bool OTEnvelope::GetAsBookendedString(
String& strArmorWithBookends, // output (if successful.)
bool bEscaped) const
{
OTASCIIArmor theArmoredText;
// This function will base64 ENCODE m_dataContents, and then
// Set() that as the string contents on theArmoredText.
const bool bSetData = theArmoredText.SetData(
m_dataContents, true); // bLineBreaks=true (by default anyway.)
if (bSetData) {
const bool bWritten = theArmoredText.WriteArmoredString(
strArmorWithBookends, "ENVELOPE", // todo hardcoded
bEscaped);
if (!bWritten)
otErr << __FUNCTION__ << ": Failed while calling: "
"theArmoredText.WriteArmoredString\n";
else
return true;
}
else
otErr << __FUNCTION__
<< ": Failed while calling: "
"theArmoredText.SetData(m_dataContents, true)\n";
return false;
}
bool OTCron::GetMarketList (OTASCIIArmor & ascOutput, int & nMarketCount)
{
nMarketCount = 0; // This parameter is set to zero here, and incremented in the loop below.
// ------------------------
OTMarket * pMarket = NULL;
OTDB::MarketList * pMarketList = dynamic_cast<OTDB::MarketList*>(OTDB::CreateObject(OTDB::STORED_OBJ_MARKET_LIST));
OTCleanup<OTDB::MarketList> theListAngel(*pMarketList);
// -----------------------------------------------------------
for (mapOfMarkets::iterator ii = m_mapMarkets.begin(); ii != m_mapMarkets.end(); ++ii)
{
pMarket = (*ii).second;
OT_ASSERT(NULL != pMarket);
OTDB::MarketData * pMarketData = dynamic_cast<OTDB::MarketData *>(OTDB::CreateObject(OTDB::STORED_OBJ_MARKET_DATA));
OTCleanup<OTDB::MarketData> theDataAngel(*pMarketData);
// --------------------------------------------
const OTIdentifier MARKET_ID(*pMarket);
const OTString str_MARKET_ID(MARKET_ID);
const OTString str_ServerID(pMarket->GetServerID());
const OTString str_ASSET_ID(pMarket->GetAssetID());
const OTString str_CURRENCY_ID(pMarket->GetCurrencyID());
pMarketData->server_id = str_ServerID.Get();
pMarketData->market_id = str_MARKET_ID.Get();
pMarketData->asset_type_id = str_ASSET_ID.Get();
pMarketData->currency_type_id = str_CURRENCY_ID.Get();
// --------------------------------------------
const long & lScale = pMarket->GetScale();
pMarketData->scale = to_string<long>(lScale);
// --------------------------------------------
const uint64_t theCurrentBid = pMarket->GetHighestBidPrice();
const uint64_t theCurrentAsk = pMarket->GetLowestAskPrice();
pMarketData->current_bid = to_string<uint64_t>(theCurrentBid);
pMarketData->current_ask = to_string<uint64_t>(theCurrentAsk);
// ---------------------------------------------
const long & lLastSalePrice = pMarket->GetLastSalePrice();
const long & lTotalAvailableAssets = pMarket->GetTotalAvailableAssets();
pMarketData->total_assets = to_string<long>(lTotalAvailableAssets);
pMarketData->last_sale_price = to_string<long>(lLastSalePrice);
// ---------------------------------------------
const mapOfOffers::size_type theBidCount = pMarket->GetBidCount();
const mapOfOffers::size_type theAskCount = pMarket->GetAskCount();
pMarketData->number_bids = to_string<mapOfOffers::size_type>(theBidCount);
pMarketData->number_asks = to_string<mapOfOffers::size_type>(theAskCount);
// ---------------------------------------------
// In the past 24 hours.
// (I'm not collecting this data yet, (maybe never), so these values aren't set at all.)
//
// pMarketData->volume_trades = ???;
// pMarketData->volume_assets = ???;
// pMarketData->volume_currency = ???;
//
// pMarketData->recent_highest_bid = ???;
// pMarketData->recent_lowest_ask = ???;
// ---------------------------------------------
// *pMarketData is CLONED at this time (I'm still responsible to delete.)
// That's also why I add it here, below: So the data is set right before the cloning occurs.
//
pMarketList->AddMarketData(*pMarketData);
nMarketCount++;
}
// -------------------------------------------------------------
// Now pack the list into strOutput...
if (nMarketCount == 0)
return true; // Success, but the list contains 0 markets.
else if (nMarketCount > 0)
{
OTDB::Storage * pStorage = OTDB::GetDefaultStorage();
OT_ASSERT(NULL != pStorage);
OTDB::OTPacker * pPacker = pStorage->GetPacker(); // No need to check for failure, since this already ASSERTS. No need to cleanup either.
// -----------------------------
OTDB::PackedBuffer * pBuffer = pPacker->Pack(*pMarketList); // Now we PACK our market list.
if (NULL == pBuffer)
{
OTLog::Error("Failed packing pMarketList in OTCron::GetMarketList. \n");
return false;
}
OTCleanup<OTDB::PackedBuffer> theBufferAngel(*pBuffer); // make sure memory is cleaned up.
// --------------------------------------------------------
// Now we need to translate pBuffer into strOutput.
const uint8_t* pUint = static_cast<const uint8_t*>(pBuffer->GetData());
const size_t theSize = pBuffer->GetSize();
if ((theSize > 0) && (NULL != pUint))
{
OTData theData(pUint, theSize);
// This function will base64 ENCODE theData,
// and then Set() that as the string contents.
ascOutput.SetData(theData);
// bool bSuccessSetData = false;
// bSuccessSetData = ascOutput.SetData(theData);
return true;
}
else
OTLog::Error("OTCron::GetMarketList: 0 size, or null return value, while getting raw data from packed buffer.\n");
}
else
OTLog::vError("OTCron::GetMarketList: nMarketCount is less than zero: %d.\n", nMarketCount);
return false;
}
// Loops through ALL markets, and calls pMarket->GetNym_OfferList(NYM_ID, *pOfferList) for each.
// Returns a list of all the offers that a specific Nym has on all the markets.
//
bool OTCron::GetNym_OfferList(OTASCIIArmor & ascOutput, const OTIdentifier & NYM_ID, int & nOfferCount)
{
nOfferCount = 0; // Outputs the number of offers on this nym.
// ---------------------------
OTDB::OfferListNym * pOfferList = dynamic_cast<OTDB::OfferListNym*>(OTDB::CreateObject(OTDB::STORED_OBJ_OFFER_LIST_NYM));
OTCleanup<OTDB::OfferListNym> theListAngel(*pOfferList);
// -----------------------------------------------------------
for (mapOfMarkets::iterator ii = m_mapMarkets.begin(); ii != m_mapMarkets.end(); ++ii)
{
OTMarket * pMarket = (*ii).second;
OT_ASSERT(NULL != pMarket);
int nNymOfferCount = 0;
if (false == pMarket->GetNym_OfferList(NYM_ID, *pOfferList, nNymOfferCount)) // appends to *pOfferList, each iteration.
{
// may wish to add a log later. Anyway, keep iterationg and appending, then send back whatever we have.
}
else // Success!
nOfferCount += nNymOfferCount;
}
// -------------------------------------------------------------
// Now pack the list into strOutput...
if (nOfferCount == 0)
return true; // Success, but 0 offers being returned. (List is empty.)
else if (nOfferCount > 0)
{
OTDB::Storage * pStorage = OTDB::GetDefaultStorage();
OT_ASSERT(NULL != pStorage);
OTDB::OTPacker * pPacker = pStorage->GetPacker(); // No need to check for failure, since this already ASSERTS. No need to cleanup either.
// -----------------------------
OTDB::PackedBuffer * pBuffer = pPacker->Pack(*pOfferList); // Now we PACK our nym's offer list.
if (NULL == pBuffer)
{
OTLog::Error("Failed packing pOfferList in OTCron::GetNym_OfferList. \n");
return false;
}
OTCleanup<OTDB::PackedBuffer> theBufferAngel(*pBuffer); // make sure memory is cleaned up.
// --------------------------------------------------------
// Now we need to translate pBuffer into strOutput.
const uint8_t* pUint = static_cast<const uint8_t*>(pBuffer->GetData());
const size_t theSize = pBuffer->GetSize();
if ((NULL != pUint) || (theSize < 2))
{
OTData theData(pUint, theSize);
// This function will base64 ENCODE theData,
// and then Set() that as the string contents.
ascOutput.SetData(theData);
return true;
}
else
OTLog::Error("Null returned, or bad size, while getting buffer data in OTCron::GetNym_OfferList.\n");
}
else
OTLog::vError("Error: Less-than-zero nOfferCount in OTCron::GetNym_OfferList: %d.\n", nOfferCount);
return false;
}
// Presumably this Envelope contains encrypted data (in binary form.)
// If you would like an ASCII-armored version of that data, just call this
// function.
// Should be called "Get Binary Envelope Encrypted Contents Into Ascii-Armored
// Form"
//
bool OTEnvelope::GetAsciiArmoredData(OTASCIIArmor& theArmoredText,
bool bLineBreaks) const
{
return theArmoredText.SetData(m_dataContents, bLineBreaks);
}
// Presumably this Envelope contains encrypted data (in binary form.)
// If you would like an ASCII-armored version of that data, just call this
// function.
// Should be called "Get Binary Envelope Encrypted Contents Into Ascii-Armored Form"
bool OTEnvelope::GetAsciiArmoredData(OTASCIIArmor & theArmoredText) const
{
return theArmoredText.SetData(m_dataContents);
}
//static
bool OTAsymmetricKey_OpenSSL::OTAsymmetricKey_OpenSSLPrivdp::ArmorPrivateKey(EVP_PKEY & theKey, OTASCIIArmor & ascKey, Timer & theTimer, OTPasswordData * pPWData/*=NULL*/, OTPassword * pImportPassword/*=NULL*/)
{
bool bReturnVal = false;
ascKey.Release();
// ----------------------------------------
// Create a new memory buffer on the OpenSSL side
OpenSSL_BIO bmem = BIO_new(BIO_s_mem());
OT_ASSERT(NULL != bmem);
int64_t lSize = 0;
// ----------------------------------------
// write a private key to that buffer, from theKey
//
OTPasswordData thePWData("OTAsymmetricKey_OpenSSL::ArmorPrivateKey is calling PEM_write_bio_PrivateKey...");
if (NULL == pPWData)
pPWData = &thePWData;
int32_t nWriteBio = 0;
if (NULL == pImportPassword)
nWriteBio = PEM_write_bio_PrivateKey(bmem, &theKey, EVP_des_ede3_cbc(), // todo should this algorithm be hardcoded?
NULL, 0, OTAsymmetricKey::GetPasswordCallback(), pPWData);
else
nWriteBio = PEM_write_bio_PrivateKey(bmem, &theKey, EVP_des_ede3_cbc(), // todo should this algorithm be hardcoded?
NULL, 0, 0, const_cast<void*>(reinterpret_cast<const void*>(pImportPassword->getPassword())));
if (0 == nWriteBio)
{
OTLog::vError("%s: Failed writing EVP_PKEY to memory buffer.\n", __FUNCTION__);
}
else
{
// TODO (remove theTimer entirely. OTCachedKey replaces already.)
// I set this timer because the above required a password. But now that master key is working,
// the above would flow through even WITHOUT the user typing his passphrase (since master key still
// not timed out.) Resulting in THIS timer being reset! Todo: I already shortened this timer to 30
// seconds, but need to phase it down to 0 and then remove it entirely! Master key takes over now!
//
theTimer.start(); // Note: this isn't the ultimate timer solution. See notes in ReleaseKeyLowLevel.
// --------------------
OTLog::vOutput(5, "%s: Success writing EVP_PKEY to memory buffer.\n", __FUNCTION__);
OTPayload theData;
char * pChar = NULL;
// After the below call, pChar will point to the memory buffer where the private key supposedly is,
// and lSize will contain the size of that memory.
//
lSize = BIO_get_mem_data(bmem, &pChar);
uint32_t nSize = static_cast<uint32_t>(lSize);
if (nSize > 0)
{
// Set the buffer size in our own memory.
theData.SetPayloadSize(nSize);
// void * pv =
OTPassword::safe_memcpy((static_cast<char*>(const_cast<void*>(theData.GetPayloadPointer()))), // destination
theData.GetSize(), // size of destination buffer.
pChar, // source
nSize); // length of source.
// bool bZeroSource=false); // if true, sets the source buffer to zero after copying is done.
// ------------------------------------------------
// This base64 encodes the private key data, which
// is already encrypted to its passphase as well.
//
ascKey.SetData(theData);
OTLog::vOutput(5, "%s: Success copying private key into memory.\n", __FUNCTION__);
bReturnVal = true;
}
else
{
OTLog::vError("%s: Failed copying private key into memory.\n", __FUNCTION__);
}
}
return bReturnVal;
}
// Take a public key, theKey (input), and create an armored version of
// it into ascKey (output.)
//
// OpenSSL loaded key ===> ASCII-Armored export of same key.
//
//static
//
bool OTAsymmetricKey_OpenSSL::OTAsymmetricKey_OpenSSLPrivdp::ArmorPublicKey(EVP_PKEY & theKey, OTASCIIArmor & ascKey)
{
bool bReturnVal = false;
const char * szFunc = "OTAsymmetricKey_OpenSSL::ArmorPublicKey";
ascKey.Release();
// ----------------------------------------
// Create a new memory buffer on the OpenSSL side
OpenSSL_BIO bmem = BIO_new(BIO_s_mem());
OT_ASSERT_MSG(NULL != bmem, "OTAsymmetricKey_OpenSSL::ArmorPublicKey: ASSERT: NULL != bmem");
int64_t lSize = 0;
// ----------------------------------------
// write a public key to that buffer, from theKey (parameter.)
//
int32_t nWriteBio = PEM_write_bio_PUBKEY(bmem, &theKey);
if (0 == nWriteBio)
{
OTLog::vError("%s: Error: Failed writing EVP_PKEY to memory buffer.\n", szFunc);
}
else
{
OTLog::vOutput(5, "%s: Success writing EVP_PKEY to memory buffer.\n", szFunc);
OTPayload theData;
char * pChar = NULL;
// After the below call, pChar will point to the memory buffer where the public key
// supposedly is, and lSize will contain the size of that memory.
//
lSize = BIO_get_mem_data(bmem, &pChar);
uint32_t nSize = static_cast<uint32_t>(lSize); // todo security, etc. Fix this assumed type conversion.
if (nSize > 0)
{
// Set the buffer size in our own memory.
theData.SetPayloadSize(nSize);
// void * pv =
OTPassword::safe_memcpy((static_cast<char*>(const_cast<void*>(theData.GetPayloadPointer()))), // destination
theData.GetSize(), // size of destination buffer.
pChar, // source
nSize); // length of source.
// bool bZeroSource=false); // if true, sets the source buffer to zero after copying is done.
// ------------------------------------------------
// This base64 encodes the public key data
//
ascKey.SetData(theData);
OTLog::vOutput(5, "%s: Success copying public key into memory.\n", szFunc);
bReturnVal = true;
}
else
{
OTLog::vError("%s: Failed copying public key into memory.\n", szFunc);
}
}
return bReturnVal;
}