RTL8373 (non-N) with an RTL8224 quad 2.5G PHY, 2 MB GD25Q16ESIG flash, no PoE.
The wiring is close to the KP-9000-9XHML-X V3.1 (same 8+1 topology, same I2C on
GPIO39/40), but three things differ and were determined on hardware:
- ModAbs is GPIO30 (low with a module inserted, high with an empty cage) and LOS
is GPIO37 (high without light), not GPIO38. GPIO38, the ModAbs pin of the
KP-9000 reference, is tied low on this board, which made the firmware believe a
module was permanently inserted and retry the I2C read forever.
- The reset button is GPIO54, not GPIO48. GPIO48 never changes here, so the
button appeared to do nothing.
- The LED wiring follows the stock port order (pin 3n+m belongs to port n+1,
LED function m), so the mux table is the chip default except that pin 25 --
the SFP LED -- is driven by function 0, the only populated function in SET1.
Per copper port the left LED shows link/activity and the right LED shows
2.5G, matching the front panel labels.
Verified on hardware: all eight 2.5G ports at 10/100/1000/2500 Mbps, 1G and 10G
SFP modules including DDM data, both LED columns, module insert/remove and the
reset button.
The 8051 assembler sign-extends every value to 24 bits, so the top
byte of a __sfr32 address list like 0xa4a5a6a7 comes out as 0xff.
The patch keeps 32-bit arithmetic while leaving the 24-bit T line
addresses alone, so the relocations are unchanged. Proposed upstream
in the bug thread. With it SFR_DATA_U32 can be used again, which
saves about 240 bytes of code in REG_SET.
The workflow and the Dockerfile install what building SDCC needs instead
of the distribution's sdcc, and the workflow caches toolchain/ keyed on
the contents of sdcc/.
Released SDCC 4.5.0 and 4.6.0 miscompile some of our code in the mcs51
register allocator (SDCC bugs 4153 and 4154, fixed in trunk r17025 and
r17039). The first make now downloads the 4.6.0 sources, checks their
sha256, applies the two fixes from sdcc/ and installs the compiler into
toolchain/, named after a checksum of sdcc/, so a changed patch builds a
new one. make CC=sdcc still uses an installed compiler.
The masks were 0, so 0x3e2 was ORed into the reset value 0xbff and both
SerDes stayed off on boards without 10G ports (n_10g == 0), e.g. the
HC-SWTG124AS. With SDS 0 off RTL837X_REG_SEC_COUNTER does not hold a
written value: it reads 0, so NTP never retried after a failed first
attempt at boot and froze the clock after a sync.
Tested with regset on an HC-SWTG124AS: the register keeps a write with
SDS 0 in SGMII or 10GR, not with SDS 0 off (also not with only SDS 1
on).
Firefox filled a saved login into the System tab's password fields and
its user name into the NTP poll interval, the input before them. That
input event marked the Time card as edited, so ntpLoad() left NTP off,
the server empty and the time zone at UTC-12:00.
In HEALTH=1 builds health_phase(HEALTH_LLDP) used id 7 while ph_max[] and
ph_slow[] had HEALTH_PHASES = 6 entries. The LLDP checkpoint therefore
wrote one byte past ph_max (into the high byte of ph_slow[0]) and, when
the phase took two ticks or more, incremented two bytes past ph_slow
(dhcp_state.state and transaction_id on KP_9000_6XHML_X2).
Rename it HEALTH_PH_LLDP = 6, derive HEALTH_PHASES from it so the arrays
always cover the last phase, print an lldp line in "health" and document
it.
Fixes#658
Chrome on macOS labels .bin files application/macbinary. Searching for application/octet-stream mistakes the image bytes for more part headers and aborts when the preamble buffer fills.
Find the multipart header terminator instead, after the HTTP separator retained by handle_post. Keep authentication, CRC checks and staging limits unchanged. Cover MacBinary, an omitted part Content-Type, and a split header terminator with exact staged-byte checks.
the bits we need
But we need both main and branch checked out and the action can
do it for us
Pulling the bank occupancy from the map produced by sdcc rather
than the output of the build as it appears the output number is
only the maximum size of the banks
BANK0 isn't output, but what I'm guessing are the consituents for it are
gtytup
logicog
d00f
feelfree69
avicarmeli
robs
Luca S.
HL Yi
René van Dorst
Rob Emery
Andre Brait
Kamikaze94
bloq