#!/bin/sh # # Script para teste de protocolos e servicos basicos para Internet # Homologador de Internet # Autor: Patrick Brandao # useragent="Mozilla/5.0 (Macintosh; Intel Mac OS X 10_15_5) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/83.0.4103.106 Safari/537.36" url4="http://ec2-reachability.amazonaws.com/" url6="http://ipv6.ec2-reachability.amazonaws.com/" _echo_green(){ /bin/echo -e "\033[0;32m$@\033[0m"; } _echo_green_n(){ /bin/echo -ne "\033[0;32m$@\033[0m"; } _echo_yellow(){ /bin/echo -e "\033[0;33m$@\033[0m"; } _echo_yellow_n(){ /bin/echo -ne "\033[0;33m$@\033[0m"; } _echo_cyan(){ /bin/echo -e "\033[0;36m$@\033[0m"; } _echo_lighcyan_n(){ /bin/echo -ne "\x1B[96m$@\033[0m"; } _echo_red(){ /bin/echo -e "\033[0;31m$@\033[0m"; } _echo_red_n(){ /bin/echo -ne "\033[0;31m$@\033[0m"; } _echo_blue(){ /bin/echo -e "\033[0;34m$@\033[0m"; } _echo_blue_n(){ /bin/echo -ne "\033[0;34m$@\033[0m"; } _echo_gray(){ /bin/echo -e "\033[0;90m$@\033[0m"; } _echo_gray_n(){ /bin/echo -ne "\033[0;90m$@\033[0m"; } _echo_lighpink(){ /bin/echo -e "\x1B[95m$@\033[0m"; } _echo_lighpink_n(){ /bin/echo -ne "\x1B[95m$@\033[0m"; } _echo_lighwhite(){ /bin/echo -e "\x1B[97m$@\033[0m"; } _echo_lighwhite_n(){ /bin/echo -ne "\x1B[97m$@\033[0m"; } _echo_success(){ /bin/echo -en "\\033[91G"; /bin/echo -en "\x1B[97m["; /bin/echo -en "\033[1;32m OK \033[0m"; /bin/echo -e "\x1B[97m]\033[0m"; } _echo_failure(){ /bin/echo -en "\\033[91G"; /bin/echo -en "\033[41m\e[5m"; /bin/echo -en "\033[1;38m\x1B FAILED \033[0m"; /bin/echo -e "\x1B[97m\033[0m"; } _echo_fail(){ /bin/echo -en "\033[41m\e[5m "; /bin/echo -e "\033[1;38m\x1B $1 \033[0m"; } _abort(){ echo; _echo_red "ABORTED"; echo; _echo_yellow "$1"; echo; exit "$2"; } _http_get(){ lurl="$1" lfile="$2" lproto="-${3}" [ "$lproto" = "-" -o "$lproto" = "-x" ] && lproto="" curl \ $lproto \ --user-agent "$useragent" \ --retry-delay 2 \ --max-time 9 \ --connect-timeout 5 \ -o "$lfile" \ $lurl 2>/dev/null 1>/dev/null || return "$?" return 0 } _url_test(){ lurl="$1" lproto="$2" lproto="-${3}" [ "$lproto" = "-" -o "$lproto" = "-x" ] && lproto="" curl \ $lproto \ --user-agent "$useragent" \ --retry-delay 2 \ --max-time 9 \ --connect-timeout 5 \ -o "/dev/null" "$lurl" 2>/dev/null 1>/dev/null || return 1 return 0 } # Teste de ping IPv4 _ping_ipv4_test(){ pip="$1" xping=$(ping -c 2 -q "$pip" | grep 'min/avg/max' | cut -f2 -d '=' | cut -f1 -d'/'); pret="$?" #echo "PRET: $pret / [$xping]" if [ "$pret" = "0" ]; then xping=$(echo $xping) _echo_blue " OK - Latencia: $xping" return 0 else _echo_red " FALHOU, sem resposta." return 1 fi } # Teste de ping IPv6 _ping_ipv6_test(){ pip="$1" pdev="$2" ptg="$pip" echo "$pip" | egrep -q "fe80" && ptg="$pip%$pdev" xping=$(ping6 -c 2 -q "$ptg" | grep 'min/avg/max' | cut -f2 -d '=' | cut -f1 -d'/'); pret="$?" #echo "PRET: $pret / [$xping]" if [ "$pret" = "0" ]; then xping=$(echo $xping) _echo_blue " OK - Latencia: $xping" return 0 else _echo_red " FALHOU, sem resposta." return 1 fi } # Fping para teste de MTU _fping_mtu_test(){ ldst="$1" lpkgsize="$2" lcount="$3" [ "x$lpkgsize" = "x" ] && lpkgsize=1500 [ "x$lcount" = "x" ] && lcount=2 # subtrair cabecalho icmp (8) e IP (20) = 28 bytes lsize=$(($lpkgsize-28)) #echo "PING: $ldst SIZE: $lpkgsize (icmp size=$lsize)" lret=$(fping -M -c $lcount -i 20 -t 500 -b $lsize "$ldst" 2>&1); lsn="$?" # se constar 'is alive' na resposta, houve resposta, bug de -M echo "$lret" | egrep -q 'is alive' && { # resposta ok return 0 } #echo "LRET: $lret" if [ "$lsn" = "0" ]; then return 0 else # deu merda return "$lsn" fi } # LRET: 200.160.2.3 : xmt/rcv/%loss = 2/0/100% # LRET: 200.160.2.3 : xmt/rcv/%loss = 2/2/0%, min/avg/max = 25.3/25.7/26.1 _resolv(){ lfqdn="$1" lsrv="$2" ltype="$3" #dig -u -t a @8.8.8.8 registro.br #rs=$(dig -u -t a +timeout=1 +tries=2 @8.8.8.8 registro.br | sed 's#^;;.*time:.#TIME=#; s#.usec##g' | egrep -v '^;' | egrep -v '^$') rs=$(dig -t $ltype +timeout=2 +tries=2 @$lsrv $lfqdn |grep -v 'IN.SOA' |grep -v 'IN.NS' |sed 's#^;;.*time:.#|#; s#.usec##g; s#.*IN.*A.##g; s#.msec##' | egrep -v '^;' | egrep -v '^$' | tail -2) rs=$(echo $rs) ret=$(echo $rs | cut -f1 -d'|'); ret=$(echo $ret) sn=0 [ "x$ret" = "x" ] && sn=1 echo "$rs" return $sn } # Obter IP e localizacao do site: maxmind.com GEO_MAXMIND="" _geoip_maxmind(){ # curl --referer 'https://www.maxmind.com/en/locate-my-ip-address' 'https://www.maxmind.com/geoip/v2.1/city/me?' lproto="$1" if [ "$lproto" = "6" -o "$lproto" = "v6" -o "$lproto" = "ipv6" ]; then lproto="--ipv6" else lproto="--ipv4" fi geo_url="https://www.maxmind.com/geoip/v2.1/city/me?" geo_ref="https://www.maxmind.com/en/locate-my-ip-address" ret=$(curl $lproto --user-agent "$useragent" --referer "$geo_ref" --retry-delay 1 --max-time 3 --connect-timeout 5 "$geo_url" 2>/dev/null) stdno="$?" if [ "$stdno" = "0" ]; then out1=$(echo $ret | sed ' s#"city":#|xcity:#; s#"continent":#|xcontinent:#; s#"registered_country":#|xrcountry:#; s#"subdivisions":#|xsubdivisions:#; s#"location":#|xlocation:#; s#"country":#|xcountry:#; s#"postal":#|xpostal:#; s#"traits":#|xtraits:#; s#{##g; s#\}##g; s#\[##g; s#]##g; s#\[##g; s#"##g; s#,|#|#g; s#\ #_#g; s#|# #g; s#names:en#names#; ') # variaveis a coletar myip=""; asnumber=""; asname=""; domain=""; organization="" network=""; ispname=""; organization=""; lat=""; lng=""; iso_code=""; statecode=""; statename=""; xcityname=""; xcitycode=""; xcountryname=""; xcountrycode=""; for line in $out1; do xline=$(echo $line | sed 's#:#|#') pn=$(echo $xline | cut -f1 -d'|') pv=$(echo $xline | cut -f2 -d'|' | sed 's#,# #g') #echo "LINE: $xline"; echo " PN: [$pn]"; echo " PV: [$pv]"; echo; continue if [ "$pn" = "xcity" ]; then xtmp=$(echo "$pv" | sed 's#names:##') for xpv in $xtmp; do vn=$(echo $xpv | cut -f1 -d:); vv=$(echo $xpv | cut -f2 -d:) [ "$vn" = "en" ] && { xcityname="$vv"; continue; } [ "$vn" = "pt-BR" ] && { xcityname="$vv"; continue; } done elif [ "$pn" = "xcountry" ]; then xtmp=$(echo "$pv" | sed 's#names:##') for xpv in $xtmp; do vn=$(echo $xpv | cut -f1 -d:); vv=$(echo $xpv | cut -f2 -d:) [ "$vn" = "iso_code" ] && { xcountrycode="$vv"; continue; } [ "$vn" = "en" ] && { xcountryname="$vv"; continue; } [ "$vn" = "pt-BR" ] && { xcountryname="$vv"; continue; } done elif [ "$pn" = "xlocation" ]; then xtmp=$(echo "$pv" | sed 's#names:##') for xpv in $xtmp; do vn=$(echo $xpv | cut -f1 -d:); vv=$(echo $xpv | cut -f2 -d:) [ "$vn" = "latitude" ] && { lat="$vv"; continue; } [ "$vn" = "longitude" ] && { lng="$vv"; continue; } done elif [ "$pn" = "xsubdivisions" ]; then xtmp=$(echo "$pv" | sed 's#names:##') for xpv in $xtmp; do vn=$(echo $xpv | cut -f1 -d:); vv=$(echo $xpv | cut -f2 -d:) [ "$vn" = "iso_code" ] && { statecode="$vv"; continue; } [ "$vn" = "en" ] && { statename="$vv"; continue; } [ "$vn" = "pt-BR" ] && { statename="$vv"; continue; } done elif [ "$pn" = "xtraits" ]; then xtmp=$(echo "$pv") for xpv in $xtmp; do xpv=$(echo $xpv | sed 's#:#|#') vn=$(echo $xpv | cut -f1 -d'|'); vv=$(echo $xpv | cut -f2 -d'|') [ "$vn" = "autonomous_system_number" ] && { asnumber="$vv"; continue; } [ "$vn" = "autonomous_system_organization" ] && { asname="$vv"; continue; } [ "$vn" = "domain" ] && { domain="$vv"; continue; } [ "$vn" = "organization" ] && { organization="$vv"; continue; } [ "$vn" = "ip_address" ] && { myip="$vv"; continue; } [ "$vn" = "network" ] && { network="$vv"; continue; } done fi done if [ "$DEBUG" = "yes" ]; then echo "[DEBUG-MAXMIND]" echo " myip...........: $myip" echo " asnumber.......: $asnumber" echo " asname.........: $asname" echo " network........: $network" echo " organization...: $organization" echo " lat............: $lat" echo " lng............: $lng" echo " xcityname......: $xcityname" echo " xcountryname...: $xcountryname" echo " xcountrycode...: $xcountrycode" echo " statecode......: $statecode" echo " statename......: $statename" fi reg="$myip;AS_${asnumber}_-_${asname}_-_$network|$organization|$lat,$lng|${xcityname}_-_${statename}_($statecode)_-_${xcountryname}_($xcountrycode)" GEO_MAXMIND="$reg" return 0 else return 1 fi } #_geoip_maxmind 6; echo "$GEO_MAXMIND"; echo; exit #_abort "Encerrado para teste do _geoip_maxmind" 2 # Obter IP e localizacao do site: myip.com GEO_MYIP="" _geoip_myip(){ lproto="$1" if [ "$lproto" = "6" -o "$lproto" = "v6" -o "$lproto" = "ipv6" ]; then lproto="--ipv6" else lproto="--ipv4" fi geo_url="https://api.myip.com" ret=$(curl $lproto --user-agent "$useragent" --retry-delay 1 --max-time 3 --connect-timeout 5 "$geo_url" 2>/dev/null) stdno="$?" if [ "$stdno" = "0" ]; then #echo; echo "RETORNO: $ret"; echo # {"ip":"45.197.24.93","country":"Brazil","cc":"BR"} # {"ip":"2804:3dce:3aba::93","country":"Brazil","cc":"BR"} out=$(echo $ret | sed 's#[{}"]##g; s#ip:#ip=#; s#country:#country=#; s#,cc:#,cc=#; s#,# #g') #echo; echo "OUTPUT: $out"; echo # ip=45.197.24.93,country=Brazil,cc=BR # ip=2804:3dce:3aba::93,country=Brazil,cc=BR # curl executou bem myip=""; geo=""; cc="" for p in $out; do pn=$(/bin/echo $p | cut -f1 -d=) pv=$(/bin/echo $p | cut -f2 -d=) v=$(/bin/echo $pv) #echo "P=[$p] PN=[$pn] PV=[$pv]" [ "$pn" = "ip" ] && myip="$pv" [ "$pn" = "country" ] && geo="$pv" [ "$pn" = "cc" ] && cc="$pv" done GEO_MYIP="$myip|$geo|$cc" return 0 else return 1 fi } # Obter geolocalizacao do IP do site: api.toolbox.paessler.io GEO_PAESSLER="" _geoip_paessler(){ lipaddr="$1" geo_url="https://api.toolbox.paessler.io/ip/location/$lipaddr" ret=$(curl --ipv4 --user-agent "$useragent" --retry-delay 1 --max-time 3 --connect-timeout 5 "$geo_url" 2>/dev/null) stdno="$?" if [ "$stdno" = "0" ]; then out1=$(echo $ret | sed ' s#"ip":#|xip:#; s#"reverse_entry":#|xreverse:#; s#"registered_country":#|xrcountry:#; s#"country_name":#|xcname:#; s#"country":#|xcountry:#; s#"latitude":#|xlatitude:#; s#"longitude":#|xlongitude:#; s#"city":#|xcity:#; s#{##g; s#\}##g; s#\[##g; s#]##g; s#\[##g; s#"##g; s#,|#|#g; s#,#|#g; s#\ #_#g; s#|# #g; ') _debug "Pasler-out1: $out1" myip=""; xreverse=""; xcountry=""; xlongitude=""; xlatitude=""; xcity="" postal_code=""; gps="" for xline in $out1; do pn=$(echo $xline | cut -f1 -d':') pv=$(echo $xline | cut -f2 -d':') #echo "PN: [$pn]"; echo "PV: [$pv]" [ "$pn" = "xip" ] && { myip="$pv"; continue; } [ "$pn" = "xreverse" ] && { xreverse="$pv"; continue; } [ "$pn" = "xcountry" ] && { xcountry="$pv"; continue; } [ "$pn" = "xcname" ] && { xcname="$pv"; continue; } [ "$pn" = "xlatitude" ] && { xlatitude="$pv"; continue; } [ "$pn" = "xlongitude" ] && { xlongitude="$pv"; continue; } [ "$pn" = "xcity" ] && { xcity="$pv"; continue; } [ "$pn" = "postal_code" ] && { postal_code="$pv"; continue; } done [ "x$xlatitude" = "x" -o "x$xlongitude" = "x" ] || gps="$xlatitude,$xlongitude" GEO_PAESSLER="$myip;$xreverse|$xcountry|$xcname|$gps|$xcity|$postal_code" #echo "RETORNO: $GEO_PAESSLER" return 0 else return 1 fi } #_geoip_paessler "191.185.39.68"; echo "STDN=$? - $GEO_PAESSLER"; exit 0 # Obter geolocalizacao do IP do site: api.toolbox.paessler.io GEO_TEOHIO="" _geoip_teohio(){ lproto="$1" if [ "$lproto" = "6" -o "$lproto" = "v6" -o "$lproto" = "ipv6" ]; then lproto="--ipv6" else lproto="--ipv4" fi geo_url="https://ip.teoh.io/vpn-detection" ret=$(curl $lproto -o /tmp/teohio.out --user-agent "$useragent" --retry-delay 1 --max-time 3 --connect-timeout 5 "$geo_url" 2>/dev/null 1>/dev/null) stdno="$?" #

IP Address: 191.185.39.68

No VPN/Proxy Detected

ISP: CLARO S.A.


# cat /tmp/pt01 | egrep '.h2.IP.Address:' #

IP Address: 191.185.39.68

No VPN/Proxy Detected

ISP: CLARO S.A.


if [ "$stdno" = "0" -a -f "/tmp/teohio.out" ]; then out1=$(egrep '.h2.IP.Address:' /tmp/teohio.out 2>/dev/null) out1=$(echo $out1) out1=$(echo $out1 | sed 's#.*IP.Address:.##; s#

#|#; s#

ISP:.#|#; s#

.*##; s#\ #_#g') myip=$(echo "$out1" | cut -f1 -d'|') infoline=$(echo "$out1" | cut -f2 -d'|') ispname=$(echo "$out1" | cut -f3 -d'|') GEO_TEOHIO="$myip;$infoline|$ispname" return 0 else return 1 fi } #_geoip_teohio; echo "STDN=$? - $GEO_TEOHIO"; exit 0 # imprimir informacoes tabeuladas de string geoip dividida por pipe _gprint(){ gi="$1" glist=$(echo $gi | sed 's#|# #g') for it in $glist; do x=$(echo $it | sed 's#_# #g') _echo_blue " $x" done } _wprint(){ gi="$1" glist=$(echo $gi | sed 's#|# #g') for it in $glist; do x=$(echo $it | sed 's#_# #g') _echo_lighwhite " $x" done } # isolar servidores DNSs locais DNSLOCAL4="" DNSLOCAL6="" _get_local_dns(){ ldnslocals=$(cat /etc/resolv.conf | egrep -v '^#' | egrep nameserver | awk '{print $2" "$3" "$4}' | sed 's#,# #g') ldns4="" ldns6="" for ldns in $ldnslocals; do echo "$ldns" | egrep -q '^[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+$' && ldns4="$ldns4 $ldns" echo "$ldns" | egrep -q '^[0-9]+:' && ldns6="$ldns6 $ldns" done # remover repetidos DNSLOCAL4="" for lx4 in $ldns4; do # ja registrado como publico echo "$DNS4" | egrep -q "$lx4" && continue DNSLOCAL4="$DNSLOCAL4 $lx4" done DNSLOCAL6="" for lx6 in $ldns6; do # ja registrado como publico echo "$DNS6" | egrep -q "$lx6" && continue DNSLOCAL6="$DNSLOCAL6 $lx6" done } _get_mtu_list(){ lmtulist="$MAXMTU" imtu="$MAXMTU" [ "$imtu" -ge 9000 ] && lmtulist="$lmtulist 9000 8900 8800 8700 8600 8700 8600 8500 8400 8300 8200 8100" [ "$imtu" -gt 8000 ] && lmtulist="$lmtulist 8000 7000 6000 5000 4000 3000 2000" [ "$imtu" -gt 1600 ] && lmtulist="$lmtulist 1600 1580 1570 1560 1550 1540 1530 1520 1518 1516 1514 1512 1510 1508 1506 1504 1502" [ "$imtu" -ge "1500" ] && lmtulist="$lmtulist 150" [ "$imtu" -le "1492" ] && { lmtulist="1492 1490 1488 1486 1484 1482 1480 1470 1460 1450 1440 1430 1420 1410 1400 1300 1200 1100 1000" echo $lmtulist return 0 } # completar tamanhos pequenos (ppp, pppoe, vpns) lmtulist="$lmtulist 1498 1496 1494 1492 1490 1488 1486 1484 1482 1480 1470 1460 1450 1440 1430 1420 1410 1400 1300 1200 1100 1000" # anti repetidor de numeros lmtulist=$(for n in $lmtulist; do echo $n; done | sort -unr) echo $lmtulist } #----------------------------------------------------------------------------------- LISTs DNSNAMES="google.com facebook.com registro.br netflix.com youtube.com yahoo.com" WEBSITES="www.google.com.br www.facebook.com www.registro.br www.uol.com.br www.globo.com" PINGLIST4=" 200.160.2.3 8.8.8.8 9.9.9.9 " PINGLIST6=" 2001:12ff:0:2::3 2001:4860:4860::8888 2620:fe::fe " DNS4=" cisco_opendns/208.67.222.222,208.67.220.220 cloud_flare/1.1.1.1,1.0.0.1 google/8.8.8.8,8.8.4.4 level3/209.244.0.3,209.244.0.4,4.2.2.1,4.2.2.2,4.2.2.3,4.2.2.4,4.2.2.5,4.2.2.6 gigadns/189.38.95.95,189.38.95.96 quad9/9.9.9.9,149.112.112.112 hurricane/74.82.42.42 uol/200.221.11.100,200.221.11.101 " # dyndns/216.146.35.35,216.146.36.36 # verisign/64.6.64.6,64.6.65.6 # baidu/180.76.76.76 # dnswatch/84.200.69.80,84.200.70.40 # dns_filter/103.247.36.36,103.247.37.37 # cleanbrowsing/185.228.168.9,185.228.168.10,185.228.168.168,185.228.169.168,185.228.169.11,185.228.169.9 # nextdns/45.90.28.233,45.90.30.233 # neustar/156.154.70.5,156.154.71.5 # comodo/8.26.56.26,8.20.247.20,8.26.56.10,8.20.247.10 DNS6=" cisco_opendns/2620:119:35::35,2620:119:53::53,2620:0:ccc::2,2620:0:ccd::2 cloud_flare/2606:4700:4700::1111,2606:4700:4700::1001 google/2001:4860:4860::8888,2001:4860:4860::8844 gigadns/2804:10:10::10,2804:10:10::20 quad9/2620:fe::fe,2620:fe::9 hurricane/2001:470:20::2 " # verisign/2620:74:1b::1:1,2620:74:1c::2:2 # cleanbrowsing/2a0d:2a00:1::,2a0d:2a00:2::,2a0d:2a00:1::1,2a0d:2a00:2::1,2a0d:2a00:1::2,2a0d:2a00:2::2 # nextdns/2a07:a8c0::4c:2cbb,2a07:a8c1::4c:2cbb # baidu/2400:da00::6666 # dnswhatch/2001:1608:10:25::1c04:b12f,2001:1608:10:25::9249:d69b MAXMTU=1500 #----------------------------------------------------------------------------------- Ajuda _help(){ echo "" echo "$ME (argumentos)" echo "" echo " -all Ativar todos os testes" echo " -all4 Ativar todos os testes em ipv4 apenas" echo " -all6 Ativar todos os testes em ipv6 apenas" echo echo " -aws Ativar testes de IPs Amazon AWS" echo " -aws4 Ativar testes de IPs Amazon AWS em IPv4 apenas" echo " -aws6 Ativar testes de IPs Amazon AWS em IPv6 apenas" echo echo " -ping Ativar testes de ping ICMP" echo " -ping4 Ativar testes de ping ICMP em IPv4 apenas" echo " -ping6 Ativar testes de ping ICMP em IPv6 apenas" echo "" echo " -dns Ativar testes de DNS" echo " -dns4 Ativar testes de DNS em IPv4 apenas" echo " -dns6 Ativar testes de DNS em IPv6 apenas" echo "" echo " -ntp Ativar testes de NTP" echo " -ntp4 Ativar testes de NTP em IPv4 apenas" echo " -ntp6 Ativar testes de NTP em IPv6 apenas" echo "" echo " -geo Ativar testes de GeoIP" echo " -geo4 Ativar testes de GeoIP em IPv4 apenas" echo " -geo6 Ativar testes de GeoIP em IPv6 apenas" echo "" echo " -rev Ativar testes de Reverso" echo " -rev4 Ativar testes de Reverso em IPv4 apenas" echo " -rev6 Ativar testes de Reverso em IPv6 apenas" echo "" echo " -mtu Ativar testes de MTU usando ICMP" echo " -mtu4 Ativar testes de MTU usando ICMP em IPv4 apenas" echo " -mtu6 Ativar testes de MTU usando ICMP em IPv4 apenas" echo " -pppoe Ativar testes de MTU apartir 1492 bytes para baixo" echo " -jumboframe Ativar testes de MTU apartir 9000 bytes para baixo" echo "" echo " src4:SOURCE_IPV4 Especificar IPv4 de origem para testes" echo " src6:SOURCE_IPV6 Especificar IPv4 de origem para testes" echo "" exit 1 } _debug(){ [ "$DEBUG" = "yes" ] && { /bin/echo -ne "\033[0;90mDEBUG: \033[0m"; echo "$1" } } # Limpar arquivo de erros ERRFILE=/tmp/itest.err echo -n > $ERRFILE # Registrar erros _error(){ lerr="$1" echo "$(date "+%Y-%m-%d %T") $lerr" >> $ERRFILE } # Relatorio de encerramento _final_report(){ tc=$(cat $ERRFILE | wc -l) echo if [ "$tc" = "0" ]; then _echo_green "Concluido - Nenhum erro encontrado" errno=0 else _echo_yellow "Concluido - ERROS ENCONTRADOS - Total de erros: $tc" cat $ERRFILE | while read error; do _echo_red " $error" done errno=101 fi echo exit $errno } _install(){ apt-get -y update apt-get -y install rsync iproute2 tcpdump mtr wget whois curl fping bind9utils dnsutils psmisc exit 0 } #----------------------------------------------------------------------------------- ARGs # testes testgeo4=no testgeo6=no testdns4=no testdns6=no testping4=no testping6=no testmtu4=no testmtu6=no testaws4=no testaws6=no args="$@" ME="$0" DEBUG=no _options_enable_all(){ testaws4=yes; testaws6=yes; testping4=yes; testping6=yes; testgeo4=yes testgeo6=yes; testdns4=yes; testdns6=yes; testmtu4=yes; testmtu6=yes; } # Padrao: ativar tudo [ "x$args" = "x" ] && args="all" _debug "ME=$ME" _debug "args=$args" havearg=0 for arg in $args; do _debug "CHECK ARG: $arg" [ "$arg" = "help" -o "$arg" = "-help" -o "$arg" = "-h" -o "$arg" = "h" -o "$arg" = "?" ] && _help [ "$arg" = "install" -o "$arg" = "-install" -o "$arg" = "-i" ] && _install [ "$arg" = "-all" -o "$arg" = "all" ] && { _options_enable_all; havearg=1; } [ "$arg" = "-all4" -o "$arg" = "all4" ] && { testaws4=yes; testaws6=no; testping4=yes; testping6=no; testgeo4=yes; testdns4=yes; testdns6=no; testdns4=yes; testdns6=no; havearg=1; } [ "$arg" = "-all6" -o "$arg" = "all6" ] && { testaws4=no; testaws6=yes; testping4=no; testping6=yes; testgeo4=no; testdns4=no; testdns6=yes; testdns4=no; testdns6=yes; havearg=1; } [ "$arg" = "ping" -o "$arg" = "-ping" -o "$arg" = "icmp" -o "$arg" = "-icmp" ] && { testping4=yes; testping6=yes; havearg=1; } [ "$arg" = "ping4" -o "$arg" = "-ping4" -o "$arg" = "icmp4" -o "$arg" = "-icmp4" ] && { testping4=yes; havearg=1; } [ "$arg" = "ping6" -o "$arg" = "-ping6" -o "$arg" = "icmp6" -o "$arg" = "-icmp6" ] && { testping6=yes; havearg=1; } [ "$arg" = "dns" -o "$arg" = "-dns" ] && { testdns4=yes; testdns6=yes; havearg=1; } [ "$arg" = "dns4" -o "$arg" = "-dns4" ] && { testdns4=yes; havearg=1; } [ "$arg" = "dns6" -o "$arg" = "-dns6" ] && { testdns6=yes; havearg=1; } [ "$arg" = "geo" -o "$arg" = "-geo" ] && { testgeo4=yes; testgeo6=yes; havearg=1; } [ "$arg" = "geo4" -o "$arg" = "-geo4" ] && { testgeo4=yes; havearg=1; } [ "$arg" = "geo6" -o "$arg" = "-geo6" ] && { testgeo6=yes; havearg=1; } [ "$arg" = "aws" -o "$arg" = "-aws" ] && { testaws4=yes; testaws6=yes; havearg=1; } [ "$arg" = "aws4" -o "$arg" = "-aws4" ] && { testaws4=yes; testaws6=no; havearg=1; } [ "$arg" = "aws6" -o "$arg" = "-aws6" ] && { testaws4=no; testaws6=yes; havearg=1; } [ "$arg" = "mtu" -o "$arg" = "-mtu" ] && { testmtu4=yes; testmtu6=yes; havearg=1; } [ "$arg" = "mtu4" -o "$arg" = "-mtu4" ] && { testmtu4=yes; testmtu6=no; havearg=1; } [ "$arg" = "mtu6" -o "$arg" = "-mtu6" ] && { testmtu4=no; testmtu6=yes; havearg=1; } [ "$arg" = "jumboframe" -o "$arg" = "-jumboframe" -o "$arg" = "-jumbo" -o "$arg" = "jumbo" ] && { MAXMTU=9000; } [ "$arg" = "ppp" -o "$arg" = "-ppp" -o "$arg" = "-pppoe" -o "$arg" = "pppoe" ] && { MAXMTU=1492; testmtu4=yes; testmtu6=yes; } [ "$arg" = "-d" -o "$arg" = "debug" ] && { DEBUG=yes; } done # na ausencia de argumentos de comando, ativar todos [ "$havearg" = "0" ] && _options_enable_all _debug "SETs:" _debug " testgeo4=$testgeo4" _debug " testgeo6=$testgeo6" _debug " testdns4=$testdns4" _debug " testdns6=$testdns6" _debug " testping4=$testping4" _debug " testping6=$testping6" _debug " testaws4=$testaws4" _debug " testaws6=$testaws6" _debug " testmtu4=$testmtu4" _debug " testmtu6=$testmtu6" _debug " args=$args" # v6 internet required? usev4=no; [ "$testgeo4" = "yes" -o "$testdns4" = "yes" -o "$testping4" = "yes" -o "$testaws4" = "yes" -o "$testmtu4" = "yes" ] && usev4=yes usev6=no; [ "$testgeo6" = "yes" -o "$testdns6" = "yes" -o "$testping6" = "yes" -o "$testaws6" = "yes" -o "$testmtu6" = "yes" ] && usev6=yes # nenhum teste para fazer [ "$usev4" = "no" -a "$usev6" = "no" ] && _abort "Nenhum teste ativo, use: $ME help" 2 # se ipv6 estiver ausente e houver opcoes de ipv6, abortar teste LOCALIPV4=$(ip -o -4 ro get 99.88.77.66 | sed 's#.*src.##g' | awk '{print $1}') LOCALIPV6=$(ip -o -6 ro get 2001:ffff::1 | sed 's#.*src.##g' | awk '{print $1}' | egrep -i -v 'fe80') _echo_green_n "Local IPv4....................: "; _echo_yellow "$LOCALIPV4" _echo_green_n "Local IPv6....................: "; _echo_yellow "$LOCALIPV6" #----------------------------------------------------------------------------------- Softwares dependencies # DNS - sem dig nao da pra fazer if [ "$testdns4" = "yes" -o "$testdns6" = "yes" ]; then digpath=$(which dig 2>/dev/null) [ "x$digpath" = "x" ] && { # nao tem fping, abortar _abort "Incapaz de realizar teste de DNS, software ausente: dig" 101 } fi # ICMP - sem ping e ping6 nao da pra fazer if [ "$testping4" = "yes" -o "$testping6" = "yes" ]; then pingpath=$(which ping 2>/dev/null) [ "x$pingpath" = "x" ] && { # nao tem fping, abortar _abort "Incapaz de realizar teste de IMCP IPv4, software ausente: ping" 102 } fi # HTTP - sem curl nao da pra fazer if [ "$testaws4" = "yes" -o "$testaws6" = "yes" -o "$testgeo4" = "yes" -o "$testgeo6" = "yes" ]; then curlpath=$(which curl 2>/dev/null) [ "x$curlpath" = "x" ] && { # nao tem fping, abortar _abort "Incapaz de realizar teste de HTTP, software ausente: curl" 103 } fi # MTU - sem fping nao da pra fazer if [ "$testmtu4" = "yes" -o "$testmtu6" = "yes" ]; then fpingpath=$(which fping 2>/dev/null) [ "x$fpingpath" = "x" ] && { # nao tem fping, abortar _abort "Incapaz de realizar teste de MTU, software ausente: fping" 104 } fi #----------------------------------------------------------------------------------- Internet Test fail4=no GATEWAYIPV4="" GATEWAYDEV4="" fail6=no GATEWAYIPV6="" GATEWAYDEV6="" # ************************************************** Testar Gateway IPv4 if [ "$usev4" = "yes" ]; then _debug "Teste de internet IPv4" # verificar presenca de gateway padrao # - INTERFACE GATEWAYDEV4=$(ip -4 -o ro get 124.108.115.87 2>/dev/null | egrep 'dev' | sed 's#.*dev#dev#' | awk '{print $2}') _debug "Interface Gateway IPv4.: $GATEWAYDEV4" _echo_green "Interface Gateway IPv4........: $GATEWAYDEV4" # - IP VIA GATEWAYIPV4=$(ip -4 -o ro get 124.108.115.87 2>/dev/null | egrep 'via' | sed 's#.*via#via#' | awk '{print $2}') _debug "Gateway IPv4 via.......: $GATEWAYIPV4" # caso nao tenha gateway 'via', pode haver 'dev' nos casos com PPP [ "x$GATEWAYIPV4" = "x" ] && { GATEWAYIPV4="$GATEWAYDEV4" } # Sem gateway IPv4, falha fatal if [ "x$GATEWAYIPV4" = "x" ]; then _debug "Falhou a deteccao de gateway IPv4" _error "Falhou a deteccao de gateway IPv4" fail4=yes else _echo_green "Endereco do Gateway IPv4......: $GATEWAYIPV4" fi else _debug "Teste de internet IPv4 DESATIVADO, nenhum teste de IPv4 a ser realizado" fi # ************************************************** Testar Gateway IPv6 if [ "$usev6" = "yes" ]; then _debug "Teste de internet IPv6" # verificar presenca de gateway padrao # - INTERFACE GATEWAYDEV6=$(ip -6 -o ro get 2001:4998:1a0::1 2>/dev/null | egrep 'dev' | sed 's#.*dev#dev#' | awk '{print $2}') _debug "Interface Gateway IPv6.: $GATEWAYDEV6" _echo_green "Interface Gateway IPv6........: $GATEWAYDEV6" # - IP VIA GATEWAYIPV6=$(ip -6 -o ro get 2001:4998:1a0::1 2>/dev/null | egrep 'via' | sed 's#.*via#via#' | awk '{print $2}') _debug "Gateway IPv6 via.......: $GATEWAYIPV6" # caso nao tenha gateway 'via', pode haver 'dev' nos casos com PPP [ "x$GATEWAYIPV6" = "x" ] && { GATEWAYIPV6="$GATEWAYDEV6" } # Sem gateway IPv6, falha fatal if [ "x$GATEWAYIPV6" = "x" ]; then _debug "Falhou a deteccao de gateway IPv6" _error "Falhou a deteccao de gateway IPv6" fail6=yes else _echo_green "Endereco do Gateway IPv6......: $GATEWAYIPV6" fi else _debug "Teste de internet IPv6 DESATIVADO, nenhum teste de IPv6 a ser realizado" fi # Se houve falha em ambos, parar script if [ "$fail4" = "yes" -a "$fail6" = "yes" ]; then _abort "Falha ao obter gateway padrao IPv4 e IPv6 - FALHA DUPLA" 30 fi # Se os testes de IPv4 estiverem ativos e falhou o IPv4, abortar if [ "$fail4" = "yes" ]; then if [ "$testgeo4" = "yes" -o "$testdns4" = "yes" -o "$testping4" = "yes" -o "$testaws4" = "yes" ]; then _abort "Falha ao obter gateway padrao IPv4 - Testes de IPv4 impossiveis de realizar" 31 fi fi # Se os testes de IPv6 estiverem ativos e falhou o IPv6, abortar if [ "$fail6" = "yes" ]; then if [ "$testgeo6" = "yes" -o "$testdns6" = "yes" -o "$testping6" = "yes" -o "$testaws6" = "yes" ]; then _abort "Falha ao obter gateway padrao IPv6 - Testes de IPv6 impossiveis de realizar" 32 fi fi #----------------------------------------------------------------------------------- Ping para o Gateway IPv4 # * GATEWAY IPv4 if [ "$testping4" = "yes" ]; then echo "$GATEWAYIPV4" | egrep -q "[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+" && { _echo_green_n "Ping ICMP para Gateway IPv4...: $GATEWAYIPV4 " _ping_ipv4_test "$GATEWAYIPV4" [ "$?" = "0" ] || _abort "FALHA em ping ICMP para $GATEWAYIPV4" 33 } fi #----------------------------------------------------------------------------------- Ping para o Gateway IPv6 # * GATEWAY IPv6 if [ "$testping6" = "yes" ]; then echo "$GATEWAYIPV6" | egrep -q ":" && { _echo_green_n "Ping ICMP para Gateway IPv6...: $GATEWAYIPV6 " _ping_ipv6_test "$GATEWAYIPV6" "$GATEWAYDEV6" [ "$?" = "0" ] || _abort "FALHA em ping ICMP para $GATEWAYIPV6" 34 } fi #_abort "finalizado para teste" 1 #----------------------------------------------------------------------------------- Ping para o hosts IPv4 if [ "$testping4" = "yes" ]; then for ipv4 in $PINGLIST4; do _echo_green_n "Ping ICMP para IPv4...........: $ipv4 " _ping_ipv4_test "$ipv4" [ "$?" = "0" ] || _error "FALHA em ping ICMP para $ipv4" done fi #----------------------------------------------------------------------------------- Ping para o hosts IPv6 if [ "$testping6" = "yes" ]; then for ipv6 in $PINGLIST6; do _echo_green_n "Ping ICMP para IPv6...........: $ipv6 " _ping_ipv6_test "$ipv6" [ "$?" = "0" ] || _error "FALHA em ping ICMP para $ipv6" done fi #----------------------------------------------------------------------------------- Teste de MTU IPv4 if [ "$testmtu4" = "yes" ]; then MTULIST4="$PINGLIST4" # incluir o gateway apenas se for um ipv4 (no ppp e' ppp0) echo "$GATEWAYIPV4" | egrep -q '[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+' && MTULIST4="$MTULIST4 $GATEWAYIPV4" mlist=$(_get_mtu_list) _debug "MTU: lista de teste de enderecos: $MTULIST4" _debug "MTU: lista de tamanho de pacotes: $mlist" for ipv4 in $MTULIST4; do for mtu in $mlist; do _echo_green_n "Teste MTU ICMP para IPv4...: $ipv4 - $mtu bytes" fmtr=$(_fping_mtu_test "$ipv4" "$mtu"); sn="$?" [ "$sn" = "0" ] && { _echo_success break } # falhou com mtu _echo_yellow_n " falhou com $mtu bytes" _echo_failure _error "Falha de MTU-ICMP $mtu bytes para $ipv4" done done fi #----------------------------------------------------------------------------------- Teste de DNS IPv4 # agregar dns local a lista de testes if [ "$testdns4" = "yes" -o "$testdns6" = "yes" ]; then _get_local_dns [ "$testdns4" = "yes" ] && DNS4="$DNS4 local4/$(echo $DNSLOCAL4 | sed 's#\ #,#g')" [ "$testdns6" = "yes" ] && DNS6="$DNS6 local6/$(echo $DNSLOCAL6 | sed 's#\ #,#g')" fi if [ "$testdns4" = "yes" ]; then dnserrcount4=0 for qtype in A AAAA; do for dnssrv in $DNS4; do dname=$(echo $dnssrv | cut -f1 -d'/') dlist=$(echo $dnssrv | cut -f2 -d'/' | sed 's#,# #g') for dnsaddr in $dlist; do for fqdn in $DNSNAMES; do _echo_green_n "[DNS-IPv4] $dname: $dnsaddr ($qtype) > $fqdn - " dnsr=$(_resolv $fqdn $dnsaddr $qtype); dnss="$?" if [ "$dnss" = "0" ]; then # ok rp=$(echo "$dnsr" | cut -f1 -d'|') lt=$(echo "$dnsr" | cut -f2 -d'|') _echo_lighwhite_n "$rp" _echo_gray_n " latency " _echo_cyan "$lt ms" else # nao resolveu dnserrcount4=$(($dnserrcount4+1)) _error "FALHOU: [DNS-IPv4] $dname - $dnsaddr - QUERY $qtype - FQDN $fqdn" _echo_fail "FALHOU" fi done done done done [ "$dnserrcount4" = "0" ] || { _echo_yellow "DNS-IPv4: falhas encontradas, erros: $dnserrcount4" _error "ERROS DE DNS-IPv4: $dnserrcount4" } fi #----------------------------------------------------------------------------------- Teste de DNS IPv6 if [ "$testdns6" = "yes" ]; then dnserrcount6=0 for qtype in A AAAA; do for dnssrv in $DNS6; do dname=$(echo $dnssrv | cut -f1 -d'/') dlist=$(echo $dnssrv | cut -f2 -d'/' | sed 's#,# #g') for dnsaddr in $dlist; do for fqdn in $DNSNAMES; do _echo_green_n "[DNS-IPv6] $dname: $dnsaddr ($qtype) > $fqdn - " dnsr=$(_resolv $fqdn $dnsaddr $qtype); dnss="$?" if [ "$dnss" = "0" ]; then # ok rp=$(echo "$dnsr" | cut -f1 -d'|') lt=$(echo "$dnsr" | cut -f2 -d'|') _echo_lighwhite_n "$rp" _echo_gray " latency $lt us" else # nao resolveu dnserrcount6=$(($dnserrcount6+1)) _error "FALHOU: [DNS-IPv6] $dname - $dnsaddr - QUERY $qtype - FQDN $fqdn" _echo_fail "FALHOU" fi done done done done [ "$dnserrcount6" = "0" ] || { _echo_yellow "DNS-IPv6: falhas encontradas, erros: $dnserrcount6" _error "ERROS DE DNS-IPv6: $dnserrcount6" } fi #----------------------------------------------------------------------------------- GEOIP if [ "$testgeo4" = "yes" -o "$testgeo6" = "yes" ]; then # Testar IPv4 e IPv6 for gtest in ipv4 ipv6; do # Se a versao do IP estiver desativada, ignorar [ "$gtest" = "ipv4" -a "$testgeo4" = "no" ] && continue [ "$gtest" = "ipv6" -a "$testgeo6" = "no" ] && continue ipv=IPv4 [ "$gtest" = "ipv6" ] && ipv="IPv6" tc=0 # ****** MYIP myipa="" _debug "Teste de GeoIP para $ipv via MYIP" _echo_green_n "Analisando GeoIP para $ipv via MYIP - " _geoip_myip $gtest; sg="$?" if [ "$sg" = "0" ]; then # ok myipa=$(echo "$GEO_MYIP" | cut -f1 -d'|') geodetail=$(echo "$GEO_MYIP" | cut -f2,3 -d'|') _echo_lighpink_n "$myipa" _echo_success _wprint "$geodetail" tc=$(($tc+1)) else # falhou _echo_failure _debug "Falhou a deteccao de GeoIP $ipv via MYIP" _error "Falhou a deteccao de GeoIP $ipv via MYIP" fi # ****** MAXMIND myipb="" _debug "Teste de GeoIP para $ipv via MaxMind" _echo_green_n "Analisando GeoIP para $ipv via MaxMind - " _geoip_maxmind $gtest; sg="$?" if [ "$sg" = "0" ]; then # ok myipb=$(echo "$GEO_MAXMIND" | cut -f1 -d';') geodetail=$(echo "$GEO_MAXMIND" | cut -f2 -d';') _echo_lighpink_n "$myipb" _echo_success _wprint "$geodetail" tc=$(($tc+1)) else # falhou _echo_failure _debug "Falhou a deteccao de GeoIP $ipv via MaxMind" _error "Falhou a deteccao de GeoIP $ipv via MaxMind" fi # Disparidade entre IPs ipok=0 if [ "$tc" = "2" ]; then # ambos os testes obteram IP, verificar paridade if [ "$myipa" = "$myipb" ]; then #_echo_lighcyan_n "GEOIP: IP de origem - " #_echo_lighwhite_n "$myipa" #_echo_success ipok=1 else _error "ERRO de GEOIP - Disparidade entre IPs de origem - $myipa ~ $myipb" _echo_yellow_n "GEOIP - Disparidade entre IPs de origem - $myipa ~ $myipb" _echo_failure fi fi # TEOH.io #- myipc="" #- _debug "Teste de GeoIP para $ipv via TEOH.io" #- _echo_green_n "Analisando GeoIP para $ipv via TEOH.io - " #- _geoip_teohio $gtest; sg="$?" #- if [ "$sg" = "0" ]; then #- # ok #- myipc=$(echo "$GEO_TEOHIO" | cut -f1 -d';') #- geodetail=$(echo "$GEO_TEOHIO" | cut -f2 -d';') #- _echo_lighpink_n "$myipc" #- _echo_success #- _wprint "$geodetail" #- tc=$(($tc+1)) #- else #- # falhou #- _echo_failure #- _debug "Falhou a deteccao de GeoIP $ipv via TEOH.io" #- _error "Falhou a deteccao de GeoIP $ipv via TEOH.io" #- fi # Obter geolocalizacao da API da Pasler (PRTG) if [ "$ipok" = "1" ]; then _debug "Teste de GeoIP para $ipv via Paessler" _echo_green_n "Analisando GeoIP para $ipv via Paessler - " _geoip_paessler "$myipa"; sg="$?" if [ "$sg" = "0" ]; then # ok myipb=$(echo "$GEO_PAESSLER" | cut -f1 -d';') geodetail=$(echo "$GEO_PAESSLER" | cut -f2 -d';') _echo_lighpink_n "$myipb" _echo_success _wprint "$geodetail" else # falhou _echo_failure _debug "Falhou a deteccao de GeoIP $ipv via Paessler" _error "Falhou a deteccao de GeoIP $ipv via Paessler" fi fi done fi #----------------------------------------------------------------------------------- IPv4 AWS if [ "$testaws4" = "yes" ]; then _echo_lighcyan_n "#> Testando IPv4 - $url4 " _http_get "$url4" "/tmp/aws4" "4" || _abort "AWS-IPv4: erro $? ao requisitar url $url4" 14 _echo_success # Isolar URLs egrep 'test.*http' /tmp/aws4 | sed 's#.*http://#http://#g' | cut -f1 -d'"' > /tmp/url4 aws4total=$(cat /tmp/url4 | wc -l) # Testando URLs echo -n > /tmp/err4list aws4c=0 cat /tmp/url4 | while read url; do aws4c=$(($aws4c+1)) _echo_lighcyan_n "$aws4c/$aws4total $url " _url_test "$url" && { _echo_success; continue; } _error "FALHOU: HTTP-AWS-IPv4 - $url" _echo_failure done echo fi #----------------------------------------------------------------------------------- IPv6 AWS if [ "$testaws6" = "yes" ]; then _echo_lighcyan_n "#> Testando IPv6 - $url6 " _http_get "$url6" "/tmp/aws6" "x" || _abort "AWS-IPv6: erro $? ao requisitar url $url6" 16 _echo_success # Isolar URLs egrep 'test.*http' /tmp/aws6 | sed 's#.*http://#http://#g' | cut -f1 -d'"' > /tmp/url6 aws6total=$(cat /tmp/url6 | wc -l) # Testando URLs echo -n > /tmp/err6list aws6c=0 cat /tmp/url6 | while read url; do aws6c=$(($aws6c+1)) _echo_lighcyan_n "$aws6c/$aws6total $url " _url_test "$url" && { _echo_success; continue; } _error "FALHOU: HTTP-AWS-IPv6 - $url" _echo_failure done echo fi #----------------------------------------------------------------------------------- #----------------------------------------------------------------------------------- _final_report #----------------------------------------------------------------------------------- #----------------------------------------------------------------------------------- #----------------------------------------------------------------------------------- #----------------------------------------------------------------------------------- #----------------------------------------------------------------------------------- exit # Teste MSS com PPPoE Client: 150 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 151 ip ro del default; ip route add default dev ppp0 advmss 1440 152 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 153 ip ro del default; ip route add default dev ppp0 advmss 1418 154 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 155 ip ro del default; ip route add default dev ppp0 advmss 1421 156 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 157 ip ro del default; ip route add default dev ppp0 advmss 1416 158 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 159 ip ro del default; ip route add default dev ppp0 advmss 1416 160 ip ro del default; ip route add default dev ppp0 advmss 1416 161 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 162 ip ro del default; ip route add default dev ppp0 advmss 1421 163 wget -O /dev/null 'http://srv01.udns.com.br/64k.zip' 164 wget -O /dev/null http://168.197.223.251 165 ip a 166 ip ro del default; ip route add default dev ppp0 advmss 1460 167 wget -O /dev/null http://168.197.223.251 168 ip a 169 history