Hi scores are getting sent to webserver but as this is a cludge it is not yet bullet proof.
Seeking help to write flip flop equation for GAL.
So far I have this for the address matches
/X = /WE * /CS * J*/I*/H*/G*F*/E*/D*C*/B*A + ;Addr 225 [8A25]
/WE * /CS * J*/I*/H*/G*F*/E*/D*C*/B*/A +;Addr 224 [8A24]
/WE * /CS * J*/I*/H*/G*F*/E*/D*/C*B*A +;Addr 223 [8A23]
/WE * /CS * J*/I*/H*/G*F*/E*/D*/C*B*/A +;Addr 222 [8A22]
/WE * /CS * J*/I*/H*/G*F*/E*/D*/C*/B*A +;Addr 221 [8A21]
/WE * /CS * J*/I*/H*/G*F*/E*/D*/C*/B*/A ;Addr 220 [8A20]
y = /X;
which works well but the following fails to compile.
Z = /Z;
Z.clkf = X;
Hoping someone may be familiar and set me straight.
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Have solved the compile fail with
Z := /Z
which toggles state on every clock (Pin 1) that is now fed from the X output.
Initial tests have produced favourable results.
The transition of Z can now be used to differentiate between subsequent hi score writes.. Just need to tidy up the ESP8266 code a bit and perform additional testing.
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