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This repository has been archived by the owner on Mar 8, 2024. It is now read-only.
When decoding the following GSM SIB2:
59061A8BE7D683080000000000000000000000FF010000
I get the following ARFCNs (975 is the original ARFCN):
975, 1023, 1148 and 1152
The correct networks should be:
975, 124 ,128, 975 and 1023
This is due to a missing mod 1024 for Range256 and Range128 networks.
I am pretty sure there is also a bug in Range512 in that the result should be N, not W(0) + N mod 1024. Since Range 512, 256, 128 and BitmapVar are all decoded in
Thanks for your submission.
I never checked those encodings too deeply, so you may be correct. Could you eventually provide some SIB buffers with various ARFCN range encodings, so that after patching, I can integrate specific tests ?
I will do my best, but I'm not sure I can generate useful (and accurate) data for all ranges. I know I can generate 256 as that is the default in the tools I am using, but I will check and see if I can manipulate that to use the other ranges.
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When decoding the following GSM SIB2:
59061A8BE7D683080000000000000000000000FF010000
I get the following ARFCNs (975 is the original ARFCN):
975, 1023, 1148 and 1152
The correct networks should be:
975, 124 ,128, 975 and 1023
This is due to a missing mod 1024 for Range256 and Range128 networks.
I am pretty sure there is also a bug in Range512 in that the result should be N, not W(0) + N mod 1024. Since Range 512, 256, 128 and BitmapVar are all decoded in
pycrate/pycrate_mobile/TS44018_IE.py
Line 304 in 26c1a0a
Correct?
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