Brandon Fictorie / Mbed 2 deprecated BF_Websocket

Important changes to repositories hosted on mbed.com

Mbed hosted mercurial repositories are deprecated and are due to be permanently deleted in July 2026.

To keep a copy of this software download the repository Zip archive or clone locally using Mercurial.

It is also possible to export all your personal repositories from the account settings page.

Dependencies:   mbed

NetServices/drv/serial/usb/UsbSerial.h@0:8cdad1c73e8e, 2012-03-25 (annotated)

Committer:
bfictorie
Date:
Sun Mar 25 17:26:30 2012 +0000
Revision:
0:8cdad1c73e8e

        

        
Who changed what in which revision?

        

            
                
UserRevisionLine numberNew contents of line

            
            


bfictorie

0:8cdad1c73e8e


     1







bfictorie

0:8cdad1c73e8e


     2

/*





bfictorie

0:8cdad1c73e8e


     3

Copyright (c) 2010 Donatien Garnier (donatiengar [at] gmail [dot] com)





bfictorie

0:8cdad1c73e8e


     4

 





bfictorie

0:8cdad1c73e8e


     5

Permission is hereby granted, free of charge, to any person obtaining a copy





bfictorie

0:8cdad1c73e8e


     6

of this software and associated documentation files (the "Software"), to deal





bfictorie

0:8cdad1c73e8e


     7

in the Software without restriction, including without limitation the rights





bfictorie

0:8cdad1c73e8e


     8

to use, copy, modify, merge, publish, distribute, sublicense, and/or sell





bfictorie

0:8cdad1c73e8e


     9

copies of the Software, and to permit persons to whom the Software is





bfictorie

0:8cdad1c73e8e


    10

furnished to do so, subject to the following conditions:





bfictorie

0:8cdad1c73e8e


    11

 





bfictorie

0:8cdad1c73e8e


    12

The above copyright notice and this permission notice shall be included in





bfictorie

0:8cdad1c73e8e


    13

all copies or substantial portions of the Software.





bfictorie

0:8cdad1c73e8e


    14

 





bfictorie

0:8cdad1c73e8e


    15

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR





bfictorie

0:8cdad1c73e8e


    16

IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,





bfictorie

0:8cdad1c73e8e


    17

FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE





bfictorie

0:8cdad1c73e8e


    18

AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER





bfictorie

0:8cdad1c73e8e


    19

LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,





bfictorie

0:8cdad1c73e8e


    20

OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN





bfictorie

0:8cdad1c73e8e


    21

THE SOFTWARE.





bfictorie

0:8cdad1c73e8e


    22

*/





bfictorie

0:8cdad1c73e8e


    23







bfictorie

0:8cdad1c73e8e


    24

#ifndef USB_SERIAL_H





bfictorie

0:8cdad1c73e8e


    25

#define USB_SERIAL_H





bfictorie

0:8cdad1c73e8e


    26







bfictorie

0:8cdad1c73e8e


    27

//DG 2010





bfictorie

0:8cdad1c73e8e


    28

//Essentially a clone of Serial if





bfictorie

0:8cdad1c73e8e


    29

#include "Stream.h"





bfictorie

0:8cdad1c73e8e


    30

#include "mbed.h"





bfictorie

0:8cdad1c73e8e


    31







bfictorie

0:8cdad1c73e8e


    32

#include "drv/usb/UsbDevice.h"





bfictorie

0:8cdad1c73e8e


    33

#include "drv/usb/UsbEndpoint.h"





bfictorie

0:8cdad1c73e8e


    34







bfictorie

0:8cdad1c73e8e


    35

namespace mbed {





bfictorie

0:8cdad1c73e8e


    36







bfictorie

0:8cdad1c73e8e


    37

class UsbSerial : public Stream {





bfictorie

0:8cdad1c73e8e


    38







bfictorie

0:8cdad1c73e8e


    39

public:





bfictorie

0:8cdad1c73e8e


    40







bfictorie

0:8cdad1c73e8e


    41

    UsbSerial(UsbDevice* pDevice, int epIn, int epOut, const char* name = NULL);





bfictorie

0:8cdad1c73e8e


    42

    virtual ~UsbSerial();





bfictorie

0:8cdad1c73e8e


    43

    //Apart from the ctor/dtor, exactly the same protos as Serial





bfictorie

0:8cdad1c73e8e


    44







bfictorie

0:8cdad1c73e8e


    45

    void baud(int baudrate);





bfictorie

0:8cdad1c73e8e


    46







bfictorie

0:8cdad1c73e8e


    47

    enum Parity {





bfictorie

0:8cdad1c73e8e


    48

        None = 0,





bfictorie

0:8cdad1c73e8e


    49

        Odd = 1,





bfictorie

0:8cdad1c73e8e


    50

        Even = 2,





bfictorie

0:8cdad1c73e8e


    51

        Forced1 = 3,





bfictorie

0:8cdad1c73e8e


    52

        Forced0 = 4





bfictorie

0:8cdad1c73e8e


    53

    };





bfictorie

0:8cdad1c73e8e


    54

    





bfictorie

0:8cdad1c73e8e


    55

    enum IrqType {





bfictorie

0:8cdad1c73e8e


    56

        RxIrq = 0





bfictorie

0:8cdad1c73e8e


    57

        , TxIrq





bfictorie

0:8cdad1c73e8e


    58

    };





bfictorie

0:8cdad1c73e8e


    59







bfictorie

0:8cdad1c73e8e


    60

    void format(int bits, int parity, int stop); 





bfictorie

0:8cdad1c73e8e


    61

    





bfictorie

0:8cdad1c73e8e


    62

    class CDummy;





bfictorie

0:8cdad1c73e8e


    63

    template <class T>





bfictorie

0:8cdad1c73e8e


    64

    void attach(T* pCbItem, void (T::*pCbMeth)(), IrqType type = RxIrq)





bfictorie

0:8cdad1c73e8e


    65

    {





bfictorie

0:8cdad1c73e8e


    66

      if(type == RxIrq)





bfictorie

0:8cdad1c73e8e


    67

      {





bfictorie

0:8cdad1c73e8e


    68

        m_pInCbItem = (CDummy*) pCbItem;





bfictorie

0:8cdad1c73e8e


    69

        m_pInCbMeth = (void (CDummy::*)()) pCbMeth;





bfictorie

0:8cdad1c73e8e


    70

      }





bfictorie

0:8cdad1c73e8e


    71

      else





bfictorie

0:8cdad1c73e8e


    72

      {





bfictorie

0:8cdad1c73e8e


    73

        m_pOutCbItem = (CDummy*) pCbItem;





bfictorie

0:8cdad1c73e8e


    74

        m_pOutCbMeth = (void (CDummy::*)()) pCbMeth;





bfictorie

0:8cdad1c73e8e


    75

      }





bfictorie

0:8cdad1c73e8e


    76

    }





bfictorie

0:8cdad1c73e8e


    77

    





bfictorie

0:8cdad1c73e8e


    78

#if 0 // Inhereted from Stream, for documentation only





bfictorie

0:8cdad1c73e8e


    79







bfictorie

0:8cdad1c73e8e


    80

    /* Function: putc





bfictorie

0:8cdad1c73e8e


    81

     *  Write a character





bfictorie

0:8cdad1c73e8e


    82

     *





bfictorie

0:8cdad1c73e8e


    83

     * Variables:





bfictorie

0:8cdad1c73e8e


    84

     *  c - The character to write to the serial port





bfictorie

0:8cdad1c73e8e


    85

     */





bfictorie

0:8cdad1c73e8e


    86

    int putc(int c);





bfictorie

0:8cdad1c73e8e


    87







bfictorie

0:8cdad1c73e8e


    88

    /* Function: getc





bfictorie

0:8cdad1c73e8e


    89

     *  Read a character





bfictorie

0:8cdad1c73e8e


    90

     *





bfictorie

0:8cdad1c73e8e


    91

     * Variables:





bfictorie

0:8cdad1c73e8e


    92

     *  returns - The character read from the serial port





bfictorie

0:8cdad1c73e8e


    93

     */





bfictorie

0:8cdad1c73e8e


    94

    int getc();





bfictorie

0:8cdad1c73e8e


    95

        





bfictorie

0:8cdad1c73e8e


    96

    /* Function: printf





bfictorie

0:8cdad1c73e8e


    97

     *  Write a formated string





bfictorie

0:8cdad1c73e8e


    98

     *





bfictorie

0:8cdad1c73e8e


    99

     * Variables:





bfictorie

0:8cdad1c73e8e


   100

     *  format - A printf-style format string, followed by the 





bfictorie

0:8cdad1c73e8e


   101

     *      variables to use in formating the string.





bfictorie

0:8cdad1c73e8e


   102

     */





bfictorie

0:8cdad1c73e8e


   103

    int printf(const char* format, ...);





bfictorie

0:8cdad1c73e8e


   104







bfictorie

0:8cdad1c73e8e


   105

    /* Function: scanf





bfictorie

0:8cdad1c73e8e


   106

     *  Read a formated string 





bfictorie

0:8cdad1c73e8e


   107

     *





bfictorie

0:8cdad1c73e8e


   108

     * Variables:





bfictorie

0:8cdad1c73e8e


   109

     *  format - A scanf-style format string,





bfictorie

0:8cdad1c73e8e


   110

     *      followed by the pointers to variables to store the results. 





bfictorie

0:8cdad1c73e8e


   111

     */





bfictorie

0:8cdad1c73e8e


   112

    int scanf(const char* format, ...);





bfictorie

0:8cdad1c73e8e


   113

         





bfictorie

0:8cdad1c73e8e


   114

#endif





bfictorie

0:8cdad1c73e8e


   115

               





bfictorie

0:8cdad1c73e8e


   116

    /* Function: readable





bfictorie

0:8cdad1c73e8e


   117

     *  Determine if there is a character available to read





bfictorie

0:8cdad1c73e8e


   118

     *





bfictorie

0:8cdad1c73e8e


   119

     * Variables:





bfictorie

0:8cdad1c73e8e


   120

     *  returns - 1 if there is a character available to read, else 0





bfictorie

0:8cdad1c73e8e


   121

     */





bfictorie

0:8cdad1c73e8e


   122

    int readable();





bfictorie

0:8cdad1c73e8e


   123







bfictorie

0:8cdad1c73e8e


   124

    /* Function: writeable





bfictorie

0:8cdad1c73e8e


   125

     *  Determine if there is space available to write a character





bfictorie

0:8cdad1c73e8e


   126

     * 





bfictorie

0:8cdad1c73e8e


   127

     * Variables:





bfictorie

0:8cdad1c73e8e


   128

     *  returns - 1 if there is space to write a character, else 0





bfictorie

0:8cdad1c73e8e


   129

     */





bfictorie

0:8cdad1c73e8e


   130

    int writeable();    





bfictorie

0:8cdad1c73e8e


   131







bfictorie

0:8cdad1c73e8e


   132

#ifdef MBED_RPC





bfictorie

0:8cdad1c73e8e


   133

    virtual const struct rpc_method *get_rpc_methods();





bfictorie

0:8cdad1c73e8e


   134

    static struct rpc_class *get_rpc_class();





bfictorie

0:8cdad1c73e8e


   135

#endif





bfictorie

0:8cdad1c73e8e


   136

    





bfictorie

0:8cdad1c73e8e


   137

protected:





bfictorie

0:8cdad1c73e8e


   138







bfictorie

0:8cdad1c73e8e


   139

    virtual int _getc();    





bfictorie

0:8cdad1c73e8e


   140

    virtual int _putc(int c);





bfictorie

0:8cdad1c73e8e


   141

    





bfictorie

0:8cdad1c73e8e


   142

    void onReadable();





bfictorie

0:8cdad1c73e8e


   143

    void onWriteable();





bfictorie

0:8cdad1c73e8e


   144

    





bfictorie

0:8cdad1c73e8e


   145

    void onEpInTransfer();





bfictorie

0:8cdad1c73e8e


   146

    void onEpOutTransfer();





bfictorie

0:8cdad1c73e8e


   147

    





bfictorie

0:8cdad1c73e8e


   148

private:





bfictorie

0:8cdad1c73e8e


   149







bfictorie

0:8cdad1c73e8e


   150

    UsbEndpoint m_epIn;





bfictorie

0:8cdad1c73e8e


   151

    UsbEndpoint m_epOut;





bfictorie

0:8cdad1c73e8e


   152

    





bfictorie

0:8cdad1c73e8e


   153

    CDummy* m_pInCbItem;





bfictorie

0:8cdad1c73e8e


   154

    void (CDummy::*m_pInCbMeth)();





bfictorie

0:8cdad1c73e8e


   155







bfictorie

0:8cdad1c73e8e


   156

    CDummy* m_pOutCbItem;





bfictorie

0:8cdad1c73e8e


   157

    void (CDummy::*m_pOutCbMeth)();





bfictorie

0:8cdad1c73e8e


   158







bfictorie

0:8cdad1c73e8e


   159

    void startTx();





bfictorie

0:8cdad1c73e8e


   160

    void startRx();





bfictorie

0:8cdad1c73e8e


   161

    





bfictorie

0:8cdad1c73e8e


   162

    Timeout m_txTimeout;





bfictorie

0:8cdad1c73e8e


   163

    volatile bool m_timeout;





bfictorie

0:8cdad1c73e8e


   164







bfictorie

0:8cdad1c73e8e


   165

    volatile char* m_inBufEven;    





bfictorie

0:8cdad1c73e8e


   166

    volatile char* m_inBufOdd;





bfictorie

0:8cdad1c73e8e


   167

    volatile char* m_inBufUsr;





bfictorie

0:8cdad1c73e8e


   168

    volatile char* m_inBufTrmt;





bfictorie

0:8cdad1c73e8e


   169

    





bfictorie

0:8cdad1c73e8e


   170

    volatile char* m_outBufEven;





bfictorie

0:8cdad1c73e8e


   171

    volatile char* m_outBufOdd;





bfictorie

0:8cdad1c73e8e


   172

    volatile char* m_outBufUsr;





bfictorie

0:8cdad1c73e8e


   173

    volatile char* m_outBufTrmt;





bfictorie

0:8cdad1c73e8e


   174

    





bfictorie

0:8cdad1c73e8e


   175

    volatile int m_inBufLen;





bfictorie

0:8cdad1c73e8e


   176

    volatile int m_outBufLen;





bfictorie

0:8cdad1c73e8e


   177

    





bfictorie

0:8cdad1c73e8e


   178

    volatile char* m_pInBufPos;





bfictorie

0:8cdad1c73e8e


   179

    volatile char* m_pOutBufPos;





bfictorie

0:8cdad1c73e8e


   180

    





bfictorie

0:8cdad1c73e8e


   181

    





bfictorie

0:8cdad1c73e8e


   182

    





bfictorie

0:8cdad1c73e8e


   183

};





bfictorie

0:8cdad1c73e8e


   184







bfictorie

0:8cdad1c73e8e


   185

}





bfictorie

0:8cdad1c73e8e


   186







bfictorie

0:8cdad1c73e8e


   187







bfictorie

0:8cdad1c73e8e


   188







bfictorie

0:8cdad1c73e8e


   189

#endif