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When mtu is very small (e.g. 6 or 7), the final mbuf can be larger than the second last mbuf, since the RCS is sent seperately.
The curr_bit_offset variable will never be larger than the temp_offset variable when fetching a byte using mbuf_get_byte() which results in an endless loop.
See mbuf_compute_mic() and mbuf_copy()
Reproduce error w/ fragment example with mtu set to 6 or 7 with NO_ACK reliability mode.
The text was updated successfully, but these errors were encountered:
When mtu is very small (e.g. 6 or 7), the final mbuf can be larger than the second last mbuf, since the RCS is sent seperately.
The
curr_bit_offset
variable will never be larger than thetemp_offset
variable when fetching a byte usingmbuf_get_byte()
which results in an endless loop.See
mbuf_compute_mic()
andmbuf_copy()
Reproduce error w/ fragment example with mtu set to 6 or 7 with
NO_ACK
reliability mode.The text was updated successfully, but these errors were encountered: