static void initialize_list_part(ListPart *part)
{
string_buffer_initialize(part->eTag);
string_buffer_initialize(part->partNumber);
string_buffer_initialize(part->size);
string_buffer_initialize(part->lastModified);
}
static S3Status convert_bls(char *blsXml, char *targetBucketReturn,
char *targetPrefixReturn, int *aclGrantCountReturn,
S3AclGrant *aclGrants)
{
ConvertBlsData data;
data.targetBucketReturn = targetBucketReturn;
data.targetBucketReturn[0] = 0;
data.targetBucketReturnLen = 0;
data.targetPrefixReturn = targetPrefixReturn;
data.targetPrefixReturn[0] = 0;
data.targetPrefixReturnLen = 0;
data.aclGrantCountReturn = aclGrantCountReturn;
data.aclGrants = aclGrants;
*aclGrantCountReturn = 0;
string_buffer_initialize(data.emailAddress);
string_buffer_initialize(data.userId);
string_buffer_initialize(data.userDisplayName);
string_buffer_initialize(data.groupUri);
string_buffer_initialize(data.permission);
// Use a simplexml parser
SimpleXml simpleXml;
simplexml_initialize(&simpleXml, &convertBlsXmlCallback, &data);
S3Status status = simplexml_add(&simpleXml, blsXml, strlen(blsXml));
simplexml_deinitialize(&simpleXml);
return status;
}
S3Status S3_convert_acl(char *aclXml, char *ownerId, char *ownerDisplayName,
int *aclGrantCountReturn, S3AclGrant *aclGrants)
{
ConvertAclData data;
data.ownerId = ownerId;
data.ownerIdLen = 0;
data.ownerId[0] = 0;
data.ownerDisplayName = ownerDisplayName;
data.ownerDisplayNameLen = 0;
data.ownerDisplayName[0] = 0;
data.aclGrantCountReturn = aclGrantCountReturn;
data.aclGrants = aclGrants;
*aclGrantCountReturn = 0;
string_buffer_initialize(data.emailAddress);
string_buffer_initialize(data.userId);
string_buffer_initialize(data.userDisplayName);
string_buffer_initialize(data.groupUri);
string_buffer_initialize(data.permission);
// Use a simplexml parser
SimpleXml simpleXml;
simplexml_initialize(&simpleXml, &convertAclXmlCallback, &data);
S3Status status = simplexml_add(&simpleXml, aclXml, strlen(aclXml));
simplexml_deinitialize(&simpleXml);
return status;
}
void S3_list_service(S3Protocol protocol, S3STSDate stsDate, const char *accessKeyId,
const char *secretAccessKey, const char *securityToken,
const char *hostName, S3RequestContext *requestContext,
const S3ListServiceHandler *handler, void *callbackData)
{
// Create and set up the callback data
XmlCallbackData *data =
(XmlCallbackData *) malloc(sizeof(XmlCallbackData));
if (!data) {
(*(handler->responseHandler.completeCallback))
(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(data->simpleXml), &xmlCallback, data);
data->responsePropertiesCallback =
handler->responseHandler.propertiesCallback;
data->listServiceCallback = handler->listServiceCallback;
data->responseCompleteCallback = handler->responseHandler.completeCallback;
data->callbackData = callbackData;
string_buffer_initialize(data->ownerId);
string_buffer_initialize(data->ownerDisplayName);
string_buffer_initialize(data->bucketName);
string_buffer_initialize(data->creationDate);
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ hostName, // hostName
0, // bucketName
protocol, // protocol
S3UriStylePath, // uriStyle
accessKeyId, // accessKeyId
secretAccessKey, // secretAccessKey
securityToken, // securityToken
stsDate }, // stsDate
0, // key
0, // queryParams
0, // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // requestProperties
&propertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&dataCallback, // fromS3Callback
&completeCallback, // completeCallback
data // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
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;
}
void S3_complete_multipart_upload(S3BucketContext *bucketContext,
const char *key,
S3MultipartCommitHandler *handler,
const char *upload_id, int contentLength,
S3RequestContext *requestContext,
void *callbackData)
{
char subResource[512];
snprintf(subResource, 512, "uploadId=%s", upload_id);
CommitMultiPartData *data =
(CommitMultiPartData *) malloc(sizeof(CommitMultiPartData));
data->userdata = callbackData;
data->handler = handler;
string_buffer_initialize(data->location);
string_buffer_initialize(data->etag);
simplexml_initialize(&(data->simplexml),
commitMultipartResponseXMLcallback, data);
RequestParams params =
{
HttpRequestTypePOST, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, //secretAccessKey
bucketContext->securityToken }, // secretToken
key, // key
0, // queryParams
subResource, // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
commitMultipartPropertiesCallback, // propertiesCallback
commitMultipartPutObject, // toS3Callback
contentLength, // toS3CallbackTotalSize
commitMultipartCallback, // fromS3Callback
commitMultipartCompleteCallback, // completeCallback
data // callbackData
};
request_perform(¶ms, requestContext);
}
void S3_copy_object(const S3BucketContext *bucketContext, const char *key,
const char *destinationBucket, const char *destinationKey,
const S3PutProperties *putProperties,
int64_t *lastModifiedReturn, int eTagReturnSize,
char *eTagReturn, S3RequestContext *requestContext,
const S3ResponseHandler *handler, void *callbackData)
{
// Create the callback data
CopyObjectData *data =
(CopyObjectData *) malloc(sizeof(CopyObjectData));
if (!data) {
(*(handler->completeCallback))(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(data->simpleXml), ©ObjectXmlCallback, data);
data->responsePropertiesCallback = handler->propertiesCallback;
data->responseCompleteCallback = handler->completeCallback;
data->callbackData = callbackData;
data->lastModifiedReturn = lastModifiedReturn;
data->eTagReturnSize = eTagReturnSize;
data->eTagReturn = eTagReturn;
if (data->eTagReturnSize && data->eTagReturn) {
data->eTagReturn[0] = 0;
}
data->eTagReturnLen = 0;
string_buffer_initialize(data->lastModified);
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeCOPY, // httpRequestType
{ destinationBucket ? destinationBucket :
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey }, // secretAccessKey
destinationKey ? destinationKey : key, // key
0, // queryParams
0, // subResource
bucketContext->bucketName, // copySourceBucketName
key, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
putProperties, // putProperties
©ObjectPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
©ObjectDataCallback, // fromS3Callback
©ObjectCompleteCallback, // completeCallback
data // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
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;
}
void S3_get_server_access_logging(const S3BucketContext *bucketContext,
char *targetBucketReturn,
char *targetPrefixReturn,
int *aclGrantCountReturn,
S3AclGrant *aclGrants,
S3RequestContext *requestContext,
const S3ResponseHandler *handler,
void *callbackData)
{
// Create the callback data
GetBlsData *gsData = (GetBlsData *) malloc(sizeof(GetBlsData));
if (!gsData) {
(*(handler->completeCallback))(S3StatusOutOfMemory, 0, callbackData);
return;
}
gsData->responsePropertiesCallback = handler->propertiesCallback;
gsData->responseCompleteCallback = handler->completeCallback;
gsData->callbackData = callbackData;
gsData->targetBucketReturn = targetBucketReturn;
gsData->targetPrefixReturn = targetPrefixReturn;
gsData->aclGrantCountReturn = aclGrantCountReturn;
gsData->aclGrants = aclGrants;
string_buffer_initialize(gsData->blsXmlDocument);
*aclGrantCountReturn = 0;
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, // secretAccessKey
bucketContext->securityToken, // securityToken
bucketContext->authRegion }, // authRegion
0, // key
0, // queryParams
"logging", // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
&getBlsPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&getBlsDataCallback, // fromS3Callback
&getBlsCompleteCallback, // completeCallback
gsData // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
void S3_test_bucket(S3Protocol protocol, S3UriStyle uriStyle,
const char *accessKeyId, const char *secretAccessKey,
const char *securityToken, const char *hostName,
const char *bucketName, int locationConstraintReturnSize,
char *locationConstraintReturn,
S3RequestContext *requestContext,
const S3ResponseHandler *handler, void *callbackData)
{
// Create the callback data
TestBucketData *tbData =
(TestBucketData *) malloc(sizeof(TestBucketData));
if (!tbData) {
(*(handler->completeCallback))(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(tbData->simpleXml), &testBucketXmlCallback, tbData);
tbData->responsePropertiesCallback = handler->propertiesCallback;
tbData->responseCompleteCallback = handler->completeCallback;
tbData->callbackData = callbackData;
tbData->locationConstraintReturnSize = locationConstraintReturnSize;
tbData->locationConstraintReturn = locationConstraintReturn;
string_buffer_initialize(tbData->locationConstraint);
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ hostName, // hostName
bucketName, // bucketName
protocol, // protocol
uriStyle, // uriStyle
accessKeyId, // accessKeyId
secretAccessKey, // secretAccessKey
securityToken }, // securityToken
0, // key
0, // queryParams
"location", // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
&testBucketPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&testBucketDataCallback, // fromS3Callback
&testBucketCompleteCallback, // completeCallback
tbData // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
static void initialize_list_multipart_upload(ListMultipartUpload *upload)
{
string_buffer_initialize(upload->key);
string_buffer_initialize(upload->uploadId);
string_buffer_initialize(upload->initiatorId);
string_buffer_initialize(upload->initiatorDisplayName);
string_buffer_initialize(upload->ownerId);
string_buffer_initialize(upload->ownerDisplayName);
string_buffer_initialize(upload->storageClass);
string_buffer_initialize(upload->initiated);
}
void S3_get_acl(const S3BucketContext *bucketContext, const char *key,
char *ownerId, char *ownerDisplayName,
int *aclGrantCountReturn, S3AclGrant *aclGrants,
S3RequestContext *requestContext,
const S3ResponseHandler *handler, void *callbackData)
{
// Create the callback data
GetAclData *gaData = (GetAclData *) malloc(sizeof(GetAclData));
if (!gaData) {
(*(handler->completeCallback))(S3StatusOutOfMemory, 0, callbackData);
return;
}
gaData->responsePropertiesCallback = handler->propertiesCallback;
gaData->responseCompleteCallback = handler->completeCallback;
gaData->callbackData = callbackData;
gaData->aclGrantCountReturn = aclGrantCountReturn;
gaData->aclGrants = aclGrants;
gaData->ownerId = ownerId;
gaData->ownerDisplayName = ownerDisplayName;
string_buffer_initialize(gaData->aclXmlDocument);
*aclGrantCountReturn = 0;
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey }, // secretAccessKey
key, // key
0, // queryParams
"acl", // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
&getAclPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&getAclDataCallback, // fromS3Callback
&getAclCompleteCallback, // completeCallback
gaData // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
static void initialize_list_bucket_contents(ListBucketContents *contents)
{
string_buffer_initialize(contents->key);
string_buffer_initialize(contents->lastModified);
string_buffer_initialize(contents->eTag);
string_buffer_initialize(contents->size);
string_buffer_initialize(contents->ownerId);
string_buffer_initialize(contents->ownerDisplayName);
}
void S3_initiate_multipart(S3BucketContext *bucketContext, const char *key,
S3PutProperties *putProperties,
S3MultipartInitialHandler *handler,
S3RequestContext *requestContext,
void *callbackData)
{
InitialMultipartData *mdata =
(InitialMultipartData *) malloc(sizeof(InitialMultipartData));
simplexml_initialize(&(mdata->simpleXml), &initialMultipartXmlCallback,
mdata);
string_buffer_initialize(mdata->upload_id);
mdata->handler= handler;
mdata->userdata = callbackData;
RequestParams params =
{
HttpRequestTypePOST, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, //secretAccessKey
bucketContext->securityToken }, // secretToken
key, // key
0, // queryParams
"uploads", // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
putProperties, // putProperties
handler->responseHandler.propertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
InitialMultipartCallback, // fromS3Callback
InitialMultipartCompleteCallback, // completeCallback
mdata // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
static STSStatus compose_post_data(char* buffer, uint32_t bufferSize,
CommonRequestContext* commonContext,
AssumeRoleRequestContext* assumeRoleContext)
{
string_buffer(queryParams, 2048*3);
string_buffer_initialize(queryParams);
char* queryParamsArray[32];
int paramsCount = 0;
int len = 0;
int start = 0;
int amp = 0;
#define safe_append(isNewParam, name, value) \
do { \
int fit; \
start = len; \
if (amp) { start++; } \
if (isNewParam) { \
queryParamsArray[paramsCount++] = &(queryParams[start]); \
} \
if (amp) { \
string_buffer_append(queryParams, "&", 1, fit); \
if (!fit) { \
return STSStatusUriTooLong; \
} \
len++; \
} \
string_buffer_append(queryParams, name "=", \
sizeof(name "=") - 1, fit); \
if (!fit) { \
return STSStatusUriTooLong; \
} \
len += strlen(name) + 1; \
amp = 1; \
string_buffer_append(queryParams, value, strlen(value), fit); \
len += strlen(value); \
} while (0)
time_t now = time(NULL);
char timebuf[256];
strftime(timebuf, sizeof(timebuf), "%Y-%m-%dT%H:%M:%SZ", gmtime(&now));
STSUUID uuid;
char* uuidString;
uuid_create(&uuid);
uuid_to_string(&uuid, &uuidString);
char durationSeconds[10];
snprintf(durationSeconds, 10, "%d", assumeRoleContext->durationSeconds);
safe_append(1, "Format", "JSON");
safe_append(1, "Version", "2015-04-01");
safe_append(1, "SignatureVersion", "1.0");
safe_append(1, "SignatureMethod", "HMAC-SHA1");
safe_append(1, "SignatureNonce", uuidString);
safe_append(1, "Timestamp", timebuf);
safe_append(1, "Action", commonContext->action);
safe_append(1, "AccessKeyId", commonContext->accessKeyId);
safe_append(1, "RoleArn", assumeRoleContext->RoleArn);
safe_append(1, "RoleSessionName", assumeRoleContext->RoleSessionName);
safe_append(1, "Policy", assumeRoleContext->policy);
safe_append(1, "DurationSeconds", durationSeconds);
params_array_sort(queryParamsArray, paramsCount);
string_buffer(signature, 256);
string_buffer_initialize(signature);
compute_signature(signature, 256, queryParamsArray, paramsCount, commonContext->accessKeySecret);
compose_url_encoded_post_data(buffer, bufferSize, queryParams, strlen(queryParams), signature);
free(uuidString);
return STSStatusOK;
}
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;
}
void S3_copy_object_range(const S3BucketContext *bucketContext, const char *key,
const char *destinationBucket, const char *destinationKey,
const int partNo, const char *uploadId,
const unsigned long startOffset, const unsigned long count,
const S3PutProperties *putProperties,
int64_t *lastModifiedReturn, int eTagReturnSize,
char *eTagReturn, S3RequestContext *requestContext,
const S3ResponseHandler *handler, void *callbackData)
{
// Create the callback data
CopyObjectData *data =
(CopyObjectData *) malloc(sizeof(CopyObjectData));
if (!data) {
(*(handler->completeCallback))(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(data->simpleXml), ©ObjectXmlCallback, data);
data->responsePropertiesCallback = handler->propertiesCallback;
data->responseCompleteCallback = handler->completeCallback;
data->callbackData = callbackData;
data->lastModifiedReturn = lastModifiedReturn;
data->eTagReturnSize = eTagReturnSize;
data->eTagReturn = eTagReturn;
if (data->eTagReturnSize && data->eTagReturn) {
data->eTagReturn[0] = 0;
}
data->eTagReturnLen = 0;
string_buffer_initialize(data->lastModified);
// If there's a sequence ID > 0 then add a subResource, OTW pass in NULL
char subResource[512];
char *subRsrc = NULL;
if (partNo > 0) {
snprintf(subResource, 512, "partNumber=%d&uploadId=%s", partNo, uploadId);
subRsrc = subResource;
}
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeCOPY, // httpRequestType
{ bucketContext->hostName, // hostName
destinationBucket ? destinationBucket :
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, // secretAccessKey
bucketContext->securityToken
}, // securityToken
destinationKey ? destinationKey : key, // key
0, // queryParams
subRsrc, // subResource
bucketContext->bucketName, // copySourceBucketName
key, // copySourceKey
0, // getConditions
startOffset, // startByte
count, // byteCount
putProperties, // putProperties
©ObjectPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
©ObjectDataCallback, // fromS3Callback
©ObjectCompleteCallback, // completeCallback
data // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
void S3_list_bucket(const S3BucketContext *bucketContext, const char *prefix,
const char *marker, const char *delimiter, int maxkeys,
S3RequestContext *requestContext,
const S3ListBucketHandler *handler, void *callbackData)
{
// Compose the query params
string_buffer(queryParams, 4096);
string_buffer_initialize(queryParams);
#define safe_append(name, value) \
do { \
int fit; \
if (amp) { \
string_buffer_append(queryParams, "&", 1, fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
} \
string_buffer_append(queryParams, name "=", \
sizeof(name "=") - 1, fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
amp = 1; \
char encoded[3 * 1024]; \
if (!urlEncode(encoded, value, 1024)) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
string_buffer_append(queryParams, encoded, strlen(encoded), \
fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
} while (0)
int amp = 0;
if (prefix) {
safe_append("prefix", prefix);
}
if (marker) {
safe_append("marker", marker);
}
if (delimiter) {
safe_append("delimiter", delimiter);
}
if (maxkeys) {
char maxKeysString[64];
snprintf(maxKeysString, sizeof(maxKeysString), "%d", maxkeys);
safe_append("max-keys", maxKeysString);
}
ListBucketData *lbData =
(ListBucketData *) malloc(sizeof(ListBucketData));
if (!lbData) {
(*(handler->responseHandler.completeCallback))
(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(lbData->simpleXml), &listBucketXmlCallback, lbData);
lbData->responsePropertiesCallback =
handler->responseHandler.propertiesCallback;
lbData->listBucketCallback = handler->listBucketCallback;
lbData->responseCompleteCallback =
handler->responseHandler.completeCallback;
lbData->callbackData = callbackData;
string_buffer_initialize(lbData->isTruncated);
string_buffer_initialize(lbData->nextMarker);
initialize_list_bucket_data(lbData);
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, // secretAccessKey
bucketContext->securityToken }, // securityToken
0, // key
queryParams[0] ? queryParams : 0, // queryParams
0, // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
&listBucketPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&listBucketDataCallback, // fromS3Callback
&listBucketCompleteCallback, // completeCallback
lbData // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}
STSStatus STS_assume_role(const char* roleArn, const char* roleSessionName,
const char* policy, const uint32_t durationSeconds,
const char* accessKeyId, const char* accessKeySecret,
STSData* assumeRoleData, char* errorMessage)
{
int status;
int httpResponseCode;
CommonRequestContext commonContext = {STSProtocolHTTPS, STS_DEFAULT_HOSTNAME,
accessKeyId, accessKeySecret, "AssumeRole"};
AssumeRoleRequestContext assumeRoleContext = {roleArn, roleSessionName, policy, durationSeconds};
string_buffer(response, MAX_RESPONSE_SIZE);
string_buffer_initialize(response);
string_buffer(postData, 2048*3);
string_buffer_initialize(postData);
compose_post_data(postData, 2048*3, &commonContext, &assumeRoleContext);
RequestParams params =
{
HttpRequestTypePOST, // httpRequestType
commonContext, // commonContext
assumeRoleContext, // assumeRoleContext
postData // postData
};
status = request_perform(¶ms, &httpResponseCode, response);
if (200 == httpResponseCode) {
parse_sts_result(strlen(response), response, assumeRoleData);
}
else if( 0 != httpResponseCode)
{
if (400 == httpResponseCode) {
status = STSStatusInvalidParameter;
}
else if (403 == httpResponseCode) {
status = STSStatusNoPermission;
}
else if (500 == httpResponseCode) {
status = STSStatusInternalError;
}
else if (404 == httpResponseCode) {
status = STSStatusInvalidAcccessKeyId;
}
snprintf(errorMessage, strlen(response)+1, "%s", response);
}
else if (0 == httpResponseCode) {
switch (status) {
case STSStatusOutOfMemory:
snprintf(errorMessage, 256, "%s.", "Out of memory");
break;
case STSStatusNameLookupError:
snprintf(errorMessage, 256, "%s %s.",
"Failed to lookup STS server:",
commonContext.hostname);
break;
case STSStatusFailedToConnect:
snprintf(errorMessage, 256, "%s %s.",
"Failed to connect to STS server:",
commonContext.hostname);
break;
case STSStatusConnectionFailed:
snprintf(errorMessage, 256, "%s.",
"Write Error or Operation Timeout");
break;
case STSStatusServerFailedVerification:
snprintf(errorMessage, 256, "%s.",
"SSL verification failed");
break;
case STSStatusInternalError:
snprintf(errorMessage, 256, "%s.", "Internal Error");
break;
default:
break;
}
}
return status;
}
void S3_list_parts(S3BucketContext *bucketContext, const char *key,
const char *partnumbermarker, const char *uploadid,
const char *encodingtype, int maxparts,
S3RequestContext *requestContext,
const S3ListPartsHandler *handler, void *callbackData)
{
// Compose the query params
string_buffer(queryParams, 4096);
string_buffer_initialize(queryParams);
#define safe_append(name, value) \
do { \
int fit; \
if (amp) { \
string_buffer_append(queryParams, "&", 1, fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
} \
string_buffer_append(queryParams, name "=", \
sizeof(name "=") - 1, fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
amp = 1; \
char encoded[3 * 1024]; \
if (!urlEncode(encoded, value, 1024)) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
string_buffer_append(queryParams, encoded, strlen(encoded), \
fit); \
if (!fit) { \
(*(handler->responseHandler.completeCallback)) \
(S3StatusQueryParamsTooLong, 0, callbackData); \
return; \
} \
} while (0)
char subResource[512];
snprintf(subResource, 512, "uploadId=%s", uploadid);
int amp = 0;
if (partnumbermarker && *partnumbermarker) {
safe_append("part-number-marker", partnumbermarker);
}
if (encodingtype && *encodingtype) {
safe_append("encoding-type", encodingtype);
}
if (maxparts) {
char maxPartsString[64];
snprintf(maxPartsString, sizeof(maxPartsString), "%d", maxparts);
safe_append("max-parts", maxPartsString);
}
ListPartsData *lpData =
(ListPartsData *) malloc(sizeof(ListPartsData));
if (!lpData) {
(*(handler->responseHandler.completeCallback))
(S3StatusOutOfMemory, 0, callbackData);
return;
}
simplexml_initialize(&(lpData->simpleXml), &listPartsXmlCallback,
lpData);
lpData->responsePropertiesCallback =
handler->responseHandler.propertiesCallback;
lpData->listPartsCallback = handler->responseXmlCallback;
lpData->responseCompleteCallback =
handler->responseHandler.completeCallback;
lpData->callbackData = callbackData;
string_buffer_initialize(lpData->isTruncated);
string_buffer_initialize(lpData->nextPartNumberMarker);
string_buffer_initialize(lpData->initiatorId);
string_buffer_initialize(lpData->initiatorDisplayName);
string_buffer_initialize(lpData->ownerId);
string_buffer_initialize(lpData->ownerDisplayName);
string_buffer_initialize(lpData->storageClass);
initialize_list_parts_data(lpData);
lpData->handlePartsStart = 0;
// Set up the RequestParams
RequestParams params =
{
HttpRequestTypeGET, // httpRequestType
{ bucketContext->hostName, // hostName
bucketContext->bucketName, // bucketName
bucketContext->protocol, // protocol
bucketContext->uriStyle, // uriStyle
bucketContext->accessKeyId, // accessKeyId
bucketContext->secretAccessKey, // secretAccessKey
bucketContext->securityToken }, // securityToken
key, // key
queryParams[0] ? queryParams : 0, // queryParams
subResource, // subResource
0, // copySourceBucketName
0, // copySourceKey
0, // getConditions
0, // startByte
0, // byteCount
0, // putProperties
&listPartsPropertiesCallback, // propertiesCallback
0, // toS3Callback
0, // toS3CallbackTotalSize
&listPartsDataCallback, // fromS3Callback
&listPartsCompleteCallback, // completeCallback
lpData // callbackData
};
// Perform the request
request_perform(¶ms, requestContext);
}