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-${ProjName}:
-UART0_Terminal
-
-
-Intended purpose:
-To demonstrate the configuration and use of the USART module, in asynchronous
-mode, while communicating with a terminal emulator.
-
-
-Functional description:
-* In this example UART0 communicates with a terminal emulator running on the PC, via a 
-  USB-to-RS232 breakout cable or via the NXP LPC11Uxx VCOM serial port.
-* The user is prompted to enter a string (not to exceed 32 characters), terminated by [Enter].
-* Each character that is entered is echoed back to the terminal by the UART0
-  ISR, and the characters are stored in an array for future use.
-* When the user types [Enter], a NUL character is appended to the array, and
-  a handshake flag is set by the ISR for the main routine.
-* Upon seeing the handshake flag, the main routine prints the stored string to
-  the terminal, and the process repeats.
-
-
-External connections:
-* To use the NXP LPC11Uxx VCOM Serial Port:
-    1. No external connections are necessary.
-    2. The Max board must have the necessary solder-bump jumper modifications:
-      A. For LPC812 Max board, short pins 1 and 2 of both SJ1 and SJ4
-      B. For LPC824 Max board, short pins 2 and 3 of SJ9
-      C. For LPC845 Max board, no modification is needed.
-	  C. For LPC802 LPCXpresso board, no modification is needed.
-	  C. For LPC804 LPCXpresso board, no modification is needed.
-    3. The terminal emulator can then be connected to the NXP LPC11Uxx VCOM serial port which
-       enumerates when the board is connected. It appears something like this: 
-       COM13: NXP LPC11Uxx VCOM serial port (COM13)
-
-* To use a USB-to-RS232 breakout cable:
-    1. There are three external connections necessary: RXD and TXD based on the SWM
-       settings, plus a ground connection. The RXD and TXD pins can be chosen in chip_setup.h.
-       The defaults are as follows:
-       P0.25 = U0_TXD = breakout cable RXD
-       P0.24 = U0_RXD = breakout cable TXD
-       Board GND = breakout cable GND
-
-
-
-Notes on the baud rate and FRG:
-* The BRG and FRG settings are calculated in two steps, as follows:
-  // For asynchronous mode (UART mode) the formula is:
-  // (BRG + 1) * (1 + (m/256)) * (16 * baudrate Hz.) = FRG_in Hz.
-  // We proceed in 2 steps.
-  // Step 1: Let m = 0, and round (down) to the nearest integer value of BRG for the desired baudrate.
-  // Step 2: Plug in the BRG from step 1, and find the nearest integer value of m, (for the FRG fractional part).
-  //
-  // Step 1 (with m = 0)
-  // BRG = ((FRG_in Hz.) / (16 * baudrate Hz.)) - 1
-  //     = (30,000,000/(16 * 9600)) - 1
-  //     = 194.3
-  //     = 194 (rounded)
-  //
-  // Step 2.
-  // m = 256 * [-1 + {(FRG_in Hz.) / (16 * baudrate Hz.)(BRG + 1)}]
-  //   = 256 * [-1 + {(30,000,000) / (16*9600)(195)}]
-  //   = 0.002
-  //   = 0 (rounded)
-
-
-Program Flow:
-* This example runs with:
-    system_ahb_clk = 15 MHz. (main_clk = 15 MHz. FRO direct output)
-    UART0CLK = 15 MHz. (FRG0CLKSEL = main_clk, FCLKSEL0 = frg0clk)
-    See chip_setup.h and SystemInit()
-
-* main() routine
-  1. Clocks to USART0 and the SWM are enabled. 
-
-  2. The SWM is configured as per above.
-
-  3. The UARTCLKDIV and the FRG (both in SYSCON) are configured as per above
-     (for 9600 b.p.s.).
-
-  4. USART0 is given a peripheral reset.
-
-  5. USART0 BRG is configured as per above (for 9600 b.p.s.). 
-
-  6. USART0 CFG register is configured for:
-     8 data bits
-     no parity
-     one stop bit
-     no flow control
-     asynchronous mode
-     no loop-back
-
-  7. USART0 CTL register is configured for:
-     no continuous break
-     no address detect
-     no Tx disable
-     no CC
-     no CLRCC
-
-  8. USART0 Rx Ready interrupt is enabled, and code execution enters the main while(1)
-     loop.
- 
-  9. The user is prompted to enter a string, and each character is echoed by the
-     ISR back to the terminal until the NUL terminator is encountered.
-
-  10. When the NUL terminator is encountered, the ISR sets a handshake flag for
-      main, which prints the entire received string to the terminal, and the process repeats.
-  
- 
-This example runs from Flash. 
-
-
-To run this code:
-  1. Build
-  2. Program memory, then reset target
-  or
-  2. Debug
-  3. Run or Go
-
-Note: It may be necessary to power-cycle the board in order to regain control of the reset button after programming.
-
-
-
-
+# Bibliothèque pour associer un écran e-paper à un LPC804
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