static TPM_RESULT execute_MTM_InstallRIM(TPM_REQUEST *req, TPM_RESPONSE *rsp)
{
BYTE *ptr;
UINT32 len;
UINT32 rimCertSize;
TPM_RIM_CERTIFICATE rimCertIn;
TPM_RIM_CERTIFICATE rimCertOut;
TPM_RESULT res;
/* compute parameter digest */
tpm_compute_in_param_digest(req);
/* unmarshal input */
ptr = req->param;
len = req->paramSize;
if (tpm_unmarshal_UINT32(&ptr, &len, &rimCertSize)
|| tpm_unmarshal_TPM_RIM_CERTIFICATE(&ptr, &len, &rimCertIn)
|| len != 0) return TPM_BAD_PARAMETER;
/* execute command */
res = MTM_InstallRIM(&rimCertIn, &req->auth1, &rimCertOut);
if (res != TPM_SUCCESS) return res;
/* marshal output */
rsp->paramSize = len = 4 + sizeof_TPM_RIM_CERTIFICATE(rimCertOut);
rsp->param = ptr = tpm_malloc(len);
if (ptr == NULL
|| tpm_marshal_UINT32(&ptr, &len, sizeof_TPM_RIM_CERTIFICATE(rimCertOut))
|| tpm_marshal_TPM_RIM_CERTIFICATE(&ptr, &len, &rimCertOut)) {
tpm_free(rsp->param);
res = TPM_FAIL;
}
free_TPM_RIM_CERTIFICATE(rimCertOut);
return res;
}
static TPM_RESULT execute_MTM_LoadVerificationKey(TPM_REQUEST *req, TPM_RESPONSE *rsp)
{
BYTE *ptr;
UINT32 len;
TPM_VERIFICATION_KEY_HANDLE parentKey;
UINT32 verificationKeySize;
TPM_VERIFICATION_KEY verificationKey;
TPM_VERIFICATION_KEY_HANDLE verificationKeyHandle;
BYTE loadMethod;
TPM_RESULT res;
/* compute parameter digest */
tpm_compute_in_param_digest(req);
/* unmarshal input */
ptr = req->param;
len = req->paramSize;
if (tpm_unmarshal_TPM_VERIFICATION_KEY_HANDLE(&ptr, &len, &parentKey)
|| tpm_unmarshal_UINT32(&ptr, &len, &verificationKeySize)
|| tpm_unmarshal_TPM_VERIFICATION_KEY(&ptr, &len, &verificationKey)
|| len != 0) return TPM_BAD_PARAMETER;
/* execute command */
res = MTM_LoadVerificationKey(parentKey, &verificationKey, &req->auth1,
&verificationKeyHandle, &loadMethod);
if (res != TPM_SUCCESS) return res;
/* marshal output */
rsp->paramSize = len = 4 + 1;
rsp->param = ptr = tpm_malloc(len);
if (ptr == NULL
|| tpm_marshal_TPM_VERIFICATION_KEY_HANDLE(&ptr, &len, verificationKeyHandle)
|| tpm_marshal_BYTE(&ptr, &len, loadMethod)) {
tpm_free(rsp->param);
res = TPM_FAIL;
}
return res;
}
static int _tpm_read_from_storage(uint8_t **data, size_t *data_length)
{
int fh;
ssize_t res;
size_t total_length;
#if defined(_WIN32) || defined(_WIN64)
fh = open(tpm_storage_file, O_RDONLY | O_BINARY);
#else
fh = open(tpm_storage_file, O_RDONLY);
#endif
if (fh < 0) return -1;
total_length = lseek(fh, 0, SEEK_END);
lseek(fh, 0, SEEK_SET);
*data = tpm_malloc(total_length);
if (*data == NULL) {
close(fh);
return -1;
}
*data_length = 0;
while (total_length > 0) {
res = read(fh, &(*data)[*data_length], total_length);
if (res < 0) {
close(fh);
tpm_free(*data);
return -1;
}
if (res == 0) break;
*data_length += res;
total_length -= res;
}
close(fh);
return 0;
}
static TPM_RESULT execute_MTM_VerifyRIMCertAndExtend(TPM_REQUEST *req, TPM_RESPONSE *rsp)
{
BYTE *ptr;
UINT32 len;
UINT32 rimCertSize;
TPM_RIM_CERTIFICATE rimCert;
TPM_VERIFICATION_KEY_HANDLE rimKey;
TPM_PCRVALUE outDigest;
TPM_RESULT res;
/* compute parameter digest */
tpm_compute_in_param_digest(req);
/* unmarshal input */
ptr = req->param;
len = req->paramSize;
if (tpm_unmarshal_UINT32(&ptr, &len, &rimCertSize)
|| tpm_unmarshal_TPM_RIM_CERTIFICATE(&ptr, &len, &rimCert)
|| tpm_unmarshal_TPM_VERIFICATION_KEY_HANDLE(&ptr, &len, &rimKey)
|| len != 0) return TPM_BAD_PARAMETER;
/* execute command */
res = MTM_VerifyRIMCertAndExtend(&rimCert, rimKey, &outDigest);
/* marshal output */
rsp->paramSize = len = 20;
rsp->param = ptr = tpm_malloc(len);
if (ptr == NULL
|| tpm_marshal_TPM_PCRVALUE(&ptr, &len, &outDigest)) {
tpm_free(rsp->param);
res = TPM_FAIL;
}
return res;
}
inline TPM_RESULT return_BOOL(UINT32 *respSize, BYTE **resp, BOOL value)
{
UINT32 len = *respSize = 1;
BYTE *ptr = *resp = tpm_malloc(*respSize);
if (ptr == NULL || tpm_marshal_BOOL(&ptr, &len, value)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
}
/* manufacturer specific */
static TPM_RESULT cap_mfr(UINT32 *respSize, BYTE **resp)
{
UINT32 len = *respSize = 4;
BYTE *ptr = *resp = tpm_malloc(*respSize);
if (ptr == NULL || tpm_marshal_TPM_VERSION(&ptr, &len,
&tpmData.permanent.data.version)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
}
TPM_RESULT cap_flag(UINT32 subCapSize, BYTE *subCap,
UINT32 *respSize, BYTE **resp)
{
UINT32 type, len;
BYTE *ptr;
if (tpm_unmarshal_UINT32(&subCap, &subCapSize, &type)) return TPM_BAD_MODE;
switch (type) {
case TPM_CAP_FLAG_PERMANENT:
debug("[TPM_CAP_FLAG_PERMANENT");
*respSize = len = sizeof_TPM_PERMANENT_FLAGS(tpmData.permanent.flags);
*resp = ptr = tpm_malloc(len);
if (tpm_marshal_TPM_PERMANENT_FLAGS(&ptr, &len, &tpmData.permanent.flags)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
case TPM_CAP_FLAG_VOLATILE:
debug("[TPM_CAP_FLAG_VOLATILE]");
*respSize = len = sizeof_TPM_STCLEAR_FLAGS(tpmData.stclear.flags);
*resp = ptr = tpm_malloc(len);
if (tpm_marshal_TPM_STCLEAR_FLAGS(&ptr, &len, &tpmData.stclear.flags)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
/* removed since v1.2 rev 94
case TPM_CAP_FLAG_STANY:
debug("[TPM_CAP_FLAG_STANY]");
*respSize = len = sizeof_TPM_STANY_FLAGS(tpmData.stany.flags);
*resp = ptr = tpm_malloc(len);
if (tpm_marshal_TPM_STANY_FLAGS(&ptr, &len, &tpmData.stany.flags)) {
tpm_free(*resp);
return TPM_FAIL;
}
*/
return TPM_SUCCESS;
default:
return TPM_BAD_MODE;
}
}
/* changed since rev 94: returned version MUST BE 1.1.0.0 */
static TPM_RESULT cap_version(UINT32 *respSize, BYTE **resp)
{
UINT32 len = *respSize = 4;
BYTE *ptr = *resp = tpm_malloc(*respSize);
TPM_STRUCT_VER version;
version.major = version.minor = 1;
version.revMajor = version.revMinor = 0;
if (ptr == NULL || tpm_marshal_TPM_STRUCT_VER(&ptr, &len, &version)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
}
TPM_RESULT TPM_ChangeAuth(TPM_KEY_HANDLE parentHandle,
TPM_PROTOCOL_ID protocolID, TPM_ENCAUTH *newAuth,
TPM_ENTITY_TYPE entityType, UINT32 encDataSize,
BYTE *encData, TPM_AUTH *auth1, TPM_AUTH *auth2,
UINT32 *outDataSize, BYTE **outData)
{
TPM_RESULT res;
TPM_KEY_DATA *parent;
TPM_SESSION_DATA *session;
TPM_SECRET plainAuth;
info("TPM_ChangeAuth()");
/* get parent key */
parent = tpm_get_key(parentHandle);
if (parent == NULL) return TPM_INVALID_KEYHANDLE;
/* verify entity authorization */
auth2->continueAuthSession = FALSE;
session = tpm_get_auth(auth2->authHandle);
if (session->type != TPM_ST_OIAP) return TPM_BAD_MODE;
/* verify parent authorization */
res = tpm_verify_auth(auth1, parent->usageAuth, parentHandle);
if (res != TPM_SUCCESS) return res;
auth1->continueAuthSession = FALSE;
session = tpm_get_auth(auth1->authHandle);
if (session->type != TPM_ST_OSAP) return TPM_BAD_MODE;
/* decrypt auth */
tpm_decrypt_auth_secret(*newAuth, session->sharedSecret,
&session->lastNonceEven, plainAuth);
/* decrypt the entity, replace authData, and encrypt it again */
if (entityType == TPM_ET_DATA) {
TPM_SEALED_DATA seal;
BYTE *seal_buf;
/* decrypt entity */
if (decrypt_sealed_data(parent, encData, encDataSize,
&seal, &seal_buf)) return TPM_DECRYPT_ERROR;
/* verify auth2 */
res = tpm_verify_auth(auth2, seal.authData, TPM_INVALID_HANDLE);
if (res != TPM_SUCCESS) return (res == TPM_AUTHFAIL) ? TPM_AUTH2FAIL : res;
/* change authData and use it also for auth2 */
memcpy(seal.authData, plainAuth, sizeof(TPM_SECRET));
/* encrypt entity */
*outDataSize = parent->key.size >> 3;
*outData = tpm_malloc(*outDataSize);
if (encrypt_sealed_data(parent, &seal, *outData, outDataSize)) {
tpm_free(encData);
tpm_free(seal_buf);
return TPM_ENCRYPT_ERROR;
}
tpm_free(seal_buf);
} else if (entityType == TPM_ET_KEY) {
static int compute_context_digest(TPM_CONTEXT_BLOB *contextBlob, TPM_DIGEST *digest)
{
BYTE *buf, *ptr;
UINT32 len;
tpm_hmac_ctx_t hmac_ctx;
len = sizeof_TPM_CONTEXT_BLOB((*contextBlob));
buf = ptr = tpm_malloc(len);
if (buf == NULL) return -1;
if (tpm_marshal_TPM_CONTEXT_BLOB(&ptr, &len, contextBlob)) {
tpm_free(buf);
return -1;
}
memset(&buf[30], 0, 20);
tpm_hmac_init(&hmac_ctx, tpmData.permanent.data.tpmProof.nonce,
sizeof(tpmData.permanent.data.tpmProof.nonce));
tpm_hmac_update(&hmac_ctx, buf, sizeof_TPM_CONTEXT_BLOB((*contextBlob)));
tpm_hmac_final(&hmac_ctx, digest->digest);
tpm_free(buf);
return 0;
}
static int decrypt_context(BYTE *iv, UINT32 iv_size, BYTE *enc, UINT32 enc_size,
TPM_CONTEXT_SENSITIVE *context, BYTE **buf)
{
UINT32 len;
BYTE *ptr;
tpm_rc4_ctx_t rc4_ctx;
BYTE key[TPM_SYM_KEY_SIZE + iv_size];
len = enc_size;
*buf = ptr = tpm_malloc(len);
if (*buf == NULL) return -1;
/* decrypt context */
memcpy(key, tpmData.permanent.data.contextKey, TPM_SYM_KEY_SIZE);
memcpy(&key[TPM_SYM_KEY_SIZE], iv, iv_size);
tpm_rc4_init(&rc4_ctx, key, sizeof(key));
tpm_rc4_crypt(&rc4_ctx, enc, *buf, enc_size);
/* unmarshal context */
if (tpm_unmarshal_TPM_CONTEXT_SENSITIVE(&ptr, &len, context)) {
tpm_free(*buf);
return -1;
}
return 0;
}
static int encrypt_context(BYTE *iv, UINT32 iv_size, TPM_CONTEXT_SENSITIVE *context,
BYTE **enc, UINT32 *enc_size)
{
UINT32 len;
BYTE *ptr;
tpm_rc4_ctx_t rc4_ctx;
BYTE key[TPM_SYM_KEY_SIZE + iv_size];
/* marshal context */
*enc_size = len = sizeof_TPM_CONTEXT_SENSITIVE((*context));
*enc = ptr = tpm_malloc(len);
if (*enc == NULL) return -1;
if (tpm_marshal_TPM_CONTEXT_SENSITIVE(&ptr, &len, context)) {
tpm_free(*enc);
return -1;
}
/* encrypt context */
memcpy(key, tpmData.permanent.data.contextKey, TPM_SYM_KEY_SIZE);
memcpy(&key[TPM_SYM_KEY_SIZE], iv, iv_size);
tpm_rc4_init(&rc4_ctx, key, sizeof(key));
tpm_rc4_crypt(&rc4_ctx, *enc, *enc, *enc_size);
return 0;
}
/* TODO: added since rev 94 */
TPM_RESULT cap_version_val(UINT32 *respSize, BYTE **resp)
{
UINT32 len;
BYTE *ptr;
TPM_CAP_VERSION_INFO version;
version.tag = TPM_TAG_CAP_VERSION_INFO;
version.version = tpmData.permanent.data.version;
version.specLevel = 2;
version.errataRev = 94;
memset(version.tpmVendorID, 0, sizeof(version.tpmVendorID));
version.vendorSpecificSize = 0;
version.vendorSpecific = NULL;
len = *respSize = sizeof_TPM_CAP_VERSION_INFO(version);
ptr = *resp = tpm_malloc(*respSize);
if (ptr == NULL || tpm_marshal_TPM_CAP_VERSION_INFO(&ptr, &len, &version)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
}
static int decrypt_transport_auth(TPM_KEY_DATA *key, BYTE *enc, UINT32 enc_size,
TPM_TRANSPORT_AUTH *trans_auth)
{
BYTE *buf;
size_t buf_size;
int scheme;
switch (key->encScheme) {
case TPM_ES_RSAESOAEP_SHA1_MGF1: scheme = RSA_ES_OAEP_SHA1; break;
case TPM_ES_RSAESPKCSv15: scheme = RSA_ES_PKCSV15; break;
default: return -1;
}
buf = tpm_malloc(key->key.size);
if (buf == NULL
|| tpm_rsa_decrypt(&key->key, scheme, enc, enc_size, buf, &buf_size)
|| buf_size != sizeof_TPM_TRANSPORT_AUTH(x)
|| (((UINT16)buf[0] << 8) | buf[1]) != TPM_TAG_TRANSPORT_AUTH) {
tpm_free(buf);
return -1;
}
trans_auth->tag = TPM_TAG_TRANSPORT_AUTH;
memcpy(trans_auth->authData, &buf[2], sizeof(TPM_AUTHDATA));
tpm_free(buf);
return 0;
}
static int tpm_compute_migration_digest(TPM_PUBKEY *migrationKey,
TPM_MIGRATE_SCHEME migrationScheme,
TPM_NONCE *tpmProof, TPM_DIGEST *digest)
{
tpm_sha1_ctx_t sha1;
UINT32 len = sizeof_TPM_PUBKEY((*migrationKey));
BYTE *buf, *ptr, buf2[2];
buf = ptr = tpm_malloc(len);
if (buf == NULL
|| tpm_marshal_TPM_PUBKEY(&ptr, &len, migrationKey)) {
tpm_free(buf);
return -1;
}
/* compute SHA1 hash */
tpm_sha1_init(&sha1);
tpm_sha1_update(&sha1, buf, sizeof_TPM_PUBKEY((*migrationKey)));
ptr = buf2; len = 2;
tpm_marshal_UINT16(&ptr, &len, migrationScheme);
tpm_sha1_update(&sha1, buf2, 2);
tpm_sha1_update(&sha1, tpmProof->nonce, sizeof(TPM_NONCE));
tpm_sha1_final(&sha1, digest->digest);
tpm_free(buf);
return 0;
}
TPM_RESULT TPM_ExecuteTransport(UINT32 inWrappedCmdSize, BYTE *inWrappedCmd,
TPM_AUTH *auth1, UINT64 *currentTicks,
TPM_MODIFIER_INDICATOR *locality,
UINT32 *outWrappedCmdSize, BYTE **outWrappedCmd)
{
TPM_RESULT res;
TPM_SESSION_DATA *session;
TPM_REQUEST req;
TPM_RESPONSE rsp;
BYTE *ptr, buf[4 * 4 + 8 + 20];
UINT32 len, offset;
tpm_sha1_ctx_t sha1;
info("TPM_ExecuteTransport()");
/* get transport session */
session = tpm_get_transport(auth1->authHandle);
if (session == NULL) return TPM_BAD_PARAMETER;
/* unmarshal wrapped command */
len = inWrappedCmdSize;
ptr = inWrappedCmd;
if (tpm_unmarshal_TPM_REQUEST(&ptr, &len, &req)) return TPM_FAIL;
/* decrypt wrapped command if needed */
ptr = tpm_malloc(req.paramSize);
if (ptr == NULL) return TPM_FAIL;
memcpy(ptr, req.param, req.paramSize);
if (session->transInternal.transPublic.transAttributes & TPM_TRANSPORT_ENCRYPT) {
if (req.ordinal == TPM_ORD_OIAP || req.ordinal == TPM_ORD_OSAP) {
offset = req.paramSize;
} else if (req.ordinal == TPM_ORD_DSAP) {
offset = 30;
} else {
offset = tpm_get_in_param_offset(req.ordinal);
}
debug("decrypting %d bytes, starting at pos %d", req.paramSize - offset, offset);
decrypt_wrapped_command(ptr + offset, req.paramSize - offset, auth1, session);
}
req.param = ptr;
/* verify authorization */
tpm_compute_in_param_digest(&req);
tpm_sha1_init(&sha1);
tpm_sha1_update_be32(&sha1, TPM_ORD_ExecuteTransport);
tpm_sha1_update_be32(&sha1, inWrappedCmdSize);
tpm_sha1_update(&sha1, req.auth1.digest, sizeof(req.auth1.digest));
tpm_sha1_final(&sha1, auth1->digest);
res = tpm_verify_auth(auth1, session->transInternal.authData, TPM_INVALID_HANDLE);
if (res != TPM_SUCCESS) {
tpm_free(req.param);
return res;
}
/* nested transport sessions are not allowed */
if (req.ordinal == TPM_ORD_EstablishTransport
|| req.ordinal == TPM_ORD_ExecuteTransport
|| req.ordinal == TPM_ORD_ReleaseTransportSigned) {
tpm_free(req.param);
return TPM_NO_WRAP_TRANSPORT;
}
/* log input parameters */
if (session->transInternal.transPublic.transAttributes & TPM_TRANSPORT_LOG) {
TPM_DIGEST keyDigest;
compute_key_digest(&req, &keyDigest);
transport_log_in(req.auth1.digest, keyDigest.digest,
&session->transInternal.transDigest);
}
/* execute and audit command*/
tpm_audit_request(req.ordinal, &req);
tpm_execute_command(&req, &rsp);
tpm_audit_response(req.ordinal, &rsp);
tpm_free(req.param);
/* get locality and ticks */
*locality = tpmData.stany.flags.localityModifier;
*currentTicks = tpmData.stany.data.currentTicks.currentTicks;
/* if required, compute digest of internal output parameters */
debug("result = %d", rsp.result);
if (rsp.result == TPM_SUCCESS) {
if (rsp.tag == TPM_TAG_RSP_COMMAND) {
rsp.auth1 = &req.auth1;
tpm_compute_out_param_digest(req.ordinal, &rsp);
}
/* encrypt parameters */
if (session->transInternal.transPublic.transAttributes & TPM_TRANSPORT_ENCRYPT) {
if (req.ordinal == TPM_ORD_OIAP || req.ordinal == TPM_ORD_OSAP) {
offset = rsp.paramSize;
} else if (req.ordinal == TPM_ORD_DSAP) {
offset = rsp.paramSize;
} else {
offset = tpm_get_out_param_offset(req.ordinal);
}
debug("encrypting %d bytes, starting at pos %d", rsp.paramSize - offset, offset);
encrypt_wrapped_command(rsp.param + offset, rsp.paramSize - offset, auth1, session);
}
} else {
rsp.auth1 = &req.auth1;
memset(rsp.auth1->digest, 0, sizeof(*rsp.auth1->digest));
}
/* marshal response */
*outWrappedCmdSize = len = rsp.size;
*outWrappedCmd = ptr = tpm_malloc(len);
if (ptr == NULL) {
tpm_free(rsp.param);
return TPM_FAIL;
}
tpm_marshal_TPM_RESPONSE(&ptr, &len, &rsp);
debug("marshalling done.");
/* log output parameters */
if (session->transInternal.transPublic.transAttributes & TPM_TRANSPORT_LOG) {
transport_log_out(rsp.auth1->digest, &session->transInternal.transDigest);
}
tpm_free(rsp.param);
/* compute digest of output parameters */
ptr = buf; len = sizeof(buf);
tpm_marshal_UINT32(&ptr, &len, TPM_SUCCESS);
tpm_marshal_TPM_COMMAND_CODE(&ptr, &len, TPM_ORD_ExecuteTransport);
tpm_marshal_UINT64(&ptr, &len, *currentTicks);
tpm_marshal_TPM_MODIFIER_INDICATOR(&ptr, &len, *locality);
tpm_marshal_UINT32(&ptr, &len, *outWrappedCmdSize);
memcpy(ptr, rsp.auth1->digest, sizeof(rsp.auth1->digest));
tpm_sha1_init(&sha1);
tpm_sha1_update(&sha1, buf, sizeof(buf));
tpm_sha1_final(&sha1, auth1->digest);
return TPM_SUCCESS;
}
int tpm_store_permanent_data(void)
{
uint8_t *buf, *ptr;
size_t buf_length;
uint32_t len;
/* marshal data */
buf_length = len = sizeof_TPM_VERSION(tpmData.permanent.data.version)
#ifdef MTM_EMULATOR
+ sizeof_TPM_DATA(tpmData) + sizeof_MTM_DATA(mtmData);
#else
+ sizeof_TPM_DATA(tpmData);
#endif
debug("size of permanent data: %d", buf_length);
buf = ptr = tpm_malloc(buf_length);
if (buf == NULL
|| tpm_marshal_TPM_VERSION(&ptr, &len, &tpmData.permanent.data.version)
#ifdef MTM_EMULATOR
|| tpm_marshal_TPM_DATA(&ptr, &len, &tpmData)
|| tpm_marshal_MTM_DATA(&ptr, &len, &mtmData)) {
#else
|| tpm_marshal_TPM_DATA(&ptr, &len, &tpmData)) {
#endif
tpm_free(buf);
return -1;
}
if (len != 0) debug("warning: buffer was too large, %d bytes left", len);
if (tpm_write_to_storage(buf, buf_length - len)) {
tpm_free(buf);
return -1;
}
tpm_free(buf);
return 0;
}
int tpm_restore_permanent_data(void)
{
uint8_t *buf, *ptr;
size_t buf_length;
uint32_t len;
TPM_VERSION ver;
/* read data */
if (tpm_read_from_storage(&buf, &buf_length)) return -1;
ptr = buf;
len = buf_length;
/* unmarshal data */
if (tpm_unmarshal_TPM_VERSION(&ptr, &len, &ver)
|| memcmp(&ver, &tpm_version, sizeof(TPM_VERSION))
|| tpm_unmarshal_TPM_DATA(&ptr, &len, &tpmData)
#ifdef MTM_EMULATOR
|| tpm_unmarshal_MTM_DATA(&ptr, &len, &mtmData)
#endif
|| len > 0) {
tpm_free(buf);
return -1;
}
tpm_free(buf);
tpmData.permanent.flags.dataRestored = TRUE;
return 0;
}
TPM_RESULT TPM_SaveContext(TPM_HANDLE handle, TPM_RESOURCE_TYPE resourceType,
const BYTE label[16], UINT32 *contextSize,
TPM_CONTEXT_BLOB *contextBlob)
{
TPM_CONTEXT_SENSITIVE context;
TPM_SESSION_DATA *session = NULL;
TPM_DAA_SESSION_DATA *sessionDAA = NULL;
TPM_KEY_DATA *key = NULL;
int i = 0;
info("TPM_SaveContext() resourceType = %08x", resourceType);
/* setup context data */
context.tag = TPM_TAG_CONTEXT_SENSITIVE;
context.resourceType = resourceType;
if (resourceType == TPM_RT_AUTH || resourceType == TPM_RT_TRANS) {
session = (resourceType == TPM_RT_AUTH) ? tpm_get_auth(handle) :
tpm_get_transport(handle);
if (session == NULL) return TPM_INVALID_RESOURCE;
/* store session data */
memcpy(&context.internalData.session, session, sizeof(TPM_SESSION_DATA));
context.internalSize = sizeof_TPM_SESSION_DATA((*session));
/* set context nonce */
memcpy(&context.contextNonce, &tpmData.stany.data.contextNonceSession,
sizeof(TPM_NONCE));
} else if (resourceType == TPM_RT_KEY) {
key = tpm_get_key(handle);
debug("resourceType = TPM_RT_KEY, handle = %08x, key = %p", handle, key);
if (key == NULL) return TPM_INVALID_RESOURCE;
if (key->keyControl & TPM_KEY_CONTROL_OWNER_EVICT) return TPM_OWNER_CONTROL;
/* store key data (shallow copy is ok) */
memcpy(&context.internalData.key, key, sizeof(TPM_KEY_DATA));
context.internalSize = sizeof_TPM_KEY_DATA((*key));
/* set context nonce */
memcpy(&context.contextNonce, &tpmData.stclear.data.contextNonceKey,
sizeof(TPM_NONCE));
} else if (resourceType == TPM_RT_DAA_TPM) {
sessionDAA = tpm_get_daa(handle);
if (sessionDAA == NULL) return TPM_INVALID_RESOURCE;
/* store sessionDAA data */
memcpy(&context.internalData.sessionDAA, sessionDAA,
sizeof(TPM_DAA_SESSION_DATA));
context.internalSize = sizeof(TPM_DAA_SESSION_DATA);
/* set context nonce */
memcpy(&context.contextNonce, &tpmData.stany.data.contextNonceSession,
sizeof(TPM_NONCE));
} else {
return TPM_INVALID_RESOURCE;
}
/* setup context blob */
contextBlob->tag = TPM_TAG_CONTEXTBLOB;
contextBlob->resourceType = resourceType;
contextBlob->handle = handle;
memset(&contextBlob->integrityDigest, 0, sizeof(TPM_DIGEST));
memcpy(contextBlob->label, label, sizeof(contextBlob->label));
contextBlob->additionalSize = TPM_SYM_KEY_SIZE;
contextBlob->additionalData = tpm_malloc(contextBlob->additionalSize);
if (contextBlob->additionalData == NULL) return TPM_FAIL;
tpm_get_random_bytes(contextBlob->additionalData,
contextBlob->additionalSize);
/* increment context counter */
if (resourceType == TPM_RT_KEY) {
contextBlob->contextCount = 0;
} else {
if (tpmData.stany.data.contextCount >= 0xfffffffc) {
tpm_free(contextBlob->additionalData);
return TPM_TOOMANYCONTEXTS;
}
contextBlob->contextCount = ++tpmData.stany.data.contextCount;
for (i = 0; i < TPM_MAX_SESSION_LIST; i++) {
if (tpmData.stany.data.contextList[i] == 0) break;
}
if (i >= TPM_MAX_SESSION_LIST) {
tpm_free(contextBlob->additionalData);
return TPM_NOCONTEXTSPACE;
}
tpmData.stany.data.contextCount++;
tpmData.stany.data.contextList[i] = tpmData.stany.data.contextCount;
contextBlob->contextCount = tpmData.stany.data.contextCount;
}
debug("context counter = %d", tpmData.stany.data.contextCount);
/* encrypt sensitive data */
if (encrypt_context(contextBlob->additionalData, contextBlob->additionalSize,
&context, &contextBlob->sensitiveData, &contextBlob->sensitiveSize)) {
tpm_free(contextBlob->additionalData);
return TPM_ENCRYPT_ERROR;
}
/* compute context digest */
if (compute_context_digest(contextBlob, &contextBlob->integrityDigest)) {
tpm_free(contextBlob->additionalData);
return TPM_FAIL;
}
*contextSize = sizeof_TPM_CONTEXT_BLOB((*contextBlob));
if (resourceType != TPM_RT_KEY) {
/* The TPM MUST invalidate all information regarding the resource
* except for information needed for reloading. */
if (resourceType != TPM_RT_DAA_TPM)
session->type = TPM_ST_INVALID;
else {
memset(sessionDAA, 0, sizeof(TPM_DAA_SESSION_DATA));
sessionDAA->type = TPM_ST_INVALID;
tpmData.stany.data.currentDAA = 0;
}
}
return TPM_SUCCESS;
}
static TPM_RESULT cap_handle(UINT32 subCapSize, BYTE *subCap,
UINT32 *respSize, BYTE **resp)
{
UINT32 i, len, type;
BYTE *ptr;
/* maximum of { TPM_MAX_KEYS, TPM_MAX_SESSIONS } */
UINT32 list_size =
(TPM_MAX_KEYS > TPM_MAX_SESSIONS) ? TPM_MAX_KEYS : TPM_MAX_SESSIONS;
UINT32 handles[list_size];
TPM_KEY_HANDLE_LIST list = { 0, handles };
if (tpm_unmarshal_UINT32(&subCap, &subCapSize, &type))
return TPM_BAD_MODE;
switch (type) {
case TPM_RT_KEY:
debug("[TPM_RT_KEY]");
for (i = 0; i < TPM_MAX_KEYS; i++)
if (tpmData.permanent.data.keys[i].valid) {
list.loaded++;
list.handle[i] = INDEX_TO_KEY_HANDLE(i);
}
break;
case TPM_RT_AUTH:
debug("[TPM_RT_AUTH]");
for (i = 0; i < TPM_MAX_SESSIONS; i++)
if (tpmData.stany.data.sessions[i].type == TPM_ST_OIAP
|| tpmData.stany.data.sessions[i].type == TPM_ST_OSAP) {
list.loaded++;
list.handle[i] = INDEX_TO_AUTH_HANDLE(i);
}
break;
case TPM_RT_TRANS:
debug("[TPM_RT_TRANS]");
for (i = 0; i < TPM_MAX_SESSIONS; i++)
if (tpmData.stany.data.sessions[i].type == TPM_ST_TRANSPORT) {
list.loaded++;
list.handle[i] = INDEX_TO_TRANS_HANDLE(i);
}
break;
/* removed since v1.2 rev 94
case TPM_RT_DELEGATE:
debug("[TPM_RT_DELEGATE]");
break;
*/
case TPM_RT_COUNTER:
debug("[TPM_RT_COUNTER]");
for (i = 0; i < TPM_MAX_COUNTERS; i++)
if (tpmData.permanent.data.counters[i].valid) {
list.loaded++;
list.handle[i] = INDEX_TO_COUNTER_HANDLE(i);
}
break;
case TPM_RT_CONTEXT:
/* TODO: implement TPM_CAP_HANDLE for TPM_RT_CONTEXT */
default:
return TPM_BAD_MODE;
}
/* marshal handle list */
len = *respSize = 2 + list.loaded * 4;
ptr = *resp = tpm_malloc(len);
if (ptr == NULL || tpm_marshal_TPM_KEY_HANDLE_LIST(&ptr, &len, &list)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
}
static TPM_RESULT cap_property(UINT32 subCapSize, BYTE *subCap,
UINT32 *respSize, BYTE **resp)
{
UINT32 i, j, property;
if (tpm_unmarshal_UINT32(&subCap, &subCapSize, &property))
return TPM_BAD_MODE;
switch (property) {
case TPM_CAP_PROP_PCR:
debug("[TPM_CAP_PROP_PCR]");
return return_UINT32(respSize, resp, TPM_NUM_PCR);
case TPM_CAP_PROP_DIR:
debug("[TPM_CAP_PROP_DIR]");
return return_UINT32(respSize, resp, 1);
case TPM_CAP_PROP_MANUFACTURER:
debug("[TPM_CAP_PROP_MANUFACTURER]");
return return_UINT32(respSize, resp, TPM_MANUFACTURER);
case TPM_CAP_PROP_KEYS:
debug("[TPM_CAP_PROP_KEYS]");
for (i = 0, j = TPM_MAX_KEYS; i < TPM_MAX_KEYS; i++)
if (tpmData.permanent.data.keys[i].valid) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_MIN_COUNTER:
debug("[TPM_CAP_PROP_MIN_COUNTER]");
return return_UINT32(respSize, resp, 1);
case TPM_CAP_PROP_AUTHSESS:
debug("[TPM_CAP_PROP_AUTHSESS]");
for (i = 0, j = TPM_MAX_SESSIONS; i < TPM_MAX_SESSIONS; i++)
if (tpmData.stany.data.sessions[i].type != TPM_ST_INVALID) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_TRANSESS:
debug("[TPM_CAP_PROP_TRANSESS]");
for (i = 0, j = TPM_MAX_SESSIONS; i < TPM_MAX_SESSIONS; i++)
if (tpmData.stany.data.sessions[i].type != TPM_ST_INVALID) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_COUNTERS:
debug("[TPM_CAP_PROP_COUNTERS]");
for (i = 0, j = TPM_MAX_COUNTERS; i < TPM_MAX_COUNTERS; i++)
if (tpmData.permanent.data.counters[i].valid) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_MAX_AUTHSESS:
debug("[TPM_CAP_PROP_MAX_AUTHSESS]");
return return_UINT32(respSize, resp, TPM_MAX_SESSIONS);
case TPM_CAP_PROP_MAX_TRANSESS:
debug("[TPM_CAP_PROP_MAX_TRANSESS]");
return return_UINT32(respSize, resp, TPM_MAX_SESSIONS);
case TPM_CAP_PROP_MAX_COUNTERS:
debug("[TPM_CAP_PROP_MAX_COUNTERS]");
return return_UINT32(respSize, resp, TPM_MAX_COUNTERS);
case TPM_CAP_PROP_MAX_KEYS:
debug("[TPM_CAP_PROP_MAX_KEYS]");
return return_UINT32(respSize, resp, TPM_MAX_KEYS);
case TPM_CAP_PROP_OWNER:
debug("[TPM_CAP_PROP_OWNER]");
return return_BOOL(respSize, resp, tpmData.permanent.flags.owned);
case TPM_CAP_PROP_CONTEXT:
debug("[TPM_CAP_PROP_CONTEXT]");
for (i = 0, j = 0; i < TPM_MAX_SESSION_LIST; i++)
if (tpmData.stany.data.contextList[i] == 0) j++;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_MAX_CONTEXT:
debug("[TPM_CAP_PROP_MAX_CONTEXT]");
return return_UINT32(respSize, resp, TPM_MAX_SESSION_LIST);
case TPM_CAP_PROP_FAMILYROWS:
debug("[TPM_CAP_PROP_FAMILYROWS]");
/* TODO: TPM_CAP_PROP_FAMILYROWS */
return TPM_FAIL;
case TPM_CAP_PROP_TIS_TIMEOUT:
debug("[TPM_CAP_PROP_TIS_TIMEOUT]");
/* TODO: TPM_CAP_PROP_TIS_TIMEOUT: Measure these values and determine correct ones */
UINT32 len = *respSize = 16;
BYTE *ptr = *resp = tpm_malloc(*respSize);
if (ptr == NULL ||
tpm_marshal_UINT32(&ptr, &len, 200000) ||
tpm_marshal_UINT32(&ptr, &len, 200000) ||
tpm_marshal_UINT32(&ptr, &len, 200000) ||
tpm_marshal_UINT32(&ptr, &len, 200000)) {
tpm_free(*resp);
return TPM_FAIL;
}
return TPM_SUCCESS;
case TPM_CAP_PROP_STARTUP_EFFECT:
debug("[TPM_CAP_PROP_STARTUP_EFFECT]");
/* TODO: TPM_CAP_PROP_STARTUP_EFFECT */
return TPM_FAIL;
case TPM_CAP_PROP_DELEGATE_ROW:
debug("[TPM_CAP_PROP_DELEGATE_ROW]");
/* TODO: TPM_CAP_PROP_DELEGATE_ROW */
return TPM_FAIL;
case TPM_CAP_PROP_DAA_MAX:
debug("[TPM_CAP_PROP_DAA_MAX]");
return return_UINT32(respSize, resp, TPM_MAX_SESSIONS_DAA);
case TPM_CAP_PROP_SESSION_DAA:
debug("[TPM_CAP_PROP_SESSION_DAA]");
for (i = 0, j = TPM_MAX_SESSIONS_DAA; i < TPM_MAX_SESSIONS_DAA; i++)
if (tpmData.stany.data.sessionsDAA[i].type != TPM_ST_INVALID) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_CONTEXT_DIST:
debug("[TPM_CAP_PROP_CONTEXT_DIST]");
/* TODO: TPM_CAP_PROP_CONTEXT_DIST */
return TPM_FAIL;
case TPM_CAP_PROP_DAA_INTERRUPT:
debug("[TPM_CAP_PROP_DAA_INTERRUPT]");
/* A value of TRUE indicates that the TPM will accept ANY command
* while executing a DAA Join or Sign. A value of FALSE indicates
* that the TPM will invalidate the DAA Join or Sign upon the
* receipt of any command other than the next join/sign in the
* session or a TPM_SaveContext. */
return return_BOOL(respSize, resp, TRUE);
case TPM_CAP_PROP_SESSIONS:
debug("[TPM_CAP_PROP_SESSIONS]");
for (i = 0, j = TPM_MAX_SESSIONS; i < TPM_MAX_SESSIONS; i++)
if (tpmData.stany.data.sessions[i].type != TPM_ST_INVALID) j--;
return return_UINT32(respSize, resp, j);
case TPM_CAP_PROP_MAX_SESSIONS:
debug("[TPM_CAP_PROP_MAX_SESSIONS]");
return return_UINT32(respSize, resp, TPM_MAX_SESSIONS);
case TPM_CAP_PROP_CMK_RESTRICTION:
debug("[TPM_CAP_PROP_CMK_RESTRICTION]");
/* TODO: TPM_CAP_PROP_CMK_RESTRICTION */
return TPM_FAIL;
case TPM_CAP_PROP_DURATION:
debug("[TPM_CAP_PROP_DURATION]");
/* TODO: TPM_CAP_PROP_DURATION: Measure these values and return accurate ones */
BYTE dur[]= {0x0,0x0,0x0,0xc,0x0,0x7,0xa1,0x20,0x0,0x1e,0x84,0x80,0x11,0xe1,0xa3,0x0};
*respSize = 16;
*resp = tpm_malloc(*respSize);
memcpy(*resp,dur,16);
return TPM_FAIL;
case TPM_CAP_PROP_ACTIVE_COUNTER:
debug("[TPM_CAP_PROP_ACTIVE_COUNTER]");
/* TODO: TPM_CAP_PROP_ACTIVE_COUNTER */
return TPM_FAIL;
case TPM_CAP_PROP_MAX_NV_AVAILABLE:
debug("[TPM_CAP_PROP_MAX_NV_AVAILABLE]");
/* TODO: TPM_CAP_PROP_MAX_NV_AVAILABLE */
return TPM_FAIL;
case TPM_CAP_PROP_INPUT_BUFFER:
debug("[TPM_CAP_PROP_INPUT_BUFFER]");
/* TODO: TPM_CAP_PROP_INPUT_BUFFER */
return TPM_FAIL;
default:
return TPM_BAD_MODE;
}
}
TPM_RESULT TPM_TakeOwnership(TPM_PROTOCOL_ID protocolID,
UINT32 encOwnerAuthSize, BYTE *encOwnerAuth,
UINT32 encSrkAuthSize, BYTE *encSrkAuth,
TPM_KEY *srkParams, TPM_AUTH *auth1,
TPM_KEY *srkPub)
{
TPM_RESULT res;
tpm_rsa_private_key_t *ek = &tpmData.permanent.data.endorsementKey;
TPM_KEY_DATA *srk = &tpmData.permanent.data.srk;
size_t buf_size = ek->size >> 3;
BYTE buf[buf_size];
info("TPM_TakeOwnership()");
if (!ek->size) return TPM_NO_ENDORSEMENT;
if (protocolID != TPM_PID_OWNER) return TPM_BAD_PARAMETER;
if (tpmData.permanent.flags.owned) return TPM_OWNER_SET;
if (!tpmData.permanent.flags.ownership) return TPM_INSTALL_DISABLED;
/* decrypt ownerAuth */
if (tpm_rsa_decrypt(ek, RSA_ES_OAEP_SHA1, encOwnerAuth, encOwnerAuthSize,
buf, &buf_size) != 0) return TPM_DECRYPT_ERROR;
if (buf_size != sizeof(TPM_SECRET)) return TPM_BAD_KEY_PROPERTY;
memcpy(tpmData.permanent.data.ownerAuth, buf, buf_size);
/* verify authorization */
res = tpm_verify_auth(auth1, tpmData.permanent.data.ownerAuth, TPM_KH_OWNER);
if (res != TPM_SUCCESS) return res;
if (tpm_get_auth(auth1->authHandle)->type != TPM_ST_OIAP)
return TPM_AUTHFAIL;
/* reset srk and decrypt srkAuth */
memset(srk, 0, sizeof(*srk));
if (tpm_rsa_decrypt(ek, RSA_ES_OAEP_SHA1, encSrkAuth, encSrkAuthSize,
buf, &buf_size) != 0) return TPM_DECRYPT_ERROR;
if (buf_size != sizeof(TPM_SECRET)) return TPM_BAD_KEY_PROPERTY;
memcpy(srk->usageAuth, buf, buf_size);
/* validate SRK parameters */
if (srkParams->keyFlags & TPM_KEY_FLAG_MIGRATABLE
|| srkParams->keyUsage != TPM_KEY_STORAGE) return TPM_INVALID_KEYUSAGE;
if (srkParams->algorithmParms.algorithmID != TPM_ALG_RSA
|| srkParams->algorithmParms.encScheme != TPM_ES_RSAESOAEP_SHA1_MGF1
|| srkParams->algorithmParms.sigScheme != TPM_SS_NONE
|| srkParams->algorithmParms.parmSize == 0
|| srkParams->algorithmParms.parms.rsa.keyLength != 2048
|| srkParams->algorithmParms.parms.rsa.numPrimes != 2
|| srkParams->algorithmParms.parms.rsa.exponentSize != 0
|| srkParams->PCRInfoSize != 0) return TPM_BAD_KEY_PROPERTY;
/* setup and generate SRK */
srk->keyFlags = srkParams->keyFlags;
srk->keyFlags |= TPM_KEY_FLAG_PCR_IGNORE;
srk->keyFlags &= ~TPM_KEY_FLAG_HAS_PCR;
srk->keyUsage = srkParams->keyUsage;
srk->encScheme = srkParams->algorithmParms.encScheme;
srk->sigScheme = srkParams->algorithmParms.sigScheme;
srk->authDataUsage = srkParams->authDataUsage;
debug("srk->authDataUsage = %02x", srk->authDataUsage);
srk->parentPCRStatus = FALSE;
srkParams->algorithmParms.parms.rsa.keyLength = 2048;
if (tpm_rsa_generate_key(&srk->key,
srkParams->algorithmParms.parms.rsa.keyLength)) return TPM_FAIL;
srk->payload = TPM_PT_ASYM;
/* generate context, delegate, and DAA key */
tpm_get_random_bytes(tpmData.permanent.data.contextKey,
sizeof(tpmData.permanent.data.contextKey));
tpm_get_random_bytes(tpmData.permanent.data.delegateKey,
sizeof(tpmData.permanent.data.delegateKey));
tpm_get_random_bytes(tpmData.permanent.data.daaKey,
sizeof(tpmData.permanent.data.daaKey));
/* export SRK */
memcpy(srkPub, srkParams, sizeof(TPM_KEY));
srkPub->pubKey.keyLength = srk->key.size >> 3;
srkPub->pubKey.key = tpm_malloc(srkPub->pubKey.keyLength);
if (srkPub->pubKey.key == NULL) {
tpm_rsa_release_private_key(&srk->key);
srk->payload = TPM_PT_NONE;
return TPM_FAIL;
}
tpm_rsa_export_modulus(&srk->key, srkPub->pubKey.key, NULL);
/* setup tpmProof/daaProof and set state to owned */
tpm_get_random_bytes(tpmData.permanent.data.tpmProof.nonce,
sizeof(tpmData.permanent.data.tpmProof.nonce));
tpm_get_random_bytes(tpmData.permanent.data.daaProof.nonce,
sizeof(tpmData.permanent.data.daaProof.nonce));
tpmData.permanent.flags.readPubek = FALSE;
tpmData.permanent.flags.owned = TRUE;
return TPM_SUCCESS;
}
TPM_RESULT TPM_CreateMigrationBlob(TPM_KEY_HANDLE parentHandle,
TPM_MIGRATE_SCHEME migrationType,
TPM_MIGRATIONKEYAUTH *migrationKeyAuth,
UINT32 encDataSize, BYTE *encData,
TPM_AUTH *auth1, TPM_AUTH *auth2,
UINT32 *randomSize, BYTE **random,
UINT32 *outDataSize, BYTE **outData)
{
TPM_RESULT res;
TPM_KEY_DATA *parent;
TPM_SESSION_DATA *session;
BYTE *key_buf;
UINT32 key_buf_size;
TPM_STORE_ASYMKEY store;
TPM_PUBKEY_DATA key;
info("TPM_CreateMigrationBlob()");
/* get parent key */
parent = tpm_get_key(parentHandle);
if (parent == NULL) return TPM_INVALID_KEYHANDLE;
/* verify parent authorization */
res = tpm_verify_auth(auth1, parent->usageAuth, parentHandle);
if (res != TPM_SUCCESS) return res;
session = tpm_get_auth(auth2->authHandle);
if (session == NULL || session->type != TPM_ST_OIAP) return TPM_AUTHFAIL;
/* verify key properties */
if (parent->keyUsage != TPM_KEY_STORAGE) return TPM_INVALID_KEYUSAGE;
/* decrypt private key */
if (tpm_decrypt_private_key(parent, encData, encDataSize,
&store, &key_buf, &key_buf_size) != 0) {
return TPM_DECRYPT_ERROR;
}
if (store.payload != TPM_PT_ASYM) {
tpm_free(key_buf);
return TPM_DECRYPT_ERROR;
}
debug("key size: %d / %d", store.privKey.keyLength, key_buf_size);
/* verify migration authorization */
res = tpm_verify_auth(auth2, store.migrationAuth, TPM_INVALID_HANDLE);
if (res != TPM_SUCCESS) {
tpm_free(key_buf);
return TPM_MIGRATEFAIL;
}
if (tpm_verify_migration_digest(migrationKeyAuth,
&tpmData.permanent.data.tpmProof)) {
debug("tpm_verify_migration_digest() failed");
tpm_free(key_buf);
return TPM_MIGRATEFAIL;
}
debug("migration authorization is valid.");
/* set public key */
if (tpm_setup_pubkey_data(&migrationKeyAuth->migrationKey, &key) != 0) {
debug("tpm_setup_pubkey() failed");
tpm_free(key_buf);
return TPM_FAIL;
}
/* perform migration */
if (migrationType == TPM_MS_REWRAP) {
/* re-encrypt raw key data */
debug("migrationType = TPM_MS_REWRAP");
*random = NULL;
*randomSize = 0;
*outDataSize = key.key.size >> 3;
*outData = tpm_malloc(*outDataSize);
if (*outData == NULL) {
free_TPM_PUBKEY_DATA(key);
tpm_free(*outData);
tpm_free(key_buf);
return TPM_FAIL;
}
if (tpm_encrypt_public(&key, key_buf, key_buf_size,
*outData, outDataSize) != 0) {
free_TPM_PUBKEY_DATA(key);
tpm_free(*outData);
tpm_free(key_buf);
return TPM_ENCRYPT_ERROR;
}
} else if (migrationType == TPM_MS_MIGRATE) {
