The server timeout is an inactivity timeout: scan_header() refreshes
last_session_use on every authenticated request. Max-Age counts from
login instead, and the cookie is only set there, so the browser deletes
it session_timeout seconds after logging in however busy the session
is. Leave expiry to the server, which already handles it.
The five-digit itoa16_html() stays: information.json must print
timeouts from 10000 to 65535 correctly.
The session cookie carried neither Expires nor Max-Age, so browsers that
clean up session cookies aggressively (LibreWolf, for one) may drop it
while the session is still valid. Send Max-Age=session_timeout so the
declared lifetime matches the timeout already enforced by the firmware.
itoa16_html() only converted four digits, so extend it to five to print
timeouts up to 65535. That also fixes information.json, which used the
same helper and reported wrong values from 10000 s up.
Adds a numeric input next to the syslog settings to read and set the
session timeout without knowing the command. The current value is
reported in information.json, so the field also shows the default the
firmware was built with.
Costs 86 bytes of code (BANK1) and nothing in RAM.
The session timeout was a compile-time constant (200 s), so changing it
meant rebuilding the firmware. Make it a variable that keeps the same
default and add a "session <seconds>" command, so it can be set from
the console or from the startup configuration like the other settings.
Measured on KP_9000_9XHML_X_V3_1: ROM +180 bytes (BANK1 +17, BANK2
+161) and xdata +2 bytes; the internal RAM map is unchanged.
parse_mac() now writes to the global mac_parse_result[6] and takes only the
index, like the other parsers (ip[4]). This drops the local __xdata buffer
and the now-unused hexval() helper.
Build (KP_9000_9XHML_X_V3_1): ROM 110302 -> 110193 bytes, XSEG and internal
RAM unchanged.
parse_mac now accepts only a strict aa:bb:cc:dd:ee:ff (or '-' separators)
form: each octet is exactly two hex digits, the 5 separators are a single
consistent character, and nothing is allowed after the 6th octet. This
rejects the malformed values the reviewer flagged (repeated separators,
missing digits, trailing characters). A new inline hexval() helper does the
digit-to-value conversion and can be reused by future commands.
print_mac and print_ip are marked __banked to match cmd_parser(), which
lives in codeseg BANK2 and is itself __banked, so callers across the code
bank work correctly. cmd_parser.h is updated with the new prototypes and
the __banked qualifier on print_ip.
Verified with make MACHINE=KP_9000_9XHML_X_V3_1: the build links cleanly
and the internal-RAM (DSEG) layout is unchanged against main; XSEG is
unchanged and ROM grows by 184 bytes. A host-side test confirms parse_mac
rejects the two malformed inputs from the review.
Add a `mac <aa:bb:cc:dd:ee:ff>` console command (and a bare `mac` to show
the current address) that overrides the management MAC at runtime. The
address is validated (unicast, globally administered, non-zero OUI) and
the static L2 management entry is re-registered so the change applies
without a reboot. Because it is a normal command, a line in the startup
config persists it across boots: execute_config() runs it before the final
static L2 entry and the derived hostname are set up.
Also point the keepLink KP-9000-9XHML-X V3.1 machine definition at the
factory MAC area (0x1FC000, same location other machines use) so a valid
factory MAC is picked up at boot instead of falling back to a locally
administered address.
The MAC parsing/printing lives in parse_mac()/print_mac() helpers next to
parse_ip()/print_ip() so future commands can reuse them, and a memcmp()
helper joins the project's own memcpy()/memset() (no libc is linked).
gnacho