Changeset edba2b6f in mainline


Ignore:
Timestamp:
2010-09-26T13:03:18Z (14 years ago)
Author:
Jakub Jermar <jakub@…>
Branches:
lfn, master, serial, ticket/834-toolchain-update, topic/msim-upgrade, topic/simplify-dev-export
Children:
0402bda5
Parents:
7390870
Message:

Fix cstyle for measured strings.

Location:
uspace/lib/c
Files:
2 edited

Legend:

Unmodified
Added
Removed

  • uspace/lib/c/generic/adt/measured_strings.c

    r7390870 redba2b6f  
    3232
    3333/** @file
    34  *  Character string with measured length implementation.
    35  *  @see measured_strings.h
     34 * Character string with measured length implementation.
     35 * @see measured_strings.h
    3636 */
    3737
    … …  
    4444#include <async.h>
    4545
    46 
    47 measured_string_ref measured_string_create_bulk(const char * string, size_t length){
     46/** Creates a new measured string bundled with a copy of the given string
     47 * itself as one memory block.
     48 *
     49 * If the measured string is being freed, whole memory block is freed.
     50 * The measured string should be used only as a constant.
     51 *
     52 * @param[in] string    The initial character string to be stored.
     53 * @param[in] length    The length of the given string without the terminating
     54 *                      zero ('/0') character. If the length is zero (0), the
     55 *                      actual length is computed. The given length is used and
     56 *                      appended with the terminating zero ('\\0') character
     57 *                      otherwise.
     58 * @returns             The new bundled character string with measured length.
     59 * @returns             NULL if there is not enough memory left.
     60 */
     61measured_string_ref
     62measured_string_create_bulk(const char * string, size_t length)
     63{
    4864        measured_string_ref new;
    4965
    50         if(length == 0){
    51                 while(string[length]){
    52                         ++ length;
    53                 }
    54         }
    55         new = (measured_string_ref) malloc(sizeof(measured_string_t) + (sizeof(char) * (length + 1)));
    56         if(! new){
     66        if (length == 0) {
     67                while (string[length])
     68                        ++length;
     69        }
     70        new = (measured_string_ref) malloc(sizeof(measured_string_t) +
     71            (sizeof(char) * (length + 1)));
     72        if (!new)
    5773                return NULL;
    58         }
     74
    5975        new->length = length;
    6076        new->value = ((char *) new) + sizeof(measured_string_t);
    … …  
    6278        memcpy(new->value, string, new->length);
    6379        new->value[new->length] = '\0';
     80
    6481        return new;
    6582}
    6683
    67 measured_string_ref measured_string_copy(measured_string_ref source){
     84/** Copies the given measured string with separated header and data parts.
     85 *
     86 * @param[in] source    The source measured string to be copied.
     87 * @returns             The copy of the given measured string.
     88 * @returns             NULL if the source parameter is NULL.
     89 * @returns             NULL if there is not enough memory left.
     90 */
     91measured_string_ref measured_string_copy(measured_string_ref source)
     92{
    6893        measured_string_ref new;
    6994
    70         if(! source){
     95        if (!source)
    7196                return NULL;
    72         }
     97
    7398        new = (measured_string_ref) malloc(sizeof(measured_string_t));
    74         if(new){
     99        if (new) {
    75100                new->value = (char *) malloc(source->length + 1);
    76                 if(new->value){
     101                if (new->value) {
    77102                        new->length = source->length;
    78103                        memcpy(new->value, source->value, new->length);
    79104                        new->value[new->length] = '\0';
    80105                        return new;
    81                 }else{
     106                } else {
    82107                        free(new);
    83108                }
    84109        }
     110
    85111        return NULL;
    86112}
    87113
    88 int measured_strings_receive(measured_string_ref * strings, char ** data, size_t count){
     114/** Receives a measured strings array from a calling module.
     115 *
     116 * Creates the array and the data memory blocks.
     117 * This method should be used only while processing IPC messages as the array
     118 * size has to be negotiated in advance.
     119 *
     120 *  @param[out] strings The received measured strings array.
     121 *  @param[out] data    The measured strings data. This memory block stores the
     122 *                      actual character strings.
     123 *  @param[in] count    The size of the measured strings array.
     124 *  @returns            EOK on success.
     125 *  @returns            EINVAL if the strings or data parameter is NULL.
     126 *  @returns            EINVAL if the count parameter is zero (0).
     127 *  @returns            EINVAL if the sent array differs in size.
     128 *  @returns            EINVAL if there is inconsistency in sent measured
     129 *                      strings' lengths (should not occur).
     130 *  @returns            ENOMEM if there is not enough memory left.
     131 *  @returns            Other error codes as defined for the
     132 *                      async_data_write_finalize() function.
     133 */
     134int
     135measured_strings_receive(measured_string_ref *strings, char **data,
     136    size_t count)
     137{
    89138        ERROR_DECLARE;
    90139
    91         size_t * lengths;
     140        size_t *lengths;
    92141        size_t index;
    93142        size_t length;
    94         char * next;
     143        char *next;
    95144        ipc_callid_t callid;
    96145
    97         if((! strings) || (! data) || (count <= 0)){
    98                 return EINVAL;
    99         }
     146        if ((!strings) || (!data) || (count <= 0))
     147                return EINVAL;
     148
    100149        lengths = (size_t *) malloc(sizeof(size_t) * (count + 1));
    101         if(! lengths){
    102                 return ENOMEM;
    103         }
    104         if((! async_data_write_receive(&callid, &length))
    105                 || (length != sizeof(size_t) * (count + 1))){
    106                 free(lengths);
    107                 return EINVAL;
    108         }
    109         if(ERROR_OCCURRED(async_data_write_finalize(callid, lengths, sizeof(size_t) * (count + 1)))){
     150        if (!lengths)
     151                return ENOMEM;
     152
     153        if ((!async_data_write_receive(&callid, &length)) ||
     154            (length != sizeof(size_t) * (count + 1))) {
     155                free(lengths);
     156                return EINVAL;
     157        }
     158        if(ERROR_OCCURRED(async_data_write_finalize(callid, lengths,
     159            sizeof(size_t) * (count + 1)))) {
    110160                free(lengths);
    111161                return ERROR_CODE;
    112162        }
    113163        *data = malloc(lengths[count]);
    114         if(!(*data)){
     164        if (!(*data)) {
    115165                return ENOMEM;
    116166        }
    117167        (*data)[lengths[count] - 1] = '\0';
    118         *strings = (measured_string_ref) malloc(sizeof(measured_string_t) * count);
    119         if(!(*strings)){
     168
     169        *strings = (measured_string_ref) malloc(sizeof(measured_string_t) *
     170            count);
     171        if (!(*strings)) {
    120172                free(lengths);
    121173                free(*data);
    122174                return ENOMEM;
    123175        }
    124         next = * data;
    125         for(index = 0; index < count; ++ index){
     176
     177        next = *data;
     178        for (index = 0; index < count; ++index) {
    126179                (*strings)[index].length = lengths[index];
    127                 if(lengths[index] > 0){
    128                         if((! async_data_write_receive(&callid, &length))
    129                                 || (length != lengths[index])){
     180                if (lengths[index] > 0) {
     181                        if ((!async_data_write_receive(&callid, &length)) ||
     182                            (length != lengths[index])) {
    130183                                free(*data);
    131184                                free(*strings);
    … …  
    133186                                return EINVAL;
    134187                        }
    135                         ERROR_PROPAGATE(async_data_write_finalize(callid, next, lengths[index]));
     188                        ERROR_PROPAGATE(async_data_write_finalize(callid, next,
     189                            lengths[index]));
     190                        (*strings)[index].value = next;
     191                        next += lengths[index];
     192                        *next = '\0';
     193                        ++next;
     194                } else {
     195                        (*strings)[index].value = NULL;
     196                }
     197        }
     198
     199        free(lengths);
     200        return EOK;
     201}
     202
     203/** Computes the lengths of the measured strings in the given array.
     204 *
     205 * @param[in] strings   The measured strings array to be processed.
     206 * @param[in] count     The measured strings array size.
     207 * @returns             The computed sizes array.
     208 * @returns             NULL if there is not enough memory left.
     209 */
     210static size_t *prepare_lengths(const measured_string_ref strings, size_t count)
     211{
     212        size_t *lengths;
     213        size_t index;
     214        size_t length;
     215
     216        lengths = (size_t *) malloc(sizeof(size_t) * (count + 1));
     217        if (!lengths)
     218                return NULL;
     219
     220        length = 0;
     221        for (index = 0; index < count; ++ index) {
     222                lengths[index] = strings[index].length;
     223                length += lengths[index] + 1;
     224        }
     225        lengths[count] = length;
     226        return lengths;
     227}
     228
     229/** Replies the given measured strings array to a calling module.
     230 *
     231 * This method should be used only while processing IPC messages as the array
     232 * size has to be negotiated in advance.
     233 *
     234 * @param[in] strings   The measured strings array to be transferred.
     235 * @param[in] count     The measured strings array size.
     236 * @returns             EOK on success.
     237 * @returns             EINVAL if the strings parameter is NULL.
     238 * @returns             EINVAL if the count parameter is zero (0).
     239 * @returns             EINVAL if the calling module does not accept the given
     240 *                      array size.
     241 * @returns             EINVAL if there is inconsistency in sent measured
     242 *                      strings' lengths (should not occur).
     243 * @returns             Other error codes as defined for the
     244 *                      async_data_read_finalize() function.
     245 */
     246int measured_strings_reply(const measured_string_ref strings, size_t count)
     247{
     248        ERROR_DECLARE;
     249
     250        size_t *lengths;
     251        size_t index;
     252        size_t length;
     253        ipc_callid_t callid;
     254
     255        if ((!strings) || (count <= 0))
     256                return EINVAL;
     257
     258        lengths = prepare_lengths(strings, count);
     259        if (!lengths)
     260                return ENOMEM;
     261
     262        if ((!async_data_read_receive(&callid, &length)) ||
     263            (length != sizeof(size_t) * (count + 1))) {
     264                free(lengths);
     265                return EINVAL;
     266        }
     267        if (ERROR_OCCURRED(async_data_read_finalize(callid, lengths,
     268            sizeof(size_t) * (count + 1)))) {
     269                free(lengths);
     270                return ERROR_CODE;
     271        }
     272        free(lengths);
     273
     274        for (index = 0; index < count; ++ index) {
     275                if (strings[index].length > 0) {
     276                        if((!async_data_read_receive(&callid, &length)) ||
     277                            (length != strings[index].length)) {
     278                                return EINVAL;
     279                        }
     280                        ERROR_PROPAGATE(async_data_read_finalize(callid,
     281                            strings[index].value, strings[index].length));
     282                }
     283        }
     284
     285        return EOK;
     286}
     287
     288/** Receives a measured strings array from another module.
     289 *
     290 * Creates the array and the data memory blocks.
     291 * This method should be used only following other IPC messages as the array
     292 * size has to be negotiated in advance.
     293 *
     294 * @param[in] phone     The other module phone.
     295 * @param[out] strings  The returned measured strings array.
     296 * @param[out] data     The measured strings data. This memory block stores the
     297 *                      actual character strings.
     298 * @param[in] count     The size of the measured strings array.
     299 * @returns             EOK on success.
     300 * @returns             EINVAL if the strings or data parameter is NULL.
     301 * @returns             EINVAL if the phone or count parameter is not positive.
     302 * @returns             EINVAL if the sent array differs in size.
     303 * @returns             ENOMEM if there is not enough memory left.
     304 * @returns             Other error codes as defined for the
     305 *                      async_data_read_start() function.
     306 */
     307int
     308measured_strings_return(int phone, measured_string_ref *strings, char **data,
     309    size_t count)
     310{
     311        ERROR_DECLARE;
     312
     313        size_t *lengths;
     314        size_t index;
     315        char *next;
     316
     317        if ((phone <= 0) || (!strings) || (!data) || (count <= 0))
     318                return EINVAL;
     319
     320        lengths = (size_t *) malloc(sizeof(size_t) * (count + 1));
     321        if (!lengths)
     322                return ENOMEM;
     323
     324        if (ERROR_OCCURRED(async_data_read_start(phone, lengths,
     325            sizeof(size_t) * (count + 1)))) {
     326                free(lengths);
     327                return ERROR_CODE;
     328        }
     329
     330        *data = malloc(lengths[count]);
     331        if (!(*data)) {
     332                return ENOMEM;
     333        }
     334
     335        *strings = (measured_string_ref) malloc(sizeof(measured_string_t) *
     336            count);
     337        if (!(*strings)) {
     338                free(lengths);
     339                free(*data);
     340                return ENOMEM;
     341        }
     342
     343        next = *data;
     344        for (index = 0; index < count; ++ index) {
     345                (*strings)[index].length = lengths[index];
     346                if (lengths[index] > 0) {
     347                        ERROR_PROPAGATE(async_data_read_start(phone, next,
     348                            lengths[index]));
    136349                        (*strings)[index].value = next;
    137350                        next += lengths[index];
    138351                        *next = '\0';
    139352                        ++ next;
    140                 }else{
     353                } else {
    141354                        (*strings)[index].value = NULL;
    142355                }
    143356        }
     357
    144358        free(lengths);
    145359        return EOK;
    146360}
    147361
    148 /** Computes the lengths of the measured strings in the given array.
    149  *  @param[in] strings The measured strings array to be processed.
    150  *  @param[in] count The measured strings array size.
    151  *  @returns The computed sizes array.
    152  *  @returns NULL if there is not enough memory left.
    153  */
    154 static size_t * prepare_lengths(const measured_string_ref strings, size_t count){
    155         size_t * lengths;
     362/** Sends the given measured strings array to another module.
     363 *
     364 * This method should be used only following other IPC messages as the array
     365 * size has to be negotiated in advance.
     366 *
     367 * @param[in] phone     The other module phone.
     368 * @param[in] strings   The measured strings array to be transferred.
     369 * @param[in] count     The measured strings array size.
     370 * @returns             EOK on success.
     371 * @returns             EINVAL if the strings parameter is NULL.
     372 * @returns             EINVAL if the phone or count parameter is not positive.
     373 * @returns             Other error codes as defined for the
     374 *                      async_data_write_start() function.
     375 */
     376int
     377measured_strings_send(int phone, const measured_string_ref strings,
     378    size_t count)
     379{
     380        ERROR_DECLARE;
     381
     382        size_t *lengths;
    156383        size_t index;
    157         size_t length;
    158 
    159         lengths = (size_t *) malloc(sizeof(size_t) * (count + 1));
    160         if(! lengths){
    161                 return NULL;
    162         }
    163         length = 0;
    164         for(index = 0; index < count; ++ index){
    165                 lengths[index] = strings[index].length;
    166                 length += lengths[index] + 1;
    167         }
    168         lengths[count] = length;
    169         return lengths;
    170 }
    171 
    172 int measured_strings_reply(const measured_string_ref strings, size_t count){
    173         ERROR_DECLARE;
    174 
    175         size_t * lengths;
    176         size_t index;
    177         size_t length;
    178         ipc_callid_t callid;
    179 
    180         if((! strings) || (count <= 0)){
    181                 return EINVAL;
    182         }
     384
     385        if ((phone <= 0) || (!strings) || (count <= 0))
     386                return EINVAL;
     387
    183388        lengths = prepare_lengths(strings, count);
    184         if(! lengths){
    185                 return ENOMEM;
    186         }
    187         if((! async_data_read_receive(&callid, &length))
    188                 || (length != sizeof(size_t) * (count + 1))){
    189                 free(lengths);
    190                 return EINVAL;
    191         }
    192         if(ERROR_OCCURRED(async_data_read_finalize(callid, lengths, sizeof(size_t) * (count + 1)))){
     389        if (!lengths)
     390                return ENOMEM;
     391
     392        if (ERROR_OCCURRED(async_data_write_start(phone, lengths,
     393            sizeof(size_t) * (count + 1)))) {
    193394                free(lengths);
    194395                return ERROR_CODE;
    195396        }
     397
    196398        free(lengths);
    197         for(index = 0; index < count; ++ index){
    198                 if(strings[index].length > 0){
    199                         if((! async_data_read_receive(&callid, &length))
    200                                 || (length != strings[index].length)){
    201                                 return EINVAL;
    202                         }
    203                         ERROR_PROPAGATE(async_data_read_finalize(callid, strings[index].value, strings[index].length));
     399
     400        for (index = 0; index < count; ++index) {
     401                if (strings[index].length > 0) {
     402                        ERROR_PROPAGATE(async_data_write_start(phone,
     403                            strings[index].value, strings[index].length));
    204404                }
    205405        }
     406
    206407        return EOK;
    207408}
    208409
    209 int measured_strings_return(int phone, measured_string_ref * strings, char ** data, size_t count){
    210         ERROR_DECLARE;
    211 
    212         size_t * lengths;
    213         size_t index;
    214         char * next;
    215 
    216         if((phone <= 0) || (! strings) || (! data) || (count <= 0)){
    217                 return EINVAL;
    218         }
    219         lengths = (size_t *) malloc(sizeof(size_t) * (count + 1));
    220         if(! lengths){
    221                 return ENOMEM;
    222         }
    223         if(ERROR_OCCURRED(async_data_read_start(phone, lengths, sizeof(size_t) * (count + 1)))){
    224                 free(lengths);
    225                 return ERROR_CODE;
    226         }
    227         *data = malloc(lengths[count]);
    228         if(!(*data)){
    229                 return ENOMEM;
    230         }
    231         *strings = (measured_string_ref) malloc(sizeof(measured_string_t) * count);
    232         if(!(*strings)){
    233                 free(lengths);
    234                 free(*data);
    235                 return ENOMEM;
    236         }
    237         next = * data;
    238         for(index = 0; index < count; ++ index){
    239                 (*strings)[index].length = lengths[index];
    240                 if(lengths[index] > 0){
    241                         ERROR_PROPAGATE(async_data_read_start(phone, next, lengths[index]));
    242                         (*strings)[index].value = next;
    243                         next += lengths[index];
    244                         *next = '\0';
    245                         ++ next;
    246                 }else{
    247                         (*strings)[index].value = NULL;
    248                 }
    249         }
    250         free(lengths);
    251         return EOK;
    252 }
    253 
    254 int measured_strings_send(int phone, const measured_string_ref strings, size_t count){
    255         ERROR_DECLARE;
    256 
    257         size_t * lengths;
    258         size_t index;
    259 
    260         if((phone <= 0) || (! strings) || (count <= 0)){
    261                 return EINVAL;
    262         }
    263         lengths = prepare_lengths(strings, count);
    264         if(! lengths){
    265                 return ENOMEM;
    266         }
    267         if(ERROR_OCCURRED(async_data_write_start(phone, lengths, sizeof(size_t) * (count + 1)))){
    268                 free(lengths);
    269                 return ERROR_CODE;
    270         }
    271         free(lengths);
    272         for(index = 0; index < count; ++ index){
    273                 if(strings[index].length > 0){
    274                         ERROR_PROPAGATE(async_data_write_start(phone, strings[index].value, strings[index].length));
    275                 }
    276         }
    277         return EOK;
    278 }
    279 
    280410/** @}
    281411 */

  • uspace/lib/c/include/adt/measured_strings.h

    r7390870 redba2b6f  
    2727 */
    2828
    29 /** @addtogroup net
     29/** @addtogroup libc
    3030 *  @{
    3131 */
    3232
    3333/** @file
    34  *  Character string with measured length.
    35  *  The structure has been designed for serialization of character strings between modules.
     34 * Character string with measured length.
     35 * The structure has been designed for serialization of character strings
     36 * between modules.
    3637 */
    3738
    … …  
    4445 *  @see measured_string
    4546 */
    46 typedef struct measured_string  measured_string_t;
     47typedef struct measured_string measured_string_t;
    4748
    4849/** Type definition of the character string with measured length pointer.
    4950 *  @see measured_string
    5051 */
    51 typedef measured_string_t *             measured_string_ref;
     52typedef measured_string_t *measured_string_ref;
    5253
    5354/** Character string with measured length.
    54  *  This structure has been designed for serialization of character strings between modules.
     55 *
     56 * This structure has been designed for serialization of character strings
     57 * between modules.
    5558 */
    56 struct  measured_string{
    57         /** Character string data.
    58          */
     59struct measured_string {
     60        /** Character string data. */
    5961        char * value;
    60         /** Character string length.
    61          */
     62        /** Character string length. */
    6263        size_t length;
    6364};
    6465
    65 /** Creates a&nbsp;new measured string bundled with a&nbsp;copy of the given string itself as one memory block.
    66  *  If the measured string is being freed, whole memory block is freed.
    67  *  The measured string should be used only as a&nbsp;constant.
    68  *  @param[in] string The initial character string to be stored.
    69  *  @param[in] length The length of the given string without the terminating zero ('/0') character. If the length is zero (0), the actual length is computed. The given length is used and appended with the terminating zero ('\\0') character otherwise.
    70  *  @returns The new bundled character string with measured length.
    71  *  @returns NULL if there is not enough memory left.
    72  */
    73 extern measured_string_ref measured_string_create_bulk(const char * string, size_t length);
    74 
    75 /** Copies the given measured string with separated header and data parts.
    76  *  @param[in] source The source measured string to be copied.
    77  *  @returns The copy of the given measured string.
    78  *  @returns NULL if the source parameter is NULL.
    79  *  @returns NULL if there is not enough memory left.
    80  */
    81 extern measured_string_ref measured_string_copy(measured_string_ref source);
    82 
    83 /** Receives a&nbsp;measured strings array from a&nbsp;calling module.
    84  *  Creates the array and the data memory blocks.
    85  *  This method should be used only while processing IPC messages as the array size has to be negotiated in advance.
    86  *  @param[out] strings The received measured strings array.
    87  *  @param[out] data The measured strings data. This memory block stores the actual character strings.
    88  *  @param[in] count The size of the measured strings array.
    89  *  @returns EOK on success.
    90  *  @returns EINVAL if the strings or data parameter is NULL.
    91  *  @returns EINVAL if the count parameter is zero (0).
    92  *  @returns EINVAL if the sent array differs in size.
    93  *  @returns EINVAL if there is inconsistency in sent measured strings' lengths (should not occur).
    94  *  @returns ENOMEM if there is not enough memory left.
    95  *  @returns Other error codes as defined for the async_data_write_finalize() function.
    96  */
    97 extern int measured_strings_receive(measured_string_ref * strings, char ** data, size_t count);
    98 
    99 /** Replies the given measured strings array to a&nbsp;calling module.
    100  *  This method should be used only while processing IPC messages as the array size has to be negotiated in advance.
    101  *  @param[in] strings The measured strings array to be transferred.
    102  *  @param[in] count The measured strings array size.
    103  *  @returns EOK on success.
    104  *  @returns EINVAL if the strings parameter is NULL.
    105  *  @returns EINVAL if the count parameter is zero (0).
    106  *  @returns EINVAL if the calling module does not accept the given array size.
    107  *  @returns EINVAL if there is inconsistency in sent measured strings' lengths (should not occur).
    108  *  @returns Other error codes as defined for the async_data_read_finalize() function.
    109  */
    110 extern int measured_strings_reply(const measured_string_ref strings, size_t count);
    111 
    112 /** Receives a&nbsp;measured strings array from another module.
    113  *  Creates the array and the data memory blocks.
    114  *  This method should be used only following other IPC messages as the array size has to be negotiated in advance.
    115  *  @param[in] phone The other module phone.
    116  *  @param[out] strings The returned measured strings array.
    117  *  @param[out] data The measured strings data. This memory block stores the actual character strings.
    118  *  @param[in] count The size of the measured strings array.
    119  *  @returns EOK on success.
    120  *  @returns EINVAL if the strings or data parameter is NULL.
    121  *  @returns EINVAL if the phone or count parameter is not positive (<=0).
    122  *  @returns EINVAL if the sent array differs in size.
    123  *  @returns ENOMEM if there is not enough memory left.
    124  *  @returns Other error codes as defined for the async_data_read_start() function.
    125  */
    126 extern int measured_strings_return(int phone, measured_string_ref * strings, char ** data, size_t count);
    127 
    128 /** Sends the given measured strings array to another module.
    129  *  This method should be used only following other IPC messages as the array size has to be negotiated in advance.
    130  *  @param[in] phone The other module phone.
    131  *  @param[in] strings The measured strings array to be transferred.
    132  *  @param[in] count The measured strings array size.
    133  *  @returns EOK on success.
    134  *  @returns EINVAL if the strings parameter is NULL.
    135  *  @returns EINVAL if the phone or count parameter is not positive (<=0).
    136  *  @returns Other error codes as defined for the async_data_write_start() function.
    137  */
    138 extern int measured_strings_send(int phone, const measured_string_ref strings, size_t count);
     66extern measured_string_ref measured_string_create_bulk(const char *, size_t);
     67extern measured_string_ref measured_string_copy(measured_string_ref);
     68extern int measured_strings_receive(measured_string_ref *, char **, size_t);
     69extern int measured_strings_reply(const measured_string_ref, size_t);
     70extern int measured_strings_return(int, measured_string_ref *, char **, size_t);
     71extern int measured_strings_send(int, const measured_string_ref, size_t);
    13972
    14073#endif
    … …  
    14275/** @}
    14376 */
    144 
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