def generateRegion(region):
#fisrt lets see if the gemf is there
print "generating data for " + region
filter = Regions.getRegionFilterList(region)
bo = BsbOutlines.BsbOutlines(Env.bsbDir, filter)
xmlFname = region+".xml"
xmlPath = Env.gemfDir+"/"+xmlFname
zxmlPath = Env.gemfDir+"/"+region+".zxml"
xml = XMLWriter(codecs.open(xmlPath, "w", "utf-8"))
zxml = zipfile.ZipFile(zxmlPath, "w", zipfile.ZIP_DEFLATED)
gemfFile = Env.gemfDir+region+".gemf"
xml.start("rml", version='1.0')
xml.start("region", description=Regions.getRegionDescription(region), bytes = str(os.path.getsize(gemfFile)))
for kapfile in bo.getkeys():
xml.start("chart", file=kapfile, name=bo.getname(kapfile), scale=str(bo.getscale(kapfile)), depths=bo.getdepthunits(kapfile), zoom=str(bo.getzoom(kapfile)));
xml.data(bo.getoutline(kapfile))
xml.end("chart")
xml.end("region")
xml.end("rml")
xml.close(1)
cmd = "tidy -xml -imq " + xmlPath
os.popen(cmd)
zxml.write(xmlPath, xmlFname)
os.remove(xmlPath)
zxml.close()
def generateRegion(region):
#fisrt lets see if the gemf is there
print "generating data for " + region
filter = Regions.getRegionFilterList(region)
bo = BsbOutlines.BsbOutlines(Env.bsbDir, filter)
# bsbScales = BsbScales(Env.bsbDir, filter)
# sortList = bsbScales.getKapsSortedByScale()
# sortList.reverse()
# mergeorder = ""
# for item in sortList:
# mergeorder += item + ":"
# mergeorder.rstrip(":")
sqlFname = region+".sql"
sqlPath = Env.gemfDir+"/"+sqlFname
zdatPath = Env.gemfDir+"/"+region+".zdat"
sqlf = codecs.open(sqlPath, "w", "utf-8")
zdat = zipfile.ZipFile(zdatPath, "w", zipfile.ZIP_DEFLATED)
#sqlf = open(Env.gemfDir+"/"+region+".bin", "wb")
wrt = u"--MXMARINER-DBVERSION:3\n"
#zdat.writestr( sqlFname, wrt)
sqlf.write( wrt )
if (custom):
gemfFile = Env.gemfDir+region+".gemf"
if not os.path.isfile(gemfFile):
print "gemf not ready:" + region
sys.exit()
else:
bytes = os.path.getsize(gemfFile)
wrt = strcustom0 %(region)
sqlf.write( wrt )
#zdat.writestr( sqlFname, wrt)
#[name], [description], [image], [size], [installeddate]
wrt = strcustom1 %(region, Regions.getRegionDescription(region), region.lower().replace("_", ""), bytes, epoch)
sqlf.write( wrt )
#zdat.writestr( sqlFname, wrt)
else:
#wrt = str0 %(epoch, mergeorder, region)
wrt = str0 %(epoch, region)
sqlf.write( wrt )
#zdat.writestr( sqlFname, wrt)
wrt = str1 %(region)
sqlf.write( wrt )
#zdat.writestr( sqlFname, wrt)
for kapfile in bo.getkeys():
wrt = str2 %(region, kapfile, bo.getname(kapfile), bo.getupdated(kapfile), bo.getscale(kapfile), \
bo.getoutline(kapfile), bo.getdepthunits(kapfile), bo.getzoom(kapfile));
sqlf.write( wrt )
#zdat.writestr( sqlFname, wrt)
sqlf.close()
zdat.write(sqlPath, sqlFname)
os.remove(sqlPath)
zdat.close()
