pySim's scc.read_binary/read_record call select_path(ef) first, so the
ICCID, network-state, EF.ARR and EF.PBR readers - which had already made a
parent-scoped selection and hold its FCP - sent a second SELECT per file
and per record. _read_selected_ef() issues READ BINARY (chunked at
max_cmd_len from the FCP file size) / READ RECORD (b2<rec>04<len> at the
FCP record length) directly; the pySim helpers stay as the fallback when
the FCP lacks the value.
The startup TERMINAL PROFILE drain now breaks on the chain's idle SW
instead of polling STATUS once more.
Measured on the last startup: ~3.4 s traced init (netstate/ARR/PBR 271
APDUs / 1.26 s incl. 169 SELECTs; the card's own TP processing 1.58 s);
the change removes ~0.7-0.8 s of the read phase without touching any data
or the TP.
v3.38.1; tests: tests/test_read_selected.py (direct reads, chunking, the
fallback and the drain source pin) and the ARR/PBR/ICCID/netstate fakes.
1067 Python + 1075 frontend. sw cache simple-v482.
The startup init (server booted with the card already in the reader) equips
the card and reads the ICCID itself, but never created server.net_state -
only /api/command equip and the auto-equip worker did. With a card present
at boot the monitor stayed empty, net-sim responses carried net_state: null
and the panel only started updating after pressing Refresh (which lazily
created the state). Fix:
- factor _netstate_read(app) / _netstate_install() / _netstate_init() in
server.py; _apply_equipped_card uses _netstate_init()
- __main__ startup: read the monitored EFs in the same CAT-free window as
the ICCID and install the state once the server object exists
- _netstate_ensure() lazily initializes the state in the net-sim/event hooks
so any equip path predating the monitor cannot leave it dead
- netSimRun falls back to netStateFetch() when a response has no net_state
- tests: tests/test_netstate_server.py (candidate order, record vs
transparent, absent files, install, ensure); SW cache simple-v204
catarrh