Redid day23 from scratch...
It's working but I'm not happy about it yet.
This commit is contained in:
parent
f6e0792525
commit
08cb79c5cb
BIN
2019/day23-scratch/day23-scratch
Executable file
BIN
2019/day23-scratch/day23-scratch
Executable file
Binary file not shown.
1
2019/day23-scratch/input
Normal file
1
2019/day23-scratch/input
Normal file
File diff suppressed because one or more lines are too long
123
2019/day23-scratch/main.go
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123
2019/day23-scratch/main.go
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@ -0,0 +1,123 @@
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package main
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import (
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"fmt"
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"io/ioutil"
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"strconv"
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"strings"
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)
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func main() {
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input, _ := ioutil.ReadFile("input")
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// Build the memory
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mem := map[int]int{}
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for i, s := range strings.Split(strings.TrimSpace(string(input)), ",") {
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mem[i], _ = strconv.Atoi(s)
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}
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// Mesage Buffers
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in, out := make([]chan int, 50), make([]chan int, 50)
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for i := 0; i < 50; i++ {
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in[i], out[i] = make(chan int), make(chan int)
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go run(mem, in[i], out[i])
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// Send address to each computer first
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in[i] <- i
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in[i] <- -1
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}
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idle := 0
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var old, nat [2]int
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for i := 0; ; i = (i + 1) % 50 {
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select {
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case addr := <-out[i]:
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if addr == 255 {
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new := [2]int{<-out[i], <-out[i]}
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if nat == [2]int{} {
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fmt.Println(new[1])
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}
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nat = new
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} else {
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in[addr] <- <-out[i]
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in[addr] <- <-out[i]
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}
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idle = 0
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case in[i] <- -1:
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idle++
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}
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if idle >= 50 {
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if nat[1] == old[1] {
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fmt.Println(nat[1])
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return
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}
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in[0] <- nat[0]
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in[0] <- nat[1]
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old = nat
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idle = 0
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}
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}
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}
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func run(init map[int]int, in <-chan int, out chan<- int) {
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ip, rb := 0, 0
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mem := map[int]int{}
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for i, v := range init {
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mem[i] = v
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}
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for {
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ins := fmt.Sprintf("%05d", mem[ip])
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op, _ := strconv.Atoi(ins[3:])
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par := func(i int) int {
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switch ins[3-i] {
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case '1':
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return ip + i
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case '2':
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return rb + mem[ip+i]
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default:
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return mem[ip+i]
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}
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}
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switch op {
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case 1:
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mem[par(3)] = mem[par(1)] + mem[par(2)]
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case 2:
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mem[par(3)] = mem[par(1)] * mem[par(2)]
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case 3:
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mem[par(1)] = <-in
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case 4:
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out <- mem[par(1)]
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case 5:
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if mem[par(1)] != 0 {
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ip = mem[par(2)]
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continue
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}
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case 6:
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if mem[par(1)] == 0 {
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ip = mem[par(2)]
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continue
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}
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case 7:
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if mem[par(1)] < mem[par(2)] {
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mem[par(3)] = 1
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} else {
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mem[par(3)] = 0
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}
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case 8:
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if mem[par(1)] == mem[par(2)] {
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mem[par(3)] = 1
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} else {
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mem[par(3)] = 0
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}
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case 9:
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rb += mem[par(1)]
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case 99:
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return
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}
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ip += []int{1, 4, 4, 2, 2, 3, 3, 4, 4, 2}[op]
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}
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}
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@ -1,78 +1,54 @@
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package main
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import (
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"time"
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"fmt"
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intcode "git.bullercodeworks.com/brian/adventofcode/2019/intcode-processor"
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h "git.bullercodeworks.com/brian/adventofcode/helpers"
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)
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func main() {
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//pt := helpers.GetArgNumber(1)
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prog := intcode.ReadIntCodeFile("input")
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//if pt == "1" {
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part1(prog)
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//} else {
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// part2(prog)
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//}
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}
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func part1(prog []int) {
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p := intcode.NewProgram(prog)
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n := StartNetwork(*p)
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for !n.CrashOverride {
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time.Sleep(1)
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}
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}
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/*
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func part1o(prog []int) {
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var network []*intcode.Program
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msgQueue := make([][]int, 255)
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for k := 0; k < 50; k++ {
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p := intcode.NewProgram(prog)
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//p.EnableDebug()
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network = append(network, p)
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msgQueue = append(msgQueue, []int{})
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go func(addr int) {
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for !network[addr].NeedsInput() {
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time.Sleep(1)
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}
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network[addr].Input(addr)
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for {
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if !network[addr].NeedsOutput() && !network[addr].NeedsInput() {
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time.Sleep(1)
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} else if network[addr].NeedsOutput() {
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msgD := network[addr].Output()
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msgQueue[msgD] = append(msgQueue[msgD], network[addr].Output())
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msgQueue[msgD] = append(msgQueue[msgD], network[addr].Output())
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fmt.Println(addr, "->", msgD, msgQueue[msgD])
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} else if network[addr].NeedsInput() {
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if len(msgQueue[addr]) > 0 {
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var v int
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v, msgQueue[addr] = msgQueue[addr][0], msgQueue[addr][1:]
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fmt.Println(addr, "<-", v)
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network[addr].Input(v)
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pt := h.GetArgNumber(1)
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if pt != "2" {
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part1()
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} else {
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network[addr].Input(-1)
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part2()
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}
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}
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}
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}(k)
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go network[k].Run()
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}
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for len(msgQueue[255]) < 2 {
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time.Sleep(1)
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}
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fmt.Println(msgQueue[255])
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}
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*/
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func part2(prog []int) {
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}
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func getOutput(p *intcode.Program) int {
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for !p.NeedsOutput() {
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time.Sleep(1)
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func part1() {
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devices, queue := NewNetwork()
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for {
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//fmt.Print(h.CLEAR_SCREEN)
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for i, dev := range devices {
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var packet h.Coordinate
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if len(queue[i]) > 0 {
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packet = queue[i][0]
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} else {
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packet = h.Coordinate{X: -1, Y: -1}
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}
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select {
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case dest := <-dev.Channel:
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x := <-dev.Channel
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y := <-dev.Channel
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//fmt.Printf("%s: [%d] -> [%d]: {%d, %d}\n", time.Now().Format(time.Stamp), i, dest, x, y)
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if dest == 255 {
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fmt.Println(y)
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return
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}
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queue[dest] = append(queue[dest], h.Coordinate{X: x, Y: y})
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case dev.Channel <- packet.X:
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//if packet.X != -1 && packet.Y != -1 {
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// fmt.Printf("%s: [%d] <-: {%d, %d}\n", time.Now().Format(time.Stamp), i, packet.X, packet.Y)
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//}
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if packet.X != -1 {
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dev.Channel <- packet.Y
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queue[i] = queue[i][1:]
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}
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}
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//fmt.Println(dev)
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}
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}
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return p.Output()
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}
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func part2() {
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}
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@ -1,121 +1,163 @@
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package main
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import (
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"errors"
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"fmt"
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"time"
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"io/ioutil"
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"strconv"
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"strings"
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intcode "git.bullercodeworks.com/brian/adventofcode/2019/intcode-processor"
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h "git.bullercodeworks.com/brian/adventofcode/helpers"
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)
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type System struct {
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intcode.Program
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Running bool
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var incache []int
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type Computer struct {
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Address int
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IncomingQueue []h.Coordinate
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Network *Network
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Program []int
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Position int
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Offset int
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Channel chan int
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}
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func NewSystem(program intcode.Program, addr int, network *Network) *System {
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s := System{
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Program: program,
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Address: addr,
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Network: network,
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func (c Computer) String() string {
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status := "○"
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if c.Position%2 == 0 {
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status = "●"
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}
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go func() {
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fmt.Println("Booting", s.Address, "...")
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for !s.Program.NeedsInput() {
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time.Sleep(1)
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return fmt.Sprintf("[%2d] %s {%d}", c.Address, status, c.Offset)
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}
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func (c *Computer) parseInstruction() (int, []int) {
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inst := c.read(c.Position)
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opcode := inst % 100
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modes := make([]int, 4)
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inst /= 100
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for i := 0; inst > 0; i++ {
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modes[i] = inst % 10
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inst /= 10
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}
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s.Program.Input(s.Address)
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fmt.Println(s.Address, "booted")
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// System should just continue to run now
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for {
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if s.NeedsOutput() {
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// There should be 3 outputs, an address and a coordinate
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addr, x, y := s.Output(), s.Output(), s.Output()
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coord := h.Coordinate{
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X: x,
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Y: y,
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}
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s.Network.Queue(addr, coord)
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} else if s.NeedsInput() {
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v, err := s.Network.Retrieve(s.Address)
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if err != nil {
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s.Input(v.X)
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for !s.NeedsInput() {
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time.Sleep(1)
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}
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s.Input(v.Y)
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return opcode, modes
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}
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func (c *Computer) parseParameters(modes []int, num int) []int {
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params := make([]int, num)
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for i := 0; i < num; i++ {
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if i >= len(modes) || modes[i] == 0 {
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params[i] = c.read(c.read(c.Position + i + 1))
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} else if modes[i] == 1 {
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params[i] = c.read(c.Position + i + 1)
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} else {
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s.Input(-1)
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params[i] = c.read(c.read(c.Position+i+1) + c.Offset)
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}
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}
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}
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}()
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go s.Program.Run()
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return &s
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return params
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}
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func (s System) String() string {
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status := "."
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if s.Program.NeedsInput() {
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status = "<"
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} else if s.Program.NeedsOutput() {
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status = ">"
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func (c *Computer) read(pos int) int {
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if pos >= len(c.Program) {
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return 0
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}
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return fmt.Sprintf("[%d] %s\n", s.Address, status)
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return c.Program[pos]
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}
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type Network struct {
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Systems []*System
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Messages map[int][]h.Coordinate
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CrashOverride bool
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func (c *Computer) write(pos, val, mode int) {
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if mode == 2 {
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pos += c.Offset
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}
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if pos >= len(c.Program) {
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prog := make([]int, pos*2)
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copy(prog, c.Program)
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c.Program = prog
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}
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c.Program[pos] = val
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}
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func StartNetwork(nic intcode.Program) *Network {
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n := Network{
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Messages: make(map[int][]h.Coordinate),
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}
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for i := 0; i < 50; i++ {
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n.Systems = append(n.Systems, NewSystem(nic, i, &n))
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}
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return &n
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}
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func (n *Network) Queue(addr int, coord h.Coordinate) {
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fmt.Println("Network Queue", addr, coord, len(n.Messages))
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if addr == 255 {
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fmt.Printf("First packet to 255: {X: %d, Y: %d}\n", coord.X, coord.Y)
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n.CrashOverride = true
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}
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if n.CrashOverride {
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return
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}
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fmt.Printf("Queuing Packet for %d: {X: %d, Y: %d}\n", addr, coord.X, coord.Y)
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n.Messages[addr] = append(n.Messages[addr], coord)
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}
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func (n *Network) Retrieve(addr int) (h.Coordinate, error) {
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fmt.Println("Network Retrieve", addr, len(n.Messages))
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if n.CrashOverride {
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return h.Coordinate{}, errors.New("Network is down")
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}
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var ret h.Coordinate
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if len(n.Messages[addr]) > 0 {
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ret, n.Messages[addr] = n.Messages[addr][0], n.Messages[addr][1:]
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fmt.Printf("%d Retriving Packet: {X: %d, Y: %d}\n", addr, ret.X, ret.Y)
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return ret, nil
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func (c *Computer) run() {
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for c.read(c.Position) != 99 {
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inst, modes := c.parseInstruction()
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switch inst {
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case 1:
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params := c.parseParameters(modes, 2)
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c.write(c.read(c.Position+3), params[0]+params[1], modes[2])
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c.Position += 4
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case 2:
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params := c.parseParameters(modes, 2)
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c.write(c.read(c.Position+3), params[0]*params[1], modes[2])
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c.Position += 4
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case 3:
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c.write(c.read(c.Position+1), <-c.Channel, modes[0])
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c.Position += 2
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case 4:
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params := c.parseParameters(modes, 1)
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c.Channel <- params[0]
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c.Position += 2
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case 5:
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params := c.parseParameters(modes, 2)
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if params[0] != 0 {
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c.Position = params[1]
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} else {
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return h.Coordinate{}, errors.New("No message")
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c.Position += 3
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}
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case 6:
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params := c.parseParameters(modes, 2)
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if params[0] == 0 {
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c.Position = params[1]
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} else {
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c.Position += 3
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}
|
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case 7:
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params := c.parseParameters(modes, 2)
|
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if params[0] < params[1] {
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c.write(c.read(c.Position+3), 1, modes[2])
|
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} else {
|
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c.write(c.read(c.Position+3), 0, modes[2])
|
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}
|
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c.Position += 4
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case 8:
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params := c.parseParameters(modes, 2)
|
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if params[0] == params[1] {
|
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c.write(c.read(c.Position+3), 1, modes[2])
|
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} else {
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c.write(c.read(c.Position+3), 0, modes[2])
|
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}
|
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c.Position += 4
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case 9:
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params := c.parseParameters(modes, 1)
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c.Offset += params[0]
|
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c.Position += 2
|
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}
|
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}
|
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close(c.Channel)
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}
|
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|
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func (n Network) String() string {
|
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ret := fmt.Sprintf("Messages: %d\n", len(n.Messages))
|
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for v := range n.Systems {
|
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ret = ret + n.Systems[v].String()
|
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func NewComputer() Computer {
|
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var ints []int
|
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if incache == nil {
|
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input, _ := ioutil.ReadFile("input")
|
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ints = make([]int, 0)
|
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for _, v := range strings.Split(string(input), ",") {
|
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i, _ := strconv.Atoi(v)
|
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ints = append(ints, i)
|
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}
|
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return ret
|
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incache = make([]int, len(ints))
|
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copy(incache, ints)
|
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} else {
|
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ints = make([]int, len(incache))
|
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copy(ints, incache)
|
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}
|
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c := Computer{Program: ints, Channel: make(chan int)}
|
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go c.run()
|
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return c
|
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}
|
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|
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func NewNetwork() ([]Computer, [][]h.Coordinate) {
|
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devices := make([]Computer, 50)
|
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queue := make([][]h.Coordinate, len(devices))
|
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for i := 0; i < len(devices); i++ {
|
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devices[i] = NewComputer()
|
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devices[i].Address = i
|
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devices[i].Channel <- i
|
||||
queue[i] = make([]h.Coordinate, 0)
|
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}
|
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return devices, queue
|
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}
|
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|
||||
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