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'''
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Created on Dec 2, 2014
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@author: Miguel Urco
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eth_device decorator is used to implement an api to ethernet devices.
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When eth_device decorator is used it adds two parameters to any function (ip and port)
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#Definition
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@eth_device
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def enable_rf()
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cmd = "xxxxx"
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payload = "xxxxxx"
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return cmd, payload
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#How to call this function:
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answer = enable_rf(ip, port)
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'''
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from devices.dds import data
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from devices.jro_device import eth_device, IdClass
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ID_CLASS = IdClass["dds"]
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CMD_RESET =0X01
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CMD_ENABLE =0X02
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CMD_CHANGEIP =0X03
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CMD_STATUS =0X04
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CMD_ECHO =0XFE
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DDS_CMD_RESET =0X10
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DDS_CMD_ENABLE_RF =0x11
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# DDS_CMD_MULTIPLIER =0X12
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# DDS_CMD_MODE =0x13
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# DDS_CMD_FREQUENCY_A =0X14
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# DDS_CMD_FREQUENCY_B =0x15
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# DDS_CMD_PHASE_A =0X16
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# DDS_CMD_PHASE_B =0x17
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# DDS_CMD_AMPLITUDE_1 =0X19 #Se han invertido la posicion de los canales
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# DDS_CMD_AMPLITUDE_2 =0x18 #en el PCB
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DDS_CMD_WRITE =0x50
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DDS_CMD_READ =0x8000
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@eth_device(ID_CLASS)
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def reset():
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cmd = CMD_RESET
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payload = ""
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return cmd, payload
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@eth_device(ID_CLASS)
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def change_ip(ip, mask="255.255.255.0", gateway="0.0.0.0"):
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cmd = CMD_CHANGEIP
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payload = ip + '/' + mask + '/' + gateway
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return cmd, payload
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@eth_device(ID_CLASS)
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def status():
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cmd = CMD_STATUS
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payload = ""
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return cmd, payload
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@eth_device(ID_CLASS)
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def echo():
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cmd = CMD_ECHO
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payload = ""
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return cmd, payload
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@eth_device(ID_CLASS)
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def enable_rf():
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cmd = DDS_CMD_ENABLE_RF
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payload = chr(0x01)
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return cmd, payload
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@eth_device(ID_CLASS)
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def disable_rf():
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cmd = DDS_CMD_ENABLE_RF
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payload = chr(0x00)
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return cmd, payload
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@eth_device(ID_CLASS)
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def read_all_device():
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payload = ""
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return DDS_CMD_READ, payload
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@eth_device(ID_CLASS)
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def write_all_device(payload):
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return DDS_CMD_WRITE, payload
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def read_config(ip, port):
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"""
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Output:
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parms : Dictionary with keys
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multiplier :
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frequencyA :
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frequencyB :
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frequencyA_Mhz :
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frequencyB_Mhz :
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modulation :
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phaseA_degrees :
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phaseB_degrees :
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amplitudeI :
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amplitudeQ :
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"""
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payload = read_all_device(ip, port)
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return data.dds_str_to_dict(payload)
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def write_config(ip, port, parms):
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"""
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Input:
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ip :
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port :
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parms : Dictionary with keys
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multiplier : 4 to 20
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frequencyA : 0 to (2**48-1) equivalent to: 0 - "Master clock"
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frequencyB : 0 to (2**48-1) equivalent to: 0 - "Master clock"
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modulation : 0 to 3
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phaseA_degrees : 0 - 360 degrees
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phaseB_degrees : 0 - 360 degrees
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amplitudeI : 0 to (2**12-1) equivalent to: 0 - 100%
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amplitudeQ : 0 to (2**12-1) equivalent to: 0 - 100%
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"""
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payload = data.dict_to_dds_str(parms)
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answer = write_all_device(ip, port, payload)
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return answer
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if __name__ == '__main__':
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print(read_config("127.0.0.1", 2000))
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