static STSStatus compute_signature(char* buffer, uint32_t bufferSize,
char* paramsArray[], const uint32_t paramsCount,
const char* accessKeySecret)
{
//////////////////////////////////////////////////////////////////////////
// sign
uint32_t canonLen = 0;
char canonicalizedQueryString[2048 * 3];
compose_canonicalized_query_string(canonicalizedQueryString, 2048 * 3, &canonLen,
paramsArray, paramsCount);
string_buffer(strToSign, 2048 * 3);
string_buffer_initialize(strToSign);
int fit;
string_buffer_append(strToSign, "POST&%2F&", 9, fit);
if (!fit) {
return STSStatusUriTooLong;
}
string_buffer(percentTwice, 2048 * 3);
string_buffer_initialize(percentTwice);
percentEncode(percentTwice, canonicalizedQueryString, canonLen);
string_buffer_append(strToSign, percentTwice, strlen(percentTwice), fit);
//fprintf(stdout, "strToSign(%lu): %s\n", strlen(strToSign), strToSign);
// Generate an HMAC-SHA-1 of the strToSign
size_t akSecretLen = strlen(accessKeySecret);
char newAccessKeySecret[akSecretLen + 1];
snprintf(newAccessKeySecret, akSecretLen+2, "%s&", accessKeySecret);
unsigned char hmac[20];
STS_HMAC_SHA1(hmac, (unsigned char *) newAccessKeySecret, strlen(newAccessKeySecret),
(unsigned char *) strToSign, strlen(strToSign));
// Now base-64 encode the results
char b64[((20 + 1) * 4) / 3];
int b64Len = base64Encode(hmac, 20, b64);
char b64Encoded[256];
if (!urlEncode(b64Encoded, b64, b64Len)) {
return STSStatusUriTooLong;
}
snprintf(buffer, strlen(b64Encoded)+1, "%s", b64Encoded);
return STSStatusOK;
}
static void direntry_get_path_inner (direntry_t *de, string_buffer_t *path)
{
direntry_t *parent;
if ((parent = direntry_get_parent(de)))
{
direntry_get_path_inner(parent, path);
direntry_delete(CALLER_INFO parent);
}
string_buffer_append(path, direntry_get_name(de));
string_buffer_append(path, strdup("/"));
}
char *
str_replace (const char *haystack, const char *needle, const char *replacement)
{
assert (haystack != NULL);
assert (needle != NULL);
assert (replacement != NULL);
string_buffer_t *sb = string_buffer_create ();
size_t haystack_len = strlen (haystack);
size_t needle_len = strlen (needle);
int pos = 0;
while (pos < haystack_len) {
if (needle_len > 0 && str_starts_with (&haystack[pos], needle)) {
string_buffer_append_string (sb, replacement);
pos += needle_len;
}
else {
string_buffer_append (sb, haystack[pos]);
pos++;
}
}
if (needle_len == 0 && haystack_len == 0)
string_buffer_append_string (sb, replacement);
char *res = string_buffer_to_string (sb);
string_buffer_destroy (sb);
return res;
}
static S3Status copyObjectXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
CopyObjectData *coData = (CopyObjectData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "CopyObjectResult/LastModified")) {
string_buffer_append(coData->lastModified, data, dataLen, fit);
}
else if (!strcmp(elementPath, "CopyObjectResult/ETag")) {
if (coData->eTagReturnSize && coData->eTagReturn) {
coData->eTagReturnLen +=
snprintf(&(coData->eTagReturn[coData->eTagReturnLen]),
coData->eTagReturnSize -
coData->eTagReturnLen - 1,
"%.*s", dataLen, data);
if (coData->eTagReturnLen >= coData->eTagReturnSize) {
return S3StatusXmlParseFailure;
}
}
}
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}
static S3Status xmlCallback(const char *elementPath, const char *data,
int dataLen, void *callbackData)
{
XmlCallbackData *cbData = (XmlCallbackData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "ListAllMyBucketsResult/Owner/ID")) {
string_buffer_append(cbData->ownerId, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListAllMyBucketsResult/Owner/DisplayName")) {
string_buffer_append(cbData->ownerDisplayName, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListAllMyBucketsResult/Buckets/Bucket/Name")) {
string_buffer_append(cbData->bucketName, data, dataLen, fit);
}
else if (!strcmp
(elementPath,
"ListAllMyBucketsResult/Buckets/Bucket/CreationDate")) {
string_buffer_append(cbData->creationDate, data, dataLen, fit);
}
}
else {
if (!strcmp(elementPath, "ListAllMyBucketsResult/Buckets/Bucket")) {
// Parse date. Assume ISO-8601 date format.
time_t creationDate = parseIso8601Time(cbData->creationDate);
// Make the callback - a bucket just finished
S3Status status = (*(cbData->listServiceCallback))
(cbData->ownerId, cbData->ownerDisplayName,
cbData->bucketName, creationDate, cbData->callbackData);
string_buffer_initialize(cbData->bucketName);
string_buffer_initialize(cbData->creationDate);
return status;
}
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}
static S3Status commitMultipartResponseXMLcallback(const char *elementPath,
const char *data,
int dataLen,
void *callbackData)
{
int fit;
CommitMultiPartData *commit_data = (CommitMultiPartData *) callbackData;
if (data) {
if (!strcmp(elementPath, "CompleteMultipartUploadResult/Location")) {
string_buffer_append(commit_data->location, data, dataLen, fit);
}
else if (!strcmp(elementPath, "CompleteMultipartUploadResult/ETag")) {
string_buffer_append(commit_data->etag, data, dataLen, fit);
}
}
(void) fit;
return S3StatusOK;
}
static S3Status getBlsDataCallback(int bufferSize, const char *buffer,
void *callbackData)
{
GetBlsData *gsData = (GetBlsData *) callbackData;
int fit;
string_buffer_append(gsData->blsXmlDocument, buffer, bufferSize, fit);
return fit ? S3StatusOK : S3StatusXmlDocumentTooLarge;
}
static void receive_advert(
const int socket,
struct sockaddr *sa,
const socklen_t socklen_in,
void * const addr_src,
const size_t host_len,
new_indexnode_event_t packet_received_cb,
void *packet_received_ctxt
)
{
char host[host_len];
char buf[1024];
char *port, *fs2protocol, *id;
string_buffer_t *buffer = string_buffer_new();
int recv_rc;
socklen_t socklen;
/* For UDP it is specified that recv*() will return the whole packet in one
* go. It is not correct to keep calling recv*() to get more of the message;
* this isn't a stream. If the message is too big for the buffer it's simply
* truncated. Usually silently, but by passing in MSG_TRUNC one gets the
* real length of the message back, even if it has to be truncated. This
* allows us to assert that our buffer is big enough. We've had to take a
* guess because advert packets are variable length, but it's an assertion
* because 1024 really should be enough */
errno = 0;
recv_rc = recvfrom(socket, buf, sizeof(buf) - 1, MSG_TRUNC, sa, &socklen);
assert(recv_rc <= (int)sizeof(buf) - 1);
if (recv_rc >= 0)
{
assert(socklen == socklen_in);
buf[recv_rc] = '\0';
string_buffer_append(buffer, strdup(buf));
if (!parse_advert_packet(string_buffer_peek(buffer), &port, &fs2protocol, &id) &&
inet_ntop(AF_INET, addr_src, host, sizeof(host) - 1))
{
packet_received_cb(packet_received_ctxt, strdup(host), port, fs2protocol, id);
}
}
else
{
trace_warn("failed to recvfrom() and indexnode advert packet: %s\n", strerror(errno));
}
string_buffer_delete(buffer);
}
static S3Status initialMultipartXmlCallback(const char *elementPath,
const char *data,
int dataLen,
void *callbackData)
{
InitialMultipartData *mdata = (InitialMultipartData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "InitiateMultipartUploadResult/UploadId")) {
string_buffer_append(mdata->upload_id,data, dataLen, fit);
}
}
(void) fit;
return S3StatusOK;
}
static S3Status testBucketXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
TestBucketData *tbData = (TestBucketData *) callbackData;
int fit;
if (data && !strcmp(elementPath, "LocationConstraint")) {
string_buffer_append(tbData->locationConstraint, data, dataLen, fit);
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}
/*
* get the next match from the current position,
* throught the dictionary.
* this will return all the matchs.
*
* @return friso_array_t that contains all the matchs.
*/
__STATIC_API__ friso_array_t get_next_match( friso_t friso, friso_task_t task, uint_t idx ) {
register uint_t t;
string_buffer_t sb = new_string_buffer_with_string( task->buffer );
//create a match dynamic array.
friso_array_t match = new_array_list_with_opacity( friso->max_len );
array_list_add( match, friso_dic_get( friso->dic, __LEX_CJK_WORDS__, task->buffer ) );
for ( t = 1; t < friso->max_len
&& ( task->bytes = read_next_word( task, &idx, task->buffer ) ) != 0; t++ ) {
task->unicode = get_utf8_unicode( task->buffer );
if ( utf8_whitespace( task->unicode ) ) break;
if ( ! utf8_cjk_string( task->unicode ) ) break;
//append the task->buffer to the buffer.
string_buffer_append( sb, task->buffer );
//check the CJK dictionary.
if ( friso_dic_match( friso->dic, __LEX_CJK_WORDS__, sb->buffer ) ) {
/*
* add the lex_entry_t insite.
* here is a key point:
* we use friso_dic_get function to get the address of the lex_entry_cdt
* that store in the dictionary, not create a new lex_entry_cdt.
* so :
* 1.we will not bother to the allocations of the newly created lex_entry_cdt.
* 2.more efficient of course.
*/
array_list_add( match, friso_dic_get( friso->dic, __LEX_CJK_WORDS__, sb->buffer ) );
}
}
/*buffer allocations clear*/
free_string_buffer( sb );
//array_list_trim( match );
return match;
}
//get the next cjk word from the current position, with simple mode.
__STATIC_API__ friso_hits_t next_simple_cjk( friso_t friso, friso_task_t task ) {
uint_t t, idx = task->idx, __length__;
string_buffer_t sb = new_string_buffer_with_string( task->buffer );
lex_entry_t e = friso_dic_get( friso->dic, __LEX_CJK_WORDS__, sb->buffer );
/*
* here bak the e->length in the task->hits->type.
* we will use it to count the task->idx.
* for the sake of use less variable.
*/
__length__ = e->length;
for ( t = 1;
t < friso->max_len
&& ( task->bytes = read_next_word( task, &idx, task->buffer ) ) != 0; t++ ) {
task->unicode = get_utf8_unicode( task->buffer );
if ( utf8_whitespace( task->unicode ) ) break;
if ( ! utf8_cjk_string( task->unicode ) ) break;
string_buffer_append( sb, task->buffer );
//check the existence of the word by search the dictionary.
if ( friso_dic_match( friso->dic, __LEX_CJK_WORDS__, sb->buffer ) ) {
e = friso_dic_get( friso->dic, __LEX_CJK_WORDS__, sb->buffer );
}
}
//correct the offset of the segment.
task->idx += ( e->length - __length__ );
free_string_buffer( sb ); //free the buffer
//reset the hits.
task->hits->word = e->word;
task->hits->type = __FRISO_SYS_WORDS__;
return task->hits;
}
zarray_t *
str_split (const char *str, const char *delim)
{
assert (str != NULL);
assert (delim != NULL);
zarray_t *parts = zarray_create (sizeof(char*));
string_buffer_t *sb = string_buffer_create ();
size_t delim_len = strlen (delim);
size_t len = strlen (str);
size_t pos = 0;
while (pos < len) {
if (str_starts_with (&str[pos], delim) && delim_len > 0) {
pos += delim_len;
// never add empty strings (repeated tokens)
if (string_buffer_size (sb) > 0) {
char *part = string_buffer_to_string (sb);
zarray_add (parts, &part);
}
string_buffer_reset (sb);
}
else {
string_buffer_append (sb, str[pos]);
pos++;
}
}
if (string_buffer_size(sb) > 0) {
char *part = string_buffer_to_string (sb);
zarray_add (parts, &part);
}
string_buffer_destroy (sb);
return parts;
}
static S3Status convertAclXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
ConvertAclData *caData = (ConvertAclData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "AccessControlPolicy/Owner/ID")) {
caData->ownerIdLen +=
snprintf(&(caData->ownerId[caData->ownerIdLen]),
S3_MAX_GRANTEE_USER_ID_SIZE - caData->ownerIdLen - 1,
"%.*s", dataLen, data);
if (caData->ownerIdLen >= S3_MAX_GRANTEE_USER_ID_SIZE) {
return S3StatusUserIdTooLong;
}
}
else if (!strcmp(elementPath, "AccessControlPolicy/Owner/"
"DisplayName")) {
caData->ownerDisplayNameLen +=
snprintf(&(caData->ownerDisplayName
[caData->ownerDisplayNameLen]),
S3_MAX_GRANTEE_DISPLAY_NAME_SIZE -
caData->ownerDisplayNameLen - 1,
"%.*s", dataLen, data);
if (caData->ownerDisplayNameLen >=
S3_MAX_GRANTEE_DISPLAY_NAME_SIZE) {
return S3StatusUserDisplayNameTooLong;
}
}
else if (!strcmp(elementPath,
"AccessControlPolicy/AccessControlList/Grant/"
"Grantee/EmailAddress")) {
// AmazonCustomerByEmail
string_buffer_append(caData->emailAddress, data, dataLen, fit);
if (!fit) {
return S3StatusEmailAddressTooLong;
}
}
else if (!strcmp(elementPath,
"AccessControlPolicy/AccessControlList/Grant/"
"Grantee/ID")) {
// CanonicalUser
string_buffer_append(caData->userId, data, dataLen, fit);
if (!fit) {
return S3StatusUserIdTooLong;
}
}
else if (!strcmp(elementPath,
"AccessControlPolicy/AccessControlList/Grant/"
"Grantee/DisplayName")) {
// CanonicalUser
string_buffer_append(caData->userDisplayName, data, dataLen, fit);
if (!fit) {
return S3StatusUserDisplayNameTooLong;
}
}
else if (!strcmp(elementPath,
"AccessControlPolicy/AccessControlList/Grant/"
"Grantee/URI")) {
// Group
string_buffer_append(caData->groupUri, data, dataLen, fit);
if (!fit) {
return S3StatusGroupUriTooLong;
}
}
else if (!strcmp(elementPath,
"AccessControlPolicy/AccessControlList/Grant/"
"Permission")) {
// Permission
string_buffer_append(caData->permission, data, dataLen, fit);
if (!fit) {
return S3StatusPermissionTooLong;
}
}
}
else {
if (!strcmp(elementPath, "AccessControlPolicy/AccessControlList/"
"Grant")) {
// A grant has just been completed; so add the next S3AclGrant
// based on the values read
if (*(caData->aclGrantCountReturn) == S3_MAX_ACL_GRANT_COUNT) {
return S3StatusTooManyGrants;
}
S3AclGrant *grant = &(caData->aclGrants
[*(caData->aclGrantCountReturn)]);
if (caData->emailAddress[0]) {
grant->granteeType = S3GranteeTypeAmazonCustomerByEmail;
strcpy(grant->grantee.amazonCustomerByEmail.emailAddress,
caData->emailAddress);
}
else if (caData->userId[0] && caData->userDisplayName[0]) {
grant->granteeType = S3GranteeTypeCanonicalUser;
strcpy(grant->grantee.canonicalUser.id, caData->userId);
strcpy(grant->grantee.canonicalUser.displayName,
caData->userDisplayName);
}
else if (caData->groupUri[0]) {
if (!strcmp(caData->groupUri,
ACS_GROUP_AWS_USERS)) {
grant->granteeType = S3GranteeTypeAllAwsUsers;
}
else if (!strcmp(caData->groupUri,
ACS_GROUP_ALL_USERS)) {
grant->granteeType = S3GranteeTypeAllUsers;
}
else if (!strcmp(caData->groupUri,
ACS_GROUP_LOG_DELIVERY)) {
grant->granteeType = S3GranteeTypeLogDelivery;
}
else {
return S3StatusBadGrantee;
}
}
else {
return S3StatusBadGrantee;
}
if (!strcmp(caData->permission, "READ")) {
grant->permission = S3PermissionRead;
}
else if (!strcmp(caData->permission, "WRITE")) {
grant->permission = S3PermissionWrite;
}
else if (!strcmp(caData->permission, "READ_ACP")) {
grant->permission = S3PermissionReadACP;
}
else if (!strcmp(caData->permission, "WRITE_ACP")) {
grant->permission = S3PermissionWriteACP;
}
else if (!strcmp(caData->permission, "FULL_CONTROL")) {
grant->permission = S3PermissionFullControl;
}
else {
return S3StatusBadPermission;
}
(*(caData->aclGrantCountReturn))++;
string_buffer_initialize(caData->emailAddress);
string_buffer_initialize(caData->userId);
string_buffer_initialize(caData->userDisplayName);
string_buffer_initialize(caData->groupUri);
string_buffer_initialize(caData->permission);
}
}
return S3StatusOK;
}
//get the next latin word from the current position.
__STATIC_API__ friso_hits_t next_basic_latin( friso_t friso, friso_task_t task ) {
char __convert = 0, t = 0;
string_buffer_t sb, temp;
lex_entry_t e = NULL;
//full-half width and upper-lower case exchange.
task->unicode = get_utf8_unicode( task->buffer );
___LATAIN_FULL_UPPER_CHECK___
//creat a new string buffer and append the task->buffer insite.
sb = new_string_buffer_with_string( task->buffer );
//segmentation.
while ( ( task->bytes = read_next_word( task, &task->idx, task->buffer ) ) != 0 ) {
task->unicode = get_utf8_unicode( task->buffer );
if ( utf8_whitespace( task->unicode ) ) break;
if ( utf8_en_punctuation( task->unicode ) && ! utf8_keep_punctuation( task->buffer ) ) break;
if ( ! ( utf8_halfwidth_letter_digit( task->unicode ) || utf8_fullwidth_letter_digit( task->unicode ) ) ) {
task->idx -= task->bytes;
t = 1;
break;
}
//full-half width and upper-lower case convert
___LATAIN_FULL_UPPER_CHECK___
//append the word the buffer.
string_buffer_append( sb, task->buffer );
}
/*clear the useless english punctuation from
the end of the buffer.*/
for ( ; sb->length > 0
&& sb->buffer[ sb->length - 1 ] != '%'
&& is_en_punctuation( sb->buffer[ sb->length - 1 ] ); ) {
sb->buffer[ --sb->length ] = '\0';
}
/*
* find the chinese or english mixed word.
* or single chinese units.*/
if ( t == 1 ) {
if ( utf8_cjk_string( task->unicode ) ) {
//temp string buffer.
temp = new_string_buffer_with_string( sb->buffer );
for ( t = 0;
t < friso->mix_len
&& ( task->bytes = read_next_word( task , &task->idx, task->buffer ) ) != 0; t++ ) {
task->unicode = get_utf8_unicode( task->buffer );
if ( ! utf8_cjk_string( task->unicode ) ) {
task->idx -= task->bytes;
break;
}
string_buffer_append( temp, task->buffer );
//check the mixed word dictionary.
if ( friso_dic_match( friso->dic, __LEX_MIX_WORDS__, temp->buffer ) ) {
__convert = 1;
//get the lexicon entry from the dictionary.
e = friso_dic_get( friso->dic, __LEX_MIX_WORDS__, temp->buffer );
}
}
//correct the segmentation offset.
task->idx -= ( temp->length - ( e == NULL ? sb->length : e->length ) );
free_string_buffer( temp );
//no match for mix word, try to find a single chinese unit.
if ( __convert == 0 ) {
//check if it is string made up with numeric
if ( utf8_numeric_string( sb->buffer )
&& ( task->bytes = read_next_word( task, &task->idx, task->buffer ) ) != 0 ) {
//check the single chinese units dictionary.
if ( friso_dic_match( friso->dic, __LEX_CJK_UNITS__, task->buffer ) ) {
string_buffer_append( sb, task->buffer );
} else {
task->idx -= task->bytes;
}
}
} //end convert condition
}
}
if ( __convert == 1 ) {
free_string_buffer( sb );
task->hits->word = e->word;
task->hits->type = __FRISO_SYS_WORDS__;
} else {
/*
* adjust the string buffer.
* here we do not trim the buffer cause its allocations will be free
* after the call of friso_next - sooner or later it will be released.
* if your memory almost run out, you should call string_buffer_trim.
* or we save the time to do the allocations and copy the buffer insite.
*/
//string_buffer_trim( sb );
task->hits->word = string_buffer_devote( sb );
task->hits->type = __FRISO_NEW_WORDS__;
}
return task->hits;
}
static S3Status listBucketXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
ListBucketData *lbData = (ListBucketData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "ListBucketResult/IsTruncated")) {
string_buffer_append(lbData->isTruncated, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListBucketResult/NextMarker")) {
string_buffer_append(lbData->nextMarker, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListBucketResult/Contents/Key")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append(contents->key, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListBucketResult/Contents/LastModified")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append(contents->lastModified, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListBucketResult/Contents/ETag")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append(contents->eTag, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListBucketResult/Contents/Size")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append(contents->size, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListBucketResult/Contents/Owner/ID")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append(contents->ownerId, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListBucketResult/Contents/Owner/DisplayName")) {
ListBucketContents *contents =
&(lbData->contents[lbData->contentsCount]);
string_buffer_append
(contents->ownerDisplayName, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListBucketResult/CommonPrefixes/Prefix")) {
int which = lbData->commonPrefixesCount;
lbData->commonPrefixLens[which] +=
snprintf(lbData->commonPrefixes[which],
sizeof(lbData->commonPrefixes[which]) -
lbData->commonPrefixLens[which] - 1,
"%.*s", dataLen, data);
if (lbData->commonPrefixLens[which] >=
(int) sizeof(lbData->commonPrefixes[which])) {
return S3StatusXmlParseFailure;
}
}
}
else {
if (!strcmp(elementPath, "ListBucketResult/Contents")) {
// Finished a Contents
lbData->contentsCount++;
if (lbData->contentsCount == MAX_CONTENTS) {
// Make the callback
S3Status status = make_list_bucket_callback(lbData);
if (status != S3StatusOK) {
return status;
}
initialize_list_bucket_data(lbData);
}
else {
// Initialize the next one
initialize_list_bucket_contents
(&(lbData->contents[lbData->contentsCount]));
}
}
else if (!strcmp(elementPath,
"ListBucketResult/CommonPrefixes/Prefix")) {
// Finished a Prefix
lbData->commonPrefixesCount++;
if (lbData->commonPrefixesCount == MAX_COMMON_PREFIXES) {
// Make the callback
S3Status status = make_list_bucket_callback(lbData);
if (status != S3StatusOK) {
return status;
}
initialize_list_bucket_data(lbData);
}
else {
// Initialize the next one
lbData->commonPrefixes[lbData->commonPrefixesCount][0] = 0;
lbData->commonPrefixLens[lbData->commonPrefixesCount] = 0;
}
}
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}
/*
* load the lexicon configuration file.
* and load all the valid lexicon from the configuration file.
*
* @param friso friso instance
* @param config friso_config instance
* @param _path dictionary directory
* @param _limitts words length limit
*/
FRISO_API void friso_dic_load_from_ifile(
friso_t friso,
friso_config_t config,
fstring _path,
uint_t _limits )
{
//1.parse the configuration file.
FILE *__stream;
char __chars__[1024], __key__[30], *__line__;
uint_t __length__, i, t;
friso_lex_t lex_t;
string_buffer_t sb;
//get the lexicon configruation file path
sb = new_string_buffer();
string_buffer_append( sb, _path );
string_buffer_append( sb, __FRISO_LEX_IFILE__ );
//printf("%s\n", sb->buffer);
if ( ( __stream = fopen( sb->buffer, "rb" ) ) != NULL )
{
while ( ( __line__ =
file_get_line( __chars__, __stream ) ) != NULL )
{
//comment filter.
if ( __line__[0] == '#' ) continue;
if ( __line__[0] == '\0' ) continue;
__length__ = strlen( __line__ );
//item start
if ( __line__[ __length__ - 1 ] == '[' )
{
//get the type key
for ( i = 0; i < __length__
&& ( __line__[i] == ' ' || __line__[i] == '\t' ); i++ );
for ( t = 0; i < __length__; i++,t++ ) {
if ( __line__[i] == ' '
|| __line__[i] == '\t' || __line__[i] == ':' ) break;
__key__[t] = __line__[i];
}
__key__[t] = '\0';
//get the lexicon type
lex_t = get_lexicon_type_with_constant(__key__);
if ( lex_t == -1 ) continue;
//printf("key=%s, type=%d\n", __key__, lex_t );
while ( ( __line__ = file_get_line( __chars__, __stream ) ) != NULL )
{
//comments filter.
if ( __line__[0] == '#' ) continue;
if ( __line__[0] == '\0' ) continue;
__length__ = strlen( __line__ );
if ( __line__[ __length__ - 1 ] == ']' ) break;
for ( i = 0; i < __length__
&& ( __line__[i] == ' ' || __line__[i] == '\t' ); i++ );
for ( t = 0; i < __length__; i++,t++ ) {
if ( __line__[i] == ' '
|| __line__[i] == '\t' || __line__[i] == ';' ) break;
__key__[t] = __line__[i];
}
__key__[t] = '\0';
//load the lexicon item from the lexicon file.
string_buffer_clear( sb );
string_buffer_append( sb, _path );
string_buffer_append( sb, __key__ );
//printf("key=%s, type=%d\n", __key__, lex_t);
friso_dic_load( friso, config, lex_t, sb->buffer, _limits );
}
}
} //end while
fclose( __stream );
} else {
printf("Warning: Fail to open the lexicon configuration file %s\n", sb->buffer);
}
free_string_buffer(sb);
}
static S3Status listPartsXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
ListPartsData *lpData = (ListPartsData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "ListPartsResult/IsTruncated")) {
string_buffer_append(lpData->isTruncated, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListPartsResult/NextPartNumberMarker")) {
string_buffer_append(lpData->nextPartNumberMarker, data, dataLen,
fit);
}
else if (!strcmp(elementPath, "ListPartsResult/StorageClass")) {
string_buffer_append(lpData->storageClass, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Initiator/ID")) {
string_buffer_append(lpData->initiatorId, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListPartsResult/Initiator/DisplayName")) {
string_buffer_append(lpData->initiatorDisplayName, data, dataLen,
fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Owner/ID")) {
string_buffer_append(lpData->ownerId, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Owner/DisplayName")) {
string_buffer_append(lpData->ownerDisplayName, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Part/PartNumber")) {
ListPart *parts = &(lpData->parts[lpData->partsCount]);
string_buffer_append(parts->partNumber, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Part/LastModified")) {
ListPart *parts = &(lpData->parts[lpData->partsCount]);
string_buffer_append(parts->lastModified, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Part/ETag")) {
ListPart *parts = &(lpData->parts[lpData->partsCount]);
string_buffer_append(parts->eTag, data, dataLen, fit);
}
else if (!strcmp(elementPath, "ListPartsResult/Part/Size")) {
ListPart *parts = &(lpData->parts[lpData->partsCount]);
string_buffer_append(parts->size, data, dataLen, fit);
}
}
else {
if (!strcmp(elementPath, "ListPartsResult/Part")) {
// Finished a Contents
lpData->partsCount++;
if (lpData->partsCount == MAX_PARTS) {
// Make the callback
S3Status status = make_list_parts_callback(lpData);
if (status != S3StatusOK) {
return status;
}
lpData->handlePartsStart += lpData->partsCount;
initialize_list_parts_data(lpData);
}
else {
// Initialize the next one
initialize_list_part(&(lpData->parts[lpData->partsCount]));
}
}
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}
static S3Status listMultipartXmlCallback(const char *elementPath,
const char *data, int dataLen,
void *callbackData)
{
ListMultipartData *lmData = (ListMultipartData *) callbackData;
int fit;
if (data) {
if (!strcmp(elementPath, "ListMultipartUploadsResult/IsTruncated")) {
string_buffer_append(lmData->isTruncated, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/NextKeyMarker")) {
string_buffer_append(lmData->nextKeyMarker, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/NextUploadIdMarker")) {
string_buffer_append(lmData->nextUploadIdMarker, data, dataLen,
fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/Key")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->key, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/Initiated")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->initiated, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/UploadId")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->uploadId, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/Initiator/ID")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->initiatorId, data, dataLen, fit);
}
else if (!strcmp
(elementPath,
"ListMultipartUploadsResult/Upload/Initiator/DisplayName")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->initiatorDisplayName, data, dataLen,
fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/Owner/ID")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->ownerId, data, dataLen, fit);
}
else if (!strcmp
(elementPath,
"ListMultipartUploadsResult/Upload/Owner/DisplayName")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append
(uploads->ownerDisplayName, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/Upload/StorageClass")) {
ListMultipartUpload *uploads =
&(lmData->uploads[lmData->uploadsCount]);
string_buffer_append(uploads->storageClass, data, dataLen, fit);
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/CommonPrefixes/Prefix")) {
int which = lmData->commonPrefixesCount;
lmData->commonPrefixLens[which] +=
snprintf(lmData->commonPrefixes[which],
sizeof(lmData->commonPrefixes[which]) -
lmData->commonPrefixLens[which] - 1,
"%.*s", dataLen, data);
if (lmData->commonPrefixLens[which] >=
(int) sizeof(lmData->commonPrefixes[which])) {
return S3StatusXmlParseFailure;
}
}
}
else {
if (!strcmp(elementPath, "ListMultipartUploadsResult/Upload")) {
// Finished a Contents
lmData->uploadsCount++;
if (lmData->uploadsCount == MAX_UPLOADS) {
// Make the callback
S3Status status = make_list_multipart_callback(lmData);
if (status != S3StatusOK) {
return status;
}
initialize_list_multipart_data(lmData);
}
else {
// Initialize the next one
initialize_list_multipart_upload
(&(lmData->uploads[lmData->uploadsCount]));
}
}
else if (!strcmp(elementPath,
"ListMultipartUploadsResult/CommonPrefixes/Prefix")) {
// Finished a Prefix
lmData->commonPrefixesCount++;
if (lmData->commonPrefixesCount == MAX_COMMON_PREFIXES) {
// Make the callback
S3Status status = make_list_multipart_callback(lmData);
if (status != S3StatusOK) {
return status;
}
initialize_list_multipart_data(lmData);
}
else {
// Initialize the next one
lmData->commonPrefixes[lmData->commonPrefixesCount][0] = 0;
lmData->commonPrefixLens[lmData->commonPrefixesCount] = 0;
}
}
}
/* Avoid compiler error about variable set but not used */
(void) fit;
return S3StatusOK;
}