davide carboni / Mbed 2 deprecated pymite_http_get

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

src/vm/int.h@0:14e5e829dffe, 2010-07-21 (annotated)

Committer:
dadaista
Date:
Wed Jul 21 12:50:41 2010 +0000
Revision:
0:14e5e829dffe

        

        
Who changed what in which revision?

        

            
                
UserRevisionLine numberNew contents of line

            
            


dadaista

0:14e5e829dffe


     1

/*





dadaista

0:14e5e829dffe


     2

# This file is Copyright 2003, 2006, 2007, 2009 Dean Hall.





dadaista

0:14e5e829dffe


     3

#





dadaista

0:14e5e829dffe


     4

# This file is part of the PyMite VM.





dadaista

0:14e5e829dffe


     5

# The PyMite VM is free software: you can redistribute it and/or modify





dadaista

0:14e5e829dffe


     6

# it under the terms of the GNU GENERAL PUBLIC LICENSE Version 2.





dadaista

0:14e5e829dffe


     7

#





dadaista

0:14e5e829dffe


     8

# The PyMite VM is distributed in the hope that it will be useful,





dadaista

0:14e5e829dffe


     9

# but WITHOUT ANY WARRANTY; without even the implied warranty of





dadaista

0:14e5e829dffe


    10

# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.





dadaista

0:14e5e829dffe


    11

# A copy of the GNU GENERAL PUBLIC LICENSE Version 2





dadaista

0:14e5e829dffe


    12

# is seen in the file COPYING in this directory.





dadaista

0:14e5e829dffe


    13

*/





dadaista

0:14e5e829dffe


    14







dadaista

0:14e5e829dffe


    15







dadaista

0:14e5e829dffe


    16

#ifndef __INT_H__





dadaista

0:14e5e829dffe


    17

#define __INT_H__





dadaista

0:14e5e829dffe


    18







dadaista

0:14e5e829dffe


    19







dadaista

0:14e5e829dffe


    20

/**





dadaista

0:14e5e829dffe


    21

 * \file





dadaista

0:14e5e829dffe


    22

 * \brief Integer Object Type





dadaista

0:14e5e829dffe


    23

 *





dadaista

0:14e5e829dffe


    24

 * Integer object type header.





dadaista

0:14e5e829dffe


    25

 */





dadaista

0:14e5e829dffe


    26







dadaista

0:14e5e829dffe


    27

/**





dadaista

0:14e5e829dffe


    28

 * Integer obj





dadaista

0:14e5e829dffe


    29

 *





dadaista

0:14e5e829dffe


    30

 * 32b signed integer





dadaista

0:14e5e829dffe


    31

 */





dadaista

0:14e5e829dffe


    32

typedef struct PmInt_s





dadaista

0:14e5e829dffe


    33

{





dadaista

0:14e5e829dffe


    34

    /** Object descriptor */





dadaista

0:14e5e829dffe


    35

    PmObjDesc_t od;





dadaista

0:14e5e829dffe


    36







dadaista

0:14e5e829dffe


    37

    /** Integer value */





dadaista

0:14e5e829dffe


    38

    int32_t val;





dadaista

0:14e5e829dffe


    39

} PmInt_t,





dadaista

0:14e5e829dffe


    40

 *pPmInt_t;





dadaista

0:14e5e829dffe


    41







dadaista

0:14e5e829dffe


    42







dadaista

0:14e5e829dffe


    43

/**





dadaista

0:14e5e829dffe


    44

 * Creates a duplicate Integer object





dadaista

0:14e5e829dffe


    45

 *





dadaista

0:14e5e829dffe


    46

 * Created specifically for the index value in FOR_LOOP.





dadaista

0:14e5e829dffe


    47

 *





dadaista

0:14e5e829dffe


    48

 * @param   pint Pointer to int obj to duplicate.





dadaista

0:14e5e829dffe


    49

 * @param   r_pint Return by ref, ptr to new int





dadaista

0:14e5e829dffe


    50

 * @return  Return status





dadaista

0:14e5e829dffe


    51

 */





dadaista

0:14e5e829dffe


    52

PmReturn_t int_dup(pPmObj_t pint, pPmObj_t *r_pint);





dadaista

0:14e5e829dffe


    53







dadaista

0:14e5e829dffe


    54

/**





dadaista

0:14e5e829dffe


    55

 * Creates a new Integer object





dadaista

0:14e5e829dffe


    56

 *





dadaista

0:14e5e829dffe


    57

 * @param   val Value to assign int (signed 32-bit).





dadaista

0:14e5e829dffe


    58

 * @param   r_pint Return by ref, ptr to new int





dadaista

0:14e5e829dffe


    59

 * @return  Return status





dadaista

0:14e5e829dffe


    60

 */





dadaista

0:14e5e829dffe


    61

PmReturn_t int_new(int32_t val, pPmObj_t *r_pint);





dadaista

0:14e5e829dffe


    62







dadaista

0:14e5e829dffe


    63

/**





dadaista

0:14e5e829dffe


    64

 * Implements the UNARY_POSITIVE bcode.





dadaista

0:14e5e829dffe


    65

 *





dadaista

0:14e5e829dffe


    66

 * Creates a new int with the same value as the given int.





dadaista

0:14e5e829dffe


    67

 *





dadaista

0:14e5e829dffe


    68

 * @param   pobj Pointer to integer object





dadaista

0:14e5e829dffe


    69

 * @param   r_pint Return by reference, ptr to int





dadaista

0:14e5e829dffe


    70

 * @return  Return status





dadaista

0:14e5e829dffe


    71

 */





dadaista

0:14e5e829dffe


    72

PmReturn_t int_positive(pPmObj_t pobj, pPmObj_t *r_pint);





dadaista

0:14e5e829dffe


    73







dadaista

0:14e5e829dffe


    74

/**





dadaista

0:14e5e829dffe


    75

 * Implements the UNARY_NEGATIVE bcode.





dadaista

0:14e5e829dffe


    76

 *





dadaista

0:14e5e829dffe


    77

 * Creates a new int with a value that is the negative of the given int.





dadaista

0:14e5e829dffe


    78

 *





dadaista

0:14e5e829dffe


    79

 * @param   pobj Pointer to target object





dadaista

0:14e5e829dffe


    80

 * @param   r_pint Return by ref, ptr to int





dadaista

0:14e5e829dffe


    81

 * @return  Return status





dadaista

0:14e5e829dffe


    82

 */





dadaista

0:14e5e829dffe


    83

PmReturn_t int_negative(pPmObj_t pobj, pPmObj_t *r_pint);





dadaista

0:14e5e829dffe


    84







dadaista

0:14e5e829dffe


    85

/**





dadaista

0:14e5e829dffe


    86

 * Implements the UNARY_INVERT bcode.





dadaista

0:14e5e829dffe


    87

 *





dadaista

0:14e5e829dffe


    88

 * Creates a new int with a value that is





dadaista

0:14e5e829dffe


    89

 * the bitwise inversion of the given int.





dadaista

0:14e5e829dffe


    90

 *





dadaista

0:14e5e829dffe


    91

 * @param   pobj Pointer to integer to invert





dadaista

0:14e5e829dffe


    92

 * @param   r_pint Return by reference; new integer





dadaista

0:14e5e829dffe


    93

 * @return  Return status





dadaista

0:14e5e829dffe


    94

 */





dadaista

0:14e5e829dffe


    95

PmReturn_t int_bitInvert(pPmObj_t pobj, pPmObj_t *r_pint);





dadaista

0:14e5e829dffe


    96







dadaista

0:14e5e829dffe


    97

#ifdef HAVE_PRINT





dadaista

0:14e5e829dffe


    98

/**





dadaista

0:14e5e829dffe


    99

 * Sends out an integer object in decimal notation with MSB first.





dadaista

0:14e5e829dffe


   100

 * The number is preceded with a "-" when necessary.





dadaista

0:14e5e829dffe


   101

 *





dadaista

0:14e5e829dffe


   102

 * @param pObj Ptr to int object





dadaista

0:14e5e829dffe


   103

 * @return Return status





dadaista

0:14e5e829dffe


   104

 */





dadaista

0:14e5e829dffe


   105

PmReturn_t int_print(pPmObj_t pint);





dadaista

0:14e5e829dffe


   106







dadaista

0:14e5e829dffe


   107

/**





dadaista

0:14e5e829dffe


   108

 * Prints the byte in ascii-coded hexadecimal out the platform output





dadaista

0:14e5e829dffe


   109

 *





dadaista

0:14e5e829dffe


   110

 * @param b Byte to print





dadaista

0:14e5e829dffe


   111

 */





dadaista

0:14e5e829dffe


   112

PmReturn_t int_printHexByte(uint8_t b);





dadaista

0:14e5e829dffe


   113







dadaista

0:14e5e829dffe


   114

/**





dadaista

0:14e5e829dffe


   115

 * Prints the integer in ascii-coded hexadecimal out the platform output





dadaista

0:14e5e829dffe


   116

 *





dadaista

0:14e5e829dffe


   117

 * @param n Integer to print





dadaista

0:14e5e829dffe


   118

 */





dadaista

0:14e5e829dffe


   119

PmReturn_t _int_printHex(intptr_t n);





dadaista

0:14e5e829dffe


   120







dadaista

0:14e5e829dffe


   121

/**





dadaista

0:14e5e829dffe


   122

 * Prints the Int object in ascii-coded hexadecimal out the platform output





dadaista

0:14e5e829dffe


   123

 *





dadaista

0:14e5e829dffe


   124

 * @param pint Pointer to Int object





dadaista

0:14e5e829dffe


   125

 */





dadaista

0:14e5e829dffe


   126

PmReturn_t int_printHex(pPmObj_t pint);





dadaista

0:14e5e829dffe


   127

#endif /* HAVE_PRINT */





dadaista

0:14e5e829dffe


   128







dadaista

0:14e5e829dffe


   129

/**





dadaista

0:14e5e829dffe


   130

 * Returns by reference an integer that is x raised to the power of y.





dadaista

0:14e5e829dffe


   131

 *





dadaista

0:14e5e829dffe


   132

 * @param px The integer base





dadaista

0:14e5e829dffe


   133

 * @param py The integer exponent





dadaista

0:14e5e829dffe


   134

 * @param r_pn Return by reference; New integer with value of x ** y





dadaista

0:14e5e829dffe


   135

 * @return Return status





dadaista

0:14e5e829dffe


   136

 */





dadaista

0:14e5e829dffe


   137

PmReturn_t int_pow(pPmObj_t px, pPmObj_t py, pPmObj_t *r_pn);





dadaista

0:14e5e829dffe


   138







dadaista

0:14e5e829dffe


   139

#endif /* __INT_H__ */