bool ICard::readFile(
unsigned char sfid,
size_t chunk_size,
std::vector<unsigned char>& result)
{
ReadBinary read = ReadBinary(0, sfid);
read.setNe(chunk_size);
RAPDU response = transceive(read);
while (response.isOK() && response.getData().size() == chunk_size) {
result.insert(result.end(), response.getData().begin(), response.getData().end());
read = ReadBinary(result.size());
read.setNe(chunk_size);
response = transceive(read);
}
result.insert(result.end(), response.getData().begin(), response.getData().end());
if (result.empty()) {
return response.isOK();
}
return true;
}
bool ICard::selectEF(
unsigned short FID)
{
SelectFile select(SelectFile::P1_SELECT_EF, SelectFile::P2_NO_RESPONSE, FID);
RAPDU response = transceive(select);
return response.isOK();
}
bool ICard::selectMF(
void)
{
SelectFile select(SelectFile::P1_SELECT_FID, SelectFile::P2_NO_RESPONSE);
RAPDU response = transceive(select);
return response.isOK();
}
bool ICard::readFile(
std::vector<unsigned char>& result)
{
ReadBinary read = ReadBinary();
read.setNe(CAPDU::DATA_EXTENDED_MAX);
RAPDU response = transceive(read);
result = response.getData();
return response.isOK();
}
bool ICard::selectEF(
unsigned short FID,
std::vector<unsigned char>& fcp)
{
SelectFile select(SelectFile::P1_SELECT_EF, SelectFile::P2_FCP_TEMPLATE, FID);
select.setNe(CAPDU::DATA_SHORT_MAX);
RAPDU response = transceive(select);
fcp = response.getData();
return response.isOK();
}
