def run(self, string, cmd=None):
''' parse the configuration string and execute the resulting tree'''
debug = False
if debug:
sayW("parse2 ....")
self.parse2(string)
if debug:
sayW("build ...#")
rca = self.build()
if debug:
sayW("showSo ...")
self.showSo()
if cmd != None:
say("CMD ...")
say(cmd)
rca = cmd()
say(("rc run...", rca))
return rca
def getData(fn, pb=None):
if pb == None:
pb = QtGui.QProgressBar()
pb.show()
stack = [0, 0] * 4
stackpointer = -1
objs = []
say("Read data from cache file ...")
say(fn)
f = open(fn, "r") #, encoding="utf8")
content = f.readlines()
c2 = []
cl = len(content)
# FreeCAD File hack
if content[2].startswith(
" FreeCAD Document, see http://www.freecadweb.org"):
content = content[4:]
cl = len(content)
say(cl)
i = -1
pb.setMaximum(cl)
while i < cl - 1:
pb.setValue(i)
i += 1
line = content[i].strip()
j = 0
while re.search(r">\s*$", line) == None and j < 60:
i += 1
j += 1
line += content[i]
c2 += [line]
line = ''
content = c2
pb.setMaximum(len(content))
for lc, line in enumerate(content):
if "<TextureHexString>" in line:
say("break A")
continue
pb.setValue(lc)
# if lc%100 == 0:
# say(lc)
# Gui.updateGui()
# if stackpointer != -1:
# print (res.groups())
# print (stackpointer)
# print ("\n-------------NEXT:")
# print(line)
# print ("--- PARSE IT------------------------")
if re.search(r"^\s*$", line):
continue
# ein satz
res = re.search(r"^\s*<(\S+)\s+([^<]*)/>\s*$", line)
if res != None:
# print ("complete! ",res.groups())
assert len(res.groups()) == 2
typ = res.group(1)
obj = node(typ)
paramstring = res.group(2)
obj.params = parseParams(paramstring)
objs += [obj]
if stackpointer != -1:
stack[stackpointer].content += [obj]
# print stack[stackpointer]
# for c in stack[stackpointer].content:
# print c,",",
# print
continue
res = re.search(r"^\s*<(\S+)\s+([^<]*)>\s*$", line)
if res != None:
# print ("!start! ",res.groups())
assert len(res.groups()) == 2
typ = res.group(1)
obj = node(typ)
paramstring = res.group(2)
obj.params = parseParams(paramstring)
objs += [obj]
if stackpointer != -1:
stack[stackpointer].content += [obj]
# for c in stack[stackpointer].content:
# print c,
stackpointer += 1
stack[stackpointer] = obj
continue
res = re.search(r"^\s*</([^<]*)>\s*$", line)
if res != None:
# print ("!ende---------STACKPOINTER down! ",res.groups())
assert len(res.groups()) == 1
stackpointer -= 1
continue
res = re.search(r"^\s*<([^<\s]*)>\s*$", line)
if res != None:
# print ("!simple start! ",res.groups())
assert len(res.groups()) == 1
typ = res.group(1)
obj = node(typ)
if stackpointer != -1:
stack[stackpointer].content += [obj]
stackpointer += 1
stack[stackpointer] = obj
continue
#auf und zu
res = re.search(r"^\s*<(\S+)\s*([^<]*)>(.*)</([^<]+)>\s*$", line)
if res != None:
# print ("!alles! ",res.groups())
assert len(res.groups()) == 4
typ = res.group(1)
obj = node(typ)
paramstring = res.group(2)
obj.params = parseParams(paramstring)
obj.text = res.group(3)
objs += [obj]
if stackpointer != -1:
stack[stackpointer].content += [obj]
# for c in stack[stackpointer].content:
# print c,
# stackpointer += 1
# stack[stackpointer]=obj
continue
raise Exception("unerwartet :" + line + ":")
# x = re.findall('<([^<]*)>', line)
# for xl in x:
# print(xl)
# say("done getit--------")
FreeCAD.stackpointer = stackpointer
FreeCAD.stack = stack
FreeCAD.objs = objs
return stack[0]
pb = QtGui.QProgressBar()
pb.show()
# progressbar.setValue(0)
#import geodat.my_xmlparser
#reload (geodat.my_xmlparser)
from say import *
# tree=geodat.my_xmlparser.getData(fn)
tree = getData(fn)
# tree=FreeCAD.stack[0]
say("import done")
Gui.updateGui()
Ps = {}
pnodes = tree.getiterator('P')
pb.setMaximum(len(pnodes))
for i, element in enumerate(pnodes):
pb.setValue(i)
# say((element.params,element.text))
_coords = element.text.split(' ')
Ps[element.params['id']] = FreeCAD.Vector(float(_coords[0]),
float(_coords[1]),
float(_coords[2]))
import Points
def report(self, results=None):
'''some debug information about objects, anchors, roots'''
say("Results ...")
if results == None:
results = []
for r in results:
say(r)
if r.__class__.__name__.startswith('So'):
sg = FreeCADGui.ActiveDocument.ActiveView.getSceneGraph()
sg.addChild(r)
say("Data ...")
for ob in self.objects:
say(ob)
say(self.anchors)
for r in self.roots():
say(r)
def addChild(self, parent, child):
''' add the child to the parent during the build'''
p = parent
c = child
cc = c.__class__.__name__
if 0:
say(p)
say(p.__class__)
say('--')
say(c)
say(c.__class__)
say(cc)
# if str(c.__class__).startswith("<type 'PySide.QtGui.") or str(c.__class__).startswith("<class 'nurbswb.miki"):
if str(c.__class__).startswith("<class 'PySide2.QtWidgets.") or \
str(c.__class__).startswith("<type 'PySide.QtGui.") or str(c.__class__).startswith("<class 'nurbswb.miki"):
if p.__class__.__name__ == '_MyTabWidget':
p.addWidget(c)
else:
p.layout.addWidget(c)
return
if cc.startswith('So'):
p.addChild(c)
return
if p.__class__.__name__ == 'object' or \
str(p.__class__).startswith("<class 'geodat.miki."):
# "Add children to object"
try:
p.children.append(c)
except:
p.children = [c]
return
try:
if str(p.TypeId) == 'Part::MultiFuse':
z = p.Shapes
z.append(c)
p.Shapes = z
elif str(p.TypeId) == 'Part::Compound':
z = p.Links
z.append(c)
p.Links = z
else:
try:
p.addObject(c)
except:
try:
if c.startswith('__MAGIC_'):
run_magic(p, c)
except:
FreeCAD.Console.PrintError(
"\naddObject funktioniert nicht A")
FreeCAD.Console.PrintError([p, c])
except:
try:
print("TRy to add", c)
p.addObject(c)
except:
try:
if c.startswith('__MAGIC_'):
run_magic(p, c)
except:
FreeCAD.Console.PrintError(
"\naddObject funktioniert nicht BBB")
FreeCAD.Console.PrintError([p, c])
def build(self):
'''execute the parsed data (expected in self.lines)'''
##\cond
self.widget = None
##\endcond
# from pivy import coin
# from pivy.coin import *
for l in self.lines:
if l[3] == 'cmd':
try:
exec(l[4])
except:
sayexc(str(["Error exec:", l[4]]))
continue
if l[3] == 'obj' or l[3] == 'anchor' or l[3] == 'local class':
name = l[4]
try:
f = name + "()"
f2 = name
except:
f = creatorFunction(l[4])
f = creatorFunction(l[4])
if len(l) < 7: # no name for object
l.append('')
if l[3] == 'local class':
exec("class " + name + "(object):pass")
h = eval(f2)
else:
h = eval(f)
if len(l) < 7:
l.append(None)
l.append(h)
self.objects.append(h)
##\cond
if self.widget == None:
self.widget = h
##\endcond
if l[2] != 0:
if l[4] == 'Name':
continue
if l[3] == 'obj' or l[3] == 'anchor':
parent = self.lines[l[2]][7]
self.addChild(parent, l[7])
if l[3] == 'link':
parent = self.lines[l[2]][7]
try:
child = self.lines[l[6]][7]
self.addChild(parent, child)
except:
# link eines attribs
method = l[4]
v = self.lines[l[6]][6]
kk = eval("parent." + l[4])
cnkk = kk.__class__.__name__
if cnkk.startswith('So'):
ex = "parent." + method + ".setValue(" + str(
v) + ")"
exec(ex)
continue
if cnkk == 'builtin_function_or_method':
kk(v)
continue
cn = v.__class__.__name__
if cn == 'int' or cn == 'float':
ex = "parent." + l[4] + "=" + str(v)
elif cn == 'str':
ex = "parent." + l[4] + "='" + v + "'"
else:
sayW("nicht implementierter typ")
sayW([v, cn])
sayW(l)
ex = ''
exec(ex)
if l[3] == 'att val' or l[3] == 'anchor attr':
method = l[4]
parent = self.lines[l[2]][7]
if l[3] == 'att val':
v = l[5]
else:
v = l[6]
if method == 'id':
self.ids[v] = parent
continue
try:
kk = eval("parent." + l[4])
except:
cn = v.__class__.__name__
if cn == 'int' or cn == 'float':
ex = "parent." + l[4] + "=" + str(v)
elif cn == 'str':
ex = "parent." + l[4] + "='" + v + "'"
elif cn == 'Vector':
sayW("nicht implementierter typ Ax")
sayW([v, cn])
sayW(l)
sayW(parent)
ex = "parent." + l[4] + "(FreeCAD." + str(v) + ")"
sayW("*** " + ex)
elif l[4] == 'setValue':
parent.setValue(v)
continue
else:
sayW("nicht implementierter typ Ayy")
sayW([v, cn])
sayW(l)
ex = ''
exec(ex)
continue
kk = eval("parent." + l[4])
cnkk = kk.__class__.__name__
if cnkk.startswith('So'):
if v.__class__.__name__.startswith('Sb'):
aaa = v
ex = "parent." + method + ".setValue(aaa)"
else:
ex = "parent." + method + ".setValue(" + str(v) + ")"
exec(ex)
continue
if cnkk == 'builtin_function_or_method':
kk(v)
continue
cn = v.__class__.__name__
if cn == 'int' or cn == 'float':
ex = "parent." + l[4] + "=" + str(v)
elif cn == 'str':
if l[4].startswith("run"):
ex = "parent." + l[4] + "('" + v + "')"
else:
ex = "parent." + l[4] + "='" + v + "'"
elif cn == 'Vector':
ex = "parent." + l[4] + "(FreeCAD." + str(v) + ")"
else:
sayW("nicht implementierter typ B")
sayW([v, cn])
sayW(l)
aaa = v
ex = "parent." + l[4] + "(aaa)"
say("//*** " + ex)
exec(ex)
return self.widget
def parse2(self, configurationString):
'''parse the configuration string'''
ls = configurationString.splitlines()
# pylint: disable=unused-variable
app = self.app
line = 0
depth = 0
d = [0] * 30
ln = [0] * 30
refs = {}
rs = []
r = None
r = [-1, 0, 0, '']
for l in ls:
ltxt = l
if r:
rs.append(r)
r = [-1, 0, 0, '']
line += 1
if l.startswith('#:'):
res = re.search(r"#:\s*(\S.*)", l)
r = [l, line, -1, 'cmd', res.group(1)]
continue
if re.search(r"^\W*#", l):
continue
res = re.search(r"\<(\S.*)\>:", l)
if res:
parent = 0
ln[0] = line
depth = 0
r = [l, line, parent, "local class", res.group(1)]
self.classes[res.group(1)] = line
continue
res = re.search(r"(\s*)(\S.*)", l)
if res:
l = len(res.group(1))
if l == 0:
depth = 0
if d[depth] < l:
depth += 1
elif d[depth] > l:
depth -= 1
try:
d[depth] = l
except:
sayexc(str([l, ltxt]))
parent = ln[l - 1]
ln[l] = line
r = [l, line, parent, res.group(2), depth, ln]
st = res.group(2)
res = re.search(r"(\S+):\s*\*(\S+)", st)
if res:
r = [
l, line, parent, 'link',
res.group(1),
res.group(2), refs[res.group(2)]
]
continue
res = re.search(r"(\S+):\s*&(\S+)\s+(\S.*)", st)
if res:
r = [
l, line, parent, "anchor attr",
res.group(1),
res.group(2),
res.group(3)
]
refs[res.group(2)] = line
continue
res = re.search(r"(\S+):\s*&(\S+)", st)
if res:
r = [l, line, parent, "anchor", res.group(1), res.group(2)]
refs[res.group(2)] = line
continue
res = re.search(r"(\S+[^:]):\s*([^:]\S.*)", st)
if res:
r = [
l, line, parent, "att val",
res.group(1),
eval(res.group(2))
]
if res.group(1) == 'Name':
rs[parent].append(res.group(2))
continue
res = re.search(r"\s*(\S):\s*([^:]\S.*)", st)
if res:
r = [
l, line, parent, "att val",
res.group(1),
eval(res.group(2))
]
if res.group(1) == 'Name':
rs[parent].append(res.group(2))
continue
else:
res = re.search(r"(\S+):", st)
if res:
r = [l, line, parent, "obj", res.group(1), 'no anchor']
##\cond
self.anchors = refs
self.lines = rs
##\endcond
#debug = getcb("mikidebug")
debug = 0
#debug = 1
if debug:
say("lines parsed ...")
for r in rs:
say(r)
if len(self.anchors.keys()) > 0:
say("Anchors ....")
say(self.anchors)
def itemClicked(self, item):
'''example for item clicked'''
say(item)
say(item.text())
def run(self):
'''example button clicked method'''
say("Button clicked")
say(self.root)
say(self.root.widget)
setSpacer:
'''
if mode == 'VerticalLayoutTab':
layout = layoutVT
elif mode == 'MainWindow':
layout = layoutMW
elif mode == 'DockWidget':
layout = layoutDW
mikigui = createMikiGui(layout, MikiApp)
return mikigui
if __name__ == '__main__':
say("miki transport ...")
testme()
def testDialogMainWindow():
return testme("MainWindow")
def testDialogTab():
return testme('VerticalLayoutTab')
def testDialogDockWidget():
return testme("DockWidget")