#!/usr/bin/env bash # AWESOME GOOGLE TRANSLATE. This tool for access translate.google.com from terminal and additional English features. # Copyright (C) 2012 Vitalij Chepelev. # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . # You can contact me there: # http://www.unix.com/shell-programming-scripting/196823-completed-command-line-google-translation-tool.html 654321 - profile name # main mirror https://github.com/Anoncheg1/Command-line-translator # mirror http://pastebin.com/kPTYjY6W # requirements: # UTF-8 support for required languages # curl >= 7.21.0, # Mozilla js shell (spidermonkey) >= 1.8.0, # mpg123 # html2text # forvo.com account #features: #- translated text, fixed text with highlight, language detection, dictionary, translit # for english: #- phrases, ideom, word forms, transcription, audio pronunciation #- cache for words #- saving words to file for learning # #:) translate.google.com, thefreedictionary.com, lingvo-online.ru, www.forvo.com help=$(basename "$0")' [-s[2,3]] [-l] [-h] if text is LATIN_LANG, then target language is FIRST_LANG otherwise, target language is LATIN_LANG -s --sound Enable sound for one word -l, --list List of languages You can force the language with environment varibles by command: export TLSOURCE=en TLTARGET=ru but better configure "FIRST_LANG" and "LATIN_LANG" in script for auto detection of direction by the first character! You neeed UTF-8 support for required languages. ' # adjust to taste declare -r FIRST_LANG=ru #target language for request in LATIN_LANG NOT in A-z latin alphabet declare -r LATIN_LANG=en #target for all not A-z latin requests A-z latin alphabet will be detected! declare -r flogin=121212 #forvo.com login and pass REQUIRED! declare -r fpass=121212 TERMINAL_C="WOB" #Your terminal - white on black:WOB, black on white:BOW, anything other:O #httpproxy="127.0.0.1:4444" #proxy for long strings #httpsproxy="--socks5 127.0.0.1:9050" #socks5 # declare -r words_buffer=4000 #4000 files max. there is removeing all files older than 20 days. declare -r timeout=6 declare -r TRANSLIT_WORDS_MAX=10 declare -r SOUND_DOWNLOAD_AWS=1 # 1 - always. 0 - on demand. declare -r useragent="Mozilla/5.0 (X11; Linux i686) AppleWebKit/534.34 (KHTML, like Gecko) QupZilla/1.3.1 Safari/534.34" # declare -r PR_DIR="$HOME/.translate" [ ! -d "$PR_DIR" ] && mkdir "$PR_DIR" [ ! -d "$PR_DIR"/cache ] && mkdir "$PR_DIR"/cache declare -r TR_ENG_WORDS="$PR_DIR"/translated_words declare -r FIXED_STRING="$PR_DIR"/fixed_string declare -A ln_arr ln_arr["af"]="Afrikaans" ln_arr["sq"]="Albanian" ln_arr["am"]="Amharic" ln_arr["ar"]="Arabic" ln_arr["hy"]="Armenian" ln_arr["az"]="Azerbaijani" ln_arr["eu"]="Basque" ln_arr["be"]="Belarusian" ln_arr["bn"]="Bengali" ln_arr["bg"]="Bulgarian" ln_arr["ca"]="Catalan" ln_arr["zh-CN"]="Chinese (Simplified)" ln_arr["zh"]="Chinese" ln_arr["hr"]="Croatian" ln_arr["cs"]="Czech" ln_arr["da"]="Danish" ln_arr["nl"]="Dutch" ln_arr["en"]="English" ln_arr["eo"]="Esperanto" ln_arr["et"]="Estonian" ln_arr["fo"]="Faroese" ln_arr["tl"]="Filipino" ln_arr["fi"]="Finnish" ln_arr["fr"]="French" ln_arr["gl"]="Galician" ln_arr["ka"]="Georgian" ln_arr["de"]="German" ln_arr["el"]="Greek" ln_arr["gu"]="Gujarati" ln_arr["ht"]="Haitian Creole" ln_arr["iw"]="Hebrew" ln_arr["hi"]="Hindi" ln_arr["hu"]="Hungarian" ln_arr["is"]="Icelandic" ln_arr["id"]="Indonesian" ln_arr["ga"]="Irish" ln_arr["it"]="Italian" ln_arr["ja"]="Japanese" ln_arr["kn"]="Kannada" ln_arr["ko"]="Korean" ln_arr["lo"]="Laothian" ln_arr["la"]="Latin" ln_arr["lv"]="Latvian" ln_arr["lt"]="Lithuanian" ln_arr["mk"]="Macedonian" ln_arr["ms"]="Malay" ln_arr["mt"]="Maltese" ln_arr["no"]="Norwegian" ln_arr["fa"]="Persian" ln_arr["pl"]="Polish" ln_arr["pt"]="Portuguese" ln_arr["ro"]="Romanian" ln_arr["ru"]="Russian" ln_arr["sr"]="Serbian" ln_arr["sk"]="Slovak" ln_arr["sl"]="Slovenian" ln_arr["es"]="Spanish" ln_arr["sw"]="Swahili" ln_arr["sv"]="Swedish" ln_arr["ta"]="Tamil" ln_arr["te"]="Telugu" ln_arr["th"]="Thai" ln_arr["tr"]="Turkish" ln_arr["uk"]="Ukrainian" ln_arr["ur"]="Urdu" ln_arr["vi"]="Vietnamese" ln_arr["cy"]="Welsh" ln_arr["yi"]="Yiddish" trap bashtrap INT bashtrap() { echo "Exit signal detected. Deleting cache files." rm "$cachefile" 2> /dev/null exit } if [[ $TERMINAL_C == "WOB" ]];then declare -r C_RED="$(tput bold)$(tput setaf 1)" #highlight declare -r C_YELLOW="$(tput bold)$(tput setaf 3)" #highlight declare -r C_GRAY="$(tput setaf 7)" #language detected declare -r C_CYAN_RAW="\033[1;36m" #forms declare -r C_GRAY_RED_RAW="\033[1;35m" #phrases declare -r C_DARK_BLUE_RAW="\033[34m" #link for dictionary declare -r C_BLUE_RAW="\033[1;34m" #dictionary and vform1 declare -r C_BRIGHT_RAW="\033[1;37m" #phrases, examples main part, vform2 declare -r C_GREEN="\033[1;32m" #t_result elif [[ $TERMINAL_C == "BOW" ]];then declare -r C_RED="$(tput bold)$(tput setaf 1)" #highlight declare -r C_YELLOW="$(tput setaf 3)" #highlight declare -r C_GRAY="$(tput bold)$(tput setaf 5)" #language detected declare -r C_CYAN_RAW="\033[1;36m" #forms declare -r C_GRAY_RED_RAW="\033[1;35m" #phrases declare -r C_DARK_BLUE_RAW="$(tput setaf 7)" #link for dictionary declare -r C_BLUE_RAW="\033[1;34m" #dictionary and vform1 declare -r C_BRIGHT_RAW="$(tput bold)" #phrases, examples main part, vform2 declare -r C_GREEN="$(tput bold)" #t_result else #universal declare -r C_RED="$(tput setaf 1)" #highlight declare -r C_YELLOW="$(tput bold)" #highlight declare -r C_GRAY="" #language detected declare -r C_CYAN_RAW="" #forms declare -r C_GRAY_RED_RAW="" #phrases declare -r C_DARK_BLUE_RAW="" #link for dictionary declare -r C_BLUE_RAW="" #dictionary and vform1 declare -r C_BRIGHT_RAW="$(tput bold)" #phrases, examples main part, vform2 declare -r C_GREEN="$(tput bold)" #t_result fi declare -r C_NORMAL="$(tput sgr0)" declare -r C_NORMAL_RAW="\033[0m" jsscript="var googlearr = eval(JSON.stringify(myJSONObject)); function translated_result(arr){ var rsum=\"\"; //translated text if(typeof googlearr[0] !== 'undefined' && googlearr[0] !== null){ //summing sentences for (var i = 0; i < googlearr[0].length; i++){ if(typeof googlearr[0][i][0] !== 'undefined' && googlearr[0][i][0] !== null){ rsum=rsum+googlearr[0][i][0]; } } } print(rsum); } function translit(arr){ var rsum=\"\"; //translit if(typeof googlearr[0] !== 'undefined' && googlearr[0] !== null){ //summing sentences for (var i = 0; i < googlearr[0].length; i++){ if(typeof googlearr[0][i][3] !== 'undefined' && googlearr[0][i][3] !== null){ rsum=rsum+'\n'+googlearr[0][i][3]; } } } print(rsum); } function dictionary(arr){ //dictionary output if(typeof arr[1] !== 'undefined' && arr[1] !== null){ for (var a = 0; a < arr[1].length; a++){ if(typeof arr[1][a][0] !== 'undefined' && arr[1][a][0] !== null){ print(\"$C_BLUE_RAW\"+arr[1][a][0]+\"$C_NORMAL_RAW\");//part of speach for (var b = 0; b < arr[1][a][2].length; b++){//words num=parseFloat(arr[1][a][2][b][3]); //frequency num2=Math.round(num*100000)/10;//round if (num2 >= 10) num2=Math.round(num2/10)*10; print(arr[1][a][2][b][0]+' '+arr[1][a][2][b][1]+' '+num2);//word + variant of speach + frequency //variant1 print(arr[1][a][2][b][0]+' '+arr[1][a][2][b][1]+' '+Math.round(num*1000000)/1000000);//word + variant of speach + frequency //old print(arr[1][a][2][b][0]+' '+arr[1][a][2][b][1]);//word + variant of speach } } } } } function language_identification(arr){ //get detected languages if(typeof arr[8] !== 'undefined' && arr[8] !== null && typeof arr[8][0] !== 'undefined' && arr[8][0] !== null && typeof arr[8][0][0] !== 'undefined' && arr[8][0][0] !== null){ print('Detected language: '+arr[8][0][0]); //detected language } } " sound=0 volume=0.8 if [[ $1 = -h || $1 = --help ]]; then #help echo "$help" exit fi if [[ $1 == -s || $1 == --sound ]];then #sound varibles sound=1 request=($*) #get array request[0]="" #remove first parameter request=${request[*]} #to string else request="$*" fi if [[ $1 = -l || $1 = --list ]]; then #list for i in "${!ln_arr[@]}" ;do echo -e "$i\t${ln_arr[$i]}" done | sort -k2 exit fi if [[ ${#request} -eq 0 ]];then #using saved fixed string without parameters if [[ -e $FIXED_STRING ]]; then request=$(cat $FIXED_STRING 2>/dev/null) echo -e "$(tput bold)$(tput setaf 3)$request$(tput sgr0)" else exit fi fi #rm $FIXED_STRING 2> /dev/null tchar=${request:0:1} #language detection by the first character tcharnum=$(printf "%d" "'${tchar}") if [[ $tcharnum -ge 65 && $tcharnum -le 122 || (( $TLSOURCE == $LATIN_LANG && ! $TLTARGET )) ]]; then #if request is A-Za-z then it is LATIN_LANG... ("en,it" will not be detected here idk how to make it for now) # latin to first source="$LATIN_LANG" #english or latin alphabet target="$FIRST_LANG" #if text is english target language is FIRST_LANG else # ANY language to latin source="$FIRST_LANG" target="$LATIN_LANG" fi [[ $TLSOURCE ]] && source=$TLSOURCE; [[ $TLTARGET ]] && target=$TLTARGET; # export TLSOURCE=en TLTARGET=ru; will force the language eng_sound_download(){ # $cachefile, [[ $(ls "$PR_DIR"/cache | wc -l) -gt $words_buffer ]] && find "$PR_DIR"/cache -mtime +20 -delete #cache cleaning. remove words older than 20 days. rm "$PR_DIR"/tmpcookie 2>/dev/null & curl -s -c "$PR_DIR"/tmpcookie --connect-timeout $timeout -m $timeout --user-agent "$useragent" $httpsproxy -x "$httpproxy" -d "login=$flogin&password=$fpass" http://ru.forvo.com/login/ -o/dev/null if [[ -e "$PR_DIR"/tmpcookie ]]; then slink=$(curl -s -b $PR_DIR/tmpcookie --connect-timeout $timeout -m $timeout --user-agent "$useragent" $httpsproxy -x "$httpproxy" http://ru.forvo.com/word/"$(echo $request | tr ' ' _ )"/ | grep -o '[^"]*/download/mp3/'"$(echo $request | tr ' ' _ )"'/en/[^"]*' |head -n 1 ) if [[ ${#slink} -gt 5 ]];then curl -s -b "$PR_DIR"/tmpcookie --connect-timeout $timeout -m $timeout --user-agent "$useragent" $httpsproxy -x "$httpproxy" http://ru.forvo.com"$slink" > "$cachefile".mp3 return fi fi [ $sound -eq 1 ] && echo fail to get sound from forvo.com } #----------------------------------------------- MAIN PART ---------------------------------------------------------------- if [[ ${#request} -gt 300 ]]; then if ! result=$(curl -s -i --user-agent "$useragent" $httpsproxy -x "$httpproxy" -d "sl=$source" -d "tl=$target" --data-urlencode "text=$request" http://translate.google.com) && [[ $httpproxy != "" ]] #getting google respond for short sentence then # second attempt without https proxy httpsproxy="" result=$(curl -s -i --user-agent "$useragent" $httpsproxy -x "$httpproxy" -d "sl=$source" -d "tl=$target" --data-urlencode "text=$request" http://translate.google.com) fi #encoding=$(awk '/Content-Type: .* charset=/ {sub(/^.*charset=["'\'']?/,""); sub(/[ "'\''].*$/,""); print}' <<<"$result") #iconv -f $encoding <<<"$result" | awk 'BEGIN {RS="]* id=["'\'']?result_box["'\'']?/ {sub(/^.*id=["'\'']?result_box["'\'']?(>| [^>]*>)([ \n\t]*<[^>]*>)*/,"");sub(/<.*$/,"");print}' | html2text -utf8 #echo -e "\033[32;1m"$(iconv -f "$encoding" <<<"$result" | awk 'BEGIN {RS=""};/]* id=["'\'']?result_box["'\'']?/' | html2text -utf8)"$C_NORMAL_RAW" echo -e "\033[32;1m"$(echo "$result" | awk 'BEGIN {RS=""};/]* id=["'\'']?result_box["'\'']?/' | html2text -utf8)"$C_NORMAL_RAW" else if [[ $r_words_count -le 4 ]];then httpproxy="" ; httpsproxy="" #don't wanna proxy for 4 words. request=$(echo "$request" | tr '[:upper:]' '[:lower:]') #lower request for short sentences fi cachefile="$PR_DIR/cache/$source-$target"_"$request" r_words_count=$(echo "$request" |wc -w) if [[ ! -e "$cachefile" || (( $sound == 1 && ! -e "$cachefile".mp3 )) ]]; then if ! grespond=$(curl -s -i --user-agent "$useragent" $httpsproxy -x "$httpproxy" -m $timeout --data-urlencode "text=$request" "http://translate.google.com/translate_a/t?client=t&hl=$target&sl=$source&tl=$target&ie=UTF-8&oe=UTF-8&multires=1&ssel=0&tsel=0&sc=1") && [[ "$httpproxy" != "" ]] #getting google respond for short sentence then # second attempt without https proxy #echo https proxy not working. using http proxy. httpsproxy="" grespond=$(curl -s -i --user-agent "$useragent" $httpsproxy -x "$httpproxy" -m $timeout --data-urlencode "text=$request" "http://translate.google.com/translate_a/t?client=t&hl=$target&sl=$source&tl=$target&ie=UTF-8&oe=UTF-8&multires=1&ssel=0&tsel=0&sc=1") #getting google respond for short sentence fi [[ ! $(echo "$grespond" | grep -o '\[.*\]') ]] && { echo "can't connect" ; exit; } #small connection check #echo -n "var myJSONObject = " > "$PR_DIR"/tmpjsobj2 #echo [$(echo "$grespond" | grep -o '"[^"]*/i[^"]*"')"];" >> "$PR_DIR"/tmpjsobj2 #echo [$(echo "$grespond" | grep -o '[^"]*/i[^"]*')"];" #echo -e "var googlearr = eval(JSON.stringify(myJSONObject));\n print(googlearr);" >> "$PR_DIR"/tmpjsobj2 #js "$PR_DIR"/tmpjsobj2 fl_raw=$(echo "$grespond" | grep -o '[^"]*/i[^"]*') #google correction from $grespond #Highlight declare difftest [[ $fl_raw ]] && if [[ $r_words_count -le 2 ]];then #for 1-2 words fl=$(echo "$fl_raw" | sed 's/\\u003cb\\u003e\\u003ci\\u003e//g' | sed 's/\\u003c\/i\\u003e\\u003c\/b\\u003e//g' | sed 's/\\u0026//g' | sed "s/\#39;/'/g") #removing shit [[ $(echo "$fl" | tr -d "'") == "$request" ]] && fl="" # skip highlight for ' char difftest="$(cmp -l <(echo -n $request) <(echo -n $fl) 2>/dev/null)" #comparison if [[ $(echo "$difftest" | grep '[0-9]') ]];then echo "$fl" > $FIXED_STRING #[[ $source != en ]]&& diffnum=$(($diffnum/2+$diffnum%2)) #MUST BE CHECKED FOR REQUIRED LANGUAGES #[[ ${fl:$diffnum-1:1} == ' ' ]] && let diffnum-- #white space correction for (( i=$(echo "$difftest" | wc -l); i>=1; i--)); do pos=$(($(echo "$difftest" | sed -n $i'p' | sed -E 's/(([^ ]+ )).*/\1/' ) - 1)) fl=$(echo "$fl" | sed 's/^\(.\{'$pos'\}\).\(.*\)/\1'$C_RED"${fl:$pos:1}"$C_NORMAL$C_YELLOW'\2/') #highlight difference in one word done fi fl="$C_YELLOW$fl$C_NORMAL" else fl=$(echo "$fl_raw" | sed 's/\\u003cb\\u003e\\u003ci\\u003e/'$C_YELLOW'/g' | sed 's/\\u003c\/i\\u003e\\u003c\/b\\u003e/'$C_NORMAL'/g' | sed 's/\\u0026//g' | sed "s/\#39;/'/g" ) #google fixed text echo "$fl" > $FIXED_STRING fi #echo $difftest #echo $grespond | grep -o '\[.*\]' echo -n "var myJSONObject = " > "$PR_DIR"/tmpjsobj echo -n "$grespond" | grep -o '\[.*\]' >> "$PR_DIR"/tmpjsobj echo ";">> "$PR_DIR"/tmpjsobj echo -n "$jsscript" >> "$PR_DIR"/tmpjsobj cp -f "$PR_DIR"/tmpjsobj "$PR_DIR"/tmpjsobj2 echo -n "language_identification(googlearr);" >> "$PR_DIR"/tmpjsobj2 det_language=$(js "$PR_DIR"/tmpjsobj2 | tail -c3) # detected language cp -f "$PR_DIR"/tmpjsobj "$PR_DIR"/tmpjsobj2 echo -n "translated_result(googlearr);" >> "$PR_DIR"/tmpjsobj2 t_result=$(js "$PR_DIR"/tmpjsobj2) # translated text cp -f "$PR_DIR"/tmpjsobj "$PR_DIR"/tmpjsobj2 echo -n "translit(googlearr);" >> "$PR_DIR"/tmpjsobj2 translit=$(js "$PR_DIR"/tmpjsobj2) # translit cp -f "$PR_DIR"/tmpjsobj "$PR_DIR"/tmpjsobj2 echo -n "dictionary(googlearr);" >> "$PR_DIR"/tmpjsobj2 dictionary=$(js "$PR_DIR"/tmpjsobj2) # dictionary #Language detection [[ $det_language != $source && (( $TLSOURCE || $det_language != $ENGLISH_TARGET_LANG )) ]] && echo -e "$C_GRAY* $det_language ${ln_arr[$det_language]}$C_NORMAL" if [[ $source != $det_language && ! $fl_raw && (( $(echo $request | sed 's/ //g' | tr '[:upper:]' '[:lower:]') == $(echo $t_result | sed 's/ //g' | tr '[:upper:]' '[:lower:]') || $(echo $t_result | sed 's/ //g' | tr '[:upper:]' '[:lower:]') == $(echo $translit | sed 's/ //g' | tr '[:upper:]' '[:lower:]') || ${request:0:1} == ${t_result:0:1} )) && ! $dictionary ]]; then [[ $source != "auto" ]] && echo -e "trying with detected language" # I guess google "auto" is not working then we will do it by yourself mutely export TLSOURCE=$det_language #TLTARGET=en #source and target language for second attempt if [[ $sound == 1 ]]; then $0 -s "$request" ; else $0 "$request" ;fi #second attempt to translate with detected language #sound will be quiet... exit fi [[ $source == "auto" ]] && { source=$det_language; cachefile="$PR_DIR/cache/$source-$target"_"$request"; } #auto in cachefile fix #not necessary declare trans if [[ $r_words_count -le 2 && ${#request} -gt 1 && $source == en && ! $(echo "$difftest" | wc -l) -gt 1 ]];then #special check( expample: advise advice) #transcription trans=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" http://lingvo-online.ru/en/Translate/en-"$target"/"$request" | grep -o '"[^"]*/transcription\.gif.Text=[^"]*"' | sed 's/.*=\(.*\)"/\1/'| echo -n -e $(sed 's/+/ /g; s/%/\\x/g')) #getting transcription [[ $? != 0 ]] && { echo "can't get transcription"; } #bashtrap; fi #"Dictionary part" for english only. but it can be extended for every required language if [[ $r_words_count -eq 1 && ${#request} -gt 1 && $source == en && (( ! $fl_raw || $trans )) ]]; then #dictionary echo -e "$C_GREEN$t_result$C_NORMAL_RAW" > "$cachefile" #google translated text to cache [[ $dictionary ]] && echo -e "$dictionary" >> "$cachefile" #google dictionary to cache #phrases, forms and a vform macmill=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" -m $timeout http://www.macmillandictionary.com/dictionary/british/"$(echo $request | tr '[:upper:]' '[:lower:]' | tr ' ' - )" ) [[ $? != 0 ]] && { echo "cant get phrases" ; bashtrap; } #forms forms=$(echo $macmill | grep -o "id=\"wordsformslayer-head\".*End of DIV wordforms" | sed 's/INFLECTION-CONTENT/\n/g' | sed -e 's/.*INFLECTION-ENTRY\">\([^<]*\)<.*I-VARIANT-before\">\([^<]*\).*INFLECTION-ENTRY\">\([^<]*\).*/666\1\2\3,/' -e 's/.*INFLECTION-ENTRY\">\([^<]*\)<.*/666\1,/' | grep 666 | cut -c 4-) fwc=$(echo "$forms" | wc -l) firstf=$(echo "$forms" | head -n 1) #1 last1f=$(echo "$forms" | tail -n 2 | head -n 1) #end-1 lastf=$(echo "$forms" | tail -n 1) #end [[ (( fwc -eq 5 && (( ${firstf%?}"ed," != $lastf || ${firstf%?}"ed," != $last1f || $lastf != $last1f )) )) || (( fwc -eq 3 && (( ${firstf%?}"er," != $last1f || ${firstf%?}"est," != $lastf )) )) || (( fwc -eq 2 && (( ${firstf%?}"s," != $lastf )) )) || (( fwc -eq 4 )) ]] && echo -e "$C_CYAN_RAW"forms:$C_NORMAL ${forms%?} >> "$cachefile" #vform vform=$(echo "$macmill" | grep -o "GREF-ENTRY-before.*" | sed 's/<\/a>/<\/a>\n/g' | head -n 1 | sed 's/.*]*>\([^<]*\).*/\1/') vform_desc=$(echo "$macmill" | grep "span class=\"GREF-TYPE\"" | sed 's/.*\([^<]*\)<.*/\1/') [[ $vform ]] && echo -e "$C_BLUE_RAW$vform_desc$C_NORMAL_RAW" "$C_BRIGHT_RAW$vform$C_NORMAL_RAW" >> "$cachefile" #phrases raw_phras=$(echo "$macmill" | grep -o '
  • ' | sed 's/<.\?span[^>]*>//g') #div class="P-HEAD" #| sed 's/End of DIV SENSE--><\/li>/\n/g' \ -e 's/.*\"h2\">\([^<]*\).*\"EXAMPLE\">\([^<]*\).*\"EXAMPLE\">\([^<]*\).*/**\'$C_BRIGHT_RAW'\1'$C_NORMAL'\. \2\t\3/' \ | nl -s ' ' | sed -e 's//\n/' -e 's/^ *//' #-e 's/.*\"EXAMPLE\">\([^<]*\).*\"EXAMPLE\">\([^<]*\).*/**\1\t\2/' \ phras=$(echo $raw_phras | sed -e 's/]*>//g' -e 's/<\/a>//g' | sed -e 's/div class=\"P-HEAD\"/\n?????/g' | grep "?????" | grep -n . | sed 's/^[0-9]*:/&\n/' | sed 's/End of DIV EXAMPLES/\n/g' | sed '/^[0-9]*:/{h;d;};G; s/^\(.*\)\n\([0-9]*:\)/\2 \1/' | sed \ -e 's/^\([0-9]*\):.*\"h2\">\([^<]*\).*\"h2\">\([^<]*\).*\"EXAMPLE\">\([^<]*\).*/**\1 \'$C_BRIGHT_RAW'\2\3'$C_NORMAL'\. \4/' \ -e 's/^\([0-9]*\):.*\"h2\">\([^<]*\).*\"EXAMPLE\">\([^<]*\).*/**\1 \'$C_BRIGHT_RAW'\2'$C_NORMAL'\. \3/' \ -e 's/^\([0-9]*\):.*\"h2\">\([^<]*\).*\"h2\">\([^<]*\).*class=\"SENSE-BODY\">\([^<]*\).*/**\1 \'$C_BRIGHT_RAW'\2\3'$C_NORMAL'\. \4/' \ -e 's/^\([0-9]*\):.*\"h2\">\([^<]*\).*class=\"SENSE-BODY\">\([^<]*\).*/**\1 \'$C_BRIGHT_RAW'\2'$C_NORMAL'\. \3/' \ -e 's/^\([0-9]*\):.*\"EXAMPLE\">\([^<]*\).*/**\1 \2/' | grep -o "^\*\*[0-9].*" | sed 's/^\*\*//' ) # doubleh2+exmaple, h2+exmaple, doubleh2+sentence, h2+sentence, only example if [[ $phras ]]; then #phrases echo -e "$C_GRAY_RED_RAW"PHRASES:$C_NORMAL >> "$cachefile" echo -e "$phras" >> "$cachefile" #echo -e "$C_DARK_BLUE_RAW"http://www.macmillandictionary.com/dictionary/american/"$request"$C_NORMAL >> "$cachefile" else #second attempt examples phrases_2=$(echo "$macmill" | sed -e 's/]*>//g' -e 's/<\/a>//g' | sed 's/<.\?span[^>]*>//g' | grep -o 'div class="SENSE".*End of DIV SENSE--' | sed 's/End of DIV SENSE--/\n/g' | grep -n . | sed 's/^.:/&\n/' | sed 's/End of DIV EXAMPLES/\n/g' | sed '/^[0-9]:/{h;d;};G; s/^\(.*\)\n\([0-9]:\)/\2 \1/' | grep "" | sed 's/^\([0-9]\).*\([^<]*\)<.*class=\"EXAMPLE\">\([^<]*\)<.*/\1 \'$C_BRIGHT_RAW'\2'$C_NORMAL'. \3/' | sed 's/^\([0-9]\).*\([^<]*\)<\/strong>\([^<]*\).*/\1 \'$C_BRIGHT_RAW'\2'$C_NORMAL'. \3/' | sed 's/\. / /') if [[ $phrases_2 ]];then echo -e "$C_GRAY_RED_RAW"EXAMPLES:$C_NORMAL >> "$cachefile" echo -e "$phrases_2" >> "$cachefile" fi fi #transcription [[ $trans ]] && echo "[$trans]" >> "$cachefile" cat "$cachefile" 2>/dev/null #output echo -e "$C_DARK_BLUE_RAW"http://oxforddictionaries.com/definition/english/$(echo "$request" | sed "s/'/%27/" )$C_NORMAL # just another good english dictionary if [[ ${#request} -gt 2 || $r_words_count -le 2 ]] ; then #saving words ted_words_file=$(cat "$TR_ENG_WORDS") ted_words_file=$(echo "$ted_words_file" | tail -n 70) if [[ ! $(echo "$ted_words_file" | grep "$request" 2>/dev/null) ]]; then echo -e "$ted_words_file\n""$request" > "$TR_ENG_WORDS" #echo -e "$request \t\t\t\t\t\t\t\t\t\t [$trans]" >> "$TR_ENG_WORDS" fi #getting sound from forvo.com [[ ! -e "$cachefile".mp3 ]] && if [[ $sound == 1 || $SOUND_DOWNLOAD_AWS == 1 ]];then eng_sound_download & # in background fi fi else #not english dictionary echo -e "$C_GREEN$t_result$C_NORMAL_RAW" #google translated text output [[ $source != en && $r_words_count -le $TRANSLIT_WORDS_MAX && $(echo $t_result | sed 's/ //g' | tr '[:upper:]' '[:lower:]') != $(echo $translit | sed 's/ //g' | tr '[:upper:]' '[:lower:]') ]] && echo -e "$translit" #google translit output [[ $dictionary ]] && echo -e "$dictionary" #google dictionary output if [[ $source == en && ! $fl_raw && $r_words_count -le 4 ]]; then #phrases for 2 words if [[ $r_words_count -le 2 ]];then #getting sound from forvo.com [[ ! -e "$cachefile".mp3 ]] && if [[ $sound == 1 || $SOUND_DOWNLOAD_AWS == 1 ]];then eng_sound_download & # in background fi macmill=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" http://www.macmillandictionary.com/dictionary/british/"$(echo $request | tr ' ' - )" ) [[ $? != 0 ]] && { echo "cant getmacmillandictionary.com phrases for string" ; bashtrap; } macmill=$(echo "$macmill" | grep -o 'div class="SENSE".*End of DIV SENSE--' | sed -e 's/]*>//g' -e 's/<\/a>//g' | sed 's/End of DIV SENSE--/\n/g' | grep -n . | sed 's/^[0-9]*:/&\n/' | sed 's/End of DIV EXAMPLES/\n/g' | sed '/^[0-9]*:/{h;d;};G; s/^\(.*\)\n\([0-9]*:\)/\2 \1/' | sed \ -e's/^\([0-9]*\):.*p id=\"EXAMPLE\" class=\"EXAMPLE\">\([^<]*\)<.*/*\1 \2/' \ -e 's/^\([0-9]\).*span class=\"BASE\">\([^<]*\).*context=\"DEFINITION-before\"> <\/span>\([^<]*\).*/*\1 \'$C_BRIGHT_RAW'\2'$C_NORMAL'\. \3/' | grep -o "^\*[0-9].*" | sed 's/^*//') fi examples=$macmill if [[ $examples ]];then echo -e "$C_GRAY_RED_RAW"EXAMPLES:$C_NORMAL echo -e "$examples" fi #search for ideom for 2-4 words if [[ ! $phras2 ]]; then list=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" http://www.thefreedictionary.com/"$(echo $request | tr ' ' + )") [[ $? != 0 ]] && { echo "cant get thefreedictionary.com phrases for string" ; bashtrap; } list=$(echo "$list" | grep "[fF]ound in:") if [[ $list ]]; then ideomlink=$(echo "$list" | grep -o 'http://idioms[^"]*') if [[ $ideomlink ]]; then raw_ideoms=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" "$ideomlink" | grep -o 'div class="ds-single".*//' | sed 's/<\/i>//' | sed 's/.*ds-single\">\([^<]*\)<.*/\1/') illustration=$(echo "$raw_ideoms" | sed 's/.*class=illustration>\([^<]*\)<.*/\1/') if [[ $ideom ]]; then echo -e "$C_GRAY_RED_RAW"Ideom:$C_NORMAL echo $ideom [[ $illustration ]] && echo $illustration fi else ency_link=$(echo "$list" | grep -o 'http://encyclopedia2[^"]*') if [[ $ency_link ]]; then raw_ency=$(curl -s --user-agent "$useragent" $httpsproxy -x "$httpproxy" "$ency_link") ency=$(echo "$raw_ency" | grep '
    ' | grep -o 'div>.*
    /'$(tput bold)'/g' -e 's/<\/b>/'$C_NORMAL'/g' | sed 's/div>\([^<]*\).*/\1/') contr_ency=$(echo "$raw_ency" | grep "Contrast with" | sed 's/.*\">\([^<]*\)<\/a.*/\1/') if [[ $ency ]]; then echo -e "$C_GRAY_RED_RAW"Ideom:$C_NORMAL echo "$ency" [[ $contr_ency ]] && echo -e Contrast with: "$C_BRIGHT_RAW"$contr_ency"$C_NORMAL" fi fi fi fi fi fi fi #end of english dictionary [[ $fl_raw ]] && echo -e "$fl" #empty line... cant fix it (:'d #google fixed text output else #cache output cat "$cachefile" #output [[ $source == en ]] && echo -e "$C_DARK_BLUE_RAW"http://oxforddictionaries.com/definition/english/"$request"$C_NORMAL fi #sound if [[ $sound == 1 ]]; then wait if [[ -e "$cachefile".mp3 ]]; then if [[ $(stat -c%s "$cachefile".mp3) -ge 11000 ]]; then #if .mp3 is corrrect stat=$(mpg123 "$cachefile".mp3 2>&1) # echo "$stat" [[ ! $(echo "$stat" | grep -o 'Comment') ]] && rm "$cachefile".mp3 else rm "$cachefile".mp3 echo ".mp3 file is corrupt. try again." fi else #echo ".mp3 file not found." sleep 1 #to be able Ctrl+C to delete cache file fi fi fi exit #rest languages for interface. not in list of source language #hl=ak Akan #hl=bem Bemba #hl=bh Bihari #hl=xx-bork Bork, bork, bork! #hl=bs Bosnian #hl=br Breton #hl=km Cambodian #hl=chr Cherokee #hl=ny Chichewa #hl=zh-TW Chinese (Traditional) #hl=co Corsican #hl=xx-elmer Elmer Fudd #hl=ee Ewe #hl=fy Frisian #hl=gaa Ga #hl=gn Guarani #hl=xx-hacker Hacker #hl=ha Hausa #hl=haw Hawaiian #hl=ig Igbo #hl=ia Interlingua #hl=jw Javanese #hl=kk Kazakh #hl=rw Kinyarwanda #hl=rn Kirundi #hl=xx-klingon Klingon #hl=kg Kongo #hl=kri Krio (Sierra Leone) #hl=ku Kurdish #hl=ckb Kurdish (Soranî) #hl=ky Kyrgyz #hl=ln Lingala #hl=loz Lozi #hl=lg Luganda #hl=ach Luo #hl=mg Malagasy #hl=ml Malayalam #hl=mi Maori #hl=mr Marathi #hl=mfe Mauritian Creole #hl=mo Moldavian #hl=mn Mongolian #hl=sr-ME Montenegrin #hl=ne Nepali #hl=pcm Nigerian Pidgin #hl=nso Northern Sotho #hl=nn Norwegian (Nynorsk) #hl=oc Occitan #hl=or Oriya #hl=om Oromo #hl=ps Pashto #hl=xx-pirate Pirate #hl=pt-BR Portuguese (Brazil) #hl=pt-PT Portuguese (Portugal) #hl=pa Punjabi #hl=qu Quechua #hl=rm Romansh #hl=nyn Runyakitara #hl=gd Scots Gaelic #hl=sh Serbo-Croatian #hl=st Sesotho #hl=tn Setswana #hl=crs Seychellois Creole #hl=sn Shona #hl=sd Sindhi #hl=si Sinhalese #hl=so Somali #hl=es-419 Spanish (Latin American) #hl=su Sundanese #hl=tg Tajik #hl=tt Tatar #hl=ti Tigrinya #hl=to Tonga #hl=lua Tshiluba #hl=tum Tumbuka #hl=tk Turkmen #hl=tw Twi #hl=ug Uighur #hl=uz Uzbek #hl=wo Wolof #hl=xh Xhosa #hl=yo Yoruba #hl=zu Zulu #comment="arr=googlearr; #for (var c = 0; c < arr.length; c++){ //testing # if(typeof arr[c] !== 'undefined' && arr[c] !== null){ //dictionary output # for (var i = 0; i < arr[c].length; i++){ # if(typeof arr[c][i] !== 'undefined' && arr[c][i] !== null){ # for (var e = 0; e < arr[c][i].length; e++){ # print(c); # print(arr[c][i][e]); # //print(arr[8][0][1]); # } # } # } # } #} # frequency experiment whitespace=' ' //for x.x and xxx format # num2=Math.round(num*10000)/10; # if (num2 < 10 && num2%1 == 0){ # whitespace=' '; //for x format # } # if (num2 >= 10){ # num2=Math.round(num2/10)*10; # if (num2 < 100){ # whitespace=' '; //for xx format # } # } # print(num2+whitespace+arr[1][a][2][b][0]+' '+arr[1][a][2][b][1]);//frequency + word + variant of speach #"