748 lines
28 KiB
Python
748 lines
28 KiB
Python
#!/usr/bin/env python
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from nose.tools import *
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import atexit
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import cProfile, pstats, io
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import time
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from utilities import execution_path, run_all
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from subprocess import Popen, PIPE
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import os, mapnik
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from Queue import Queue
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import threading
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import sys
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import re
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from binascii import hexlify, unhexlify
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MAPNIK_TEST_DBNAME = 'mapnik-tmp-pgraster-test-db'
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POSTGIS_TEMPLATE_DBNAME = 'template_postgis'
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DEBUG_OUTPUT=False
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def log(msg):
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if DEBUG_OUTPUT:
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print msg
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def setup():
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# All of the paths used are relative, if we run the tests
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# from another directory we need to chdir()
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os.chdir(execution_path('.'))
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def call(cmd,silent=False):
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stdin, stderr = Popen(cmd, shell=True, stdout=PIPE, stderr=PIPE).communicate()
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if not stderr:
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return stdin.strip()
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elif not silent and 'ERROR' in stderr or 'could not connect to server' in stderr:
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raise RuntimeError(stderr.strip())
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def psql_can_connect():
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"""Test ability to connect to a postgis template db with no options.
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Basically, to run these tests your user must have full read
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access over unix sockets without supplying a password. This
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keeps these tests simple and focused on postgis not on postgres
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auth issues.
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"""
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try:
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call('psql %s -c "select postgis_version()"' % POSTGIS_TEMPLATE_DBNAME)
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return True
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except RuntimeError, e:
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print 'Notice: skipping postgis tests (connection)'
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return False
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def psql_run(cmd):
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cmd = 'psql --set ON_ERROR_STOP=1 %s -c "%s"' % \
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(MAPNIK_TEST_DBNAME, cmd.replace('"', '\\"'))
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log('DEBUG: running ' + cmd)
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call(cmd)
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def raster2pgsql_on_path():
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"""Test for presence of raster2pgsql on the user path.
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We require this program to load test data into a temporarily database.
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"""
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try:
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call('raster2pgsql')
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return True
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except RuntimeError, e:
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print 'Notice: skipping postgis tests (raster2pgsql)'
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return False
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def createdb_and_dropdb_on_path():
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"""Test for presence of dropdb/createdb on user path.
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We require these programs to setup and teardown the testing db.
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"""
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try:
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call('createdb --help')
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call('dropdb --help')
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return True
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except RuntimeError, e:
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print 'Notice: skipping postgis tests (createdb/dropdb)'
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return False
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def postgis_setup():
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call('dropdb %s' % MAPNIK_TEST_DBNAME,silent=True)
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call('createdb -T %s %s' % (POSTGIS_TEMPLATE_DBNAME,MAPNIK_TEST_DBNAME),silent=False)
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def postgis_takedown():
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pass
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# fails as the db is in use: https://github.com/mapnik/mapnik/issues/960
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#call('dropdb %s' % MAPNIK_TEST_DBNAME)
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def import_raster(filename, tabname, tilesize, constraint, overview):
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log('tile: ' + tilesize + ' constraints: ' + str(constraint) \
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+ ' overviews: ' + overview)
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cmd = 'raster2pgsql -Y -I -q'
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if constraint:
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cmd += ' -C'
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if tilesize:
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cmd += ' -t ' + tilesize
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if overview:
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cmd += ' -l ' + overview
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cmd += ' %s %s | psql --set ON_ERROR_STOP=1 -q %s' % (os.path.abspath(os.path.normpath(filename)),tabname,MAPNIK_TEST_DBNAME)
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log('Import call: ' + cmd)
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call(cmd)
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def drop_imported(tabname, overview):
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psql_run('DROP TABLE IF EXISTS "' + tabname + '";')
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if overview:
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for of in overview.split(','):
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psql_run('DROP TABLE IF EXISTS "o_' + of + '_' + tabname + '";')
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if 'pgraster' in mapnik.DatasourceCache.plugin_names() \
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and createdb_and_dropdb_on_path() \
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and psql_can_connect() \
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and raster2pgsql_on_path():
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# initialize test database
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postgis_setup()
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# dataraster.tif, 2283x1913 int16 single-band
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def _test_dataraster_16bsi_rendering(lbl, overview, rescale, clip):
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if rescale:
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lbl += ' Sc'
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if clip:
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lbl += ' Cl'
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ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME,table='"dataRaster"',
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band=1,use_overviews=1 if overview else 0,
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prescale_rasters=rescale,clip_rasters=clip)
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fs = ds.featureset()
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feature = fs.next()
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eq_(feature['rid'],1)
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lyr = mapnik.Layer('dataraster_16bsi')
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lyr.datasource = ds
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expenv = mapnik.Box2d(-14637, 3903178, 1126863, 4859678)
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env = lyr.envelope()
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# As the input size is a prime number both horizontally
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# and vertically, we expect the extent of the overview
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# tables to be a pixel wider than the original, whereas
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# the pixel size in geographical units depends on the
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# overview factor. So we start with the original pixel size
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# as base scale and multiply by the overview factor.
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# NOTE: the overview table extent only grows north and east
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pixsize = 500 # see gdalinfo dataraster.tif
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tol = pixsize * max(overview.split(',')) if overview else 0
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assert_almost_equal(env.minx, expenv.minx)
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assert_almost_equal(env.miny, expenv.miny, delta=tol)
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assert_almost_equal(env.maxx, expenv.maxx, delta=tol)
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assert_almost_equal(env.maxy, expenv.maxy)
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mm = mapnik.Map(256, 256)
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style = mapnik.Style()
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col = mapnik.RasterColorizer();
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col.default_mode = mapnik.COLORIZER_DISCRETE;
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col.add_stop(0, mapnik.Color(0x40,0x40,0x40,255));
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col.add_stop(10, mapnik.Color(0x80,0x80,0x80,255));
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col.add_stop(20, mapnik.Color(0xa0,0xa0,0xa0,255));
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sym = mapnik.RasterSymbolizer()
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sym.colorizer = col
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rule = mapnik.Rule()
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rule.symbols.append(sym)
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style.rules.append(rule)
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mm.append_style('foo', style)
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lyr.styles.append('foo')
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mm.layers.append(lyr)
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mm.zoom_to_box(expenv)
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im = mapnik.Image(mm.width, mm.height)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
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# no data
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eq_(im.view(1,1,1,1).tostring(), '\x00\x00\x00\x00')
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eq_(im.view(255,255,1,1).tostring(), '\x00\x00\x00\x00')
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eq_(im.view(195,116,1,1).tostring(), '\x00\x00\x00\x00')
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# A0A0A0
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eq_(im.view(100,120,1,1).tostring(), '\xa0\xa0\xa0\xff')
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eq_(im.view( 75, 80,1,1).tostring(), '\xa0\xa0\xa0\xff')
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# 808080
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eq_(im.view( 74,170,1,1).tostring(), '\x80\x80\x80\xff')
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eq_(im.view( 30, 50,1,1).tostring(), '\x80\x80\x80\xff')
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# 404040
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eq_(im.view(190, 70,1,1).tostring(), '\x40\x40\x40\xff')
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eq_(im.view(140,170,1,1).tostring(), '\x40\x40\x40\xff')
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# Now zoom over a portion of the env (1/10)
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newenv = mapnik.Box2d(273663,4024478,330738,4072303)
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mm.zoom_to_box(newenv)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:1/10')
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# nodata
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eq_(hexlify(im.view(255,255,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(200,254,1,1).tostring()), '00000000')
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# A0A0A0
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eq_(hexlify(im.view(90,232,1,1).tostring()), 'a0a0a0ff')
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eq_(hexlify(im.view(96,245,1,1).tostring()), 'a0a0a0ff')
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# 808080
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eq_(hexlify(im.view(1,1,1,1).tostring()), '808080ff')
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eq_(hexlify(im.view(128,128,1,1).tostring()), '808080ff')
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# 404040
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eq_(hexlify(im.view(255, 0,1,1).tostring()), '404040ff')
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def _test_dataraster_16bsi(lbl, tilesize, constraint, overview):
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import_raster('../data/raster/dataraster.tif', 'dataRaster', tilesize, constraint, overview)
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if constraint:
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lbl += ' C'
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if tilesize:
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lbl += ' T:' + tilesize
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if overview:
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lbl += ' O:' + overview
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for prescale in [0,1]:
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for clip in [0,1]:
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_test_dataraster_16bsi_rendering(lbl, overview, prescale, clip)
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drop_imported('dataRaster', overview)
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def test_dataraster_16bsi():
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for tilesize in ['','256x256']:
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for constraint in [0,1]:
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for overview in ['','4','2,16']:
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_test_dataraster_16bsi('data_16bsi', tilesize, constraint, overview)
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# river.tiff, RGBA 8BUI
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def _test_rgba_8bui_rendering(lbl, overview, rescale, clip):
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if rescale:
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lbl += ' Sc'
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if clip:
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lbl += ' Cl'
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ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME,table='(select * from "River") foo',
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use_overviews=1 if overview else 0,
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prescale_rasters=rescale,clip_rasters=clip)
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fs = ds.featureset()
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feature = fs.next()
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eq_(feature['rid'],1)
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lyr = mapnik.Layer('rgba_8bui')
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lyr.datasource = ds
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expenv = mapnik.Box2d(0, -210, 256, 0)
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env = lyr.envelope()
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# As the input size is a prime number both horizontally
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# and vertically, we expect the extent of the overview
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# tables to be a pixel wider than the original, whereas
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# the pixel size in geographical units depends on the
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# overview factor. So we start with the original pixel size
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# as base scale and multiply by the overview factor.
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# NOTE: the overview table extent only grows north and east
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pixsize = 1 # see gdalinfo river.tif
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tol = pixsize * max(overview.split(',')) if overview else 0
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assert_almost_equal(env.minx, expenv.minx)
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assert_almost_equal(env.miny, expenv.miny, delta=tol)
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assert_almost_equal(env.maxx, expenv.maxx, delta=tol)
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assert_almost_equal(env.maxy, expenv.maxy)
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mm = mapnik.Map(256, 256)
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style = mapnik.Style()
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sym = mapnik.RasterSymbolizer()
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rule = mapnik.Rule()
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rule.symbols.append(sym)
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style.rules.append(rule)
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mm.append_style('foo', style)
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lyr.styles.append('foo')
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mm.layers.append(lyr)
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mm.zoom_to_box(expenv)
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im = mapnik.Image(mm.width, mm.height)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
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#im.save('/tmp/xfull.png') # for debugging
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# no data
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eq_(hexlify(im.view(3,3,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(250,250,1,1).tostring()), '00000000')
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# full opaque river color
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eq_(hexlify(im.view(175,118,1,1).tostring()), 'b9d8f8ff')
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# half-transparent pixel
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pxstr = hexlify(im.view(122,138,1,1).tostring())
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apat = ".*(..)$"
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match = re.match(apat, pxstr)
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assert match, 'pixel ' + pxstr + ' does not match pattern ' + apat
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alpha = match.group(1)
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assert alpha != 'ff' and alpha != '00', \
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'unexpected full transparent/opaque pixel: ' + alpha
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# Now zoom over a portion of the env (1/10)
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newenv = mapnik.Box2d(166,-105,191,-77)
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mm.zoom_to_box(newenv)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:1/10')
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#im.save('/tmp/xtenth.png') # for debugging
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# no data
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eq_(hexlify(im.view(255,255,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(200,40,1,1).tostring()), '00000000')
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# full opaque river color
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eq_(hexlify(im.view(100,168,1,1).tostring()), 'b9d8f8ff')
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# half-transparent pixel
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pxstr = hexlify(im.view(122,138,1,1).tostring())
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apat = ".*(..)$"
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match = re.match(apat, pxstr)
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assert match, 'pixel ' + pxstr + ' does not match pattern ' + apat
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alpha = match.group(1)
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assert alpha != 'ff' and alpha != '00', \
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'unexpected full transparent/opaque pixel: ' + alpha
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def _test_rgba_8bui(lbl, tilesize, constraint, overview):
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import_raster('../data/raster/river.tiff', 'River', tilesize, constraint, overview)
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if constraint:
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lbl += ' C'
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if tilesize:
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lbl += ' T:' + tilesize
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if overview:
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lbl += ' O:' + overview
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for prescale in [0,1]:
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for clip in [0,1]:
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_test_rgba_8bui_rendering(lbl, overview, prescale, clip)
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drop_imported('River', overview)
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def test_rgba_8bui():
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for tilesize in ['','16x16']:
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for constraint in [0,1]:
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for overview in ['2']:
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_test_rgba_8bui('rgba_8bui', tilesize, constraint, overview)
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# nodata-edge.tif, RGB 8BUI
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def _test_rgb_8bui_rendering(lbl, tnam, overview, rescale, clip):
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if rescale:
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lbl += ' Sc'
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if clip:
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lbl += ' Cl'
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ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME,table=tnam,
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use_overviews=1 if overview else 0,
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prescale_rasters=rescale,clip_rasters=clip)
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fs = ds.featureset()
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feature = fs.next()
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eq_(feature['rid'],1)
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lyr = mapnik.Layer('rgba_8bui')
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lyr.datasource = ds
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expenv = mapnik.Box2d(-12329035.7652168,4508650.39854396, \
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-12328653.0279471,4508957.34625536)
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env = lyr.envelope()
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# As the input size is a prime number both horizontally
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# and vertically, we expect the extent of the overview
|
|
# tables to be a pixel wider than the original, whereas
|
|
# the pixel size in geographical units depends on the
|
|
# overview factor. So we start with the original pixel size
|
|
# as base scale and multiply by the overview factor.
|
|
# NOTE: the overview table extent only grows north and east
|
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pixsize = 2 # see gdalinfo nodata-edge.tif
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tol = pixsize * max(overview.split(',')) if overview else 0
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assert_almost_equal(env.minx, expenv.minx, places=0)
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assert_almost_equal(env.miny, expenv.miny, delta=tol)
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assert_almost_equal(env.maxx, expenv.maxx, delta=tol)
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assert_almost_equal(env.maxy, expenv.maxy, places=0)
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mm = mapnik.Map(256, 256)
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style = mapnik.Style()
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sym = mapnik.RasterSymbolizer()
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rule = mapnik.Rule()
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rule.symbols.append(sym)
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style.rules.append(rule)
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mm.append_style('foo', style)
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lyr.styles.append('foo')
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mm.layers.append(lyr)
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mm.zoom_to_box(expenv)
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im = mapnik.Image(mm.width, mm.height)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
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#im.save('/tmp/xfull.png') # for debugging
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# no data
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eq_(hexlify(im.view(3,16,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(128,16,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(250,16,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(3,240,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(128,240,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(250,240,1,1).tostring()), '00000000')
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# dark brown
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eq_(hexlify(im.view(174,39,1,1).tostring()), 'c3a698ff')
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# dark gray
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eq_(hexlify(im.view(195,132,1,1).tostring()), '575f62ff')
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# Now zoom over a portion of the env (1/10)
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newenv = mapnik.Box2d(-12329035.7652168, 4508926.651484220, \
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-12328997.49148983,4508957.34625536)
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mm.zoom_to_box(newenv)
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t0 = time.time() # we want wall time to include IO waits
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mapnik.render(mm, im)
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lap = time.time() - t0
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log('T ' + str(lap) + ' -- ' + lbl + ' E:1/10')
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#im.save('/tmp/xtenth.png') # for debugging
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# no data
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eq_(hexlify(im.view(3,16,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(128,16,1,1).tostring()), '00000000')
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eq_(hexlify(im.view(250,16,1,1).tostring()), '00000000')
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# black
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eq_(hexlify(im.view(3,42,1,1).tostring()), '000000ff')
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eq_(hexlify(im.view(3,134,1,1).tostring()), '000000ff')
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eq_(hexlify(im.view(3,244,1,1).tostring()), '000000ff')
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# gray
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eq_(hexlify(im.view(135,157,1,1).tostring()), '4e555bff')
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# brown
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eq_(hexlify(im.view(195,223,1,1).tostring()), 'f2cdbaff')
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def _test_rgb_8bui(lbl, tilesize, constraint, overview):
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tnam = 'nodataedge'
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import_raster('../data/raster/nodata-edge.tif', tnam, tilesize, constraint, overview)
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|
if constraint:
|
|
lbl += ' C'
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if tilesize:
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lbl += ' T:' + tilesize
|
|
if overview:
|
|
lbl += ' O:' + overview
|
|
for prescale in [0,1]:
|
|
for clip in [0,1]:
|
|
_test_rgb_8bui_rendering(lbl, tnam, overview, prescale, clip)
|
|
#drop_imported(tnam, overview)
|
|
|
|
def test_rgb_8bui():
|
|
for tilesize in ['64x64']:
|
|
for constraint in [1]:
|
|
for overview in ['']:
|
|
_test_rgb_8bui('rgb_8bui', tilesize, constraint, overview)
|
|
|
|
def _test_grayscale_subquery(lbl,pixtype,value):
|
|
#
|
|
# 3 8 13
|
|
# +---+---+---+
|
|
# 3 | v | v | v | NOTE: writes different color
|
|
# +---+---+---+ in 13,8 and 8,13
|
|
# 8 | v | v | a |
|
|
# +---+---+---+
|
|
# 13 | v | b | v |
|
|
# +---+---+---+
|
|
#
|
|
val_a = value/3;
|
|
val_b = val_a*2;
|
|
sql = "(select 3 as i, " \
|
|
" ST_SetValues(" \
|
|
" ST_SetValues(" \
|
|
" ST_AsRaster(" \
|
|
" ST_MakeEnvelope(0,0,14,14), " \
|
|
" 1.0, -1.0, '%s', %s" \
|
|
" ), " \
|
|
" 11, 6, 4, 5, %s::float8" \
|
|
" )," \
|
|
" 6, 11, 5, 4, %s::float8" \
|
|
" ) as \"R\"" \
|
|
") as foo" % (pixtype,value, val_a, val_b)
|
|
rescale = 0
|
|
clip = 0
|
|
if rescale:
|
|
lbl += ' Sc'
|
|
if clip:
|
|
lbl += ' Cl'
|
|
ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME, table=sql,
|
|
raster_field='"R"', use_overviews=1,
|
|
prescale_rasters=rescale,clip_rasters=clip)
|
|
fs = ds.featureset()
|
|
feature = fs.next()
|
|
eq_(feature['i'],3)
|
|
lyr = mapnik.Layer('grayscale_subquery')
|
|
lyr.datasource = ds
|
|
expenv = mapnik.Box2d(0,0,14,14)
|
|
env = lyr.envelope()
|
|
assert_almost_equal(env.minx, expenv.minx, places=0)
|
|
assert_almost_equal(env.miny, expenv.miny, places=0)
|
|
assert_almost_equal(env.maxx, expenv.maxx, places=0)
|
|
assert_almost_equal(env.maxy, expenv.maxy, places=0)
|
|
mm = mapnik.Map(15, 15)
|
|
style = mapnik.Style()
|
|
sym = mapnik.RasterSymbolizer()
|
|
rule = mapnik.Rule()
|
|
rule.symbols.append(sym)
|
|
style.rules.append(rule)
|
|
mm.append_style('foo', style)
|
|
lyr.styles.append('foo')
|
|
mm.layers.append(lyr)
|
|
mm.zoom_to_box(expenv)
|
|
im = mapnik.Image(mm.width, mm.height)
|
|
t0 = time.time() # we want wall time to include IO waits
|
|
mapnik.render(mm, im)
|
|
lap = time.time() - t0
|
|
log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
|
|
#im.save('/tmp/xfull.png') # for debugging
|
|
h = format(value, '02x')
|
|
hex_v = h+h+h+'ff'
|
|
h = format(val_a, '02x')
|
|
hex_a = h+h+h+'ff'
|
|
h = format(val_b, '02x')
|
|
hex_b = h+h+h+'ff'
|
|
eq_(hexlify(im.view( 3, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 3, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 8,1,1).tostring()), hex_a);
|
|
eq_(hexlify(im.view( 3,13,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8,13,1,1).tostring()), hex_b);
|
|
eq_(hexlify(im.view(13,13,1,1).tostring()), hex_v);
|
|
|
|
def test_grayscale_2bui_subquery():
|
|
_test_grayscale_subquery('grayscale_2bui_subquery', '2BUI', 3)
|
|
|
|
def test_grayscale_4bui_subquery():
|
|
_test_grayscale_subquery('grayscale_4bui_subquery', '4BUI', 15)
|
|
|
|
def test_grayscale_8bui_subquery():
|
|
_test_grayscale_subquery('grayscale_8bui_subquery', '8BUI', 63)
|
|
|
|
def test_grayscale_8bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_grayscale_subquery('grayscale_8bsi_subquery', '8BSI', 69)
|
|
|
|
def test_grayscale_16bui_subquery():
|
|
_test_grayscale_subquery('grayscale_16bui_subquery', '16BUI', 126)
|
|
|
|
def test_grayscale_16bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_grayscale_subquery('grayscale_16bsi_subquery', '16BSI', 144)
|
|
|
|
def test_grayscale_32bui_subquery():
|
|
_test_grayscale_subquery('grayscale_32bui_subquery', '32BUI', 255)
|
|
|
|
def test_grayscale_32bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_grayscale_subquery('grayscale_32bsi_subquery', '32BSI', 129)
|
|
|
|
def _test_data_subquery(lbl, pixtype, value):
|
|
#
|
|
# 3 8 13
|
|
# +---+---+---+
|
|
# 3 | v | v | v | NOTE: writes different values
|
|
# +---+---+---+ in 13,8 and 8,13
|
|
# 8 | v | v | a |
|
|
# +---+---+---+
|
|
# 13 | v | b | v |
|
|
# +---+---+---+
|
|
#
|
|
val_a = value/3;
|
|
val_b = val_a*2;
|
|
sql = "(select 3 as i, " \
|
|
" ST_SetValues(" \
|
|
" ST_SetValues(" \
|
|
" ST_AsRaster(" \
|
|
" ST_MakeEnvelope(0,0,14,14), " \
|
|
" 1.0, -1.0, '%s', %s" \
|
|
" ), " \
|
|
" 11, 6, 5, 5, %s::float8" \
|
|
" )," \
|
|
" 6, 11, 5, 5, %s::float8" \
|
|
" ) as \"R\"" \
|
|
") as foo" % (pixtype,value, val_a, val_b)
|
|
overview = ''
|
|
rescale = 0
|
|
clip = 0
|
|
if rescale:
|
|
lbl += ' Sc'
|
|
if clip:
|
|
lbl += ' Cl'
|
|
ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME, table=sql,
|
|
raster_field='R', use_overviews=0 if overview else 0,
|
|
band=1, prescale_rasters=rescale, clip_rasters=clip)
|
|
fs = ds.featureset()
|
|
feature = fs.next()
|
|
eq_(feature['i'],3)
|
|
lyr = mapnik.Layer('data_subquery')
|
|
lyr.datasource = ds
|
|
expenv = mapnik.Box2d(0,0,14,14)
|
|
env = lyr.envelope()
|
|
assert_almost_equal(env.minx, expenv.minx, places=0)
|
|
assert_almost_equal(env.miny, expenv.miny, places=0)
|
|
assert_almost_equal(env.maxx, expenv.maxx, places=0)
|
|
assert_almost_equal(env.maxy, expenv.maxy, places=0)
|
|
mm = mapnik.Map(15, 15)
|
|
style = mapnik.Style()
|
|
col = mapnik.RasterColorizer();
|
|
col.default_mode = mapnik.COLORIZER_DISCRETE;
|
|
col.add_stop(val_a, mapnik.Color(0xff,0x00,0x00,255));
|
|
col.add_stop(val_b, mapnik.Color(0x00,0xff,0x00,255));
|
|
col.add_stop(value, mapnik.Color(0x00,0x00,0xff,255));
|
|
sym = mapnik.RasterSymbolizer()
|
|
sym.colorizer = col
|
|
rule = mapnik.Rule()
|
|
rule.symbols.append(sym)
|
|
style.rules.append(rule)
|
|
mm.append_style('foo', style)
|
|
lyr.styles.append('foo')
|
|
mm.layers.append(lyr)
|
|
mm.zoom_to_box(expenv)
|
|
im = mapnik.Image(mm.width, mm.height)
|
|
t0 = time.time() # we want wall time to include IO waits
|
|
mapnik.render(mm, im)
|
|
lap = time.time() - t0
|
|
log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
|
|
#im.save('/tmp/xfull.png') # for debugging
|
|
h = format(value, '02x')
|
|
hex_v = '0000ffff'
|
|
hex_a = 'ff0000ff'
|
|
hex_b = '00ff00ff'
|
|
eq_(hexlify(im.view( 3, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 3, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 8,1,1).tostring()), hex_a);
|
|
eq_(hexlify(im.view( 3,13,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8,13,1,1).tostring()), hex_b);
|
|
eq_(hexlify(im.view(13,13,1,1).tostring()), hex_v);
|
|
|
|
def test_data_2bui_subquery():
|
|
_test_data_subquery('data_2bui_subquery', '2BUI', 3)
|
|
|
|
def test_data_4bui_subquery():
|
|
_test_data_subquery('data_4bui_subquery', '4BUI', 15)
|
|
|
|
def test_data_8bui_subquery():
|
|
_test_data_subquery('data_8bui_subquery', '8BUI', 63)
|
|
|
|
def test_data_8bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_data_subquery('data_8bsi_subquery', '8BSI', 69)
|
|
|
|
def test_data_16bui_subquery():
|
|
_test_data_subquery('data_16bui_subquery', '16BUI', 126)
|
|
|
|
def test_data_16bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_data_subquery('data_16bsi_subquery', '16BSI', 135)
|
|
|
|
def test_data_32bui_subquery():
|
|
_test_data_subquery('data_32bui_subquery', '32BUI', 255)
|
|
|
|
def test_data_32bsi_subquery():
|
|
# NOTE: we're using a positive integer because Mapnik
|
|
# does not support negative data values anyway
|
|
_test_data_subquery('data_32bsi_subquery', '32BSI', 264)
|
|
|
|
def test_data_32bf_subquery():
|
|
_test_data_subquery('data_32bf_subquery', '32BF', 450)
|
|
|
|
def test_data_64bf_subquery():
|
|
_test_data_subquery('data_64bf_subquery', '64BF', 3072)
|
|
|
|
def _test_rgba_subquery(lbl, pixtype, r, g, b, a, g1, b1):
|
|
#
|
|
# 3 8 13
|
|
# +---+---+---+
|
|
# 3 | v | v | h | NOTE: writes different alpha
|
|
# +---+---+---+ in 13,8 and 8,13
|
|
# 8 | v | v | a |
|
|
# +---+---+---+
|
|
# 13 | v | b | v |
|
|
# +---+---+---+
|
|
#
|
|
sql = "(select 3 as i, " \
|
|
" ST_SetValues(" \
|
|
" ST_SetValues(" \
|
|
" ST_AddBand(" \
|
|
" ST_AddBand(" \
|
|
" ST_AddBand(" \
|
|
" ST_AsRaster(" \
|
|
" ST_MakeEnvelope(0,0,14,14), " \
|
|
" 1.0, -1.0, '%s', %s" \
|
|
" )," \
|
|
" '%s', %d::float" \
|
|
" ), " \
|
|
" '%s', %d::float" \
|
|
" ), " \
|
|
" '%s', %d::float" \
|
|
" ), " \
|
|
" 2, 11, 6, 4, 5, %s::float8" \
|
|
" )," \
|
|
" 3, 6, 11, 5, 4, %s::float8" \
|
|
" ) as r" \
|
|
") as foo" % (pixtype, r, pixtype, g, pixtype, b, pixtype, a, g1, b1)
|
|
overview = ''
|
|
rescale = 0
|
|
clip = 0
|
|
if rescale:
|
|
lbl += ' Sc'
|
|
if clip:
|
|
lbl += ' Cl'
|
|
ds = mapnik.PgRaster(dbname=MAPNIK_TEST_DBNAME, table=sql,
|
|
raster_field='r', use_overviews=0 if overview else 0,
|
|
prescale_rasters=rescale, clip_rasters=clip)
|
|
fs = ds.featureset()
|
|
feature = fs.next()
|
|
eq_(feature['i'],3)
|
|
lyr = mapnik.Layer('rgba_subquery')
|
|
lyr.datasource = ds
|
|
expenv = mapnik.Box2d(0,0,14,14)
|
|
env = lyr.envelope()
|
|
assert_almost_equal(env.minx, expenv.minx, places=0)
|
|
assert_almost_equal(env.miny, expenv.miny, places=0)
|
|
assert_almost_equal(env.maxx, expenv.maxx, places=0)
|
|
assert_almost_equal(env.maxy, expenv.maxy, places=0)
|
|
mm = mapnik.Map(15, 15)
|
|
style = mapnik.Style()
|
|
sym = mapnik.RasterSymbolizer()
|
|
rule = mapnik.Rule()
|
|
rule.symbols.append(sym)
|
|
style.rules.append(rule)
|
|
mm.append_style('foo', style)
|
|
lyr.styles.append('foo')
|
|
mm.layers.append(lyr)
|
|
mm.zoom_to_box(expenv)
|
|
im = mapnik.Image(mm.width, mm.height)
|
|
t0 = time.time() # we want wall time to include IO waits
|
|
mapnik.render(mm, im)
|
|
lap = time.time() - t0
|
|
log('T ' + str(lap) + ' -- ' + lbl + ' E:full')
|
|
im.save('/tmp/xfull.png') # for debugging
|
|
hex_v = format(r << 24 | g << 16 | b << 8 | a, '08x')
|
|
hex_a = format(r << 24 | g1 << 16 | b << 8 | a, '08x')
|
|
hex_b = format(r << 24 | g << 16 | b1 << 8 | a, '08x')
|
|
eq_(hexlify(im.view( 3, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 3,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 3, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8, 8,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view(13, 8,1,1).tostring()), hex_a);
|
|
eq_(hexlify(im.view( 3,13,1,1).tostring()), hex_v);
|
|
eq_(hexlify(im.view( 8,13,1,1).tostring()), hex_b);
|
|
eq_(hexlify(im.view(13,13,1,1).tostring()), hex_v);
|
|
|
|
def test_rgba_8bui_subquery():
|
|
_test_rgba_subquery('rgba_8bui_subquery', '8BUI', 255, 0, 0, 255, 255, 255)
|
|
|
|
#def test_rgba_16bui_subquery():
|
|
# _test_rgba_subquery('rgba_16bui_subquery', '16BUI', 65535, 0, 0, 65535, 65535, 65535)
|
|
|
|
#def test_rgba_32bui_subquery():
|
|
# _test_rgba_subquery('rgba_32bui_subquery', '32BUI')
|
|
|
|
atexit.register(postgis_takedown)
|
|
|
|
def enabled(tname):
|
|
enabled = len(sys.argv) < 2 or tname in sys.argv
|
|
if not enabled:
|
|
print "Skipping " + tname + " as not explicitly enabled"
|
|
return enabled
|
|
|
|
if __name__ == "__main__":
|
|
setup()
|
|
fail = run_all(eval(x) for x in dir() if x.startswith("test_") and enabled(x))
|
|
exit(fail)
|