root/trunk/regress/Makefile.in

# **********************************************************************
# *
# * PostGIS - Spatial Types for PostgreSQL
# * http://postgis.refractions.net
# * 
# * Copyright (C) 2011-2012 Sandro Santilli <strk@keybit.net>
# * Copyright (C) 2009-2011 Paul Ramsey <pramsey@cleverelephant.ca>
# * Copyright (C) 2008-2009 Mark Cave-Ayland
# *
# * This is free software; you can redistribute and/or modify it under
# * the terms of the GNU General Public Licence. See the COPYING file.
# *
# **********************************************************************

PERL=@PERL@
TMPDIR?=/tmp

POSTGIS_PGSQL_VERSION=@POSTGIS_PGSQL_VERSION@
POSTGIS_GEOS_VERSION=@POSTGIS_GEOS_VERSION@
POSTGIS_PROJ_VERSION=@POSTGIS_PROJ_VERSION@
HAVE_JSON=@HAVE_JSON@
MINGWBUILD=@MINGWBUILD@

# MingW hack: rather than use PGSQL_BINDIR directly, we change
# to the directory and then use "pwd" to return the path. This
# ensures that the returned path is in MSYS format, otherwise
# colons in drive letters will break PATH.
PGSQL_BINDIR=$(shell cd "@PGSQL_BINDIR@" && pwd)

# Where we put our regression installation 
ifeq ($(MINGWBUILD),1)
        srcdir=$(shell bash -c "pwd -W")
else
        srcdir=$(shell pwd)
endif
REGRESS_INSTALLDIR=$(srcdir)/00-regress-install

# 
# Put path from pg_config into front of search path
#
PATH := $(PGSQL_BINDIR):$(PATH)
export PATH


TESTS = \
        loader/Point \
        loader/PointM \
        loader/PointZ \
        loader/MultiPoint \
        loader/MultiPointM \
        loader/MultiPointZ \
        loader/Arc \
        loader/ArcM \
        loader/ArcZ \
        loader/Polygon \
        loader/PolygonM \
        loader/PolygonZ \
        loader/TSTPolygon \
        loader/TSIPolygon \
        loader/TSTIPolygon \
        loader/PointWithSchema \
        loader/NoTransPoint \
        loader/NotReallyMultiPoint \
        loader/MultiToSinglePoint \
        loader/ReprojectPts \
        loader/ReprojectPtsGeog \
        loader/Latin1 \
        binary \
        regress \
        regress_index \
        regress_index_nulls \
        lwgeom_regress \
        regress_lrs \
        removepoint \
        setpoint \
        simplify \
        snaptogrid \
        summary \
        affine \
        empty \
        measures \
        legacy \
        long_xact \
        ctors \
        sql-mm-serialize \
        sql-mm-circularstring \
        sql-mm-compoundcurve \
        sql-mm-curvepoly \
        sql-mm-general \
        sql-mm-multicurve \
        sql-mm-multisurface \
        polyhedralsurface \
        polygonize \
        postgis_type_name \
        out_geometry \
        out_geography \
        in_gml \
        in_kml \
        iscollection \
        regress_ogc \
        regress_ogc_cover \
        regress_ogc_prep \
        regress_bdpoly \
        regress_proj \
        regress_management \
        dump \
        dumppoints \
        wmsservers \
        wkt \
        wkb \
        tickets \
        typmod \
        remove_repeated_points \
        split \
        relate \
        bestsrid \
        concave_hull

ifeq ($(shell expr $(POSTGIS_GEOS_VERSION) ">=" 32),1)
        # GEOS-3.3 adds:
        # ST_HausdorffDistance, ST_Buffer(params)
        TESTS += \
                hausdorff \
                regress_buffer_params
endif

ifeq ($(shell expr $(POSTGIS_GEOS_VERSION) ">=" 33),1)
        # GEOS-3.3 adds:
        # ST_RelateMatch, ST_IsValidDetail, ST_SharedPaths ,
        # ST_Snap, ST_UnaryUnion, ST_MakeClean 
        TESTS += \
                offsetcurve \
                relatematch  \
                isvaliddetail \
                sharedpaths \
                snap \
                node \
                unaryunion \
                clean \
                relate_bnr
endif

ifeq ($(HAVE_JSON),yes)
        # JSON-C adds:
        # ST_GeomFromGeoJSON()
        TESTS += \
                in_geojson 
endif

all install uninstall:

distclean: clean
        rm Makefile

staged-install-topology:
        @if test x"@TOPOLOGY@" != "x"; then \
                $(MAKE) -C ../topology REGRESS=1 DESTDIR=$(REGRESS_INSTALLDIR) install; \
        fi

staged-install-raster:
        @if test x"@RASTER@" != "x"; then \
                $(MAKE) -C ../raster/rt_pg REGRESS=1 DESTDIR=$(REGRESS_INSTALLDIR) install; \
        fi

staged-install: staged-install-raster staged-install-topology
        $(MAKE) -C ../postgis REGRESS=1 DESTDIR=$(REGRESS_INSTALLDIR) install
        $(MAKE) -C ../ REGRESS=1 DESTDIR=$(REGRESS_INSTALLDIR) comments-install
        $(PERL) -pi.bak -e 's,\$$libdir,$(REGRESS_INSTALLDIR)/lib,g' $(REGRESS_INSTALLDIR)/share/contrib/postgis/*.sql
        #$(MAKE) -C ../loader REGRESS=1 DESTDIR=$(REGRESS_INSTALLDIR) install

test check: staged-install
        ./run_test $(RUNTESTFLAGS) $(TESTS) && \
        ./run_test --upgrade $(RUNTESTFLAGS) $(TESTS)

garden:
        createdb postgis_garden
        createlang plpgsql postgis_garden
        psql -d postgis_garden < ../postgis/postgis.sql
        psql -d postgis_garden < ../spatial_ref_sys.sql
        @echo '-------------------------------------------------'
        @echo 'Regression tests in progress (it will take time)'
        @echo 'Result output: ./regress/garden_result.txt'
        @echo '-------------------------------------------------'
        psql -d postgis_garden < ../doc/postgis_gardentest_${POSTGIS_MAJOR_VERSION}${POSTGIS_MINOR_VERSION}.sql > postgis_garden_result.txt 2>&1
        #dropdb postgis_garden

cleanup:
        @sleep 1
        @dropdb postgis_reg > /dev/null

clean:
        rm -rf $(REGRESS_INSTALLDIR)