Or TLV2372, a good general purpose jellybean without the quirks of LM358. Mind the lower voltage rating, still fine here.
Regarding SOA, please stop repeating misinformation. If hotspotting happens, it happens. If the SOA says full DC operation, it means full DC operation (at the plotted voltage and current, and rated Tc). If you don't trust them, you think they're lying, go ahead and perform the actual test. Generalizations are not useful here: there are even IGBTs available with DC ratings. SOA primarily depends upon power density, which increases with tech node (MOSFET --> BJT --> IGBT) and voltage, but current sharing depends on design just as much, and it seems SuperJunction devices are usually optimized that way, and some IGBTs are as well.
So, you got legacy (lateral?) MOSFETs that were "free from 2nd breakdown", in contrast to contemporary BJTs which often were subject to that limitation (even the power amp rated ones, which usually have a small corner still subject to the limit). I'm guessing that's when all the classic books were written, from which everyone took as unchanging fact that these were the limits. Meanwhile designs continued to evolve, MOSFETs got terrible SOAs, IGBTs were introduced, SOAs improved. Finally today, parts from several generations and optimization goals are currently available.
Tim