/**
* xmlSecKeyUseWithDebugXmlDump:
* @keyUseWith: the pointer to information about key application/user.
* @output: the pointer to output FILE.
*
* Prints xmlSecKeyUseWith debug information to a file @output in XML format.
*/
void
xmlSecKeyUseWithDebugXmlDump(xmlSecKeyUseWithPtr keyUseWith, FILE* output) {
xmlSecAssert(keyUseWith != NULL);
xmlSecAssert(output != NULL);
fprintf(output, "<KeyUseWith>\n");
fprintf(output, "<Application>");
xmlSecPrintXmlString(output, keyUseWith->application);
fprintf(output, "</Application>");
fprintf(output, "<Identifier>");
xmlSecPrintXmlString(output, keyUseWith->identifier);
fprintf(output, "</Identifier>");
fprintf(output, "</KeyUseWith>\n");
}
/**
* xmlSecKeyDebugXmlDump:
* @key: the pointer to key.
* @output: the pointer to output FILE.
*
* Prints the information about the @key to the @output in XML format.
*/
void
xmlSecKeyDebugXmlDump(xmlSecKeyPtr key, FILE *output) {
xmlSecAssert(xmlSecKeyIsValid(key));
xmlSecAssert(output != NULL);
fprintf(output, "<KeyInfo>\n");
fprintf(output, "<KeyMethod>");
xmlSecPrintXmlString(output, key->value->id->dataNodeName);
fprintf(output, "</KeyMethod>\n");
fprintf(output, "<KeyType>");
if((xmlSecKeyGetType(key) & xmlSecKeyDataTypeSymmetric) != 0) {
fprintf(output, "Symmetric\n");
} else if((xmlSecKeyGetType(key) & xmlSecKeyDataTypePrivate) != 0) {
fprintf(output, "Private\n");
} else if((xmlSecKeyGetType(key) & xmlSecKeyDataTypePublic) != 0) {
fprintf(output, "Public\n");
} else {
fprintf(output, "Unknown\n");
}
fprintf(output, "</KeyType>\n");
fprintf(output, "<KeyName>");
xmlSecPrintXmlString(output, key->name);
fprintf(output, "</KeyName>\n");
if(key->notValidBefore < key->notValidAfter) {
fprintf(output, "<KeyValidity notValidBefore=\"%ld\" notValidAfter=\"%ld\"/>\n",
(unsigned long)key->notValidBefore,
(unsigned long)key->notValidAfter);
}
if(key->value != NULL) {
xmlSecKeyDataDebugXmlDump(key->value, output);
}
if(key->dataList != NULL) {
xmlSecPtrListDebugXmlDump(key->dataList, output);
}
fprintf(output, "</KeyInfo>\n");
}
/**
* xmlSecKeyReqDebugXmlDump:
* @keyReq: the pointer to key requirements object.
* @output: the pointer to output FILE.
*
* Prints debug information about @keyReq into @output in XML format.
*/
void
xmlSecKeyReqDebugXmlDump(xmlSecKeyReqPtr keyReq, FILE* output) {
xmlSecAssert(keyReq != NULL);
xmlSecAssert(output != NULL);
fprintf(output, "<KeyReq>\n");
fprintf(output, "<KeyId>");
xmlSecPrintXmlString(output, xmlSecKeyDataKlassGetName(keyReq->keyId));
fprintf(output, "</KeyId>\n");
fprintf(output, "<KeyType>0x%08x</KeyType>\n", keyReq->keyType);
fprintf(output, "<KeyUsage>0x%08x</KeyUsage>\n", keyReq->keyUsage);
fprintf(output, "<KeyBitsSize>%d</KeyBitsSize>\n", keyReq->keyBitsSize);
xmlSecPtrListDebugXmlDump(&(keyReq->keyUseWithList), output);
fprintf(output, "</KeyReq>\n");
}
/**
* xmlSecKeyDataIdListDebugXmlDump:
* @list: the pointer to key data ids list.
* @output: the pointer to output FILE.
*
* Prints binary key data debug information to @output in XML format.
*/
void
xmlSecKeyDataIdListDebugXmlDump(xmlSecPtrListPtr list, FILE* output) {
xmlSecKeyDataId dataId;
xmlSecSize i, size;
xmlSecAssert(xmlSecPtrListCheckId(list, xmlSecKeyDataIdListId));
xmlSecAssert(output != NULL);
fprintf(output, "<KeyDataIdsList>\n");
size = xmlSecPtrListGetSize(list);
for(i = 0; i < size; ++i) {
dataId = (xmlSecKeyDataId)xmlSecPtrListGetItem(list, i);
xmlSecAssert(dataId != NULL);
xmlSecAssert(dataId->name != NULL);
fprintf(output, "<DataId name=\"");
xmlSecPrintXmlString(output, dataId->name);
fprintf(output, "\"/>");
}
fprintf(output, "</KeyDataIdsList>\n");
}
/**
* xmlSecEncCtxDebugXmlDump:
* @encCtx: the pointer to <enc:EncryptedData/> processing context.
* @output: the pointer to output FILE.
*
* Prints the debug information about @encCtx to @output in XML format.
*/
void
xmlSecEncCtxDebugXmlDump(xmlSecEncCtxPtr encCtx, FILE* output) {
xmlSecAssert(encCtx != NULL);
xmlSecAssert(output != NULL);
switch(encCtx->mode) {
case xmlEncCtxModeEncryptedData:
if(encCtx->operation == xmlSecTransformOperationEncrypt) {
fprintf(output, "<DataEncryptionContext ");
} else {
fprintf(output, "<DataDecryptionContext ");
}
break;
case xmlEncCtxModeEncryptedKey:
if(encCtx->operation == xmlSecTransformOperationEncrypt) {
fprintf(output, "<KeyEncryptionContext ");
} else {
fprintf(output, "<KeyDecryptionContext ");
}
break;
}
fprintf(output, "status=\"%s\" >\n", (encCtx->resultReplaced) ? "replaced" : "not-replaced" );
fprintf(output, "<Flags>%08x</Flags>\n", encCtx->flags);
fprintf(output, "<Flags2>%08x</Flags2>\n", encCtx->flags2);
fprintf(output, "<Id>");
xmlSecPrintXmlString(output, encCtx->id);
fprintf(output, "</Id>");
fprintf(output, "<Type>");
xmlSecPrintXmlString(output, encCtx->type);
fprintf(output, "</Type>");
fprintf(output, "<MimeType>");
xmlSecPrintXmlString(output, encCtx->mimeType);
fprintf(output, "</MimeType>");
fprintf(output, "<Encoding>");
xmlSecPrintXmlString(output, encCtx->encoding);
fprintf(output, "</Encoding>");
fprintf(output, "<Recipient>");
xmlSecPrintXmlString(output, encCtx->recipient);
fprintf(output, "</Recipient>");
fprintf(output, "<CarriedKeyName>");
xmlSecPrintXmlString(output, encCtx->carriedKeyName);
fprintf(output, "</CarriedKeyName>");
fprintf(output, "<KeyInfoReadCtx>\n");
xmlSecKeyInfoCtxDebugXmlDump(&(encCtx->keyInfoReadCtx), output);
fprintf(output, "</KeyInfoReadCtx>\n");
fprintf(output, "<KeyInfoWriteCtx>\n");
xmlSecKeyInfoCtxDebugXmlDump(&(encCtx->keyInfoWriteCtx), output);
fprintf(output, "</KeyInfoWriteCtx>\n");
fprintf(output, "<EncryptionTransformCtx>\n");
xmlSecTransformCtxDebugXmlDump(&(encCtx->transformCtx), output);
fprintf(output, "</EncryptionTransformCtx>\n");
if(encCtx->encMethod != NULL) {
fprintf(output, "<EncryptionMethod>\n");
xmlSecTransformDebugXmlDump(encCtx->encMethod, output);
fprintf(output, "</EncryptionMethod>\n");
}
if(encCtx->encKey != NULL) {
fprintf(output, "<EncryptionKey>\n");
xmlSecKeyDebugXmlDump(encCtx->encKey, output);
fprintf(output, "</EncryptionKey>\n");
}
if((encCtx->result != NULL) &&
(xmlSecBufferGetData(encCtx->result) != NULL) &&
(encCtx->resultBase64Encoded != 0)) {
fprintf(output, "<Result>");
fwrite(xmlSecBufferGetData(encCtx->result),
xmlSecBufferGetSize(encCtx->result), 1,
output);
fprintf(output, "</Result>\n");
}
switch(encCtx->mode) {
case xmlEncCtxModeEncryptedData:
if(encCtx->operation == xmlSecTransformOperationEncrypt) {
fprintf(output, "</DataEncryptionContext>\n");
} else {
fprintf(output, "</DataDecryptionContext>\n");
}
break;
case xmlEncCtxModeEncryptedKey:
if(encCtx->operation == xmlSecTransformOperationEncrypt) {
fprintf(output, "</KeyEncryptionContext>\n");
} else {
fprintf(output, "</KeyDecryptionContext>\n");
}
break;
}
}
