def testDeleteObjectAccess(self):
x = npython.new('nroot','/x')
x_child = npython.new('nroot','/x/x3')
x_child_same = x['x3']
assert x_child is x_child_same, "Error in same object return"
npython.delete('/x')
try:
x_child.getfulname()
except npython.Npython_Error:
pass # all right
else:
assert 1 == 0, "Exception not thrown then accessing deleted nebula object"
def testNewCommand(self):
# Returns an opaque 'Nebula Object'
object = npython.new('n3dnode', 'one')
# Test for its presence
result = npython.exists('one')
assert locals().has_key('object'), 'Object not created' # TODO : need something else
assert result, 'Object cannot be located'
def testGetCwdObject(self):
x = npython.new('nroot','/x')
x3 = npython.sel('/x')
x2 = npython.GetCwdObject()
assert x is x2, "Error diff object returned, must be same"
npython.delete('/x')
def testRefCounts(self):
refcountstest = npython.new('nroot', '/refcountstest')
recount = refcountstest.getrefcount()
assert recount, "Refcount for object not incremenated"
npython.delete('/refcountstest')
def tod3d7hal():
if npython.exists("/sys/servers/gfx"):
npython.delete("/sys/servers/gfx")
gfx = npython.new("nd3d7server", "/sys/servers/gfx")
# gfx.setdisplaymode='dev(0)-w(640)-h(480)'
# #gfx.setdisplaymode='dev(0)-w(580)-h(420)'
gfx.setdisplaymode("dev(20)-w(640)-h(480)")
init_gfxserver()
def rotx():
rotx=npython.new ('nipol','rotx')
npython.sel ('rotx')
rotx.connect('rx')
rotx.addkey1f(0,0)
rotx.addkey1f(5,360)
npython.sel ('..')
return ()
def rotz():
rotz=npython.new ('nipol','rotz')
npython.sel ('rotz')
rotz.connect('rz')
rotz.addkey1f(0,0)
rotz.addkey1f(5,360)
npython.sel ('..')
return ()
def tod3d7ref():
if npython.exists("/sys/share/display/21]"):
if npython.exists("/sys/servers/gfx"):
npython.delete("/sys/servers/gfx")
gfx = npython.new("nd3d7server", "/sys/servers/gfx")
npython.set("/sys/servers/gfx.setdisplaymode", "dev(21)-w(580)-h(420)")
init_gfxserver()
else:
pass
def tod3d7tnlhal():
if npython.exists("/sys/servers/gfx"):
npython.delete("/sys/servers/gfx")
gfx = npython.new("nd3d7server", "/sys/servers/gfx")
if npython.exists("/sys/share/display/10]"):
npython.set("/sys/servers/gfx.setdisplaymode", "dev(10)-w(580)-h(420)")
else:
# puts ('"d3d','hardware','tl','not','supported!"')
npython.set("/sys/servers/gfx.setdisplaymode", "w(580)-h(420)")
init_gfxserver()
def testSetCommand(self):
# Returns an opaque 'Nebula Object'
object = npython.new('n3dnode','four')
# Select the object
npython.sel('four')
# Set a value on the object
npython.set('txyz',0,30,0)
# Clean up and delete object
npython.sel('..')
npython.delete('four')
def roty():
# catch ('{','delete','roty','}','err')
# catch ('{','delete','roty2','}','err')
roty=npython.new ('nipol','roty')
npython.sel ('roty')
roty.connect('ry')
roty.addkey1f(0,0)
roty.addkey1f(3,360)
npython.sel ('..')
return ()
def roty2():
catch ('{','delete','roty','}','err')
catch ('{','delete','roty2','}','err')
roty2=npython.new ('nipol','roty2')
npython.sel ('roty2')
roty2.connect('ry')
roty2.addkey1f(0,360)
roty2.addkey1f(3,0)
npython.sel ('..')
return ()
def testFailedNewCommand(self):
try:
print 'Trying to create non-existent class...'
object = npython.new('UnlikelyToExistClass', 'two')
except:
# Yep, that's what we want
# NOTE: Perhaps new() should throw a NameError when it can't
# acquire a class
print '...success!!'
else:
assert 1 == 0, 'NameError exception not thrown on failed New'
def testSameObjectReturn(self):
root = npython.sel('/')
ee = npython.new('nroot', '/ee')
ee_same = npython.sel('/ee')
ee_same2 = root['ee']
assert ee is ee_same, "Returned diffrent objects. Must be same object"
assert ee is ee_same2, "Returned diffrent objects. Must be same object"
npython.sel('/')
npython.delete('/ee')
def loadScript(self, script, brightness):
npython.sel('/')
npython.delete('/usr/scene')
npython.new('n3dnode', '/usr/scene')
npython.set('/sys/servers/console.unwatch')
npython.set('/sys/servers/time.starttime')
npython.set('/sys/servers/shadow.setcastshadows', 0)
if self.execNamespace.has_key('tl'):
self.execNamespace['tl'].destroy()
del self.execNamespace['tl']
npython.set('/sys/servers/time.lockdeltat', 0.0)
gfx = npython.sel('/sys/servers/gfx')
apply(gfx.setclearcolor, ((brightness),) * 4)
self.execNamespace['bg'] = brightness
print 'Executing', script
execfile(script, self.execNamespace)
observerlib.orig()
def testDeleteCommand(self):
# Returns an opaque 'Nebula Object'
object = npython.new('n3dnode','three')
# Test for its presence
result = npython.exists('three')
assert locals().has_key('object'), 'Object not created'
assert result, 'Object cannot be located'
# Delete object
npython.delete('three')
# Test for its presence
result = npython.exists('three')
assert result == 0, 'Object cannot be deleted'
def testMultipleNewCommand(self):
# Make a few of these...
print 'Making!'
objectSet = []
for num in xrange(10):
name = str(num)
# Returns an opaque 'Nebula Object'
object = npython.new('n3dnode', name)
# Test for its presence
result = npython.exists(name)
assert locals().has_key('object'), 'Object not created'
assert result, 'Object cannot be located'
objectSet.append(object)
# Cleanup
print 'Cleaning up...'
for num in xrange(10):
name = str(num)
npython.delete(name)
def togl():
if npython.exists("/sys/servers/gfx"):
npython.delete("/sys/servers/gfx")
gfx = npython.new("nglserver", "/sys/servers/gfx/")
npython.set("/sys/servers/gfx.setdisplaymode", "w(580)-h(420)")
init_gfxserver()
def init_observer():
private_init_observer()
observer = npython.new("nobserver", "/observer")
observer.setsleep(0)
def tod3d7emu():
if npython.exists("/sys/servers/gfx"):
npython.delete("/sys/servers/gfx")
gfx = npython.new("nd3d7server", "/sys/servers/gfx")
npython.set("/sys/servers/gfx.setdisplaymode", "dev(20)-w(580)-h(420)")
init_gfxserver()
def testCreationOfNewObject(self):
x = npython.new('nroot','/x')
npython.delete('/x')
x2 = npython.new('nroot','/x')
assert not (x is x2), "Error in same object return - returned same object, must be diff"
def testLoopDictLookup(self):
root = npython.sel('/')
npython.new('nroot', '/ee')
for obj in root:
assert locals().has_key('obj'), "Can't lookup object by iterator"
npython.delete('/ee')
def private_init_observer():
# tod3d7hal()
# tod3d8()
togl()
input = npython.new("ninputserver", "/sys/servers/input")
sgraph2 = npython.new("nscenegraph2", "/sys/servers/sgraph2")
shadow = npython.new("nsbufshadowserver", "/sys/servers/shadow")
channel = npython.new("nchannelserver", "/sys/servers/channel")
console = npython.new("nconserver", "/sys/servers/console")
math = npython.new("nmathserver", "/sys/servers/math")
particle = npython.new("nparticleserver", "/sys/servers/particle")
specialfx = npython.new("nspecialfxserver", "/sys/servers/specialfx")
file2 = npython.new("nfileserver2", "/sys/servers/file2")
map_input()
scene = npython.new("n3dnode", "/usr/scene")
camera = npython.new("n3dnode", "/usr/camera")
lookat = npython.new("n3dnode", "/usr/lookat")
orig()
