Always use most accurate way of fuzzy matching, greatly improve performance of fuzzy matching
This commit is contained in:
Aaron Wood
parent
fb5200e4d2
commit
10d2079f69
2 changed files with 15 additions and 89 deletions
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@ -1,5 +1,5 @@
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#!/usr/bin/with-contenv bash
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scriptVersion="2.30"
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scriptVersion="2.31"
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scriptName="Audio"
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### Import Settings
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@ -1269,7 +1269,7 @@ SearchProcess () {
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releaseProcessCount=$(( $releaseProcessCount + 1))
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lidarrReleaseTitle="${lidarrReleaseTitles[$title]}"
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lidarrAlbumReleaseTitleClean=$(echo "$lidarrReleaseTitle" | sed -e "s%[^[:alpha:][:digit:]]%%g" -e "s/ */ /g" | sed 's/^[.]*//' | sed 's/[.]*$//g' | sed 's/^ *//g' | sed 's/ *$//g')
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lidarrAlbumReleaseTitleClean="${lidarrAlbumReleaseTitleClean:0:130}"
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lidarrAlbumReleaseTitleClean="${lidarrAlbumReleaseTitleClean:0:130}"
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lidarrAlbumReleaseTitleSearchClean="$(echo "$lidarrReleaseTitle" | sed -e "s%[^[:alpha:][:digit:]]% %g" -e "s/ */ /g" | sed 's/^[.]*//' | sed 's/[.]*$//g' | sed 's/^ *//g' | sed 's/ *$//g')"
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lidarrAlbumReleaseTitleFirstWord="$(echo "$lidarrReleaseTitle" | awk '{ print $1 }')"
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lidarrAlbumReleaseTitleFirstWord="${lidarrAlbumReleaseTitleFirstWord:0:3}"
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@ -1432,16 +1432,7 @@ ArtistDeezerSearch () {
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deezerAlbumData="$(echo "$deezerArtistAlbumsData" | jq -r "select(.id==$deezerAlbumID)")"
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deezerAlbumTitle="$(echo "$deezerAlbumData" | jq -r ".title")"
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deezerAlbumTitleClean="$(echo ${deezerAlbumTitle} | sed -e "s%[^[:alpha:][:digit:]]%%g" -e "s/ */ /g" | sed 's/^[.]*//' | sed 's/[.]*$//g' | sed 's/^ *//g' | sed 's/ *$//g')"
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deezerAlbumTitleClean="${deezerAlbumTitleClean:0:130}"
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# String Character Count test, quicker than the levenshtein method to allow faster processing
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characterMath=$(( ${#deezerAlbumTitleClean} - ${#lidarrAlbumReleaseTitleClean} ))
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if [ "$characterMath" -gt "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Not a match..."
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continue
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elif [ "$characterMath" -lt "0" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Not a match..."
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continue
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fi
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deezerAlbumTitleClean="${deezerAlbumTitleClean:0:130}"
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GetDeezerAlbumInfo "$deezerAlbumID"
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deezerAlbumData="$(cat "/config/extended/cache/deezer/$deezerAlbumID.json")"
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deezerAlbumTrackCount="$(echo "$deezerAlbumData" | jq -r .nb_tracks)"
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@ -1460,8 +1451,8 @@ ArtistDeezerSearch () {
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fi
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Checking for Match..."
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Calculating Similarity..."
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diff=$(levenshtein "${lidarrAlbumReleaseTitleClean,,}" "${deezerAlbumTitleClean,,}" 2>/dev/null)
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Calculating Damerau-Levenshtein distance..."
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diff=$(python -c "from pyxdameraulevenshtein import damerau_levenshtein_distance; print(damerau_levenshtein_distance(\"${lidarrAlbumReleaseTitleClean,,}\", \"${deezerAlbumTitleClean,,}\"))" 2>/dev/null)
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if [ "$diff" -le "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Deezer MATCH Found :: Calculated Difference = $diff"
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@ -1481,7 +1472,7 @@ ArtistDeezerSearch () {
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FuzzyDeezerSearch () {
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# Required Inputs
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# $1 Process ID
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# $3 Lyric Type (explicit = true, clean = false)
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# $2 Lyric Type (explicit = true, clean = false)
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if [ "$2" == "true" ]; then
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type="Explicit"
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@ -1512,13 +1503,6 @@ FuzzyDeezerSearch () {
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deezerAlbumTitle="$(echo "$deezerAlbumTitle" | head -n1)"
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deezerAlbumTitleClean="$(echo "$deezerAlbumTitle" | sed -e "s%[^[:alpha:][:digit:]]%%g" -e "s/ */ /g" | sed 's/^[.]*//' | sed 's/[.]*$//g' | sed 's/^ *//g' | sed 's/ *$//g')"
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deezerAlbumTitleClean="${deezerAlbumTitleClean:0:130}"
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# String Character Count test, quicker than the levenshtein method to allow faster processing
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characterMath=$(( ${#deezerAlbumTitleClean} - ${#lidarrAlbumReleaseTitleClean} ))
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if [ "$characterMath" -gt "$matchDistance" ]; then
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continue
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elif [ "$characterMath" -lt "0" ]; then
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continue
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fi
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GetDeezerAlbumInfo "${deezerAlbumID}"
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deezerAlbumData="$(cat "/config/extended/cache/deezer/$deezerAlbumID.json")"
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@ -1542,8 +1526,8 @@ FuzzyDeezerSearch () {
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fi
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Checking for Match..."
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Calculating Similarity..."
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diff=$(levenshtein "${lidarrAlbumReleaseTitleClean,,}" "${deezerAlbumTitleClean,,}" 2>/dev/null)
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Calculating Damerau-Levenshtein distance..."
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diff=$(python -c "from pyxdameraulevenshtein import damerau_levenshtein_distance; print(damerau_levenshtein_distance(\"${lidarrAlbumReleaseTitleClean,,}\", \"${deezerAlbumTitleClean,,}\"))" 2>/dev/null)
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if [ "$diff" -le "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Deezer :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $deezerAlbumTitleClean :: Deezer MATCH Found :: Calculated Difference = $diff"
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Deezer :: $type :: $lidarrReleaseTitle :: Downloading $deezerAlbumTrackCount Tracks :: $deezerAlbumTitle ($downloadedReleaseYear)"
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@ -1611,19 +1595,9 @@ ArtistTidalSearch () {
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downloadedReleaseYear="${downloadedReleaseDate:0:4}"
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downloadedTrackCount=$(echo "$tidalArtistAlbumData"| jq -r .numberOfTracks)
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# String Character Count test, quicker than the levenshtein method to allow faster processing
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characterMath=$(( ${#tidalAlbumTitleClean} - ${#lidarrAlbumReleaseTitleClean} ))
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if [ "$characterMath" -gt "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Not a match..."
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continue
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elif [ "$characterMath" -lt "0" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Not a match..."
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continue
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fi
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Checking for Match..."
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Calculating Similarity..."
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diff=$(levenshtein "${lidarrAlbumReleaseTitleClean,,}" "${tidalAlbumTitleClean,,}" 2>/dev/null)
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Calculating Damerau-Levenshtein distance..."
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diff=$(python -c "from pyxdameraulevenshtein import damerau_levenshtein_distance; print(damerau_levenshtein_distance(\"${lidarrAlbumReleaseTitleClean,,}\", \"${tidalAlbumTitleClean,,}\"))" 2>/dev/null)
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if [ "$diff" -le "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Artist Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Tidal MATCH Found :: Calculated Difference = $diff"
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@ -1679,19 +1653,9 @@ FuzzyTidalSearch () {
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downloadedReleaseYear="${downloadedReleaseDate:0:4}"
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downloadedTrackCount=$(echo "$tidalAlbumData"| jq -r .numberOfTracks)
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# String Character Count test, quicker than the levenshtein method to allow faster processing
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characterMath=$(( ${#tidalAlbumTitleClean} - ${#lidarrAlbumReleaseTitleClean} ))
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if [ "$characterMath" -gt "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Not a match..."
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continue
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elif [ "$characterMath" -lt "0" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Not a match..."
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continue
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fi
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Checking for Match..."
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Calculating Similarity..."
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diff=$(levenshtein "${lidarrAlbumReleaseTitleClean,,}" "${tidalAlbumTitleClean,,}" 2>/dev/null)
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Calculating Damerau-Levenshtein distance..."
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diff=$(python -c "from pyxdameraulevenshtein import damerau_levenshtein_distance; print(damerau_levenshtein_distance(\"${lidarrAlbumReleaseTitleClean,,}\", \"${tidalAlbumTitleClean,,}\"))" 2>/dev/null)
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if [ "$diff" -le "$matchDistance" ]; then
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: $lidarrAlbumReleaseTitleClean vs $tidalAlbumTitleClean :: Tidal MATCH Found :: Calculated Difference = $diff"
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log "$1 :: $lidarrArtistName :: $lidarrAlbumTitle :: $lidarrAlbumType :: Fuzzy Search :: Tidal :: $type :: $lidarrReleaseTitle :: Downloading $downloadedTrackCount Tracks :: $tidalAlbumTitle ($downloadedReleaseYear)"
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@ -1787,45 +1751,6 @@ LidarrMissingAlbumSearch () {
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done
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}
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function levenshtein {
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if [ "$1" == "$2" ]; then
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echo 0
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else
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if (( $# != 2 )); then
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echo "Usage: $0 word1 word2" >&2
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elif (( ${#1} < ${#2} )); then
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levenshtein "$2" "$1"
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else
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local str1len=${#1}
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local str2len=${#2}
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local d
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for (( i = 0; i <= (str1len+1)*(str2len+1); i++ )); do
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d[i]=0
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done
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for (( i = 0; i <= str1len; i++ )); do
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d[i+0*str1len]=$i
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done
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for (( j = 0; j <= str2len; j++ )); do
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d[0+j*(str1len+1)]=$j
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done
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for (( j = 1; j <= str2len; j++ )); do
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for (( i = 1; i <= str1len; i++ )); do
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[ "${1:i-1:1}" = "${2:j-1:1}" ] && local cost=0 || local cost=1
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del=$(( d[(i-1)+str1len*j]+1 ))
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ins=$(( d[i+str1len*(j-1)]+1 ))
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alt=$(( d[(i-1)+str1len*(j-1)]+cost ))
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d[i+str1len*j]=$( echo -e "$del\n$ins\n$alt" | sort -n | head -1 )
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done
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done
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echo ${d[str1len+str1len*(str2len)]}
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fi
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fi
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}
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audioFlacVerification () {
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# Test Flac File for errors
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# $1 File for verification
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@ -1,6 +1,6 @@
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#!/usr/bin/with-contenv bash
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SMA_PATH="/usr/local/sma"
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version="1.0"
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version="1.1"
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echo "*** install packages ***" && \
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apk add -U --upgrade --no-cache \
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@ -27,6 +27,7 @@ echo "*** install python packages ***" && \
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pip install --upgrade --no-cache-dir \
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beets \
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yq \
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pyxDamerauLevenshtein \
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pyacoustid \
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requests \
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pylast \
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@ -46,7 +47,7 @@ touch ${SMA_PATH}/config/sma.log && \
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chgrp users ${SMA_PATH}/config/sma.log && \
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chmod g+w ${SMA_PATH}/config/sma.log && \
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echo "************ install pip dependencies ************" && \
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python3 -m pip install --upgrade pip && \
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python3 -m pip install --upgrade pip && \
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pip3 install -r ${SMA_PATH}/setup/requirements.txt
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mkdir -p /custom-services.d
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