def LoadElements(self,res):
for name in res:
Type,vs=res[name]
elt=FieldFromValues(Type,vs)
elt.name=name
self.AddElt(elt,fromFile=True)
p=self.elts[-1]
for cname in vs:
p.GetPropertyByName(cname).SetValue(vs[cname])
def OnMSEExport(self,evt,startfile=True):
skipped_list=("Set","StaticImage")
import os, os.path, MSE
from widgets import FieldFromValues
safe_title=self.Title
if self.Title[-1]=='*':
safe_title=self.Title[:-1]
if not self.file:
import os
dlg = wx.DirDialog(self, "Choose a destination directory for Template Export:", style=wx.DD_DEFAULT_STYLE, defaultPath=self.dir)
# If the user selects OK, then we process the dialog's data.
# This is done by getting the path data from the dialog - BEFORE
# we destroy it.
if dlg.ShowModal() == wx.ID_OK:
path=dlg.GetPath()
self.dir=path
# Only destroy a dialog after you're done with it.
dlg.Destroy()
else:
return
else:
path=os.path.split(self.file)[0]
objs=self.elts
tmp=objs[0]
name=tmp.GetValues()['short name']
sname=tmp.GetValues()['style short name']
pg=os.path.join(path,'%s.mse-game'%name)
ps=os.path.join(path,'%s-%s.mse-style'%(name,sname))
if not os.path.isdir(pg):
os.mkdir(pg)
if not os.path.isdir(ps):
os.mkdir(ps)
game_parts=[]
style_parts=[]
for page in objs:
#MSE.CopyImage(page,pg,ps)
if page.Type in skipped_list:
continue
_obj=FieldFromValues(page.Type,page)
game_parts.append(obj.export('game').encode('cp1252'))
style_parts.append(obj.export('style').encode('cp1252'))
MSE.CopyImage(page,pg,ps)
file(os.path.join(pg,'game'),'wb').write(os.linesep.join(game_parts))
file(os.path.join(ps,'style'),'wb').write(os.linesep.join(style_parts))
if startfile:
os.startfile(path)
self.statusbar.SetStatusText('Template Exported!')
def make_template(template_filename):
import os.path, cPickle
from properties import typematch
from widgets import FieldFromValues
tdir,filename=os.path.split(template_filename)
script=""
#Helper Function
def getorder(element):
t,v=elts[element]
order= v.get('z index',0)
if order is None:
order=0
return order
IsPackage=template_filename.endswith('.bgp')
#convert to list. otherwise, it is a generator, which may not be re-used
#Disinction between simple tmpl file=>pickle & .zip file=>load them
if not IsPackage:
elts=cPickle.load(file(template_filename,'rb'))
filename_no_ext=os.path.splitext(filename)[0]
#filename_no_ext='script'
script_name=os.path.join(tdir,filename_no_ext+'.py')
if os.path.isfile(script_name):
script=file(script_name,'rb')
else:
from package import Package
p=Package(template_filename)
elts=cPickle.load(p.template)
script=p.script
#it is a dict mapping elt name with (type, values)
a=Template()
#Show that this is a real template and not just some code
a.isTemplate=True
#if filename is inside the card folder, replace by relative path
if template_filename.startswith(config.card_folder):
a.name=os.path.relpath(template_filename,start=config.card_folder)
else:
a.name=template_filename
a.help='Template from file %s'%filename
a.column=dict()
a.dir=tdir
a.widgets=OrderedDict()
a.choices=dict()#create a dict to contains all choices list for a given elements
for x in sorted(elts, key=lambda x:getorder(x)):
Type,vs=elts[x]
obj=FieldFromValues(Type,vs)
a.widgets[obj.name]=obj
#Now link the widget to the template, somehow
obj._template=a
#Now, create script columns for default actions view
for name in elts:
Type,values=elts[name]
if Type.lower()=='template':
#Create a fitting size based on template size - only if one is defined
a.fitting_size=(values['card width'],values['card height'])
continue
#Only loop on printable elts. For each of these, let user choose the changeable parameter: text for text, image path for image, color for color, chocie for choice
tp=typematch.get(Type.capitalize(),None)
if tp is None:#Not a changeable element
continue
if tp=="choice":
a.column[values['name']]="new_choice",values['default']
a.choices[values['name']]=values['choices']
continue
#If field is NOT editable, just do not offer to edit it
if values['editable']==False:
continue
a.column[values["name"]]=tp,values['default']
#Give a link to element template
skipped=('Set','Info','StaticImage')
#Apply script on each widgets
##Exec script first
if script:
import new
script_vars=dict()
exec script.read()in script_vars
##Then bind it to widget
for wName in a.widgets:
w=a.widgets[wName]
if 'on_%s_displaying'%w.name in script_vars:
w.OnDisplaying=new.instancemethod(script_vars['on_%s_displaying'%w.name],w,w.__class__)
if 'on_%s_displayed'%w.name in script_vars:
w.OnDisplayed=new.instancemethod(script_vars['on_%s_displayed'%w.name],w,w.__class__)
if 'on_%s_create'%w.name in script_vars:
print 'useless: object is already created when link happens'
w.OnCreate=new.instancemethod(script_vars['on_%s_create'%w.name],w,w.__class__)
print w.name,'matched in creation'
if 'on_%s_change'%w.name in script_vars:
print 'useless: the only important change is the one in display with gridvalue...'
w.OnChange=new.instancemethod(script_vars['on_%s_change'%w.name],w,w.__class__)
print w.name,'matched in change'
def process(dc, values):
for objName in a.widgets: #getattr and not Xx. to have Tempalte element not revert to a bug
obj=a.widgets[objName]
#Type,vs=elts[elt]
Type=obj.Type
if Type=='template':
#Fill the stuff with card background, it color & size
#~ dc.SetBrush(wx.Brush(vs['card background'],wx.SOLID))
#~ dc.DrawRectangle(0,0,*a.fitting_size)
#~ dc.SetBrush( wx.NullBrush )
continue
if Type in skipped:
continue
#Change elt values with propgrid values
#Only loop on exportable parameter and not the onefixed in the template file
#If case the element is not editable, there is not values[elt]=>just give empty string (none not working with Render)
obj.Render(values.get(obj.name,""),dc,a,values)
import new
a.process=new.instancemethod(process,a,Template)
a.process=process
return a
def make_template(template_filename):
import os.path, cPickle
from properties import typematch
from widgets import FieldFromValues
tdir, filename = os.path.split(template_filename)
script = ""
#Helper Function
def getorder(element):
t, v = elts[element]
order = v.get('z index', 0)
if order is None:
order = 0
return order
IsPackage = template_filename.endswith('.bgp')
#convert to list. otherwise, it is a generator, which may not be re-used
#Disinction between simple tmpl file=>pickle & .zip file=>load them
if not IsPackage:
elts = cPickle.load(file(template_filename, 'rb'))
filename_no_ext = os.path.splitext(filename)[0]
#filename_no_ext='script'
script_name = os.path.join(tdir, filename_no_ext + '.py')
if os.path.isfile(script_name):
script = file(script_name, 'rb')
else:
from package import Package
p = Package(template_filename)
elts = cPickle.load(p.template)
script = p.script
#it is a dict mapping elt name with (type, values)
a = Template()
#Show that this is a real template and not just some code
a.isTemplate = True
#if filename is inside the card folder, replace by relative path
if template_filename.startswith(config.card_folder):
a.name = os.path.relpath(template_filename, start=config.card_folder)
else:
a.name = template_filename
a.help = 'Template from file %s' % filename
a.column = dict()
a.dir = tdir
a.widgets = OrderedDict()
a.choices = dict(
) #create a dict to contains all choices list for a given elements
for x in sorted(elts, key=lambda x: getorder(x)):
Type, vs = elts[x]
obj = FieldFromValues(Type, vs)
a.widgets[obj.name] = obj
#Now link the widget to the template, somehow
obj._template = a
#Now, create script columns for default actions view
for name in elts:
Type, values = elts[name]
if Type.lower() == 'template':
#Create a fitting size based on template size - only if one is defined
a.fitting_size = (values['card width'], values['card height'])
continue
#Only loop on printable elts. For each of these, let user choose the changeable parameter: text for text, image path for image, color for color, chocie for choice
tp = typematch.get(Type.capitalize(), None)
if tp is None: #Not a changeable element
continue
if tp == "choice":
a.column[values['name']] = "new_choice", values['default']
a.choices[values['name']] = values['choices']
continue
#If field is NOT editable, just do not offer to edit it
if values['editable'] == False:
continue
a.column[values["name"]] = tp, values['default']
#Give a link to element template
skipped = ('Set', 'Info', 'StaticImage')
#Apply script on each widgets
##Exec script first
if script:
import new
script_vars = dict()
exec script.read() in script_vars
##Then bind it to widget
for wName in a.widgets:
w = a.widgets[wName]
if 'on_%s_displaying' % w.name in script_vars:
w.OnDisplaying = new.instancemethod(
script_vars['on_%s_displaying' % w.name], w, w.__class__)
if 'on_%s_displayed' % w.name in script_vars:
w.OnDisplayed = new.instancemethod(
script_vars['on_%s_displayed' % w.name], w, w.__class__)
if 'on_%s_create' % w.name in script_vars:
print 'useless: object is already created when link happens'
w.OnCreate = new.instancemethod(
script_vars['on_%s_create' % w.name], w, w.__class__)
print w.name, 'matched in creation'
if 'on_%s_change' % w.name in script_vars:
print 'useless: the only important change is the one in display with gridvalue...'
w.OnChange = new.instancemethod(
script_vars['on_%s_change' % w.name], w, w.__class__)
print w.name, 'matched in change'
def process(dc, values):
for objName in a.widgets: #getattr and not Xx. to have Tempalte element not revert to a bug
obj = a.widgets[objName]
#Type,vs=elts[elt]
Type = obj.Type
if Type == 'template':
#Fill the stuff with card background, it color & size
#~ dc.SetBrush(wx.Brush(vs['card background'],wx.SOLID))
#~ dc.DrawRectangle(0,0,*a.fitting_size)
#~ dc.SetBrush( wx.NullBrush )
continue
if Type in skipped:
continue
#Change elt values with propgrid values
#Only loop on exportable parameter and not the onefixed in the template file
#If case the element is not editable, there is not values[elt]=>just give empty string (none not working with Render)
obj.Render(values.get(obj.name, ""), dc, a, values)
import new
a.process = new.instancemethod(process, a, Template)
a.process = process
return a
