blob: 68dda7db068f560f307af1c0118e7957b699554b [file] [log] [blame]
#include <isolator/hei_isolation_node.hpp>
#include <isolator/hei_isolator.hpp>
#include <register/hei_hardware_register.hpp>
#include <util/hei_flyweight.hpp>
// BEGIN temporary code
#include <isolator/hei_isolation_node.hpp>
#include <register/hei_scom_register.hpp>
// END temporary code
namespace libhei
{
ReturnCode Isolator::initialize(void* i_buffer, size_t i_bufferSize,
bool i_forceInit)
{
ReturnCode rc;
// BEGIN temporary code
HEI_INF("Isolator::initialize(%p,%lu,%d)", i_buffer, i_bufferSize,
i_forceInit);
auto& scom_fw = Flyweight<ScomRegister>::getSingleton();
auto& idScom_fw = Flyweight<IdScomRegister>::getSingleton();
auto& isoNode_fw = Flyweight<IsolationNode>::getSingleton();
auto& idScom0 = idScom_fw.get(IdScomRegister{
static_cast<ChipType_t>(0xdeadbeef), static_cast<RegisterId_t>(0x1111),
REG_INST_DEFAULT, REG_ACCESS_RW, 0x80000000FF000000});
auto& scom0 = scom_fw.get(ScomRegister{
static_cast<ChipType_t>(0xdeadbeef), static_cast<RegisterId_t>(0x2222),
REG_INST_DEFAULT, REG_ACCESS_RW, 0x00FF0000});
auto& node0 = isoNode_fw.get(IsolationNode{idScom0});
auto& node1 = isoNode_fw.get(IsolationNode{scom0});
node0.addRule(ATTN_TYPE_CHECKSTOP, &idScom0);
node0.addChild(48, &node1);
node1.addRule(ATTN_TYPE_CHECKSTOP, &scom0);
iv_isoStart[static_cast<ChipType_t>(0xdeadbeef)].push_back(
{&node0, ATTN_TYPE_CHECKSTOP});
// END temporary code
return rc;
}
void Isolator::uninitialize()
{
// Remove all of the IsolationNode objects stored in the flyweights. This
// must be done before removing the HardwareRegister objects
Flyweight<IsolationNode>::getSingleton().clear();
// Must flush the hardware register cache before deleting any
// HardwareRegister objects.
HardwareRegister::flushAll();
// Remove all of the HardwareRegister objects stored in the flyweights.
Flyweight<ScomRegister>::getSingleton().clear();
Flyweight<IdScomRegister>::getSingleton().clear();
}
ReturnCode Isolator::isolate(const std::vector<Chip>& i_chipList,
IsolationData& o_isoData) const
{
ReturnCode rc;
// Flush the isolation data to ensure a clean slate.
o_isoData.flush();
// Flush the hardware register cache to avoid using stale data.
HardwareRegister::flushAll();
// Analyze active error on each chip.
for (const auto& chip : i_chipList)
{
// BEGIN temporary code
HEI_INF("Isolator::isolate(%p,%u)", chip.getChip(), chip.getType());
// Isolation objects for this chip's type must exist.
const auto& chip_itr = iv_isoStart.find(chip.getType());
HEI_ASSERT(iv_isoStart.end() != chip_itr);
for (const auto& pair : chip_itr->second)
{
if (pair.first->analyze(chip, pair.second, o_isoData))
{
for (const auto& sig : o_isoData.getSignatureList())
{
HEI_INF("Signature(%p,0x%x,0x%x,0x%x,0x%x)",
sig.getChip().getChip(), sig.getId(),
sig.getInstance(), sig.getBit(), sig.getAttnType());
}
}
}
// END temporary code
}
return rc;
}
} // end namespace libhei