def update_form(self, f_id):
Options = npyscreen.OptionList()
options = Options.options
fields = self.menu_forms[f_id]['config_fields']
fwd_navs = self.menu_forms[f_id]['nav_link_fwd']
back_navs = self.menu_forms[f_id]['nav_link_back']
# To preserve order
navs = fwd_navs + back_navs
for link in navs:
options.append(link)
for id, data in fields.items():
options.append(data['option'])
self.menu_forms[f_id]['config_widget'].values = options
# Help must be loaded, too, but it is unclear where to get it.
if len(navs) > 0:
descr = self.get_help_from_navlink(navs[0])
self.menu_forms[f_id]['help-widget'].value = descr
elif len(fields) > 0:
descr = self.get_help_from_field(list(fields.values())[0])
self.menu_forms[f_id]['help-widget'].value = descr
# This method is heavy, but redraws entire screen without glitching
# option list itself (as .display() does)
self.menu_forms[f_id]['form'].DISPLAY()
def create(self):
self.add(npyscreen.FixedText, value="OPTIONS:")
self.how_exited_handers[
npyscreen.wgwidget.EXITED_ESCAPE] = self.exit_application
self.Options = npyscreen.OptionList()
# just for convenience so we don't have to keep writing Options.options
options = self.Options.options
options.append(
npyscreen.OptionMultiFreeText('Votre message chiffré', value=''))
options.append(
npyscreen.OptionSingleChoice(
'Type de chiffrement', choices=ChiffSymHelper.getAvailable()))
# options.append(npyscreen.TitlePassword('Votre Mot de passe', value=''))
self.add(npyscreen.OptionListDisplay,
name="Liste d'options",
values=options,
scroll_exit=True,
max_height=2)
self.pwd = self.add(npyscreen.TitlePassword, name="Mot de passe:")
self.output = self.add(npyscreen.BoxTitle,
name="Sortie de texte:",
max_height=4)
self.output.values = []
# The menus are created here.
self.mMain = self.add_menu(name="Menu")
self.mMain.addItemsFromList([
("Retour", self.retour),
])
def config_attr():
form = npys.ActionPopup(name='Attributes')
cb_skip_func = form.add(npys.Checkbox, name="Skip functions")
cb_skip_meth = form.add(npys.Checkbox, name="Skip methods")
cb_skip_priv = form.add(npys.Checkbox,
name="Skip non-public (_xyz, __xyz)")
cb_skip_dund = form.add(npys.Checkbox, name="Skip dunders (__xyz__)")
form.add(Separator)
opt_list = npys.OptionList()
opt_list.options.append(
OptionMultiFreeListNarrow("Don't visit instances of"))
opt_dont_visit = form.add(npys.OptionListDisplay,
values=opt_list.options,
scroll_exit=True,
max_height=None)
opt_list.options[0].set([
'bool', 'int', 'float', 'complex', 'bytes', 'bytearray', 'str',
'dict', 'list', 'set', 'frozenset', 'memoryview', 'type(None)'
])
widgets = SimpleNamespace()
widgets.cb_skip_func = cb_skip_func
widgets.cb_skip_meth = cb_skip_meth
widgets.cb_skip_priv = cb_skip_priv
widgets.cb_skip_dund = cb_skip_dund
widgets.opt_dont_visit = opt_dont_visit
load_subconfig_attr(subconfig, widgets)
form.on_ok = lambda: store_subconfig_attr(subconfig, widgets)
form.display()
form.edit()
def config_call():
form = npys.ActionPopup(name='Values returned by callables')
cb_skip_classes = form.add(npys.Checkbox,
name="Skip classes (__init__)")
cb_skip_genfunc = form.add(npys.Checkbox,
name="Skip generator functions")
form.add(Separator)
opt_list = npys.OptionList()
opt_list.options.append(
OptionMultiFreeListNarrow('Skip callables named'))
opt_skip_callables = form.add(npys.OptionListDisplay,
values=opt_list.options,
scroll_exit=True,
max_height=None)
opt_list.options[0].set(['exit'])
widgets = SimpleNamespace()
widgets.cb_skip_classes = cb_skip_classes
widgets.cb_skip_genfunc = cb_skip_genfunc
widgets.cb_skip_genfunc = cb_skip_genfunc
widgets.opt_skip_callables = opt_skip_callables
load_subconfig_call(subconfig, widgets)
form.on_ok = lambda: store_subconfig_call(subconfig, widgets)
form.display()
form.edit()
def create(self):
self._optionlist = npyscreen.OptionList(filename=self.FILE)
self._optionlist.options.extend([
npyscreen.OptionFreeText(
'FreeText',
value='',
documentation='This is some documentation',
),
npyscreen.OptionMultiChoice(
'MultiChoice',
choices=['Choice 1', 'Choice 2', 'Choice 3'],
),
npyscreen.OptionFilename('Filename'),
npyscreen.OptionDate('Date'),
npyscreen.OptionMultiFreeText(
'MultilineText',
value='',
),
npyscreen.OptionMultiFreeList('MultilineList'),
])
self.add(
npyscreen.OptionListDisplay,
name="Option List",
values=self._optionlist.options,
scroll_exit=True,
max_height=None,
)
def create(self):
self.add(npyscreen.FixedText, value="OPTIONS:")
self.how_exited_handers[
npyscreen.wgwidget.EXITED_ESCAPE] = self.exit_application
self.Options = npyscreen.OptionList()
# just for convenience so we don't have to keep writing Options.options
options = self.Options.options
self.inFile = self.add(
npyscreen.TitleFilenameCombo,
name="Choisir votre message d'entrée (.encrypted ou .signed)",
label=True)
options.append(
npyscreen.OptionSingleChoice(
'Type de chiffrement', choices=ChiffAsymHelper.getAvailable()))
self.add(npyscreen.OptionListDisplay,
name="Liste d'options",
values=options,
scroll_exit=True,
max_height=2)
self.keyFile = self.add(npyscreen.TitleFilenameCombo,
name="Choisir votre clef privée",
label=True)
self.pwd = self.add(npyscreen.TitlePassword,
name="Mot de passe (pour clef privée)")
self.mode = self.add(npyscreen.TitleSelectOne,
max_height=4,
value=[
1,
],
name="Pick Mode",
values=["Décrypter", "Vérifier la signature"],
scroll_exit=True)
self.output = self.add(npyscreen.BoxTitle,
name="Sortie de texte:",
max_height=6)
self.output.values = []
# The menus are created here.
self.mMain = self.add_menu(name="Menu")
self.mMain.addItemsFromList([
("Retour", self.retour),
])
def main(self):
Options = npyscreen.OptionList()
# just for convenience so we don't have to keep writing Options.options
options = Options.options
options.append(npyscreen.OptionFilename('Filename', self.default_file))
options.append(
npyscreen.OptionFreeText(
'FreeText',
value='',
documentation="This is some documentation."))
options.append(
npyscreen.OptionMultiChoice(
'Multichoice', choices=['Choice 1', 'Choice 2', 'Choice 3']))
options.append(npyscreen.OptionDate('Date', ))
options.append(
npyscreen.OptionMultiFreeText('Multiline Text', value=''))
options.append(npyscreen.OptionMultiFreeList('Multiline List'))
try:
Options.reload_from_file(self.default_file)
except FileNotFoundError:
pass
F = npyscreen.Form(name="Welcome to Npyscreen", )
ms = F.add(npyscreen.OptionListDisplay,
name="Option List",
values=options,
scroll_exit=True,
max_height=None)
F.edit()
Options.write_to_file(self.default_file)
def create(self):
self.add(npyscreen.FixedText, value="OPTIONS:")
self.how_exited_handers[
npyscreen.wgwidget.EXITED_ESCAPE] = self.exit_application
self.Options = npyscreen.OptionList()
# just for convenience so we don't have to keep writing Options.options
options = self.Options.options
options.append(npyscreen.OptionMultiFreeText('Hash', value=''))
options.append(
npyscreen.OptionSingleChoice('Fonction de hachage',
choices=HachageHelper.getAvailable()))
self.wordListFile = self.add(
npyscreen.TitleFilenameCombo,
name="Choisir votre dictionnaire des mots",
label=True)
self.add(npyscreen.OptionListDisplay,
name="Liste d'options",
values=options,
scroll_exit=True,
max_height=6)
self.output = self.add(npyscreen.BoxTitle,
name="Sortie de texte:",
max_height=7)
self.output.values = []
# The menus are created here.
self.mMain = self.add_menu(name="Menu")
self.mMain.addItemsFromList([
("Retour", self.retour),
])
def __init__(self, Log, x, y, SPEC):
"""
Class constructor creating the form and populating it with widgets
Parameters:
----------
SPEC: An Dictionnaey containing the information of each widget
It can be empty or coming from an already defined Project
Format={Spectra directory, Use Full,binning, specz,\
Funits, Wunits,Skip, Sizeskip,Use BR,Bad Regions}
Types={str,int,str,int,str,str,int,str,int,str}
Log: SPARTAN LOGO to be drawn at the top of the form
x,y: size of the front page of the TUI. The nez page descibed here
is drawn on the same size.
Returns:
-------
"""
##Initialize form and write logo
self.S = npyscreen.Form(name="SPARTAN Spectroscopic configuration",
color='STANDOUT')
###Write the Logo
for i in Log:
self.S.add(npyscreen.FixedText,value=i,relx=int((x-len(i))/2),editable=False\
, color='CURSOR')
### Make the 3 boxes
n = 9 ### Terminal row where we start to draw the boxes
self.S.add(npyscreen.BoxBasic,name='Spectroscopy', rely=n\
,max_width=int(x/2)-1, max_height = int(y/2.5), editable=False, color='DANGER')
self.S.add(npyscreen.BoxBasic,name='Bad Regions'\
,relx=int(x/2)+1,rely=n, max_height = int(y/2.5),editable=False, color='DANGER')
self.S.add(npyscreen.BoxBasic,name='FIT'\
,rely=n+int(y/2.5),editable=False, color='DANGER')
#### Create the option lists [for F units and W units]
Options = npyscreen.OptionList()
options = Options.options
options.append(npyscreen.OptionSingleChoice('Units (Flux)', \
choices=specunits().Funitchoice))
options.append(npyscreen.OptionSingleChoice('Units (Wavelength)', \
choices=specunits().Wunitchoice))
#### Create the widgets
n = 10 ###Terminal row where se start to draw widgets
SDir=self.S.add(npyscreen.TitleFilenameCombo, name = "Spectra Directory [tab]:",\
value=SPEC['SDir'],relx=5,rely=n,max_width=int(x/2.5), labelColor='CAUTION')
Res=self.S.add(npyscreen.TitleText,name='Resolution(Ang):',\
relx=5,rely=n+int((y-n)/6),max_height=3,max_width=int(x/2-10), \
value=SPEC['Res'],labelColor='CAUTION')
ListUNITS=self.S.add(npyscreen.OptionListDisplay, \
name="Option List",values = options,relx=5,rely=n+2*int((y-n)/6),scroll_exit=True,\
max_width=int(x/2.5),max_height=int(2), color='CAUTION')
if type(SPEC['Funit']) == list:
options[0].set(SPEC['Funit'])
elif type(SPEC['Funit']) == str:
options[0].set([SPEC['Funit']])
if type(SPEC['Wunit']) == list:
options[1].set(SPEC['Wunit'])
elif type(SPEC['Wunit']) == str:
options[1].set([SPEC['Wunit']])
###bad regions box
if SPEC['Skip'].lower() == 'yes':
SKIP = 1
elif SPEC['Skip'].lower() == 'no':
SKIP = 0
else:
SKIP = ''
Skip=self.S.add(npyscreen.TitleSelectOne, name="Skip edges",\
values = ["NO","YES"],value=SKIP, scroll_exit=True, labelColor='CAUTION',\
relx=int(x/2)+5,rely=n,max_height=int(y/15),max_width=int(x/3))
SSkip=self.S.add(npyscreen.TitleText, name = "Size to skip (AA,obs-f) :", labelColor='CAUTION',\
value=SPEC['SSkip'],rely=n+int((y-n)/8),relx=int(x/2)+5,max_width=int(x/3))
if SPEC['UseBR'].lower() == 'yes':
USEBR = 1
elif SPEC['UseBR'].lower() == 'no':
USEBR = 0
else:
USEBR = ''
UseBR=self.S.add(npyscreen.TitleSelectOne, name="Bad regions",\
values = ["NO","YES"],value=USEBR, scroll_exit=True, labelColor='CAUTION',\
relx=int(x/2)+5,rely=n+3*int((y-n)/10),max_height=int(y/15),max_width=int(x/3))
#self.S.nextrely += 1
BR = self.S.add(npyscreen.TitleText, name='If Yes, list (rest-f, AA).',\
value=SPEC['BR'],relx=int(x/2)+5,rely=n+4*int((y-n)/10),max_width=int(x/3),color='CAUTION')
###normalisation
if SPEC['Norm'].lower() == 'mags':
Norm = 0
elif SPEC['Norm'].lower() == 'region':
Norm = 1
else:
Norm = 0
Norm=self.S.add(npyscreen.TitleSelectOne, name="Nor Dat/Mod",\
values = ["Magnitude","Regions"],value=Norm, scroll_exit=True, labelColor='CAUTION',\
relx=5,rely=n+4*int((y-n)/6),max_height=int(y/15),max_width=int(x/3))
NormReg = self.S.add(npyscreen.TitleText, name='If Region, give l1 & l2 (rest-f ,AA :l1-l2).',\
value=SPEC['Norm_reg'],relx=5,rely=n+5*int((y-n)/6),max_width=int(x/3),color='CAUTION')
######Multi_spec calibration
if SPEC['Calib'].lower() == 'yes':
fitcalib = 1
elif SPEC['Calib'].lower() == 'no':
fitcalib = 0
else:
fitcalib = 1
Calib=self.S.add(npyscreen.TitleSelectOne, name="Fit multi-spec calib",\
values = ["Yes","No"],value=fitcalib, scroll_exit=True, labelColor='CAUTION',\
relx=int(x/2)+5,rely=n+4*int((y-n)/6),max_height=int(y/6), max_width = int(x/3))
###To let the user interact with the screen
self.S.edit()
###Define the attributes of the class
self.SDir = SDir.value
self.Res = Res.value
self.Funit = options[0].get()
self.Wunit = options[1].get()
self.SSkip = SSkip.value
self.BR = BR.value
self.Norm_reg = NormReg.value
if Skip.value[0] == 1:
self.Skip = 'Yes'
elif Skip.value[0] == '':
self.Skip = ''
elif Skip.value[0] == 0:
self.Skip = 'No'
if UseBR.value[0] == 1:
self.UseBR = 'Yes'
elif UseBR.value[0] == '':
self.UseBR = ''
elif UseBR.value[0] == 0:
self.UseBR = 'No'
if Calib.value[0] == 1:
self.Calib = 'No'
elif Calib.value[0] == '':
self.Calib = 'No'
elif Calib.value[0] == 0:
self.Calib = 'Yes'
if Norm.value[0] == 1:
self.Norm = 'region'
elif Norm.value[0] == '':
self.Norm = 'mags'
elif Norm.value[0] == 0:
self.Norm = 'mags'
def create_menu(self,
p_menu_id,
menu_id,
description,
long_description=None):
# If form name is not MAIN and parent ID is not set,
# then engine trying to create top-level menu.
if p_menu_id == None and menu_id != 'MAIN':
p_menu_id = 'MAIN'
f = self.npyscreen_app.addForm(menu_id,
npyscreen_form,
name=description,
my_f_id=menu_id,
ui=self)
help = f.add(npyscreen.MultiLineEdit,
value='Help screen',
max_height=self.rows - self.rely - 5,
max_width=self.help_width,
relx=self.help_relx,
rely=self.rely)
ms = f.add(npyscreen.OptionListDisplay,
name="Option List",
values=npyscreen.OptionList().options,
scroll_exit=True,
begin_entry_at=14,
max_height=self.rows - self.rely - 5,
max_width=self.options_width,
rely=self.rely)
self.menu_forms[menu_id] = {
'parent': p_menu_id,
'form': f,
'config_widget': ms,
'description': description,
'long_description': long_description,
'help-widget': help,
'current_line': -1,
}
# Empty configuration dict, will be populated in create_config() function
self.menu_forms[menu_id]['config_fields'] = {}
self.menu_forms[menu_id]['nav_link_fwd'] = []
self.menu_forms[menu_id]['nav_link_back'] = []
if p_menu_id:
self.menu_forms[p_menu_id]['nav_link_fwd'].append(
npyscreen_switch_form_option(target_form=menu_id,
name='>>> Go to ',
value=description,
app=f.parentApp), )
self.menu_forms[menu_id]['nav_link_back'] = [
npyscreen_switch_form_option(
target_form=p_menu_id,
name='<<< Back to ',
value=self.menu_forms[p_menu_id]['description'],
app=f.parentApp),
]
self.update_form(p_menu_id)