Remove the ELRS handset address distinction

src/SCRIPTS/CRSFSimulator/csrfsimulator.lua

@@ -99,7 +99,6 @@ local CRSF = {
   ADDRESS_HANDSET = 0xEA, -- EdgeTX's official handset address
   ADDRESS_RX = 0xEC,
   ADDRESS_TX = 0xEE,
-  ADDRESS_HANDSET_ELRS = 0xEF, -- ELRS-custom Lua device address, not standard CRSF
 
   -- Field types0
   UINT8 = 0,

src/SCRIPTS/ELRS/crsf.lua

@@ -27,7 +27,6 @@ CRSF.CONST = {
   ADDRESS_HANDSET = 0xEA, -- EdgeTX's official handset address
   ADDRESS_RX = 0xEC,
   ADDRESS_TX = 0xEE,
-  ADDRESS_HANDSET_ELRS = 0xEF, -- ELRS-custom Lua device address, not standard CRSF
 
   -- Frame types
   FRAMETYPE_DEVICE_PING = 0x28,
@@ -257,10 +256,10 @@ function CRSF:decodeElrsStatus(data)
   }
 end
 
---- ELRS 1.x signature: an inbound PARAMETER_WRITE addressed to the official
--- handset address from the TX module. 3.x+ answers on ADDRESS_HANDSET_ELRS and
--- never writes to the handset. Reads data[1] (the destination) deliberately --
--- unlike the decoders above, which leave gating on the source to the caller.
+--- ELRS 1.x signature: an inbound PARAMETER_WRITE addressed to the handset
+-- from the TX module; 3.x+ never writes to the handset. Reads data[1] (the
+-- destination) deliberately -- unlike the decoders above, which leave gating
+-- on the source to the caller.
 -- @param data  array of byte values
 -- @return true when the frame matches the 1.x signature, nil otherwise
 function CRSF:isElrsV1Frame(data)
@@ -280,7 +279,7 @@ end
 --- Request ELRS status from the TX module (PARAMETER_WRITE with fieldId=0).
 -- The module answers with an ELRS_STATUS frame carrying its warning flags.
 function CRSF:requestElrsStatus()
-  CRSF.push(CRSF.CONST.FRAMETYPE_PARAMETER_WRITE, { CRSF.CONST.ADDRESS_TX, CRSF.CONST.ADDRESS_HANDSET_ELRS, 0, 0 })
+  CRSF.push(CRSF.CONST.FRAMETYPE_PARAMETER_WRITE, { CRSF.CONST.ADDRESS_TX, CRSF.CONST.ADDRESS_HANDSET, 0, 0 })
 end
 
 --- Send a COMMAND bind request. Addressed to the TX module it enters bind

src/SCRIPTS/ELRS/crsf_session.lua

@@ -36,7 +36,7 @@ CRSFSession.__index = CRSFSession
 --- Create a session.
 -- @param opts  table with:
 --   deviceId          target device address (default ADDRESS_TX)
---   handsetId         reply-to address (default ADDRESS_HANDSET_ELRS)
+--   handsetId         reply-to address (default ADDRESS_HANDSET)
 --   responseTimeout   fixed read-retry deadline in ticks; when omitted it is
 --                     derived per device: 50 for the local ELRS TX, 500 for
 --                     remote devices relayed over the air link
@@ -56,7 +56,7 @@ function CRSFSession.new(opts)
   return setmetatable({
     -- Public facts
     deviceId = opts.deviceId or crsf.CONST.ADDRESS_TX,
-    handsetId = opts.handsetId or crsf.CONST.ADDRESS_HANDSET_ELRS,
+    handsetId = opts.handsetId or crsf.CONST.ADDRESS_HANDSET,
     deviceName = nil,
     isElrsTx = nil,
     fieldsCount = 0,
@@ -137,7 +137,6 @@ function CRSFSession:setDevice(device)
   self.deviceName = device.name
   self.fieldsCount = device.fieldCount
   self.isElrsTx = device.isElrs and device.id == crsf.CONST.ADDRESS_TX or nil
-  self.handsetId = self.isElrsTx and crsf.CONST.ADDRESS_HANDSET_ELRS or crsf.CONST.ADDRESS_HANDSET
   local st = self.status
   st.flags = 0
   st.connected = nil
@@ -669,9 +668,8 @@ function CRSFSession:tick()
 
   if self._trackStatus and now > self._nextStatusAt then
     if self.isElrsTx then
-      -- isElrsTx guarantees deviceId/handsetId are ADDRESS_TX and
-      -- ADDRESS_HANDSET_ELRS here (see setDevice), the addressing
-      -- requestElrsStatus() hardcodes.
+      -- isElrsTx guarantees deviceId is ADDRESS_TX here (see setDevice),
+      -- the addressing requestElrsStatus() hardcodes.
       crsf:requestElrsStatus()
     else
       self.status.receivedPackets = nil