extern int get_number_of_strips_attached()
{
int i, MaxUnits, connected;
int ioStates[7];
char firmware[32];
memset(ioStates, 0, sizeof(int)*7); // triggger state of 3 outputs and 4 inputs
strcpy(firmware, "");
loadSharedLibrary();
if ((MaxUnits=(*InitPowerUSB_Address)(&i, firmware)) > 0) // Initialize the PowerUSB
connected = (*CheckStatusPowerUSB_Address)();
return MaxUnits;
}
extern int get_total_current_milliamps(int bank)
{
int r1, current, i, MaxUnits, connected;
int ioStates[7];
char firmware[32];
memset(ioStates, 0, sizeof(int)*7); // triggger state of 3 outputs and 4 inputs
strcpy(firmware, "");
loadSharedLibrary();
if ((MaxUnits=(*InitPowerUSB_Address)(&i, firmware)) > 0) // Initialize the PowerUSB
connected = (*CheckStatusPowerUSB_Address)();
// TODO: sometime when I have multiple pwrusb strips attached, test `bank`
(*SetCurrentPowerUSB_Address)(bank);
r1 = (*ReadCurrentPowerUSB_Address)(¤t); // Present current consumption reading in milli amps
return current;
}
extern void set_outlet_states(int bank, int outlet1, int outlet2, int outlet3)
{
int connected=0;
int i, MaxUnits;
int ioStates[7];
char firmware[32];
memset(ioStates, 0, sizeof(int)*7); // triggger state of 3 outputs and 4 inputs
strcpy(firmware, "");
loadSharedLibrary();
if ((MaxUnits=(*InitPowerUSB_Address)(&i, firmware)) > 0) // Initialize the PowerUSB
connected = (*CheckStatusPowerUSB_Address)();
// TODO: sometime when I have multiple pwrusb strips attached, test `bank`
(*SetCurrentPowerUSB_Address)(bank);
(*SetPortPowerUSB_Address)(outlet1, outlet2, outlet3);
return;
}
bool Direct3D9RuntimeLinking::isDirect3D9Avaiable()
{
// Already initialized?
if (!mInitialized)
{
// We're now initialized
mInitialized = true;
// Load the shared library
if (loadSharedLibrary())
{
// Load the D3D9 entry points
mEntryPointsRegistered = loadD3D9EntryPoints();
}
}
// Entry points successfully registered?
return mEntryPointsRegistered;
}
extern void get_outlet_states(int bank, int *outlet1, int *outlet2, int *outlet3)
{
int connected=0;
int in1, in2, in3, i, MaxUnits;
int ioStates[7];
char firmware[32];
memset(ioStates, 0, sizeof(int)*7); // triggger state of 3 outputs and 4 inputs
strcpy(firmware, "");
loadSharedLibrary();
if ((MaxUnits=(*InitPowerUSB_Address)(&i, firmware)) > 0) // Initialize the PowerUSB
connected = (*CheckStatusPowerUSB_Address)();
// TODO: sometime when I have multiple pwrusb strips attached, test `bank`
(*SetCurrentPowerUSB_Address)(bank);
// See:
// http://smile.amazon.com/forum/-/Tx3S42X36ZWYTGH/ref=ask_dp_dpmw_al_hza?asin=B008AZW9P6
//
// I am using my PwrUSB connected to a MacMini. They don't support Mac, but
// they were nice enough to send me the C src code for the programming library.
// I discovered a bug related ReadPortStatePowerUSB().
//
// The read function implementation does not match the documentation. According
// to the code, the 3 return parameters must go in with values greater than 0
// otherwise the ports are not actually read. And the returned status is
// actually the on/off state of the last one read.
// HR: so, therefore, initialize in1,in2,in3 before requesting. I still haven't figured out
// what the last comment about 'last one read' means.
in1 = 999;
in2 = 999;
in3 = 999;
(*ReadPortStatePowerUSB_Address)(&in1, &in2, &in3);
*outlet1 = in1;
*outlet2 = in2;
*outlet3 = in3;
return;
}
