def gpxInit(self,caches):
GPX = self.GPX
GS = self.GS
time = dateTimeToText(datetime.now())
minLat = caches[0].lat
minLon = caches[0].lon
maxLat = caches[0].lat
maxLon = caches[0].lon
for cache in caches:
if cache.lat < minLat: minLat=cache.lat
if cache.lon < minLon: minLon=cache.lon
if cache.lat > maxLat: maxLat=cache.lat
if cache.lon > maxLon: maxLon=cache.lon
gpx_base = '<?xml version="1.0" encoding="utf-8"?>'\
'<gpx xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" '\
'xmlns:xsd="http://www.w3.org/2001/XMLSchema" version="1.0" '\
'creator="Geocacher" '\
'xsi:schemaLocation="%s %s/gpx.xsd %s %s/cache.xsd" '\
'xmlns="%s" '\
'xmlns:groundspeak="%s">'\
'<name>Custom geocache query</name>'\
'<desc>Custom geocache query generated by Geocacher</desc>'\
'<author>Geocacher</author>'\
'<email>[email protected]</email>'\
'<time>%s</time>'\
'<keywords>cache, geocache, groundspeak</keywords>'\
'<bounds minlat="%f" minlon="%f" maxlat="%f" maxlon="%f" /></gpx>'\
% (GPX, GPX, GS, GS, GPX, GS, time, minLat ,minLon ,maxLat ,maxLon)
return ElementTree.fromstring(gpx_base)
def gpxInit(self, caches):
GPX = self.GPX
GS = self.GS
time = dateTimeToText(datetime.now())
minLat = caches[0].lat
minLon = caches[0].lon
maxLat = caches[0].lat
maxLon = caches[0].lon
for cache in caches:
if cache.lat < minLat: minLat = cache.lat
if cache.lon < minLon: minLon = cache.lon
if cache.lat > maxLat: maxLat = cache.lat
if cache.lon > maxLon: maxLon = cache.lon
gpx_base = '<?xml version="1.0" encoding="utf-8"?>'\
'<gpx xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" '\
'xmlns:xsd="http://www.w3.org/2001/XMLSchema" version="1.0" '\
'creator="Geocacher" '\
'xsi:schemaLocation="%s %s/gpx.xsd %s %s/cache.xsd" '\
'xmlns="%s" '\
'xmlns:groundspeak="%s">'\
'<name>Custom geocache query</name>'\
'<desc>Custom geocache query generated by Geocacher</desc>'\
'<author>Geocacher</author>'\
'<email>[email protected]</email>'\
'<time>%s</time>'\
'<keywords>cache, geocache, groundspeak</keywords>'\
'<bounds minlat="%f" minlon="%f" maxlat="%f" maxlon="%f" /></gpx>'\
% (GPX, GPX, GS, GS, GPX, GS, time, minLat ,minLon ,maxLat ,maxLon)
return ElementTree.fromstring(gpx_base)
def exportAddWptProcess(self,root,cache):
for addWpt in cache.getAddWaypoints():
wpt = ElementTree.SubElement(root, 'wpt', {'lat':str(addWpt.lat),
'lon':str(addWpt.lon)})
time = ElementTree.SubElement(wpt, 'time')
time.text = dateTimeToText(addWpt.time)
name = ElementTree.SubElement(wpt, 'name')
name.text = addWpt.code
cmt = ElementTree.SubElement(wpt, 'cmt')
cmt.text = addWpt.cmt
desc = ElementTree.SubElement(wpt, 'desc')
desc.text = addWpt.name
url = ElementTree.SubElement(wpt, 'url')
url.text = addWpt.url
urlname = ElementTree.SubElement(wpt, 'urlname')
urlname.text = addWpt.name
sym = ElementTree.SubElement(wpt, 'sym')
sym.text = addWpt.sym
wpttype = ElementTree.SubElement(wpt, 'type')
wpttype.text = 'Waypoint|%s' % addWpt.sym
def exportAddWptProcess(self, root, cache):
for addWpt in cache.getAddWaypoints():
wpt = ElementTree.SubElement(root, 'wpt', {
'lat': str(addWpt.lat),
'lon': str(addWpt.lon)
})
time = ElementTree.SubElement(wpt, 'time')
time.text = dateTimeToText(addWpt.time)
name = ElementTree.SubElement(wpt, 'name')
name.text = addWpt.code
cmt = ElementTree.SubElement(wpt, 'cmt')
cmt.text = addWpt.cmt
desc = ElementTree.SubElement(wpt, 'desc')
desc.text = addWpt.name
url = ElementTree.SubElement(wpt, 'url')
url.text = addWpt.url
urlname = ElementTree.SubElement(wpt, 'urlname')
urlname.text = addWpt.name
sym = ElementTree.SubElement(wpt, 'sym')
sym.text = addWpt.sym
wpttype = ElementTree.SubElement(wpt, 'type')
wpttype.text = 'Waypoint|%s' % addWpt.sym
def export(self,filename,caches,ignoreAddWpts=False):
'''
Exports the given caches using the the given file in the .gpx format.
Arguments
filename: Path to the file to export the cache information to
caches: List of cache objects to be exported
Kework Argument
ignoreAddWpts: Don't process additional waypoints (for zip files only)
'''
assert os.path.isdir(os.path.split(filename)[0])
config = geocacher.config()
self.setNamespace(config.exportGpxVerStr)
GS = 'groundspeak:'
if len(caches) == 0:
return True
root = self.gpxInit(caches)
for cache in caches:
if config.exportAdjWpts:
wpt = ElementTree.SubElement(root,
'wpt',
{'lat':'%f' % cache.currentLat,
'lon':'%f' % cache.currentLon})
else:
wpt = ElementTree.SubElement(root, 'wpt', {'lat':'%f' % cache.lat,
'lon':'%f' % cache.lon})
if cache.gpx_date == None and cache.user_date == None:
cacheTime = datetime.now()
elif cache.gpx_date == None:
cacheTime=cache.user_date
elif cache.user_date == None:
cacheTime=cache.gpx_date
elif cache.gpx_date < cache.user_date:
cacheTime=cache.user_date
else:
cacheTime=cache.gpx_date
time = ElementTree.SubElement(wpt, 'time')
time.text = dateTimeToText(cacheTime)
name = ElementTree.SubElement(wpt, 'name')
if config.exportAdjWpts and cache.corrected:
name.text = cache.code + config.exportAdjWptSufix
else:
name.text = cache.code
desc = ElementTree.SubElement(wpt, 'desc')
desc.text = '%s by %s, %s (%0.1f/%0.1f)' % (cache.name, cache.placed_by,
cache.type, cache.difficulty,
cache.terrain)
if cache.url != '':
url = ElementTree.SubElement(wpt, 'url')
url.text = cache.url
urlname = ElementTree.SubElement(wpt, 'urlname')
urlname.text = cache.name
sym = ElementTree.SubElement(wpt, 'sym')
if cache.found:
sym.text = 'Geocache Found'
else:
sym.text = 'Geocache'
wpttype = ElementTree.SubElement(wpt, 'type')
wpttype.text = 'Geocache|%s' % cache.type
if config.exportGc:
gsCache = ElementTree.SubElement(wpt, GS + 'cache',
{'id':str(cache.id),
'available':str(cache.available),
'archived':str(cache.archived)})
gsName = ElementTree.SubElement(gsCache, GS + 'name')
gsName.text = cache.name
gsPlaced_by = ElementTree.SubElement(gsCache, GS + 'placed_by')
gsPlaced_by.text = cache.placed_by
gsOwner = ElementTree.SubElement(gsCache, GS + 'owner',
{'id':str(cache.owner_id)})
gsOwner.text = cache.owner
gsType = ElementTree.SubElement(gsCache, GS + 'type')
gsType.text = cache.type
gsContainer = ElementTree.SubElement(gsCache, GS + 'container')
gsContainer.text = cache.container
gsDifficulty = ElementTree.SubElement(gsCache, GS + 'difficulty')
gsDifficulty.text = '%0.1f' % cache.difficulty
gsTerrain = ElementTree.SubElement(gsCache, GS + 'terrain')
gsTerrain.text = '%0.1f' % cache.terrain
gsCountry = ElementTree.SubElement(gsCache, GS + 'country')
gsCountry.text = cache.country
gsState = ElementTree.SubElement(gsCache, GS + 'state')
gsState.text = cache.state
gsShort_desc = ElementTree.SubElement(gsCache,
GS + 'short_description',
{'html':str(cache.short_desc_html)})
gsShort_desc.text = cache.short_desc
gsLong_desc = ElementTree.SubElement(gsCache,
GS + 'long_description',
{'html':str(cache.long_desc_html)})
gsLong_desc.text = cache.long_desc
gsHints = ElementTree.SubElement(gsCache, GS + 'encoded_hints')
gsHints.text = cache.encoded_hints
if config.exportGpxVerStr == '1.0.1':
gsAttribs = ElementTree.SubElement(gsCache, GS + 'attributes')
for attrib in cache.getAttributes():
gsAttrib = ElementTree.SubElement(gsAttribs, GS + 'attribute',
{'id':str(attrib.attribid),
'inc':str(attrib.inc)})
gsAttrib.text = attrib.description
if config.exportLogs:
gsLogs = ElementTree.SubElement(gsCache, GS + 'logs')
if config.exportLimitLogs:
maxLogs = config.exportMaxLogs
else:
maxLogs = None
for log in cache.getLogs(sort=True,
descending=config.exportLogOrder==0,
maxLen=maxLogs):
gsLog = ElementTree.SubElement(gsLogs, GS + 'log',
{'id':str(log.logId)})
gsLogDate = ElementTree.SubElement(gsLog, GS + 'date')
gsLogDate.text = dateTimeToText(log.date)
gsLogType = ElementTree.SubElement(gsLog, GS + 'type')
gsLogType.text = log.logType
gsLogFinder = ElementTree.SubElement(gsLog,
GS + 'finder',
{'id':str(log.finder_id)})
gsLogFinder.text = log.finder_name
gsLogText = ElementTree.SubElement(gsLog,
GS + 'text',
{'encoded':str(log.encoded)})
gsLogText.text = log.text
if config.exportTbs:
gsTbs = ElementTree.SubElement(gsCache, GS + 'travelbugs')
for tb in cache.getTravelBugs():
gsTb = ElementTree.SubElement(gsTbs,
GS +'travelbug',
{'id':str(tb.id),
'ref':tb.ref})
gsTbName = ElementTree.SubElement(gsTb, GS + 'name')
gsTbName.text = tb.name
if config.exportAddWpts and not ignoreAddWpts:
self.exportAddWptProcess(root, cache)
try:
self.gpxSave(filename,root)
return True
except:
return False
def load(self,filename,fileUpdates={},gpxFilename = None):
'''
Imports the given .gpx file into the database.
Arguments
filename: path to the file from which to import the cache information
Keyword Arguments
fileUpdates: Dictionary for adding updates to for reporting back to the user
gpxFilename: filename to use in gpx source column if different from filename
'''
mode = geocacher.config().importMode
userName = geocacher.config().GCUserName
userId = geocacher.config().GCUserID
# Load GPX file
if os.path.isfile(filename):
gpxDoc = ElementTree.parse(filename).getroot()
# Determine the file version
schema = gpxDoc.attrib['{http://www.w3.org/2001/XMLSchema-instance}schemaLocation']
if schema.rfind('http://www.groundspeak.com/cache/1/0/1') >= 0:
gpxVer = '1.0.1'
elif schema.rfind('http://www.groundspeak.com/cache/1/0') >= 0:
gpxVer = '1.0'
else:
gpxVer = '1.0'
self.setNamespace(gpxVer)
gpxDoc = ElementTree.parse(filename).getroot()
NS = self.NS
if gpxFilename == None:
sourceFile = os.path.abspath(filename)
else:
sourceFile = gpxFilename + ":" + os.path.basename(filename)
else:
return (False, fileUpdates)
# Get the date the GPX file was created
try:
gpxDate = textToDateTime('%s' % gpxDoc.find("gpx:time", NS).text)
logging.debug('Date from File contents: %s' % dateTimeToText(gpxDate))
except:
gpxDate = datetime.utcfromtimestamp(os.path.getmtime(filename))
logging.debug('Date from file timestamp: %s' % dateTimeToText(gpxDate))
# Create list for extra points
extraWpts = []
# Find the waypoints and process them
for wpt in gpxDoc.findall("gpx:wpt", NS):
code = getTextFromPath(wpt,"gpx:name",NS)
logging.debug(code)
if code[:2] !="GC":
extraWpts.append(wpt)
continue
lon = float(getAttribFromPath(wpt,".","lon",NS,'0.0'))
lat = float(getAttribFromPath(wpt,".","lat",NS,'0.0'))
id = int(getAttribFromPath(wpt,"gs:cache","id",NS))
available = textToBool(getAttribFromPath(wpt,"gs:cache","available",NS,'True'))
archived = textToBool(getAttribFromPath(wpt,"gs:cache","archived",NS,'False'))
name = getTextFromPath(wpt,"gpx:urlname",NS)
url = getTextFromPath(wpt,"gpx:url",NS)
placed = textToDateTime(getTextFromPath(wpt,"gpx:time",NS))
placed_by = getTextFromPath(wpt,"gs:cache//gs:placed_by",NS)
owner = getTextFromPath(wpt,"gs:cache//gs:owner",NS)
owner_id = int(getAttribFromPath(wpt,"gs:cache//gs:owner","id",NS))
cachetype = getTextFromPath(wpt,"gs:cache//gs:type",NS)
container = getTextFromPath(wpt,"gs:cache//gs:container",NS,"Not Specified")
difficulty = float(getTextFromPath(wpt,"gs:cache//gs:difficulty",NS,"1"))
terrain = float(getTextFromPath(wpt,"gs:cache//gs:terrain",NS,"1"))
state = getTextFromPath(wpt,"gs:cache//gs:state",NS)
country = getTextFromPath(wpt,"gs:cache//gs:country",NS)
short_desc = getTextFromPath(wpt,"gs:cache//gs:short_description",NS,"")
short_desc_html = textToBool(getAttribFromPath(wpt,"gs:cache//gs:short_description","html",NS,"False"))
long_desc = getTextFromPath(wpt,"gs:cache//gs:long_description",NS,"")
long_desc_html = textToBool(getAttribFromPath(wpt,"gs:cache//gs:long_description","html",NS,"False"))
hints = getTextFromPath(wpt,"gs:cache//gs:encoded_hints",NS,"")
if code in fileUpdates.keys():
cacheUpdates = fileUpdates[code]
else:
cacheUpdates = {}
cache = geocacher.db().getCacheByCode(code)
if cache==None:
cacheUpdates['change type'] = 'new'
cacheUpdates['lat'] = [lat,'']
cacheUpdates['lon'] = [lon,'']
cacheUpdates['ci'] = [id,'']
cacheUpdates['available'] = [available,'']
cacheUpdates['archived'] = [archived,'']
cacheUpdates['name'] = [name,'']
cacheUpdates['url'] = [url,'']
cacheUpdates['placed_by'] = [placed_by,'']
cacheUpdates['owner'] = [owner,'']
cacheUpdates['owner_id'] = [owner_id,'']
cacheUpdates['type'] = [cachetype,'']
cacheUpdates['container'] = [container,'']
cacheUpdates['difficulty'] = [difficulty,'']
cacheUpdates['terrain'] = [terrain,'']
cacheUpdates['state'] = [state,'']
cacheUpdates['country'] = [country,'']
cacheUpdates['short_desc'] = [short_desc,'']
cacheUpdates['short_desc_html'] = [short_desc_html,'']
cacheUpdates['long_desc'] = [long_desc,'']
cacheUpdates['long_desc_html'] = [long_desc_html,'']
cacheUpdates['encoded_hints'] = [hints,'']
cacheUpdates['gpx_date'] = [gpxDate,'']
cache = geocacher.db().addCache(code,lat=lat,lon=lon,id=id,
available=available,archived=archived,
name=name,url=url,
placed=placed,placed_by=placed_by,
owner=owner,owner_id=owner_id,
type=cachetype,container=container,
difficulty=difficulty,terrain=terrain,
state=state,country=country,
short_desc=short_desc,
short_desc_html=short_desc_html,
long_desc=long_desc,
long_desc_html=long_desc_html,
encoded_hints=hints,gpx_date=gpxDate)
elif 'change type' not in cacheUpdates.keys():
cacheUpdates['change type'] = 'update'
if ((cache.gpx_date<=gpxDate and mode=="update") or mode=="replace"):
if cache.lon != lon:
cacheUpdates['lon'] = [lon,cache.lon]
cache.lon = lon
if cache.lat != lat:
cacheUpdates['lat'] = [lat,cache.lat]
cache.lat = lat
if cache.id != id:
cacheUpdates['available'] = [cache.available,available]
cache.id = id
if cache.archived != archived:
cacheUpdates['archived'] = [archived,cache.archived]
cache.archived = archived
if cache.name != name:
cacheUpdates['name'] = [name,cache.name]
cache.name = name
if cache.url != url:
cacheUpdates['url'] = [url,cache.url]
cache.url = url
if cache.placed_by != placed_by:
cacheUpdates['placed_by'] = [placed_by,cache.placed_by]
cache.placed_by = placed_by
if cache.owner != owner:
cacheUpdates['owner'] = [owner,cache.owner]
cache.owner = owner
if cache.owner_id != owner_id:
cacheUpdates['owner_id'] = [owner_id,cache.owner_id]
cache.owner_id = owner_id
if cache.type != cachetype:
cacheUpdates['type'] = [owner_id,cache.owner_id]
cache.type = cachetype
if cache.container != container:
cacheUpdates['container'] = [container,cache.container]
cache.container = container
if cache.difficulty != difficulty:
cacheUpdates['difficulty'] = [difficulty,cache.difficulty]
cache.difficulty = difficulty
if cache.terrain != terrain:
cacheUpdates['terrain'] = [terrain,cache.terrain]
cache.terrain = terrain
if cache.state != state:
cacheUpdates['state'] = [state,cache.state]
cache.state = state
if cache.country != country:
cacheUpdates['country'] = [country,cache.country]
cache.country = country
if cache.short_desc != short_desc:
cacheUpdates['short_desc'] = [short_desc,cache.short_desc]
cache.short_desc = short_desc
if cache.short_desc_html != short_desc_html:
cacheUpdates['short_desc_html'] = [short_desc_html,
cache.short_desc_html]
cache.short_desc_html = short_desc_html
if cache.long_desc != long_desc:
cacheUpdates['long_desc'] = [long_desc,cache.long_desc]
cache.long_desc = long_desc
if cache.long_desc_html != long_desc_html:
cacheUpdates['long_desc_html'] = [long_desc_html,
cache.long_desc_html]
if cache.encoded_hints != hints:
cacheUpdates['encoded_hints'] = [hints,cache.encoded_hints]
cache.encoded_hints = hints
if gpxVer == '1.0.1':
attribsUpdates = {}
wptAttribIds = []
for wptAttrib in wpt.findall("gs:cache//gs:attributes//gs:attribute", NS):
attribId = int(wptAttrib.attrib['id'])
attribInc = textToBool(wptAttrib.attrib['inc'])
attribDesc = wptAttrib.text
wptAttribIds.append(attribId)
attribUpdates = {}
attrib = cache.getAttributeById(attribId)
if attrib is None:
logging.debug('Attribute %i not found in existing data, creating' % attribId)
attribUpdates['inc'] = [attribInc, '']
attribUpdates['Description'] = [attribDesc, '']
attrib = cache.addAttribute(attribId, attribInc, attribDesc)
else:
if attribInc != attrib.inc:
attribUpdates['inc'] = [attribInc, attrib.inc]
attrib.inc = attribInc
if attribDesc != attrib.description:
attribUpdates['Description'] = [attribDesc, '']
attrib.description = attribDesc
if len(attribUpdates) > 0:
attrib.save()
attribsUpdates[attribId] = attribUpdates
# Go through the cache attribs and delete any that are not
#listed in the wpt
for cacheAttribId in cache.getAttributeIds():
if not(cacheAttribId in wptAttribIds):
toDelete = cache.getAttributeById(cacheAttribId)
attribsUpdates[cacheAttribId] = {_('Removed'):['','']}
toDelete.delete()
if len(attribsUpdates) > 0:
cacheUpdates['Attributes'] = attribsUpdates
# Always update Logs and travel bugs
foundUpdated=False
logsUpdates = {}
for wptLog in wpt.findall("gs:cache//gs:logs//gs:log", NS):
logId = int(getAttribFromPath(wptLog, '.', "id",NS))
logDate = textToDateTime(getTextFromPath(wptLog, "gs:date",NS))
logType = getTextFromPath(wptLog, "gs:type",NS)
logFinderId = int(getAttribFromPath(wptLog, "gs:finder", "id", NS))
logFinderName = getTextFromPath(wptLog, "gs:finder",NS)
logEncoded = textToBool(getAttribFromPath(wptLog, "gs:text", "encoded", NS, "False"))
logText = getTextFromPath(wptLog, "gs:text",NS)
logUpdates = {}
log = cache.getLogById(logId)
if log==None:
logging.debug('Log %i not forund in existing data, creating' % logId)
logUpdates['id'] = [logId,'']
logUpdates['date'] = [logDate,'']
logUpdates['type'] = [logType,'']
logUpdates['finder_id'] = [logFinderId,'']
logUpdates['finder_name'] = [logFinderName,'']
logUpdates['encoded'] = [logEncoded,'']
logUpdates['text'] = [logText,'']
log = cache.addLog(logId,date=logDate,logType=logType,
finder_id=logFinderId,finder_name=logFinderName,
encoded=logEncoded,text=logText)
else:
logging.debug('Log %i found in existing data, checking data' % logId)
if logDate != log.date:
logUpdates['id'] = [logDate,log.date]
log.date = logDate
if logType != log.logType:
logUpdates['type'] = [logType,log.logType]
log.logType = logType
if logFinderId != log.finder_id:
logUpdates['finder_id'] = [logFinderId,log.finder_id]
log.finder_id = logFinderId
if logFinderName != log.finder_name:
logUpdates['finder_name'] = [logFinderName,log.finder_name]
log.finder_name = logFinderName
if logEncoded != log.encoded:
logUpdates['encoded'] = [logEncoded,log.encoded]
log.encoded = logEncoded
if logText != log.text:
logUpdates['text'] = [logText,log.text]
log.text = logText
if len(logUpdates) > 0:
log.save()
logsUpdates[logId] = logUpdates
# Update Own find details if this is the first log with changes
# in it that is of the "Found it" type and the finderId or
# finderName matches the users values
if ((not foundUpdated) and(logFinderId == userId or
logFinderName == userName)):
logging.debug('User ID or Name match for log id %i' % logId)
if logType in ['Found it', 'Attended']:
logging.debug('Log type is found or attended')
if not cache.found:
cacheUpdates['found'] = [True,False]
cache.found = True
if cache.found_date != logDate:
cacheUpdates['found_date'] = [logDate,cache.found_date]
cache.found_date = logDate
foundUpdated = True
elif logType == "Didn't find it":
logging.debug('Log type is DNF')
if not cache.dnf:
cacheUpdates['dnf'] = [True,False]
cache.dnf = True
if cache.dnf_date != logDate:
cacheUpdates['dnf_date'] = [logDate,cache.dnf_date]
cache.dnf_date = logDate
foundUpdated = True
if foundUpdated:
if cache.own_log_id != logId:
cacheUpdates['own_log_id'] = [logId,cache.own_log_id]
cache.own_log_id = logId
cache.refreshOwnLog()
if len(logsUpdates) > 0:
cacheUpdates['Logs'] = logsUpdates
tbUpdates = {}
wptTbRefs = []
cacheTbRefs = cache.getTravelBugRefs()
for wptTb in wpt.findall('gs:cache//gs:travelbugs//gs:travelbug', NS):
wptTbRef = wptTb.attrib['ref']
wptTbRefs.append(wptTbRef)
wptTbId = wptTb.attrib['id']
wptTbName = getTextFromPath(wptTb,'gs:name',NS)
if not (wptTbRef in cacheTbRefs):
tbUpdates[wptTbRef + ' ' +wptTbName] = [_('Added'),'']
cacheTb = cache.addTravelBug(wptTbRef,id=wptTbId,name=wptTbName)
else:
cacheTb = cache.getTravelBugByRef(wptTbRef)
if cacheTb.name != wptTbName:
tbUpdates[wptTbRef + ' ' +wptTbName] = [cacheTb.name, wptTbName]
cacheTb.name = wptTbName
cacheTb.save()
# Go through the list of travel bugs in the cache and delete any
# that are not listed in the wpt
for cacheTbRef in cacheTbRefs:
if not(cacheTbRef in wptTbRefs):
toDelete = cache.getTravelBugByRef(cacheTbRef)
tbUpdates[cacheTbRef + ' ' +toDelete.name] = [_('Removed'),'']
toDelete.delete()
if len(tbUpdates) > 0:
cacheUpdates['Travel Bugs'] = tbUpdates
# Always update the gpx date and source file name even if no changes
cache.gpx_date = gpxDate
cache.source = sourceFile
cache.save()
if len(cacheUpdates) > 1:
fileUpdates[code] = cacheUpdates
for wpt in extraWpts:
lon = float(getAttribFromPath(wpt,".","lon",NS,'0.0'))
lat = float(getAttribFromPath(wpt,".","lat",NS,'0.0'))
id = getTextFromPath(wpt,'gpx:name',NS)
time = textToDateTime(getTextFromPath(wpt,'gpx:time',NS))
cmt = getTextFromPath(wpt,'gpx:cmt',NS,'')
name = getTextFromPath(wpt,'gpx:desc',NS)
url = getTextFromPath(wpt,'gpx:url',NS)
sym = getTextFromPath(wpt,'gpx:sym',NS)
cacheCode = 'GC'+id[2:]
cache = geocacher.db().getCacheByCode(cacheCode)
if cache is not None:
if cacheCode in fileUpdates.keys():
cacheUpdates = fileUpdates[cacheCode]
else:
cacheUpdates = {}
cacheUpdates['change type'] = _('update')
addWaypoint = cache.getAddWaypointByCode(id)
addWptUpdates = {}
if 'Add Wpts' in cacheUpdates.keys():
if id in cacheUpdates['Add Wpts'].keys():
addWptUpdates =cacheUpdates['Add Wpts'][id]
if addWaypoint is None:
addWaypoint = cache.addAddWaypoint(id,
lat=lat,
lon=lon,
name=name,
url=url,
time=time,
cmt=cmt,
sym=sym)
addWptUpdates['id'] = [id,'']
addWptUpdates['lat'] = [lat,'']
addWptUpdates['lon'] = [lon,'']
addWptUpdates['name'] = [name,'']
addWptUpdates['url'] = [url,'']
addWptUpdates['time'] = [time,'']
addWptUpdates['cmt'] = [cmt,'']
addWptUpdates['sym'] = [sym,'']
else:
if addWaypoint.lat != lat:
addWptUpdates['lat'] = [lat,addWaypoint.lat]
addWaypoint.lat = lat
if addWaypoint.lon != lon:
addWptUpdates['lon'] = [lon,addWaypoint.lon]
addWaypoint.lon = lon
if addWaypoint.name != name:
addWptUpdates['name'] = [name,addWaypoint.name]
addWaypoint.name = name
if addWaypoint.url != url:
addWptUpdates['url'] = [url,addWaypoint.url]
addWaypoint.url = url
if addWaypoint.time != time:
addWptUpdates['time'] = [time,addWaypoint.time]
addWaypoint.time = time
if addWaypoint.cmt != cmt:
addWptUpdates['cmt'] = [cmt,addWaypoint.cmt]
addWaypoint.cmt = cmt
if addWaypoint.sym != sym:
addWptUpdates['sym'] = [sym,addWaypoint.sym]
addWaypoint.sym = sym
if len(addWptUpdates) > 0:
cache.gpx_date = gpxDate
cache.source = os.path.abspath(filename)
if 'Add Wpts' in cacheUpdates.keys():
cacheUpdates['Add Wpts'][id] = addWptUpdates
else:
cacheUpdates['Add Wpts'] = {id: addWptUpdates}
addWaypoint.save()
cache.save()
fileUpdates[cacheCode] = cacheUpdates
if len(fileUpdates) > 0:
geocacher.db().commit()
return (True,fileUpdates)
def export(self, filename, caches, ignoreAddWpts=False):
'''
Exports the given caches using the the given file in the .gpx format.
Arguments
filename: Path to the file to export the cache information to
caches: List of cache objects to be exported
Kework Argument
ignoreAddWpts: Don't process additional waypoints (for zip files only)
'''
assert os.path.isdir(os.path.split(filename)[0])
config = geocacher.config()
self.setNamespace(config.exportGpxVerStr)
GS = 'groundspeak:'
if len(caches) == 0:
return True
root = self.gpxInit(caches)
for cache in caches:
if config.exportAdjWpts:
wpt = ElementTree.SubElement(root, 'wpt', {
'lat': '%f' % cache.currentLat,
'lon': '%f' % cache.currentLon
})
else:
wpt = ElementTree.SubElement(root, 'wpt', {
'lat': '%f' % cache.lat,
'lon': '%f' % cache.lon
})
if cache.gpx_date == None and cache.user_date == None:
cacheTime = datetime.now()
elif cache.gpx_date == None:
cacheTime = cache.user_date
elif cache.user_date == None:
cacheTime = cache.gpx_date
elif cache.gpx_date < cache.user_date:
cacheTime = cache.user_date
else:
cacheTime = cache.gpx_date
time = ElementTree.SubElement(wpt, 'time')
time.text = dateTimeToText(cacheTime)
name = ElementTree.SubElement(wpt, 'name')
if config.exportAdjWpts and cache.corrected:
name.text = cache.code + config.exportAdjWptSufix
else:
name.text = cache.code
desc = ElementTree.SubElement(wpt, 'desc')
desc.text = '%s by %s, %s (%0.1f/%0.1f)' % (
cache.name, cache.placed_by, cache.type, cache.difficulty,
cache.terrain)
if cache.url != '':
url = ElementTree.SubElement(wpt, 'url')
url.text = cache.url
urlname = ElementTree.SubElement(wpt, 'urlname')
urlname.text = cache.name
sym = ElementTree.SubElement(wpt, 'sym')
if cache.found:
sym.text = 'Geocache Found'
else:
sym.text = 'Geocache'
wpttype = ElementTree.SubElement(wpt, 'type')
wpttype.text = 'Geocache|%s' % cache.type
if config.exportGc:
gsCache = ElementTree.SubElement(
wpt, GS + 'cache', {
'id': str(cache.id),
'available': str(cache.available),
'archived': str(cache.archived)
})
gsName = ElementTree.SubElement(gsCache, GS + 'name')
gsName.text = cache.name
gsPlaced_by = ElementTree.SubElement(gsCache, GS + 'placed_by')
gsPlaced_by.text = cache.placed_by
gsOwner = ElementTree.SubElement(gsCache, GS + 'owner',
{'id': str(cache.owner_id)})
gsOwner.text = cache.owner
gsType = ElementTree.SubElement(gsCache, GS + 'type')
gsType.text = cache.type
gsContainer = ElementTree.SubElement(gsCache, GS + 'container')
gsContainer.text = cache.container
gsDifficulty = ElementTree.SubElement(gsCache,
GS + 'difficulty')
gsDifficulty.text = '%0.1f' % cache.difficulty
gsTerrain = ElementTree.SubElement(gsCache, GS + 'terrain')
gsTerrain.text = '%0.1f' % cache.terrain
gsCountry = ElementTree.SubElement(gsCache, GS + 'country')
gsCountry.text = cache.country
gsState = ElementTree.SubElement(gsCache, GS + 'state')
gsState.text = cache.state
gsShort_desc = ElementTree.SubElement(
gsCache, GS + 'short_description',
{'html': str(cache.short_desc_html)})
gsShort_desc.text = cache.short_desc
gsLong_desc = ElementTree.SubElement(
gsCache, GS + 'long_description',
{'html': str(cache.long_desc_html)})
gsLong_desc.text = cache.long_desc
gsHints = ElementTree.SubElement(gsCache, GS + 'encoded_hints')
gsHints.text = cache.encoded_hints
if config.exportGpxVerStr == '1.0.1':
gsAttribs = ElementTree.SubElement(gsCache,
GS + 'attributes')
for attrib in cache.getAttributes():
gsAttrib = ElementTree.SubElement(
gsAttribs, GS + 'attribute', {
'id': str(attrib.attribid),
'inc': str(attrib.inc)
})
gsAttrib.text = attrib.description
if config.exportLogs:
gsLogs = ElementTree.SubElement(gsCache, GS + 'logs')
if config.exportLimitLogs:
maxLogs = config.exportMaxLogs
else:
maxLogs = None
for log in cache.getLogs(
sort=True,
descending=config.exportLogOrder == 0,
maxLen=maxLogs):
gsLog = ElementTree.SubElement(gsLogs, GS + 'log',
{'id': str(log.logId)})
gsLogDate = ElementTree.SubElement(gsLog, GS + 'date')
gsLogDate.text = dateTimeToText(log.date)
gsLogType = ElementTree.SubElement(gsLog, GS + 'type')
gsLogType.text = log.logType
gsLogFinder = ElementTree.SubElement(
gsLog, GS + 'finder', {'id': str(log.finder_id)})
gsLogFinder.text = log.finder_name
gsLogText = ElementTree.SubElement(
gsLog, GS + 'text', {'encoded': str(log.encoded)})
gsLogText.text = log.text
if config.exportTbs:
gsTbs = ElementTree.SubElement(gsCache, GS + 'travelbugs')
for tb in cache.getTravelBugs():
gsTb = ElementTree.SubElement(gsTbs, GS + 'travelbug',
{
'id': str(tb.id),
'ref': tb.ref
})
gsTbName = ElementTree.SubElement(gsTb, GS + 'name')
gsTbName.text = tb.name
if config.exportAddWpts and not ignoreAddWpts:
self.exportAddWptProcess(root, cache)
try:
self.gpxSave(filename, root)
return True
except:
return False
def load(self, filename, fileUpdates={}, gpxFilename=None):
'''
Imports the given .gpx file into the database.
Arguments
filename: path to the file from which to import the cache information
Keyword Arguments
fileUpdates: Dictionary for adding updates to for reporting back to the user
gpxFilename: filename to use in gpx source column if different from filename
'''
mode = geocacher.config().importMode
userName = geocacher.config().GCUserName
userId = geocacher.config().GCUserID
# Load GPX file
if os.path.isfile(filename):
gpxDoc = ElementTree.parse(filename).getroot()
# Determine the file version
schema = gpxDoc.attrib[
'{http://www.w3.org/2001/XMLSchema-instance}schemaLocation']
if schema.rfind('http://www.groundspeak.com/cache/1/0/1') >= 0:
gpxVer = '1.0.1'
elif schema.rfind('http://www.groundspeak.com/cache/1/0') >= 0:
gpxVer = '1.0'
else:
gpxVer = '1.0'
self.setNamespace(gpxVer)
gpxDoc = ElementTree.parse(filename).getroot()
NS = self.NS
if gpxFilename == None:
sourceFile = os.path.abspath(filename)
else:
sourceFile = gpxFilename + ":" + os.path.basename(filename)
else:
return (False, fileUpdates)
# Get the date the GPX file was created
try:
gpxDate = textToDateTime('%s' % gpxDoc.find("gpx:time", NS).text)
logging.debug('Date from File contents: %s' %
dateTimeToText(gpxDate))
except:
gpxDate = datetime.utcfromtimestamp(os.path.getmtime(filename))
logging.debug('Date from file timestamp: %s' %
dateTimeToText(gpxDate))
# Create list for extra points
extraWpts = []
# Find the waypoints and process them
for wpt in gpxDoc.findall("gpx:wpt", NS):
code = getTextFromPath(wpt, "gpx:name", NS)
logging.debug(code)
if code[:2] != "GC":
extraWpts.append(wpt)
continue
lon = float(getAttribFromPath(wpt, ".", "lon", NS, '0.0'))
lat = float(getAttribFromPath(wpt, ".", "lat", NS, '0.0'))
id = int(getAttribFromPath(wpt, "gs:cache", "id", NS))
available = textToBool(
getAttribFromPath(wpt, "gs:cache", "available", NS, 'True'))
archived = textToBool(
getAttribFromPath(wpt, "gs:cache", "archived", NS, 'False'))
name = getTextFromPath(wpt, "gpx:urlname", NS)
url = getTextFromPath(wpt, "gpx:url", NS)
placed = textToDateTime(getTextFromPath(wpt, "gpx:time", NS))
placed_by = getTextFromPath(wpt, "gs:cache//gs:placed_by", NS)
owner = getTextFromPath(wpt, "gs:cache//gs:owner", NS)
owner_id = int(
getAttribFromPath(wpt, "gs:cache//gs:owner", "id", NS))
cachetype = getTextFromPath(wpt, "gs:cache//gs:type", NS)
container = getTextFromPath(wpt, "gs:cache//gs:container", NS,
"Not Specified")
difficulty = float(
getTextFromPath(wpt, "gs:cache//gs:difficulty", NS, "1"))
terrain = float(
getTextFromPath(wpt, "gs:cache//gs:terrain", NS, "1"))
state = getTextFromPath(wpt, "gs:cache//gs:state", NS)
country = getTextFromPath(wpt, "gs:cache//gs:country", NS)
short_desc = getTextFromPath(wpt, "gs:cache//gs:short_description",
NS, "")
short_desc_html = textToBool(
getAttribFromPath(wpt, "gs:cache//gs:short_description",
"html", NS, "False"))
long_desc = getTextFromPath(wpt, "gs:cache//gs:long_description",
NS, "")
long_desc_html = textToBool(
getAttribFromPath(wpt, "gs:cache//gs:long_description", "html",
NS, "False"))
hints = getTextFromPath(wpt, "gs:cache//gs:encoded_hints", NS, "")
if code in fileUpdates.keys():
cacheUpdates = fileUpdates[code]
else:
cacheUpdates = {}
cache = geocacher.db().getCacheByCode(code)
if cache == None:
cacheUpdates['change type'] = 'new'
cacheUpdates['lat'] = [lat, '']
cacheUpdates['lon'] = [lon, '']
cacheUpdates['ci'] = [id, '']
cacheUpdates['available'] = [available, '']
cacheUpdates['archived'] = [archived, '']
cacheUpdates['name'] = [name, '']
cacheUpdates['url'] = [url, '']
cacheUpdates['placed_by'] = [placed_by, '']
cacheUpdates['owner'] = [owner, '']
cacheUpdates['owner_id'] = [owner_id, '']
cacheUpdates['type'] = [cachetype, '']
cacheUpdates['container'] = [container, '']
cacheUpdates['difficulty'] = [difficulty, '']
cacheUpdates['terrain'] = [terrain, '']
cacheUpdates['state'] = [state, '']
cacheUpdates['country'] = [country, '']
cacheUpdates['short_desc'] = [short_desc, '']
cacheUpdates['short_desc_html'] = [short_desc_html, '']
cacheUpdates['long_desc'] = [long_desc, '']
cacheUpdates['long_desc_html'] = [long_desc_html, '']
cacheUpdates['encoded_hints'] = [hints, '']
cacheUpdates['gpx_date'] = [gpxDate, '']
cache = geocacher.db().addCache(
code,
lat=lat,
lon=lon,
id=id,
available=available,
archived=archived,
name=name,
url=url,
placed=placed,
placed_by=placed_by,
owner=owner,
owner_id=owner_id,
type=cachetype,
container=container,
difficulty=difficulty,
terrain=terrain,
state=state,
country=country,
short_desc=short_desc,
short_desc_html=short_desc_html,
long_desc=long_desc,
long_desc_html=long_desc_html,
encoded_hints=hints,
gpx_date=gpxDate)
elif 'change type' not in cacheUpdates.keys():
cacheUpdates['change type'] = 'update'
if ((cache.gpx_date <= gpxDate and mode == "update")
or mode == "replace"):
if cache.lon != lon:
cacheUpdates['lon'] = [lon, cache.lon]
cache.lon = lon
if cache.lat != lat:
cacheUpdates['lat'] = [lat, cache.lat]
cache.lat = lat
if cache.id != id:
cacheUpdates['available'] = [cache.available, available]
cache.id = id
if cache.archived != archived:
cacheUpdates['archived'] = [archived, cache.archived]
cache.archived = archived
if cache.name != name:
cacheUpdates['name'] = [name, cache.name]
cache.name = name
if cache.url != url:
cacheUpdates['url'] = [url, cache.url]
cache.url = url
if cache.placed_by != placed_by:
cacheUpdates['placed_by'] = [placed_by, cache.placed_by]
cache.placed_by = placed_by
if cache.owner != owner:
cacheUpdates['owner'] = [owner, cache.owner]
cache.owner = owner
if cache.owner_id != owner_id:
cacheUpdates['owner_id'] = [owner_id, cache.owner_id]
cache.owner_id = owner_id
if cache.type != cachetype:
cacheUpdates['type'] = [owner_id, cache.owner_id]
cache.type = cachetype
if cache.container != container:
cacheUpdates['container'] = [container, cache.container]
cache.container = container
if cache.difficulty != difficulty:
cacheUpdates['difficulty'] = [difficulty, cache.difficulty]
cache.difficulty = difficulty
if cache.terrain != terrain:
cacheUpdates['terrain'] = [terrain, cache.terrain]
cache.terrain = terrain
if cache.state != state:
cacheUpdates['state'] = [state, cache.state]
cache.state = state
if cache.country != country:
cacheUpdates['country'] = [country, cache.country]
cache.country = country
if cache.short_desc != short_desc:
cacheUpdates['short_desc'] = [short_desc, cache.short_desc]
cache.short_desc = short_desc
if cache.short_desc_html != short_desc_html:
cacheUpdates['short_desc_html'] = [
short_desc_html, cache.short_desc_html
]
cache.short_desc_html = short_desc_html
if cache.long_desc != long_desc:
cacheUpdates['long_desc'] = [long_desc, cache.long_desc]
cache.long_desc = long_desc
if cache.long_desc_html != long_desc_html:
cacheUpdates['long_desc_html'] = [
long_desc_html, cache.long_desc_html
]
if cache.encoded_hints != hints:
cacheUpdates['encoded_hints'] = [
hints, cache.encoded_hints
]
cache.encoded_hints = hints
if gpxVer == '1.0.1':
attribsUpdates = {}
wptAttribIds = []
for wptAttrib in wpt.findall(
"gs:cache//gs:attributes//gs:attribute", NS):
attribId = int(wptAttrib.attrib['id'])
attribInc = textToBool(wptAttrib.attrib['inc'])
attribDesc = wptAttrib.text
wptAttribIds.append(attribId)
attribUpdates = {}
attrib = cache.getAttributeById(attribId)
if attrib is None:
logging.debug(
'Attribute %i not found in existing data, creating'
% attribId)
attribUpdates['inc'] = [attribInc, '']
attribUpdates['Description'] = [attribDesc, '']
attrib = cache.addAttribute(
attribId, attribInc, attribDesc)
else:
if attribInc != attrib.inc:
attribUpdates['inc'] = [attribInc, attrib.inc]
attrib.inc = attribInc
if attribDesc != attrib.description:
attribUpdates['Description'] = [attribDesc, '']
attrib.description = attribDesc
if len(attribUpdates) > 0:
attrib.save()
attribsUpdates[attribId] = attribUpdates
# Go through the cache attribs and delete any that are not
#listed in the wpt
for cacheAttribId in cache.getAttributeIds():
if not (cacheAttribId in wptAttribIds):
toDelete = cache.getAttributeById(cacheAttribId)
attribsUpdates[cacheAttribId] = {
_('Removed'): ['', '']
}
toDelete.delete()
if len(attribsUpdates) > 0:
cacheUpdates['Attributes'] = attribsUpdates
# Always update Logs and travel bugs
foundUpdated = False
logsUpdates = {}
for wptLog in wpt.findall("gs:cache//gs:logs//gs:log", NS):
logId = int(getAttribFromPath(wptLog, '.', "id", NS))
logDate = textToDateTime(getTextFromPath(
wptLog, "gs:date", NS))
logType = getTextFromPath(wptLog, "gs:type", NS)
logFinderId = int(
getAttribFromPath(wptLog, "gs:finder", "id", NS))
logFinderName = getTextFromPath(wptLog, "gs:finder", NS)
logEncoded = textToBool(
getAttribFromPath(wptLog, "gs:text", "encoded", NS,
"False"))
logText = getTextFromPath(wptLog, "gs:text", NS)
logUpdates = {}
log = cache.getLogById(logId)
if log == None:
logging.debug(
'Log %i not forund in existing data, creating' % logId)
logUpdates['id'] = [logId, '']
logUpdates['date'] = [logDate, '']
logUpdates['type'] = [logType, '']
logUpdates['finder_id'] = [logFinderId, '']
logUpdates['finder_name'] = [logFinderName, '']
logUpdates['encoded'] = [logEncoded, '']
logUpdates['text'] = [logText, '']
log = cache.addLog(logId,
date=logDate,
logType=logType,
finder_id=logFinderId,
finder_name=logFinderName,
encoded=logEncoded,
text=logText)
else:
logging.debug(
'Log %i found in existing data, checking data' % logId)
if logDate != log.date:
logUpdates['id'] = [logDate, log.date]
log.date = logDate
if logType != log.logType:
logUpdates['type'] = [logType, log.logType]
log.logType = logType
if logFinderId != log.finder_id:
logUpdates['finder_id'] = [logFinderId, log.finder_id]
log.finder_id = logFinderId
if logFinderName != log.finder_name:
logUpdates['finder_name'] = [
logFinderName, log.finder_name
]
log.finder_name = logFinderName
if logEncoded != log.encoded:
logUpdates['encoded'] = [logEncoded, log.encoded]
log.encoded = logEncoded
if logText != log.text:
logUpdates['text'] = [logText, log.text]
log.text = logText
if len(logUpdates) > 0:
log.save()
logsUpdates[logId] = logUpdates
# Update Own find details if this is the first log with changes
# in it that is of the "Found it" type and the finderId or
# finderName matches the users values
if ((not foundUpdated) and
(logFinderId == userId or logFinderName == userName)):
logging.debug('User ID or Name match for log id %i' %
logId)
if logType in ['Found it', 'Attended']:
logging.debug('Log type is found or attended')
if not cache.found:
cacheUpdates['found'] = [True, False]
cache.found = True
if cache.found_date != logDate:
cacheUpdates['found_date'] = [
logDate, cache.found_date
]
cache.found_date = logDate
foundUpdated = True
elif logType == "Didn't find it":
logging.debug('Log type is DNF')
if not cache.dnf:
cacheUpdates['dnf'] = [True, False]
cache.dnf = True
if cache.dnf_date != logDate:
cacheUpdates['dnf_date'] = [
logDate, cache.dnf_date
]
cache.dnf_date = logDate
foundUpdated = True
if foundUpdated:
if cache.own_log_id != logId:
cacheUpdates['own_log_id'] = [
logId, cache.own_log_id
]
cache.own_log_id = logId
cache.refreshOwnLog()
if len(logsUpdates) > 0:
cacheUpdates['Logs'] = logsUpdates
tbUpdates = {}
wptTbRefs = []
cacheTbRefs = cache.getTravelBugRefs()
for wptTb in wpt.findall('gs:cache//gs:travelbugs//gs:travelbug',
NS):
wptTbRef = wptTb.attrib['ref']
wptTbRefs.append(wptTbRef)
wptTbId = wptTb.attrib['id']
wptTbName = getTextFromPath(wptTb, 'gs:name', NS)
if not (wptTbRef in cacheTbRefs):
tbUpdates[wptTbRef + ' ' + wptTbName] = [_('Added'), '']
cacheTb = cache.addTravelBug(wptTbRef,
id=wptTbId,
name=wptTbName)
else:
cacheTb = cache.getTravelBugByRef(wptTbRef)
if cacheTb.name != wptTbName:
tbUpdates[wptTbRef + ' ' +
wptTbName] = [cacheTb.name, wptTbName]
cacheTb.name = wptTbName
cacheTb.save()
# Go through the list of travel bugs in the cache and delete any
# that are not listed in the wpt
for cacheTbRef in cacheTbRefs:
if not (cacheTbRef in wptTbRefs):
toDelete = cache.getTravelBugByRef(cacheTbRef)
tbUpdates[cacheTbRef + ' ' +
toDelete.name] = [_('Removed'), '']
toDelete.delete()
if len(tbUpdates) > 0:
cacheUpdates['Travel Bugs'] = tbUpdates
# Always update the gpx date and source file name even if no changes
cache.gpx_date = gpxDate
cache.source = sourceFile
cache.save()
if len(cacheUpdates) > 1:
fileUpdates[code] = cacheUpdates
for wpt in extraWpts:
lon = float(getAttribFromPath(wpt, ".", "lon", NS, '0.0'))
lat = float(getAttribFromPath(wpt, ".", "lat", NS, '0.0'))
id = getTextFromPath(wpt, 'gpx:name', NS)
time = textToDateTime(getTextFromPath(wpt, 'gpx:time', NS))
cmt = getTextFromPath(wpt, 'gpx:cmt', NS, '')
name = getTextFromPath(wpt, 'gpx:desc', NS)
url = getTextFromPath(wpt, 'gpx:url', NS)
sym = getTextFromPath(wpt, 'gpx:sym', NS)
cacheCode = 'GC' + id[2:]
cache = geocacher.db().getCacheByCode(cacheCode)
if cache is not None:
if cacheCode in fileUpdates.keys():
cacheUpdates = fileUpdates[cacheCode]
else:
cacheUpdates = {}
cacheUpdates['change type'] = _('update')
addWaypoint = cache.getAddWaypointByCode(id)
addWptUpdates = {}
if 'Add Wpts' in cacheUpdates.keys():
if id in cacheUpdates['Add Wpts'].keys():
addWptUpdates = cacheUpdates['Add Wpts'][id]
if addWaypoint is None:
addWaypoint = cache.addAddWaypoint(id,
lat=lat,
lon=lon,
name=name,
url=url,
time=time,
cmt=cmt,
sym=sym)
addWptUpdates['id'] = [id, '']
addWptUpdates['lat'] = [lat, '']
addWptUpdates['lon'] = [lon, '']
addWptUpdates['name'] = [name, '']
addWptUpdates['url'] = [url, '']
addWptUpdates['time'] = [time, '']
addWptUpdates['cmt'] = [cmt, '']
addWptUpdates['sym'] = [sym, '']
else:
if addWaypoint.lat != lat:
addWptUpdates['lat'] = [lat, addWaypoint.lat]
addWaypoint.lat = lat
if addWaypoint.lon != lon:
addWptUpdates['lon'] = [lon, addWaypoint.lon]
addWaypoint.lon = lon
if addWaypoint.name != name:
addWptUpdates['name'] = [name, addWaypoint.name]
addWaypoint.name = name
if addWaypoint.url != url:
addWptUpdates['url'] = [url, addWaypoint.url]
addWaypoint.url = url
if addWaypoint.time != time:
addWptUpdates['time'] = [time, addWaypoint.time]
addWaypoint.time = time
if addWaypoint.cmt != cmt:
addWptUpdates['cmt'] = [cmt, addWaypoint.cmt]
addWaypoint.cmt = cmt
if addWaypoint.sym != sym:
addWptUpdates['sym'] = [sym, addWaypoint.sym]
addWaypoint.sym = sym
if len(addWptUpdates) > 0:
cache.gpx_date = gpxDate
cache.source = os.path.abspath(filename)
if 'Add Wpts' in cacheUpdates.keys():
cacheUpdates['Add Wpts'][id] = addWptUpdates
else:
cacheUpdates['Add Wpts'] = {id: addWptUpdates}
addWaypoint.save()
cache.save()
fileUpdates[cacheCode] = cacheUpdates
if len(fileUpdates) > 0:
geocacher.db().commit()
return (True, fileUpdates)