private bool TryGetOtpPartitionAndItem(uint readAddress, out OtpItem item, out OtpPartition partition, out int itemOffset, out int partitionOffset)
{
itemOffset = 0;
partitionOffset = 0;
item = default(OtpItem);
partition = default(OtpPartition);
return(Misc.TryFindPreceedingEnumItem(readAddress, out item, out itemOffset) &&
Misc.TryFindPreceedingEnumItem(readAddress, out partition, out partitionOffset));
}
private void RaisePartitionError(Error error, OtpPartition partition)
{
switch (partition)
{
case OtpPartition.VendorTest:
vendorPartitionError.Value = error;
vendorPartitionErrorFlag.Value = true;
break;
case OtpPartition.OwnerSoftwareConfig:
ownerPartitionError.Value = error;
ownerPartitionErrorFlag.Value = true;
break;
case OtpPartition.CreatorSoftwareConfig:
creatorPartitionError.Value = error;
creatorPartitionErrorFlag.Value = true;
break;
case OtpPartition.HardwareConfig:
hardwarePartitionError.Value = error;
hardwarePartitionErrorFlag.Value = true;
break;
case OtpPartition.Secret0:
secret0PartitionError.Value = error;
secret0PartitionErrorFlag.Value = true;
break;
case OtpPartition.Secret1:
secret1PartitionError.Value = error;
secret1PartitionErrorFlag.Value = true;
break;
case OtpPartition.Secret2:
secret2PartitionError.Value = error;
secret2PartitionErrorFlag.Value = true;
break;
case OtpPartition.LifeCycle:
lifeCyclePartitionError.Value = error;
lifeCyclePartitionErrorFlag.Value = true;
break;
default:
throw new ArgumentException($"Unknown partition {partition}");
}
}
private bool IsPartitionReadable(OtpPartition partition)
{
switch (partition)
{
case OtpPartition.VendorTest:
return(vendorPartitionUnlockedFlag.Value);
case OtpPartition.CreatorSoftwareConfig:
return(creatorPartitionUnlockedFlag.Value);
case OtpPartition.OwnerSoftwareConfig:
return(ownerPartitionUnlockedFlag.Value);
default:
return(true);
}
}
