seqRoot = Node(seq.getId())
treeRoot.add(seqRoot)
for ix in range(lattice.len()):
el = lattice.getItem(ix)
pos = el.getPosition()
length = el.getLength()
strt_pos = el.getAbsPosition() - length * 0.5
label = "s=" + repr(strt_pos) + " m,"
label += " l=" + repr(length) + " m,"
label += " p=" + repr(pos) + " m"
leave = Node(label)
branch = Node(el.getName())
branch.add(leave)
seqRoot.add(branch)
return treeRoot
#...................................................................
if __name__ == '__main__':
#print "processing: jython",sys.argv[0]
acc = getAccelerator()
tree1 = makeXALTree('XAL Sequences & Nodes', acc)
tree2 = makeLatticeTree('Lattice Trees', acc)
pane1 = swing.JScrollPane(swing.JTree(tree1))
pane2 = swing.JScrollPane(swing.JTree(tree2))
main = swing.Box.createHorizontalBox()
main.add(pane1)
main.add(pane2)
swing.test(main, (900, 500), sys.argv[0])
from java import awt # get access to Java class libraries
from pawt import swing # they look like Python modules here
labels = ['0', '1', '2', '+', # labels for calculator buttons
'3', '4', '5', '-', # will be used for a 4x4 grid
'6', '7', '8', '*',
'9', '.', '=', '/' ]
keys = swing.JPanel(awt.GridLayout(4, 4)) # do Java class library magic
display = swing.JTextField() # Python data auto-mapped to Java
def push(event): # callback for regular keys
display.replaceSelection(event.actionCommand)
def enter(event): # callback for the '=' key
display.text = str(eval(display.text)) # use Python eval() to run expr
display.selectAll()
for label in labels: # build up button widget grid
key = swing.JButton(label) # on press, invoke Python funcs
if label == '=':
key.actionPerformed = enter
else:
key.actionPerformed = push
keys.add(key)
panel = swing.JPanel(awt.BorderLayout()) # make a swing panel
panel.add("North", display) # text plus key grid in middle
panel.add("Center", keys)
swing.test(panel) # start in a GUI viewer
from pawt import swing lst = swing.JList(['a', 'b', 'c']) swing.test(lst)
from java import awt # get access to Java class libraries
from pawt import swing # they look like Python modules here
labels = ['0', '1', '2', '+', # labels for calculator buttons
'3', '4', '5', '-', # will be used for a 4x4 grid
'6', '7', '8', '*',
'9', '.', '=', '/' ]
keys = swing.JPanel(awt.GridLayout(4, 4)) # do Java class library magic
display = swing.JTextField() # Python data auto-mapped to Java
def push(event): # callback for regular keys
display.replaceSelection(event.actionCommand)
def enter(event): # callback for the '=' key
display.text = str(eval(display.text)) # use Python eval() to run expr
display.selectAll()
for label in labels: # build up button widget grid
key = swing.JButton(label) # on press, invoke Python funcs
if label == '=':
key.actionPerformed = enter
else:
key.actionPerformed = push
keys.add(key)
panel = swing.JPanel(awt.BorderLayout()) # make a swing panel
panel.add("North", display) # text plus key grid in middle
panel.add("Center", keys)
swing.test(panel) # start in a GUI viewer
except:
exc_type, exc_value, exc_traceback = sys.exc_info()
l = len(traceback.extract_tb(sys.exc_traceback))
try:
1/0
except:
m = len(traceback.extract_tb(sys.exc_traceback))
traceback.print_exception(exc_type, exc_value, exc_traceback, l-m)
self.console.newInput()
def stopPython(self):
# Should spend 2 seconds trying to kill thread in nice Python style first...
self.stop()
header = """\
JPython %(version)s on %(platform)s
%(copyright)s
""" % {'version': sys.version, 'platform': sys.platform, 'copyright': sys.copyright}
if __name__ == '__main__':
c = Console()
pane = swing.JScrollPane(c.textpane)
swing.test(pane, size=(500, 400), name='JPython Console')
c.write(header, 'output')
c.capturePythonOutput()
c.textpane.requestFocus()
c.newInput()
1 / 0
except:
m = len(traceback.extract_tb(sys.exc_traceback))
traceback.print_exception(exc_type, exc_value, exc_traceback,
l - m)
self.console.newInput()
def stopPython(self):
#Should spend 2 seconds trying to kill thread in nice Python style first...
self.stop()
header = """\
JPython %(version)s on %(platform)s
%(copyright)s
""" % {
'version': sys.version,
'platform': sys.platform,
'copyright': sys.copyright
}
if __name__ == '__main__':
c = Console()
pane = swing.JScrollPane(c.textpane)
swing.test(pane, size=(500, 400), name='JPython Console')
c.write(header, 'output')
c.capturePythonOutput()
c.textpane.requestFocus()
c.newInput()
for child in self.getChildren():
if child == node:
return index
index = index+1
return -1
def getParent(self):
return self.myparent
def toString(self):
return self.name+' = '+shortrepr(self.object)
if __name__ == '__main__':
class foo:
bar = 99
eggs = 'hello'
class baz:
x, y, z = 1, 2, 3
func = range
import __main__
f = foo()
f.pyfunc = mydir
root = ObjectNode(None, 'foo', __main__)
tree = swing.JTree(root)
swing.test(swing.JScrollPane(tree))
'.',
'=',
'/'
]
keys = swing.JPanel(awt.GridLayout(4, 4)) # do Java class library magic
display = swing.JTextField() # Python data auto-mapped to Java
def push(event): # callback for regular keys
display.replaceSelection(event.actionCommand)
def enter(event): # callback for the '=' key
display.text = str(eval(display.text)) # use Python eval( ) to run expr
display.selectAll()
for label in labels: # build up button widget grid
key = swing.JButton(label) # on press, invoke Python funcs
if label == '=':
key.actionPerformed = enter
else:
key.actionPerformed = push
keys.add(key)
panel = swing.JPanel(awt.BorderLayout()) # make a swing panel
panel.add("North", display) # text plus key grid in middle
panel.add("Center", keys)
swing.test(panel)
__author__ = 'han'
import java
from java import awt
java.lang.System.out.println('Heelooo')
def exit(e): java.lang.System.exit(0)
frame = awt.Frame('AWT Example', visible=1)
button = awt.Button('Close Me!', actionPerformed=exit)
frame.add(button, 'Center')
frame.pack()
from pawt import swing
swing.test()
#the lattice tree
seqRoot=Node(seq.getId())
treeRoot.add(seqRoot)
for ix in range(lattice.len()):
el=lattice.getItem(ix)
pos=el.getPosition()
length=el.getLength()
strt_pos=el.getAbsPosition()-length*0.5
label="s="+repr(strt_pos)+" m,"
label+=" l="+repr(length)+" m,"
label+=" p="+repr(pos)+" m"
leave=Node(label)
branch=Node(el.getName())
branch.add(leave)
seqRoot.add(branch)
return treeRoot
#...................................................................
if __name__ == '__main__':
#print "processing: jython",sys.argv[0]
acc=getAccelerator()
tree1=makeXALTree('XAL Sequences & Nodes', acc)
tree2=makeLatticeTree('Lattice Trees',acc)
pane1=swing.JScrollPane(swing.JTree(tree1))
pane2=swing.JScrollPane(swing.JTree(tree2))
main=swing.Box.createHorizontalBox()
main.add(pane1)
main.add(pane2)
swing.test(main,(900,500),sys.argv[0])
for child in self.getChildren():
if child == node:
return index
index = index+1
return -1
def getParent(self):
return self.myparent
def toString(self):
return self.name+' = '+shortrepr(self.object)
if __name__ == '__main__':
class foo:
bar=99
eggs='hello'
class baz:
x,y,z=1,2,3
func = range
import __main__
f = foo()
f.pyfunc = mydir
root = ObjectNode(None, 'foo', __main__)
tree = swing.JTree(root)
swing.test(swing.JScrollPane(tree))
'__builtin__':None,
'ThreadState':None,
}
from pawt import swing
Node = swing.tree.DefaultMutableTreeNode
def addNode(tree, key, value):
node = Node(key)
tree.add(node)
if value is not None:
addLeaves(node, value.items())
def addLeaves(node, items):
#items.sort()
for key, value in items:
addNode(node, key, value)
def makeTree(name, data):
tree = Node('A Few JPython Classes')
addLeaves(tree, data.items())
return tree
if __name__ == '__main__':
tree = makeTree('Some JPython Classes', data)
panel=swing.JTree(tree)
jp=swing.JScrollPane()
jp.add(panel)
swing.test(swing.JScrollPane(jp))