mirror of
https://github.com/portapack-mayhem/mayhem-firmware.git
synced 2026-08-20 14:39:01 +00:00
Frederic BORRY
5aecd4097e
* First step to epirb-tx app * Next step to epirb_tx app * Fixed merge * EPIRB TX app progress - Fixed UI - Added automatic frame resend after delay - Added load of beacons from EPIRB/BEACONS.TXT file * First step to adding 121.5 MHz signal * Refactored 121.5 signal generation code * Added frequency change when switching from BPSK to AM * Added checkbox for AM signal. Added START/STOP button Added AM frequency First step to editor mode. * Next step to frame editor * Fixed location bits. * Refactored code + fixed location * Added location fields * UI fixes + settings backup Fixed lat/long display Added send on change checkbox Added settings backup Fixed locator edition Fixed BEACONS.TXT to move to Self test beacons. * Update ui_epirb_tx.cpp Fixed timeout reset * Added national location protocol. Added national location protocol. Fixed send on change. * UI fixes Added country selection Separated beacon protocol and beacon type selectors * Standard protocol Added standard protocol Added internal checkbox * Fixed fomratting * Code cleanup * Comments / doc * More comments / doc * More comments / doc Fixed pre count duration. Added frequency restore after leaving * Prepare merge * Prepare merge * Finished merge * More comments and doc * Update ui_epirb_tx.cpp Fixed out of memory error when using AlphanumView * Update proc_epirb_tx.hpp Fixed comment * Fixed copilot PR comments. * Update proc_epirb_tx.hpp Fixed formatting * Update external.ld Merge with kiss_tnc app
25 lines
2.1 KiB
Plaintext
25 lines
2.1 KiB
Plaintext
#Title; Description; Frame (Hex format : 18 Bytes / 36 Hex char)
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Selftest; Serial user Location Protocol; FFFED0D6E6202820000C29FF51041775302D
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Standard Test; ADRASEC02 30/11/2014 N49d16m32s/E3d16m32s; FFFED08e3e0425a8318074fe44b735cd7b46
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User protocol KO; Radio call sign (wrong BCH1); FFFED03EF613523F81FE0
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User protocol OK; Radio call sign (valid BCH1); FFFED056E6804002202009655250
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RLS Location; RLS Location; FFFED08E0D0990014710021963C85C7009F5
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PLB Location; PLB Location: National Location; FFFED08E3B15F1DFC0FF07FD1F769F3C0672
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RLS Location 2; RLS Location Protocol; FFFED08F4DCBC01ACD004BB10D4E79C4DD86
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Std Loc. ELT 24; ELT 24-bit Address Protocol; FFFED096E3AAAAAA7FDFF8211F3583E0FAA8
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Standard Location; Standard Location Protocol EPIRB (Serial); FFFED096E61B0CAE7FDFFF0E58B583E0FAA8
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PLB Location; PLB Location: National Location; FFFED09F7B00F9E8EC737E5312378A1802B0
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EPIRB; Standard Location Protocol EPIRB-MMSI; FFFED0A0D205F260850F3DC9E0B70B6E4FD7
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PLB; Standard Location Protocol - PLB (Serial); FFFED0A3E7B10016150D364D8B3689C09437
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SAAS; Std. Location ship security protocol (SSAS); FFFED0A5DC19E1A07FDFFE5C803483E0FCCA
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ELT 24; Serial user Location (ELT with Aircraft 24-bit Address); FFFED0CE46E76EF8C00C2BAA31CFE0FF0F61
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MMSO; Maritime User Protocol MMSI - EPIRB; FFFED0D9D4EB28140AA6893F16A2C67282EC
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Float Free EPIRB; Float Free EPIRB with Serial Identification Number; FFFED0DF76A9A9C800174DE27BE1F0277E45
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Non Float Free EPIRB; Non Float Free EPIRB with Serial Identification; FFFED0DF77200000001168C610AFE0FF0146
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Radio Call Sign; Radio Call Sign - EPIRB; FFFED0E0DDAE599508268E4C05E054651307
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ELT Aviation; ELT Aviation User; FFFED0E29325ACB12E938B671E0FE0FF0F61
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ELT Aircraft; ELT with Aircraft Operator Designator & Serial Number; FFFED0EDF67B7182038C2F0E10CFE0FF0F61
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PLB Serial; Standard Location Protocol - PLB (Serial); FFFED0A157B081437FDFF8B4833783E0F66C
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RLS Location; RLS Location Protocol; FFFED096ED09900149D4D467EE0851A3B2E8
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Orbitography; Orbitography Protocol (from Toulouse FMCC's LUT); FFFE2FCE3000000000000DBD0E4022417500
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ELT 24 2; ELT 24 bits; FFFED08DB345B146202DDF3C71F59BAB7072 |