def run_version_select_form(version):
form = Form(Form.main_form())
top_vbox = newBox(False)
top_vbox.set_padding(16)
top_vbox.set_spacing(16)
info_hbox = newBox(True)
info_hbox.set_spacing(16)
img_box = newImageBox()
img_box.set_image("warning_icon.png")
right_vbox = newBox(False)
right_vbox.set_spacing(12)
warn_label = newLabel("Server version %s is not supported by Workbench\nconfiguration file management tool." % ".".join(map(lambda x: str(x), version)))
right_vbox.add(warn_label, False, False)
warn_label = newLabel("Although, you can select different server version\nfor the tool to use. Suggested version "
"is given\nbelow. You can either pick version or type one."
)
right_vbox.add(warn_label, False, False)
warn_label = newLabel("Valid version formats are X.Y.ZZ or X.Y.\nAll other variants will resort to default - 5.1.")
right_vbox.add(warn_label, False, False)
if (type(version) is not tuple):
version = (5,1)
dprint_ex(1, "Given version is not a valid tuple object")
try:
version_maj = int(version[0]) + int(version[1]) / 10.0
except (ValueError, IndexError), e:
version_maj = 5.1
def run(self):
self._updating = False
self._invalid_text = False
self.form = Form(None, mforms.FormResizable)
self.form.set_title(self.title)
self.flist = newTreeView(mforms.TreeFlatList)
self.curdir = newTextEntry()
self.flist.add_column(mforms.IconStringColumnType, "File", 400, False)
self.flist.end_columns()
self.curdir.add_changed_callback(self.text_changed)
self.curdir.add_action_callback(self.text_action)
self.flist.add_activated_callback(self.on_cd)
self.flist.add_changed_callback(self.on_change)
accept = newButton()
accept.set_text("OK")
cancel = newButton()
cancel.set_text("Cancel")
button_box = newBox(True)
button_box.set_padding(10)
button_box.set_spacing(8)
Utilities.add_end_ok_cancel_buttons(button_box, accept, cancel)
box = newBox(False) # Hosts all entries on that dialog.
box.set_padding(10)
box.set_spacing(10)
box.add(self.curdir, False, False)
box.add(self.flist, True, True)
box.add(button_box, False, False)
self.form.set_content(box)
self.form.set_size(500, 400)
cancel.add_clicked_callback(self.cancel_action)
accept.add_clicked_callback(self.accept_action)
self.form.relayout()
self.form.center()
self.on_cd(0, 0)
# Don't use the accept button in run_modal or you won't be able to press <enter>
# to change the path via the top edit control.
self.form.run_modal(None, cancel)
def run_version_select_form(version):
form = Form(Form.main_form())
top_vbox = newBox(False)
top_vbox.set_padding(16)
top_vbox.set_spacing(16)
info_hbox = newBox(True)
info_hbox.set_spacing(16)
img_box = newImageBox()
img_box.set_image("warning_icon.png")
right_vbox = newBox(False)
right_vbox.set_spacing(12)
warn_label = newLabel(
"Server version %s is not supported by Workbench\nconfiguration file management tool."
% ".".join(map(lambda x: str(x), version)))
right_vbox.add(warn_label, False, False)
warn_label = newLabel(
"Although, you can select different server version\nfor the tool to use. Suggested version "
"is given\nbelow. You can either pick version or type one.")
right_vbox.add(warn_label, False, False)
warn_label = newLabel(
"Valid version formats are X.Y.ZZ or X.Y.\nAll other variants will resort to default - 5.1."
)
right_vbox.add(warn_label, False, False)
if (type(version) is not tuple):
version = (5, 1)
dprint_ex(1, "Given version is not a valid tuple object")
try:
version_maj = int(version[0]) + int(version[1]) / 10.0
except (ValueError, IndexError), e:
version_maj = 5.1
class RemoteFileSelector(object):
def __init__(self, ls, cwd, cd, title, dlg_type=OpenFile):
self.ls = ls
self.cwd = cwd
self.cd = cd
self.selection = ""
self.title = title or "Select configuration file on remote server"
self.dlg_type = dlg_type
def get_filenames(self):
return self.selection
def on_change(self):
if self.dlg_type == OpenDirectory:
self.selection = self.curdir.get_string_value()
else:
selid = self.flist.get_selected_node()
if selid:
fname = selid.get_string(0)
self.selection = joinpath(self.curdir.get_string_value(),
fname)
def on_cd(self, row, column):
fname = None
selid = self.flist.get_selected_node()
if selid:
fname = selid.get_string(0)
self.chdir(fname, False)
def try_cd(self, fname):
success = False
target_is_file = False
try:
success = self.cd(fname)
if success == -1:
success = False
target_is_file = True
except Exception as e:
print(e)
if len(e.args) > 0 and e[0] == errno.ENOTDIR:
success = False
target_is_file = True
else:
raise
return (success, target_is_file)
def chdir(self, fname, is_full_path):
# import traceback
# traceback.print_stack()
success = False
if fname is not None and fname != "":
log_debug("Directory changed: " + fname + " was full path: " +
str(is_full_path) + "\n")
path = fname if is_full_path else joinpath(
self.curdir.get_string_value(), fname)
(success, target_is_file) = self.try_cd(path)
# The change failed... but still could be a valid
if not success:
done = target_is_file
# If the failure is because an attempt to cd to a file was done
if target_is_file:
# If saving a file, we need to confirm the user wants to override the existing file
if self.dlg_type == SaveFile:
if mforms.Utilities.show_warning(
'File Already Exist',
"The file %s already exists.\n Do you want to replace it?"
% path, "Yes", "No", "") != mforms.ResultOk:
done = False
# When saving a file, an invalid path could mean a new file, we need to
# check if the parent folder exists and if so... then we are done!
elif self.dlg_type == SaveFile:
(done, target_is_file) = self.try_cd(parentdir(path))
if not done:
mforms.Utilities.show_warning(
'Invalid Path',
"The path to %s is invalid." % path, "Ok", "", "")
# Done will be true when:
# - OpenFile on a file path
# - SaveFile on an existing path and user indicated to override
# - SaveFile on an unexisting path with a valid directory
if done:
self.selection = path
self.form.close()
return
else:
log_debug("Directory not changed\n")
# Updates the file list only in case a cd has been done
if success or fname is None:
curdir = self.cwd()
log_debug("chdir: Current dir is: " + curdir + "\n")
#if curdir:
# if curdir[-1] != "/":
# curdir += "/"
self.update_text(curdir)
self._invalid_text = False
self.flist.clear()
(disr, files) = ((), ())
entries = self.ls(curdir)
dirs = [
d['name'] for d in entries
if d['isDir'] == 1 and d['name'] != ".." and d['name'] != "."
]
files = [
f['name'] for f in entries
if f['isDir'] == 0 and f['name'] != ".." and f['name'] != "."
]
dirs.sort()
files.sort()
row_id = self.flist.add_node()
row_id.set_icon_path(0, 'folder')
row_id.set_string(0, '..')
for d in dirs:
row_id = self.flist.add_node()
row_id.set_icon_path(0, 'folder')
row_id.set_string(0, d)
for f in files:
row_id = self.flist.add_node()
row_id.set_string(0, f)
def cancel_action(self):
self.selection = None
def accept_action(self):
# Invalid text indicates an entry was typed and has not been validated
if self._invalid_text:
dir = self.curdir.get_string_value().encode("utf8")
self.chdir(dir, True)
else:
self.form.close()
def text_action(self, action):
if action == mforms.EntryActivate:
dir = self.curdir.get_string_value().encode("utf8")
self.chdir(dir, True)
def update_text(self, text):
self._updating = True
self.curdir.set_value(text)
self._updating = False
def text_changed(self):
if not self._updating:
self._invalid_text = True
def run(self):
self._updating = False
self._invalid_text = False
self.form = Form(None, mforms.FormResizable)
self.form.set_title(self.title)
self.flist = newTreeView(mforms.TreeFlatList)
self.curdir = newTextEntry()
self.flist.add_column(mforms.IconStringColumnType, "File", 400, False)
self.flist.end_columns()
self.curdir.add_changed_callback(self.text_changed)
self.curdir.add_action_callback(self.text_action)
self.flist.add_activated_callback(self.on_cd)
self.flist.add_changed_callback(self.on_change)
accept = newButton()
accept.set_text("OK")
cancel = newButton()
cancel.set_text("Cancel")
button_box = newBox(True)
button_box.set_padding(10)
button_box.set_spacing(8)
Utilities.add_end_ok_cancel_buttons(button_box, accept, cancel)
box = newBox(False) # Hosts all entries on that dialog.
box.set_padding(10)
box.set_spacing(10)
box.add(self.curdir, False, False)
box.add(self.flist, True, True)
box.add(button_box, False, False)
self.form.set_content(box)
self.form.set_size(500, 400)
cancel.add_clicked_callback(self.cancel_action)
accept.add_clicked_callback(self.accept_action)
self.form.relayout()
self.form.center()
self.on_cd(0, 0)
# Don't use the accept button in run_modal or you won't be able to press <enter>
# to change the path via the top edit control.
self.form.run_modal(None, cancel)
def run_filter_debugger(loginInfo, serverInfo, build_filters, apply_filters):
form = Form(None, mforms.FormSingleFrame)
close = newButton()
close.set_text("Close")
test = newButton()
test.set_text("Test")
clr = newButton()
clr.set_text("Clear output")
button_box = newBox(True)
button_box.set_spacing(8)
button_box.add(close, False, True)
button_box.add(clr, False, True)
top_box = newBox(False)
top_box.set_padding(12)
top_box.set_spacing(8)
panel_box = newBox(True)
panel_box.set_spacing(12)
panel_box.set_padding(8)
input_area = newTextBox(mforms.BothScrollBars)
input_box = newBox(False)
input_box.add(newLabel("Input:"), False, True)
input_box.add(input_area, True, True)
output_area = newTextBox(mforms.BothScrollBars)
output_box = newBox(False)
output_box.add(newLabel("Output:"), False, True)
output_box.add(output_area, True, True)
panel_box.add(input_box, True, True)
panel_box.add(output_box, True, True)
filter_box = newBox(True)
filter_lbl = newLabel("Filter:")
filters = newTextEntry()
filter_box.add(filter_lbl, False, True)
filter_box.add(filters, True, True)
filter_box.add(test, False, True)
top_box.add(filter_box, False, True)
top_box.add(panel_box, True, True)
top_box.add(button_box, False, True)
form.set_content(top_box)
form.set_size(400, 400)
def clr_action(output_area):
output_area.clear()
def close_action():
form.close()
def test_action(filters_entry, input_area, output_area, build_filters, apply_filters):
(script, filters) = build_filters("dummy_executable | " + filters_entry.get_string_value())
def add_text(x):
output_area.append_text(x)
(filtered_text, filters_code) = apply_filters(input_area.get_string_value(), filters, add_text)
retcode = 0
if filters_code is not None:
if retcode is not None:
retcode = int(retcode) and filters_code
else:
retcode = filters_code
output_area.append_text("retcode = " + str(retcode) + "\n")
close.add_clicked_callback(close_action)
clr.add_clicked_callback(lambda : clr_action(output_area))
test.add_clicked_callback(lambda : test_action(filters, input_area, output_area, build_filters, apply_filters))
form.relayout()
form.center()
form.run_modal(close, None)
def run_filter_debugger(loginInfo, serverInfo, build_filters, apply_filters):
form = Form(None, mforms.FormSingleFrame)
close = newButton()
close.set_text("Close")
test = newButton()
test.set_text("Test")
clr = newButton()
clr.set_text("Clear output")
button_box = newBox(True)
button_box.set_spacing(8)
button_box.add(close, False, True)
button_box.add(clr, False, True)
top_box = newBox(False)
top_box.set_padding(12)
top_box.set_spacing(8)
panel_box = newBox(True)
panel_box.set_spacing(12)
panel_box.set_padding(8)
input_area = newTextBox(mforms.BothScrollBars)
input_box = newBox(False)
input_box.add(newLabel("Input:"), False, True)
input_box.add(input_area, True, True)
output_area = newTextBox(mforms.BothScrollBars)
output_box = newBox(False)
output_box.add(newLabel("Output:"), False, True)
output_box.add(output_area, True, True)
panel_box.add(input_box, True, True)
panel_box.add(output_box, True, True)
filter_box = newBox(True)
filter_lbl = newLabel("Filter:")
filters = newTextEntry()
filter_box.add(filter_lbl, False, True)
filter_box.add(filters, True, True)
filter_box.add(test, False, True)
top_box.add(filter_box, False, True)
top_box.add(panel_box, True, True)
top_box.add(button_box, False, True)
form.set_content(top_box)
form.set_size(400, 400)
def clr_action(output_area):
output_area.clear()
def close_action():
form.close()
def test_action(filters_entry, input_area, output_area, build_filters, apply_filters):
(script, filters) = build_filters("dummy_executable | " + filters_entry.get_string_value())
def add_text(x):
output_area.append_text(x)
(filtered_text, filters_code) = apply_filters(input_area.get_string_value(), filters, add_text)
retcode = 0
if filters_code is not None:
if retcode is not None:
retcode = int(retcode) and filters_code
else:
retcode = filters_code
output_area.append_text("retcode = " + str(retcode) + "\n")
close.add_clicked_callback(close_action)
clr.add_clicked_callback(lambda : clr_action(output_area))
test.add_clicked_callback(lambda : test_action(filters, input_area, output_area, build_filters, apply_filters))
form.relayout()
form.center()
form.run_modal(close, None)