def __init__(self, curveId):
offset = 10
self.Text = "Annotate Curve"
crvlabel = Label(Text="Curve ID = "+str(curveId), AutoSize=True)
self.Controls.Add(crvlabel)
width = crvlabel.Right
pt = Point(crvlabel.Left,crvlabel.Bottom + offset)
labelstart = Label(Text="Text at start", AutoSize=True)
labelstart.Location = pt
self.Controls.Add(labelstart)
pt.X = labelstart.Right + offset
inputstart = TextBox(Text="Start")
inputstart.Location = pt
self.Controls.Add(inputstart)
if( inputstart.Right > width ):
width = inputstart.Right
self.m_inputstart = inputstart
pt.X = labelstart.Left
pt.Y = labelstart.Bottom + offset*3
buttonApply = Button(Text="Apply", DialogResult=DialogResult.OK)
buttonApply.Location = pt
self.Controls.Add(buttonApply)
pt.X = buttonApply.Right + offset
buttonCancel = Button(Text="Cancel", DialogResult=DialogResult.Cancel)
buttonCancel.Location = pt
self.Controls.Add(buttonCancel)
if( buttonCancel.Right > width ):
width = buttonCancel.Right
self.ClientSize = Size(width, buttonCancel.Bottom)
self.AcceptButton = buttonApply
self.CancelButton = buttonCancel
def __init__(self, curveId):
offset = 10
self.Text = "Annotate Curve"
crvlabel = Label(Text="Curve ID = " + str(curveId), AutoSize=True)
self.Controls.Add(crvlabel)
width = crvlabel.Right
pt = Point(crvlabel.Left, crvlabel.Bottom + offset)
labelstart = Label(Text="Text at start", AutoSize=True)
labelstart.Location = pt
self.Controls.Add(labelstart)
pt.X = labelstart.Right + offset
inputstart = TextBox(Text="Start")
inputstart.Location = pt
self.Controls.Add(inputstart)
if (inputstart.Right > width):
width = inputstart.Right
self.m_inputstart = inputstart
pt.X = labelstart.Left
pt.Y = labelstart.Bottom + offset * 3
buttonApply = Button(Text="Apply", DialogResult=DialogResult.OK)
buttonApply.Location = pt
self.Controls.Add(buttonApply)
pt.X = buttonApply.Right + offset
buttonCancel = Button(Text="Cancel", DialogResult=DialogResult.Cancel)
buttonCancel.Location = pt
self.Controls.Add(buttonCancel)
if (buttonCancel.Right > width):
width = buttonCancel.Right
self.ClientSize = Size(width, buttonCancel.Bottom)
self.AcceptButton = buttonApply
self.CancelButton = buttonCancel
def __init__(self, curveId):
offset = 10
index = 0
# header
self.Text = "Annotate Curve"
#label
crvlabel = Label(Text="Curve ID = " + str(curveId), AutoSize=True)
self.Controls.Add(crvlabel)
width = crvlabel.Right
pt = Point(crvlabel.Left, crvlabel.Bottom + offset)
#textInput
labelstart = Label(Text="Text at start", AutoSize=True)
labelstart.Location = pt
self.Controls.Add(labelstart)
pt.X = labelstart.Right + offset
inputstart = TextBox(Text="Start")
inputstart.Location = pt
self.Controls.Add(inputstart)
if (inputstart.Right > width):
width = inputstart.Right
self.m_inputstart = inputstart
index += 1
cb = CheckBox()
cb.Parent = self
cb.Location = Point(30, labelstart.Bottom + offset * index)
cb.Text = "Show Title"
cb.Checked = True
pt.X = labelstart.Left
pt.Y = labelstart.Bottom + offset * 3
buttonApply = Button(Text="Apply", DialogResult=DialogResult.OK)
buttonApply.Location = pt
self.Controls.Add(buttonApply)
pt.X = buttonApply.Right + offset
buttonCancel = Button(Text="Cancel", DialogResult=DialogResult.Cancel)
buttonCancel.Location = pt
self.Controls.Add(buttonCancel)
if (buttonCancel.Right > width):
width = buttonCancel.Right
self.ClientSize = Size(width, buttonCancel.Bottom)
self.AcceptButton = buttonApply
self.CancelButton = buttonCancel
def test_struct_construction():
"""Test construction of structs."""
from System.Drawing import Point
p = Point()
assert p.X == 0
assert p.Y == 0
p = Point(0, 0)
assert p.X == 0
assert p.Y == 0
p.X = 10
p.Y = 10
assert p.X == 10
assert p.Y == 10
def testStructConstruction(self):
"""Test construction of structs."""
from System.Drawing import Point
p = Point()
self.assertTrue(p.X == 0)
self.assertTrue(p.Y == 0)
p = Point(0, 0)
self.assertTrue(p.X == 0)
self.assertTrue(p.Y == 0)
p.X = 10
p.Y = 10
self.assertTrue(p.X == 10)
self.assertTrue(p.Y == 10)
def testStructConstruction(self):
"""Test construction of structs."""
from System.Drawing import Point
p = Point()
self.assertTrue(p.X == 0)
self.assertTrue(p.Y == 0)
p = Point(0, 0)
self.assertTrue(p.X == 0)
self.assertTrue(p.Y == 0)
p.X = 10
p.Y = 10
self.assertTrue(p.X == 10)
self.assertTrue(p.Y == 10)
def test_struct_construction():
"""Test construction of structs."""
from System.Drawing import Point
p = Point()
assert p.X == 0
assert p.Y == 0
p = Point(0, 0)
assert p.X == 0
assert p.Y == 0
p.X = 10
p.Y = 10
assert p.X == 10
assert p.Y == 10
def testStructConstruction(self):
"""Test construction of structs."""
from System.Drawing import Point
def test():
p = Point()
self.failUnlessRaises(TypeError, test)
p = Point(0, 0)
self.failUnless(p.X == 0)
self.failUnless(p.Y == 0)
p.X = 10
p.Y = 10
self.failUnless(p.X == 10)
self.failUnless(p.Y == 10)
def testStructConstruction(self):
"""Test construction of structs."""
from System.Drawing import Point
def test():
p = Point()
self.failUnlessRaises(TypeError, test)
p = Point(0, 0)
self.failUnless(p.X == 0)
self.failUnless(p.Y == 0)
p.X = 10
p.Y = 10
self.failUnless(p.X == 10)
self.failUnless(p.Y == 10)
def test_boxed_value_type_mutation_result():
"""Test behavior of boxed value types."""
# This test actually exists mostly as documentation of an important
# concern when dealing with value types. Python does not have any
# value type semantics that can be mapped to the CLR, so it is easy
# to accidentally write code like the following which is not really
# mutating value types in-place but changing boxed copies.
clr.AddReference('System.Drawing')
from System.Drawing import Point
from System import Array
items = Array.CreateInstance(Point, 5)
for i in range(5):
items[i] = Point(i, i)
for i in range(5):
# Boxed items, so set_attr will not change the array member.
assert items[i].X == i
assert items[i].Y == i
items[i].X = i + 1
items[i].Y = i + 1
assert items[i].X == i
assert items[i].Y == i
for i in range(5):
# Demonstrates the workaround that will change the members.
assert items[i].X == i
assert items[i].Y == i
item = items[i]
item.X = i + 1
item.Y = i + 1
items[i] = item
assert items[i].X == i + 1
assert items[i].Y == i + 1
def testBoxedValueTypeMutationResult(self):
"""Test behavior of boxed value types."""
# This test actually exists mostly as documentation of an important
# concern when dealing with value types. Python does not have any
# value type semantics that can be mapped to the CLR, so it is easy
# to accidentally write code like the following which is not really
# mutating value types in-place but changing boxed copies.
from System.Drawing import Point
from System import Array
items = Array.CreateInstance(Point, 5)
for i in range(5):
items[i] = Point(i, i)
for i in range(5):
# Boxed items, so settr will not change the array member.
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
items[i].X = i + 1
items[i].Y = i + 1
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
for i in range(5):
# Demonstrates the workaround that will change the members.
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
item = items[i]
item.X = i + 1
item.Y = i + 1
items[i] = item
self.failUnless(items[i].X == i + 1)
self.failUnless(items[i].Y == i + 1)
def testBoxedValueTypeMutationResult(self):
"""Test behavior of boxed value types."""
# This test actually exists mostly as documentation of an important
# concern when dealing with value types. Python does not have any
# value type semantics that can be mapped to the CLR, so it is easy
# to accidentally write code like the following which is not really
# mutating value types in-place but changing boxed copies.
from System.Drawing import Point
from System import Array
items = Array.CreateInstance(Point, 5)
for i in range(5):
items[i] = Point(i, i)
for i in range(5):
# Boxed items, so settr will not change the array member.
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
items[i].X = i + 1
items[i].Y = i + 1
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
for i in range(5):
# Demonstrates the workaround that will change the members.
self.failUnless(items[i].X == i)
self.failUnless(items[i].Y == i)
item = items[i]
item.X = i + 1
item.Y = i + 1
items[i] = item
self.failUnless(items[i].X == i + 1)
self.failUnless(items[i].Y == i + 1)
def __init__(self, curveId):
label_width = 30
offset = 30
index = 0
# header
self.Text = "Annotate Curve"
#label
index += 1
crvlabel = Label(Text="Curve ID = "+str(curveId), AutoSize=True)
self.Controls.Add(crvlabel)
width = crvlabel.Right
pt = Point(crvlabel.Left,crvlabel.Bottom + offset)
#textInput
labelstart = Label(Text="Text at start", AutoSize=True)
labelstart.Location = Point(label_width, offset* index)
self.Controls.Add(labelstart)
pt.X = labelstart.Right + offset
inputstart = TextBox(Text="Start")
inputstart.Location = pt
self.Controls.Add(inputstart)
if( inputstart.Right > width ):
width = inputstart.Right
self.m_inputstart = inputstart
index += 1
cb = CheckBox( AutoSize=True)
cb.Parent = self
cb.Location = Point(label_width, offset* index)
cb.Text = "Show Title"
cb.Checked = True
index += 1
cbb = ComboBox(Text="select tool", Location=Point(label_width, offset * index), Parent=self)
cbb.Items.AddRange(("Inner contour",
"Outer contour",
"Pocket",
"Engrave",
"Clamex horizontal"))
self.cbb_tool = cbb
index += 1
cbb = ComboBox(Text="Outer contour", Location=Point(label_width, offset * index), Parent=self)
cbb.Items.AddRange(("Inner contour",
"Outer contour",
"Pocket",
"Engrave",
"Clamex horizontal"))
self.cbb_operation = cbb
index += 1
sb = NumericUpDown( AutoSize=True, Location=Point(label_width, offset * index), Parent=self , DecimalPlaces = 2)
sb.Parent = self
sb.Location = Point(label_width, offset* index)
sb.DecimalPlaces = 2
sb.Text = "Show Title"
index += 1
pt.X = labelstart.Left
pt.Y = labelstart.Bottom + offset*index
buttonApply = Button(Text="Apply", DialogResult=DialogResult.OK)
buttonApply.Location = pt
self.Controls.Add(buttonApply)
pt.X = buttonApply.Right + offset
buttonCancel = Button(Text="Cancel", DialogResult=DialogResult.Cancel)
buttonCancel.Location = pt
self.Controls.Add(buttonCancel)
if( buttonCancel.Right > width ):
width = buttonCancel.Right
self.ClientSize = Size(width, buttonCancel.Bottom)
self.AcceptButton = buttonApply
self.CancelButton = buttonCancel
def __init__(self, tools):
label_width = 30
offset = 30
index = 0
# header
self.Text = "Add layer"
width = 400
#label
#textInput
# labelstart = Label(Text="Text at start", AutoSize=True)
# labelstart.Location = Point(label_width, offset* index)
# self.Controls.Add(labelstart)
# pt.X = labelstart.Right + offset
# inputstart = TextBox(Text="Start")
# inputstart.Location = pt
# self.Controls.Add(inputstart)
# if( inputstart.Right > width ):
# width = inputstart.Right
# self.m_inputstart = inputstart
# TOOL SELECTON
index += 1
cbb = ComboBox(
Text="Outer contour",
Location=Point(label_width, offset * index),
Parent=self,
Width=200,
)
cbb.Items.AddRange(
("Inner contour", "Outer contour", "Pocket", "Engrave", "Drill",
"Saw X", "Saw Y", "Clamex verticaal", "Clamex horizontaal"))
cbb.TextChanged += self.updateLabelLayername
self.cbb_operation = cbb
# TOOL SELECTON
index += 1
cbb = ComboBox(Text=tools[0],
Location=Point(label_width, offset * index),
Parent=self,
Width=200)
cbb.Items.AddRange(tools)
cbb.TextChanged += self.updateLabelLayername
self.cbb_tool = cbb
index += 1
sb = NumericUpDown(AutoSize=True,
Location=Point(label_width, offset * index),
Parent=self,
DecimalPlaces=2)
sb.ValueChanged += self.updateLabelLayername
self.sb_height = sb
index += 1
cb = CheckBox(Text="use depth from top of workpiece",
AutoSize=True,
Location=Point(label_width, offset * index),
Parent=self)
cb.Checked = False
cb.CheckedChanged += self.updateLabelLayername
self.cb_depth = cb
index += 1
la = Label(Text="<layername>",
Location=Point(label_width, offset * index),
Parent=self,
AutoSize=True)
self.la_layername = la
index += 1
pt = Point(label_width, offset * index)
buttonApply = Button(Text="Apply", DialogResult=DialogResult.OK)
buttonApply.Location = pt
self.Controls.Add(buttonApply)
pt.X = buttonApply.Right + offset
buttonCancel = Button(Text="Cancel", DialogResult=DialogResult.Cancel)
buttonCancel.Location = pt
self.Controls.Add(buttonCancel)
if (buttonCancel.Right > width):
width = buttonCancel.Right
self.ClientSize = Size(width, buttonCancel.Bottom + 10)
self.AcceptButton = buttonApply
self.CancelButton = buttonCancel