def __init__(self):
# Patient/ acquistion information
self.name = ''
self.modality = ''
self.original_orientation = ''
self.window = ''
self.level = ''
# Masks (vtkImageData)
self.mask_dict = {}
# Surfaces are (vtkPolyData)
self.surface_dict = {}
self.last_surface_index = -1
# Measurements
self.measurement_dict = {}
# TODO: Future ++
self.annotation_dict = {}
# InVesalius related data
# So we can find bugs and reproduce user-related problems
self.invesalius_version = version.get_svn_revision()
self.presets = Presets()
self.threshold_modes = self.presets.thresh_ct
self.threshold_range = ''
self.raycasting_preset = ''
def __init__(self):
# Patient/ acquistion information
self.name = ''
self.modality = ''
self.original_orientation = ''
self.window = ''
self.level = ''
# Masks (vtkImageData)
self.mask_dict = {}
# Surfaces are (vtkPolyData)
self.surface_dict = {}
self.last_surface_index = -1
# Measurements
self.measurement_dict = {}
# TODO: Future ++
self.annotation_dict = {}
# InVesalius related data
# So we can find bugs and reproduce user-related problems
self.invesalius_version = version.get_svn_revision()
self.presets = Presets()
self.threshold_modes = self.presets.thresh_ct
self.threshold_range = ''
self.raycasting_preset = ''
def localizeMapfile(project='wms-bod', langs=['fr','de','it','en'], projdir = None):
map = None
domain = project
project_dir = os.path.abspath(os.path.join(os.curdir,'..','services', project))
# Exceptions
# wms-ga-onegeologyeurope only de, en
if project == 'wms-ga-onegeologyeurope':
langs=['de','en']
# wms-ga-onegeology only de, fr
if project == 'wms-ga-onegeology':
langs=['de','fr']
if 'wms-ga-one' in project:
print "special processing wms-ga"
project_dir = os.path.abspath(os.path.join(os.curdir,'..','services', 'wms-ga'))
proj_version = version.get_svn_revision(project_dir)
print "Translating", project
print "===================="
print "SVN version: ", proj_version
print "Locales (.mo) are in", localedir
mapfile_tpl = os.path.join(project_dir, project + '.map')
if os.path.isfile(mapfile_tpl):
map = mapscript.mapObj(mapfile_tpl)
print "Using mapfile ", mapfile_tpl
print "Languages: ", ",".join(langs)
if map:
try:
max_extent = map.getMetaData("wms_extent")
except:
try:
max_extent = map.getMetaData("ows_extent")
except:
max_extent = MAX_EXTENT
print "Max extent", max_extent
if project == 'wms-bgdi' or project == 'wms-bod' :
# Do not translate the following layers because they are internal wms-bgdi layer
# and the current mapscript version (6.0.3-1~c2c+1) does not support the grid element
# Known Bug in C Library
# http://trac.osgeo.org/mapserver/ticket/1980
DoNotTranslate = [
'org.epsg.grid_4326',
'org.epsg.grid_4326_1',
'org.epsg.grid_4326_2',
'org.epsg.grid_4326_3',
'org.epsg.grid_4326_4',
'org.epsg.grid_4326_5',
'org.epsg.grid_4326_6',
'org.epsg.grid_4326_7',
'org.epsg.grid_4326_8',
'org.epsg.grid_4326_9',
'org.epsg.grid_4326_10',
'org.epsg.grid_4326_11',
'org.epsg.grid_4326_12',
'org.epsg.grid_4326_13',
'org.epsg.grid_21781',
'org.epsg.grid_21781_1',
'org.epsg.grid_21781_2',
'org.epsg.grid_21781_3',
'org.epsg.grid_21781_4',
'org.epsg.grid_21781_5',
'org.epsg.grid_21781_6',
'org.epsg.grid_21781_7',
'org.epsg.grid_21781_8',
'org.epsg.grid_21781_9',
'org.epsg.grid_21781_10',
'org.epsg.grid_21781_11',
'org.epsg.grid_21781_12',
'org.epsg.grid_21781_13',
'ch.kantone.historische-topografische-namen'
]
print "%s layers found in mapfile ..." % map.numlayers
for deleteLayer in DoNotTranslate:
if map.getLayerByName(deleteLayer):
map.removeLayer(map.getLayerByName(deleteLayer).index)
print "%s layers will be translated..." % map.numlayers
for lang in langs:
try:
translation = gettext.translation(domain,localedir, languages=[lang])
except IOError, e:
print "Error! Cannot initialize translation", e
print "Try to run bod2po.py first"
sys.exit()
translation.install(unicode=1)
#print translation.info()
_ = translation.ugettext
s = 'ch.swisstopo.vec25-heckenbaeume-linien.Hecke.name'
print "Test translation:", s," --> ", _(s)
fn = project + '.' + lang + '.yaml'
#fn = 'wms-bod.' + lang + '.yaml' # for all project
print "Opening %s (be patient)" % fn
stream = file(fn , 'r')
try:
bodDict = yaml.load(stream, Loader=Loader)
except:
print "Critical error: Cannot read '%s'. Exit" % fn
sys.exit()
finally:
stream.close()
clone_map = map.clone()
localized_mapfilename = os.path.abspath(os.path.join(project_dir,project + '.' + lang +'.map'))
# Special Translation for wms-ga-onegeology and wms-ga-onegeologyeurope
if 'wms-ga-one' in project:
# remove wms_xxx from WEB Section
clone_map.web.metadata.set('ows_title', uni2iso(_(project + '.wms_title')))
clone_map.web.metadata.set('ows_abstract', uni2iso(_( project +'.wms_abstract').replace('\n', '').replace('\r', '') + " (Revision: %s)" % proj_version))
clone_map.web.metadata.set('ows_encoding', bodDict['wms'][project]['encoding'])
clone_map.web.metadata.set('ows_contactorganization', uni2iso(_(project + '.wms_contactorganization')))
clone_map.web.metadata.set('ows_keywordlist', uni2iso(_(project + '.ows_keywords')))
clone_map.web.metadata.set('ows_keywordlist_GEMET_items', uni2iso(_(project + '.ows_keywordlist_gemet_items')))
clone_map.web.metadata.set('ows_accessconstraints', uni2iso(_(project + '.ows_accessconstraint')))
#clone_map.web.metadata.set('ows_fees', uni2iso(_(project + '.ows_fee')))
clone_map.web.metadata.set('ows_contactorganization', uni2iso(_(project + '.wms_contactorganization')))
clone_map.web.metadata.set('ows_contactposition', uni2iso(_(project + '.ows_contactposition')))
clone_map.web.metadata.set('ows_enable_request', '*')
else:
# Translate general WMS Service Section
clone_map.web.metadata.set('wms_abstract', uni2iso(_( project +'.wms_abstract') + " (Revision: %s)" % proj_version))
clone_map.web.metadata.set('wms_encoding', bodDict['wms'][project]['encoding'])
clone_map.web.metadata.set('wms_contactorganization', uni2iso(_(project + '.wms_contactorganization')))
clone_map.web.metadata.set('wms_title', uni2iso(_(project + '.wms_title')))
clone_map.web.metadata.set('ows_enable_request', '*')
clone_map.defresolution = clone_map.resolution
if project == 'wms-bgdi':
clone_map.web.metadata.set('wms_srs', WMS_SRS)
for i in range(0, clone_map.numlayers):
lyr = clone_map.getLayer(i)
if lyr is not None:
# Layer stuff and fixing
if lyr.name == WATERMARK_LAYERNAME or project != 'wms-bod' :
opacity = transparency = lyr.opacity
else:
opacity = transparency = 100
lyr.opacity = opacity
lyr.transparency = transparency
# No template (not queryable by default)
if 'wms-ga-one' not in project:
lyr.template = 'ttt' # How do we know if it is queryable None
# Global Section
if lyr.name in bodDict['layers'].keys():
lyr.metadata.set('ows_keywordlist',uni2iso(_(lyr.name+'.wms_ows_keywordlist')))
gml_include_items = bodDict['layers'][lyr.name]['gml_include_items']
if gml_include_items:
lyr.metadata.set('gml_include_items', gml_include_items)
#item value contains sometime invalid character
lyr.metadata.set('wms_include_items', gml_include_items)
# Queryable
lyr.template = 'GetFeatureInfo'
setScale(lyr, key='minscaledenom',value= bodDict['layers'][lyr.name]['ms_minscaledenom'])
setScale(lyr, key='maxscaledenom',value= bodDict['layers'][lyr.name]['ms_maxscaledenom'])
if project == 'wms-bod':
setLabelScale(lyr, key='labelminscaledenom',value= bodDict['layers'][lyr.name]['ms_labelminscaledenom'])
setLabelScale(lyr, key='labelmaxscaledenom',value= bodDict['layers'][lyr.name]['ms_labelmaxscaledenom'])
group_id = bodDict['layers'][lyr.name]['group_id']
if group_id:
lyr.group = group_id
lyr.metadata.set('wms_group_title', uni2iso(_(lyr.name+'.wms_group_title')).replace("'","`"))
lyr.metadata.set('wms_group_abstract', uni2iso(_(lyr.name+'.wms_group_abstract')).replace("'","`"))
else:
lyr.group = None
if lyr.metadata.get('wms_group_title'):
lyr.metadata.remove('wms_group_title')
# Status
lyr.status = mapscript.MS_OFF
if lyr.name in WATERMARK_BGDI_LIST.split(",") :
lyr.status=mapscript.MS_DEFAULT
extent = lyr.metadata.get("wms_extent")
if not extent:
lyr.metadata.set("wms_extent", max_extent.strip())
else:
lyr.metadata.set("wms_extent", extent.strip())
if 'wms-ga-one' in project:
# Layer extent has to be provided by EXTENT Tag in projected Coordinates
# remove wms_extent info from wms-ga-one* Layers
# ltclm 20130920
lyr.metadata.remove('wms_extent')
# ows_keywordlist_vocabulary and ows_keywordlist_XXXX_items are not yet in the bod
# for now this dirty hack is sufficient
# ltclm 20130920
if lang == 'en':
lyr.metadata.set('ows_keywordlist_vocabulary', 'GEMET')
lyr.metadata.set('ows_keywordlist_GEMET_items', 'Geology')
if project == 'wms-bod':
if lyr.name:
# layer translation, if group take title and absctract from group
if lyr.group and _(lyr.name+'.wms_title') == lyr.name+'.wms_title':
lyr.metadata.set('wms_title',uni2iso(_(lyr.name+'.wms_group_title')))
else:
lyr.metadata.set('wms_title', uni2iso(_(lyr.name+'.wms_title')))
#print _(u''+lyr.name+'.title')
if lyr.group and _(lyr.name+'.wms_abstract') == lyr.name+'.wms_abstract':
lyr.metadata.set('wms_abstract',uni2iso(_(lyr.name+'.wms_group_abstract')))
else:
lyr.metadata.set('wms_abstract', uni2iso(_(lyr.name+'.wms_abstract')))
else:
lyr.metadata.set('ows_title', uni2iso(_(lyr.name+'.wms_title')).replace("'","`"))
lyr.metadata.set('ows_abstract', uni2iso(_(lyr.name+'.wms_abstract')).replace("'","`"))
lyr.metadata.set('ows_srs', WMS_SRS)
maxscaledenom = lyr.maxscaledenom
if maxscaledenom < 0:
lyr.maxscaledenom = MAXSCALEDENOM
minscaledenom = lyr.minscaledenom
if minscaledenom < 0:
lyr.minscaledenom = MINSCALEDENOM
items = lyr.metadata.get("gml_include_items")
# do not translate gml_include_items or wms-ga*
#
if 'wms-ga-one' not in project:
if items:
for item in items.split(','):
item = item.strip()
gml_item_alias = "gml_%s_alias" % item
wms_item_alias = "wms_%s_alias" % item
item_translation = uni2iso(_(lyr.name+'.'+item+'.name'))
lyr.metadata.set(gml_item_alias, xmlnamify(item_translation))
lyr.metadata.set(wms_item_alias, xmlnamify(item_translation))
# Classes stuff and fixing
for j in range(0, lyr.numclasses):
klass = lyr.getClass(j)
if klass and klass.name and lyr.name:
# Fix scales
klassid = lyr.name + "." + klass.name.decode('utf-8','replace')
if klassid in bodDict['classes'].keys():
setScale(klass, key='minscaledenom',value= bodDict['classes'][klassid]['ms_minscaledenom'])
setScale(klass, key='maxscaledenom',value= bodDict['classes'][klassid]['ms_maxscaledenom'])
klass.opacity = opacity
klass.transparency = transparency
klassname = klassid + ".name"
klass.name =uni2iso( _(klassname)) #.encode('ascii','replace')))
if project == 'wms-bgdi':
# layer / group translations
# if layer is not (translated) in bod or translation kurzbezeichnung_de is empty and layer is not hidden in getcap
if (not lyr.name in bodDict['layers'].keys() or not bodDict['layers'][lyr.name]['kurzbezeichnung_de']) and (lyr.metadata.get('wms_enable_request') is None or lyr.metadata.get('wms_enable_request').find('!GetCapabilities') == -1):
# state 1: No translation for standard Layer without group id in mapfile
if lyr.group is None:
print "state 1: No bod entry for this layer %s, layer name will be tagged ..." % (lyr.name)
print lyr.metadata.get('wms_enable_request')
# save original layer id in wms_title attribute
lyr.metadata.set('wms_title', uni2iso(_(lyr.name+'.wms_title')).replace("'","`"))
lyr.metadata.set('wms_keywordlist', 'bgdi_hide_getcap,state1')
lyr.name = None
# state 2:
# group is translated in bod
# multiple technical layers in one snippet, only group entry in bod
# tag layers
elif lyr.group in bodDict['layers'].keys():
print "state 2: No bod entry for this layer %s (using group infos instead for translation: %s) ..." % (lyr.name,lyr.group)
lyr.metadata.set('wms_group_title', uni2iso(_(lyr.group+'.wms_title')).replace("'","`"))
lyr.metadata.set('wms_group_abstract', uni2iso(_(lyr.group+'.wms_abstract')).replace("'","`"))
lyr.metadata.set('wms_keywordlist', 'bgdi_hide_getcap,state2')
lyr.name = None
else:
# state 3: no translation available for layer and for group, tag layer remove layer name
print "state 3: no valid group found in layer '%s', group id in mapfile '%s'" % (lyr.name,lyr.group)
lyr.metadata.set('wms_keywordlist', 'bgdi_hide_getcap,state3')
lyr.name = None
if os.path.exists(localized_mapfilename):
value = raw_input("Overwrite %s ? [y,n]" % localized_mapfilename)
if value.strip() in ['y','Y','o','O']:
clone_map.save(localized_mapfilename)
else:
clone_map.save(localized_mapfilename)
s = iso2utf(open(localized_mapfilename).read())
# wms-swistopowms: remove _tilecache
if project == 'wms-swisstopowms':
s = s.replace("_tilecache", "")
if project == 'wms-bgdi' or project == 'wms-bod':
s = s.replace("MAP\n CONFIG","MAP\n MAXSIZE 15000\n CONFIG")
s = s.replace('END # MAP','')
# Append layers which should not be translated
# these layers have to be added to the DoNotTranslate List in this script
# these layers have to be added to the wms-bgdi.map.mako (otherwise they are not mapfilized to wms-bgdi.map)
# ltclm 20130214
s += 'INCLUDE "mapfile_include/org.epsg.grid_21781.map"\n'
s += 'INCLUDE "mapfile_include/org.epsg.grid_4326.map"\n'
s += 'END # MAP'
open(localized_mapfilename, 'w').write(s)
