Plamen Totev / mbed

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Dependents:   Good_Serial_HelloWorld_Mbed

Fork of mbed by gokmen ascioglu

Ethernet.h@1:0b0a5a73f998, 2014-04-14 (annotated)

Committer:
redplam
Date:
Mon Apr 14 14:37:10 2014 +0000
Revision:
1:0b0a5a73f998
Parent:
0:a8fa94490a0a 
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UserRevisionLine numberNew contents of line
gokmenascioglu 0:a8fa94490a0a 1 /* mbed Microcontroller Library - Ethernet
gokmenascioglu 0:a8fa94490a0a 2 * Copyright (c) 2009-2011 ARM Limited. All rights reserved.
gokmenascioglu 0:a8fa94490a0a 3 */
gokmenascioglu 0:a8fa94490a0a 4
gokmenascioglu 0:a8fa94490a0a 5 #ifndef MBED_ETHERNET_H
gokmenascioglu 0:a8fa94490a0a 6 #define MBED_ETHERNET_H
gokmenascioglu 0:a8fa94490a0a 7
gokmenascioglu 0:a8fa94490a0a 8 #include "device.h"
gokmenascioglu 0:a8fa94490a0a 9
gokmenascioglu 0:a8fa94490a0a 10 #if DEVICE_ETHERNET
gokmenascioglu 0:a8fa94490a0a 11
gokmenascioglu 0:a8fa94490a0a 12 #include "Base.h"
gokmenascioglu 0:a8fa94490a0a 13
gokmenascioglu 0:a8fa94490a0a 14 namespace mbed {
gokmenascioglu 0:a8fa94490a0a 15
gokmenascioglu 0:a8fa94490a0a 16 /* Class: Ethernet
gokmenascioglu 0:a8fa94490a0a 17 * An ethernet interface, to use with the ethernet pins.
gokmenascioglu 0:a8fa94490a0a 18 *
gokmenascioglu 0:a8fa94490a0a 19 * Example:
gokmenascioglu 0:a8fa94490a0a 20 * > // Read destination and source from every ethernet packet
gokmenascioglu 0:a8fa94490a0a 21 * >
gokmenascioglu 0:a8fa94490a0a 22 * > #include "mbed.h"
gokmenascioglu 0:a8fa94490a0a 23 * >
gokmenascioglu 0:a8fa94490a0a 24 * > Ethernet eth;
gokmenascioglu 0:a8fa94490a0a 25 * >
gokmenascioglu 0:a8fa94490a0a 26 * > int main() {
gokmenascioglu 0:a8fa94490a0a 27 * > char buf[0x600];
gokmenascioglu 0:a8fa94490a0a 28 * >
gokmenascioglu 0:a8fa94490a0a 29 * > while(1) {
gokmenascioglu 0:a8fa94490a0a 30 * > int size = eth.receive();
gokmenascioglu 0:a8fa94490a0a 31 * > if(size > 0) {
gokmenascioglu 0:a8fa94490a0a 32 * > eth.read(buf, size);
gokmenascioglu 0:a8fa94490a0a 33 * > printf("Destination: %02X:%02X:%02X:%02X:%02X:%02X\n",
gokmenascioglu 0:a8fa94490a0a 34 * > buf[0], buf[1], buf[2], buf[3], buf[4], buf[5]);
gokmenascioglu 0:a8fa94490a0a 35 * > printf("Source: %02X:%02X:%02X:%02X:%02X:%02X\n",
gokmenascioglu 0:a8fa94490a0a 36 * > buf[6], buf[7], buf[8], buf[9], buf[10], buf[11]);
gokmenascioglu 0:a8fa94490a0a 37 * > }
gokmenascioglu 0:a8fa94490a0a 38 * >
gokmenascioglu 0:a8fa94490a0a 39 * > wait(1);
gokmenascioglu 0:a8fa94490a0a 40 * > }
gokmenascioglu 0:a8fa94490a0a 41 * > }
gokmenascioglu 0:a8fa94490a0a 42 *
gokmenascioglu 0:a8fa94490a0a 43 */
gokmenascioglu 0:a8fa94490a0a 44 class Ethernet : public Base {
gokmenascioglu 0:a8fa94490a0a 45
gokmenascioglu 0:a8fa94490a0a 46 public:
gokmenascioglu 0:a8fa94490a0a 47
gokmenascioglu 0:a8fa94490a0a 48 /* Constructor: Ethernet
gokmenascioglu 0:a8fa94490a0a 49 * Initialise the ethernet interface.
gokmenascioglu 0:a8fa94490a0a 50 */
gokmenascioglu 0:a8fa94490a0a 51 Ethernet();
gokmenascioglu 0:a8fa94490a0a 52
gokmenascioglu 0:a8fa94490a0a 53 /* Destructor: Ethernet
gokmenascioglu 0:a8fa94490a0a 54 * Powers the hardware down.
gokmenascioglu 0:a8fa94490a0a 55 */
gokmenascioglu 0:a8fa94490a0a 56 virtual ~Ethernet();
gokmenascioglu 0:a8fa94490a0a 57
gokmenascioglu 0:a8fa94490a0a 58 enum Mode {
gokmenascioglu 0:a8fa94490a0a 59 AutoNegotiate
gokmenascioglu 0:a8fa94490a0a 60 , HalfDuplex10
gokmenascioglu 0:a8fa94490a0a 61 , FullDuplex10
gokmenascioglu 0:a8fa94490a0a 62 , HalfDuplex100
gokmenascioglu 0:a8fa94490a0a 63 , FullDuplex100
gokmenascioglu 0:a8fa94490a0a 64 };
gokmenascioglu 0:a8fa94490a0a 65
gokmenascioglu 0:a8fa94490a0a 66 /* Function: write
gokmenascioglu 0:a8fa94490a0a 67 * Writes into an outgoing ethernet packet.
gokmenascioglu 0:a8fa94490a0a 68 *
gokmenascioglu 0:a8fa94490a0a 69 * It will append size bytes of data to the previously written bytes.
gokmenascioglu 0:a8fa94490a0a 70 *
gokmenascioglu 0:a8fa94490a0a 71 * Variables:
gokmenascioglu 0:a8fa94490a0a 72 * data - An array to write.
gokmenascioglu 0:a8fa94490a0a 73 * size - The size of data.
gokmenascioglu 0:a8fa94490a0a 74 *
gokmenascioglu 0:a8fa94490a0a 75 * Returns:
gokmenascioglu 0:a8fa94490a0a 76 * The number of written bytes.
gokmenascioglu 0:a8fa94490a0a 77 */
gokmenascioglu 0:a8fa94490a0a 78 int write(const char *data, int size);
gokmenascioglu 0:a8fa94490a0a 79
gokmenascioglu 0:a8fa94490a0a 80 /* Function: send
gokmenascioglu 0:a8fa94490a0a 81 * Send an outgoing ethernet packet.
gokmenascioglu 0:a8fa94490a0a 82 *
gokmenascioglu 0:a8fa94490a0a 83 * After filling in the data in an ethernet packet it must be send.
gokmenascioglu 0:a8fa94490a0a 84 * Send will provide a new packet to write to.
gokmenascioglu 0:a8fa94490a0a 85 *
gokmenascioglu 0:a8fa94490a0a 86 * Returns:
gokmenascioglu 0:a8fa94490a0a 87 * 0 - If the sending was failed.
gokmenascioglu 0:a8fa94490a0a 88 * 1 - If the package is successfully sent.
gokmenascioglu 0:a8fa94490a0a 89 */
gokmenascioglu 0:a8fa94490a0a 90 int send();
gokmenascioglu 0:a8fa94490a0a 91
gokmenascioglu 0:a8fa94490a0a 92 /* Function: receive
gokmenascioglu 0:a8fa94490a0a 93 * Recevies an arrived ethernet packet.
gokmenascioglu 0:a8fa94490a0a 94 *
gokmenascioglu 0:a8fa94490a0a 95 * Receiving an ethernet packet will drop the last received ethernet packet
gokmenascioglu 0:a8fa94490a0a 96 * and make a new ethernet packet ready to read.
gokmenascioglu 0:a8fa94490a0a 97 * If no ethernet packet is arrived it will return 0.
gokmenascioglu 0:a8fa94490a0a 98 *
gokmenascioglu 0:a8fa94490a0a 99 * Returns:
gokmenascioglu 0:a8fa94490a0a 100 * 0 - If no ethernet packet is arrived.
gokmenascioglu 0:a8fa94490a0a 101 * The size of the arrived packet.
gokmenascioglu 0:a8fa94490a0a 102 */
gokmenascioglu 0:a8fa94490a0a 103 int receive();
gokmenascioglu 0:a8fa94490a0a 104
gokmenascioglu 0:a8fa94490a0a 105 /* Function: read
gokmenascioglu 0:a8fa94490a0a 106 * Read from an recevied ethernet packet.
gokmenascioglu 0:a8fa94490a0a 107 *
gokmenascioglu 0:a8fa94490a0a 108 * After receive returnd a number bigger than 0it is
gokmenascioglu 0:a8fa94490a0a 109 * possible to read bytes from this packet.
gokmenascioglu 0:a8fa94490a0a 110 * Read will write up to size bytes into data.
gokmenascioglu 0:a8fa94490a0a 111 *
gokmenascioglu 0:a8fa94490a0a 112 * It is possible to use read multible times.
gokmenascioglu 0:a8fa94490a0a 113 * Each time read will start reading after the last read byte before.
gokmenascioglu 0:a8fa94490a0a 114 *
gokmenascioglu 0:a8fa94490a0a 115 * Returns:
gokmenascioglu 0:a8fa94490a0a 116 * The number of byte read.
gokmenascioglu 0:a8fa94490a0a 117 */
gokmenascioglu 0:a8fa94490a0a 118 int read(char *data, int size);
gokmenascioglu 0:a8fa94490a0a 119
gokmenascioglu 0:a8fa94490a0a 120 /* Function: address
gokmenascioglu 0:a8fa94490a0a 121 * Gives the ethernet address of the mbed.
gokmenascioglu 0:a8fa94490a0a 122 *
gokmenascioglu 0:a8fa94490a0a 123 * Variables:
gokmenascioglu 0:a8fa94490a0a 124 * mac - Must be a pointer to a 6 byte char array to copy the ethernet address in.
gokmenascioglu 0:a8fa94490a0a 125 */
gokmenascioglu 0:a8fa94490a0a 126 void address(char *mac);
gokmenascioglu 0:a8fa94490a0a 127
gokmenascioglu 0:a8fa94490a0a 128 /* Function: link
gokmenascioglu 0:a8fa94490a0a 129 * Returns if an ethernet link is pressent or not. It takes a wile after Ethernet initializion to show up.
gokmenascioglu 0:a8fa94490a0a 130 *
gokmenascioglu 0:a8fa94490a0a 131 * Returns:
gokmenascioglu 0:a8fa94490a0a 132 * 0 - If no ethernet link is pressent.
gokmenascioglu 0:a8fa94490a0a 133 * 1 - If an ethernet link is pressent.
gokmenascioglu 0:a8fa94490a0a 134 *
gokmenascioglu 0:a8fa94490a0a 135 * Example:
gokmenascioglu 0:a8fa94490a0a 136 * > // Using the Ethernet link function
gokmenascioglu 0:a8fa94490a0a 137 * > #include "mbed.h"
gokmenascioglu 0:a8fa94490a0a 138 * >
gokmenascioglu 0:a8fa94490a0a 139 * > Ethernet eth;
gokmenascioglu 0:a8fa94490a0a 140 * >
gokmenascioglu 0:a8fa94490a0a 141 * > int main() {
gokmenascioglu 0:a8fa94490a0a 142 * > wait(1); // Needed after startup.
gokmenascioglu 0:a8fa94490a0a 143 * > if(eth.link()) {
gokmenascioglu 0:a8fa94490a0a 144 * > printf("online\n");
gokmenascioglu 0:a8fa94490a0a 145 * > } else {
gokmenascioglu 0:a8fa94490a0a 146 * > printf("offline\n");
gokmenascioglu 0:a8fa94490a0a 147 * > }
gokmenascioglu 0:a8fa94490a0a 148 * > }
gokmenascioglu 0:a8fa94490a0a 149 *
gokmenascioglu 0:a8fa94490a0a 150 */
gokmenascioglu 0:a8fa94490a0a 151 int link();
gokmenascioglu 0:a8fa94490a0a 152
gokmenascioglu 0:a8fa94490a0a 153 /* Function: set_link
gokmenascioglu 0:a8fa94490a0a 154 * Sets the speed and duplex parameters of an ethernet link
gokmenascioglu 0:a8fa94490a0a 155 *
gokmenascioglu 0:a8fa94490a0a 156 * Variables:
gokmenascioglu 0:a8fa94490a0a 157 * mode - the speed and duplex mode to set the link to:
gokmenascioglu 0:a8fa94490a0a 158 *
gokmenascioglu 0:a8fa94490a0a 159 * > AutoNegotiate Auto negotiate speed and duplex
gokmenascioglu 0:a8fa94490a0a 160 * > HalfDuplex10 10 Mbit, half duplex
gokmenascioglu 0:a8fa94490a0a 161 * > FullDuplex10 10 Mbit, full duplex
gokmenascioglu 0:a8fa94490a0a 162 * > HalfDuplex100 100 Mbit, half duplex
gokmenascioglu 0:a8fa94490a0a 163 * > FullDuplex100 100 Mbit, full duplex
gokmenascioglu 0:a8fa94490a0a 164 */
gokmenascioglu 0:a8fa94490a0a 165 void set_link(Mode mode);
gokmenascioglu 0:a8fa94490a0a 166
gokmenascioglu 0:a8fa94490a0a 167 };
gokmenascioglu 0:a8fa94490a0a 168
gokmenascioglu 0:a8fa94490a0a 169 } // namespace mbed
gokmenascioglu 0:a8fa94490a0a 170
gokmenascioglu 0:a8fa94490a0a 171 #endif
gokmenascioglu 0:a8fa94490a0a 172
gokmenascioglu 0:a8fa94490a0a 173 #endif