RTSA Suite PRO Release v2.2

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Starting with version, the windows version of the RTSA-Suite PRO includes a DLL to directly interface with SPECTRAN V6 devices.

Inside the "sdk" folder in the installation directory you can find the header files, import library and several usage examples.

Additionally we'll provide an overview here:

- Download and install Aaronia RTSA-Suite PRO version or later
- Ensure the Spectran V6 is working correctly with the installed version of the Aaronia RTSA-Suite PRO.
- Additional requirements: Microsoft Visual Studio 2019 C/C++ x64 runtime and build tools

To use the RTSAAPI with Visual Studio 2019, assuming the RTSA Suite Pro is installed at C:\Program Files\Aaronia AG\Aaronia RTSA-Suite PRO, configure your project as follows:
- Ensure that the active project configuration is using a x64 target
- "C/C++" -> "General" -> "Additional Include Directories": Add "C:\Program Files\Aaronia AG\Aaronia RTSA-Suite PRO\sdk"
- "Linker" -> "General" -> "Additional Library Directories": Add "C:\Program Files\Aaronia AG\Aaronia RTSA-Suite PRO\sdk"

There are then two ways to load the library:
a) Let the linker do the job, to do so change the VS project config as follows
- "Linker" -> "Input" -> "Additional Dependencies": Add "AaroniaRTSAAPI.lib"
- "Debugging" -> "Environment": Add "PATH=C:\Program Files\Aaronia AG\Aaronia RTSA-Suite PRO;%PATH%"
b) Load the library at runtime using Win32 functions like this

HMODULE mod = ::LoadLibraryEx(L"AaroniaRTSAAPI.dll", NULL, 0);
if (!mod)

// Find dll default installation location

::SHGetSpecialFolderPath(0, pf, CSIDL_PROGRAM_FILES, FALSE);
::StringCbPrintf(ld, sizeof(ld), L"%s\\Aaronia AG\\Aaronia RTSA-Suite PRO\\AaroniaRTSAAPI.dll", pf);

// Load library from explicit location, using the dll folder as an addition to the search path for dependent dlls

if (!mod)

IMPORTANT: The AaroniaRTSAAPI.dll must be used from within the RTSA-Suite PRO installation directory, else your project might silently fail due to the API not finding the necessary libraries.

- In the source code, add
#include <aaroniartsaapi.h>
to declare the functions from the RTSA API
- Before using any other API function, the library must be initialized with
where n is one of the AARTSAAPI_MEMORY_* values that define the amount of memory to be used by the library.
- At Application shutdown the
function should be called to release any allocated memory and close any device handles.

The library provides the following functions in aaroniartsaapi.h, please see the examples and the comments inside the header file for more details:

// Library Management
AARTSAAPI_Init(uint32t memory)
AARTSAAPI_Open(AARTSAAPI_Handle * handle)
AARTSAAPI_Close(AARTSAAPI_Handle * handle)

// Device Management
AARTSAAPI_RescanDevices(AARTSAAPI_Handle * handle, int timeout)
AARTSAAPI_ResetDevices(AARTSAAPI_Handle * handle)
AARTSAAPI_EnumDevice(AARTSAAPI_Handle * handle, const wchar_t * type, int32_t index, AARTSAAPI_DeviceInfo * dinfo)
AARTSAAPI_OpenDevice(AARTSAAPI_Handle * handle, AARTSAAPI_Device * dhandle, const wchar_t * type, const wchar_t * serialNumber)
AARTSAAPI_CloseDevice(AARTSAAPI_Handle * handle, AARTSAAPI_Device * dhandle)
AARTSAAPI_ConnectDevice(AARTSAAPI_Device * dhandle)
AARTSAAPI_DisconnectDevice(AARTSAAPI_Device * dhandle)
AARTSAAPI_StartDevice(AARTSAAPI_Device * dhandle)
AARTSAAPI_StopDevice(AARTSAAPI_Device * dhandle)
AARTSAAPI_GetDeviceState(AARTSAAPI_Device * dhandle)

// I/O Handling
AARTSAAPI_AvailPackets(AARTSAAPI_Device * dhandle, int32_t channel, int32_t * num)
AARTSAAPI_GetPacket(AARTSAAPI_Device * dhandle, int32_t channel, int32_t index, AARTSAAPI_Packet * packet)
AARTSAAPI_ConsumePackets(AARTSAAPI_Device * dhandle, int32_t channel, int32_t num)
AARTSAAPI_GetMasterStreamTime(AARTSAAPI_Device * dhandle, double & stime)
AARTSAAPI_SendPacket(AARTSAAPI_Device * dhandle, int32_t channel, const AARTSAAPI_Packet * packet)

// Configuration
AARTSAAPI_ConfigRoot(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config)
AARTSAAPI_ConfigHealth(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config)
AARTSAAPI_ConfigFirst(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * group, AARTSAAPI_Config * config)
AARTSAAPI_ConfigNext(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * group, AARTSAAPI_Config * config)
AARTSAAPI_ConfigFind(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * group, AARTSAAPI_Config * config, const wchar_t * name)
AARTSAAPI_ConfigGetName(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, wchar_t * name)
AARTSAAPI_ConfigGetInfo(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, AARTSAAPI_ConfigInfo * cinfo)

AARTSAAPI_ConfigSetString(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, const wchar_t *value)
AARTSAAPI_ConfigGetString(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, wchar_t * value, int64_t * size)
AARTSAAPI_ConfigSetFloat(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, double value)
AARTSAAPI_ConfigGetFloat(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, double * value)
AARTSAAPI_ConfigSetInteger(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, int64_t value)
AARTSAAPI_ConfigGetInteger(AARTSAAPI_Device * dhandle, AARTSAAPI_Config * config, int64_t * value)

- ConfigGetString and ConfigSetString can be used for all value types and will output or interpret the parameter as string.
- Config*Integer  can be used for enum value types to get/set the index of the current value within the list of available values (obtainable by ConfigGetInfo).
- When passing a value that does not exactly match one of the listed values the behavior is undefined.