def update_from_editor(self, widget=None):
ed = self.Editor
if not ed.data_editor.is_changed:
print("Pas de modif")
return
if not ed.xml_status == -1:
ed.data_editor.set_xml_structure()
root = ed.data_editor.XML.getroot()
function.indent(root)
print(tostring(root).decode())
ed.data_editor.is_changed = False
ed.update_editor_title(False)
def _save(self, widget=None):
"""Enregistre les modifications de la librairie des profilés dans le fichier utilisateur"""
if not self.edited_cell is None:
editable, path, col = self.edited_cell
self.treestore[path][col] = editable.get_text()
self.edited_cell = None
iter = self.treestore.get_iter_first()
li_data = []
# les dictionnaires ne permettent pas de conserver l'ordre
li_string = []
for n in range(self.treestore.iter_n_children(None)):
self._get_rows(self.treestore, iter, li_data, li_string)
iter = self.treestore.iter_next(iter)
# création du xml
string = '<data pyBar="%s" version="%s"></data>' % (Const.SITE_URL,
Const.VERSION)
xml = ET.ElementTree(ET.fromstring(string))
root = xml.getroot()
prec = 0
prec_node = root
parents = {0: root}
for i, key in enumerate(li_string):
n = len(key.split(':'))
type = li_data[i][0]
name = "%s" % li_data[i][1]
if n == prec: # meme niveau, meme parent
parent = parents[n - 1]
elif n == prec + 1: # niveau inférieur
parent = prec_node
parents[prec] = prec_node
else:
parent = parents[n - 1]
if type == True:
node = ET.SubElement(parent, "group", {"id": name})
else:
node = ET.SubElement(parent, "profil", {"id": name})
masse = "%s" % li_data[i][2].replace(',', '.')
section = "%s" % li_data[i][3].replace(',', '.')
igz = "%s" % li_data[i][4].replace(',', '.')
h = "%s" % li_data[i][5].replace(',', '.')
v = "%s" % li_data[i][6].replace(',', '.')
node.set("m", masse)
node.set("s", section)
node.set("igz", igz)
node.set("h", h)
if not v == '':
node.set("v", v)
prec_node = node
prec = n
function.indent(root)
self._write_data(xml, root, Const.PROFILFILELIBRARY)
self.has_changed = False
def update_from_editor(self, widget=None):
ed = self.Editor
if not ed.data_editor.is_changed:
print("Pas de modif")
return
if not ed.xml_status == -1:
ed.data_editor.set_xml_structure()
root = ed.data_editor.XML.getroot()
function.indent(root)
print(tostring(root).decode())
ed.data_editor.is_changed = False
ed.update_editor_title(False)
def _save(self, widget=None):
"""Enregistre les modifications de la librairie des profilés dans le fichier utilisateur"""
if not self.edited_cell is None:
editable, path, col = self.edited_cell
self.treestore[path][col] = editable.get_text()
self.edited_cell = None
iter = self.treestore.get_iter_first()
li_data = []
# les dictionnaires ne permettent pas de conserver l'ordre
li_string = []
for n in range(self.treestore.iter_n_children(None)):
self._get_rows(self.treestore, iter, li_data, li_string)
iter = self.treestore.iter_next(iter)
# création du xml
string = '<data pyBar="%s" version="%s"></data>' % (Const.SITE_URL, Const.VERSION)
xml = ET.ElementTree(ET.fromstring(string))
root = xml.getroot()
prec = 0
prec_node = root
parents = {0: root}
for i, key in enumerate(li_string):
n = len(key.split(':'))
type = li_data[i][0]
name = "%s" % li_data[i][1]
if n == prec: # meme niveau, meme parent
parent = parents[n-1]
elif n == prec + 1: # niveau inférieur
parent = prec_node
parents[prec] = prec_node
else:
parent = parents[n-1]
if type == True:
node = ET.SubElement(parent, "group", {"id": name})
else:
node = ET.SubElement(parent, "profil", {"id": name})
masse = "%s" % li_data[i][2].replace(',', '.')
section = "%s" % li_data[i][3].replace(',', '.')
igz = "%s" % li_data[i][4].replace(',', '.')
h = "%s" % li_data[i][5].replace(',', '.')
v = "%s" % li_data[i][6].replace(',', '.')
node.set("m", masse)
node.set("s", section)
node.set("igz", igz)
node.set("h", h)
if not v == '':
node.set("v", v)
prec_node = node
prec = n
function.indent(root)
self._write_data(xml, root, Const.PROFILFILELIBRARY)
self.has_changed = False
def _save(self, widget=None):
"""Enregistre les modifications de la librairie dans le fichier utilisateur"""
iter = self.treestore.get_iter_first()
li_data = []
# les dictionnaires ne permettent pas de conserver l'ordre
li_string = []
for n in range(self.treestore.iter_n_children(None)):
self._get_rows(self.treestore, iter, li_data, li_string)
iter = self.treestore.iter_next(iter)
# création du xml
string = '<data pyBar="%s" version="%s"></data>' % (Const.SITE_URL, Const.VERSION)
xml = ET.ElementTree(ET.fromstring(string))
root = xml.getroot()
prec = 0
prec_node = root
parents = {0: root}
for i, key in enumerate(li_string):
n = len(key.split(':'))
type = li_data[i][0]
name = "%s" % li_data[i][1]
if n == prec: # meme niveau, meme parent
parent = parents[n-1]
elif n == prec + 1: # niveau inférieur
parent = prec_node
parents[prec] = prec_node
else:
parent = parents[n-1]
if type == True:
node = ET.SubElement(parent, "group", {"id": name})
else:
node = ET.SubElement(parent, "materiau", {"id": name})
E = "%s" % li_data[i][2].replace(',', '.')
mv = "%s" % li_data[i][3].replace(',', '.')
a = "%s" % li_data[i][4].replace(',', '.')
node.set("young", E)
node.set("mv", mv)
node.set("alpha", a)
prec_node = node
prec = n
function.indent(root)
self._write_data(xml, root, Const.MATFILELIBRARY)
self.has_changed = False
