exo_sw_dissectors/Dissector/sensor_dissector.lua

function sensor_dissector(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance, queue_id)

    if queue_id == 0 then
    require("sensor_dissector")
    sensor_dissector_0(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 1 then
    require("sensor_dissector")
    sensor_dissector_1(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 2 then
    require("sensor_dissector")
    sensor_dissector_2(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 3 then
    require("sensor_dissector")
    sensor_dissector_3(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 4 then
    require("sensor_dissector")
    sensor_dissector_4(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 5 then
    require("sensor_dissector")
    sensor_dissector_5(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 6 then
    require("sensor_dissector")
    sensor_dissector_6(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 7 then
    require("sensor_dissector")
    sensor_dissector_7(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 8 then
    require("sensor_dissector")
    sensor_dissector_8(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 9 then
    require("sensor_dissector")
    sensor_dissector_9(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 10 then
    require("sensor_dissector")
    sensor_dissector_10(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 11 then
    require("sensor_dissector")
    sensor_dissector_11(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 12 then
    require("sensor_dissector")
    sensor_dissector_12(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 13 then
    require("sensor_dissector")
    sensor_dissector_13(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 14 then
    require("sensor_dissector")
    sensor_dissector_14(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
    elseif queue_id == 15 then
    require("sensor_dissector")
    sensor_dissector_15(buffer, pinfo, subtree1, sensor_protocol, offset, num_of_instance)
    
  end
end

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function sensor_dissector_0(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields of the protocol
local f_vbus_voltage = ProtoField.float("psm.vbus_voltage", "Vbus Voltage")
local f_vshunt_voltage = ProtoField.float("psm.vshunt_voltage", "Vshunt Voltage")
local f_current = ProtoField.float("psm.current", "Current")
local f_power = ProtoField.uint32("psm.power", "Power")
local f_epoch_time = ProtoField.uint32("psm.epoch_time", "Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_vbus_voltage, f_vshunt_voltage, f_current, f_power, f_epoch_time }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    for i = 0,  num_of_instance - 1 do
    local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)
    
    subtree1:add(f_vbus_voltage, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_vshunt_voltage, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_current, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_power, buffer(offset, 4):le_uint())  -- 4 bytes for uint32
    offset = offset + 4
    
    subtree1:add(f_epoch_time, buffer(offset, 4):le_uint())  -- 4 bytes for uint32
    offset = offset + 4
    end
    
end

---------------------------------------------------------------------------------------------------

function sensor_dissector_1(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields of the protocol
local f_vbus_voltage = ProtoField.float("psm.vbus_voltage", "Vbus Voltage")
local f_vshunt_voltage = ProtoField.float("psm.vshunt_voltage", "Vshunt Voltage")
local f_current = ProtoField.float("psm.current", "Current")
local f_power = ProtoField.uint32("psm.power", "Power")
local f_epoch_time = ProtoField.uint32("psm.epoch_time", "Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_vbus_voltage, f_vshunt_voltage, f_current, f_power, f_epoch_time }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    for i = 0,  num_of_instance - 1 do
    local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)
    
    subtree1:add(f_vbus_voltage, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_vshunt_voltage, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_current, buffer(offset, 4):le_float())  -- 4 bytes for float
    offset = offset + 4
    
    subtree1:add(f_power, buffer(offset, 4):le_uint())  -- 4 bytes for uint32
    offset = offset + 4
    
    subtree1:add(f_epoch_time, buffer(offset, 4):le_uint())  -- 4 bytes for uint32
    offset = offset + 4
    end
    
end

-----------------------------------------------------------------------------------------------------------------
function sensor_dissector_2(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end
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function sensor_dissector_3(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_4(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_5(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_6(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_7(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

-------------------------------------------------------------------------------------------------------------------------
function sensor_dissector_8(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_9(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

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function sensor_dissector_10(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)

-- Define the fields for the protocol
local f_temperature = ProtoField.float("sensor_protocol.temperature", "Temperature")
local f_temp_epoch_time = ProtoField.uint32("sensor_protocol.temp_epoch_time", "Temp Epoch Time")

-- Add the fields to the protocol
sensor_protocol.fields = { f_temperature, f_temp_epoch_time }

local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
     -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local temp_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_temp_epoch_time, temp_epoch_time)
        offset = offset + 4
    end 
    
end

-------------------------------------------------------------------------------------------------------------------------
function sensor_dissector_11(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)
    -- Define ProtoFields for the new structure fields
    local f_voltage = ProtoField.float("SensorData.voltage", "Voltage", base.DEC)
    local f_current = ProtoField.float("SensorData.current", "Current", base.DEC)
    local f_adm_epoch_time = ProtoField.uint32("SensorData.adm_epoch_time", "Epoch Time", base.DEC)

    -- Add the fields to the protocol
    sensor_protocol.fields = { 
        f_voltage, f_current, f_adm_epoch_time
    }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect voltage (4 bytes for float)
        local voltage = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_voltage, voltage)
        offset = offset + 4

        -- dissect current (4 bytes for float)
        local current = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_current, current)
        offset = offset + 4

        -- dissect adm_epoch_time (4 bytes for uint32)
        local adm_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_adm_epoch_time, adm_epoch_time)
        offset = offset + 4
    end
end

---------------------------------------------------------------------------------------------------------------------------


function sensor_dissector_12(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)
    -- Define ProtoFields for the new structure fields
    local f_voltage = ProtoField.float("SensorData.voltage", "Voltage", base.DEC)
    local f_current = ProtoField.float("SensorData.current", "Current", base.DEC)
    local f_adm_epoch_time = ProtoField.uint32("SensorData.adm_epoch_time", "Epoch Time", base.DEC)

    -- Add the fields to the protocol
    sensor_protocol.fields = { 
        f_voltage, f_current, f_adm_epoch_time
    }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect voltage (4 bytes for float)
        local voltage = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_voltage, voltage)
        offset = offset + 4

        -- dissect current (4 bytes for float)
        local current = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_current, current)
        offset = offset + 4

        -- dissect adm_epoch_time (4 bytes for uint32)
        local adm_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_adm_epoch_time, adm_epoch_time)
        offset = offset + 4
    end
end

---------------------------------------------------------------------------------------------------------------------------------------
function sensor_dissector_13(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)
    -- Define ProtoFields for the new structure fields
    local f_voltage = ProtoField.float("SensorData.voltage", "Voltage", base.DEC)
    local f_current = ProtoField.float("SensorData.current", "Current", base.DEC)
    local f_adm_epoch_time = ProtoField.uint32("SensorData.adm_epoch_time", "Epoch Time", base.DEC)

    -- Add the fields to the protocol
    sensor_protocol.fields = { 
        f_voltage, f_current, f_adm_epoch_time
    }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE "..i)

        -- dissect voltage (4 bytes for float)
        local voltage = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_voltage, voltage)
        offset = offset + 4

        -- dissect current (4 bytes for float)
        local current = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_current, current)
        offset = offset + 4

        -- dissect adm_epoch_time (4 bytes for uint32)
        local adm_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_adm_epoch_time, adm_epoch_time)
        offset = offset + 4
    end
end

----------------------------------------------------------------------------------------------------------------------------------------

function sensor_dissector_14(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)
    -- Define ProtoFields for the new structure fields
    local f_temperature = ProtoField.float("TemperatureData.temperature", "Temperature", base.DEC)
    local f_dt_epoch_time = ProtoField.uint32("TemperatureData.dt_epoch_time", "Epoch Time", base.DEC)

    -- Add the fields to the protocol
    sensor_protocol.fields = { 
        f_temperature, f_dt_epoch_time
    }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 0, num_of_instance - 1 do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE"..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local dt_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_dt_epoch_time, dt_epoch_time)
        offset = offset + 4
    end 
end
---------------------------------------------------------------------------------------------------------------------------------------

function sensor_dissector_15(buffer, pinfo, tree, sensor_protocol, offset, num_of_instance)
    -- Define ProtoFields for the new structure fields
    local f_temperature = ProtoField.float("TemperatureData.temperature", "Temperature", base.DEC)
    local f_dt_epoch_time = ProtoField.uint32("TemperatureData.dt_epoch_time", "Epoch Time", base.DEC)

    -- Add the fields to the protocol
    sensor_protocol.fields = { 
        f_temperature, f_dt_epoch_time
    }
local subtree = tree:add(sensor_protocol, buffer(), "SENSOR")
    -- Loop through the data (num_of_instance could represent the number of instances or packets to dissect)
    for i = 1, num_of_instance do
        -- Add the new structure data as a subtree
        local subtree1 = subtree:add(sensor_protocol, buffer(), "INSTANCE"..i)

        -- dissect temperature (4 bytes for float)
        local temperature = buffer(offset, 4):le_float()  -- Float type is 4 bytes (32 bits)
        subtree1:add(f_temperature, temperature)
        offset = offset + 4

        -- dissect dt_epoch_time (4 bytes for uint32)
        local dt_epoch_time = buffer(offset, 4):le_uint()  -- uint32 is 4 bytes
        subtree1:add(f_dt_epoch_time, dt_epoch_time)
        offset = offset + 4
    end 
end

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