def main():
root = RootPanel()
tree = Tree()
cb1 = CheckBox('test 1')
cb1.addClickListener(onCb1)
root.add(cb1)
cb2 = CheckBox('test 2')
cb2.addClickListener(onCb2)
item = TreeItem(cb2)
tree.addItem(item)
root.add(tree)
def __init__(self):
SimplePanel.__init__(self)
self.box = CheckBox("Print Results?")
self.box.addClickListener(getattr(self, "onClick"))
self.add(self.box)
def __init__(self):
SimplePanel.__init__(self)
self.form = FormPanel()
self.form.setEncoding(FormPanel.ENCODING_MULTIPART)
self.form.setMethod(FormPanel.METHOD_POST)
self.url = "http://localhost/pyjamas_upload_demo"
self.form.setAction(self.url)
self.form.setTarget("results")
vPanel = VerticalPanel()
hPanel = HorizontalPanel()
hPanel.setSpacing(5)
hPanel.add(Label("Upload file:"))
self.field = FileUpload()
self.field.setName("file")
hPanel.add(self.field)
hPanel.add(Button("Submit", getattr(self, "onBtnClick")))
vPanel.add(hPanel)
self.simple = CheckBox("Simple mode? ")
#self.simple.setChecked(True)
vPanel.add(self.simple)
self.progress = Label('0%')
results = NamedFrame("results")
vPanel.add(results)
vPanel.add(self.progress)
self.form.add(vPanel)
self.add(self.form)
def add_formula(self, f):
h = HorizontalPanel()
im = Image()
im.setUrl(latex_to_url(f.to_latex()))
c = CheckBox()
h.add(c)
h.add(im)
self.pok.add(h)
self.checkbox_list.append(c)
self.hpanel_list.append(h)
self.image_list.append(im)
def __init__(self):
Sink.__init__(self)
disabledButton = Button("Disabled Button")
disabledCheck = CheckBox("Disabled Check")
normalButton = Button("Normal Button")
normalCheck = CheckBox("Normal Check")
panel = VerticalPanel()
radio0 = RadioButton("group0", "Choice 0")
radio1 = RadioButton("group0", "Choice 1")
radio2 = RadioButton("group0", "Choice 2 (Disabled)")
radio3 = RadioButton("group0", "Choice 3")
hp = HorizontalPanel()
panel.add(hp)
hp.setSpacing(8)
hp.add(normalButton)
hp.add(disabledButton)
hp = HorizontalPanel()
panel.add(hp)
hp.setSpacing(8)
hp.add(normalCheck)
hp.add(disabledCheck)
hp = HorizontalPanel()
panel.add(hp)
hp.setSpacing(8)
hp.add(radio0)
hp.add(radio1)
hp.add(radio2)
hp.add(radio3)
disabledButton.setEnabled(False)
disabledCheck.setEnabled(False)
radio2.setEnabled(False)
panel.setSpacing(8)
self.initWidget(panel)
def __init__(self, handle):
self.log = logging.getConsoleLogger(type(self).__name__, lev)
self.log.disabled = False
self.log.debug('__init__: Instantiation')
self._cacheBreaker = 0
self._handle = handle
self.remoteService=DiagramService(handle.spinner)
labelDisplay = Label('Diagram')
self.display = HTMLPanel('No circuit created.')
self.latex = TextArea()
buttonPanel = HorizontalPanel()
labelFormatting = Label('Formatting')
labelCheckbox = Label('Show: ')
self.checkboxValue = CheckBox('value')
self.checkboxValue.setID('CBXV1')
self.checkboxValue.addClickListener(self.onCirctuiTikzClick)
self.checkboxSymbol = CheckBox('symbol')
self.checkboxSymbol.setID('CBXS1')
self.checkboxSymbol.addClickListener(self.onCirctuiTikzClick)
checkboxPanel = HorizontalPanel()
checkboxPanel.add(labelCheckbox)
checkboxPanel.add(self.checkboxSymbol)
checkboxPanel.add(self.checkboxValue)
#layout
self.layout=VerticalPanel(HorizontalAlignment=HasAlignment.ALIGN_LEFT, Spacing=10)
self.layout.add(labelDisplay)
self.layout.add(self.display)
self.layout.add(Label('Circuitikz Markup'))
self.layout.add(self.latex)
self.layout.add(buttonPanel)
self.layout.add(labelFormatting)
self.layout.add(checkboxPanel)
RootPanel().add(self.layout)
#Set Default view
self.actCircuitTikzLock(lock = True)
def __init__(self, editor):
PopupPanel.__init__(self, glass=True)
self.m_origAnchorStart = None
self.m_origAnchorEnd = None
self.m_origTargetText = ""
self.m_editor = editor
vpanel = VerticalPanel()
vpanel.setWidth("350px")
self.m_webPageText = TextBox()
self.m_webPageText.setText("http:#")
self.m_webPageText.setWidth("320px")
vpanel.add(self.m_webPageText)
lbl = Label("Display:")
self.m_targetText = TextBox()
self.m_targetText.setWidth("100%")
lpanel = HorizontalPanel()
lpanel.add(lbl)
lpanel.add(self.m_targetText)
vpanel.add(lpanel)
self.m_fillOutCB = CheckBox("Change entire link")
self.m_fillOutCB.setVisible(False)
self.m_fillOutCB.addClickListener(self)
vpanel.add(self.m_fillOutCB)
self.m_okBut = Button("Ok", self)
self.m_okBut.addStyleName("float-left")
self.m_cancelBut = Button("Cancel", self)
self.m_cancelBut.addStyleName("float-left")
hpanel = HorizontalPanel()
hpanel.add(self.m_okBut)
hpanel.add(self.m_cancelBut)
vpanel.add(hpanel)
self.add(vpanel)
self.setStyleName("gwt-DialogBox")
def __init__(self):
Composite.__init__(self)
panel = VerticalPanel()
panel.add(CheckBox("Get groceries"))
panel.add(CheckBox("Walk the dog"))
panel.add(CheckBox("Start Web 2.0 company"))
panel.add(CheckBox("Write cool app in GWT"))
panel.add(CheckBox("Get funding"))
panel.add(CheckBox("Take a vacation"))
self.initWidget(panel)
self.setStyleName("mail-Tasks")
def onModuleLoad(self):
self.current_request = None
Window.setTitle("Lattice Builder Web Interface")
self.setStyleSheet("./LatBuilderWeb.css")
self.includeMathJax('TeX-AMS-MML_HTMLorMML')
self.TEXT_WAITING = "Lattice Builder is working..."
self.TEXT_ERROR = "Server Error"
self.FIGURES_OF_MERIT = [
# (key, name)
('{cs}P2', 'P2'),
('{cs}P4', 'P4'),
('{cs}P6', 'P6'),
('{cs}R{alpha}', 'R_alpha'),
('spectral', 'spectral'),
]
self.CONSTRUCTION_METHODS = [
('explicit:{genvec}', "Explicit (Evaluation)",
"Evaluates the figure of merit for a given generating vector.<br/>"
"<strong>Please specify the generating vector in the Lattice "
"Properties panel above.</strong>"),
('exhaustive', "Exhaustive",
"Examines all generating vectors and retains the best one."),
('random:{samples}', "Random",
"Examines a number of randomly selected generating vectors and "
"retains the best one."),
('Korobov', "Korobov",
"Examines all generating vectors of the form (1, a, a^2 mod n, "
"..., a^s mod n) and retains the best one."),
('random-Korobov:{samples}', "Random Korobov",
"Examines a number of randomly selected generating vectors of "
"the form (1, a, a^2 mod n, ..., a^s mod n) and retains the "
"best one."),
('CBC', "Component-by-Component",
"Examines all possible values of the components of the "
"generating vector and selects the best ones, one coordinate "
"at a time."),
('random-CBC:{samples}', "Random Component-by-Component",
"Examines a number of randomly selected values of the "
"components of the generating vector and selects the best "
"ones, one coordinate at a time."),
('fast-CBC', "Fast Component-by-Component",
"Examines all possible values of the components of the "
"generating vector and selects the best ones, one coordinate "
"at a time. Computation is accelerated by using fast "
"Fourier transforms."),
]
self.COMBINER_TYPES = [
('level:max', 'highest level'),
('sum', 'weighted sum'),
('max', 'maximum weighted value'),
]
self.NORMALIZATION_TYPES = [
('norm:P{alpha}-SL10', 'SL10 P-alpha'),
('norm:P{alpha}-DPW08', 'DPW08 P-alpha'),
]
captionstyle = {
'Width': '10em',
'HorizontalAlignment': 'right',
}
self.remote = LatBuilderService()
WeightValuesArray.REMOTE = self.remote
main_panel = VerticalPanel(Spacing=30)
# information
info = """<h2>Lattice Builder Web Interface</h2>
<p>This Web interface allows
<a href="https://github.com/mungerd/latbuilder#readme">Lattice Builder</a>
users to call the executable program without having to construct the
command line explicitly.
</p>
<p>Enter the construction parameters below, and press the <em>Search for
Good Lattices</em> button. The results will show at the bottom.
</p>"""
main_panel.add(HTML(info))
self.version_label = HTML()
main_panel.add(self.version_label)
self.remote.backend_version(self)
params_panel = VerticalPanel(Spacing=15)
main_panel.add(params_panel)
# lattice type and size and dimension
lat_panel = VerticalPanel()
params_panel.add(CaptionPanel("Lattice Properties", lat_panel))
lat_panel.add(
HTML(
r'\[ P_n = \left\{ (i \boldsymbol a \bmod n) / n \::\: i = 0, \dots, n \right\} \qquad (\boldsymbol a \in \mathbb Z^s) \]',
StyleName='DisplayMath'))
self.size = TextBox(Text="2^10")
self.size.addChangeListener(self)
self.embedded = CheckBox("embedded")
self.embedded.addClickListener(self)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML(r"Size (\(n\)): ", StyleName="CaptionLabel"))
panel.add(self.size)
panel.add(self.embedded)
lat_panel.add(panel)
self.dimension = TextBox(Text="3")
self.dimension.addChangeListener(self)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML(r"Dimension (\(s\)): ", StyleName="CaptionLabel"))
panel.add(self.dimension)
lat_panel.add(panel)
self.generating_vector = GeneratingVector(self.size)
self.generating_vector.panel.setVisible(False)
lat_panel.add(self.generating_vector.panel)
# figure of merit
merit_panel = VerticalPanel()
params_panel.add(CaptionPanel("Figure of Merit", merit_panel))
merit_panel.add(
HTML(
r"\[ \left[ \mathcal D_q(P_n) \right]^q = "
r"\sum_{\emptyset \neq u \subseteq \{1,\dots,s\}}"
r"\gamma_u^q \, \left[\mathcal D_u(P_n)\right]^q"
r"\qquad (q > 0) \]",
StyleName='DisplayMath'))
self.norm_type = TextBox(Text="2")
self.norm_type.addChangeListener(self)
panel = HorizontalPanel(Spacing=8)
panel.add(
HTML(r"Norm type (\(q\) or <b>inf</b>): ",
StyleName="CaptionLabel"))
panel.add(self.norm_type)
merit_panel.add(panel)
self.merit = ListBox()
self.merit.addChangeListener(self)
for key, name in self.FIGURES_OF_MERIT:
self.merit.addItem(name)
self.merit_cs = CheckBox("Use coordinate-symmetric implementation",
Checked=True)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Figure of merit: ", StyleName="CaptionLabel"))
panel.add(self.merit)
panel.add(self.merit_cs)
merit_panel.add(panel)
self.merit_alpha_panel = HorizontalPanel(Spacing=8)
self.merit_alpha = TextBox(Text="2")
self.merit_alpha_panel.add(
HTML("Value of alpha: ", StyleName="CaptionLabel"))
self.merit_alpha_panel.add(self.merit_alpha)
merit_panel.add(self.merit_alpha_panel)
# filters and combiner
multilevel_panel = VerticalPanel(Spacing=8)
self.multilevel_panel = CaptionPanel("Multilevel Filters and Combiner",
multilevel_panel,
Visible=False)
params_panel.add(self.multilevel_panel)
self.ml_normalization_enable = CheckBox("Normalization")
self.ml_normalization_enable.addClickListener(self)
multilevel_panel.add(self.ml_normalization_enable)
self.ml_normalization_panel = VerticalPanel(Spacing=4,
Visible=False,
StyleName='SubPanel')
multilevel_panel.add(self.ml_normalization_panel)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Normalization type: ", StyleName="CaptionLabel"))
self.ml_normalization_type = ListBox()
for key, name in self.NORMALIZATION_TYPES:
self.ml_normalization_type.addItem(name, value=key)
panel.add(self.ml_normalization_type)
self.ml_normalization_panel.add(panel)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Minimum level: ", StyleName="CaptionLabel"))
self.ml_min_level = TextBox(Text="1")
panel.add(self.ml_min_level)
self.ml_normalization_panel.add(panel)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Maximum level: ", StyleName="CaptionLabel"))
self.ml_max_level = TextBox(Text="1")
panel.add(self.ml_max_level)
self.ml_normalization_panel.add(panel)
self.ml_lowpass_enable = CheckBox("Low-pass filter")
self.ml_lowpass_enable.addClickListener(self)
multilevel_panel.add(self.ml_lowpass_enable)
self.ml_lowpass_panel = VerticalPanel(Spacing=4,
Visible=False,
StyleName='SubPanel')
multilevel_panel.add(self.ml_lowpass_panel)
self.ml_lowpass = TextBox(Text="1.0")
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Low-pass threshold: ", StyleName="CaptionLabel"))
panel.add(self.ml_lowpass)
self.ml_lowpass_panel.add(panel)
self.combiner_type = ListBox()
for key, name in self.COMBINER_TYPES:
self.combiner_type.addItem(name, value=key)
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Combiner: ", StyleName="CaptionLabel"))
panel.add(self.combiner_type)
multilevel_panel.add(panel)
# weights
self.weights = CompoundWeights()
weights_panel = VerticalPanel()
params_panel.add(CaptionPanel("Weights", weights_panel))
weights_panel.add(
HTML(r"\[ \gamma_u^p \qquad (u \subseteq \{1, \dots, s\}) \]",
StyleName='DisplayMath'))
self.weights_power = TextBox(Text="2")
panel = HorizontalPanel(Spacing=8)
panel.add(HTML(r"Weights power (\(p\)): ", StyleName="CaptionLabel"))
panel.add(self.weights_power)
weights_panel.add(panel)
weights_panel.add(self.weights.panel)
self.weights.add_weights(ProductWeights)
# construction method
cons_panel = VerticalPanel()
params_panel.add(CaptionPanel("Construction Method", cons_panel))
self.construction = ListBox()
self.construction.addChangeListener(self)
for key, name, desc in self.CONSTRUCTION_METHODS:
self.construction.addItem(name, value=key)
self.construction_desc = HTML()
panel = HorizontalPanel(Spacing=8)
panel.add(self.construction)
panel.add(self.construction_desc)
cons_panel.add(panel)
self.construction_samples_panel = HorizontalPanel(Spacing=8)
self.construction_samples = TextBox(Text="30")
self.construction_samples_panel.add(
HTML("Random samples: ", StyleName="CaptionLabel"))
self.construction_samples_panel.add(self.construction_samples)
cons_panel.add(self.construction_samples_panel)
# execute button
panel = VerticalPanel(Spacing=8,
Width="100%",
HorizontalAlignment='center')
main_panel.add(panel)
button_panel = HorizontalPanel()
panel.add(button_panel)
self.button_search = Button("Search", self)
button_panel.add(self.button_search)
self.button_abort = Button("Abort", self, Visible=False)
button_panel.add(self.button_abort)
self.status = Label()
panel.add(self.status)
# results
results_panel = VerticalPanel()
self.results_panel = CaptionPanel("Results",
results_panel,
Visible=False)
main_panel.add(self.results_panel)
self.results_size = Label()
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Lattice size: ", StyleName="ResultsCaptionLabel"))
panel.add(self.results_size)
results_panel.add(panel)
self.results_gen = Label()
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Generating vector: ", StyleName="ResultsCaptionLabel"))
panel.add(self.results_gen)
results_panel.add(panel)
self.results_merit = Label()
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("Merit value: ", StyleName="ResultsCaptionLabel"))
panel.add(self.results_merit)
results_panel.add(panel)
self.results_cpu_time = Label()
panel = HorizontalPanel(Spacing=8)
panel.add(HTML("CPU time: ", StyleName="ResultsCaptionLabel"))
panel.add(self.results_cpu_time)
results_panel.add(panel)
self.results_cmd = Label(StyleName='Command', Visible=False)
panel = HorizontalPanel(Spacing=8)
self.results_cmd_link = Hyperlink("Command line: ",
StyleName="ResultsCaptionLabel")
self.results_cmd_link.addClickListener(self)
panel.add(self.results_cmd_link)
panel.add(self.results_cmd)
results_panel.add(panel)
# update selections
self.construction.selectValue('CBC')
self.onChange(self.size)
self.onChange(self.construction)
self.onChange(self.merit)
self.onChange(self.dimension)
self.onClick(self.embedded)
self.onChange(self.ml_normalization_enable)
self.onChange(self.ml_lowpass_enable)
RootPanel().add(main_panel)
def __init__(self):
Sink.__init__(self)
text = """This is a <code>ScrollPanel</code> contained at
the center of a <code>DockPanel</code>.
By putting some fairly large contents
in the middle and setting its size explicitly, it becomes a
scrollable area within the page, but without requiring the use of
an IFRAME.
Here's quite a bit more meaningless text that will serve primarily
to make this thing scroll off the bottom of its visible area.
Otherwise, you might have to make it really, really small in order
to see the nifty scroll bars!"""
contents = HTML(text)
scroller = ScrollPanel(contents, StyleName="ks-layouts-Scroller")
dock = DockPanel(HorizontalAlignment=HasAlignment.ALIGN_CENTER,
Spacing=10)
north0 = HTML("This is the <i>first</i> north component", True)
east = HTML("<center>This<br>is<br>the<br>east<br>component</center>",
True)
south = HTML("This is the south component")
west = HTML("<center>This<br>is<br>the<br>west<br>component</center>",
True)
north1 = HTML("This is the <b>second</b> north component", True)
dock.add(north0, DockPanel.NORTH)
dock.add(east, DockPanel.EAST)
dock.add(south, DockPanel.SOUTH)
dock.add(west, DockPanel.WEST)
dock.add(north1, DockPanel.NORTH)
dock.add(scroller, DockPanel.CENTER)
#Logger.write("Layouts", "TODO: flowpanel")
flow = FlowPanel()
for i in range(8):
flow.add(CheckBox("Flow %d" % i))
horz = HorizontalPanel(VerticalAlignment=HasAlignment.ALIGN_MIDDLE)
horz.add(Button("Button"))
horz.add(HTML("<center>This is a<br>very<br>tall thing</center>",
True))
horz.add(Button("Button"))
vert = VerticalPanel(HorizontalAlignment=HasAlignment.ALIGN_CENTER)
vert.add(Button("Small"))
vert.add(Button("--- BigBigBigBig ---"))
vert.add(Button("tiny"))
menu = MenuBar()
menu0 = MenuBar(True)
menu1 = MenuBar(True)
menu.addItem("menu0", menu0)
menu.addItem("menu1", menu1)
menu0.addItem("child00")
menu0.addItem("child01")
menu0.addItem("child02")
menu1.addItem("child10")
menu1.addItem("child11")
menu1.addItem("child12")
#Logger.write("Layouts", "TODO: htmlpanel")
id = HTMLPanel.createUniqueId()
text = """This is an <code>HTMLPanel</code>. It allows you to add
components inside existing HTML, like this: <span id='%s' />
Notice how the menu just fits snugly in there? Cute.""" % id
html = HTMLPanel(text)
DOM.setStyleAttribute(menu.getElement(), "display", "inline")
html.add(menu, id)
disclose = DisclosurePanel("Click to disclose")
disclose.add(
HTML("""<b>Ta-daaaaa!</b><br />Ok - it could have
been<br />more of a surprise."""))
panel = VerticalPanel(Spacing=8,
HorizontalAlignment=HasAlignment.ALIGN_CENTER)
panel.add(self.makeLabel("Dock Panel"))
panel.add(dock)
panel.add(self.makeLabel("Flow Panel"))
panel.add(flow)
panel.add(self.makeLabel("Horizontal Panel"))
panel.add(horz)
panel.add(self.makeLabel("Vertical Panel"))
panel.add(vert)
panel.add(self.makeLabel("HTML Panel"))
panel.add(html)
panel.add(self.makeLabel("Disclosure Panel"))
panel.add(disclose)
self.initWidget(panel)
self.setStyleName("ks-layouts")
