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https://github.com/pi-hole/pi-hole.git
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Merge pull request #1735 from bcambl/debug_selinux
add SELinux checks to debug script
This commit is contained in:
Adam Warner
GitHub
commit
5221767a70
1 changed files with 101 additions and 69 deletions
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@ -29,13 +29,14 @@ if [[ -f ${PIHOLE_COLTABLE_FILE} ]]; then
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source ${PIHOLE_COLTABLE_FILE}
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else
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COL_NC='\e[0m' # No Color
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COL_RED='\e[1;91m'
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COL_GREEN='\e[1;32m'
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COL_YELLOW='\e[1;33m'
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COL_LIGHT_PURPLE='\e[1;35m'
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COL_PURPLE='\e[1;35m'
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COL_CYAN='\e[0;36m'
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TICK="[${COL_LIGHT_GREEN}✓${COL_NC}]"
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CROSS="[${COL_LIGHT_RED}✗${COL_NC}]"
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TICK="[${COL_GREEN}✓${COL_NC}]"
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CROSS="[${COL_RED}✗${COL_NC}]"
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INFO="[i]"
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DONE="${COL_LIGHT_GREEN} done!${COL_NC}"
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OVER="\r\033[K"
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fi
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@ -175,7 +176,7 @@ show_disclaimer(){
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source_setup_variables() {
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# Display the current test that is running
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log_write "\n${COL_LIGHT_PURPLE}*** [ INITIALIZING ]${COL_NC} Sourcing setup variables"
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log_write "\n${COL_PURPLE}*** [ INITIALIZING ]${COL_NC} Sourcing setup variables"
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# If the variable file exists,
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if ls "${PIHOLE_SETUP_VARS_FILE}" 1> /dev/null 2>&1; then
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log_write "${INFO} Sourcing ${PIHOLE_SETUP_VARS_FILE}...";
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@ -183,7 +184,7 @@ source_setup_variables() {
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source ${PIHOLE_SETUP_VARS_FILE}
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else
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# If it can't, show an error
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log_write "${PIHOLE_SETUP_VARS_FILE} ${COL_LIGHT_RED}does not exist or cannot be read.${COL_NC}"
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log_write "${PIHOLE_SETUP_VARS_FILE} ${COL_RED}does not exist or cannot be read.${COL_NC}"
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fi
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}
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@ -219,7 +220,7 @@ initiate_debug() {
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clear
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show_disclaimer
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# Display that the debug process is beginning
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log_write "${COL_LIGHT_PURPLE}*** [ INITIALIZING ]${COL_NC}"
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log_write "${COL_PURPLE}*** [ INITIALIZING ]${COL_NC}"
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# Timestamp the start of the log
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log_write "${INFO} $(date "+%Y-%m-%d:%H:%M:%S") debug log has been initiated."
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}
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@ -230,7 +231,7 @@ initiate_debug() {
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echo_current_diagnostic() {
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# Colors are used for visually distinguishing each test in the output
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# These colors do not show in the GUI, but the formatting will
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log_write "\n${COL_LIGHT_PURPLE}*** [ DIAGNOSING ]:${COL_NC} ${1}"
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log_write "\n${COL_PURPLE}*** [ DIAGNOSING ]:${COL_NC} ${1}"
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}
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compare_local_version_to_git_version() {
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@ -255,7 +256,7 @@ compare_local_version_to_git_version() {
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# move into it
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cd "${git_dir}" || \
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# If not, show an error
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log_write "${COL_LIGHT_RED}Could not cd into ${git_dir}$COL_NC"
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log_write "${COL_RED}Could not cd into ${git_dir}$COL_NC"
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if git status &> /dev/null; then
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# The current version the user is on
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local remote_version
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@ -269,7 +270,7 @@ compare_local_version_to_git_version() {
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# echo this information out to the user in a nice format
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# If the current version matches what pihole -v produces, the user is up-to-date
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if [[ "${remote_version}" == "$(pihole -v | awk '/${search_term}/ {print $6}' | cut -d ')' -f1)" ]]; then
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log_write "${TICK} ${pihole_component}: ${COL_LIGHT_GREEN}${remote_version}${COL_NC}"
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log_write "${TICK} ${pihole_component}: ${COL_GREEN}${remote_version}${COL_NC}"
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# If not,
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else
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# echo the current version in yellow, signifying it's something to take a look at, but not a critical error
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@ -280,7 +281,7 @@ compare_local_version_to_git_version() {
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# If the repo is on the master branch, they are on the stable codebase
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if [[ "${remote_branch}" == "master" ]]; then
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# so the color of the text is green
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log_write "${INFO} Branch: ${COL_LIGHT_GREEN}${remote_branch}${COL_NC}"
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log_write "${INFO} Branch: ${COL_GREEN}${remote_branch}${COL_NC}"
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# If it is any other branch, they are in a developement branch
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else
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# So show that in yellow, signifying it's something to take a look at, but not a critical error
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@ -308,7 +309,7 @@ check_ftl_version() {
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# Compare the current FTL version to the remote version
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if [[ "${FTL_VERSION}" == "$(pihole -v | awk '/FTL/ {print $6}' | cut -d ')' -f1)" ]]; then
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# If they are the same, FTL is up-to-date
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log_write "${TICK} ${ftl_name}: ${COL_LIGHT_GREEN}${FTL_VERSION}${COL_NC}"
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log_write "${TICK} ${ftl_name}: ${COL_GREEN}${FTL_VERSION}${COL_NC}"
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else
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# If not, show it in yellow, signifying there is an update
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log_write "${TICK} ${ftl_name}: ${COL_YELLOW}${FTL_VERSION}${COL_NC} (${FAQ_UPDATE_PI_HOLE})"
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@ -345,7 +346,7 @@ get_program_version() {
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# If the program does not have a version (the variable is empty)
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if [[ -z "${program_version}" ]]; then
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# Display and error
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log_write "${CROSS} ${COL_LIGHT_RED}${program_name} version could not be detected.${COL_NC}"
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log_write "${CROSS} ${COL_RED}${program_name} version could not be detected.${COL_NC}"
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else
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# Otherwise, display the version
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log_write "${INFO} ${program_version}"
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@ -368,13 +369,13 @@ is_os_supported() {
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# If the variable is one of our supported OSes,
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case "${the_os}" in
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# Print it in green
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"Raspbian") log_write "${TICK} ${COL_LIGHT_GREEN}${os_to_check}${COL_NC}";;
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"Ubuntu") log_write "${TICK} ${COL_LIGHT_GREEN}${os_to_check}${COL_NC}";;
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"Fedora") log_write "${TICK} ${COL_LIGHT_GREEN}${os_to_check}${COL_NC}";;
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"Debian") log_write "${TICK} ${COL_LIGHT_GREEN}${os_to_check}${COL_NC}";;
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"CentOS") log_write "${TICK} ${COL_LIGHT_GREEN}${os_to_check}${COL_NC}";;
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"Raspbian") log_write "${TICK} ${COL_GREEN}${os_to_check}${COL_NC}";;
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"Ubuntu") log_write "${TICK} ${COL_GREEN}${os_to_check}${COL_NC}";;
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"Fedora") log_write "${TICK} ${COL_GREEN}${os_to_check}${COL_NC}";;
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"Debian") log_write "${TICK} ${COL_GREEN}${os_to_check}${COL_NC}";;
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"CentOS") log_write "${TICK} ${COL_GREEN}${os_to_check}${COL_NC}";;
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# If not, show it in red and link to our software requirements page
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*) log_write "${CROSS} ${COL_LIGHT_RED}${os_to_check}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS})";
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*) log_write "${CROSS} ${COL_RED}${os_to_check}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS})";
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esac
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}
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@ -418,7 +419,37 @@ diagnose_operating_system() {
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get_distro_attributes
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else
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# If it doesn't exist, it's not a system we currently support and link to FAQ
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log_write "${CROSS} ${COL_LIGHT_RED}${error_msg}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS})"
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log_write "${CROSS} ${COL_RED}${error_msg}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS})"
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fi
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}
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check_selinux() {
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# SELinux is not supported by the Pi-hole
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echo_current_diagnostic "SELinux"
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# Check if a SELinux configuration file exists
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if [[ -f /etc/selinux/config ]]; then
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# If a SELinux configuration file was found, check the default SELinux mode.
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DEFAULT_SELINUX=$(awk -F= '/^SELINUX=/ {print $2}' /etc/selinux/config)
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case "${DEFAULT_SELINUX,,}" in
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enforcing)
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log_write "${CROSS} ${COL_RED}Default SELinux: $DEFAULT_SELINUX${COL_NC}"
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;;
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*) # 'permissive' and 'disabled'
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log_write "${TICK} ${COL_GREEN}Default SELinux: $DEFAULT_SELINUX${COL_NC}";
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;;
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esac
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# Check the current state of SELinux
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CURRENT_SELINUX=$(getenforce)
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case "${CURRENT_SELINUX,,}" in
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enforcing)
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log_write "${CROSS} ${COL_RED}Current SELinux: $CURRENT_SELINUX${COL_NC}"
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;;
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*) # 'permissive' and 'disabled'
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log_write "${TICK} ${COL_GREEN}Current SELinux: $CURRENT_SELINUX${COL_NC}";
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;;
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esac
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else
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log_write "${INFO} ${COL_GREEN}SELinux not detected${COL_NC}";
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fi
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}
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@ -430,19 +461,19 @@ processor_check() {
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if [[ -z "${PROCESSOR}" ]]; then
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# we couldn't detect it, so show an error
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PROCESSOR=$(lscpu | awk '/Architecture/ {print $2}')
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log_write "${CROSS} ${COL_LIGHT_RED}${PROCESSOR}${COL_NC} has not been tested with FTL, but may still work: (${FAQ_FTL_COMPATIBILITY})"
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log_write "${CROSS} ${COL_RED}${PROCESSOR}${COL_NC} has not been tested with FTL, but may still work: (${FAQ_FTL_COMPATIBILITY})"
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else
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# Check if the architecture is currently supported for FTL
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case "${PROCESSOR}" in
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"amd64") "${TICK} ${COL_LIGHT_GREEN}${PROCESSOR}${COL_NC}"
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"amd64") "${TICK} ${COL_GREEN}${PROCESSOR}${COL_NC}"
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;;
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"armv6l") "${TICK} ${COL_LIGHT_GREEN}${PROCESSOR}${COL_NC}"
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"armv6l") "${TICK} ${COL_GREEN}${PROCESSOR}${COL_NC}"
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;;
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"armv6") "${TICK} ${COL_LIGHT_GREEN}${PROCESSOR}${COL_NC}"
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"armv6") "${TICK} ${COL_GREEN}${PROCESSOR}${COL_NC}"
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;;
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"armv7l") "${TICK} ${COL_LIGHT_GREEN}${PROCESSOR}${COL_NC}"
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"armv7l") "${TICK} ${COL_GREEN}${PROCESSOR}${COL_NC}"
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;;
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"aarch64") "${TICK} ${COL_LIGHT_GREEN}${PROCESSOR}${COL_NC}"
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"aarch64") "${TICK} ${COL_GREEN}${PROCESSOR}${COL_NC}"
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;;
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# Otherwise, show the processor type
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*) log_write "${INFO} ${PROCESSOR}";
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@ -458,7 +489,7 @@ parse_setup_vars() {
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parse_file "${PIHOLE_SETUP_VARS_FILE}"
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else
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# If not, show an error
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log_write "${CROSS} ${COL_LIGHT_RED}Could not read ${PIHOLE_SETUP_VARS_FILE}.${COL_NC}"
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log_write "${CROSS} ${COL_RED}Could not read ${PIHOLE_SETUP_VARS_FILE}.${COL_NC}"
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fi
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}
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@ -474,10 +505,10 @@ does_ip_match_setup_vars() {
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# Strip off the / (CIDR notation)
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if [[ "${ip_address%/*}" == "${setup_vars_ip%/*}" ]]; then
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# if it matches, show it in green
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log_write " ${COL_LIGHT_GREEN}${ip_address%/*}${COL_NC} matches the IP found in ${PIHOLE_SETUP_VARS_FILE}"
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log_write " ${COL_GREEN}${ip_address%/*}${COL_NC} matches the IP found in ${PIHOLE_SETUP_VARS_FILE}"
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else
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# otherwise show it in red with an FAQ URL
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log_write " ${COL_LIGHT_RED}${ip_address%/*}${COL_NC} does not match the IP found in ${PIHOLE_SETUP_VARS_FILE} (${FAQ_ULA})"
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log_write " ${COL_RED}${ip_address%/*}${COL_NC} does not match the IP found in ${PIHOLE_SETUP_VARS_FILE} (${FAQ_ULA})"
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fi
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else
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@ -485,10 +516,10 @@ does_ip_match_setup_vars() {
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# since it exists in the setupVars.conf that way
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if [[ "${ip_address}" == "${setup_vars_ip}" ]]; then
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# show in green if it matches
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log_write " ${COL_LIGHT_GREEN}${ip_address}${COL_NC} matches the IP found in ${PIHOLE_SETUP_VARS_FILE}"
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log_write " ${COL_GREEN}${ip_address}${COL_NC} matches the IP found in ${PIHOLE_SETUP_VARS_FILE}"
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else
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# otherwise show it in red
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log_write " ${COL_LIGHT_RED}${ip_address}${COL_NC} does not match the IP found in ${PIHOLE_SETUP_VARS_FILE} (${FAQ_ULA})"
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log_write " ${COL_RED}${ip_address}${COL_NC} does not match the IP found in ${PIHOLE_SETUP_VARS_FILE} (${FAQ_ULA})"
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fi
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fi
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}
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@ -516,7 +547,7 @@ detect_ip_addresses() {
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log_write ""
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else
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# If there are no IPs detected, explain that the protocol is not configured
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log_write "${CROSS} ${COL_LIGHT_RED}No IPv${protocol} address(es) found on the ${PIHOLE_INTERFACE}${COL_NC} interace.\n"
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log_write "${CROSS} ${COL_RED}No IPv${protocol} address(es) found on the ${PIHOLE_INTERFACE}${COL_NC} interace.\n"
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return 1
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fi
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# If the protocol is v6
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@ -563,13 +594,13 @@ ping_gateway() {
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# If pinging the gateway is not successful,
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if ! ${cmd} -c 3 -W 2 -n ${gateway} -I ${PIHOLE_INTERFACE} >/dev/null; then
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# let the user know
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log_write "${CROSS} ${COL_LIGHT_RED}Gateway did not respond.${COL_NC} ($FAQ_GATEWAY)\n"
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log_write "${CROSS} ${COL_RED}Gateway did not respond.${COL_NC} ($FAQ_GATEWAY)\n"
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# and return an error code
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return 1
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# Otherwise,
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else
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# show a success
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log_write "${TICK} ${COL_LIGHT_GREEN}Gateway responded.${COL_NC}"
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log_write "${TICK} ${COL_GREEN}Gateway responded.${COL_NC}"
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# and return a success code
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return 0
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fi
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@ -584,11 +615,11 @@ ping_internet() {
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# Try to ping the address 3 times
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if ! ${cmd} -W 2 -c 3 -n ${public_address} -I ${PIHOLE_INTERFACE} >/dev/null; then
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# if it's unsuccessful, show an error
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log_write "${CROSS} ${COL_LIGHT_RED}Cannot reach the Internet.${COL_NC}\n"
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log_write "${CROSS} ${COL_RED}Cannot reach the Internet.${COL_NC}\n"
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return 1
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else
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# Otherwise, show success
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log_write "${TICK} ${COL_LIGHT_GREEN}Query responded.${COL_NC}\n"
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log_write "${TICK} ${COL_GREEN}Query responded.${COL_NC}\n"
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return 0
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fi
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}
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@ -601,11 +632,11 @@ compare_port_to_service_assigned() {
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local ftl="pihole-FTL"
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if [[ "${service_name}" == "${resolver}" ]] || [[ "${service_name}" == "${web_server}" ]] || [[ "${service_name}" == "${ftl}" ]]; then
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# if port 53 is dnsmasq, show it in green as it's standard
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log_write "[${COL_LIGHT_GREEN}${port_number}${COL_NC}] is in use by ${COL_LIGHT_GREEN}${service_name}${COL_NC}"
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log_write "[${COL_GREEN}${port_number}${COL_NC}] is in use by ${COL_GREEN}${service_name}${COL_NC}"
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# Otherwise,
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else
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# Show the service name in red since it's non-standard
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log_write "[${COL_LIGHT_RED}${port_number}${COL_NC}] is in use by ${COL_LIGHT_RED}${service_name}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS_PORTS})"
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log_write "[${COL_RED}${port_number}${COL_NC}] is in use by ${COL_RED}${service_name}${COL_NC} (${FAQ_HARDWARE_REQUIREMENTS_PORTS})"
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fi
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}
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@ -681,21 +712,21 @@ check_x_headers() {
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# If the X-header found by curl matches what is should be,
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if [[ $block_page == "$block_page_working" ]]; then
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# display a success message
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log_write "$TICK ${COL_LIGHT_GREEN}${block_page}${COL_NC}"
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log_write "$TICK ${COL_GREEN}${block_page}${COL_NC}"
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else
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# Otherwise, show an error
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log_write "$CROSS ${COL_LIGHT_RED}X-Header does not match or could not be retrieved.${COL_NC}"
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log_write "${COL_LIGHT_RED}${full_curl_output_block_page}${COL_NC}"
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log_write "$CROSS ${COL_RED}X-Header does not match or could not be retrieved.${COL_NC}"
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log_write "${COL_RED}${full_curl_output_block_page}${COL_NC}"
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fi
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# Same logic applies to the dashbord as above, if the X-Header matches what a working system shoud have,
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if [[ $dashboard == "$dashboard_working" ]]; then
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# then we can show a success
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log_write "$TICK ${COL_LIGHT_GREEN}${dashboard}${COL_NC}"
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log_write "$TICK ${COL_GREEN}${dashboard}${COL_NC}"
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else
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# Othewise, it's a failure since the X-Headers either don't exist or have been modified in some way
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log_write "$CROSS ${COL_LIGHT_RED}X-Header does not match or could not be retrieved.${COL_NC}"
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log_write "${COL_LIGHT_RED}${full_curl_output_dashboard}${COL_NC}"
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log_write "$CROSS ${COL_RED}X-Header does not match or could not be retrieved.${COL_NC}"
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log_write "${COL_RED}${full_curl_output_dashboard}${COL_NC}"
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fi
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}
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@ -740,10 +771,10 @@ dig_at() {
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# First, do a dig on localhost to see if Pi-hole can use itself to block a domain
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if local_dig=$(dig +tries=1 +time=2 -"${protocol}" "${random_url}" @${local_address} +short "${record_type}"); then
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# If it can, show sucess
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log_write "${TICK} ${random_url} ${COL_LIGHT_GREEN}is ${local_dig}${COL_NC} via ${COL_CYAN}localhost$COL_NC (${local_address})"
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log_write "${TICK} ${random_url} ${COL_GREEN}is ${local_dig}${COL_NC} via ${COL_CYAN}localhost$COL_NC (${local_address})"
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else
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# Otherwise, show a failure
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log_write "${CROSS} ${COL_LIGHT_RED}Failed to resolve${COL_NC} ${random_url} via ${COL_LIGHT_RED}localhost${COL_NC} (${local_address})"
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log_write "${CROSS} ${COL_RED}Failed to resolve${COL_NC} ${random_url} via ${COL_RED}localhost${COL_NC} (${local_address})"
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fi
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# Next we need to check if Pi-hole can resolve a domain when the query is sent to it's IP address
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@ -754,20 +785,20 @@ dig_at() {
|
|||
# If Pi-hole can dig itself from it's IP (not the loopback address)
|
||||
if pihole_dig=$(dig +tries=1 +time=2 -"${protocol}" "${random_url}" @${pihole_address} +short "${record_type}"); then
|
||||
# show a success
|
||||
log_write "${TICK} ${random_url} ${COL_LIGHT_GREEN}is ${pihole_dig}${COL_NC} via ${COL_CYAN}Pi-hole${COL_NC} (${pihole_address})"
|
||||
log_write "${TICK} ${random_url} ${COL_GREEN}is ${pihole_dig}${COL_NC} via ${COL_CYAN}Pi-hole${COL_NC} (${pihole_address})"
|
||||
else
|
||||
# Othewise, show a failure
|
||||
log_write "${CROSS} ${COL_LIGHT_RED}Failed to resolve${COL_NC} ${random_url} via ${COL_LIGHT_RED}Pi-hole${COL_NC} (${pihole_address})"
|
||||
log_write "${CROSS} ${COL_RED}Failed to resolve${COL_NC} ${random_url} via ${COL_RED}Pi-hole${COL_NC} (${pihole_address})"
|
||||
fi
|
||||
|
||||
# Finally, we need to make sure legitimate queries can out to the Internet using an external, public DNS server
|
||||
# We are using the static remote_url here instead of a random one because we know it works with IPv4 and IPv6
|
||||
if remote_dig=$(dig +tries=1 +time=2 -"${protocol}" "${remote_url}" @${remote_address} +short "${record_type}" | head -n1); then
|
||||
# If successful, the real IP of the domain will be returned instead of Pi-hole's IP
|
||||
log_write "${TICK} ${remote_url} ${COL_LIGHT_GREEN}is ${remote_dig}${COL_NC} via ${COL_CYAN}a remote, public DNS server${COL_NC} (${remote_address})"
|
||||
log_write "${TICK} ${remote_url} ${COL_GREEN}is ${remote_dig}${COL_NC} via ${COL_CYAN}a remote, public DNS server${COL_NC} (${remote_address})"
|
||||
else
|
||||
# Otherwise, show an error
|
||||
log_write "${CROSS} ${COL_LIGHT_RED}Failed to resolve${COL_NC} ${remote_url} via ${COL_LIGHT_RED}a remote, public DNS server${COL_NC} (${remote_address})"
|
||||
log_write "${CROSS} ${COL_RED}Failed to resolve${COL_NC} ${remote_url} via ${COL_RED}a remote, public DNS server${COL_NC} (${remote_address})"
|
||||
fi
|
||||
}
|
||||
|
||||
|
|
@ -783,10 +814,10 @@ process_status(){
|
|||
# and print it out to the user
|
||||
if [[ "${status_of_process}" == "active" ]]; then
|
||||
# If it's active, show it in green
|
||||
log_write "${TICK} ${COL_LIGHT_GREEN}${i}${COL_NC} daemon is ${COL_LIGHT_GREEN}${status_of_process}${COL_NC}"
|
||||
log_write "${TICK} ${COL_GREEN}${i}${COL_NC} daemon is ${COL_GREEN}${status_of_process}${COL_NC}"
|
||||
else
|
||||
# If it's not, show it in red
|
||||
log_write "${CROSS} ${COL_LIGHT_RED}${i}${COL_NC} daemon is ${COL_LIGHT_RED}${status_of_process}${COL_NC}"
|
||||
log_write "${CROSS} ${COL_RED}${i}${COL_NC} daemon is ${COL_RED}${status_of_process}${COL_NC}"
|
||||
fi
|
||||
done
|
||||
}
|
||||
|
|
@ -885,7 +916,7 @@ dir_check() {
|
|||
:
|
||||
else
|
||||
# Otherwise, show an error
|
||||
log_write "${COL_LIGHT_RED}${directory} does not exist.${COL_NC}"
|
||||
log_write "${COL_RED}${directory} does not exist.${COL_NC}"
|
||||
fi
|
||||
done
|
||||
}
|
||||
|
|
@ -914,7 +945,7 @@ list_files_in_dir() {
|
|||
for i in "${!REQUIRED_FILES[@]}"; do
|
||||
if [[ "${dir_to_parse}/${each_file}" == ${REQUIRED_FILES[$i]} ]]; then
|
||||
# display the filename
|
||||
log_write "\n${COL_LIGHT_GREEN}$(ls -ld ${dir_to_parse}/${each_file})${COL_NC}"
|
||||
log_write "\n${COL_GREEN}$(ls -ld ${dir_to_parse}/${each_file})${COL_NC}"
|
||||
# Check if the file we want to view has a limit (because sometimes we just need a little bit of info from the file, not the entire thing)
|
||||
case "${dir_to_parse}/${each_file}" in
|
||||
# If it's Web server error log, just give the first 25 lines
|
||||
|
|
@ -963,7 +994,7 @@ analyze_gravity_list() {
|
|||
# Get the lines that are in the file(s) and store them in an array for parsing later
|
||||
IFS=$'\r\n'
|
||||
local gravity_permissions=$(ls -ld "${PIHOLE_BLOCKLIST_FILE}")
|
||||
log_write "${COL_LIGHT_GREEN}${gravity_permissions}${COL_NC}"
|
||||
log_write "${COL_GREEN}${gravity_permissions}${COL_NC}"
|
||||
local gravity_head=()
|
||||
gravity_head=( $(head -n 4 ${PIHOLE_BLOCKLIST_FILE}) )
|
||||
log_write " ${COL_CYAN}-----head of $(basename ${PIHOLE_BLOCKLIST_FILE})------${COL_NC}"
|
||||
|
|
@ -989,7 +1020,7 @@ analyze_pihole_log() {
|
|||
# Get the lines that are in the file(s) and store them in an array for parsing later
|
||||
IFS=$'\r\n'
|
||||
local pihole_log_permissions=$(ls -ld "${PIHOLE_LOG}")
|
||||
log_write "${COL_LIGHT_GREEN}${pihole_log_permissions}${COL_NC}"
|
||||
log_write "${COL_GREEN}${pihole_log_permissions}${COL_NC}"
|
||||
local pihole_log_head=()
|
||||
pihole_log_head=( $(head -n 20 ${PIHOLE_LOG}) )
|
||||
log_write " ${COL_CYAN}-----head of $(basename ${PIHOLE_LOG})------${COL_NC}"
|
||||
|
|
@ -1008,7 +1039,7 @@ analyze_pihole_log() {
|
|||
# If the variable contains a value, it found an error in the log
|
||||
if [[ -n ${error_to_check_for} ]]; then
|
||||
# So we can print it in red to make it visible to the user
|
||||
log_write " ${CROSS} ${COL_LIGHT_RED}${head_line}${COL_NC} (${FAQ_BAD_ADDRESS})"
|
||||
log_write " ${CROSS} ${COL_RED}${head_line}${COL_NC} (${FAQ_BAD_ADDRESS})"
|
||||
else
|
||||
# If the variable does not a value (the current default behavior), so do not obfuscate anything
|
||||
if [[ -z ${OBFUSCATE} ]]; then
|
||||
|
|
@ -1037,7 +1068,7 @@ tricorder_use_nc_or_ssl() {
|
|||
# Check for openssl first since encryption is a good thing
|
||||
if command -v openssl &> /dev/null; then
|
||||
# If the command exists,
|
||||
log_write " * Using ${COL_LIGHT_GREEN}openssl${COL_NC} for transmission."
|
||||
log_write " * Using ${COL_GREEN}openssl${COL_NC} for transmission."
|
||||
# encrypt and transmit the log and store the token returned in a variable
|
||||
tricorder_token=$(< ${PIHOLE_DEBUG_LOG_SANITIZED} openssl s_client -quiet -connect tricorder.pi-hole.net:${TRICORDER_SSL_PORT_NUMBER} 2> /dev/null)
|
||||
# Otherwise,
|
||||
|
|
@ -1058,9 +1089,9 @@ upload_to_tricorder() {
|
|||
|
||||
# Let the user know debugging is complete with something strikingly visual
|
||||
log_write ""
|
||||
log_write "${COL_LIGHT_PURPLE}********************************************${COL_NC}"
|
||||
log_write "${COL_LIGHT_PURPLE}********************************************${COL_NC}"
|
||||
log_write "${TICK} ${COL_LIGHT_GREEN}** FINISHED DEBUGGING! **${COL_NC}\n"
|
||||
log_write "${COL_PURPLE}********************************************${COL_NC}"
|
||||
log_write "${COL_PURPLE}********************************************${COL_NC}"
|
||||
log_write "${TICK} ${COL_GREEN}** FINISHED DEBUGGING! **${COL_NC}\n"
|
||||
|
||||
# Provide information on what they should do with their token
|
||||
log_write " * The debug log can be uploaded to tricorder.pi-hole.net for sharing with developers only."
|
||||
|
|
@ -1082,7 +1113,7 @@ upload_to_tricorder() {
|
|||
# If they say yes, run our function for uploading the log
|
||||
[yY][eE][sS]|[yY]) tricorder_use_nc_or_ssl;;
|
||||
# If they choose no, just exit out of the script
|
||||
*) log_write " * Log will ${COL_LIGHT_GREEN}NOT${COL_NC} be uploaded to tricorder.";exit;
|
||||
*) log_write " * Log will ${COL_GREEN}NOT${COL_NC} be uploaded to tricorder.";exit;
|
||||
esac
|
||||
fi
|
||||
# Check if tricorder.pi-hole.net is reachable and provide token
|
||||
|
|
@ -1091,19 +1122,19 @@ upload_to_tricorder() {
|
|||
# Again, try to make this visually striking so the user realizes they need to do something with this information
|
||||
# Namely, provide the Pi-hole devs with the token
|
||||
log_write ""
|
||||
log_write "${COL_LIGHT_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${COL_LIGHT_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${TICK} Your debug token is: ${COL_LIGHT_GREEN}${tricorder_token}${COL_NC}"
|
||||
log_write "${COL_LIGHT_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${COL_LIGHT_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${COL_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${COL_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${TICK} Your debug token is: ${COL_GREEN}${tricorder_token}${COL_NC}"
|
||||
log_write "${COL_PURPLE}***********************************${COL_NC}"
|
||||
log_write "${COL_PURPLE}***********************************${COL_NC}"
|
||||
log_write ""
|
||||
log_write " * Provide the token above to the Pi-hole team for assistance at"
|
||||
log_write " * ${FORUMS_URL}"
|
||||
log_write " * Your log will self-destruct on our server after ${COL_LIGHT_RED}48 hours${COL_NC}."
|
||||
log_write " * Your log will self-destruct on our server after ${COL_RED}48 hours${COL_NC}."
|
||||
# If no token was generated
|
||||
else
|
||||
# Show an error and some help instructions
|
||||
log_write "${CROSS} ${COL_LIGHT_RED}There was an error uploading your debug log.${COL_NC}"
|
||||
log_write "${CROSS} ${COL_RED}There was an error uploading your debug log.${COL_NC}"
|
||||
log_write " * Please try again or contact the Pi-hole team for assistance."
|
||||
fi
|
||||
# Finally, show where the log file is no matter the outcome of the function so users can look at it
|
||||
|
|
@ -1119,6 +1150,7 @@ source_setup_variables
|
|||
check_component_versions
|
||||
check_critical_program_versions
|
||||
diagnose_operating_system
|
||||
check_selinux
|
||||
processor_check
|
||||
check_networking
|
||||
check_name_resolution
|
||||
|
|
|
|||
Loading…
Reference in a new issue