55 for c in current_hmitree_root.children: |
55 for c in current_hmitree_root.children: |
56 if hasattr(c, "children"): |
56 if hasattr(c, "children"): |
57 display_name = ('{} (class={})'.format(c.name, c.hmiclass)) \ |
57 display_name = ('{} (class={})'.format(c.name, c.hmiclass)) \ |
58 if c.hmiclass is not None else c.name |
58 if c.hmiclass is not None else c.name |
59 tc_child = self.AppendItem(current_tc_root, display_name) |
59 tc_child = self.AppendItem(current_tc_root, display_name) |
60 self.SetPyData(tc_child, c) |
60 self.SetItemData(tc_child, c) |
61 |
61 |
62 self._recurseTree(c,tc_child) |
62 self._recurseTree(c,tc_child) |
63 else: |
63 else: |
64 display_name = '{} {}'.format(c.nodetype[4:], c.name) |
64 display_name = '{} {}'.format(c.nodetype[4:], c.name) |
65 tc_child = self.AppendItem(current_tc_root, display_name) |
65 tc_child = self.AppendItem(current_tc_root, display_name) |
66 self.SetPyData(tc_child, c) |
66 self.SetItemData(tc_child, c) |
67 |
67 |
68 def OnTreeNodeSelection(self, event): |
68 def OnTreeNodeSelection(self, event): |
69 items = self.GetSelections() |
69 items = self.GetSelections() |
70 items_pydata = [self.GetPyData(item) for item in items] |
70 items_pydata = [self.GetPyData(item) for item in items] |
71 |
71 |
103 self.DeleteAllItems() |
103 self.DeleteAllItems() |
104 |
104 |
105 root_display_name = _("Please build to see HMI Tree") \ |
105 root_display_name = _("Please build to see HMI Tree") \ |
106 if hmi_tree_root is None else "HMI" |
106 if hmi_tree_root is None else "HMI" |
107 self.root = self.AddRoot(root_display_name) |
107 self.root = self.AddRoot(root_display_name) |
108 self.SetPyData(self.root, hmi_tree_root) |
108 self.SetItemData(self.root, hmi_tree_root) |
109 |
109 |
110 if hmi_tree_root is not None: |
110 if hmi_tree_root is not None: |
111 self._recurseTree(hmi_tree_root, self.root) |
111 self._recurseTree(hmi_tree_root, self.root) |
112 self.Expand(self.root) |
112 self.Expand(self.root) |
113 |
113 |
143 if len(dirlist) > 0 : |
143 if len(dirlist) > 0 : |
144 res = [] |
144 res = [] |
145 for d in dirlist: |
145 for d in dirlist: |
146 current_tc_root = self.AppendItem(current_tc_root, d) |
146 current_tc_root = self.AppendItem(current_tc_root, d) |
147 res.append(current_tc_root) |
147 res.append(current_tc_root) |
148 self.SetPyData(current_tc_root, None) |
148 self.SetItemData(current_tc_root, None) |
149 dirlist = [] |
149 dirlist = [] |
150 res.pop() |
150 res.pop() |
151 tc_child = self.AppendItem(current_tc_root, f) |
151 tc_child = self.AppendItem(current_tc_root, f) |
152 self.SetPyData(tc_child, p) |
152 self.SetItemData(tc_child, p) |
153 return res |
153 return res |
154 |
154 |
155 def MakeTree(self, lib_dir = None): |
155 def MakeTree(self, lib_dir = None): |
156 |
156 |
157 self.Freeze() |
157 self.Freeze() |
160 self.DeleteAllItems() |
160 self.DeleteAllItems() |
161 |
161 |
162 root_display_name = _("Please select widget library directory") \ |
162 root_display_name = _("Please select widget library directory") \ |
163 if lib_dir is None else os.path.basename(lib_dir) |
163 if lib_dir is None else os.path.basename(lib_dir) |
164 self.root = self.AddRoot(root_display_name) |
164 self.root = self.AddRoot(root_display_name) |
165 self.SetPyData(self.root, None) |
165 self.SetItemData(self.root, None) |
166 |
166 |
167 if lib_dir is not None and os.path.exists(lib_dir): |
167 if lib_dir is not None and os.path.exists(lib_dir): |
168 self._recurseTree(lib_dir, self.root, []) |
168 self._recurseTree(lib_dir, self.root, []) |
169 self.Expand(self.root) |
169 self.Expand(self.root) |
170 |
170 |