{"1":{"$type": "710-PERIPHERIAL-PRODUCT","object-identifier":"16","object-name":"PINGO Master","product-id":"-1","description":"PINGO master plugin with interrupts set correctly to GPIOs 82,79 and 83","bustype-identifier":"102","vendor-identifier":"3","version":"","vendor-name":"Go-IoT","vendor-id":"710","properties":{"2":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"263","object-name":"EventLineIRQ_01","product-property-id":"2147483646","datatype-identifier":"3","product-identifier":"16","description":"Virtual port to link to GPIO event line interrupt for serial-address 1","rw":"1","buffer-size":"1","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"-1","timeout-writes":"-1","max-poll-rates":"-1"},"3":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"265","object-name":"EventLineIRQ_02","product-property-id":"2147483645","datatype-identifier":"3","product-identifier":"16","description":"Virtual port to link to GPIO event line interrupt for serial-address 2","rw":"1","buffer-size":"1","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"-1","timeout-writes":"-1","max-poll-rates":"-1"},"4":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"266","object-name":"EventLineIRQ_03","product-property-id":"2147483644","datatype-identifier":"3","product-identifier":"16","description":"Virtual port to lint to GPIO envent line interrupt for serial address 3","rw":"1","buffer-size":"1","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"-1","timeout-writes":"-1","max-poll-rates":"-1"},"5":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"264","object-name":"Passthrough","product-property-id":"2147483647","datatype-identifier":"6","product-identifier":"16","description":"A virtual port to write passthrough commands to.","rw":"2","buffer-size":"-1","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"-1","timeout-writes":"-1","max-poll-rates":"-1"},"6":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"268","object-name":"PLBaudRateRegister","product-property-id":"10","datatype-identifier":"6","product-identifier":"16","description":"Description: Baud rate to be used by the Master for the next power line communication to the specific Slave. Each value defines a number of bit per frame. A frame is the period used for transmission/reception each half powerline cycle. Possible Values (On a 50Hz Power Grid): Half bpf, 50Bps: 0x00. 1bpf, 100Bps: 0x01. 2bpf, 200Bps: 0x02. 4bpf, 400Bps: 0x03. 8bpf, 800Bps: 0x04. 16bpf 1600Bps: 0x05. 32bpf 3200Bps: 0x06.","rw":"3","buffer-size":"384","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"5000","timeout-writes":"5000","max-poll-rates":"5000"},"7":{"$type": "710-PERIPHERIAL-PRODUCT-PROPERTY","object-identifier":"269","object-name":"PLSlaveStatus","product-property-id":"6","datatype-identifier":"6","product-identifier":"16","description":"Network Status of a Slave. This register give the possible State of a device on the network ( see Bit Field Description Below). A newly added slave will have 0x00 as status. once attached to the network, the status change to configured ( 0x01). SNT_STATUS_CONFIGURED_BIT=0x01, SNT_STATUS_COMM_ERROR_BIT=0x02, SNT_STATUS_NEW_DEVICE_FOUND_BIT=0x04, SNT_STATUS_USED_IN_DETECTION_BIT=0x08, SNT_STATUS_ATU_BIT=0x10","rw":"1","buffer-size":"384","bit-offset":"0","bit-count":"-1","msb-first":"1","swap-bytes-in-word":"0","scale-scale":"1","scale-offset":"0","timeout-reads":"5000","timeout-writes":"5000","max-poll-rates":"5000"}}}}