loadzero

    // xref 0462
    //
    // This code is using the shot counter as an index into the ROM
    // (where some code resides), for the purposes of random number generation.
    //
    // For the saucer direction logic, only bit 0 of each bytecode is used.
    //
    // The 256 bytes used reside at 0800 -> 08FF
    //
    // If you check bit 0 of each byte in that ROM section, you will find that there is no bias,
    // and there are exactly 128 0's and 128 1's.
    //
    // It seems unlikely that this was an accident, I think Nishikado deliberately constructed
    // the ROM this way, and used some well placed NOPs to achieve fair balance.
    //
    // E.g. these NOPs
    //
    // 0854: 00 00 00
    // 0883: 00 00 00
    //
    // This information can be exploited to the player's advantage.
    //
    // If using the shot counting trick to get high scores, the
    // expected saucer direction for the first 6 saucers (if counting),
    // will be as follows:
    //
    // [22,37,52,67,82,97]
    // [0, 1, 1, 0, 1, 1]
    // [L, R, R, L, R, R]

    def flat_json_keys:
        [leaf_paths as $path | {"key": $path | map(if (type=="string") then (if (test("([?:\\W]+)")) then "['"+.+"']"  else . end) else "["+tostring+"]" end) | join(".") | gsub(".\\[";"[") , "value": getpath($path)}] | from_entries;

    def ukeys:
        keys_unsorted;

    cat wat.json | jq flat_json_keys

  Infra: AWS/Kops/K8s/Terraform/Golang
  BE: NodeJS/Postgresql
  FE: TypeScript/React/Maplibre/DeckGl

  QA Engineer (6mo contract, junior role)

  Infra: AWS/Kops/K8s/Terraform/Golang
  BE: NodeJS/Postgresql
  FE: TypeScript/React/Maplibre/DeckGl

  Senior Front End Developer (full-time)

  Infra: AWS/Kops/K8s/Terraform/Golang
  BE: NodeJS/Postgresql
  FE: TypeScript/React/Maplibre/DeckGl

  DevOps (full-time)
  Senior Front End Developer (full-time)
  QA Engineer (6-month contract, full-time)