/**
* Prints a balance record to the console.
*
* @param propertyId The identifier of the tally to print
* @param bDivisible Whether the token is divisible or indivisible
* @return The total number of tokens of the tally
*/
int64_t CMPTally::print(uint32_t propertyId, bool bDivisible) const
{
int64_t balance = 0;
int64_t selloffer_reserve = 0;
int64_t accept_reserve = 0;
int64_t pending = 0;
int64_t metadex_reserve = 0;
TokenMap::const_iterator it = mp_token.find(propertyId);
if (it != mp_token.end()) {
const BalanceRecord& record = it->second;
balance = record.balance[BALANCE];
selloffer_reserve = record.balance[SELLOFFER_RESERVE];
accept_reserve = record.balance[ACCEPT_RESERVE];
pending = record.balance[PENDING];
metadex_reserve = record.balance[METADEX_RESERVE];
}
if (bDivisible) {
PrintToConsole("%22s [ SO_RESERVE= %22s, ACCEPT_RESERVE= %22s, METADEX_RESERVE= %22s ] %22s\n",
FormatDivisibleMP(balance, true), FormatDivisibleMP(selloffer_reserve, true),
FormatDivisibleMP(accept_reserve, true), FormatDivisibleMP(metadex_reserve, true),
FormatDivisibleMP(pending, true));
} else {
PrintToConsole("%14d [ SO_RESERVE= %14d, ACCEPT_RESERVE= %14d, METADEX_RESERVE= %14d ] %14d\n",
balance, selloffer_reserve, accept_reserve, metadex_reserve, pending);
}
return (balance + selloffer_reserve + accept_reserve + metadex_reserve);
}
void PrintToConsoleVariadic(MathLogChannel channel, const char *format, ...)
{
const int capacity = 2048;
char str[capacity];
va_list args;
va_start(args, format);
vsnprintf((char *)str, capacity, format, args);
str[capacity-1] = 0; // We only support logging a fixed-length string so don't care if we fail/truncate, just make sure we zero-terminate so there won't be any issues.
PrintToConsole(channel, str);
}
static void RunTest( Aggregator& aggregator, const std::vector< Trade >& datafeed, const METRICS& result )
{
std::cout << "Running test" << std::endl;
aggregator.Intake( datafeed );
PrintToConsole( aggregator );
// TODO: Implement strict comparison
aggregator.Reset();
std::cout << std::endl << std::endl;
}
// Real datafeed
void ProcessCSV( Aggregator& aggregator )
{
std::ifstream datafeed( "C:\\Users\\GLEBKA\\Desktop\\input.csv" );
std::string line;
while( std::getline( datafeed, line ) )
{
std::stringstream lineStream( line );
std::string cell;
int position = 0;
Trade trade;
while( std::getline( lineStream, cell, ',' ) )
{
switch( position )
{
case 0:
trade.SetTimestamp( std::stoll( cell ) );
break;
case 1:
trade.SetSymbol( cell );
break;
case 2:
trade.SetQuantity( std::stoll( cell ) );
break;
case 3:
trade.SetPrice( std::stol( cell ) );
break;
}
position++;
}
aggregator.Intake( trade );
}
PrintToConsole( aggregator );
PrintToCSV( aggregator, "C:\\Users\\GLEBKA\\Desktop\\output.csv" );
}
