

int HardwareSerial::txPin()

Return the number of the TX (transmit) pin.

int HardwareSerial::rxPin()

Return the number of the RX (receive) pin.

Unlike the Arduino, none of the Maple’s serial ports is connected tothe USB port on the Maple board. If you want to communicate using thebuilt-in USB port, use SerialUSB instead. Youwill need an additional USB-to-serial adapter to communicate between aUSART and your computer.

License and Attribution

Portions of this page were adapted from the Arduino ReferenceDocumentation, whichis released under a Creative Commons Attribution-ShareAlike 3.0License.

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Purebasic Serial Port Example 1

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Purebasic Serial Port Example

Purebasic Serial Port Examples

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