Doddophonique/aoc2023
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The worst code I've ever written, but somehow it works

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This commit is contained in:
Davide Oddone 2023-12-03 21:35:05 +01:00
parent eceddf1284
commit 4d34f508d5
1 changed files with 0 additions and 18 deletions
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18
day03/engine-schema.go
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@ -79,7 +79,6 @@ func main() {
} }
} }
} }
PrintAndWait(totalSum)
// Now we loop from 1 to (last index - i) // Now we loop from 1 to (last index - i)
for i := 1; i < len(lines) - 1; i++ { for i := 1; i < len(lines) - 1; i++ {
// We need to check the current line against an interval of three lines // We need to check the current line against an interval of three lines
@ -89,33 +88,25 @@ func main() {
previousLineIndex := resym.FindAllStringIndex(lines[i - 1], -1) previousLineIndex := resym.FindAllStringIndex(lines[i - 1], -1)
currentLineIndex := resym.FindAllStringIndex(lines[i], -1) currentLineIndex := resym.FindAllStringIndex(lines[i], -1)
nextLineIndex := resym.FindAllStringIndex(lines[i + 1], -1) nextLineIndex := resym.FindAllStringIndex(lines[i + 1], -1)
PrintAndWait("i: ", i)
OuterLoop: OuterLoop:
for k := range currentLineNums { for k := range currentLineNums {
PrintAndWait("k: ", k, currentLineNums)
for j := range previousLineIndex { for j := range previousLineIndex {
PrintAndWait("prev j: ", j, previousLineIndex)
if previousLineIndex[j][0] >= currentLineNums[k][0] - 1 && if previousLineIndex[j][0] >= currentLineNums[k][0] - 1 &&
previousLineIndex[j][0] <= currentLineNums[k][1] { previousLineIndex[j][0] <= currentLineNums[k][1] {
PrintAndWait(numbers[i][k])
totalSum += numbers[i][k] totalSum += numbers[i][k]
continue OuterLoop continue OuterLoop
} }
} }
for j := range currentLineIndex { for j := range currentLineIndex {
PrintAndWait("cur j: ", j, currentLineIndex)
if currentLineIndex[j][0] >= currentLineNums[k][0] - 1 && if currentLineIndex[j][0] >= currentLineNums[k][0] - 1 &&
currentLineIndex[j][0] <= currentLineNums[k][1] { currentLineIndex[j][0] <= currentLineNums[k][1] {
PrintAndWait(numbers[i][k])
totalSum += numbers[i][k] totalSum += numbers[i][k]
continue OuterLoop continue OuterLoop
} }
} }
for j := range nextLineIndex { for j := range nextLineIndex {
PrintAndWait("next j: ", j, nextLineIndex)
if nextLineIndex[j][0] >= currentLineNums[k][0] - 1 && if nextLineIndex[j][0] >= currentLineNums[k][0] - 1 &&
nextLineIndex[j][0] <= currentLineNums[k][1] { nextLineIndex[j][0] <= currentLineNums[k][1] {
PrintAndWait(numbers[i][k])
totalSum += numbers[i][k] totalSum += numbers[i][k]
continue OuterLoop continue OuterLoop
} }
@ -132,26 +123,17 @@ OuterLoop:
// a symbol in a specific interval of numbers. If you find a match, you // a symbol in a specific interval of numbers. If you find a match, you
// can break as you just need one symbol // can break as you just need one symbol
for i := range lastLineNums { for i := range lastLineNums {
PrintAndWait("i: ", i, lastLineNums)
for j := range lastLineSymbolsIndex { for j := range lastLineSymbolsIndex {
PrintAndWait("last j: ", j, notLastLineSymbolsIndex)
if lastLineSymbolsIndex[j][0] >= lastLineNums[i][0] - 1 && if lastLineSymbolsIndex[j][0] >= lastLineNums[i][0] - 1 &&
(lastLineSymbolsIndex[j][0] <= lastLineNums[i][1]) { (lastLineSymbolsIndex[j][0] <= lastLineNums[i][1]) {
PrintAndWait(numbers[len(lines) - 1][i])
PrintAndWait(totalSum)
totalSum += numbers[len(lines) - 1][i] totalSum += numbers[len(lines) - 1][i]
PrintAndWait(totalSum)
break break
} }
} }
for j := range notLastLineSymbolsIndex { for j := range notLastLineSymbolsIndex {
PrintAndWait("notlast j: ", j, notLastLineSymbolsIndex)
if (notLastLineSymbolsIndex[j][0] >= lastLineNums[i][0] - 1) && if (notLastLineSymbolsIndex[j][0] >= lastLineNums[i][0] - 1) &&
(notLastLineSymbolsIndex[j][0] <= lastLineNums[i][1]) { (notLastLineSymbolsIndex[j][0] <= lastLineNums[i][1]) {
PrintAndWait(numbers[len(lines) - 1][i])
PrintAndWait(totalSum)
totalSum += numbers[len(lines) - 1][i] totalSum += numbers[len(lines) - 1][i]
PrintAndWait(totalSum)
break break
} }
} }