/usr/share/pki/scripts/operations is in pki-server 10.2.6+git20160317-1.
This file is owned by root:root, with mode 0o755.
The actual contents of the file can be viewed below.
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# From "http://fedoraproject.org/wiki/FCNewInit/Initscripts":
#
# Status Exit Codes
#
# 0 program is running or service is OK
# 1 program is dead and /var/run pid file exists
# 2 program is dead and /var/lock lock file exists
# 3 program is not running
# 4 program or service status is unknown
# 5-99 reserved for future LSB use
# 100-149 reserved for distribution use
# 150-199 reserved for application use
# 200-254 reserved
#
# Non-Status Exit Codes
#
# 0 action was successful
# 1 generic or unspecified error (current practice)
# 2 invalid or excess argument(s)
# 3 unimplemented feature (for example, "reload")
# 4 user had insufficient privilege
# 5 program is not installed
# 6 program is not configured
# 7 program is not running
# 8-99 reserved for future LSB use
# 100-149 reserved for distribution use
# 150-199 reserved for application use
# 200-254 reserved
#
if [ -f /etc/pki/pki.conf ] ; then
. /etc/pki/pki.conf
fi
default_error=0
if [ -f /etc/debian_version ]; then
debian=true
. /lib/lsb/init-functions
else
debian=false
fi
case $command in
start)
# 1 generic or unspecified error (current practice)
default_error=1
;;
stop|restart)
if $debian; then
default_error=1
else
default_error=2
fi
;;
status)
# 4 program or service status is unknown
default_error=4
;;
*)
# 2 invalid argument(s)
default_error=2
;;
esac
# Enable nullglob, if set then shell pattern globs which do not match any
# file returns the empty string rather than the unmodified glob pattern.
shopt -s nullglob
OS=`uname -s`
ARCHITECTURE=`arch`
# Check to insure that this script's original invocation directory
# has not been deleted!
CWD=`/bin/pwd > /dev/null 2>&1`
if [ $? -ne 0 ] ; then
echo "Cannot invoke '$PROG_NAME' from non-existent directory!"
exit ${default_error}
fi
# Check to insure that this script's associated PKI
# subsystem currently resides on this system.
PKI_CA_PATH="/usr/share/pki/ca"
PKI_KRA_PATH="/usr/share/pki/kra"
PKI_OCSP_PATH="/usr/share/pki/ocsp"
PKI_RA_PATH="/usr/share/pki/ra"
PKI_TKS_PATH="/usr/share/pki/tks"
PKI_TPS_PATH="/usr/share/pki/tps"
if [ ! -d ${PKI_CA_PATH} ] &&
[ ! -d ${PKI_KRA_PATH} ] &&
[ ! -d ${PKI_OCSP_PATH} ] &&
[ ! -d ${PKI_TKS_PATH} ] ; then
echo "This machine is missing all PKI '${PKI_TYPE}' subsystems!"
if [ "${command}" != "status" ]; then
# 5 program is not installed
exit 5
else
exit ${default_error}
fi
fi
PKI_REGISTRY_ENTRIES=""
PKI_SUBSYSTEMS=""
TOTAL_PKI_REGISTRY_ENTRIES=0
TOTAL_UNCONFIGURED_PKI_ENTRIES=0
# Gather ALL registered instances of this PKI web server type
for INSTANCE in ${PKI_REGISTRY}/*; do
if [ -d "$INSTANCE" ] ; then
for REGISTRY in ${INSTANCE}/*; do
if [ -f "$REGISTRY" ] ; then
PKI_REGISTRY_ENTRIES="${PKI_REGISTRY_ENTRIES} $REGISTRY"
TOTAL_PKI_REGISTRY_ENTRIES=`expr ${TOTAL_PKI_REGISTRY_ENTRIES} + 1`
fi
done
fi
done
# Execute the specified registered instance of this PKI web server type
if [ -n "${pki_instance_id}" ]; then
for INSTANCE in ${PKI_REGISTRY_ENTRIES}; do
if [ "`basename ${INSTANCE}`" == "${pki_instance_id}" ]; then
PKI_REGISTRY_ENTRIES="${INSTANCE}"
TOTAL_PKI_REGISTRY_ENTRIES=1
break
fi
done
fi
usage()
{
echo -n "Usage: /usr/bin/pkidaemon "
echo -n "{start"
if $debian; then
echo -n "|stop|restart"
fi
echo -n "|status} "
echo -n "[instance-name]"
echo
echo
}
list_instances()
{
echo
for INSTANCE in /etc/dogtag/tomcat/*; do
if [ -d "${INSTANCE}" ] ; then
instance_name=`basename ${INSTANCE}`
echo " $instance_name"
fi
done
echo
}
get_subsystems()
{
# Re-initialize PKI_SUBSYSTEMS for each instance
PKI_SUBSYSTEMS=""
case ${PKI_WEB_SERVER_TYPE} in
tomcat)
for SUBSYSTEM in ca kra ocsp tks tps; do
if [ -d ${PKI_INSTANCE_PATH}/conf/${SUBSYSTEM} ]; then
if [ '${PKI_SUBSYSTEMS}' == "" ] ; then
PKI_SUBSYSTEMS="${SUBSYSTEM}"
else
PKI_SUBSYSTEMS="${PKI_SUBSYSTEMS} ${SUBSYSTEM}"
fi
fi
done
;;
*)
echo "Unknown web server type ($PKI_WEB_SERVER_TYPE)"
exit ${default_error}
;;
esac
}
# Check arguments
if [ $# -lt 1 ] ; then
# [insufficient arguments]
echo "$PROG_NAME: Insufficient arguments!"
echo
usage
echo "Where valid instance names include:"
list_instances
exit 3
elif [ ${default_error} -eq 2 ] ; then
# 2 invalid argument
echo "$PROG_NAME: Invalid arguments!"
echo
usage
echo "Where valid instance names include:"
list_instances
exit 2
elif [ $# -gt 2 ] ; then
echo "$PROG_NAME: Excess arguments!"
echo
usage
echo "Where valid instance names include:"
list_instances
if [ "${command}" != "status" ]; then
# 2 excess arguments
exit 2
else
# 4 program or service status is unknown
exit 4
fi
fi
# If an "instance" was supplied, check that it is a "valid" instance
if [ -n "${pki_instance_id}" ]; then
valid=0
for PKI_REGISTRY_ENTRY in $PKI_REGISTRY_ENTRIES; do
instance_name=`basename $PKI_REGISTRY_ENTRY`
if [ "${pki_instance_id}" == "${instance_name}" ]; then
valid=1
break
fi
done
if [ $valid -eq 0 ]; then
echo -n "${pki_instance_id} is an invalid '${PKI_TYPE}' instance"
echo
if [ "${command}" != "status" ]; then
# 5 program is not installed
exit 5
else
# 4 program or service status is unknown
exit 4
fi
fi
fi
check_pki_configuration_status()
{
rv=0
case ${PKI_WEB_SERVER_TYPE} in
tomcat)
for SUBSYSTEM in ca kra ocsp tks; do
if [ -d ${PKI_INSTANCE_PATH}/conf/${SUBSYSTEM} ]; then
rv=`grep -c ^preop ${PKI_INSTANCE_PATH}/conf/${SUBSYSTEM}/CS.cfg`
rv=`expr ${rv} + 0`
fi
done
;;
*)
echo "Unknown web server type ($PKI_WEB_SERVER_TYPE)"
exit ${default_error}
;;
esac
if [ $rv -ne 0 ] ; then
echo " '${PKI_INSTANCE_NAME}' must still be CONFIGURED!"
echo " (see /var/log/${PKI_INSTANCE_NAME}-install.log)"
if [ "${command}" != "status" ]; then
# 6 program is not configured
rv=6
else
# 4 program or service status is unknown
rv=4
fi
TOTAL_UNCONFIGURED_PKI_ENTRIES=`expr ${TOTAL_UNCONFIGURED_PKI_ENTRIES} + 1`
elif [ -f ${RESTART_SERVER} ] ; then
echo -n " Although '${PKI_INSTANCE_NAME}' has been CONFIGURED, "
echo -n "it must still be RESTARTED!"
echo
if [ "${command}" != "status" ]; then
# 1 generic or unspecified error (current practice)
rv=1
else
# 4 program or service status is unknown
rv=4
fi
fi
return $rv
}
get_pki_status_definitions()
{
case $PKI_WEB_SERVER_TYPE in
tomcat)
PKI_SERVER_XML_CONF=${PKI_INSTANCE_PATH}/conf/server.xml
get_pki_status_definitions_tomcat
return $?
;;
*)
echo "Unknown web server type ($PKI_WEB_SERVER_TYPE)"
exit ${default_error}
;;
esac
}
get_pki_status_definitions_tomcat()
{
# establish well-known strings
begin_pki_status_comment="<!-- DO NOT REMOVE - Begin PKI Status Definitions -->"
begin_ca_status_comment="<!-- CA Status Definitions -->"
begin_kra_status_comment="<!-- KRA Status Definitions -->"
begin_ocsp_status_comment="<!-- OCSP Status Definitions -->"
begin_tks_status_comment="<!-- TKS Status Definitions -->"
begin_tps_status_comment="<!-- TPS Status Definitions -->"
end_pki_status_comment="<!-- Begin DO NOT REMOVE - End PKI Status Definitions -->"
total_ports=0
unsecure_port_statement="Unsecure Port"
secure_agent_port_statement="Secure Agent Port"
secure_ee_port_statement="Secure EE Port"
secure_ee_client_auth_port_statement="EE Client Auth Port"
secure_admin_port_statement="Secure Admin Port"
pki_console_port_statement="PKI Console Port"
unsecure_url_statement="Unsecure URL"
secure_url_statement="Secure URL"
secure_agent_url_statement="Secure Agent URL"
secure_ee_url_statement="Secure EE URL"
secure_ee_client_auth_url_statement="EE Client Auth URL"
secure_admin_url_statement="Secure Admin URL"
pki_console_command_statement="PKI Console Command"
tomcat_port_statement="Tomcat Port"
unsecure_phone_home_statement="Unsecure PHONE HOME"
secure_phone_home_statement="Secure PHONE HOME"
# initialize looping variables
pki_status_comment_found=0
display_pki_ca_status_banner=0
display_pki_kra_status_banner=0
display_pki_ocsp_status_banner=0
display_pki_tks_status_banner=0
display_pki_tps_status_banner=0
process_pki_ca_status=0
process_pki_kra_status=0
process_pki_ocsp_status=0
process_pki_tks_status=0
process_pki_tps_status=0
# first check to see that an instance-specific "server.xml" file exists
if [ ! -f ${PKI_SERVER_XML_CONF} ] ; then
echo "File '${PKI_SERVER_XML_CONF}' does not exist!"
exit ${default_error}
fi
# identify all PKI subsystems present within this PKI instance
if [ -e ${PKI_INSTANCE_PATH}/ca ]; then
display_pki_ca_status_banner=1
fi
if [ -e ${PKI_INSTANCE_PATH}/kra ]; then
display_pki_kra_status_banner=1
fi
if [ -e ${PKI_INSTANCE_PATH}/ocsp ]; then
display_pki_ocsp_status_banner=1
fi
if [ -e ${PKI_INSTANCE_PATH}/tks ]; then
display_pki_tks_status_banner=1
fi
if [ -e ${PKI_INSTANCE_PATH}/tps ]; then
display_pki_tps_status_banner=1
fi
# read this instance-specific "server.xml" file line-by-line
# to obtain the current PKI Status Definitions
exec < ${PKI_SERVER_XML_CONF}
while read line; do
# first look for the well-known end PKI Status comment
# (to turn off processing)
if [ "$line" == "$end_pki_status_comment" ] ; then
# always turn off processing TPS status at this point
process_pki_tps_status=0
pki_status_comment_found=0
break;
fi
# then look for the well-known begin PKI Status comment
# (to turn on processing)
if [ "$line" == "$begin_pki_status_comment" ] ; then
pki_status_comment_found=1
fi
# once the well-known begin PKI Status comment has been found,
# begin processing to obtain all of the PKI Status Definitions
if [ $pki_status_comment_found -eq 1 ] ; then
head=`echo "$line" | sed -e 's/^\([^=]*\)[ \t]*= .*$/\1/' -e 's/[ \t]*$//'`
if [ "$line" == "$begin_ca_status_comment" ] ; then
if [ $display_pki_ca_status_banner -eq 1 ] ; then
# print CA Status Definition banner
echo
echo " [CA Status Definitions]"
# turn on processing CA status at this point
process_pki_ca_status=1
fi
elif [ "$line" == "$begin_kra_status_comment" ] ; then
# always turn off processing CA status at this point
process_pki_ca_status=0
if [ $display_pki_kra_status_banner -eq 1 ] ; then
# print DRM Status Definition banner
echo
echo " [DRM Status Definitions]"
# turn on processing DRM status at this point
process_pki_kra_status=1
fi
elif [ "$line" == "$begin_ocsp_status_comment" ] ; then
# always turn off processing DRM status at this point
process_pki_kra_status=0
if [ $display_pki_ocsp_status_banner -eq 1 ] ; then
# print OCSP Status Definition banner
echo
echo " [OCSP Status Definitions]"
# turn on processing OCSP status at this point
process_pki_ocsp_status=1
fi
elif [ "$line" == "$begin_tks_status_comment" ] ; then
# always turn off processing OCSP status at this point
process_pki_ocsp_status=0
if [ $display_pki_tks_status_banner -eq 1 ] ; then
# print TKS Status Definition banner
echo
echo " [TKS Status Definitions]"
# turn on processing TKS status at this point
process_pki_tks_status=1
fi
elif [ "$line" == "$begin_tps_status_comment" ] ; then
# always turn off processing TKS status at this point
process_pki_tks_status=0
if [ $display_pki_tps_status_banner -eq 1 ] ; then
# print TPS Status Definition banner
echo
echo " [TPS Status Definitions]"
# turn on processing TPS status at this point
process_pki_tps_status=1
fi
elif [ $process_pki_ca_status -eq 1 ] ||
[ $process_pki_kra_status -eq 1 ] ||
[ $process_pki_ocsp_status -eq 1 ] ||
[ $process_pki_tks_status -eq 1 ] ||
[ $process_pki_tps_status -eq 1 ] ; then
# look for a PKI Status Definition and print it
if [ "$head" == "$unsecure_port_statement" ] ||
[ "$head" == "$secure_agent_port_statement" ] ||
[ "$head" == "$secure_ee_port_statement" ] ||
[ "$head" == "$secure_admin_port_statement" ] ||
[ "$head" == "$secure_ee_client_auth_port_statement" ] ||
[ "$head" == "$pki_console_port_statement" ] ||
[ "$head" == "$unsecure_url_statement" ] ||
[ "$head" == "$secure_url_statement" ] ||
[ "$head" == "$secure_agent_url_statement" ] ||
[ "$head" == "$secure_ee_url_statement" ] ||
[ "$head" == "$secure_admin_url_statement" ] ||
[ "$head" == "$secure_ee_client_auth_url_statement" ] ||
[ "$head" == "$pki_console_command_statement" ] ||
[ "$head" == "$unsecure_phone_home_statement" ] ||
[ "$head" == "$secure_phone_home_statement" ] ||
[ "$head" == "$tomcat_port_statement" ] ; then
echo " $line"
total_ports=`expr ${total_ports} + 1`
fi
fi
fi
done
return 0;
}
get_pki_configuration_definitions()
{
# Obtain the PKI Subsystem Type
line=`grep -e '^[ \t]*cs.type[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
pki_subsystem=`echo "${line}" | sed -e 's/^[^=]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
if [ "${line}" != "" ] ; then
if [ "${pki_subsystem}" != "CA" ] &&
[ "${pki_subsystem}" != "KRA" ] &&
[ "${pki_subsystem}" != "OCSP" ] &&
[ "${pki_subsystem}" != "TKS" ] &&
[ "${pki_subsystem}" != "RA" ] &&
[ "${pki_subsystem}" != "TPS" ]
then
return ${default_error}
fi
if [ "${pki_subsystem}" == "KRA" ] ; then
# Rename "KRA" to "DRM"
pki_subsystem="DRM"
fi
else
return ${default_error}
fi
# If "${pki_subsystem}" is a CA, DRM, OCSP, or TKS,
# check to see if "${pki_subsystem}" is a "Clone"
pki_clone=""
if [ "${pki_subsystem}" == "CA" ] ||
[ "${pki_subsystem}" == "DRM" ] ||
[ "${pki_subsystem}" == "OCSP" ] ||
[ "${pki_subsystem}" == "TKS" ]
then
line=`grep -e '^[ \t]*subsystem.select[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_clone=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
if [ "${pki_clone}" != "Clone" ] ; then
# Reset "${pki_clone}" to be empty
pki_clone=""
fi
else
return ${default_error}
fi
fi
# If "${pki_subsystem}" is a CA, and is NOT a "Clone", check to
# see "${pki_subsystem}" is a "Root" or a "Subordinate" CA
pki_hierarchy=""
if [ "${pki_subsystem}" == "CA" ] &&
[ "${pki_clone}" != "Clone" ]
then
line=`grep -e '^[ \t]*hierarchy.select[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_hierarchy=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
else
return ${default_error}
fi
fi
# If ${pki_subsystem} is a CA, check to
# see if it is also a Security Domain
pki_security_domain=""
if [ "${pki_subsystem}" == "CA" ] ; then
line=`grep -e '^[ \t]*securitydomain.select[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_security_domain=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
if [ "${pki_security_domain}" == "new" ] ; then
# Set a fixed value for "${pki_security_domain}"
pki_security_domain="(Security Domain)"
else
# Reset "${pki_security_domain}" to be empty
pki_security_domain=""
fi
else
return ${default_error}
fi
fi
# If ${pki_subsystem} is a DRM or OCSP, check to see if
# it is either a Stand-alone DRM or a Stand-alone OCSP
#
# NOTE: Ignore errors when the '<pki>.standalone' parameter
# is not present as this is most likely a legacy instance!
#
pki_standalone=""
if [ "${pki_subsystem}" == "DRM" ] ; then
line=`grep -e '^[ \t]*kra.standalone[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_standalone=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
if [ "${pki_standalone}" == "true" ] ; then
# Set a fixed value for "${pki_standalone}"
pki_standalone="(Stand-alone)"
else
# Reset "${pki_standalone}" to be empty
pki_standalone=""
fi
fi
elif [ "${pki_subsystem}" == "OCSP" ] ; then
line=`grep -e '^[ \t]*ocsp.standalone[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_standalone=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
if [ "${pki_standalone}" == "true" ] ; then
# Set a fixed value for "${pki_standalone}"
pki_standalone="(Stand-alone)"
else
# Reset "${pki_standalone}" to be empty
pki_standalone=""
fi
fi
fi
# Always obtain this PKI instance's "registered"
# security domain information
pki_security_domain_name=""
pki_security_domain_hostname=""
pki_security_domain_https_admin_port=""
line=`grep -e '^[ \t]*securitydomain.name[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_security_domain_name=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
else
return ${default_error}
fi
line=`grep -e '^[ \t]*securitydomain.host[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_security_domain_hostname=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
else
return ${default_error}
fi
line=`grep -e '^[ \t]*securitydomain.httpsadminport[ \t]*=' ${PKI_SUBSYSTEM_CONFIGURATION_FILE}`
if [ "${line}" != "" ] ; then
pki_security_domain_https_admin_port=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
else
return ${default_error}
fi
# Compose the "PKI Instance Name" Status Line
pki_instance_name="PKI Instance Name: ${PKI_INSTANCE_NAME}"
# Compose the "PKI Subsystem Type" Status Line
header="PKI Subsystem Type: "
if [ "${pki_clone}" != "" ] ; then
if [ "${pki_security_domain}" != "" ]; then
# Possible Values:
#
# "CA Clone (Security Domain)"
#
data="${pki_subsystem} ${pki_clone} ${pki_security_domain}"
else
# Possible Values:
#
# "CA Clone"
# "DRM Clone"
# "OCSP Clone"
# "TKS Clone"
#
data="${pki_subsystem} ${pki_clone}"
fi
elif [ "${pki_hierarchy}" != "" ] ; then
if [ "${pki_security_domain}" != "" ]; then
# Possible Values:
#
# "Root CA (Security Domain)"
# "Subordinate CA (Security Domain)"
#
data="${pki_hierarchy} ${pki_subsystem} ${pki_security_domain}"
else
# Possible Values:
#
# "Root CA"
# "Subordinate CA"
#
data="${pki_hierarchy} ${pki_subsystem}"
fi
elif [ "${pki_standalone}" != "" ] ; then
# Possible Values:
#
# "DRM (Stand-alone)"
# "OCSP (Stand-alone)"
#
data="${pki_subsystem} ${pki_standalone}"
else
# Possible Values:
#
# "DRM"
# "OCSP"
# "RA"
# "TKS"
# "TPS"
#
data="${pki_subsystem}"
fi
pki_subsystem_type="${header} ${data}"
# Compose the "Registered PKI Security Domain Information" Status Line
header="Name: "
registered_pki_security_domain_name="${header} ${pki_security_domain_name}"
header="URL: "
if [ "${pki_security_domain_hostname}" != "" ] &&
[ "${pki_security_domain_https_admin_port}" != "" ]
then
data="https://${pki_security_domain_hostname}:${pki_security_domain_https_admin_port}"
else
return ${default_error}
fi
registered_pki_security_domain_url="${header} ${data}"
# Print the "PKI Subsystem Type" Status Line
echo
echo " [${pki_subsystem} Configuration Definitions]"
echo " ${pki_instance_name}"
# Print the "PKI Subsystem Type" Status Line
echo
echo " ${pki_subsystem_type}"
# Print the "Registered PKI Security Domain Information" Status Line
echo
echo " Registered PKI Security Domain Information:"
echo " =========================================================================="
echo " ${registered_pki_security_domain_name}"
echo " ${registered_pki_security_domain_url}"
echo " =========================================================================="
return 0
}
display_configuration_information()
{
result=0
check_pki_configuration_status
rv=$?
if [ $rv -eq 0 ] ; then
get_pki_status_definitions
rv=$?
if [ $rv -ne 0 ] ; then
result=$rv
echo
echo "${PKI_INSTANCE_NAME} Status Definitions not found"
else
get_subsystems
for SUBSYSTEM in ${PKI_SUBSYSTEMS}; do
PKI_SUBSYSTEM_CONFIGURATION_FILE="${PKI_INSTANCE_PATH}/conf/${SUBSYSTEM}/CS.cfg"
get_pki_configuration_definitions
rv=$?
if [ $rv -ne 0 ] ; then
result=$rv
echo
echo "${PKI_INSTANCE_NAME} Configuration Definitions not found for ${SUBSYSTEM}"
fi
done
fi
fi
return $result
}
display_instance_status_systemd()
{
echo -n "Status for ${PKI_INSTANCE_NAME}: "
systemctl status "$PKI_SYSTEMD_TARGET@$PKI_INSTANCE_NAME.service" > /dev/null 2>&1
rv=$?
if [ $rv -eq 0 ] ; then
echo "$PKI_INSTANCE_NAME is running .."
display_configuration_information
else
echo "$PKI_INSTANCE_NAME is stopped"
fi
return $rv
}
display_instance_status()
{
# Verify there is an initscript for this instance
if [ ! -f $PKI_INSTANCE_INITSCRIPT ]; then
# 4 program or service status is unknown
return 4
fi
# Invoke the initscript for this instance
$PKI_INSTANCE_INITSCRIPT status
rv=$?
if [ $rv -eq 0 ] ; then
display_configuration_information
fi
return $rv
}
display_instance_status_debian()
{
set_debian_tomcat_parameters
start-stop-daemon --status --pidfile "$CATALINA_PID" \
--user $TOMCAT7_USER --exec "$JAVA_HOME/bin/java" \
>/dev/null 2>&1
rv=$?
if [ $rv -eq 0 ] ; then
display_configuration_information
else
echo "Instance $PKI_INSTANCE_NAME is not running."
fi
return $rv
}
make_symlink()
{
symlink="${1}"
target="${2}"
user="${3}"
group="${4}"
rv=0
echo "INFO: Attempting to create '${symlink}' -> '${target}' . . ."
# Check to make certain that the expected target exists.
#
# NOTE: The symbolic link does NOT exist at this point.
#
if [ -e ${target} ]; then
# Check that the expected target is fully resolvable!
if [ ! `readlink -qe ${target}` ]; then
# Issue an ERROR that the target to which the
# symbolic link is expected to point is NOT fully resolvable!
echo "ERROR: Failed making '${symlink}' -> '${target}'"\
"since target '${target}' is NOT fully resolvable!"
rv=1
else
# Attempt to remove any existing symbolic link.
# This is likely pointing to a non-existent target
if [ `readlink ${symlink}` ]; then
rm ${symlink}
fi
# Attempt to create a symbolic link and 'chown' it.
ln -s ${target} ${symlink}
rv=$?
if [ $rv -eq 0 ]; then
# NOTE: Ignore 'chown' errors.
chown -h ${user}:${group} ${symlink}
echo "SUCCESS: Created '${symlink}' -> '${target}'"
else
echo "ERROR: Failed to create '${symlink}' -> '${target}'!"
rv=1
fi
fi
else
# Issue an ERROR that the target to which the
# symbolic link is expected to point does NOT exist.
echo "ERROR: Failed making '${symlink}' -> '${target}'"\
"since target '${target}' does NOT exist!"
rv=1
fi
return $rv
}
check_symlinks()
{
# declare -p symlinks
path="${1}"
user="${2}"
group="${3}"
rv=0
# process key/value pairs (symlink/target) in the associative array
for key in "${!symlinks[@]}"
do
symlink="${path}/${key}"
target=${symlinks[${key}]}
if [ -e ${symlink} ]; then
if [ -h ${symlink} ]; then
current_target=`readlink ${symlink}`
# Verify that the current target to which the
# symlink points is the expected target
if [ ${current_target} == ${target} ]; then
# Check to make certain that the expected target exists.
if [ -e ${target} ]; then
# Check that the expected target is fully resolvable!
if [ ! `readlink -qe ${target}` ]; then
# Issue an ERROR that the target to which the
# symbolic link is expected to point is NOT
# fully resolvable!
echo "WARNING: Symbolic link '${symlink}'"\
"exists, but is a dangling symlink!"\
echo "ERROR: Unable to create"\
"'${symlink}' -> '${target}'"\
"since target '${target}' is NOT fully"\
"resolvable!"
rv=1
else
# ALWAYS run 'chown' on an existing '${symlink}'
# that points to a fully resolvable '${target}'
#
# NOTE: Ignore 'chown' errors.
#
chown -h ${user}:${group} ${symlink}
# echo "SUCCESS: '${symlink}' -> '${target}'"
fi
else
# Issue an ERROR that the target to which the
# symbolic link is expected to point does NOT exist.
echo "WARNING: Symbolic link '${symlink}'"\
"exists, but is a dangling symlink!"\
echo "ERROR: Unable to create"\
"'${symlink}' -> '${target}'"\
"since target '${target}' does NOT exist!"
rv=1
fi
else
# Attempt to remove this symbolic link and
# issue a WARNING that a new symbolic link is
# being created to point to the expected target
# rather than the current target to which it
# points.
echo "WARNING: Attempting to change symbolic link"\
"'${symlink}' to point to target '${target}'"\
"INSTEAD of current target '${current_target}'!"
rm ${symlink}
rv=$?
if [ $rv -ne 0 ]; then
echo "ERROR: Failed to remove"\
"'${symlink}' -> '${current_target}'!"
rv=1
else
echo "INFO: Removed"\
"'${symlink}' -> '${current_target}'!"
# Attempt to create the symbolic link and chown it.
make_symlink ${symlink} ${target} ${user} ${group}
rv=$?
fi
fi
elif [ -f ${symlink} ]; then
# Issue a WARNING that the administrator may have replaced
# the symbolic link with a file for debugging purposes.
echo "WARNING: '${symlink}' exists but is NOT a symbolic link!"
else
# Issue an ERROR that the symbolic link has been replaced
# by something unusable (such as a directory).
echo "ERROR: '${symlink}' exists but is NOT a symbolic link!"
rv=1
fi
else
# Issue a WARNING that this symbolic link does not exist.
echo "WARNING: Symbolic link '${symlink}' does NOT exist!"
# Attempt to create the symbolic link and chown it.
make_symlink ${symlink} ${target} ${user} ${group}
rv=$?
fi
done
return $rv
}
# Detect and correct any missing or incorrect symlinks.
#
# Use the following command to locate PKI 'instance' symlinks:
#
# find ${PKI_INSTANCE_PATH} -type l | sort | xargs file
#
verify_symlinks()
{
# declare associative arrays
declare -A base_symlinks
declare -A ca_symlinks
declare -A kra_symlinks
declare -A ocsp_symlinks
declare -A tks_symlinks
declare -A tps_symlinks
declare -A common_jar_symlinks
declare -A ca_jar_symlinks
declare -A kra_jar_symlinks
declare -A ocsp_jar_symlinks
declare -A tks_jar_symlinks
declare -A tps_jar_symlinks
declare -A systemd_symlinks
# Dogtag 10 Conditional Variables
if $debian ; then
jni_jar_dir="/usr/share/java"
tomcat_dir="/usr/share/tomcat7"
else
jni_jar_dir=`. /usr/share/pki/etc/pki.conf && . /etc/pki/pki.conf && echo $JNI_JAR_DIR`
tomcat_dir="/usr/share/tomcat"
fi
# Dogtag 10 Symbolic Link Variables
java_dir="/usr/share/java"
pki_common_jar_dir="${PKI_INSTANCE_PATH}/common/lib"
pki_registry_dir="/etc/dogtag/${PKI_WEB_SERVER_TYPE}/${PKI_INSTANCE_NAME}"
# Dogtag 10 Systemd variables
systemd_dir="/lib/systemd/system"
if [ "${STARTED_BY_SYSTEMD}" == "1" ]; then
pki_systemd_service="pki-${PKI_WEB_SERVER_TYPE}d-nuxwdog@.service"
pki_systemd_dir="/etc/systemd/system/pki-tomcatd-nuxwdog.target.wants"
pki_systemd_link="pki-${PKI_WEB_SERVER_TYPE}d-nuxwdog@${PKI_INSTANCE_NAME}.service"
else
pki_systemd_service="pki-${PKI_WEB_SERVER_TYPE}d@.service"
pki_systemd_dir="/etc/systemd/system/pki-tomcatd.target.wants"
pki_systemd_link="pki-${PKI_WEB_SERVER_TYPE}d@${PKI_INSTANCE_NAME}.service"
fi
# '${PKI_INSTANCE_PATH}' symlinks
base_symlinks=(
[alias]=/etc/pki/${PKI_INSTANCE_NAME}/alias
[bin]=${tomcat_dir}/bin
[conf]=/etc/pki/${PKI_INSTANCE_NAME}
[logs]=/var/log/pki/${PKI_INSTANCE_NAME})
# '${PKI_INSTANCE_PATH}/ca' symlinks
ca_symlinks=(
[alias]=${PKI_INSTANCE_PATH}/alias
[conf]=/etc/pki/${PKI_INSTANCE_NAME}/ca
[logs]=/var/log/pki/${PKI_INSTANCE_NAME}/ca
[registry]=${pki_registry_dir})
# '${PKI_INSTANCE_PATH}/kra' symlinks
kra_symlinks=(
[alias]=${PKI_INSTANCE_PATH}/alias
[conf]=/etc/pki/${PKI_INSTANCE_NAME}/kra
[logs]=/var/log/pki/${PKI_INSTANCE_NAME}/kra
[registry]=${pki_registry_dir})
# '${PKI_INSTANCE_PATH}/ocsp' symlinks
ocsp_symlinks=(
[alias]=${PKI_INSTANCE_PATH}/alias
[conf]=/etc/pki/${PKI_INSTANCE_NAME}/ocsp
[logs]=/var/log/pki/${PKI_INSTANCE_NAME}/ocsp
[registry]=${pki_registry_dir})
# '${PKI_INSTANCE_PATH}/tks' symlinks
tks_symlinks=(
[alias]=${PKI_INSTANCE_PATH}/alias
[conf]=/etc/pki/${PKI_INSTANCE_NAME}/tks
[logs]=/var/log/pki/${PKI_INSTANCE_NAME}/tks
[registry]=${pki_registry_dir})
# '${PKI_INSTANCE_PATH}/tps' symlinks
tps_symlinks=(
[alias]=${PKI_INSTANCE_PATH}/alias
[conf]=/etc/pki/${PKI_INSTANCE_NAME}/tps
[logs]=/var/log/pki/${PKI_INSTANCE_NAME}/tps
[registry]=${pki_registry_dir})
# '${pki_common_jar_dir}' symlinks
if ! $debian; then
common_jar_symlinks=(
[apache-commons-codec.jar]=${java_dir}/commons-codec.jar
[apache-commons-collections.jar]=${java_dir}/apache-commons-collections.jar
[apache-commons-io.jar]=${java_dir}/apache-commons-io.jar
[apache-commons-lang.jar]=${java_dir}/apache-commons-lang.jar
[apache-commons-logging.jar]=${java_dir}/apache-commons-logging.jar
[httpclient.jar]=${java_dir}/httpcomponents/httpclient.jar
[httpcore.jar]=${java_dir}/httpcomponents/httpcore.jar
[javassist.jar]=${java_dir}/javassist.jar
[jaxrs-api.jar]=${RESTEASY_LIB}/jaxrs-api.jar
[jackson-core-asl.jar]=${java_dir}/jackson/jackson-core-asl.jar
[jackson-jaxrs.jar]=${java_dir}/jackson/jackson-jaxrs.jar
[jackson-mapper-asl.jar]=${java_dir}/jackson/jackson-mapper-asl.jar
[jackson-mrbean.jar]=${java_dir}/jackson/jackson-mrbean.jar
[jackson-smile.jar]=${java_dir}/jackson/jackson-smile.jar
[jackson-xc.jar]=${java_dir}/jackson/jackson-xc.jar
[jss4.jar]=${jni_jar_dir}/jss4.jar
[ldapjdk.jar]=${java_dir}/ldapjdk.jar
[pki-tomcat.jar]=${java_dir}/pki/pki-tomcat.jar
[resteasy-atom-provider.jar]=${RESTEASY_LIB}/resteasy-atom-provider.jar
[resteasy-client.jar]=${RESTEASY_LIB}/resteasy-client.jar
[resteasy-jaxb-provider.jar]=${RESTEASY_LIB}/resteasy-jaxb-provider.jar
[resteasy-jaxrs.jar]=${RESTEASY_LIB}/resteasy-jaxrs.jar
[resteasy-jackson-provider.jar]=${RESTEASY_LIB}/resteasy-jackson-provider.jar
[scannotation.jar]=${java_dir}/scannotation.jar
[tomcatjss.jar]=${java_dir}/tomcatjss.jar
[velocity.jar]=${java_dir}/velocity.jar
[xerces-j2.jar]=${java_dir}/xerces-j2.jar
[xml-commons-apis.jar]=${java_dir}/xml-commons-apis.jar
[xml-commons-resolver.jar]=${java_dir}/xml-commons-resolver.jar)
else
common_jar_symlinks=(
[apache-commons-codec.jar]=${java_dir}/commons-codec.jar
[apache-commons-collections.jar]=${java_dir}/commons-collections3.jar
[apache-commons-io.jar]=${java_dir}/commons-io.jar
[apache-commons-lang.jar]=${java_dir}/commons-lang.jar
[apache-commons-logging.jar]=${java_dir}/commons-logging.jar
[httpclient.jar]=${java_dir}/httpclient.jar
[httpcore.jar]=${java_dir}/httpcore.jar
[javassist.jar]=${java_dir}/javassist.jar
[jaxrs-api.jar]=${RESTEASY_LIB}/jaxrs-api.jar
[jackson-core-asl.jar]=${java_dir}/jackson-core-asl.jar
[jackson-jaxrs.jar]=${java_dir}/jackson-jaxrs.jar
[jackson-mapper-asl.jar]=${java_dir}/jackson-mapper-asl.jar
[jackson-mrbean.jar]=${java_dir}/jackson-mrbean.jar
[jackson-smile.jar]=${java_dir}/jackson-smile.jar
[jackson-xc.jar]=${java_dir}/jackson-xc.jar
[jss4.jar]=${jni_jar_dir}/jss4.jar
[ldapjdk.jar]=${java_dir}/ldapjdk.jar
[pki-tomcat.jar]=${java_dir}/pki/pki-tomcat.jar
[resteasy-atom-provider.jar]=${RESTEASY_LIB}/resteasy-atom-provider.jar
[resteasy-client.jar]=${RESTEASY_LIB}/resteasy-client.jar
[resteasy-jaxb-provider.jar]=${RESTEASY_LIB}/resteasy-jaxb-provider.jar
[resteasy-jaxrs.jar]=${RESTEASY_LIB}/resteasy-jaxrs.jar
[resteasy-jackson-provider.jar]=${RESTEASY_LIB}/resteasy-jackson-provider.jar
[scannotation.jar]=${java_dir}/scannotation.jar
[tomcatjss.jar]=${java_dir}/tomcatjss.jar
[velocity.jar]=${java_dir}/velocity.jar
[xerces-j2.jar]=${java_dir}/xercesImpl.jar
[xml-commons-apis.jar]=${java_dir}/xml-apis.jar
[xml-commons-resolver.jar]=${java_dir}/xml-resolver.jar)
fi
if [ -e ${PKI_INSTANCE_PATH}/tks ]; then
common_jar_symlinks[symkey.jar]=${jni_jar_dir}/symkey.jar
fi
# '${pki_systemd_dir}' symlinks
systemd_symlinks[${pki_systemd_link}]=${systemd_dir}/${pki_systemd_service}
# Detect and correct 'Tomcat' symbolic links
#
# (1) convert the specified associative array into a string
# (2) create a new global 'symlinks' associative array from this
# specified string which will be used by the "check_symlinks()"
# subroutine
# (3) call "check_symlinks()" with the appropriate arguments to
# detect and correct this specified associative array;
# "check_symlinks()" returns 0 on success and 1 on failure
#
if [ ${PKI_WEB_SERVER_TYPE} == 'tomcat' ]; then
# Detect and correct 'base_symlinks'
base_symlinks_string=$(declare -p base_symlinks)
eval "declare -A symlinks=${base_symlinks_string#*=}"
check_symlinks ${PKI_INSTANCE_PATH} ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
if [ -e ${PKI_INSTANCE_PATH}/ca ]; then
# Detect and correct 'ca_symlinks'
ca_symlinks_string=$(declare -p ca_symlinks)
eval "declare -A symlinks=${ca_symlinks_string#*=}"
check_symlinks ${PKI_INSTANCE_PATH}/ca ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
fi
if [ -e ${PKI_INSTANCE_PATH}/kra ]; then
# Detect and correct 'kra_symlinks'
kra_symlinks_string=$(declare -p kra_symlinks)
eval "declare -A symlinks=${kra_symlinks_string#*=}"
check_symlinks ${PKI_INSTANCE_PATH}/kra ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
fi
if [ -e ${PKI_INSTANCE_PATH}/ocsp ]; then
# Detect and correct 'ocsp_symlinks'
ocsp_symlinks_string=$(declare -p ocsp_symlinks)
eval "declare -A symlinks=${ocsp_symlinks_string#*=}"
check_symlinks ${PKI_INSTANCE_PATH}/ocsp ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
fi
if [ -e ${PKI_INSTANCE_PATH}/tks ]; then
# Detect and correct 'tks_symlinks'
tks_symlinks_string=$(declare -p tks_symlinks)
eval "declare -A symlinks=${tks_symlinks_string#*=}"
check_symlinks ${PKI_INSTANCE_PATH}/tks ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
fi
# Detect and correct 'common_jar_symlinks'
common_jar_symlinks_string=$(declare -p common_jar_symlinks)
eval "declare -A symlinks=${common_jar_symlinks_string#*=}"
check_symlinks ${pki_common_jar_dir} ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
# Detect and correct 'systemd_symlinks'
systemd_symlinks_string=$(declare -p systemd_symlinks)
eval "declare -A symlinks=${systemd_symlinks_string#*=}"
check_symlinks ${pki_systemd_dir} ${PKI_USER} ${PKI_GROUP}
rv=$?
if [ $rv -ne 0 ]; then
return $rv
fi
fi
return 0
}
backup_instance_configuration_files()
{
declare -a pki_subsystems=('ca'
'kra'
'ocsp'
'tks'
'tps')
# Utilize an identical timestamp on archives for each PKI subsystem
# residing within the same instance to mark a common archival time
timestamp=`date +%Y%m%d%H%M%S`
# Automatically enable timestamped archives
#
# NOTE: To disable this feature for a particular PKI subsystem
# within an instance, edit that PKI subsystem's 'CS.cfg' file
# within the instance:
#
# If the 'archive.configuration_file' parameter exists,
# change it to 'archive.configuration_file=false'.
#
# However, if the 'archive.configuration_file' parameter does
# not exist, simply add 'archive.configuration_file=false'
# to the 'CS.cfg'.
#
# In either case, it is unnecessary to restart the instance,
# as each instance's 'CS.cfg' file is always processed every
# time an instance is restarted.
#
backup_errors=0
for pki in "${pki_subsystems[@]}"
do
config_dir=${PKI_INSTANCE_PATH}/conf/${pki}
# Check to see if this PKI subsystem exists within this instance
if [ ! -d ${config_dir} ] ; then
continue
fi
# Compute uppercase representation of this PKI subsystem
PKI=${pki^^}
# Backup parameters
pki_instance_configuration_file=${config_dir}/CS.cfg
backup_file=${config_dir}/CS.cfg.bak
saved_backup_file=${config_dir}/CS.cfg.bak.saved
# Check for an empty 'CS.cfg'
#
# NOTE: 'CS.cfg' is always a regular file
#
if [ ! -s ${pki_instance_configuration_file} ] ; then
# Issue a warning that the 'CS.cfg' is empty
echo "WARNING: The '${pki_instance_configuration_file}' is empty!"
echo " ${PKI} backups will be discontinued until this"
echo " issue has been resolved!"
((backup_errors++))
continue
fi
# Make certain that a previous attempt to backup 'CS.cfg' has not failed
# (i. e. - 'CS.cfg.bak.saved' exists)
#
# NOTE: 'CS.cfg.bak.saved' is always a regular file
#
if [ -f ${saved_backup_file} ] ; then
# 'CS.cfg.bak.saved' is a regular file or a symlink
echo "WARNING: Since the file '${saved_backup_file}' exists, a"
echo " previous backup attempt has failed! ${PKI} backups"
echo " will be discontinued until this issue has been resolved!"
((backup_errors++))
continue
fi
# If present, compare 'CS.cfg' to 'CS.cfg.bak' to see if it is necessary
# to backup 'CS.cfg'. 'CS.cfg.bak' may be a regular file, a
# symlink, or a dangling symlink
#
# NOTE: 'CS.cfg.bak' may be a regular file, a symlink, or a
# dangling symlink
#
if [ -f ${backup_file} ] ; then
# 'CS.cfg.bak' is a regular file or a symlink
cmp --silent ${pki_instance_configuration_file} ${backup_file}
rv=$?
if [ $rv -eq 0 ] ; then
# 'CS.cfg' is identical to 'CS.cfg.bak';
# no need to archive or backup 'CS.cfg'
continue
fi
# Since it is known that the previous 'CS.cfg.bak' file exists, and
# and it is either a symlink or a regular file, save the previous
# 'CS.cfg.bak' to 'CS.cfg.bak.saved'
#
# NOTE: If switching between simply creating backups to generating
# timestamped archives, the previous 'CS.cfg.bak' that
# existed as a regular file will NOT be archived!
#
if [ -h ${backup_file} ] ; then
# 'CS.cfg.bak' is a symlink
# (i. e. - copy the timestamped archive to a regular file)
cp ${backup_file} ${saved_backup_file}
# remove the 'CS.cfg.bak' symlink
rm ${backup_file}
else
# 'CS.cfg.bak' is a regular file
# (i. e. - simply rename the regular file)
mv ${backup_file} ${saved_backup_file}
fi
elif [ -h ${backup_file} ] ; then
# 'CS.cfg.bak' is a dangling symlink
echo "WARNING: The file '${backup_file}' is a dangling symlink"
echo " which suggests that the previous backup file has"
echo " been removed! ${PKI} backups will be discontinued"
echo " until this issue has been resolved!"
((backup_errors++))
continue
fi
# Check 'CS.cfg' for 'archive.configuration_file' parameter
# to see if timestamped archives should be disabled
archive_configuration_file="true"
line=`grep -e '^[ \t]*archive.configuration_file[ \t]*=' ${pki_instance_configuration_file}`
if [ "${line}" != "" ] ; then
archive_configuration_file=`echo "${line}" | sed -e 's/^[^=]*[ \t]*=[ \t]*\(.*\)/\1/' -e 's/[ \t]*$//'`
fi
# Backup 'CS.cfg'
if [ "${archive_configuration_file}" != "true" ] ; then
# Always backup 'CS.cfg' to 'CS.cfg.bak'
cp -b ${pki_instance_configuration_file} ${backup_file}
else
# Archive parameters
archive_dir=${config_dir}/archives
archived_file=${archive_dir}/CS.cfg.bak.${timestamp}
# If not present, create an archives directory for this 'CS.cfg'
if [ ! -d ${archive_dir} ] ; then
mkdir -p ${archive_dir}
fi
# Archive 'CS.cfg' to 'CS.cfg.bak.${timestamp}'
cp -a ${pki_instance_configuration_file} ${archived_file}
if [ ! -s ${archived_file} ] ; then
# Issue a warning that the archived backup failed
echo "WARNING: Failed to archive '${pki_instance_configuration_file}' to '${archived_file}'!"
((backup_errors++))
continue
fi
# Always create 'CS.cfg.bak' by linking to this archived file
ln -s ${archived_file} ${backup_file}
# Report that 'CS.cfg' has been successfully archived
echo "SUCCESS: Successfully archived '${archived_file}'"
fi
# Check that a non-empty 'CS.cfg.bak' symlink or regular file exists
if [ ! -s ${backup_file} ] ; then
# Issue a warning that the backup failed
echo "WARNING: Failed to backup '${pki_instance_configuration_file}' to '${backup_file}'!"
((backup_errors++))
continue
else
# Report that 'CS.cfg' has been successfully backed up
echo "SUCCESS: Successfully backed up '${backup_file}'"
fi
# Since 'CS.cfg' was backed up successfully, remove 'CS.cfg.bak.saved'
if [ -f ${saved_backup_file} ] ; then
rm ${saved_backup_file}
fi
done
if [ ${backup_errors} -ne 0 ]; then
return 1
fi
return 0
}
start_instance()
{
rv=0
if [ -f ${RESTART_SERVER} ] ; then
rm -f ${RESTART_SERVER}
fi
# Verify symbolic links (detecting and correcting them if possible)
verify_symlinks
rv=$?
if [ $rv -ne 0 ] ; then
return $rv
fi
# Generate catalina.policy dynamically.
cat /usr/share/pki/server/conf/catalina.policy \
/usr/share/tomcat/conf/catalina.policy \
/usr/share/pki/server/conf/pki.policy \
/var/lib/pki/$PKI_INSTANCE_NAME/conf/custom.policy > \
/var/lib/pki/$PKI_INSTANCE_NAME/conf/catalina.policy
# We no longer start tomcat instances here.
# instead we rely on the tomcat unit scripts
# From the PKI point of view a returned error code of 6 implies
# that the program is not "configured". An error code of 1 implies
# that the program was "configured" but must still be restarted.
#
# If the return code is 6 return this value unchanged to the
# calling routine so that the total number of configuration errors
# may be counted. Other return codes are ignored.
#
check_pki_configuration_status
rv=$?
if [ $rv -eq 6 ]; then
# 6 program is not configured
return 6
else
# 0 success
# Always create a backup of each PKI subsystem's 'CS.cfg' file
# within an instance.
#
# For every backup failure detected within a PKI subsystem within
# an instance, a warning message will be issued, and an error code
# of 1 will be returned.
#
# Note that until they have been resolved, every previous backup
# failures of any PKI subsystem within an instance will also issue
# a warning message and return an error code of 1. Backups of that
# particular instance's PKI subsystem will be suspended until this
# error has been addressed.
#
# By default, unless they have been explicitly disabled,
# a timestamped archive of each PKI subsystem's 'CS.cfg' file
# within an instance will also be created. Note that a single
# timestamp will be utlized across each PKI subsystem within
# an instance for each invocation of this function.
#
# When enabled, any timestamped archive failures also issue a
# warning message and return an error code of 1.
#
backup_instance_configuration_files
return $?
fi
}
# function used in debian to find the correct jdk
# this is used to set OPENJDKS
# taken from /etc/init.d/tomcat7
find_openjdks()
{
for jvmdir in /usr/lib/jvm/java-7-openjdk-*
do
if [ -d "${jvmdir}" -a "${jvmdir}" != "/usr/lib/jvm/java-7-openjdk-common" ]
then
OPENJDKS=$jvmdir
fi
done
for jvmdir in /usr/lib/jvm/java-6-openjdk-*
do
if [ -d "${jvmdir}" -a "${jvmdir}" != "/usr/lib/jvm/java-6-openjdk-common" ]
then
OPENJDKS="${OPENJDKS} ${jvmdir}"
fi
done
}
# function used by debian to set JAVA_HOME
# taken from /etc/init.d/tomcat7
set_java_home()
{
find_openjdks
# The first existing directory is used for JAVA_HOME (if JAVA_HOME is not
# defined in $DEFAULT)
JDK_DIRS="/usr/lib/jvm/default-java ${OPENJDKS} /usr/lib/jvm/java-6-openjdk /usr/lib/jvm/java-6-sun /usr/lib/jvm/java-7-oracle"
# Look for the right JVM to use
for jdir in $JDK_DIRS; do
if [ -r "$jdir/bin/java" -a -z "${JAVA_HOME}" ]; then
JAVA_HOME="$jdir"
fi
done
export JAVA_HOME
}
# used to start debian instances
# taken from /etc/init.d/tomcat7
catalina_sh() {
# Escape any double quotes in the value of JAVA_OPTS
JAVA_OPTS="$(echo $JAVA_OPTS | sed 's/\"/\\\"/g')"
AUTHBIND_COMMAND=""
if [ "$AUTHBIND" = "yes" -a "$1" = "start" ]; then
JAVA_OPTS="$JAVA_OPTS -Djava.net.preferIPv4Stack=true"
AUTHBIND_COMMAND="/usr/bin/authbind --deep /bin/bash -c "
fi
# Define the command to run Tomcat's catalina.sh as a daemon
# set -a tells sh to export assigned variables to spawned shells.
TOMCAT_SH="set -a; JAVA_HOME=\"$JAVA_HOME\"; source \"$DEFAULT\"; \
CATALINA_HOME=\"$CATALINA_HOME\"; \
CATALINA_BASE=\"$CATALINA_BASE\"; \
JAVA_OPTS=\"$JAVA_OPTS\"; \
CATALINA_PID=\"$CATALINA_PID\"; \
CATALINA_TMPDIR=\"$CATALINA_TMPDIR\"; \
LANG=\"$LANG\"; JSSE_HOME=\"$JSSE_HOME\"; \
cd \"$CATALINA_BASE\"; \
\"$CATALINA_SH\" $@"
if [ "$AUTHBIND" = "yes" -a "$1" = "start" ]; then
TOMCAT_SH="'$TOMCAT_SH'"
fi
# Run the catalina.sh script as a daemon
touch "$CATALINA_PID" "$CATALINA_BASE"/logs/catalina.out
chown $TOMCAT7_USER "$CATALINA_PID" "$CATALINA_BASE"/logs/catalina.out
start-stop-daemon --start -b -u "$TOMCAT7_USER" -g "$TOMCAT7_GROUP" \
-c "$TOMCAT7_USER" -d "$CATALINA_TMPDIR" -p "$CATALINA_PID" \
-x /bin/bash -- -c "$AUTHBIND_COMMAND $TOMCAT_SH"
status="$?"
set +a
return $status
}
set_debian_tomcat_parameters()
{
set_java_home
CATALINA_HOME=/usr/share/tomcat7
CATALINA_BASE=/var/lib/pki/${PKI_INSTANCE_NAME}
DESC="Tomcat 7 instance for ${PKI_INSTANCE_NAME}"
if [ -z "$JAVA_OPTS" ]; then
JAVA_OPTS="-Djava.awt.headless=true -Xmx128M"
fi
# overwrite with settings from the registry file
if [ -f /etc/default/${PKI_INSTANCE_NAME} ]; then
. /etc/default/${PKI_INSTANCE_NAME}
fi
JVM_TMP=/tmp/tomcat7-${PKI_INSTANCE_NAME}-tmp
if [ -z "$CATALINA_TMPDIR" ]; then
CATALINA_TMPDIR="$JVM_TMP"
fi
# Set the JSP compiler if set in the tomcat7.default file
if [ -n "$JSP_COMPILER" ]; then
JAVA_OPTS="$JAVA_OPTS -Dbuild.compiler=\"$JSP_COMPILER\""
fi
# Generate catalina.policy dynamically.
# for now, do not generate policy here, because we need to figure out
# where to get the tomcat policy.
TOMCAT7_SECURITY=no
SECURITY=""
if [ "$TOMCAT7_SECURITY" = "True" ]; then
SECURITY="-security"
fi
# Define other required variables
CATALINA_PID="/var/run/${PKI_INSTANCE_NAME}.pid"
CATALINA_SH="$CATALINA_HOME/bin/catalina.sh"
# Look for Java Secure Sockets Extension (JSSE) JARs
if [ -z "${JSSE_HOME}" -a -r "${JAVA_HOME}/jre/lib/jsse.jar" ]; then
JSSE_HOME="${JAVA_HOME}/jre/"
fi
TOMCAT7_USER=$TOMCAT_USER
TOMCAT7_GROUP=$TOMCAT_USER
}
start_deb_instance()
{
rv=0
if [ -f ${RESTART_SERVER} ] ; then
rm -f ${RESTART_SERVER}
fi
# Verify symbolic links (detecting and correcting them if possible)
verify_symlinks
rv=$?
if [ $rv -ne 0 ] ; then
return $rv
fi
set_debian_tomcat_parameters
if start-stop-daemon --test --start --pidfile "$CATALINA_PID" \
--user $TOMCAT7_USER --exec "$JAVA_HOME/bin/java" \
>/dev/null; then
# Remove / recreate JVM_TMP directory
rm -rf "$JVM_TMP"
mkdir -p "$JVM_TMP" || {
log_failure_msg "could not create JVM temporary directory"
exit 1
}
chown $TOMCAT7_USER "$JVM_TMP"
catalina_sh start $SECURITY
sleep 5
if start-stop-daemon --test --start --pidfile "$CATALINA_PID" \
--user $TOMCAT7_USER --exec "$JAVA_HOME/bin/java" \
>/dev/null; then
if [ -f "$CATALINA_PID" ]; then
rm -f "$CATALINA_PID"
fi
log_end_msg 1
else
log_end_msg 0
fi
else
log_progress_msg "(already running)"
log_end_msg 0
fi
check_pki_configuration_status
rv=$?
if [ $rv -eq 6 ]; then
# 6 program is not configured
return 6
else
# 0 success
return 0
fi
}
# used to stop debian instances
# taken from /etc/init.d/tomcat7
stop_instance()
{
set_debian_tomcat_parameters
log_daemon_msg "Stopping $DESC" "${PKI_INSTANCE_NAME}"
if [ -f "$CATALINA_PID" ]; then
start-stop-daemon --stop --pidfile "$CATALINA_PID" \
--user "$TOMCAT7_USER" \
--retry=TERM/20/KILL/5 >/dev/null
if [ $? -eq 1 ]; then
log_progress_msg "$DESC is not running but pid file exists, cleaning up"
elif [ $? -eq 3 ]; then
PID="`cat $CATALINA_PID`"
log_failure_msg "Failed to stop $PKI_INSTANCE_NAME (pid $PID)"
exit 1
fi
rm -f "$CATALINA_PID"
rm -rf "$JVM_TMP"
else
log_progress_msg "(not running)"
fi
log_end_msg 0
}
stop()
{
error_rv=0
rv=0
errors=0
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -eq 0 ]; then
echo
echo "ERROR: No '${PKI_TYPE}' instances installed!"
# 5 program is not installed
return 5
fi
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] ; then
echo "BEGIN SHUTTING DOWN '${PKI_TYPE}' INSTANCE(S):"
fi
# Shutdown every PKI instance of this type that is running
for PKI_REGISTRY_ENTRY in ${PKI_REGISTRY_ENTRIES}; do
# Source values associated with this particular PKI instance
[ -f ${PKI_REGISTRY_ENTRY} ] &&
. ${PKI_REGISTRY_ENTRY}
[ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] && echo
stop_instance
rv=$?
if [ $rv != 0 ] ; then
errors=`expr $errors + 1`
error_rv=$rv
fi
done
# ONLY print a "WARNING" message if multiple
# instances are being examined
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] ; then
if [ ${errors} -eq 1 ]; then
# Since only ONE error exists, return that "bad" error code.
rv=${error_rv}
elif [ ${errors} -gt 1 ]; then
# Since MORE than ONE error exists, return an OVERALL status
# of "1 generic or unspecified error (current practice)"
rv=1
fi
if [ ${errors} -ge 1 ]; then
echo
echo -n "WARNING: "
echo -n "${errors} of ${TOTAL_PKI_REGISTRY_ENTRIES} "
echo -n "'${PKI_TYPE}' instances were "
echo -n "unsuccessfully stopped!"
echo
fi
echo
echo "FINISHED SHUTTING DOWN '${PKI_TYPE}' INSTANCE(S)."
fi
return $rv
}
restart()
{
stop
sleep 2
start
return $?
}
start()
{
error_rv=0
rv=0
config_errors=0
errors=0
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -eq 0 ]; then
echo
echo "ERROR: No '${PKI_TYPE}' instances installed!"
# 5 program is not installed
return 5
fi
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ]; then
echo "BEGIN STARTING '${PKI_TYPE}' INSTANCES:"
fi
# Start every PKI instance of this type that isn't already running
for PKI_REGISTRY_ENTRY in ${PKI_REGISTRY_ENTRIES}; do
# Source values associated with this particular PKI instance
[ -f ${PKI_REGISTRY_ENTRY} ] &&
. ${PKI_REGISTRY_ENTRY}
[ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] && echo
if ! $debian; then
start_instance
rv=$?
else
start_deb_instance
rv=$?
fi
if [ $rv = 6 ] ; then
# Since at least ONE configuration error exists, then there
# is at least ONE unconfigured instance from the PKI point
# of view.
#
# However, it must still be considered that the
# instance is "running" from the point of view of other
# OS programs such as 'chkconfig'.
#
# Therefore, ignore non-zero return codes resulting
# from configuration errors.
#
config_errors=`expr $config_errors + 1`
rv=0
elif [ $rv != 0 ] ; then
errors=`expr $errors + 1`
error_rv=$rv
fi
done
# ONLY print a "WARNING" message if multiple
# instances are being examined
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] ; then
# NOTE: "bad" return code(s) OVERRIDE configuration errors!
if [ ${errors} -eq 1 ]; then
# Since only ONE error exists, return that "bad" error code.
rv=${error_rv}
elif [ ${errors} -gt 1 ]; then
# Since MORE than ONE error exists, return an OVERALL status
# of "1 generic or unspecified error (current practice)"
rv=1
fi
if [ ${errors} -ge 1 ]; then
echo
echo -n "WARNING: "
echo -n "${errors} of ${TOTAL_PKI_REGISTRY_ENTRIES} "
echo -n "'${PKI_TYPE}' instances failed to start!"
echo
fi
if [ ${TOTAL_UNCONFIGURED_PKI_ENTRIES} -ge 1 ]; then
echo
echo -n "WARNING: "
echo -n "${TOTAL_UNCONFIGURED_PKI_ENTRIES} "
echo -n "of ${TOTAL_PKI_REGISTRY_ENTRIES} "
echo -n "'${PKI_TYPE}' instances MUST be configured!"
echo
fi
echo
echo "FINISHED STARTING '${PKI_TYPE}' INSTANCE(S)."
fi
return $rv
}
registry_status()
{
error_rv=0
rv=0
errors=0
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -eq 0 ]; then
echo
echo "ERROR: No '${PKI_TYPE}' instances installed!"
# 4 program or service status is unknown
return 4
fi
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] ; then
echo "REPORT STATUS OF '${PKI_TYPE}' INSTANCE(S):"
fi
# Obtain status of every PKI instance of this type
for PKI_REGISTRY_ENTRY in ${PKI_REGISTRY_ENTRIES}; do
# Source values associated with this particular PKI instance
[ -f ${PKI_REGISTRY_ENTRY} ] &&
. ${PKI_REGISTRY_ENTRY}
[ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] && echo
case $PKI_WEB_SERVER_TYPE in
tomcat)
if $debian; then
display_instance_status_debian
rv=$?
else
display_instance_status_systemd
rv=$?
fi
;;
apache)
display_instance_status
rv=$?
;;
esac
if [ $rv -ne 0 ] ; then
errors=`expr $errors + 1`
error_rv=$rv
fi
done
# ONLY print a "WARNING" message if multiple
# instances are being examined
if [ ${TOTAL_PKI_REGISTRY_ENTRIES} -gt 1 ] ; then
if [ ${errors} -eq 1 ]; then
# Since only ONE error exists, return that "bad" error code.
rv=${error_rv}
elif [ ${errors} -gt 1 ]; then
# Since MORE than ONE error exists, return an OVERALL status
# of "4 - program or service status is unknown"
rv=4
fi
if [ ${errors} -ge 1 ]; then
echo
echo -n "WARNING: "
echo -n "${errors} of ${TOTAL_PKI_REGISTRY_ENTRIES} "
echo -n "'${PKI_TYPE}' instances reported status failures!"
echo
fi
if [ ${TOTAL_UNCONFIGURED_PKI_ENTRIES} -ge 1 ]; then
echo
echo -n "WARNING: "
echo -n "${TOTAL_UNCONFIGURED_PKI_ENTRIES} "
echo -n "of ${TOTAL_PKI_REGISTRY_ENTRIES} "
echo -n "'${PKI_TYPE}' instances MUST be configured!"
echo
fi
echo
echo "FINISHED REPORTING STATUS OF '${PKI_TYPE}' INSTANCE(S)."
fi
return $rv
}
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