def parse_estonian_airfields(self):
"Estonian Airfields"
ads, spaces = ee_parse_airfields2()
return dict(airspaces=spaces, airfields=ads)
def parse_estonian_airfields(self):
"Estonian Airfields"
ads,spaces=ee_parse_airfields2()
return dict(airspaces=spaces,airfields=ads)
def get_aipdata(cachefile="aipdata.cache", generate_if_missing=False):
global aipdata
global aipdatalookup
global loaded_aipdata_cachefiledate
global last_timestamp_check
lock.acquire()
try:
if aipdata and os.path.exists(cachefile) and aipdata.get(
'version', None) == version:
if datetime.utcnow() - last_timestamp_check > timedelta(
0, 15) and os.path.exists(cachefile):
last_timestamp_check = datetime.utcnow()
filestamp = get_filedate(cachefile)
print "Timestamp of loaded aipdata: %s, Timestamp of aipdata on disk: %s" % (
loaded_aipdata_cachefiledate, filestamp)
if filestamp != loaded_aipdata_cachefiledate:
try:
print "Loading new aipdata"
newaipdata = pickle.load(open(cachefile))
if newaipdata.get('version', None) != version:
raise Exception("Bad aipdata version")
loaded_aipdata_cachefiledate = get_filedate(cachefile)
newaipdatalookup = gen_bsptree_lookup(newaipdata)
aipdata, aipdatalookup = newaipdata, newaipdatalookup
return aipdata
except Exception, cause:
print "Tried to load new aipdata from disk, but failed"
return aipdata
try:
aipdata = pickle.load(open(cachefile))
aipdatalookup = gen_bsptree_lookup(aipdata)
if aipdata.get('version', None) != version:
raise Exception("Bad aipdata version")
loaded_aipdata_cachefiledate = get_filedate(cachefile)
return aipdata
except Exception, cause:
if not generate_if_missing:
raise Exception(
"You must supply generate_if_missing-parameter for aip-data parsing and generation to happen"
)
airspaces = []
bad_airfields = []
airfields = []
sig_points = []
obstacles = []
seenpoints = dict()
def sig_points_extend(points):
for point in points:
name, pos = point['name'], point['pos']
samename = seenpoints.setdefault(name, [])
already = False
for s in samename:
if s['pos'] == pos:
already = True
samename.append(point)
if not already:
sig_points.append(point)
a = True
if 0: #poland
ads, spaces = ep_parse_airfields()
airfields.extend(ads)
airspaces.extend(spaces)
airspaces.extend(ep_parse_tma())
airspaces.extend(ep_parse_tra())
if 0: #lithuania
ads, spaces = ey_parse_airfields()
airspaces.extend(spaces)
airfields.extend(ads)
sig_points.extend(ey_parse_sigpoints())
airspaces.extend(ey_parse_tma())
if 0: #estonia
ads, spaces = ee_parse_airfields2()
airfields.extend(ads)
airspaces.extend(spaces)
sig_points.extend(ee_parse_sigpoints2())
#airspaces.extend(ee_parse_restrictions())
airspaces.extend(ee_parse_tma2())
airspaces.extend(ee_parse_r_and_tsa2())
if 0: #latvia
#airspaces.extend(ee_parse_restrictions())
#airspaces.extend(ev_parse_tma())
#airspaces.extend(ev_parse_r())
#obstacles.extend(ev_parse_obst())
sig_points.extend(ev_parse_sigpoints())
airspaces.extend(evspaces)
airfields.extend(evads)
if True: #not is_devcomp():
class SpaceLoader(object):
def parse_trusted_userdata(self):
"Data added by users, only trusted users"
return userdata.get_trusted_data()
def parse_osm_airfields(self):
return dict(
bad_airfields=osm_airfields.osm_airfields_parse())
def parse_latvian_tma(self):
"latvian tma"
return dict(airspaces=ev_parse_tma())
def parse_latvian_r(self):
"latvian r"
return dict(airspaces=ev_parse_r())
def parse_latvian_obst(self):
"latvian obst"
return dict(obstacles=ev_parse_obst())
def parse_latvian_sigpoints(self):
"latvian sig points"
return dict(sig_points=ev_parse_sigpoints())
def parse_latvian_airfields(self):
"latvian ad"
evads, evspaces = ev_parse_airfields()
return dict(airspaces=evspaces, airfields=evads)
def parse_estonian_airfields(self):
"Estonian Airfields"
ads, spaces = ee_parse_airfields2()
return dict(airspaces=spaces, airfields=ads)
def parse_estonian_sigpoints(self):
"Estonian sig points"
return dict(sig_points=ee_parse_sigpoints2())
def parse_estonian_tma(self):
"Estonian TMA"
return dict(airspaces=ee_parse_tma2())
def parse_estonian_r_and_tsa(self):
"Estonian R and TSA"
return dict(airspaces=ee_parse_r_and_tsa2())
def parse_norwegian_obstacles(self):
"Norwegian obstacles"
return dict(obstacles=no_obstacles())
#def parse_denmark(self):
# "denmark"
# raise Exception("CUrrently disabled")
#if not is_devcomp() or a: #denmark
# denmark=parse_denmark()
# return dict(airspaces=denmark['airspace'],
# airfields=denmark['airfields'])
#def fi_parse_tma(self):"Finnish TMA";return dict(airspaces=fi_parse_tma())
#def fi_parse_sigpoints(self): "Finnish significant points";return dict(sig_points=fi_parse_sigpoints())
def fi_parse_obstacles(self):
"Finnish obstacles"
return dict(obstacles=fi_parse_obstacles())
def fi_parse_parse_airfields(self):
"Finnish major airfields"
fi_airfields, fi_spaces, fi_ad_points = fi_parse_airfields(
)
return dict(airfields=fi_airfields, airspaces=[])
#def fi_parse_restrictions(self):"Finnish R-areas";return dict(airspaces=fi_parse_restrictions())
#def fi_parse_small_airfields(self):"Finnish small airfields";return dict(airfields=fi_parse_small_airfields())
def fi_parse_new(self):
"Finnish data"
spaces, points = new_finland.load_finland()
return dict(airspaces=spaces, sig_points=points)
def se_parse_airfields(self):
"Swedish Major airports"
se_airfields, se_points = extract_airfields()
return dict(airfields=se_airfields,
sig_points=se_points)
def se_parse_sigpoints(self):
"Swedish significant points"
return dict(sig_points=parse_sig_points())
def se_parse_tma(self):
"Swedish TMA"
return dict(airspaces=parse_all_tma())
def se_parse_r(self):
"Swedish R/D-areas"
return dict(airspaces=parse_r_areas())
def se_parse_mountain(self):
"Swedish mountain area"
return dict(airspaces=parse_mountain_area())
def se_parse_obstacles(self):
"Swedish obstacles"
return dict(obstacles=parse_obstacles())
def se_parse_segel(self):
"Swedish Segelsektorer"
return dict(airspaces=extract_segel())
else:
class SpaceLoader(object):
def fi_parse_new(self):
"Finnish data"
spaces, points = new_finland.load_finland()
return dict(airspaces=spaces, sig_points=points)
def run_space_loader(loader):
if not os.path.exists("data/aipdata"):
os.makedirs("data/aipdata")
report = dict()
for method in [
x for x in dir(loader) if not x.startswith("_")
]:
filename = os.path.join("data/aipdata", method + ".pickle")
result = "Unknown"
msg = None
try:
m = getattr(loader, method)
d = m()
temp = open(filename + ".temp", "w")
pickle.dump(d, temp)
temp.close()
os.rename(filename + ".temp", filename)
result = "Loaded new"
except Exception, cause:
msg = traceback.format_exc()
try:
d = pickle.load(open(filename))
result = "Used backup"
except Exception:
d = dict()
result = "Backup restore failed"
report[method] = dict(method=method,
what=m.__doc__,
result=result,
msg=msg,
date=utcdatetime2stamp_inexact(
datetime.utcnow()))
now = datetime.utcnow()
for k, v in d.items():
for x in v:
if not 'date' in x:
x['date'] = now
else:
if x['date'] > now:
x['date'] = now
if k == "airspaces":
#print "Method:",method,v
#for av in v:
#print
#print
#print av
#assert 'type' in av
airspaces.extend(v)
elif k == "airfields":
airfields.extend(v)
elif k == "bad_airfields":
bad_airfields.extend(v)
elif k == "sig_points":
sig_points.extend(v)
elif k == "obstacles":
obstacles.extend(v)
else:
raise Exception(
"Bad return value from SpaceLoader:%s" %
((k, v), ))
f = open("data/aipdata/result.json", "w")
json.dump(report, f)
f.close()
def get_aipdata(cachefile="aipdata.cache",generate_if_missing=False):
global aipdata
global aipdatalookup
global loaded_aipdata_cachefiledate
global last_timestamp_check
lock.acquire()
try:
if aipdata and os.path.exists(cachefile) and aipdata.get('version',None)==version:
if datetime.utcnow()-last_timestamp_check>timedelta(0,15) and os.path.exists(cachefile):
last_timestamp_check=datetime.utcnow()
filestamp=get_filedate(cachefile)
print "Timestamp of loaded aipdata: %s, Timestamp of aipdata on disk: %s"%(loaded_aipdata_cachefiledate,filestamp)
if filestamp!=loaded_aipdata_cachefiledate:
try:
print "Loading new aipdata"
newaipdata=pickle.load(open(cachefile))
if newaipdata.get('version',None)!=version:
raise Exception("Bad aipdata version")
loaded_aipdata_cachefiledate=get_filedate(cachefile);
newaipdatalookup=gen_bsptree_lookup(newaipdata)
aipdata,aipdatalookup=newaipdata,newaipdatalookup
return aipdata
except Exception,cause:
print "Tried to load new aipdata from disk, but failed"
return aipdata
try:
aipdata=pickle.load(open(cachefile))
aipdatalookup=gen_bsptree_lookup(aipdata)
if aipdata.get('version',None)!=version:
raise Exception("Bad aipdata version")
loaded_aipdata_cachefiledate=get_filedate(cachefile);
return aipdata
except Exception,cause:
if not generate_if_missing:
raise Exception("You must supply generate_if_missing-parameter for aip-data parsing and generation to happen")
airspaces=[]
bad_airfields=[]
airfields=[]
sig_points=[]
obstacles=[]
seenpoints=dict()
def sig_points_extend(points):
for point in points:
name,pos=point['name'],point['pos']
samename=seenpoints.setdefault(name,[])
already=False
for s in samename:
if s['pos']==pos:
already=True
samename.append(point)
if not already:
sig_points.append(point)
a=True
if 0: #poland
ads,spaces=ep_parse_airfields()
airfields.extend(ads)
airspaces.extend(spaces)
airspaces.extend(ep_parse_tma())
airspaces.extend(ep_parse_tra())
if 0: #lithuania
ads,spaces=ey_parse_airfields()
airspaces.extend(spaces)
airfields.extend(ads)
sig_points.extend(ey_parse_sigpoints())
airspaces.extend(ey_parse_tma())
if 0: #estonia
ads,spaces=ee_parse_airfields2()
airfields.extend(ads)
airspaces.extend(spaces)
sig_points.extend(ee_parse_sigpoints2())
#airspaces.extend(ee_parse_restrictions())
airspaces.extend(ee_parse_tma2())
airspaces.extend(ee_parse_r_and_tsa2())
if 0: #latvia
#airspaces.extend(ee_parse_restrictions())
#airspaces.extend(ev_parse_tma())
#airspaces.extend(ev_parse_r())
#obstacles.extend(ev_parse_obst())
sig_points.extend(ev_parse_sigpoints())
airspaces.extend(evspaces)
airfields.extend(evads)
if True: #not is_devcomp():
class SpaceLoader(object):
def parse_trusted_userdata(self):
"Data added by users, only trusted users"
return userdata.get_trusted_data()
def parse_osm_airfields(self):
return dict(bad_airfields=osm_airfields.osm_airfields_parse())
def parse_latvian_tma(self):
"latvian tma"
return dict(airspaces=ev_parse_tma())
def parse_latvian_r(self):
"latvian r"
return dict(airspaces=ev_parse_r())
def parse_latvian_obst(self):
"latvian obst"
return dict(obstacles=ev_parse_obst())
def parse_latvian_sigpoints(self):
"latvian sig points"
return dict(sig_points=ev_parse_sigpoints())
def parse_latvian_airfields(self):
"latvian ad"
evads,evspaces=ev_parse_airfields()
return dict(airspaces=evspaces,airfields=evads)
def parse_estonian_airfields(self):
"Estonian Airfields"
ads,spaces=ee_parse_airfields2()
return dict(airspaces=spaces,airfields=ads)
def parse_estonian_sigpoints(self):
"Estonian sig points"
return dict(sig_points=ee_parse_sigpoints2())
def parse_estonian_tma(self):
"Estonian TMA"
return dict(airspaces=ee_parse_tma2())
def parse_estonian_r_and_tsa(self):
"Estonian R and TSA"
return dict(airspaces=ee_parse_r_and_tsa2())
def parse_norwegian_obstacles(self):
"Norwegian obstacles"
return dict(obstacles=no_obstacles())
#def parse_denmark(self):
# "denmark"
# raise Exception("CUrrently disabled")
#if not is_devcomp() or a: #denmark
# denmark=parse_denmark()
# return dict(airspaces=denmark['airspace'],
# airfields=denmark['airfields'])
#def fi_parse_tma(self):"Finnish TMA";return dict(airspaces=fi_parse_tma())
#def fi_parse_sigpoints(self): "Finnish significant points";return dict(sig_points=fi_parse_sigpoints())
def fi_parse_obstacles(self): "Finnish obstacles";return dict(obstacles=fi_parse_obstacles())
def fi_parse_parse_airfields(self):
"Finnish major airfields"
fi_airfields,fi_spaces,fi_ad_points=fi_parse_airfields()
return dict(airfields=fi_airfields,airspaces=[])
#def fi_parse_restrictions(self):"Finnish R-areas";return dict(airspaces=fi_parse_restrictions())
#def fi_parse_small_airfields(self):"Finnish small airfields";return dict(airfields=fi_parse_small_airfields())
def fi_parse_new(self):
"Finnish data"
spaces,points=new_finland.load_finland()
return dict(airspaces=spaces,sig_points=points)
def se_parse_airfields(self):
"Swedish Major airports"
se_airfields,se_points=extract_airfields()
return dict(airfields=se_airfields,sig_points=se_points)
def se_parse_sigpoints(self):"Swedish significant points";return dict(sig_points=parse_sig_points())
def se_parse_tma(self):
"Swedish TMA"
return dict(airspaces=parse_all_tma())
def se_parse_r(self):"Swedish R/D-areas";return dict(airspaces=parse_r_areas())
def se_parse_mountain(self):"Swedish mountain area";return dict(airspaces=parse_mountain_area())
def se_parse_obstacles(self):"Swedish obstacles";return dict(obstacles=parse_obstacles())
def se_parse_segel(self):
"Swedish Segelsektorer"
return dict(airspaces=extract_segel())
else:
class SpaceLoader(object):
def fi_parse_new(self):
"Finnish data"
spaces,points=new_finland.load_finland()
return dict(airspaces=spaces,sig_points=points)
def run_space_loader(loader):
if not os.path.exists("data/aipdata"):
os.makedirs("data/aipdata")
report=dict()
for method in [x for x in dir(loader) if not x.startswith("_")]:
filename=os.path.join("data/aipdata",method+".pickle")
result="Unknown"
msg=None
try:
m=getattr(loader,method)
d=m()
temp=open(filename+".temp","w")
pickle.dump(d,temp)
temp.close()
os.rename(
filename+".temp",
filename)
result="Loaded new"
except Exception,cause:
msg=traceback.format_exc()
try:
d=pickle.load(open(filename))
result="Used backup"
except Exception:
d=dict()
result="Backup restore failed"
report[method]=dict(method=method,what=m.__doc__,result=result,msg=msg,date=
utcdatetime2stamp_inexact(datetime.utcnow()))
now=datetime.utcnow()
for k,v in d.items():
for x in v:
if not 'date' in x:
x['date']=now
else:
if x['date']>now:
x['date']=now
if k=="airspaces":
#print "Method:",method,v
#for av in v:
#print
#print
#print av
#assert 'type' in av
airspaces.extend(v)
elif k=="airfields":
airfields.extend(v)
elif k=="bad_airfields":
bad_airfields.extend(v)
elif k=="sig_points":
sig_points.extend(v)
elif k=="obstacles":
obstacles.extend(v)
else:
raise Exception("Bad return value from SpaceLoader:%s"%((k,v),))
f=open("data/aipdata/result.json","w")
json.dump(report,f)
f.close()