New scheme for managing platform-specific regress test result files.

Instead of hard-wiring one result file per platform, there is a map file
'resultmap' that says which one to use --- a lot like template/.similar.
I have only created entries in resultmap for my own platform (HPUX) so
far; feel free to add lines for other platforms.
This commit is contained in:
Tom Lane 2000-01-09 07:54:00 +00:00
parent 2a19ac97a7
commit bd62e062aa
10 changed files with 2328 additions and 143 deletions

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@ -7,7 +7,7 @@
#
#
# IDENTIFICATION
# $Header: /cvsroot/pgsql/src/Attic/GNUmakefile.in,v 1.46 1999/12/04 04:34:56 momjian Exp $
# $Header: /cvsroot/pgsql/src/Attic/GNUmakefile.in,v 1.47 2000/01/09 07:53:52 tgl Exp $
#
#-------------------------------------------------------------------------
@ -104,7 +104,8 @@ distclean: clean
interfaces/odbc/Makefile.global \
pl/plpgsql/src/Makefile \
pl/plpgsql/src/mklang.sql \
pl/tcl/mkMakefile.tcldefs.sh
pl/tcl/mkMakefile.tcldefs.sh \
test/regress/GNUmakefile
.DEFAULT:
$(MAKE) -C lextest $@

2
src/configure vendored
View File

@ -7924,6 +7924,7 @@ trap 'rm -fr `echo "GNUmakefile
pl/plpgsql/src/Makefile
pl/plpgsql/src/mklang.sql
pl/tcl/mkMakefile.tcldefs.sh
test/regress/GNUmakefile
include/config.h" | sed "s/:[^ ]*//g"` conftest*; exit 1' 1 2 15
EOF
cat >> $CONFIG_STATUS <<EOF
@ -8098,6 +8099,7 @@ CONFIG_FILES=\${CONFIG_FILES-"GNUmakefile
pl/plpgsql/src/Makefile
pl/plpgsql/src/mklang.sql
pl/tcl/mkMakefile.tcldefs.sh
test/regress/GNUmakefile
"}
EOF
cat >> $CONFIG_STATUS <<\EOF

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@ -1250,4 +1250,5 @@ AC_OUTPUT(
pl/plpgsql/src/Makefile
pl/plpgsql/src/mklang.sql
pl/tcl/mkMakefile.tcldefs.sh
test/regress/GNUmakefile
)

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@ -1,20 +1,24 @@
#-------------------------------------------------------------------------
#
# Makefile--
# Makefile for regress (the regression test)
# GNUmakefile--
# Makefile for regress (the regression tests)
#
# Copyright (c) 1994, Regents of the University of California
#
#
# IDENTIFICATION
# $Header: /cvsroot/pgsql/src/test/regress/GNUmakefile,v 1.20 1999/11/19 18:51:48 wieck Exp $
# $Header: /cvsroot/pgsql/src/test/regress/Attic/GNUmakefile.in,v 1.1 2000/01/09 07:53:58 tgl Exp $
#
#-------------------------------------------------------------------------
SRCDIR= ../..
include ../../Makefile.global
include $(SRCDIR)/Makefile.global
CFLAGS+= -I$(LIBPQDIR) -I../../include $(CFLAGS_SL)
CONTRIB= $(SRCDIR)/../contrib
HOST= @host@
CFLAGS+= -I$(LIBPQDIR) -I$(SRCDIR)/include $(CFLAGS_SL)
LDADD+= -L$(LIBPQDIR) -lpq
@ -43,17 +47,17 @@ endif
EXTRA_TESTS = numeric_big
#
# prepare to run the test (including clean-up after the last run)
# prepare to run the tests
#
all: $(INFILES)
cd input; $(MAKE) all; cd ..
cd output; $(MAKE) all; cd ..
#ifneq ($(PORTNAME), win)
$(MAKE) -C ../../../contrib/spi REFINT_VERBOSE=1 refint$(DLSUFFIX) \
autoinc$(DLSUFFIX)
$(MAKE) -C $(CONTRIB)/spi REFINT_VERBOSE=1 \
refint$(DLSUFFIX) autoinc$(DLSUFFIX)
#else
# cat /dev/null > ../../../contrib/spi/refint$(DLSUFFIX)
# cat /dev/null > ../../../contrib/spi/autoinc$(DLSUFFIX)
# cat /dev/null > $(CONTRIB)/spi/refint$(DLSUFFIX)
# cat /dev/null > $(CONTRIB)/spi/autoinc$(DLSUFFIX)
#endif
#ifeq ($(PORTNAME), win)
@ -62,15 +66,15 @@ all: $(INFILES)
#endif
#
# run the test
# run the tests
#
runtest: $(INFILES)
ifneq ($(PORTNAME), win)
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
$(SHELL) ./regress.sh $(PORTNAME) 2>&1 | tee regress.out
$(SHELL) ./regress.sh $(HOST) 2>&1 | tee regress.out
else
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
./regress.sh $(PORTNAME) 2>&1 | tee regress.out
./regress.sh $(HOST) 2>&1 | tee regress.out
endif
@echo "ACTUAL RESULTS OF REGRESSION TEST ARE NOW IN FILE regress.out"
@echo ""
@ -84,10 +88,10 @@ endif
bigtest: $(INFILES)
ifneq ($(PORTNAME), win)
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
$(SHELL) ./regress.sh $(PORTNAME) $(EXTRA_TESTS) 2>&1 | tee regress.out
$(SHELL) ./regress.sh $(HOST) $(EXTRA_TESTS) 2>&1 | tee regress.out
else
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
./regress.sh $(PORTNAME) $(EXTRA_TESTS) 2>&1 | tee regress.out
./regress.sh $(HOST) $(EXTRA_TESTS) 2>&1 | tee regress.out
endif
@echo "ACTUAL RESULTS OF REGRESSION TEST ARE NOW IN FILE regress.out"
@ -97,10 +101,10 @@ endif
runcheck: $(INFILES)
ifneq ($(PORTNAME), win)
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
$(SHELL) ./run_check.sh $(PORTNAME)
$(SHELL) ./run_check.sh $(HOST)
else
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
./run_check.sh $(PORTNAME)
./run_check.sh $(HOST)
endif
@echo "ACTUAL RESULTS OF REGRESSION TEST ARE NOW IN FILES run_check.out"
@echo "AND regress.out"
@ -115,21 +119,21 @@ endif
bigcheck: $(INFILES)
ifneq ($(PORTNAME), win)
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
$(SHELL) ./run_check.sh $(PORTNAME) $(EXTRA_TESTS)
$(SHELL) ./run_check.sh $(HOST) $(EXTRA_TESTS)
else
MULTIBYTE=$(MULTIBYTE);export MULTIBYTE; \
./run_check.sh $(PORTNAME) $(EXTRA_TESTS)
./run_check.sh $(HOST) $(EXTRA_TESTS)
endif
@echo "ACTUAL RESULTS OF REGRESSION TEST ARE NOW IN FILES run_check.out"
@echo "AND regress.out"
clean:
rm -f $(INFILES) regress.out regress.o regression.diffs
rm -f $(INFILES) regress.out run_check.out regress.o regression.diffs
ifeq ($(PORTNAME), win)
rm -f regress.def
endif
$(MAKE) -C sql clean
$(MAKE) -C expected clean
$(MAKE) -C results clean
$(MAKE) -C ../../../contrib/spi clean
$(MAKE) -C $(CONTRIB)/spi clean
rm -rf tmp_check

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@ -2,13 +2,11 @@
Introduction
The PostgreSQL regression tests are a comprehensive set of tests for the
SQL implementation embedded in PostgreSQL developed by Jolly Chen and
Andrew Yu. It tests standard SQL operations as well as the extensibility
capabilities of PostgreSQL.
SQL implementation embedded in PostgreSQL. They test standard SQL
operations as well as the extensibility capabilities of PostgreSQL.
These tests have recently been revised by Marc Fournier and Thomas Lockhart
to become current for PostgreSQL v6.1. The tests are now packaged as
functional units and should be easier to run and easier to interpret.
The regression tests were originally developed by Jolly Chen and Andrew Yu,
and were extensively revised/repackaged by Marc Fournier and Thomas Lockhart.
Some properly installed and fully functional PostgreSQL installations
can fail some of these regression tests due to artifacts of floating point
@ -19,12 +17,11 @@ Introduction
Preparation
The regression test is invoked by the 'make' command which compiles
a 'c' program with PostgreSQL extension functions into a shared library
in the current directory. Localized shell scripts are also created in
the current directory. The output file templates are massaged into the
./expected/*.out files. The localization replaces macros in the source
files with absolute pathnames and user names.
To prepare for regression testing, do "make all". This compiles
a 'C' program with PostgreSQL extension functions into a shared library
in the current directory. Localized SQL scripts and output-comparison
files are also created for the tests that need them. The localization
replaces macros in the source files with absolute pathnames and user names.
It was formerly necessary to run the postmaster with system time zone
set to PST, but this is no longer required. You can run the regression
@ -45,24 +42,32 @@ Directory Layout
expected/ . .out files that represent what we *expect* the results to
look like
results/ .. .out files that represent what the results *actually* look
results/ .. .out files that contain what the results *actually* look
like. Also used as temporary storage for table copy testing.
Running the regression test
If you have prevously invoked the regression test, clean up the
working directory with:
If you have previously run the regression test for a different Postgres
release, make sure you have up-to-date comparison files by doing
make clean
make clean all
The regression test is invoked with the command:
make all runtest
make runtest
Normally, the regression test should be run as the pg_superuser since
or you can do
make runcheck
which invokes a parallel form of the regress tests, and does not
need an already-installed postmaster. Instead, runcheck creates
a temporary installation under the regress directory.
Normally, the regression tests should be run as the postgres user since
the 'src/test/regress' directory and sub-directories are owned by the
pg_superuser. If you run the regression test as another user the
'src/test/regress' directory tree should be writeable to that user.
postgres user. If you run the regression test as another user the
'src/test/regress' directory tree must be writeable to that user.
Comparing expected/actual output
@ -74,6 +79,11 @@ Comparing expected/actual output
The files might not compare exactly. The following paragraphs attempt
to explain the differences.
Once the output files have been verified for a particular platform,
it is possible to provide new platform-specific comparison files,
so that future test runs won't report bogus "failures". See
'Platform-specific comparison files', below.
Error message differences
Some of the regression tests involve intentional invalid input values.
@ -83,20 +93,6 @@ Error message differences
differences in messages will result in a "failed" regression test which
can be validated by inspection.
OID differences
There are several places where PostgreSQL OID (object identifiers) appear
in 'regress.out'. OID's are unique 32-bit integers which are generated
by the PostgreSQL backend whenever a table row is inserted or updated.
If you run the regression test on a non-virgin database or run it multiple
times, the OID's reported will have different values.
The following SQL statements in 'misc.out' have shown this behavior:
QUERY: SELECT user_relns() AS user_relns ORDER BY user_relns;
The 'a,523676' row is composed from an OID.
DATE/TIME differences
Most of the date and time results are dependent on timezone environment.
@ -164,6 +160,38 @@ The 'expected' files
careful (?) inspection. Many of the development machines are running a
Unix OS variant (FreeBSD, Linux, etc) on Ix86 hardware.
Platform-specific comparison files
Since some of the tests inherently produce platform-specific results,
we have provided a way to supply platform-specific result comparison
files. Frequently, the same variation applies to multiple platforms;
rather than supplying a separate comparison file for every platform,
there is a mapping file that defines which comparison file to use.
So, to eliminate bogus test "failures" for a particular platform,
you must choose or make a variant result file, and then add a line
to the mapping file, which is "resultmap".
Each line in the mapping file is of the form
testname/platformname=comparisonfilename
The test name is just the name of the particular regression test module.
The platform name is the platform name as printed by config.guess (in
the toplevel PostgreSQL src directory), or any prefix of it. The
comparison file name is the name of the substitute result comparison file.
For example: the int2 regress test includes a deliberate entry of a value
that is too large to fit in int2. The specific error message that is
produced is platform-dependent; our reference platform emits
ERROR: pg_atoi: error reading "100000": Numerical result out of range
but a fair number of other Unix platforms emit
ERROR: pg_atoi: error reading "100000": Result too large
Therefore, we provide a variant comparison file, int2-too-large.out,
that includes this spelling of the error message. To silence the
bogus "failure" message on HPPA platforms, resultmap includes
int2/hppa=int2-too-large
which will trigger on any machine for which config.guess's output
begins with 'hppa'. Other lines in resultmap select the variant
comparison file for other platforms where it's appropriate.
Current release notes (Thomas.Lockhart@jpl.nasa.gov)
The regression tests have been adapted and extensively modified for the

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@ -0,0 +1,532 @@
--
-- GEOMETRY
--
--
-- Points
--
SELECT '' AS four, center(f1) AS center
FROM BOX_TBL;
four | center
------+---------
| (1,1)
| (2,2)
| (2.5,3)
| (3,3)
(4 rows)
SELECT '' AS four, (@@ f1) AS center
FROM BOX_TBL;
four | center
------+---------
| (1,1)
| (2,2)
| (2.5,3)
| (3,3)
(4 rows)
SELECT '' AS six, point(f1) AS center
FROM CIRCLE_TBL;
six | center
-----+-----------
| (0,0)
| (1,2)
| (1,3)
| (1,2)
| (100,200)
| (100,0)
(6 rows)
SELECT '' AS six, (@@ f1) AS center
FROM CIRCLE_TBL;
six | center
-----+-----------
| (0,0)
| (1,2)
| (1,3)
| (1,2)
| (100,200)
| (100,0)
(6 rows)
SELECT '' AS two, (@@ f1) AS center
FROM POLYGON_TBL
WHERE (# f1) > 2;
two | center
-----+-------------------------------------
| (1.33333333333333,1.33333333333333)
| (2.33333333333333,1.33333333333333)
(2 rows)
-- "is horizontal" function
SELECT '' AS two, p1.f1
FROM POINT_TBL p1
WHERE ishorizontal(p1.f1, point '(0,0)');
two | f1
-----+---------
| (0,0)
| (-10,0)
(2 rows)
-- "is horizontal" operator
SELECT '' AS two, p1.f1
FROM POINT_TBL p1
WHERE p1.f1 ?- point '(0,0)';
two | f1
-----+---------
| (0,0)
| (-10,0)
(2 rows)
-- "is vertical" function
SELECT '' AS one, p1.f1
FROM POINT_TBL p1
WHERE isvertical(p1.f1, point '(5.1,34.5)');
one | f1
-----+------------
| (5.1,34.5)
(1 row)
-- "is vertical" operator
SELECT '' AS one, p1.f1
FROM POINT_TBL p1
WHERE p1.f1 ?| point '(5.1,34.5)';
one | f1
-----+------------
| (5.1,34.5)
(1 row)
--
-- Line segments
--
-- intersection
SELECT '' AS count, p.f1, l.s, l.s # p.f1 AS intersection
FROM LSEG_TBL l, POINT_TBL p;
ERROR: Unable to identify an operator '#' for types 'lseg' and 'point'
You will have to retype this query using an explicit cast
-- closest point
SELECT '' AS thirty, p.f1, l.s, p.f1 ## l.s AS closest
FROM LSEG_TBL l, POINT_TBL p;
thirty | f1 | s | closest
--------+------------+-------------------------------+---------------------------------------
| (0,0) | [(1,2),(3,4)] | (1,2)
| (-10,0) | [(1,2),(3,4)] | (1,2)
| (-3,4) | [(1,2),(3,4)] | (1,2)
| (5.1,34.5) | [(1,2),(3,4)] | (3,4)
| (-5,-12) | [(1,2),(3,4)] | (1,2)
| (10,10) | [(1,2),(3,4)] | (3,4)
| (0,0) | [(0,0),(6,6)] | (0,0)
| (-10,0) | [(0,0),(6,6)] | (0,0)
| (-3,4) | [(0,0),(6,6)] | (0.5,0.5)
| (5.1,34.5) | [(0,0),(6,6)] | (6,6)
| (-5,-12) | [(0,0),(6,6)] | (0,0)
| (10,10) | [(0,0),(6,6)] | (6,6)
| (0,0) | [(10,-10),(-3,-4)] | (-2.04878048780488,-4.4390243902439)
| (-10,0) | [(10,-10),(-3,-4)] | (-3,-4)
| (-3,4) | [(10,-10),(-3,-4)] | (-3,-4)
| (5.1,34.5) | [(10,-10),(-3,-4)] | (-3,-4)
| (-5,-12) | [(10,-10),(-3,-4)] | (-1.60487804878049,-4.64390243902439)
| (10,10) | [(10,-10),(-3,-4)] | (2.39024390243902,-6.48780487804878)
| (0,0) | [(-1000000,200),(300000,-40)] | (0.0028402365895872,15.384614860264)
| (-10,0) | [(-1000000,200),(300000,-40)] | (-9.99715942258202,15.3864610140472)
| (-3,4) | [(-1000000,200),(300000,-40)] | (-2.99789812267519,15.3851688427303)
| (5.1,34.5) | [(-1000000,200),(300000,-40)] | (5.09647083221496,15.3836744976925)
| (-5,-12) | [(-1000000,200),(300000,-40)] | (-4.99494420845634,15.3855375281616)
| (10,10) | [(-1000000,200),(300000,-40)] | (10.000993741978,15.3827690473092)
| (0,0) | [(11,22),(33,44)] | (11,22)
| (-10,0) | [(11,22),(33,44)] | (11,22)
| (-3,4) | [(11,22),(33,44)] | (11,22)
| (5.1,34.5) | [(11,22),(33,44)] | (14.3,25.3)
| (-5,-12) | [(11,22),(33,44)] | (11,22)
| (10,10) | [(11,22),(33,44)] | (11,22)
(30 rows)
--
-- Lines
--
--
-- Boxes
--
SELECT '' as six, box(f1) AS box FROM CIRCLE_TBL;
six | box
-----+----------------------------------------------------------------------------
| (2.12132034355964,2.12132034355964),(-2.12132034355964,-2.12132034355964)
| (71.7106781186547,72.7106781186547),(-69.7106781186547,-68.7106781186547)
| (4.53553390593274,6.53553390593274),(-2.53553390593274,-0.535533905932737)
| (3.12132034355964,4.12132034355964),(-1.12132034355964,-0.121320343559642)
| (107.071067811865,207.071067811865),(92.9289321881345,192.928932188135)
| (170.710678118655,70.7106781186547),(29.2893218813453,-70.7106781186547)
(6 rows)
-- translation
SELECT '' AS twentyfour, b.f1 + p.f1 AS translation
FROM BOX_TBL b, POINT_TBL p;
twentyfour | translation
------------+-------------------------
| (2,2),(0,0)
| (3,3),(1,1)
| (2.5,3.5),(2.5,2.5)
| (3,3),(3,3)
| (-8,2),(-10,0)
| (-7,3),(-9,1)
| (-7.5,3.5),(-7.5,2.5)
| (-7,3),(-7,3)
| (-1,6),(-3,4)
| (0,7),(-2,5)
| (-0.5,7.5),(-0.5,6.5)
| (0,7),(0,7)
| (7.1,36.5),(5.1,34.5)
| (8.1,37.5),(6.1,35.5)
| (7.6,38),(7.6,37)
| (8.1,37.5),(8.1,37.5)
| (-3,-10),(-5,-12)
| (-2,-9),(-4,-11)
| (-2.5,-8.5),(-2.5,-9.5)
| (-2,-9),(-2,-9)
| (12,12),(10,10)
| (13,13),(11,11)
| (12.5,13.5),(12.5,12.5)
| (13,13),(13,13)
(24 rows)
SELECT '' AS twentyfour, b.f1 - p.f1 AS translation
FROM BOX_TBL b, POINT_TBL p;
twentyfour | translation
------------+---------------------------
| (2,2),(0,0)
| (3,3),(1,1)
| (2.5,3.5),(2.5,2.5)
| (3,3),(3,3)
| (12,2),(10,0)
| (13,3),(11,1)
| (12.5,3.5),(12.5,2.5)
| (13,3),(13,3)
| (5,-2),(3,-4)
| (6,-1),(4,-3)
| (5.5,-0.5),(5.5,-1.5)
| (6,-1),(6,-1)
| (-3.1,-32.5),(-5.1,-34.5)
| (-2.1,-31.5),(-4.1,-33.5)
| (-2.6,-31),(-2.6,-32)
| (-2.1,-31.5),(-2.1,-31.5)
| (7,14),(5,12)
| (8,15),(6,13)
| (7.5,15.5),(7.5,14.5)
| (8,15),(8,15)
| (-8,-8),(-10,-10)
| (-7,-7),(-9,-9)
| (-7.5,-6.5),(-7.5,-7.5)
| (-7,-7),(-7,-7)
(24 rows)
-- scaling and rotation
SELECT '' AS twentyfour, b.f1 * p.f1 AS rotation
FROM BOX_TBL b, POINT_TBL p;
twentyfour | rotation
------------+-----------------------------
| (0,0),(0,0)
| (0,0),(0,0)
| (0,0),(0,0)
| (0,0),(0,0)
| (0,0),(-20,-20)
| (-10,-10),(-30,-30)
| (-25,-25),(-25,-35)
| (-30,-30),(-30,-30)
| (0,2),(-14,0)
| (-7,3),(-21,1)
| (-17.5,2.5),(-21.5,-0.5)
| (-21,3),(-21,3)
| (0,79.2),(-58.8,0)
| (-29.4,118.8),(-88.2,39.6)
| (-73.5,104.1),(-108,99)
| (-88.2,118.8),(-88.2,118.8)
| (14,0),(0,-34)
| (21,-17),(7,-51)
| (29.5,-42.5),(17.5,-47.5)
| (21,-51),(21,-51)
| (0,40),(0,0)
| (0,60),(0,20)
| (0,60),(-10,50)
| (0,60),(0,60)
(24 rows)
SELECT '' AS twenty, b.f1 / p.f1 AS rotation
FROM BOX_TBL b, POINT_TBL p
WHERE (p.f1 <-> point '(0,0)') >= 1;
twenty | rotation
--------+-----------------------------------------------------------------------------------
| (0,0),(-0.2,-0.2)
| (-0.1,-0.1),(-0.3,-0.3)
| (-0.25,-0.25),(-0.25,-0.35)
| (-0.3,-0.3),(-0.3,-0.3)
| (0.08,0),(0,-0.56)
| (0.12,-0.28),(0.04,-0.84)
| (0.26,-0.7),(0.1,-0.82)
| (0.12,-0.84),(0.12,-0.84)
| (0.0651176557643925,0),(0,-0.0483449262493217)
| (0.0976764836465887,-0.0241724631246608),(0.0325588278821962,-0.0725173893739825)
| (0.109762715208919,-0.0562379754328844),(0.0813970697054906,-0.0604311578116521)
| (0.0976764836465887,-0.0725173893739825),(0.0976764836465887,-0.0725173893739825)
| (0,0.0828402366863905),(-0.201183431952663,0)
| (-0.100591715976331,0.124260355029586),(-0.301775147928994,0.0414201183431953)
| (-0.251479289940828,0.103550295857988),(-0.322485207100592,0.0739644970414201)
| (-0.301775147928994,0.124260355029586),(-0.301775147928994,0.124260355029586)
| (0.2,0),(0,0)
| (0.3,0),(0.1,0)
| (0.3,0.05),(0.25,0)
| (0.3,0),(0.3,0)
(20 rows)
--
-- Paths
--
SET geqo TO 'off';
SELECT '' AS eight, points(f1) AS npoints, f1 AS path FROM PATH_TBL;
eight | npoints | path
-------+---------+---------------------------
| 2 | [(1,2),(3,4)]
| 2 | ((1,2),(3,4))
| 4 | [(0,0),(3,0),(4,5),(1,6)]
| 2 | ((1,2),(3,4))
| 2 | ((1,2),(3,4))
| 2 | [(1,2),(3,4)]
| 2 | [(11,12),(13,14)]
| 2 | ((11,12),(13,14))
(8 rows)
SELECT '' AS four, path(f1) FROM POLYGON_TBL;
four | path
------+---------------------
| ((2,0),(2,4),(0,0))
| ((3,1),(3,3),(1,0))
| ((0,0))
| ((0,1),(0,1))
(4 rows)
-- translation
SELECT '' AS eight, p1.f1 + point '(10,10)' AS dist_add
FROM PATH_TBL p1;
eight | dist_add
-------+-----------------------------------
| [(11,12),(13,14)]
| ((11,12),(13,14))
| [(10,10),(13,10),(14,15),(11,16)]
| ((11,12),(13,14))
| ((11,12),(13,14))
| [(11,12),(13,14)]
| [(21,22),(23,24)]
| ((21,22),(23,24))
(8 rows)
-- scaling and rotation
SELECT '' AS eight, p1.f1 * point '(2,-1)' AS dist_mul
FROM PATH_TBL p1;
eight | dist_mul
-------+------------------------------
| [(4,3),(10,5)]
| ((4,3),(10,5))
| [(0,0),(6,-3),(13,6),(8,11)]
| ((4,3),(10,5))
| ((4,3),(10,5))
| [(4,3),(10,5)]
| [(34,13),(40,15)]
| ((34,13),(40,15))
(8 rows)
RESET geqo;
--
-- Polygons
--
-- containment
SELECT '' AS twentyfour, p.f1, poly.f1, poly.f1 ~ p.f1 AS contains
FROM POLYGON_TBL poly, POINT_TBL p;
twentyfour | f1 | f1 | contains
------------+------------+---------------------+----------
| (0,0) | ((2,0),(2,4),(0,0)) | t
| (-10,0) | ((2,0),(2,4),(0,0)) | f
| (-3,4) | ((2,0),(2,4),(0,0)) | f
| (5.1,34.5) | ((2,0),(2,4),(0,0)) | f
| (-5,-12) | ((2,0),(2,4),(0,0)) | f
| (10,10) | ((2,0),(2,4),(0,0)) | f
| (0,0) | ((3,1),(3,3),(1,0)) | f
| (-10,0) | ((3,1),(3,3),(1,0)) | f
| (-3,4) | ((3,1),(3,3),(1,0)) | f
| (5.1,34.5) | ((3,1),(3,3),(1,0)) | f
| (-5,-12) | ((3,1),(3,3),(1,0)) | f
| (10,10) | ((3,1),(3,3),(1,0)) | f
| (0,0) | ((0,0)) | t
| (-10,0) | ((0,0)) | f
| (-3,4) | ((0,0)) | f
| (5.1,34.5) | ((0,0)) | f
| (-5,-12) | ((0,0)) | f
| (10,10) | ((0,0)) | f
| (0,0) | ((0,1),(0,1)) | f
| (-10,0) | ((0,1),(0,1)) | f
| (-3,4) | ((0,1),(0,1)) | f
| (5.1,34.5) | ((0,1),(0,1)) | f
| (-5,-12) | ((0,1),(0,1)) | f
| (10,10) | ((0,1),(0,1)) | f
(24 rows)
SELECT '' AS twentyfour, p.f1, poly.f1, p.f1 @ poly.f1 AS contained
FROM POLYGON_TBL poly, POINT_TBL p;
twentyfour | f1 | f1 | contained
------------+------------+---------------------+-----------
| (0,0) | ((2,0),(2,4),(0,0)) | t
| (-10,0) | ((2,0),(2,4),(0,0)) | f
| (-3,4) | ((2,0),(2,4),(0,0)) | f
| (5.1,34.5) | ((2,0),(2,4),(0,0)) | f
| (-5,-12) | ((2,0),(2,4),(0,0)) | f
| (10,10) | ((2,0),(2,4),(0,0)) | f
| (0,0) | ((3,1),(3,3),(1,0)) | f
| (-10,0) | ((3,1),(3,3),(1,0)) | f
| (-3,4) | ((3,1),(3,3),(1,0)) | f
| (5.1,34.5) | ((3,1),(3,3),(1,0)) | f
| (-5,-12) | ((3,1),(3,3),(1,0)) | f
| (10,10) | ((3,1),(3,3),(1,0)) | f
| (0,0) | ((0,0)) | t
| (-10,0) | ((0,0)) | f
| (-3,4) | ((0,0)) | f
| (5.1,34.5) | ((0,0)) | f
| (-5,-12) | ((0,0)) | f
| (10,10) | ((0,0)) | f
| (0,0) | ((0,1),(0,1)) | f
| (-10,0) | ((0,1),(0,1)) | f
| (-3,4) | ((0,1),(0,1)) | f
| (5.1,34.5) | ((0,1),(0,1)) | f
| (-5,-12) | ((0,1),(0,1)) | f
| (10,10) | ((0,1),(0,1)) | f
(24 rows)
SELECT '' AS four, points(f1) AS npoints, f1 AS polygon
FROM POLYGON_TBL;
four | npoints | polygon
------+---------+---------------------
| 3 | ((2,0),(2,4),(0,0))
| 3 | ((3,1),(3,3),(1,0))
| 1 | ((0,0))
| 2 | ((0,1),(0,1))
(4 rows)
SELECT '' AS four, polygon(f1)
FROM BOX_TBL;
four | polygon
------+-------------------------------------------
| ((0,0),(0,2),(2,2),(2,0))
| ((1,1),(1,3),(3,3),(3,1))
| ((2.5,2.5),(2.5,3.5),(2.5,3.5),(2.5,2.5))
| ((3,3),(3,3),(3,3),(3,3))
(4 rows)
SELECT '' AS four, polygon(f1)
FROM PATH_TBL WHERE isclosed(f1);
four | polygon
------+-------------------
| ((1,2),(3,4))
| ((1,2),(3,4))
| ((1,2),(3,4))
| ((11,12),(13,14))
(4 rows)
SELECT '' AS four, f1 AS open_path, polygon( pclose(f1)) AS polygon
FROM PATH_TBL
WHERE isopen(f1);
four | open_path | polygon
------+---------------------------+---------------------------
| [(1,2),(3,4)] | ((1,2),(3,4))
| [(0,0),(3,0),(4,5),(1,6)] | ((0,0),(3,0),(4,5),(1,6))
| [(1,2),(3,4)] | ((1,2),(3,4))
| [(11,12),(13,14)] | ((11,12),(13,14))
(4 rows)
-- convert circles to polygons using the default number of points
SELECT '' AS six, polygon(f1)
FROM CIRCLE_TBL;
six | polygon
-----+---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| ((-3,0),(-2.59807621135076,1.50000000000442),(-1.49999999999116,2.59807621135842),(1.53102359017709e-11,3),(1.50000000001768,2.59807621134311),(2.59807621136607,1.4999999999779),(3,-3.06204718035418e-11),(2.59807621133545,-1.50000000003094),(1.49999999996464,-2.59807621137373),(-4.59307077053127e-11,-3),(-1.5000000000442,-2.5980762113278),(-2.59807621138138,-1.49999999995138))
| ((-99,2),(-85.6025403783588,52.0000000001473),(-48.9999999997054,88.602540378614),(1.00000000051034,102),(51.0000000005893,88.6025403781036),(87.6025403788692,51.9999999992634),(101,1.99999999897932),(87.6025403778485,-48.0000000010313),(50.9999999988214,-84.6025403791243),(0.999999998468976,-98),(-49.0000000014732,-84.6025403775933),(-85.6025403793795,-47.9999999983795))
| ((-4,3),(-3.33012701891794,5.50000000000737),(-1.49999999998527,7.3301270189307),(1.00000000002552,8),(3.50000000002946,7.33012701890518),(5.33012701894346,5.49999999996317),(6,2.99999999994897),(5.33012701889242,0.499999999948437),(3.49999999994107,-1.33012701895622),(0.999999999923449,-2),(-1.50000000007366,-1.33012701887967),(-3.33012701896897,0.500000000081028))
| ((-2,2),(-1.59807621135076,3.50000000000442),(-0.499999999991161,4.59807621135842),(1.00000000001531,5),(2.50000000001768,4.59807621134311),(3.59807621136607,3.4999999999779),(4,1.99999999996938),(3.59807621133545,0.499999999969062),(2.49999999996464,-0.598076211373729),(0.999999999954069,-1),(-0.500000000044197,-0.598076211327799),(-1.59807621138138,0.500000000048616))
| ((90,200),(91.3397459621641,205.000000000015),(95.0000000000295,208.660254037861),(100.000000000051,210),(105.000000000059,208.66025403781),(108.660254037887,204.999999999926),(110,199.999999999898),(108.660254037785,194.999999999897),(104.999999999882,191.339745962088),(99.9999999998469,190),(94.9999999998527,191.339745962241),(91.3397459620621,195.000000000162))
| ((0,0),(13.3974596216412,50.0000000001473),(50.0000000002946,86.602540378614),(100.00000000051,100),(150.000000000589,86.6025403781036),(186.602540378869,49.9999999992634),(200,-1.02068239345139e-09),(186.602540377848,-50.0000000010313),(149.999999998821,-86.6025403791243),(99.999999998469,-100),(49.9999999985268,-86.6025403775933),(13.3974596206205,-49.9999999983795))
(6 rows)
-- convert the circle to an 8-point polygon
SELECT '' AS six, polygon(8, f1)
FROM CIRCLE_TBL;
six | polygon
-----+-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| ((-3,0),(-2.12132034355423,2.12132034356506),(1.53102359017709e-11,3),(2.12132034357588,2.1213203435434),(3,-3.06204718035418e-11),(2.12132034353258,-2.12132034358671),(-4.59307077053127e-11,-3),(-2.12132034359753,-2.12132034352175))
| ((-99,2),(-69.7106781184743,72.7106781188352),(1.00000000051034,102),(71.710678119196,72.7106781181135),(101,1.99999999897932),(71.7106781177526,-68.7106781195569),(0.999999998468976,-98),(-69.7106781199178,-68.7106781173917))
| ((-4,3),(-2.53553390592372,6.53553390594176),(1.00000000002552,8),(4.5355339059598,6.53553390590567),(6,2.99999999994897),(4.53553390588763,-0.535533905977846),(0.999999999923449,-2),(-2.53553390599589,-0.535533905869586))
| ((-2,2),(-1.12132034355423,4.12132034356506),(1.00000000001531,5),(3.12132034357588,4.1213203435434),(4,1.99999999996938),(3.12132034353258,-0.121320343586707),(0.999999999954069,-1),(-1.12132034359753,-0.121320343521752))
| ((90,200),(92.9289321881526,207.071067811884),(100.000000000051,210),(107.07106781192,207.071067811811),(110,199.999999999898),(107.071067811775,192.928932188044),(99.9999999998469,190),(92.9289321880082,192.928932188261))
| ((0,0),(29.2893218815257,70.7106781188352),(100.00000000051,100),(170.710678119196,70.7106781181135),(200,-1.02068239345139e-09),(170.710678117753,-70.7106781195569),(99.999999998469,-100),(29.2893218800822,-70.7106781173917))
(6 rows)
--
-- Circles
--
SELECT '' AS six, circle(f1, 50.0)
FROM POINT_TBL;
six | circle
-----+-----------------
| <(0,0),50>
| <(-10,0),50>
| <(-3,4),50>
| <(5.1,34.5),50>
| <(-5,-12),50>
| <(10,10),50>
(6 rows)
SELECT '' AS four, circle(f1)
FROM BOX_TBL;
four | circle
------+-------------------------
| <(1,1),1.4142135623731>
| <(2,2),1.4142135623731>
| <(2.5,3),0.5>
| <(3,3),0>
(4 rows)
SELECT '' AS two, circle(f1)
FROM POLYGON_TBL
WHERE (# f1) >= 3;
two | circle
-----+--------------------------------------------------------
| <(1.33333333333333,1.33333333333333),2.04168905063636>
| <(2.33333333333333,1.33333333333333),1.47534300379185>
(2 rows)
SELECT '' AS twentyfour, c1.f1 AS circle, p1.f1 AS point, (p1.f1 <-> c1.f1) AS distance
FROM CIRCLE_TBL c1, POINT_TBL p1
WHERE (p1.f1 <-> c1.f1) > 0
ORDER BY distance, circle, point using <<;
twentyfour | circle | point | distance
------------+----------------+------------+------------------
| <(100,0),100> | (5.1,34.5) | 0.97653192697797
| <(1,2),3> | (-3,4) | 1.47213595499958
| <(0,0),3> | (-3,4) | 2
| <(100,0),100> | (-3,4) | 3.07764064044152
| <(100,0),100> | (-5,-12) | 5.68348972285122
| <(1,3),5> | (-10,0) | 6.40175425099138
| <(1,3),5> | (10,10) | 6.40175425099138
| <(0,0),3> | (-10,0) | 7
| <(1,2),3> | (-10,0) | 8.18033988749895
| <(1,2),3> | (10,10) | 9.0415945787923
| <(0,0),3> | (-5,-12) | 10
| <(100,0),100> | (-10,0) | 10
| <(0,0),3> | (10,10) | 11.142135623731
| <(1,3),5> | (-5,-12) | 11.1554944214035
| <(1,2),3> | (-5,-12) | 12.2315462117278
| <(1,3),5> | (5.1,34.5) | 26.7657047773223
| <(1,2),3> | (5.1,34.5) | 29.757594539282
| <(0,0),3> | (5.1,34.5) | 31.8749193547455
| <(100,200),10> | (5.1,34.5) | 180.778038568384
| <(100,200),10> | (10,10) | 200.237960416286
| <(100,200),10> | (-3,4) | 211.415898254845
| <(100,200),10> | (0,0) | 213.606797749979
| <(100,200),10> | (-10,0) | 218.254244210267
| <(100,200),10> | (-5,-12) | 226.577682802077
(24 rows)

File diff suppressed because it is too large Load Diff

View File

@ -1,21 +1,21 @@
#!/bin/sh
# $Header: /cvsroot/pgsql/src/test/regress/Attic/regress.sh,v 1.37 2000/01/06 06:40:18 thomas Exp $
# $Header: /cvsroot/pgsql/src/test/regress/Attic/regress.sh,v 1.38 2000/01/09 07:53:58 tgl Exp $
#
if [ $# -eq 0 ]
then
echo "Syntax: $0 <portname> [extra-tests]"
echo "Syntax: $0 <hostname> [extra-tests]"
exit 1
fi
portname=$1
hostname=$1
shift
extratests="$*"
if [ x$portname = "xwin" -o x$portname = "xqnx4" ]
if [ "x$hostname" = "xwin" -o "x$hostname" = "xqnx4" ]
then
HOST="-h localhost"
HOSTLOC="-h localhost"
else
HOST=""
HOSTLOC=""
fi
if echo '\c' | grep -s c >/dev/null 2>&1
@ -35,19 +35,16 @@ PGTZ="PST8PDT"; export PGTZ
PGDATESTYLE="Postgres,US"; export PGDATESTYLE
#FRONTEND=monitor
FRONTEND="psql $HOST -n -e -q"
SYSTEM=`../../config.guess | awk -F\- '{ split($3,a,/[0-9]/); printf"%s-%s", $1, a[1] }'`
FRONTEND="psql $HOSTLOC -n -e -q"
echo "=============== Notes... ================="
echo "postmaster must already be running for the regression tests to succeed."
echo "The time zone is set to PST8PDT for these tests by the client frontend."
echo "Please report any apparent problems to ports@postgresql.org"
echo "See regress/README for more information."
echo ""
echo "=============== dropping old regression database... ================="
dropdb $HOST regression
dropdb $HOSTLOC regression
echo "=============== creating new regression database... ================="
if [ -n "$MULTIBYTE" ];then
@ -60,16 +57,16 @@ else
unset PGCLIENTENCODING
ENCODINGOPT=""
fi
createdb $ENCODINGOPT $HOST regression
createdb $ENCODINGOPT $HOSTLOC regression
if [ $? -ne 0 ]; then
echo createdb failed
exit 1
fi
if [ x$portname != "xqnx4" ]
if [ "x$hostname" != "xqnx4" ]
then
echo "=============== installing PL/pgSQL... ================="
createlang $HOST plpgsql regression
createlang $HOSTLOC plpgsql regression
if [ $? -ne 0 -a $? -ne 2 ]; then
echo createlang failed
exit 1
@ -79,7 +76,7 @@ fi
echo "=============== running regression queries... ================="
echo "" > regression.diffs
if [ x$portname = "xqnx4" ]
if [ "x$hostname" = "xqnx4" ]
then
DIFFOPT="-b"
else
@ -91,20 +88,42 @@ $1=="test" { print $2; }
{}
' < sql/run_check.tests`
for i in $stdtests $mbtests $extratests
for tst in $stdtests $mbtests $extratests
do
$ECHO_N "${i} .. " $ECHO_C
$FRONTEND regression < sql/${i}.sql > results/${i}.out 2>&1
if [ -f expected/${i}-${SYSTEM}.out ]
then
EXPECTED="expected/${i}-${SYSTEM}.out"
$ECHO_N "${tst} .. " $ECHO_C
$FRONTEND regression < sql/${tst}.sql > results/${tst}.out 2>&1
#
# Check resultmap to see if we should compare to a
# system-specific result file. The format of the .similar file is
# testname/hostname=substitutefile
# There shouldn't be multiple matches, but take the last if there are.
#
EXPECTED="expected/${tst}.out"
SUBST=`grep "^$tst/$hostname=" resultmap | sed 's/^.*=//' | tail -1`
if test "$SUBST"
then EXPECTED="expected/${SUBST}.out"
else
EXPECTED="expected/${i}.out"
# Next look for a .similar entry that is a prefix of $hostname.
# If there are multiple matches, take the last one.
exec 4<resultmap
while read LINE <&4
do
SIMHOST=`expr "$LINE" : '\(.*\)='`
MATCH=`expr "$tst/$hostname" : "$SIMHOST"`
if test "$MATCH" != 0
then SUBST=`echo "$LINE" | sed 's/^.*=//'`
fi
done
exec 4<&-
if test "$SUBST"
then EXPECTED="expected/${SUBST}.out"
fi
fi
if [ `diff ${DIFFOPT} ${EXPECTED} results/${i}.out | wc -l` -ne 0 ]
if [ `diff ${DIFFOPT} ${EXPECTED} results/${tst}.out | wc -l` -ne 0 ]
then
( diff ${DIFFOPT} -C3 ${EXPECTED} results/${i}.out; \
( diff ${DIFFOPT} -C3 ${EXPECTED} results/${tst}.out; \
echo ""; \
echo "----------------------"; \
echo "" ) >> regression.diffs

View File

@ -0,0 +1,4 @@
int2/hppa=int2-too-large
int4/hppa=int4-too-large
geometry/hppa2.0=geometry-hppa2.0
horology/hppa=horology-no-DST-before-1970

View File

@ -1,21 +1,13 @@
#!/bin/sh
#
# $Header: /cvsroot/pgsql/src/test/regress/Attic/run_check.sh,v 1.4 1999/12/03 12:47:43 wieck Exp $
# ----------
# This is currently needed because the actual 7.0 psql makes
# all tests fail. Set a path to an existing 6.5.x version of
# psql, the will be copied into the temporary installation
# as psql.
# ----------
TEMP_PSQL_HACK=`which psql_65`
# $Header: /cvsroot/pgsql/src/test/regress/Attic/run_check.sh,v 1.5 2000/01/09 07:53:58 tgl Exp $
# ----------
# Check call syntax
# ----------
if [ $# -eq 0 ]
then
echo "Syntax: $0 <portname> [extra-tests]"
echo "Syntax: $0 <hostname> [extra-tests]"
exit 1
fi
@ -25,18 +17,18 @@ fi
cd `dirname $0`
# ----------
# Some paths used durint the test
# Some paths used during the test
# ----------
PWD=`pwd`
CHKDIR=$PWD/tmp_check
PGDATA=$CHKDIR/data
LIBDIR=$CHKDIR/lib
BINDIR=$CHKDIR/bin
LOGDIR=$CHKDIR/log
TIMDIR=$CHKDIR/timestamp
PGPORT=65432
PGLIB=$LIBDIR
PMPID=
CHKDIR="$PWD/tmp_check"
PGDATA="$CHKDIR/data"
LIBDIR="$CHKDIR/lib"
BINDIR="$CHKDIR/bin"
LOGDIR="$CHKDIR/log"
TIMDIR="$CHKDIR/timestamp"
PGPORT="65432"
PGLIB="$LIBDIR"
PMPID=""
export CHKDIR
export PGDATA
@ -49,18 +41,18 @@ export PGPORT
# ----------
# Get the commandline parameters
# ----------
portname=$1
hostname=$1
shift
extratests="$*"
# ----------
# Special setting for Windows (no unix domain sockets)
# ----------
if [ x$portname = "xwin" ]
if [ "x$hostname" = "xwin" ]
then
HOST="-h localhost"
HOSTLOC="-h localhost"
else
HOST=""
HOSTLOC=""
fi
# ----------
@ -84,13 +76,19 @@ PGDATESTYLE="Postgres,US"; export PGDATESTYLE
# ----------
# The SQL shell to use during this test
# ----------
FRONTEND="$BINDIR/psql $HOST -n -e -q"
FRONTEND="$BINDIR/psql $HOSTLOC -n -e -q"
# ----------
# Determine system type
# Prepare temp file holding combined test script.
# ----------
SYSTEM=`/bin/sh ../../config.guess | awk -F\- '{ split($3,a,/[0-9]/); printf"%s-%s", $1,
a[1] }'`
TESTLIST="/tmp/testlist.$$"
TESTS=./sql/run_check.tests
(
cat $TESTS
for name in $extratests ; do
echo "test $name"
done
) > $TESTLIST
# ----------
# Catch SIGINT and SIGTERM to shutdown the postmaster
@ -106,6 +104,7 @@ trap ' echo ""
echo ""
fi
echo ""
rm $TESTLIST
exit 1
' 2 15
@ -140,15 +139,6 @@ then
fi
# ----------
# Copy an explicitly to use psql shell over the built one
# ----------
if [ ! -z "$TEMP_PSQL_HACK" ] ; then
rm -f $BINDIR/psql
cp $TEMP_PSQL_HACK $BINDIR/psql
fi
# ----------
# Change the path so that all binaries from the current
# build are first candidates
@ -210,7 +200,7 @@ else
unset PGCLIENTENCODING
ENCODINGOPT=""
fi
createdb $ENCODINGOPT $HOST regression
createdb $ENCODINGOPT $HOSTLOC regression
if [ $? -ne 0 ]; then
echo createdb failed
kill -15 $PMPID
@ -222,7 +212,7 @@ fi
# Install the PL/pgSQL language in it
# ----------
echo "=============== Installing PL/pgSQL... ================"
createlang $HOST plpgsql regression
createlang $HOSTLOC plpgsql regression
if [ $? -ne 0 -a $? -ne 2 ]; then
echo createlang failed
kill -15 $PMPID
@ -231,21 +221,15 @@ fi
# ----------
# Run the regression tests specified in the ./sql/run_check.tests file
# Run the regression tests specified in the $TESTLIST file
# ----------
echo "=============== Running regression queries... ================"
echo "" > regression.diffs
echo "" > regress.out
TESTS=./sql/run_check.tests
lno=0
(
cat $TESTS
for name in $extratests ; do
echo "test $name"
done
) | while read line ; do
while read line
do
# ----------
# Count line numbers and skip comments and empty lines
# ----------
@ -272,7 +256,8 @@ lno=0
pargroup=$name
parntests=0
parpar=0
while read line ; do
while read line
do
# ----------
# Again count line numbers and skip comments
# ----------
@ -349,7 +334,7 @@ lno=0
> results/${name}.out 2>&1
$ECHO_N " $name" $ECHO_C
) &
done
done </dev/null
wait
echo ""
@ -394,35 +379,55 @@ lno=0
# old format, so checkresults will still find the proper
# information.
# ----------
for name in $checklist ; do
for tst in $checklist ; do
if [ $checkpname -ne 0 ]
then
pnam=`echo $name | awk '{printf "%-20.20s", $1;}'`
pnam=`echo $tst | awk '{printf "%-20.20s", $1;}'`
$ECHO_N " test $pnam ... " $ECHO_C
fi
if [ -f expected/${name}-${SYSTEM}.out ]
then
EXPECTED="expected/${name}-${SYSTEM}.out"
#
# Check resultmap to see if we should compare to a
# system-specific result file. The format of the file is
# testname/hostname=substitutefile
# There shouldn't be multiple matches, but take the last if there are.
#
EXPECTED="expected/${tst}.out"
SUBST=`grep "^$tst/$hostname=" resultmap | sed 's/^.*=//' | tail -1`
if test "$SUBST"
then EXPECTED="expected/${SUBST}.out"
else
EXPECTED="expected/${name}.out"
# Next look for a .similar entry that is a prefix of $hostname.
# If there are multiple matches, take the last one.
while read LINE
do
SIMHOST=`expr "$LINE" : '\(.*\)='`
MATCH=`expr "$tst/$hostname" : "$SIMHOST"`
echo "$LINE $SIMHOST $MATCH"
if test "$MATCH" != 0
then SUBST=`echo "$LINE" | sed 's/^.*=//'`
fi
done <resultmap
if test "$SUBST"
then EXPECTED="expected/${SUBST}.out"
fi
fi
if [ `diff -w ${EXPECTED} results/${name}.out | wc -l` -ne 0 ]
if [ `diff -w ${EXPECTED} results/${tst}.out | wc -l` -ne 0 ]
then
( diff -wC3 ${EXPECTED} results/${name}.out ; \
( diff -wC3 ${EXPECTED} results/${tst}.out ; \
echo "" ; \
echo "----------------------" ; \
echo "" ; \
) >> regression.diffs
echo "FAILED"
echo "$name .. failed" >> regress.out
echo "$tst .. failed" >> regress.out
else
echo "ok"
echo "$name .. ok" >> regress.out
echo "$tst .. ok" >> regress.out
fi
done
done | tee run_check.out 2>&1
done <$TESTLIST | tee run_check.out 2>&1
# ----------
# Finally kill the postmaster we started
@ -430,5 +435,6 @@ done | tee run_check.out 2>&1
echo "=============== Terminating regression postmaster ================"
kill -15 $PMPID
rm $TESTLIST
exit 0