Upsilon/bootloader/slots/userland_header.cpp

#include <bootloader/slots/userland_header.h>

namespace Bootloader {

const UserlandHeader* s_UserlandHeaderA = reinterpret_cast<const struct UserlandHeader*>(0x90010000);
const UserlandHeader* s_UserlandHeaderB = reinterpret_cast<const struct UserlandHeader*>(0x90410000);

const char * UserlandHeader::version() const {
  return m_expectedEpsilonVersion;
}

const bool UserlandHeader::isValid() const {
  // We only verify only the first Magic Number, to display version such as
  // Epsilon 16 with older UserlandHeader layout
  return m_header == Magic;
}

const bool UserlandHeader::isOmega() const {
  return m_omegaMagicHeader == OmegaMagic && m_omegaMagicFooter == OmegaMagic;
}


const char * UserlandHeader::omegaVersion() const {
  return m_omegaVersion;
}

const bool UserlandHeader::isUpsilon() const {
  return m_upsilonMagicHeader == UpsilonMagic && m_upsilonMagicHeader == UpsilonMagic;
}

const char * UserlandHeader::upsilonVersion() const {
  return m_UpsilonVersion;
}

const void * UserlandHeader::storageAddress() const {
  return m_storageAddressRAM;
}

const size_t UserlandHeader::storageSize() const {
  return m_storageSizeRAM;
}

const bool UserlandHeader::hasUpsilonExtras() const {
  return m_upsilonExtraMagicHeader == UpsilonExtraMagic && m_upsilonExtraMagicFooter == UpsilonExtraMagic;
}

const uint32_t UserlandHeader::getExtraVersion() const {
  return m_extraVersion;
}

const void (*UserlandHeader::upsilonRecoveryBootFunction() const)() {
  return m_recoveryAddress;
}

}