def testEdgeStyles():
G = nx.DiGraph(directed=True)
n = 20
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,
nodeids[i],
label=nodeids[i],
shape='hexagon',
width=25,
height=25)
width = 2
for shape in interface.ALLOWED_ARROW_SHAPES:
for style in interface.ALLOWED_EDGE_STYLES:
for fill in interface.ALLOWED_ARROW_FILL:
tail = random.choice(nodeids)
head = random.choice(nodeids)
interface.add_edge(G,
tail,
head,
color=randhex(),
directed=True,
width=width,
arrow_shape=shape,
edge_style=style,
arrow_fill=fill)
interface.validate_json(G)
return G
def testNodeShapes():
G = nx.DiGraph(directed=True)
n = len(interface.ALLOWED_NODE_SHAPES)
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,nodeids[i],label=nodeids[i],shape=interface.ALLOWED_NODE_SHAPES[i],color=randhex(),width=60,height=60)
for i in range(20): # randomly add 20 edges
interface.add_edge(G,random.choice(nodeids),random.choice(nodeids))
interface.validate_json(G)
return G
def testKFiltering():
G = nx.DiGraph(directed=True)
n = 10
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,nodeids[i],label=nodeids[i],shape='star',color=randhex(),width=30,height=30,k=i+1)
for i in range(1,n,1):
interface.add_edge(G,nodeids[i-1],nodeids[i],directed=True,arrow_shape='circle',k=i+1)
interface.validate_json(G)
return G
def testLabelPlacement():
G = nx.DiGraph(directed=True)
nodeids = []
for valign in interface.ALLOWED_TEXT_VALIGN:
for halign in interface.ALLOWED_TEXT_HALIGN:
nodeid = 'vertical %s\nhorizontal %s' % (valign,halign)
interface.add_node(G,nodeid,label=nodeid,shape='roundrectangle',color=randhex(),valign=valign,halign=halign,width=120,height=40)
nodeids.append(nodeid)
for i in range(20): # randomly add 20 edges
interface.add_edge(G,random.choice(nodeids),random.choice(nodeids))
interface.validate_json(G)
return G
def testEdgeStyles():
G = nx.DiGraph(directed=True)
n = 20
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,nodeids[i],label=nodeids[i],shape='hexagon',width=25,height=25)
width = 2
for shape in interface.ALLOWED_ARROW_SHAPES:
for style in interface.ALLOWED_EDGE_STYLES:
for fill in interface.ALLOWED_ARROW_FILL:
tail = random.choice(nodeids)
head = random.choice(nodeids)
interface.add_edge(G,tail,head,color=randhex(),directed=True,width=width,arrow_shape=shape,edge_style=style,arrow_fill=fill)
interface.validate_json(G)
return G
def testNodeShapes():
G = nx.DiGraph(directed=True)
n = len(interface.ALLOWED_NODE_SHAPES)
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,
nodeids[i],
label=nodeids[i],
shape=interface.ALLOWED_NODE_SHAPES[i],
color=randhex(),
width=60,
height=60)
for i in range(20): # randomly add 20 edges
interface.add_edge(G, random.choice(nodeids), random.choice(nodeids))
interface.validate_json(G)
return G
def runExample2(user,password,group,graphid,outfile):
#############
## Graph 2 (tmp2): randomly generate nodes and edges.
G = nx.DiGraph(directed=True)
# add 10 nodes
nodeids = ['node\n%d' % (i) for i in range(10)]
for n in nodeids:
interface.add_node(G,n,label=n,bubble='yellow',color='yellow')
for i in range(20): # randomly add 20 edges
interface.add_edge(G,random.choice(nodeids),random.choice(nodeids),width=random.choice([1,2,3,4,5]),directed=True)
interface.validate_json(G)
interface.postGraph(G,graphid,outfile=outfile,user=user,password=password,logfile='tmp.log')
if group != None:
interface.shareGraph(graphid,user=user,password=password,group=group)
return
def testBorderStyles():
G = nx.DiGraph(directed=True)
nodeids = []
for style in interface.ALLOWED_NODE_BORDER_STYLES:
nodeid = 'thick\n%s' % (style)
interface.add_node(G,
nodeid,
label=nodeid,
shape='ellipse',
color=randhex(),
width=60,
height=60,
style=style,
border_width=15,
border_color=randhex())
nodeids.append(nodeid)
nodeid = 'skinny\n%s' % (style)
interface.add_node(G,
nodeid,
label=nodeid,
shape='ellipse',
color=randhex(),
width=60,
height=60,
style=style,
border_width=5,
border_color=randhex())
nodeids.append(nodeid)
nodeid = 'bubble\neffect'
interface.add_node(G,
nodeid,
label=nodeid,
shape='ellipse',
color=randhex(),
width=60,
height=60,
bubble=randhex())
nodeids.append(nodeid)
for i in range(20): # randomly add 20 edges
interface.add_edge(G, random.choice(nodeids), random.choice(nodeids))
interface.validate_json(G)
return G
def testBorderStyles():
G = nx.DiGraph(directed=True)
nodeids = []
for style in interface.ALLOWED_NODE_BORDER_STYLES:
nodeid = 'thick\n%s' % (style)
interface.add_node(G,nodeid,label=nodeid,shape='ellipse',color=randhex(),width=60,height=60,style=style,border_width=15,border_color=randhex())
nodeids.append(nodeid)
nodeid = 'skinny\n%s' % (style)
interface.add_node(G,nodeid,label=nodeid,shape='ellipse',color=randhex(),width=60,height=60,style=style,border_width=5,border_color=randhex())
nodeids.append(nodeid)
nodeid = 'bubble\neffect'
interface.add_node(G,nodeid,label=nodeid,shape='ellipse',color=randhex(),width=60,height=60,bubble=randhex())
nodeids.append(nodeid)
for i in range(20): # randomly add 20 edges
interface.add_edge(G,random.choice(nodeids),random.choice(nodeids))
interface.validate_json(G)
return G
def testLabelPlacement():
G = nx.DiGraph(directed=True)
nodeids = []
for valign in interface.ALLOWED_TEXT_VALIGN:
for halign in interface.ALLOWED_TEXT_HALIGN:
nodeid = 'vertical %s\nhorizontal %s' % (valign, halign)
interface.add_node(G,
nodeid,
label=nodeid,
shape='roundrectangle',
color=randhex(),
valign=valign,
halign=halign,
width=120,
height=40)
nodeids.append(nodeid)
for i in range(20): # randomly add 20 edges
interface.add_edge(G, random.choice(nodeids), random.choice(nodeids))
interface.validate_json(G)
return G
def testKFiltering():
G = nx.DiGraph(directed=True)
n = 10
nodeids = ['%d' % (i) for i in range(n)]
for i in range(n):
interface.add_node(G,
nodeids[i],
label=nodeids[i],
shape='star',
color=randhex(),
width=30,
height=30,
k=i + 1)
for i in range(1, n, 1):
interface.add_edge(G,
nodeids[i - 1],
nodeids[i],
directed=True,
arrow_shape='circle',
k=i + 1)
interface.validate_json(G)
return G
def testPopups():
G = nx.DiGraph(directed=True)
label = 'Click Me'
popup = '</h3>Any HTML can go here</h3> Need a break? Try this website: <br> <a color="blue" target="_blank" href="http://xkcd.com/">http://xkcd.com/</a>'
interface.add_node(G,label,label=label,shape='ellipse',color=randhex(),height=60,width=60,bubble=randhex(),popup=popup)
label = 'Click the Solid Edge'
interface.add_node(G,'ID1',label=label,popup='This is a white node.')
interface.add_node(G,'ID2',label=label,popup='This is a white node.')
popup = '</h3>Note that the Node IDs are shown at the top.</h3> Need <it>another</it> break? Try this website: <br> <a color="blue" target="_blank" href="http://phdcomics.com">ttp://phdcomics.com</a>'
interface.add_edge(G,'ID1','ID2',width=4,color=randhex(),directed=True,arrow_shape='tee',popup=popup)
interface.add_edge(G,'Click Me','ID1',edge_style='dashed',popup='This is a dashed edge.')
interface.add_edge(G,'Click Me','ID2',edge_style='dashed',popup='This is a dashed edge.')
interface.validate_json(G)
return G
def testPopups():
G = nx.DiGraph(directed=True)
label = 'Click Me'
popup = '</h3>Any HTML can go here</h3> Need a break? Try this website: <br> <a color="blue" target="_blank" href="http://xkcd.com/">http://xkcd.com/</a>'
interface.add_node(G,
label,
label=label,
shape='ellipse',
color=randhex(),
height=60,
width=60,
bubble=randhex(),
popup=popup)
label = 'Click the Solid Edge'
interface.add_node(G, 'ID1', label=label, popup='This is a white node.')
interface.add_node(G, 'ID2', label=label, popup='This is a white node.')
popup = '</h3>Note that the Node IDs are shown at the top.</h3> Need <it>another</it> break? Try this website: <br> <a color="blue" target="_blank" href="http://phdcomics.com">ttp://phdcomics.com</a>'
interface.add_edge(G,
'ID1',
'ID2',
width=4,
color=randhex(),
directed=True,
arrow_shape='tee',
popup=popup)
interface.add_edge(G,
'Click Me',
'ID1',
edge_style='dashed',
popup='This is a dashed edge.')
interface.add_edge(G,
'Click Me',
'ID2',
edge_style='dashed',
popup='This is a dashed edge.')
interface.validate_json(G)
return G
interface.add_edge_color(G,t,h,'#000000')
interface.add_edge_width(G,t,h,2)
#Divit's Note: We should have a JSON validator at this step
#Divit: We should. I want to talk to Murali about possibly enhancing the validator.
interface.postGraph(G,graphid,outfile=outfile,user=user,password=password)
if group != None:
interface.shareGraph(graphid,user=user,password=password,group=group)
#############
## Graph 2 (tmp2): randomly generate nodes and edges.
graphid = 'gs-interface-example2'
outfile = 'gs-interface-example2.json'
G = nx.DiGraph(directed=True)
# add 10 nodes
nodeids = ['node\n%d' % (i) for i in range(10)]
for n in nodeids:
interface.add_node(G,n,label=n,bubble="#880",color='yellow')
for i in range(20): # randomly add 20 edges
interface.add_edge(G,random.choice(nodeids),random.choice(nodeids),width=random.choice([1,2,3,4,5]),directed=True)
interface.validate_json(G)
interface.postGraph(G,graphid,outfile=outfile,user=user,password=password,logfile='tmp.log')
if group != None:
interface.shareGraph(graphid,user=user,password=password,group=group)
print 'DONE\n'
interface.shareGraph(graphid, user=user, password=password, group=group)
#############
## Graph 2 (tmp2): randomly generate nodes and edges.
graphid = 'gs-interface-example2'
outfile = 'gs-interface-example2.json'
G = nx.DiGraph(directed=True)
# add 10 nodes
nodeids = ['node\n%d' % (i) for i in range(10)]
for n in nodeids:
interface.add_node(G, n, label=n, bubble="#880", color='yellow')
for i in range(20): # randomly add 20 edges
interface.add_edge(G,
random.choice(nodeids),
random.choice(nodeids),
width=random.choice([1, 2, 3, 4, 5]),
directed=True)
interface.validate_json(G)
interface.postGraph(G,
graphid,
outfile=outfile,
user=user,
password=password,
logfile='tmp.log')
if group != None:
interface.shareGraph(graphid, user=user, password=password, group=group)
print 'DONE\n'
