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tm_get_comms_tm_info.lua

tm_get_comms_tm_info.lua 6.0 KB
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  1. --tm id - 398
    2. 

  2. function tm_get_comms_tm_info(buffer, pinfo, tree, comms_tm_prop, offset)
    3. 

  3.     -- Define ProtoFields for the structure
    4. 

  4.     local f_temp_psu = ProtoField.int16("comms_tm_prop.temp_psu", "Temperature PSU", base.DEC)
    5. 

  5.     local f_temp_mcu = ProtoField.int16("comms_tm_prop.temp_mcu", "Temperature MCU", base.DEC)
    6. 

  6.     local f_temp_fpga = ProtoField.int16("comms_tm_prop.temp_fpga", "Temperature FPGA", base.DEC)
    7. 

  7.     local f_temp_xcvr = ProtoField.int16("comms_tm_prop.temp_xcvr", "Temperature Transceiver", base.DEC)
    8. 

  8.     local f_temp_lna = ProtoField.int16("comms_tm_prop.temp_lna", "Temperature LNA", base.DEC)
    9. 

  9.     local f_temp_pa = ProtoField.int16("comms_tm_prop.temp_pa", "Temperature PA", base.DEC)
    10. 

  10.     local f_volt_vin = ProtoField.uint16("comms_tm_prop.volt_vin", "Voltage Input (Vin)", base.DEC)
    11. 

  11.     local f_volt_3v3 = ProtoField.uint16("comms_tm_prop.volt_3v3", "Voltage 3.3V Rail", base.DEC)
    12. 

  12.     local f_volt_1v8 = ProtoField.uint16("comms_tm_prop.volt_1v8", "Voltage 1.8V Rail", base.DEC)
    13. 

  13.     local f_volt_1v0 = ProtoField.uint16("comms_tm_prop.volt_1v0", "Voltage 1.0V Rail", base.DEC)
    14. 

  14.     local f_volt_pa = ProtoField.uint16("comms_tm_prop.volt_pa", "Voltage PA", base.DEC)
    15. 

  15.     local f_cur_vin = ProtoField.int16("comms_tm_prop.cur_vin", "Current Input (Vin)", base.DEC)
    16. 

  16.     local f_cur_3v3 = ProtoField.int16("comms_tm_prop.cur_3v3", "Current 3.3V Rail", base.DEC)
    17. 

  17.     local f_cur_1v8 = ProtoField.int16("comms_tm_prop.cur_1v8", "Current 1.8V Rail", base.DEC)
    18. 

  18.     local f_cur_1v0 = ProtoField.int16("comms_tm_prop.cur_1v0", "Current 1.0V Rail", base.DEC)
    19. 

  19.     local f_cur_pa = ProtoField.int16("comms_tm_prop.cur_pa", "Current PA", base.DEC)
    20. 

  20.     local f_power_vin = ProtoField.uint16("comms_tm_prop.power_vin", "Power Input (Vin)", base.DEC)
    21. 

  21.     local f_power_3v3 = ProtoField.uint16("comms_tm_prop.power_3v3", "Power 3.3V Rail", base.DEC)
    22. 

  22.     local f_power_1v8 = ProtoField.uint16("comms_tm_prop.power_1v8", "Power 1.8V Rail", base.DEC)
    23. 

  23.     local f_power_1v0 = ProtoField.uint16("comms_tm_prop.power_1v0", "Power 1.0V Rail", base.DEC)
    24. 

  24.     local f_power_pa = ProtoField.uint16("comms_tm_prop.power_pa", "Power PA", base.DEC)
    25. 

  25.     local f_rsvd = ProtoField.uint16("comms_tm_prop.rsvd", "Reserved", base.DEC)
    26. 

  26. 

  27.     -- Add fields to the protocol
    28. 

  28.     comms_tm_prop.fields = {
    29. 

  29.         f_temp_psu, f_temp_mcu, f_temp_fpga, f_temp_xcvr, f_temp_lna, f_temp_pa,
    30. 

  30.         f_volt_vin, f_volt_3v3, f_volt_1v8, f_volt_1v0, f_volt_pa,
    31. 

  31.         f_cur_vin, f_cur_3v3, f_cur_1v8, f_cur_1v0, f_cur_pa,
    32. 

  32.         f_power_vin, f_power_3v3, f_power_1v8, f_power_1v0, f_power_pa,
    33. 

  33.         f_rsvd
    34. 

  34.     }
    35. 

  35. 

  36.     -- Add a subtree for the structure
    37. 

  37.     local subtree = tree:add(comms_tm_prop, buffer(), "TM GET COMMS TM INFO")
    38. 

  38. 

  39.     -- Dissect each field
    40. 

  40.     subtree:add_le(f_temp_psu, buffer(offset, 2)):set_text(string.format("Temperature PSU: %d °C", buffer(offset, 2):le_int()))
    41. 

  41.     offset = offset + 2
    42. 

  42. 

  43.     subtree:add_le(f_temp_mcu, buffer(offset, 2)):set_text(string.format("Temperature MCU: %d °C", buffer(offset, 2):le_int()))
    44. 

  44.     offset = offset + 2
    45. 

  45. 

  46.     subtree:add_le(f_temp_fpga, buffer(offset, 2)):set_text(string.format("Temperature FPGA: %d °C", buffer(offset, 2):le_int()))
    47. 

  47.     offset = offset + 2
    48. 

  48. 

  49.     subtree:add_le(f_temp_xcvr, buffer(offset, 2)):set_text(string.format("Temperature Transceiver: %d °C", buffer(offset, 2):le_int()))
    50. 

  50.     offset = offset + 2
    51. 

  51. 

  52.     subtree:add_le(f_temp_lna, buffer(offset, 2)):set_text(string.format("Temperature LNA: %d °C", buffer(offset, 2):le_int()))
    53. 

  53.     offset = offset + 2
    54. 

  54. 

  55.     subtree:add_le(f_temp_pa, buffer(offset, 2)):set_text(string.format("Temperature PA: %d °C", buffer(offset, 2):le_int()))
    56. 

  56.     offset = offset + 2
    57. 

  57. 

  58.     subtree:add_le(f_volt_vin, buffer(offset, 2)):set_text(string.format("Voltage Vint: %.6f V", buffer(offset, 2):le_uint() / 100))
    59. 

  59.     offset = offset + 2
    60. 

  60. 

  61.     subtree:add_le(f_volt_3v3, buffer(offset, 2)):set_text(string.format("Voltage vaux: %.6f V", buffer(offset, 2):le_uint() / 100))
    62. 

  62.     offset = offset + 2
    63. 

  63. 

  64.     subtree:add_le(f_volt_1v8, buffer(offset, 2)):set_text(string.format("Voltage vbram: %.6f V", buffer(offset, 2):le_uint() / 100))
    65. 

  65.     offset = offset + 2
    66. 

  66. 

  67.     subtree:add_le(f_volt_1v0, buffer(offset, 2)):set_text(string.format("Voltage vpint: %.6f V", buffer(offset, 2):le_uint() / 100))
    68. 

  68.     offset = offset + 2
    69. 

  69. 

  70.     subtree:add_le(f_volt_pa, buffer(offset, 2)):set_text(string.format("Voltage vpaux: %.6f V", buffer(offset, 2):le_uint() / 100))
    71. 

  71.     offset = offset + 2
    72. 

  72. 

  73.     subtree:add_le(f_cur_vin, buffer(offset, 2)):set_text(string.format("Current Vin: %.6f A", buffer(offset, 2):le_int() / 100))
    74. 

  74.     offset = offset + 2
    75. 

  75. 

  76.     subtree:add_le(f_cur_3v3, buffer(offset, 2)):set_text(string.format("Current 3.3V: %.6f A", buffer(offset, 2):le_int() / 100))
    77. 

  77.     offset = offset + 2
    78. 

  78. 

  79.     subtree:add_le(f_cur_1v8, buffer(offset, 2)):set_text(string.format("Current 1.8V: %.6f A", buffer(offset, 2):le_int() / 100))
    80. 

  80.     offset = offset + 2
    81. 

  81. 

  82.     subtree:add_le(f_cur_1v0, buffer(offset, 2)):set_text(string.format("Current 1.0V: %.6f A", buffer(offset, 2):le_int() / 100))
    83. 

  83.     offset = offset + 2
    84. 

  84. 

  85.     subtree:add_le(f_cur_pa, buffer(offset, 2)):set_text(string.format("Current PA: %.6f A", buffer(offset, 2):le_int() / 100))
    86. 

  86.     offset = offset + 2
    87. 

  87. 

  88.     subtree:add_le(f_power_vin, buffer(offset, 2)):set_text(string.format("Power Vin: %.6f W", buffer(offset, 2):le_uint() / 100))
    89. 

  89.     offset = offset + 2
    90. 

  90. 

  91.     subtree:add_le(f_power_3v3, buffer(offset, 2)):set_text(string.format("Power 3.3V: %.6f W", buffer(offset, 2):le_uint() / 100))
    92. 

  92.     offset = offset + 2
    93. 

  93. 

  94.     subtree:add_le(f_power_1v8, buffer(offset, 2)):set_text(string.format("Power 1.8V: %.6f W", buffer(offset, 2):le_uint() / 100))
    95. 

  95.     offset = offset + 2
    96. 

  96. 

  97.     subtree:add_le(f_power_1v0, buffer(offset, 2)):set_text(string.format("Power 1.0V: %.6f W", buffer(offset, 2):le_uint() / 100))
    98. 

  98.     offset = offset + 2
    99. 

  99. 

  100.     subtree:add_le(f_power_pa, buffer(offset, 2)):set_text(string.format("Power PA: %.6f W", buffer(offset, 2):le_uint() / 100))
    101. 

  101.     offset = offset + 2
    102. 

  102. 

  103.     subtree:add_le(f_rsvd, buffer(offset, 2)):set_text(string.format("Reserved : %.6f", buffer(offset, 2):le_uint() / 100) )
    104. 

  104.     offset = offset + 2
    105. 

  105. 

  106. end
    107.