GRASS Test Suite 0.2.0.8

Output generated at: Di Jul 4 11:21:51 CEST 2006

GRASS Test Environment

GRASS_GNUPLOT='gnuplot -persist'
GRASS_GUI=text
GRASS_HTML_BROWSER=konqueror
GRASS_INT_ZLIB=1
GRASS_PAGER=more
GRASS_PERL=/usr/bin/perl
GRASS_TCLSH=tclsh
GRASS_VERSION=6.1.cvs
GRASS_WISH=wish
TESTSUITE_INSTALLDIR=/tmp/GRASS_Testsuite

Build information: GRASS 6.1.cvs (2006) # ./configure --with-tcltk-includes=/usr/include/tcl8.4 --with-tcltk-libs=/usr/lib/tcl8.4/ --with-postgres-libs=/usr/lib/postgresql/ --with-postgres-includes=/usr/include/postgresql/ --with-cxx --with-sqlite --with-readline

Machine: Linux Tachikoma 2.6.15-1-486 #2 Mon Mar 6 15:19:16 UTC 2006 i686 GNU/Linux

Test suite settings

TestSuiteDependencies
GlobalSettings
TestScriptTemplate

Fail Summary

v.buffer test (unit)
(source) 		Full function test of v.buffer.
Test Module Status Guessed error Output validation command line argument
1 of 9 log-> v.buffer validation-failure none output-invalid input=points@PERMANENT output=points_buff_1_17429 buffer=20
3 of 9 log-> v.buffer validation-failure none output-invalid input=elevation@PERMANENT output=elevation_buff_1_17429 buffer=20
4 of 9 log-> v.buffer validation-failure none output-invalid input=points@PERMANENT output=points_buff_2_17429 buffer=90
6 of 9 log-> v.buffer validation-failure none output-invalid input=elevation@PERMANENT output=elevation_buff_2_17429 buffer=90
7 of 9 log-> v.buffer validation-failure none output-invalid input=points@PERMANENT output=points_buff_3_17429 buffer=200
9 of 9 log-> v.buffer validation-failure none output-invalid input=elevation@PERMANENT output=elevation_buff_3_17429 buffer=200
v.patch test (unit)
(source) 		Full function test of v.patch.
Test Module Status Guessed error Output validation command line argument
1 of 1 log-> v.patch validation-failure none output-invalid input=points,areas,elevation,lines output=patch_19176

Complete Summary

Database (db.*) modules test

db.columns test (unit)
(source) 		Basic function test of db.columns. This test only works with the dbf driver.
Test Module Status Output validation command line argument
1 of 4 log-> db.columns success none table=points driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
2 of 4 log-> db.columns success none table=lines driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
3 of 4 log-> db.columns success none table=areas driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
4 of 4 log-> db.columns success none table=elevation driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
db.copy test (unit)
(source) 		Basic function test of db.copy.
Test Module Status Output validation command line argument
1 of 3 log-> db.copy success Output valid from_driver=dbf to_driver=dbf from_database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/ to_database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf/ from_table=points to_table=points
2 of 3 log-> db.copy success Output valid from_driver=dbf to_driver=dbf from_database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/ to_database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf/ from_table=lines to_table=lines
3 of 3 log-> db.copy success Output valid from_driver=dbf to_driver=dbf from_database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/ to_database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf/ from_table=areas to_table=areas
db.drivers test (unit)
(source) 		Full function test of db.drivers
Test Module Status Output validation command line argument
1 of 2 log-> db.drivers success none -p
2 of 2 log-> db.drivers success none -fp
db.tables test (unit)
(source) 		Basic function test of db.tables
Test Module Status Output validation command line argument
1 of 4 log-> db.tables success none -p driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf
2 of 4 log-> db.tables success none -p driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf
3 of 4 log-> db.tables success none -sp driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf
4 of 4 log-> db.tables success none -sp driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf
db.connect test (unit)
(source) 		Basic function test of db.connect. Only dbf driver is supported currently.
Test Module Status Output validation command line argument
1 of 3 log-> db.connect success none -p
2 of 3 log-> db.connect success none driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf/
3 of 3 log-> db.connect success none driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
db.describe test (unit)
(source) 		Basic function test of db.describe
Test Module Status Output validation command line argument
1 of 6 log-> db.describe success none table=points driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
2 of 6 log-> db.describe success none -c table=points driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
3 of 6 log-> db.describe success none table=lines driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
4 of 6 log-> db.describe success none -c table=lines driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
5 of 6 log-> db.describe success none table=areas driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
6 of 6 log-> db.describe success none -c table=areas driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
db.execute test (unit)
(source) 		Basic function test of db.execute
Test Module Status Output validation command line argument
1 of 2 log-> db.execute success none driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_create_table
2 of 2 log-> db.execute success none driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/testmapset/dbf input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_drop_table
db.select test (unit)
(source) 		Basic function test of db.select
Test Module Status Output validation command line argument
1 of 5 log-> db.select success none input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_select_from_table table=points driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
2 of 5 log-> db.select success none input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_select_from_table table=lines driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
3 of 5 log-> db.select success none input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_select_from_table table=areas driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
4 of 5 log-> db.select success none input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_select_from_table table=elevation driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
5 of 5 log-> db.select success none -d input=/tmp/GRASS_Testsuite/ExternalData/SQL_statement_select_from_table table=elevation driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
db.test test (integration)
(source) 		Basic function test of db.test
Test Module Status Output validation command line argument
1 of 2 log-> db.connect success none driver=dbf database=/tmp/GRASS_Testsuite/TestLocation/PERMANENT/dbf/
2 of 2 log-> db.test success none test=test1

General (g.*) modules test

g.copy test (unit)
(source) 		Full function test of g.copy. Currently only raster, raster3d, vector and region data are in the test location!
Test Module Status Output validation command line argument
1 of 4 log-> g.copy success Output valid rast=Int0,rast_copy_13090
2 of 4 log-> g.copy success Output valid rast3d=volume,rast3d_copy_13090
3 of 4 log-> g.copy success Output valid vect=areas,vect_copy_13090
4 of 4 log-> g.copy success none region=3dregion,region_copy_13090
g.findfile test (unit)
(source) 		Basic function test of g.findfile
Test Module Status Output validation command line argument
1 of 1 log-> g.findfile success none element=grid3 file=volume mapset=PERMANENT
g.filename test (unit)
(source) 		Basic function test of g.filename
Test Module Status Output validation command line argument
1 of 1 log-> g.filename success none element=grid3d file=volume
g.remove test (integration)
(source) 		Basic function test of g.remove
Test Module Status Output validation command line argument
1 of 8 log-> g.copy success Output valid rast=Int0,rast_copy_13201
2 of 8 log-> g.copy success Output valid rast3d=volume,rast3d_copy_13201
3 of 8 log-> g.copy success Output valid vect=lines,vect_copy_13201
4 of 8 log-> g.copy success none region=3dregion,region_copy_13201
5 of 8 log-> g.remove success none rast=rast_copy_13201
6 of 8 log-> g.remove success none rast3d=rast3d_copy_13201
7 of 8 log-> g.remove success none vect=vect_copy_13201
8 of 8 log-> g.remove success none region=region_copy_13201
g.rename test (integration)
(source) 		Basic function test of g.rename
Test Module Status Output validation command line argument
1 of 8 log-> g.copy success Output valid rast=Int0,rast_copy_13284
2 of 8 log-> g.copy success Output valid rast3d=volume,rast3d_copy_13284
3 of 8 log-> g.copy success Output valid vect=lines,vect_copy_13284
4 of 8 log-> g.copy success none region=3dregion,region_copy_13284
5 of 8 log-> g.rename success Output valid rast=rast_copy_13284,rast_rename_13284
6 of 8 log-> g.rename success Output valid rast3d=rast3d_copy_13284,rast3d_rename_13284
7 of 8 log-> g.rename success Output valid vect=vect_copy_13284,vect_rename_13284
8 of 8 log-> g.rename success none region=region_copy_13284,region_rename_13284
g.proj output test (unit)
(source) 		Basic terminal output function test of g.proj
Test Module Status Output validation command line argument
1 of 7 log-> g.proj success none -p
2 of 7 log-> g.proj success none -d
3 of 7 log-> g.proj success none -j
4 of 7 log-> g.proj success none -w
5 of 7 log-> g.proj success none -we
6 of 7 log-> g.proj success none -jf
7 of 7 log-> g.proj success none -ewf
g.tempfile test (unit)
(source) 		test of g.tempfile
Test Module Status Output validation command line argument
1 of 1 log-> g.tempfile success none pid=13441
g.gisenv test (unit)
(source) 		Basic function test of g.gisenv
Test Module Status Output validation command line argument
1 of 2 log-> g.gisenv success none
2 of 2 log-> g.gisenv success none get=MAPSET
g.list test (unit)
(source) 		Full function test of g.list
Test Module Status Output validation command line argument
1 of 11 log-> g.list success none -f rast mapset=PERMANENT
2 of 11 log-> g.list success none -f rast3d mapset=PERMANENT
3 of 11 log-> g.list success none -f vect mapset=PERMANENT
4 of 11 log-> g.list success none -f oldvect mapset=PERMANENT
5 of 11 log-> g.list success none -f asciivect mapset=PERMANENT
6 of 11 log-> g.list success none -f icon mapset=PERMANENT
7 of 11 log-> g.list success none -f labels mapset=PERMANENT
8 of 11 log-> g.list success none -f sites mapset=PERMANENT
9 of 11 log-> g.list success none -f region mapset=PERMANENT
10 of 11 log-> g.list success none -f region3d mapset=PERMANENT
11 of 11 log-> g.list success none -f group mapset=PERMANENT
g.region output test (unit)
(source) 		Full terminal output function test of g.region
Test Module Status Output validation command line argument
1 of 7 log-> g.region success none -g
2 of 7 log-> g.region success none -g -3
3 of 7 log-> g.region success none -p -3 -m
4 of 7 log-> g.region success none -pm
5 of 7 log-> g.region success none -c
6 of 7 log-> g.region success none -lm
7 of 7 log-> g.region success none -mb
g.version test (unit)
(source) 		Basic function test of g.version
Test Module Status Output validation command line argument
1 of 3 log-> g.version success none
2 of 3 log-> g.version success none -c
3 of 3 log-> g.version success none -b

Raster (r.*) modules test

r.buffer test (unit)
(source) 		Full function test of r.buffer
Test Module Status Output validation command line argument
1 of 5 log-> r.buffer success Output valid input=points distance=50 output=buffer_1_13704
2 of 5 log-> r.buffer success Output valid input=points distance=50,150,250,500 output=buffer_2_$
3 of 5 log-> r.buffer success Output valid input=points distance=30,60,90,120 output=buffer_3_$
4 of 5 log-> r.buffer success Output valid input=lines distance=50,150,250,500 output=buffer_4_$
5 of 5 log-> r.buffer success Output valid input=lines distance=30,60,90,120 output=buffer_5_$
r.distance test (unit)
(source) 		Full function test of r.distance
Test Module Status Output validation command line argument
1 of 3 log-> r.distance success Output valid maps=Int140,lines > /tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.dist
2 of 3 log-> r.distance success Output valid -l maps=Int140,lines > /tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.dist
3 of 3 log-> r.distance success Output valid -ql maps=Int140,lines > /tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.dist
r.fill.dir test (unit)
(source) 		Basic function test of r.fill.dir
Test Module Status Output validation command line argument
1 of 1 log-> r.fill.dir success Output valid input=elevation elevation=map_13901_filled direction=map_13901_direction areas=map_13901_areas type=grass
r.in.ascii test (unit)
(source) 		Basic function test of r.in.ascii
Test Module Status Output validation command line argument
1 of 3 log-> r.in.ascii success Output valid -i input=/tmp/GRASS_Testsuite/ExternalData/RandomInt_map.ascii output=ascii_map_1_13969
2 of 3 log-> r.in.ascii success Output valid -f input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.ascii output=ascii_map_2_13969
3 of 3 log-> r.in.ascii success Output valid -d input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.ascii output=ascii_map_3_13969
r.info test (unit)
(source) 		Full function test of r.info
Test Module Status Output validation command line argument
1 of 7 log-> r.info success none map=Int0
2 of 7 log-> r.info success none -r map=Int100
3 of 7 log-> r.info success none -s map=Float0
4 of 7 log-> r.info success none -t map=Float100
5 of 7 log-> r.info success none -g map=elevation
6 of 7 log-> r.info success none -h map=slope
7 of 7 log-> r.info success none -p map=aspect
r.in.gdal test (unit)
(source) 		Basic function test of r.in.gdal
Test Module Status Output validation command line argument
1 of 5 log-> r.in.gdal success Output valid -o input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.dted output=ascii_map_1_14110
2 of 5 log-> r.in.gdal success Output valid -o input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.elas output=ascii_map_2_14110
3 of 5 log-> r.in.gdal success Output valid -o input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.envi output=ascii_map_3_14110
4 of 5 log-> r.in.gdal success Output valid -o input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.fit output=ascii_map_4_14110
5 of 5 log-> r.in.gdal success Output valid -o input=/tmp/GRASS_Testsuite/ExternalData/elevation_map.hfa output=ascii_map_5_14110
r.mapcalc test (unit)
(source) 		Tests the basic functions of r.mapcalc
Test Module Status Output validation command line argument
1 of 5 log-> r.mapcalc success Output valid "mapcalc_output0_14226 = 10"
2 of 5 log-> r.mapcalc success Output valid "mapcalc_output1_14226 = 10.0"
3 of 5 log-> r.mapcalc success Output valid "mapcalc_output2_14226 = sin(x()) + cos(y()) + row() +col()"
4 of 5 log-> r.mapcalc success Output valid "mapcalc_output3_14226 = 1*mapcalc_output0_14226"
5 of 5 log-> r.mapcalc success Output valid "mapcalc_output4_14226 = 1*mapcalc_output2_14226"
raster zlib Test (unit)
(source) 		This will test the raster lib of the integer zlib bug which appeared in grass6. The generated output written via r.out.ascii to logfile.
Test Module Status Output validation command line argument
1 of 23 log-> g.region success none save=region_save_14342
2 of 23 log-> g.region success none s=0 n=15 w=0 e=15 res=1 tbres=1
3 of 23 log-> r.mapcalc success Output valid "mapcalc_output_1_14342 = 3"
4 of 23 log-> r.out.ascii success none input=mapcalc_output_1_14342
5 of 23 log-> g.region success none s=0 n=14 w=0 e=14 res=1 tbres=1
6 of 23 log-> r.mapcalc success Output valid "mapcalc_output_2_14342 = 3"
7 of 23 log-> r.out.ascii success none input=mapcalc_output_2_14342
8 of 23 log-> g.region success none s=0 n=13 w=0 e=13 res=1 tbres=1
9 of 23 log-> r.mapcalc success Output valid "mapcalc_output_3_14342 = 3"
10 of 23 log-> r.out.ascii success none input=mapcalc_output_3_14342
11 of 23 log-> g.region success none s=0 n=12 w=0 e=12 res=1 tbres=1
12 of 23 log-> r.mapcalc success Output valid "mapcalc_output_4_14342 = 3"
13 of 23 log-> r.out.ascii success none input=mapcalc_output_4_14342
14 of 23 log-> g.region success none s=0 n=11 w=0 e=11 res=1 tbres=1
15 of 23 log-> r.mapcalc success Output valid "mapcalc_output_5_14342 = 3"
16 of 23 log-> r.out.ascii success none input=mapcalc_output_5_14342
17 of 23 log-> g.region success none s=0 n=10 w=0 e=10 res=1 tbres=1
18 of 23 log-> r.mapcalc success Output valid "mapcalc_output_6_14342 = 3"
19 of 23 log-> r.out.ascii success none input=mapcalc_output_6_14342
20 of 23 log-> g.region success none s=0 n=9 w=0 e=9 res=1 tbres=1
21 of 23 log-> r.mapcalc success Output valid "mapcalc_output_7_14342 = 3"
22 of 23 log-> r.out.ascii success none input=mapcalc_output_7_14342
23 of 23 log-> g.region success none region=region_save_14342
r.neighbors test (unit)
(source) 		Full function test of r.neighbors
Test Module Status Output validation command line argument
1 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_0_14593 method=average size=1 title=average
2 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_1_14593 method=average size=3 title=average
3 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_2_14593 method=average size=5 title=average
4 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_3_14593 method=average size=15 title=average
5 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_4_14593 method=average size=19 title=average
6 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_5_14593 method=average size=25 title=average
7 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_6_14593 method=median size=5 title=median
8 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_7_14593 method=mode size=5 title=mode
9 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_8_14593 method=minimum size=5 title=minimum
10 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_9_14593 method=maximum size=5 title=maximum
11 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_10_14593 method=stddev size=5 title=stddev
12 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_11_14593 method=sum size=5 title=sum
13 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_12_14593 method=variance size=5 title=variance
14 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_13_14593 method=diversity size=5 title=diversity
15 of 15 log-> r.neighbors success Output valid input=elevation output=neighbors_14_14593 method=interspersion size=5 title=interspersion
r.null test (unit)
(source) 		Basic function test of r.null
Test Module Status Output validation command line argument
1 of 6 log-> r.mapcalc success Output valid "null_map_14899 = row()"
2 of 6 log-> r.info success none -r map=null_map_14899
3 of 6 log-> r.null success Output valid map=null_map_14899 setnull=1,2,3,4,5
4 of 6 log-> r.info success none -r map=null_map_14899
5 of 6 log-> r.null success Output valid map=null_map_14899 null=1,2,3,4,5
6 of 6 log-> r.info success none -r map=null_map_14899
r.out.ascii Test (unit)
(source) 		Basic function test of r.out.ascii
Test Module Status Output validation command line argument
1 of 7 log-> r.out.ascii success Output valid dp=3 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.ascii
2 of 7 log-> r.out.ascii success Output valid dp=3 input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.ascii
3 of 7 log-> r.out.ascii success Output valid dp=3 -i input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.ascii
4 of 7 log-> r.out.ascii success Output valid dp=3 -h input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.ascii
5 of 7 log-> r.out.ascii success Output valid dp=3 -s input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.ascii
6 of 7 log-> r.out.ascii success Output valid dp=3 -m input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test5.ascii
7 of 7 log-> r.out.ascii success Output valid dp=3 -s input=RandInt output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test6.ascii width=80
r.out.gdal Test (unit)
(source) 		Basic function test of r.out.gdal
Test Module Status Output validation command line argument
1 of 5 log-> r.out.gdal success Output valid format=DTED type=Float32 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.gdal
2 of 5 log-> r.out.gdal success Output valid format=ELAS type=Float32 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.gdal
3 of 5 log-> r.out.gdal success Output valid format=ENVI type=Float32 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.gdal
4 of 5 log-> r.out.gdal success Output valid format=GTiff type=Float32 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.gdal
5 of 5 log-> r.out.gdal success Output valid format=HFA type=Float32 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.gdal
r.out.vtk Test (unit)
(source) 		Basic function test of r.out.vtk
Test Module Status Output validation command line argument
1 of 9 log-> r.out.vtk success Output valid input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.vtk
2 of 9 log-> r.out.vtk success Output valid input=RandInt,RandFloat rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.vtk
3 of 9 log-> r.out.vtk success Output valid -o input=RandInt,RandFloat elevation2d=100 rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.vtk
4 of 9 log-> r.out.vtk success Output valid -o elevscale=10 input=RandInt,RandFloat elevation=elevation rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.vtk
5 of 9 log-> r.out.vtk success Output valid -to elevscale=10 input=RandInt,RandFloat elevation=elevation rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.vtk
6 of 9 log-> r.out.vtk success Output valid -vo elevscale=10 input=RandInt,RandFloat elevation=elevation rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test5.vtk
7 of 9 log-> r.out.vtk success Output valid -so elevscale=10 input=RandInt,RandFloat elevation=elevation rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test6.vtk
8 of 9 log-> r.out.vtk success Output valid -so elevscale=10 input=RandInt,RandFloat elevation=elevation vectormaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test7.vtk
9 of 9 log-> r.out.vtk success Output valid -so elevscale=10 input=RandInt,RandFloat elevation=elevation rgbmaps=LandsatTM_IR1,LandsatTM_IR2,LandsatTM_Red vectormaps=RandFloat,RandFloat,RandFloat output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test8.vtk
r.param.scale test (unit)
(source) 		Basic function test of r.param.scale
Test Module Status Output validation command line argument
1 of 1 log-> r.param.scale success Output valid in=elevation out=parammap_15523
r.slope.aspect Test (unit)
(source) 		Basic function test of r.slope.aspect
Test Module Status Output validation command line argument
1 of 1 log-> r.slope.aspect success Output valid elevation=elevation slope=g2d_test_map_15563_slope aspect=g2d_test_map_15563_aspect pcurv=g2d_test_map_15563_pcurv tcurv=g2d_test_map_15563_tcurv dx=g2d_test_map_15563_dx dy=g2d_test_map_15563_dy dxx=g2d_test_map_15563_dxx dyy=g2d_test_map_15563_dyy dxy=g2d_test_map_15563_dxy
r.stats Test (unit)
(source) 		Basic function test of r.stats
Test Module Status Output validation command line argument
1 of 11 log-> r.stats success Output valid -1 input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.stats
2 of 11 log-> r.stats success Output valid -A input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.stats
3 of 11 log-> r.stats success Output valid -a input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.stats
4 of 11 log-> r.stats success Output valid -c input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.stats
5 of 11 log-> r.stats success Output valid -p input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.stats
6 of 11 log-> r.stats success Output valid -l input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test5.stats
7 of 11 log-> r.stats success Output valid -g input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test6.stats
8 of 11 log-> r.stats success Output valid -x input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test7.stats
9 of 11 log-> r.stats success Output valid -C input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test8.stats
10 of 11 log-> r.stats success Output valid -r input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test9.stats
11 of 11 log-> r.stats success Output valid -i input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test10.stats
r.surf.idw2 test (unit)
(source) 		Full function test of r.surf.idw2
Test Module Status Output validation command line argument
1 of 2 log-> r.surf.idw2 success Output valid input=points output=surfmap_1_15950
2 of 2 log-> r.surf.idw2 success Output valid input=lines output=surfmap_2_15950
r.surf.idw test (unit)
(source) 		Full function test of r.surf.idw
Test Module Status Output validation command line argument
1 of 2 log-> r.surf.idw success Output valid input=points output=surf_map_1_16009
2 of 2 log-> r.surf.idw success Output valid input=lines output=surf_map_2_16009
r.surf.random test (unit)
(source) 		Full function test of r.surf.random
Test Module Status Output validation command line argument
1 of 2 log-> r.surf.random success none min=0 max=100 out=surf_r_map_1_16068
2 of 2 log-> r.surf.random success none min=345 max=567 out=surf_r_map_2_16068
r.terraflow test (unit)
(source) 		Basic function test of r.terraflow
Test Module Status Output validation command line argument
1 of 1 log-> r.terraflow success Output valid elev=elevation filled=g2d_test_map_16103_filled direction=g2d_test_map_16103_direction swatershed=g2d_test_map_16103_swatershed accumulation=g2d_test_map_16103_accumulation tci=g2d_test_map_16103_tci STREAM_DIR=/tmp stats=/tmp/stats.out
r.to.rast3 test (unit)
(source) 		Full function test of r.to.rast3
Test Module Status Output validation command line argument
1 of 4 log-> r.to.rast3 success Output valid input=Int140,Int180,Int220,Int260,Int300 output=g3d_test_map_1_16197
2 of 4 log-> r.to.rast3 success Output valid input=Float140,Float180,Float220,Float260,Float300 output=g3d_test_map_2_16197
3 of 4 log-> r.to.rast3 success Output valid input=Int140,Int300 output=g3d_test_map_3_16197
4 of 4 log-> r.to.rast3 success Output valid input=Float140,Float300 output=g3d_test_map_4_16197
r.to.vect Test (unit)
(source) 		Basic function test of r.to.vect
Test Module Status Output validation command line argument
1 of 7 log-> r.to.vect success Output valid feature=point input=points output=vector_1_16294
2 of 7 log-> r.to.vect success Output valid feature=point -v input=points output=vector_2_16294
3 of 7 log-> r.to.vect success Output valid feature=point -z input=points output=vector_3_16294
4 of 7 log-> r.to.vect success Output valid feature=line input=lines output=vector_4_16294
5 of 7 log-> r.to.vect success Output valid feature=area input=points_buff output=vector_5_16294
6 of 7 log-> r.to.vect success Output valid feature=line -s input=lines output=vector_6_16294
7 of 7 log-> r.to.vect success Output valid feature=area -s input=points_buff output=vector_7_16294
r.watershed Test (unit)
(source) 		Very Basic function test of r.watershed
Test Module Status Output validation command line argument
1 of 1 log-> r.watershed success Output valid elevation=elevation accumulation=map_16467_accumulation drainage=map_16467_drainage basin=map_16467_basin stream=map_16467_stream slope.steepness=map_16467_slope.steepness half.basin=map_16467_half.basin visual=map_16467_visual length.slope=map_16467_length.slope threshold=100

Raster3d (r3.*) modules test

r3.mapcalc Test (unit)
(source) 		Tests the basic functions of r3.mapcalc
Test Module Status Output validation command line argument
1 of 5 log-> r3.mapcalc success Output valid "mapcalc_output0_16612 = 10"
2 of 5 log-> r3.mapcalc success Output valid "mapcalc_output1_16612 = 10.0"
3 of 5 log-> r3.mapcalc success Output valid "mapcalc_output2_16612 = sin(x()) + cos(y()) + row() +col()"
4 of 5 log-> r3.mapcalc success Output valid "mapcalc_output3_16612 = 1*mapcalc_output0_16612"
5 of 5 log-> r3.mapcalc success Output valid "mapcalc_output4_16612 = 1*mapcalc_output2_16612"
r3.cross.rast test (unit)
(source) 		Full function test of r3.cross.rast
Test Module Status Output validation command line argument
1 of 4 log-> r3.cross.rast success Output valid input=volume elevation=Int180 output=g2d_test_map_1_16728
2 of 4 log-> r3.cross.rast success Output valid input=volume elevation=Float180 output=g2d_test_map_2_16728
3 of 4 log-> r3.cross.rast success Output valid input=volume elevation=elevation output=g2d_test_map_3_16728
4 of 4 log-> r3.cross.rast success Output valid input=random elevation=elevation output=g2d_test_map_4_16728
r3.info Test (unit)
(source) 		Full function test of r3.info
Test Module Status Output validation command line argument
1 of 7 log-> r3.info success none map=volume
2 of 7 log-> r3.info success none -p map=volume
3 of 7 log-> r3.info success none -r map=volume
4 of 7 log-> r3.info success none -s map=volume
5 of 7 log-> r3.info success none -t map=volume
6 of 7 log-> r3.info success none -g map=volume
7 of 7 log-> r3.info success none -h map=volume
r3.mask test (unit)
(source) 		Basic function test of r3.mask
Test Module Status Output validation command line argument
1 of 2 log-> r3.mapcalc success Output valid "g3d_mapcalc_test_map_16888 = 10"
2 of 2 log-> r3.mask success Output valid map=g3d_mapcalc_test_map_16888 maskvalues=10
r3.null test (unit)
(source) 		Basic function test of r3.null
Test Module Status Output validation command line argument
1 of 6 log-> r3.mapcalc success Output valid "g3d_mapcalc_test_map_16947 = depth()"
2 of 6 log-> r3.info success none -r map=g3d_mapcalc_test_map_16947
3 of 6 log-> r3.null success Output valid map=g3d_mapcalc_test_map_16947 setnull=1
4 of 6 log-> r3.info success none -r map=g3d_mapcalc_test_map_16947
5 of 6 log-> r3.null success Output valid map=g3d_mapcalc_test_map_16947 null=1
6 of 6 log-> r3.info success none -r map=g3d_mapcalc_test_map_16947
r3.out.vtk Test (unit)
(source) 		Basic function test of r3.out.vtk
Test Module Status Output validation command line argument
1 of 10 log-> r3.out.vtk success Output valid dp=3 input=volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.vtk
2 of 10 log-> r3.out.vtk success Output valid dp=3 input=volume,random output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.vtk
3 of 10 log-> r3.out.vtk success Output valid dp=3 null=0.0 input=random output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.vtk
4 of 10 log-> r3.out.vtk success Output valid dp=3 -pm null=0.0 input=random,volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.vtk
5 of 10 log-> r3.out.vtk success Output valid dp=3 elevscale=20 null=0.0 input=random,volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.vtk
6 of 10 log-> r3.out.vtk success Output valid dp=3 -pm elevscale=20 null=0.0 input=random,volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test5.vtk
7 of 10 log-> r3.out.vtk success Output valid dp=3 -s elevscale=20 null=0.0 bottom=Int0 top=elevation input=volume,random output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test6.vtk
8 of 10 log-> r3.out.vtk success Output valid dp=2 -s elevscale=20 null=0.0 bottom=Int0 top=elevation input=random,volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test7.vtk rgbmaps=random,random,random vectormaps=random,random,random
9 of 10 log-> r3.out.vtk success Output valid dp=2 -sp elevscale=20 null=0.0 bottom=Int0 top=elevation input=random,volume output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test8.vtk rgbmaps=random,random,random vectormaps=random,random,random
10 of 10 log-> r3.out.vtk success Output valid dp=3 -sp elevscale=20 null=0.0 bottom=Int0 top=elevation input=volume,random output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test9.vtk
r3.timestamp Test (unit)
(source) 		Basic function test of r3.timestamp
Test Module Status Output validation command line argument
1 of 4 log-> r3.mapcalc success Output valid mapcalc_test_map_17264 = 10
2 of 4 log-> r3.timestamp success none "date=18 feb 2005 10:30:00/20 jul 2007 20:30:00" map=mapcalc_test_map_17264
3 of 4 log-> r3.timestamp success none map=mapcalc_test_map_17264
4 of 4 log-> r3.timestamp success none date=none map=mapcalc_test_map_17264
r3.to.rast Test (unit)
(source) 		Basic function test of r3.to.rast
Test Module Status Output validation command line argument
1 of 2 log-> r3.to.rast success Output valid input=volume output=g2d_test_map_17322

Vector (v.*) modules test

v.buffer test (unit)
(source) 		Full function test of v.buffer.
Test Module Status Output validation command line argument
1 of 9 log-> v.buffer validation-failure output-invalid input=points@PERMANENT output=points_buff_1_17429 buffer=20
2 of 9 log-> v.buffer success Output valid input=lines@PERMANENT output=lines_buff_1_17429 buffer=20
3 of 9 log-> v.buffer validation-failure output-invalid input=elevation@PERMANENT output=elevation_buff_1_17429 buffer=20
4 of 9 log-> v.buffer validation-failure output-invalid input=points@PERMANENT output=points_buff_2_17429 buffer=90
5 of 9 log-> v.buffer success Output valid input=lines@PERMANENT output=lines_buff_2_17429 buffer=90
6 of 9 log-> v.buffer validation-failure output-invalid input=elevation@PERMANENT output=elevation_buff_2_17429 buffer=90
7 of 9 log-> v.buffer validation-failure output-invalid input=points@PERMANENT output=points_buff_3_17429 buffer=200
8 of 9 log-> v.buffer success Output valid input=lines@PERMANENT output=lines_buff_3_17429 buffer=200
9 of 9 log-> v.buffer validation-failure output-invalid input=elevation@PERMANENT output=elevation_buff_3_17429 buffer=200
v.in.ascii test (unit)
(source) 		Basic function test of v.in.ascii
Test Module Status Output validation command line argument
1 of 6 log-> v.in.ascii success Output valid -t input=/tmp/GRASS_Testsuite/ExternalData/points-vectpoint.ascii output=vect_input_17631_0 format=point
2 of 6 log-> v.in.ascii success Output valid -t input=/tmp/GRASS_Testsuite/ExternalData/lines-vectpoint.ascii output=vect_input_17631_1 format=point
3 of 6 log-> v.in.ascii success Output valid -t input=/tmp/GRASS_Testsuite/ExternalData/areas-vectpoint.ascii output=vect_input_17631_2 format=point
4 of 6 log-> v.in.ascii success Output valid input=/tmp/GRASS_Testsuite/ExternalData/points-vectstandard.ascii output=vect_input_17631_3 format=standard
5 of 6 log-> v.in.ascii success Output valid input=/tmp/GRASS_Testsuite/ExternalData/lines-vectstandard.ascii output=vect_input_17631_4 format=standard
6 of 6 log-> v.in.ascii success Output valid input=/tmp/GRASS_Testsuite/ExternalData/areas-vectstandard.ascii output=vect_input_17631_5 format=standard
v.in.dxf test (unit)
(source) 		Basic function test of v.in.dxf
Test Module Status Output validation command line argument
1 of 3 log-> v.in.dxf success none -te input=/tmp/GRASS_Testsuite/ExternalData/Points.dxf output=vect_input_v_in_dxf_0
2 of 3 log-> v.in.dxf success none -te input=/tmp/GRASS_Testsuite/ExternalData/Lines.dxf output=vect_input_v_in_dxf_1
3 of 3 log-> v.in.dxf success none -te input=/tmp/GRASS_Testsuite/ExternalData/Areas.dxf output=vect_input_v_in_dxf_2
v.in.ogr test (unit)
(source) 		Basic function test of v.in.ogr, only ESRI shape and MapInfo files are imported
Test Module Status Output validation command line argument
1 of 8 log-> v.in.ogr success Output valid output=OGRImport_17814_0 type=point dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_0
2 of 8 log-> v.in.ogr success none -l output=OGRImport_17814_1 type=point dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_1
3 of 8 log-> v.in.ogr success Output valid output=OGRImport_17814_2 type=line dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_2
4 of 8 log-> v.in.ogr success none -l output=OGRImport_17814_3 type=line dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_3
5 of 8 log-> v.in.ogr success Output valid output=OGRImport_17814_4 type=line dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_4
6 of 8 log-> v.in.ogr success none -f output=OGRImport_17814_5 type=line dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_5
7 of 8 log-> v.in.ogr success Output valid output=OGRImport_17814_6 type=centroid,boundary dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_6
8 of 8 log-> v.in.ogr success none -f output=OGRImport_17814_7 type=centroid,boundary dsn=/tmp/GRASS_Testsuite/ExternalData layer=OGRImportData_7
v.out.vtk test (unit)
(source) 		Basic function test of v.out.vtk
Test Module Status Output validation command line argument
1 of 10 log-> v.out.vtk success Output valid input=points type=point layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.vtk
2 of 10 log-> v.out.vtk success Output valid input=points type=point layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.vtk
3 of 10 log-> v.out.vtk success Output valid input=lines type=line layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.vtk
4 of 10 log-> v.out.vtk success Output valid input=elevation type=line layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.vtk
5 of 10 log-> v.out.vtk success Output valid input=areas type=area layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test4.vtk
6 of 10 log-> v.out.vtk success Output valid input=areas type=area layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test5.vtk
7 of 10 log-> v.out.vtk success Output valid input=areas type=centroid layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test6.vtk
8 of 10 log-> v.out.vtk success Output valid input=areas type=area,centroid layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test7.vtk
9 of 10 log-> v.out.vtk success Output valid input=areas type=boundary,area,centroid layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test8.vtk
10 of 10 log-> v.out.vtk success Output valid input=areas layer=1 dp=2 output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test9.vtk
v.out.ogr test (unit)
(source) 		Basic function test of v.out.ogr, only ESRI shape and MapInfo files are generated
Test Module Status Output validation command line argument
1 of 8 log-> v.out.ogr success Output valid input=points format=ESRI_Shapefile type=point dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_0
2 of 8 log-> v.out.ogr success Output valid input=points format=MapInfo_File type=point dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_1
3 of 8 log-> v.out.ogr success Output valid input=lines format=ESRI_Shapefile type=line dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_2
4 of 8 log-> v.out.ogr success Output valid input=lines format=MapInfo_File type=line dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_3
5 of 8 log-> v.out.ogr success Output valid input=elevation format=ESRI_Shapefile type=line dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_4
6 of 8 log-> v.out.ogr success Output valid input=elevation format=MapInfo_File type=line dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_5
7 of 8 log-> v.out.ogr success Output valid input=areas format=ESRI_Shapefile type=centroid,boundary,area dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_6
8 of 8 log-> v.out.ogr success Output valid input=areas format=MapInfo_File type=area dsn=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata olayer=OGRExportData_7
v.out.pov test (unit)
(source) 		Basic function test of v.out.pov
Test Module Status Output validation command line argument
1 of 4 log-> v.out.pov success Output valid input=points output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.pov
2 of 4 log-> v.out.pov success Output valid input=lines output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.pov
3 of 4 log-> v.out.pov success Output valid input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.pov
4 of 4 log-> v.out.pov success Output valid input=areas output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.pov
v.out.dxf test (unit)
(source) 		Basic function test of v.out.dxf
Test Module Status Output validation command line argument
1 of 4 log-> v.out.dxf success Output valid input=points output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test0.dxf
2 of 4 log-> v.out.dxf success Output valid input=lines output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test1.dxf
3 of 4 log-> v.out.dxf success Output valid input=elevation output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test2.dxf
4 of 4 log-> v.out.dxf success Output valid input=areas output=/tmp/GRASS_Testsuite/TestLocation/testmapset/.tmp/Tachikoma/12544.0/testdata/test3.dxf
v.extract test (unit)
(source) 		Basic function test of v.extract.
Test Module Status Output validation command line argument
1 of 3 log-> v.extract success Output valid -d list=1,2,3,4,5,6,7,8,9 input=points output=points_18882 type=point new=1
2 of 3 log-> v.extract success Output valid input=lines output=lines_18882 type=line list=1
3 of 3 log-> v.extract success Output valid input=areas output=areas_18882 type=area where="cat > 10"
v.drape test (unit)
(source) 		Full function test of v.drape.
Test Module Status Output validation command line argument
1 of 6 log-> v.drape success Output valid input=points@PERMANENT rast=elevation@PERMANENT method=nearest output=points_nearest_18967
2 of 6 log-> v.drape success Output valid input=elevation@PERMANENT rast=elevation@PERMANENT method=nearest output=lines_nearest_18967
3 of 6 log-> v.drape success Output valid input=points@PERMANENT rast=elevation@PERMANENT method=bilinear output=points_bilinear_18967
4 of 6 log-> v.drape success Output valid input=elevation@PERMANENT rast=elevation@PERMANENT method=bilinear output=lines_bilinear_18967
5 of 6 log-> v.drape success Output valid input=points@PERMANENT rast=elevation@PERMANENT method=cubic output=points_cubic_18967
6 of 6 log-> v.drape success Output valid input=elevation@PERMANENT rast=elevation@PERMANENT method=cubic output=lines_cubic_18967
v.hull test (unit)
(source) 		Full function test of v.hull.
Test Module Status Output validation command line argument
1 of 1 log-> v.hull success Output valid input=points output=hull_19132
v.patch test (unit)
(source) 		Full function test of v.patch.
Test Module Status Output validation command line argument
1 of 1 log-> v.patch validation-failure output-invalid input=points,areas,elevation,lines output=patch_19176
v.parallel test (unit)
(source) 		Full function test of v.parallel.
Test Module Status Output validation command line argument
1 of 1 log-> v.parallel success Output valid input=lines@PERMANENT output=parallel_19217 distance=50