From: bwasim
This addition ensures that the IP does NOT boot up in promiscuous mode
by default, and so the software only receives the desired
packets(Unicast, Broadcast, Unicast / Multicast hashed) by default.
The software running on-top of QEMU can also modify these settings and
disable receptio
From: Bilal Wasim
This addition ensures that the IP does NOT boot up in
promiscuous mode by default, and so the software only receives the desired
packets(Unicast, Broadcast, Unicast / Multicast hashed) by default. The
software running on-top of QEMU can also modify these settings and disable
rec
From: Bilal Wasim
This addition ensures that the IP does NOT boot up in
promiscuous mode by default, and so the software only receives the desired
packets(Unicast, Broadcast, Unicast / Multicast hashed) by default. The
software running on-top of QEMU can also modify these settings and disable
rec
From: bwasim
Loopback mode only works when specific conditions (as dictated
by the IP guide) are met, i.e. the MII_MODE is set and the
RMII_MODE is cleared. If not, we simply send the packet on the
output queue (for TX to the host network). Tested by running a
custom RTOS and TXing a ton of packe
From: bwasim
The current code makes a bad assumption that the most-significant byte
of the MAC address is used to determine if the address is multicast or
unicast, but in reality only a single bit is used to determine this.
This caused IPv6 to not work.. Fix is now in place and has been tested
wi
From: bwasim
The current code makes a bad assumption that the most-significant byte
of the MAC address is used to determine if the address is multicast or
unicast, but in reality only a single bit is used to determine this.
This caused IPv6 to not work.. Fix is now in place and has been tested
wi