freebsd-ports/databases/postgresql82-server/Makefile

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# New ports collection makefile for: PostgreSQL
# Date created: November 13, 1998
# Whom: Marc G. Fournier <scrappy@FreeBSD.org>
#
1999-08-25 07:28:01 +02:00
# $FreeBSD$
#
PORTNAME?= postgresql
PORTVERSION?= 8.2.13
CATEGORIES?= databases
MASTER_SITES= ${MASTER_SITE_PGSQL}
MASTER_SITE_SUBDIR= source/v${PORTVERSION}
PKGNAMESUFFIX?= -server
DISTFILES?= postgresql-${PORTVERSION}${EXTRACT_SUFX}
MAINTAINER?= girgen@FreeBSD.org
COMMENT?= The most advanced open-source database available anywhere
CONFLICTS?= ${PORTNAME}-client-7.* \
${PORTNAME}${PKGNAMESUFFIX}-7.* \
${PORTNAME}-client-8.[0-13-9]* \
${PORTNAME}${PKGNAMESUFFIX}-8.[0-13-9]*
WRKSRC= ${WRKDIR}/postgresql-${PORTVERSION}
DIST_SUBDIR= postgresql
UNIQUENAME?= ${PORTNAME}82
LATEST_LINK?= ${PKGNAMEPREFIX}${UNIQUENAME}${PKGNAMESUFFIX}
PKGINSTALL?= ${PKGDIR}/pkg-install${PKGNAMESUFFIX}
USE_BZIP2= YES
USE_GMAKE= YES
GNU_CONFIGURE= YES
.if defined(NO_BUILD)
.undef USE_GMAKE
.undef GNU_CONFIGURE
.endif
CONFIGURE_ARGS+=--with-libraries=${LOCALBASE}/lib \
--with-includes=${LOCALBASE}/include \
--enable-thread-safety \
--with-docdir=${DOCSDIR}
CONFIGURE_ENV+= LDFLAGS="${LDFLAGS}" \
PTHREAD_CFLAGS="${PTHREAD_CFLAGS}" \
PTHREAD_LIBS="${PTHREAD_LIBS}"
CFLAGS+= ${PTHREAD_CFLAGS}
LDFLAGS+= ${PTHREAD_LIBS}
PLIST= ${PKGDIR}/pkg-plist${PKGNAMESUFFIX}
BUILD_DIRS?= src/port src/timezone src/backend src/backend/utils/mb/conversion_procs \
src/bin/initdb src/bin/ipcclean src/bin/pg_ctl src/bin/pg_controldata \
src/bin/pg_resetxlog src/pl
INSTALL_DIRS?= ${BUILD_DIRS}
.if !defined(CLIENT_ONLY) && !defined(SLAVE_ONLY)
SERVER_ONLY= yes
USE_RC_SUBR= postgresql
SUB_FILES+= dot.cshrc dot.profile
USE_PGSQL= yes
WANT_PGSQL_VER= ${PORTVERSION:C/([0-9][0-9]*)\.([0-9][0-9]*).*/\1\2/g}
.endif
.if !defined(SLAVE_ONLY)
OPTIONS= NLS "Use internationalized messages" on
.endif
# Cannot check this with standard OPTION due to a catch-22.
# USE_OPENSSL must precede bsd.port.pre.mk, but then we don't know
# what OPTIONS are set.
#
# If you *don't* want SSL, set WITHOUT_SSL=YES when making
.if !defined(WITHOUT_SSL)
USE_OPENSSL= yes
CONFIGURE_ARGS+=--with-openssl
.endif
.include <bsd.port.pre.mk>
.if !defined(SLAVE_ONLY)
OPTIONS+= PAM "Build with PAM support (server only)" off
OPTIONS+= LDAP "Build with LDAP authentication support" off
OPTIONS+= MIT_KRB5 "Build with MIT's kerberos support" off
OPTIONS+= HEIMDAL_KRB5 "Builds with Heimdal kerberos support" off
OPTIONS+= OPTIMIZED_CFLAGS "Builds with compiler optimizations (-O3)" off
# to run regression tests:
OPTIONS+= TESTS "Allows the use of a \"check\" target (server)" off
OPTIONS+= DEBUG "Builds with debugging symbols" off
# See http://people.freebsd.org/~girgen/postgresql-icu/README.html for more info
#OPTIONS+= ICU "Use ICU for unicode collation (server)" off
# See http://www.freebsd.org/cgi/query-pr.cgi?pr=ports/76999 for more info
# (requires dump/restore if modified.)
OPTIONS+= INTDATE "Builds with 64-bit date/time type (server)" off
# . if (defined(SERVER_ONLY) && defined(WITH_ICU)) || make(makesum)
# USE_AUTOTOOLS= autoconf:262
# CONFIGURE_ARGS+=--with-icu
# LIB_DEPENDS= icudata:${PORTSDIR}/devel/icu
# PATCH_SITES+= http://people.freebsd.org/~girgen/postgresql-icu/:icu
# PATCHFILES+= pg-814-icu-xx-2006-09-25.diff.gz:icu
# . endif
PATCH_DIST_STRIP=-p1
. if defined(SERVER_ONLY) && defined(WITH_PAM)
CONFIGURE_ARGS+=--with-pam
. endif
. if defined(SERVER_ONLY) && defined(WITH_LDAP)
CONFIGURE_ARGS+=--with-ldap
USE_OPENLDAP= YES
. endif
. if defined(WITH_INTDATE)
CONFIGURE_ARGS+=--enable-integer-datetimes
. endif
. if !(defined(WITHOUT_GETTEXT) || defined(WITHOUT_NLS))
CONFIGURE_ARGS+=--enable-nls
PLIST_SUB+= GETTEXT=""
USE_GETTEXT= YES
. else
CONFIGURE_ARGS+=--disable-nls
PLIST_SUB+= GETTEXT="@comment "
. endif
. if defined(WITH_OPTIMIZED_CFLAGS)
CFLAGS+= -O3 -funroll-loops
. endif
. if defined(WITH_DEBUG)
CONFIGURE_ARGS+=--enable-debug
INSTALL_TARGET= install
. else
INSTALL_TARGET= install-strip
. endif
. if defined(WITH_MIT_KRB5)
. if exists(/usr/lib/libkrb5.so) || exists(/usr/bin/krb5-config)
BROKEN= "You must remove heimdal's /usr/bin/krb5-config and /usr/lib/libkrb5.so*, and set NO_KERBEROS=true in /etc/make.conf to build successfully with MIT-KRB"
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
. endif
# Allow defining a home built MIT Kerberos by setting KRB5_HOME
. if defined(KRB5_HOME) && exists(${KRB5_HOME}/lib/libgssapi_krb5.a) && exists(${KRB5_HOME}/bin/krb5-config)
CONFIGURE_ARGS+=--with-krb5
. else
LIB_DEPENDS+= krb5.3:${PORTSDIR}/security/krb5
CONFIGURE_ARGS+=--with-krb5
. endif
. endif
. if defined(WITH_HEIMDAL_KRB5)
# Allow defining a home built Heimdal Kerberos by setting HEIMDAL_HOME
. if defined(HEIMDAL_HOME) && exists(${HEIMDAL_HOME}/lib/libgssapi.a) && exists(${HEIMDAL_HOME}/bin/krb5-config)
CONFIGURE_ARGS+=--with-krb5
. else
# Postgresql apps will not link properly when libpq is linked with base heimdal in /usr,
# so we always use the heimdal port. See
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
# http://lists.freebsd.org/pipermail/freebsd-stable/2005-October/018809.html
LIB_DEPENDS+= krb5.23:${PORTSDIR}/security/heimdal
CONFIGURE_ARGS+=--with-krb5
. endif
. endif
.endif # !SLAVE_ONLY
.if defined(CLIENT_ONLY)
MAN1= clusterdb.1 createdb.1 createlang.1 createuser.1 \
dropdb.1 droplang.1 dropuser.1 ecpg.1 initdb.1 \
ipcclean.1 pg_config.1 pg_controldata.1 pg_ctl.1 \
pg_dump.1 pg_dumpall.1 pg_resetxlog.1 pg_restore.1 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
postgres.1 postmaster.1 psql.1 reindexdb.1 vacuumdb.1
MAN7= abort.7 alter_aggregate.7 alter_conversion.7 alter_database.7 \
alter_domain.7 alter_function.7 alter_group.7 \
alter_index.7 alter_language.7 alter_operator_class.7 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
alter_role.7 \
alter_schema.7 alter_sequence.7 alter_table.7 \
alter_trigger.7 alter_user.7 analyze.7 begin.7 \
checkpoint.7 close.7 cluster.7 comment.7 commit.7 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
commit_prepared.7 \
copy.7 create_aggregate.7 create_cast.7 \
create_constraint_trigger.7 create_conversion.7 \
create_database.7 create_domain.7 create_function.7 \
create_group.7 create_index.7 create_language.7 \
create_operator.7 create_operator_class.7 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
create_role.7 \
create_rule.7 create_schema.7 create_sequence.7 \
create_table.7 create_table_as.7 create_trigger.7 \
create_type.7 create_user.7 create_view.7 deallocate.7 \
declare.7 delete.7 \
drop_aggregate.7 drop_cast.7 drop_conversion.7 \
drop_database.7 drop_domain.7 drop_function.7 \
drop_group.7 drop_index.7 drop_language.7 \
drop_operator.7 drop_operator_class.7 drop_owned.7 \
drop_role.7 drop_rule.7 \
drop_schema.7 drop_sequence.7 drop_table.7 drop_trigger.7 \
drop_type.7 drop_user.7 drop_view.7 end.7 execute.7 \
explain.7 fetch.7 grant.7 insert.7 listen.7 load.7 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
lock.7 move.7 notify.7 prepare.7 prepare_transaction.7 \
reassign_owned.7 reindex.7 reset.7 \
Welcome to PostgreSQL 8.1. The new release includes performance improvements and advanced SQL features which will support bigger data warehouses, higher-volume transaction processing, and more complex distributed enterprise software. Major new features in this release include: Roles: PostgreSQL now supports database roles, which simplify the management of large numbers of users with complex overlapping database rights. IN/OUT Parameters: PostgreSQL functions now support IN, OUT and INOUT parameters, which substantially improves support of complex business logic for J2EE and .NET applications. Two-Phase Commit (2PC): Long in demand for WAN applications and heterogeneous data centers using PostgreSQL, this feature allows ACID-compliant transactions across widely separated servers. Some Performance Enhancements found in this release include: Improved Multiprocessor (SMP) Performance: The buffer manager for 8.1 has been enhanced to scale almost linearly with the number of processors, leading to significant performance gains on 8-way, 16-way, dual-core, and multi-core CPU servers. Bitmap Scan: Indexes will be dynamically converted to bitmaps in memory when appropriate, giving up to twenty times faster index performance on complex queries against very large tables. Table Partitioning: The query planner is now able to avoid scanning whole sections of a large table using a technique known as Constraint Exclusion. Shared Row Locking: PostgreSQL's "better than row-level locking" now supports even higher levels of concurrency through the addition of shared row locks for foreign keys. For a more complete listing of changes in this release, please see the Release Notes visible at: http://www.postgresql.org/docs/current/static/release.html#RELEASE-8-1
2005-11-10 03:23:38 +01:00
revoke.7 rollback.7 rollback_prepared.7 select.7 \
select_into.7 set.7 \
set_constraints.7 set_role.7 set_transaction.7 show.7 \
set_session_authorization.7 start_transaction.7 \
truncate.7 unlisten.7 update.7 vacuum.7 \
alter_operator.7 alter_tablespace.7 alter_type.7 \
create_tablespace.7 drop_tablespace.7 \
release_savepoint.7 rollback_to_savepoint.7 \
savepoint.7 values.7
.endif
.if defined(SERVER_ONLY)
pre-everything::
@${SH} ${PKGINSTALL} ${PORTNAME} BACKUPWARNING
.endif
.if !defined(NO_BUILD)
pre-configure:
. if defined(WITH_MIT_KRB5) && defined(WITH_HEIMDAL_KRB5)
@${ECHO} "MIT's and Heimdal Kerberos are mutually exclusive."
@${ECHO} "Please choose one or the other."
@exit 1
. endif
do-build:
@ cd ${WRKSRC}/src/backend ;\
${GMAKE} ../../src/include/parser/parse.h ../../src/include/utils/fmgroids.h
@ for dir in ${BUILD_DIRS}; do \
cd ${WRKSRC}/$${dir} && ${SETENV} ${MAKE_ENV} ${GMAKE}; \
done
. if exists(${FILESDIR}/pkg-message${PKGNAMESUFFIX}.in)
SUB_FILES+= pkg-message${PKGNAMESUFFIX}
PKGMESSAGE= ${WRKSRC}/pkg-message${PKGNAMESUFFIX}
. endif
.endif
.if defined(SERVER_ONLY)
pre-su-install:
@ ${SETENV} PKG_PREFIX=${PREFIX} \
${SH} ${PKGINSTALL} ${PORTNAME} PRE-INSTALL
.endif
.if !defined(NO_BUILD)
do-install:
@for dir in ${INSTALL_DIRS}; do \
cd ${WRKSRC}/$${dir} && \
${SETENV} ${MAKE_ENV} ${GMAKE} ${INSTALL_TARGET}; \
done
. if defined(SERVER_ONLY)
@ ${MKDIR} ${PREFIX}/share/postgresql
. for i in profile cshrc
${INSTALL_DATA} ${WRKDIR}/dot.$i ${PREFIX}/share/postgresql/dot.$i.dist; \
${INSTALL_DATA} -o pgsql -g pgsql ${WRKDIR}/dot.$i ~pgsql/dot.$i.dist ; \
if [ ! -f ~pgsql/.$i ]; then \
${CP} -p ~pgsql/dot.$i.dist ~pgsql/.$i; \
fi
. endfor
@ ${CHOWN} -R pgsql:pgsql ~pgsql/. ;\
${MKDIR} ${PREFIX}/etc/periodic/daily ;\
${INSTALL_SCRIPT} ${FILESDIR}/502.pgsql \
${PREFIX}/etc/periodic/daily
. endif # SERVER_ONLY
. if defined(CLIENT_ONLY)
@ cd ${WRKSRC}/src && ${SETENV} ${MAKE_ENV} ${GMAKE} install-local
. endif
@ if [ -r ${PKGMESSAGE} ]; then \
${MKDIR} ${DOCSDIR} ;\
${INSTALL_DATA} ${PKGMESSAGE} ${DOCSDIR}/README${PKGNAMESUFFIX} ;\
${ECHO} "======================================================================" ;\
${CAT} ${PKGMESSAGE} ;\
${ECHO} "======================================================================" ;\
fi
.endif # !NO_BUILD
.if defined(SERVER_ONLY) && defined(WITH_TESTS)
check:
@if [ `id -u` != 0 ] ; then \
${ECHO} "Running postgresql regressions tests" ;\
cd ${WRKSRC}; ${GMAKE} check ;\
else \
${ECHO} "You cannot run regression tests when postgresql is built as user root." ; \
${ECHO} "Clean and rebuild the port as a regular user to run the tests." ;\
fi
.endif
.include <bsd.port.post.mk>