def test_map_fitbounds():
coordinates = [(10, 5), (-10, -5), (100, -80)]
map = Map(api_key=API_KEY)
map.fit_bounds(coordinates)
assert FitBounds.NAME in map.children
html = map.html
assert 'map.fitBounds' in html
def test_set_map_builtin_style():
map = Map(api_key=API_KEY)
stylename = 'aubergine'
map.set_style(stylename)
this_dir, _ = os.path.split(__file__)
root_dir = os.path.dirname(this_dir)
stylefile = os.path.join(root_dir, 'pymaps', 'styles', stylename + '.txt')
with open(stylefile) as f:
style_config = f.read()
assert map.style == style_config
def test_zoom_none_fitbounds():
map = Map(api_key=API_KEY)
markers = [(10, 10), (20, 20)]
for i in markers:
Marker(i).add_to(map)
map.html
assert map.zoom == 2
def test_map_center_average_markers_position():
map = Map(api_key=API_KEY)
markers = [(10, 10), (20, 20)]
for i in markers:
Marker(i).add_to(map)
map.html
assert map.center == '{lat: 15.0, lng: 15.0}'
def testNewSaveImage(self):
a = Node(x=40,y=240,color='#00FF00',label='Point A')
b = Node(x=600,y=240,color='#00FF00',label='Point B')
m = Map([Link(a,b,1000,width=3,debug=True)])
m.draw_arrows()
m.draw_labels()
m.save('map.png')
def get_map(self):
"""Displays a google map oO"""
tmap = Map()
tmap.zoom = 12
# San Francisco
top_left = (37.793508, -122.511978)
bottom_right = (37.742485, -122.369156)
tmap.center = ((top_left[0] + bottom_right[0]) / 2,
(top_left[1] + bottom_right[1]) / 2)
pin_icon = Icon(id='pin',
image="http://gmaps-samples.googlecode.com/svn/trunk/markers/blue/blank.png"
)
for gps in self.application.pins:
point = (gps[0], gps[1], 'derp', pin_icon.id)
tmap.setpoint(point)
for gps in self.application.hotspots:
point = (gps[0], gps[1], 'derp')
tmap.setpoint(point)
gmap = PyMap(key='AIzaSyA59m0VtN62qf7Gu_c-_PSX_Eiw_t2vzBA', maplist=[tmap])
gmap.addicon(pin_icon)
mapcode = gmap.showhtml()
return mapcode
def showmap(lat, lng):
from pymaps import Map, PyMap, Icon # import the libraries
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
# lat = 0.0
# long = 0.0
#
# # These coordinates are for Hong Kong
# dlat = "22 15 0 N"
# dlong = "114 10 60 E"
#
# dlat = dlat.split(" ")
# dlong = dlong.split(" ")
#
# # Convert the coordinates
# lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
# lng = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]), dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
# Add the point to the map
icon = Icon()
point = (lat, lng, pointhtml, icon.id)
tmap.setpoint(point)
tmap.center = (1.757537, 144.492188)
# Put your own googl ekey here
GOOGLE_KEY = 0
gmap = PyMap(key=GOOGLE_KEY, maplist=[tmap])
gmap.addicon(icon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
def showmap():
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
lat = 0.0
long = 0.0
# These coordinates are for Hong Kong
dlat = "22 15 0 N"
dlong = "114 10 60 E"
dlat = dlat.split(" ")
dlong = dlong.split(" ")
# Convert the coordinates
lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
long = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]), dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
pointicon = Icon()
# Add the point to the map
point = (lat, long, pointhtml, pointicon)
tmap.setpoint(point)
tmap.center = (1.757537,144.492188)
# Put your own googl ekey here
gmap = PyMap(key="AIzaSyAKoLUaFGp_Eyl9ioFgZ2ARoHBz4nL1PXE", maplist=[tmap])
gmap.addicon(pointicon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
def test_map_center_average_cluster_markers_and_markers_position():
map = Map(api_key=API_KEY)
markers = [(10, 10), (20, 20)]
cluster = MarkerCluster()
for i in markers:
Marker(i).add_to(cluster)
cluster.add_to(map)
Marker([10, 10]).add_to(map)
map.html
assert map.center == '{lat: 13.333333, lng: 13.333333}'
def test_set_map_custom_style():
invalid_style = '''[
{
"featureType": "all",
"elementType": labels,
"stylers": [
{ "visibility": "off" }
]
}
]'''
with json.JSONDecodeError:
map = Map(api_key=API_KEY, style=invalid_style)
def test_set_map_custom_style():
style = '''[
{
"featureType": "all",
"elementType": "labels",
"stylers": [
{ "visibility": "off" }
]
}
]'''
map = Map(api_key=API_KEY, style=style)
assert map.style == style
def showmap():
# Create a map - pymaps allows multiple maps in an object
tmap = Map()
tmap.zoom = 3
# Latitude and lognitude - see the getcords function
# to see how we convert from traditional D/M/S to the DD type
# used by Googel Maps
lat = 0.0
long = 0.0
# These coordinates are for Hong Kong
dlat = "22 15 0 N"
dlong = "114 10 60 E"
dlat = dlat.split(" ")
dlong = dlong.split(" ")
# Convert the coordinates
lat = getcords(float(dlat[0]), float(dlat[1]), float(dlat[2]), dlat[3])
long = getcords(float(dlong[0]), float(dlong[1]), float(dlong[2]),
dlong[3])
# Inserts html into the hover effect
pointhtml = "Hello!"
pointicon = Icon()
# Add the point to the map
point = (lat, long, pointhtml, pointicon)
tmap.setpoint(point)
tmap.center = (1.757537, 144.492188)
# Put your own googl ekey here
gmap = PyMap(key="AIzaSyAKoLUaFGp_Eyl9ioFgZ2ARoHBz4nL1PXE", maplist=[tmap])
gmap.addicon(pointicon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
# Do what you want with it - pass it to the template or print it!
return mapcode
class TestNode(unittest.TestCase):
def setUp(self):
self.a_node = Node(x=40,y=240,color='#00FF00',label='Point A')
self.b_node = Node(x=340,y=240,color='#00FF00',label='Point B')
self.map = Map([Link(self.a_node,self.b_node,1000,width=3,debug=True)])
def testDrawArrows(self):
self.map.draw_arrows()
def testDrawLabels(self):
self.map.draw_labels()
def testSaveImage(self):
self.map.save('map.png')
def testNewSaveImage(self):
a = Node(x=40,y=240,color='#00FF00',label='Point A')
b = Node(x=600,y=240,color='#00FF00',label='Point B')
m = Map([Link(a,b,1000,width=3,debug=True)])
m.draw_arrows()
m.draw_labels()
m.save('map.png')
def test_map_repr_is_valid_html():
map = Map(api_key=API_KEY)
HTML = map._repr_html_()
assert w3c_validator(map.html) is True
assert isinstance(HTML, str)
from pymaps import Map, PyMap
import csv
reader = csv.reader(open('http://scraperwiki.com/scrapers/export/swimming-attempt/'), delimiter=',', quotechar='"')
tmap = Map()
tmap.zoom = 3
for row, l in enumerate(reader):
if row==0:
#print "\t".join(l)
pass
else:
#print "\t",l[1],l[2]
pointhtml = l[0]
point = (l[1], l[2], pointhtml, row)
tmap.setpoint(point)
gmap = PyMap(key="ABCDEFG", maplist=[tmap])
#gmap.addicon(icon)
# pymapjs exports all the javascript required to build the map!
mapcode = gmap.pymapjs()
print "<html><head>"
print mapcode
print "</head>"
print """<body onload="load()" onunload="GUnload()">
<div id="map" style="width: 760px; height: 460px"></div>
def setUp(self):
self.a_node = Node(x=40,y=240,color='#00FF00',label='Point A')
self.b_node = Node(x=340,y=240,color='#00FF00',label='Point B')
self.map = Map([Link(self.a_node,self.b_node,1000,width=3,debug=True)])
def test_set_center():
map = Map(api_key=API_KEY)
map.center = (10, 10)
assert map.center == '{lat: 10, lng: 10}'
def test_add_marker_to_map():
map = Map(api_key=API_KEY, center=(20, 20))
markers = [(10, 10), (20, 20)]
[Marker(i).add_to(map) for i in markers]
assert isinstance(map.children[Marker.NAME], list)
assert len(map.children[Marker.NAME]) == len(markers)
def test_zoom_none_set_1_withoutmarkers():
map = Map(api_key=API_KEY)
map.html
assert map.zoom == 2
def test_map_center_parameter_set_center():
map = Map(api_key=API_KEY, center=(20, 20))
map.html
assert map.center == '{lat: 20, lng: 20}'
def test_map_center_to_zero_without_markers():
map = Map(api_key=API_KEY)
map.html
assert map.center == '{lat: 0, lng: 0}'
def test_map_raise_valueerror_without_api_key():
with pytest.raises(ValueError):
map = Map()
def test_instanciate_map():
map = Map(api_key=API_KEY)
assert isinstance(map, Map)
def test_zoom_none_set_value():
map = Map(api_key=API_KEY, zoom=14)
map.html
assert map.zoom == 14
