def test_4(self):
Comment = _smart(
IN_FORMAT='<EXP>#<EXP:TEXT>',
OUT_FORMAT='<EXP> // <EXP:TEXT>',
)
CommentFull = _smart(
IN_FORMAT='#<EXP:TEXT>',
OUT_FORMAT='// <EXP:TEXT>',
)
t = TextTryer(
NumberInt=NumberInt,
Comment=Comment,
CommentFull=CommentFull,
).parse('# coding: utf-8')
self.assertEqual(type(t.b.blocks[0]), CommentFull)
def test_1(self):
Def = _smart(
IN_FORMAT='def <EXP:NAME>(self, <EXP:NAME>):',
OUT_FORMAT='public func <EXP:NAME>(<EXP:NAME>)',
INDEX=_Base.FULL_LINE_PARENTER - 1,
)
first_type, instructs = TextTryer(
NumberInt=NumberInt,
Def=Def,
).parse('def hello(self, name):\n').first_ins_params
self.assertEqual(first_type, Def)
self.assertEqual([_Line('hello'), _Line('name')], instructs)
def test_0(self):
RavnoText = _smart(
IN_FORMAT='<EXP:NAME>=<EXP>',
OUT_FORMAT='<EXP:NAME>=<EXP>',
INDEX=_Base.FULL_LINE_PARENTER - 1,
)
first_type, instructs = TextTryer(
NumberInt=NumberInt,
RavnoText=RavnoText,
).parse('x = 10\n').first_ins_params
self.assertEqual(first_type, RavnoText)
self.assertEqual([_Line('x '), NumberInt('10')], instructs)
def test_00(self):
t = TextTryer(
NumberInt=NumberInt,
Object=_smart(IN_FORMAT='object', OUT_FORMAT=''),
Class=_smart(
IN_FORMAT='class <EXP:NAME>(<EXP:LIST>):',
OUT_FORMAT='public class <EXP:NAME>:<EXP:LIST>',
locals={},
arg_to_instance={},
),
RavnoText=_smart(
IN_FORMAT='<EXP:NAME>=<EXP>',
OUT_FORMAT='<EXP:NAME>=<EXP>',
INDEX=_Base.FULL_LINE_PARENTER - 1,
),
).parse('''x = 10
class Hello(object):
''')
self.assertEqual([_Line('x'), NumberInt('10')],
t.b.blocks[0].instructions)
self.assertEqual([
_Line('Hello'),
[_smart(IN_FORMAT='object', OUT_FORMAT='')('object')]
], t.b.blocks[1].instructions)
def test_2(self):
Def = _smart(IN_FORMAT='def <EXP:NAME>(self,<EXP:NAMES_LIST>):',
OUT_FORMAT='public func <EXP:NAME>(<EXP:NAMES_LIST>)',
INDEX=_Base.FULL_LINE_PARENTER - 1,
locals={'self': None})
first_ins = TextTryer(
NumberInt=NumberInt,
Def=Def,
).parse('def hello(self, name):\n').first_ins
self.assertEqual({
'name': None,
'hello': None,
'self': None
}, first_ins.locals)
self.assertTrue(len(first_ins.get_tree()) > 0)
def new_smart(*args, **kwargs):
return _smart(*args,
BLOCK_START='begin',
BLOCK_END='end',
**kwargs)
def test_5(self):
Comment = _smart(
IN_FORMAT='<EXP>#<EXP:TEXT>',
OUT_FORMAT='<EXP> // <EXP:TEXT>',
)
CommentFull = _smart(
IN_FORMAT='#<EXP:TEXT>',
OUT_FORMAT='// <EXP:TEXT>',
INDEX=-1000,
)
BoxLayout = _smart(IN_FORMAT=['BoxLayout', 'AnchorLayout'],
OUT_FORMAT='Fragment, View.OnClickListener')
Pass = _smart(IN_FORMAT='pass', OUT_FORMAT='')
Object = _smart(IN_FORMAT='object', OUT_FORMAT='')
def on_class_instruction(self, i, ins):
# print('---', ins, self)
# if type(ins) == BoxLayout:
# self.in_block.blocks.insert(0, _Line('!!!'))
return ins
def on_class_block_start(self, block):
if self.find_type_instruction(BoxLayout):
#print('!!!!!', self, block, self.instructions)
block.blocks.insert(
0,
_GoodLine(''' var rootView:View? = nil
public override func onCreateView(_ inflater: LayoutInflater!, _ container: ViewGroup!, _ savedInstanceState: Bundle!) -> View?
{
rootView = inflater.inflate(R.layout.{layout}, container, false) as! View
return rootView
}
'''.replace('{layout}',
upper_to_lower(self.instructions[0].line.strip()))))
Class = _smart(
IN_FORMAT='class <EXP:NAME>(<EXP:LIST>):',
OUT_FORMAT='public class <EXP:NAME>:<EXP:LIST>',
locals={},
arg_to_instance={},
on_instruction=on_class_instruction,
on_block_start=on_class_block_start,
)
def on_def_simple_instruction(self, i, ins):
if ins.line.startswith('click_'):
if not '_ v:View?' in self.deleters_out[-1]:
self.deleters_out[
-1] = self.deleters_out[-1][:-1] + '_ v:View?)'
return ins
DefSimple = _smart(
IN_FORMAT='def <EXP:NAME>(self):',
OUT_FORMAT='public func <EXP:NAME>()',
locals={'self': Class},
on_instruction=on_def_simple_instruction,
)
_URLER_HAVER = [None]
def _on_def_init_end(self):
if _URLER_HAVER[0]:
print('DEF INIT:', self, _URLER_HAVER[0])
self.instructions = self.instructions[:1] + [
_GoodLine('_ status: Status? = nil, _ data: String? = nil')
]
self._BLOCK_START = ' -> [String: String]!\n {'
func_name = self.instructions[0].line
self.instructions[0].line += '_answer'
self._URLER_OK = '''public func {FUNC_NAME}(_ view: View? = nil) {
var params = self.{FUNC_NAME}_answer(Status(0, true), nil)
// Instantiate the RequestQueue.
var queue = Volley.newRequestQueue(self.getActivity()) // RequestQueue
var url = "{URL}" // String
class ResponseListener: Response.Listener<String> {
var me:{CLASS_NAME}
init(_ me:{CLASS_NAME}) {
self.me = me
}
func onResponse(_ response: String) {
self.me.{FUNC_NAME}_answer(Status(200), response)
}
}
class ErrorListener: Response.ErrorListener {
var me:{CLASS_NAME}
init(_ me:{CLASS_NAME}) {
self.me = me
}
func onErrorResponse(_ error: VolleyError!) {
var statusCode = error.networkResponse.statusCode
var response:NetworkResponse = error.networkResponse
var headers = response.headers
if statusCode == 302 {
var queue2 = Volley.newRequestQueue(self.me.getActivity()) // RequestQueue
var url2 = headers["location"] // String
var stringRequest2 = StringRequest(Request.Method.GET, url2,
ResponseListener(self.me), ErrorListener(self.me))
queue2.add(stringRequest2)
} else {
//((self.me.rootView as! View).findViewById(R.id.nameInput) as! EditText).setText("Error: " + statusCode+" "+response.data)
}
}
}
// Request a string response from the provided URL.
var stringRequest = StringRequest(Request.Method.GET, url,
ResponseListener(self), ErrorListener(self))
// Add the request to the RequestQueue.
queue.add(stringRequest)
}
'''.replace('{URL}', _URLER_HAVER[0].instructions[0].get_tree()).replace(
'{FUNC_NAME}', func_name).replace(
'{CLASS_NAME}', _URLER_HAVER[0].instructions[0].
get_parent_class().instructions[0].line)
_URLER_HAVER[0].instructions[0].get_parent_class(
).get_parent_block().blocks.insert(
0,
_GoodLine('''
import com.android.volley
import com.android.volley.toolbox
public class Status
{
var value: Int16
ver before: Boolean
init(_ value: Integer!, _ before: Boolean!) {
self.value = value
self.before = before
}
}
'''))
_URLER_HAVER[0] = None
def _on_def_get_tree(self, text):
if hasattr(self, '_URLER_OK'):
return self._URLER_OK + text
return text
Def = _smart(IN_FORMAT='def <EXP:NAME>(self,<EXP:NAMES_LIST>):',
OUT_FORMAT='public func <EXP:NAME>(<EXP:NAMES_LIST>)',
locals={'self': Class},
on_init_end=_on_def_init_end,
on_get_tree=_on_def_get_tree)
def _on_urler_init(self):
_URLER_HAVER[0] = self
URLER_OK = _smart(
'@URLER_OK(<EXP:TEXT>)',
'//URLER_OK: <EXP:TEXT>',
on_init=_on_urler_init,
)
DefStart = _smart(
IN_FORMAT='self.<EXP:self.Def>(<EXP:LIST>)',
OUT_FORMAT='self.<EXP>(<EXP:LIST>)',
)
#get_local
SelfRavno = _smart(
IN_FORMAT='self.<EXP:NAME,^arg_to_instance> = <EXP:^type>',
OUT_FORMAT='self.<EXP:NAME> = <EXP>',
)
Self = _smart(
IN_FORMAT='self.<EXP:^get_local>',
OUT_FORMAT='self.<EXP>',
)
# SelfRavno = _smart(
# IN_FORMAT='self.<EXP:NAME,^arg_to_instance> = <EXP:^type>',
# OUT_FORMAT='self.<EXP:NAME> = <EXP>',
# )
def on_self_plus_ravno_get_tree(self, text):
name = self.instructions[0].line
if name.endswith('Label'):
tip = 'TextView'
elif name.endswith('Input'):
tip = 'EditText'
#print(self, text, tip)
text = text.replace('{tip}', tip)
return text
SelfRavnoText = _smart(
IN_FORMAT='self.R.<EXP:NAME>.text = <EXP>',
OUT_FORMAT=
'((rootView as! View).findViewById(R.id.<EXP:NAME>) as! {tip}).setText(<EXP>)',
on_get_tree=on_self_plus_ravno_get_tree,
)
SelfPlusRavno = _smart(
IN_FORMAT='self.R.<EXP:NAME>.text += <EXP>',
OUT_FORMAT=
'((rootView as! View).findViewById(R.id.<EXP:NAME>) as! {tip}).append(<EXP>)',
on_get_tree=on_self_plus_ravno_get_tree,
)
SelfText = _smart(
IN_FORMAT='self.text = <EXP>',
OUT_FORMAT='self.setText( <EXP> )',
)
Element = _smart(
IN_FORMAT='<EXP>[<EXP>]',
OUT_FORMAT='<EXP>[<EXP>]',
)
# FIXME
# Str = _smart(
# IN_FORMAT=['"<EXP:TEXT>"', "'<EXP:TEXT>'"],
# OUT_FORMAT='"<EXP:TEXT>"',
# TYPE_OUT='String',
# )
Str = _smart(
IN_FORMAT='"<EXP:TEXT>"',
OUT_FORMAT='"<EXP:TEXT>"',
TYPE_OUT='String',
)
Str2 = _smart(
IN_FORMAT="'<EXP:TEXT>'",
OUT_FORMAT='"<EXP:TEXT>"',
TYPE_OUT='String',
)
Del1 = _smart(
IN_FORMAT='from kivy.uix.boxlayout import BoxLayout',
OUT_FORMAT='',
)
For = _smart(
IN_FORMAT='for <EXP:NAME> in <EXP>:',
OUT_FORMAT='for <EXP:NAME> in <EXP>',
)
Lst = _smart(
IN_FORMAT='[<EXP:LIST>]',
OUT_FORMAT='[<EXP:LIST>]',
)
Print = _smart(
IN_FORMAT='print(<EXP:LIST>)',
OUT_FORMAT='print(<EXP:LIST>)',
)
Ravno = _smart(
IN_FORMAT='<EXP:NAME> = <EXP>',
OUT_FORMAT='<EXP:NAME> = <EXP>',
)
Range = _smart(
IN_FORMAT='range(<EXP:LIST>)',
OUT_FORMAT='range(<EXP:LIST>)',
)
Range2 = _smart(IN_FORMAT='range(<EXP>, <EXP>)',
OUT_FORMAT='<EXP>...<EXP>')
# FIXME
# def on_tochka_try_instruction(self, i, line):
# print('---.', line, self)
# if line == 'self':
# return _Line('self')
# if line == 'R':
# return _Line('R')
# if line.endswith('Label') or line.endswith('Input'):
# return _Line(line)
# return None
#
# Tochka = _smart(
# IN_FORMAT='<EXP>.<EXP>',
# OUT_FORMAT='<EXP>.<EXP>',
# on_try_instruction=on_tochka_try_instruction,
# )
Eval = _smart(
IN_FORMAT='eval(<EXP>)',
OUT_FORMAT='Expression(<EXP>).eval()',
)
# FIXME !!!
Format = _smart(
IN_FORMAT="'{:.2f}'.format(<EXP>)",
OUT_FORMAT='java.lang.String.format("%.2f", <EXP>)',
)
Bad = _smart(
IN_FORMAT='self.R.<EXP:TEXT>.text',
OUT_FORMAT='R.<EXP:TEXT>.getText().toString()',
)
StatusBefore = _smart(
IN_FORMAT='status.before',
OUT_FORMAT='status.before',
)
If = _smart(
IN_FORMAT='if <EXP>:',
OUT_FORMAT='if <EXP>',
)
Else = _smart(
IN_FORMAT='else:',
OUT_FORMAT='else',
)
Return = _smart(
IN_FORMAT='return <EXP>',
OUT_FORMAT='return <EXP>',
)
# GridControl = _smart(
# IN_FORMAT='class GridControl:',
# OUT_FORMAT='',
# )
#
# GridControlChild = _smart(
# IN_FORMAT='class <EXP:NAME>(GridControl):',
# OUT_FORMAT='public class <EXP:NAME>: GridControl',
# )
def _on_GridControlCreate_init_end(self):
self.get_parent_class().get_parent_block().blocks.insert(
0,
_GoodLine('''
public class {NAME}GridControl {
var listView:ListView
var adapter:ArrayAdapter
init(_ layout: Integer!, _ listView: ListView!, _ context: Context!) {
// получаем экземпляр элемента ListView
self.listView = listView
// используем адаптер данных
self.adapter = ArrayAdapter<{NAME}GridControlItem>(context, layout)
self.listView.setAdapter(self.adapter)
}
}
'''.replace('{NAME}', self.instructions[0].line)))
GridControlCreate = _smart(
IN_FORMAT=
'self.grid_control = <EXP:TEXT>GridControl(grid=self.ids.<EXP:TEXT>)',
OUT_FORMAT=
'self.grid_control = <EXP:TEXT>GridControl(R.layout.<EXP:TEXT>, self.findViewById(R.id.<EXP[1]:TEXT>) as! ListView)',
on_init_end=_on_GridControlCreate_init_end)
GridControlItem = _smart(
IN_FORMAT='class <EXP:TEXT>GridControlItem(GridControlItem):',
OUT_FORMAT='public class <EXP:TEXT>GridControlItem')
GridControlString = _smart(
IN_FORMAT='<EXP:TEXT> = GridControlString()',
OUT_FORMAT='var <EXP:TEXT>: String = ""')
GridControlInt = _smart(IN_FORMAT='<EXP:TEXT> = GridControlInt()',
OUT_FORMAT='var <EXP:TEXT>: Integer = 0')
Init = _smart(IN_FORMAT='def __init__(self, parent):',
OUT_FORMAT='func init()')
Super = _smart(
IN_FORMAT='super(<EXP:TEXT>, self).__init__(parent)',
OUT_FORMAT='// super(<EXP:TEXT>, self).__init__(parent)',
)
t = TextTryer(
Super=Super,
Init=Init,
GridControlItem=GridControlItem,
GridControlCreate=GridControlCreate,
GridControlString=GridControlString,
GridControlInt=GridControlInt,
#GridControlChild=GridControlChild,
#GridControl=GridControl,
Return=Return,
If=If,
Else=Else,
StatusBefore=StatusBefore,
Bad=Bad,
Format=Format,
Eval=Eval,
Self=Self,
Element=Element,
Range=Range,
Range2=Range2,
#Tochka=Tochka,
Ravno=Ravno,
Print=Print,
NumberInt=NumberInt,
Lst=Lst,
For=For,
Del1=Del1,
Comment=Comment,
CommentFull=CommentFull,
BoxLayout=BoxLayout,
SelfText=SelfText,
SelfRavno=SelfRavno,
SelfRavnoText=SelfRavnoText,
SelfPlusRavno=SelfPlusRavno,
Str=Str,
Str2=Str2,
DefStart=DefStart,
Pass=Pass,
Object=Object,
Class=Class,
DefSimple=DefSimple,
Def=Def,
URLER_OK=URLER_OK,
).parse('''
# coding: utf-8
from kivy.uix.boxlayout import BoxLayout
# class GridControl:
#
# def __init__(self, grid):
# self.grid = grid
# self.widgets = {}
#
# def clear_grid(self):
# self.grid.clear_widgets()
# self.widgets = {}
#
# def add_widget(self, index, widget):
# if index not in self.widgets:
# self.widgets[ index ] = widget
# self.grid.add_widget(widget, index)
# else:
# raise Exception('wrong work!!! index = {}'.format(index))
class TasksGridControlItem(GridControlItem):
title = GridControlString()
task_id = GridControlInt()
task_state = GridControlString()
executor = GridControlString()
#date = GridControlDatetime()
full_info = GridControlString()
# class TasksGridControl(GridControl):
#
# # item_class = TaskBoxItem
#
# def create_widget(self, index, item):
# # task_box = TaskBox(**item.params)
# # task_box.complete_task_box()
# # self.add_widget(index, task_box)
# pass
class CalcWidget(BoxLayout):
# def __init__(self, parent):
# super(CalcWidget, self).__init__(parent)
def init_grid_control(self):
self.grid_control = TasksGridControl(grid=self.ids.tasks_box_grid)
def click_ac(self):
for a in [1, 2, 3]:
print( a )
self.R.mainLabel.text = ""
self.R.mainInput.text = ""
def click_break(self):
for a in range(0, 10):
pass
self.R.mainLabel.text = ""
self.R.mainInput.text = self.R.mainInput.text[:-1] # FIXME
def click_delit(self):
z = [" / ", " / ", " / "]
self.R.mainInput.text += z[1] #" / "
def click_multiply(self):
self.ttt = "hello"
self.R.mainInput.text += " * "
print(self.ttt)
def click_count(self):
self.R.mainLabel.text = '{:.2f}'.format( eval(self.R.mainInput.text) )
s = eval(self.R.mainInput.text)
self.R.mainLabel.text = '{:.2f}'.format( s )
def click_0(self):
self.R.mainLabel.text = "000"
self.R.mainInput.text += "0"
@URLER_OK('/data/')
def get_data(self, status=None, data=None):
if status.before:
print('login start...')
#return {'name':self.ids.nameInput.text, 'pass':self.ids.passwordInput.text}
else:
text = 'login... {}'.format(status)
print(text)
# FIXME: print('login... {}'.format(status))
''')
print('\n---] '.join(t.b.get_tree().split('\n')))
def test_6(self):
Def = _smart(
IN_FORMAT='def <EXP:NAME>(self):',
OUT_FORMAT='public func <EXP:NAME>()',
#locals={'self': Class}
)
Comment = _smart(
IN_FORMAT='<EXP>#<EXP:TEXT>',
OUT_FORMAT='<EXP> // <EXP:TEXT>',
)
CommentFull = _smart(
IN_FORMAT='#<EXP:TEXT>',
OUT_FORMAT='// <EXP:TEXT>',
)
Ravno = _smart(
IN_FORMAT='<EXP:NAME> = <EXP>',
OUT_FORMAT='<EXP:NAME> = <EXP>',
)
Str = _smart(
IN_FORMAT='"<EXP:TEXT>"',
OUT_FORMAT='"<EXP:TEXT>"',
TYPE_OUT='String',
)
Str2 = _smart(
IN_FORMAT="'<EXP:TEXT>'",
OUT_FORMAT='"<EXP:TEXT>"',
TYPE_OUT='String',
)
Lst = _smart(
IN_FORMAT='[<EXP:LIST>]',
OUT_FORMAT='[<EXP:LIST>]',
)
SelfPlusRavno = _smart(
IN_FORMAT='self.R.<EXP:NAME>.text += <EXP>',
OUT_FORMAT='R.<EXP:NAME>.append(<EXP>)',
)
Element = _smart(
IN_FORMAT='<EXP>[<EXP>]',
OUT_FORMAT='<EXP>[<EXP>]',
)
t = TextTryer(
Element=Element,
SelfPlusRavno=SelfPlusRavno,
Str=Str,
Str2=Str2,
Lst=Lst,
Ravno=Ravno,
Def=Def,
NumberInt=NumberInt,
Comment=Comment,
CommentFull=CommentFull,
).parse('''
def click_delit(self):
z = [" / ", " / ", " / "]
self.R.mainInput.text += z[1] #" / "
#self.R.mainInput.text += z[1] #" / " FIXME
''')
print(t.get_tree_text())
def test_3(self):
BoxLayout = _smart(IN_FORMAT=['BoxLayout', 'AnchorLayout'],
OUT_FORMAT='Fragment, View.OnClickListener')
Pass = _smart(IN_FORMAT='pass', OUT_FORMAT='')
Object = _smart(IN_FORMAT='object', OUT_FORMAT='')
def on_class_instruction(self, i, ins):
#print('---', ins, self)
#if type(ins) == BoxLayout:
# self.in_block.blocks.insert(0, _Line('!!!'))
return ins
def on_class_block_start(self, block):
if self.find_type_instruction(BoxLayout):
block.blocks.insert(
0,
_Line(''' var rootView:View? = nil
public override func onCreateView(_ inflater: LayoutInflater!, _ container: ViewGroup!, _ savedInstanceState: Bundle!) -> View?
{
rootView = inflater.inflate(R.layout.{layout}, container, false) as! View
return rootView
}
'''.replace('{layout}',
upper_to_lower(self.instructions[0].line.strip()))))
Class = _smart(
IN_FORMAT='class <EXP:NAME>(<EXP:LIST>):',
OUT_FORMAT='public class <EXP:NAME>:<EXP:LIST>',
locals={},
arg_to_instance={},
on_instruction=on_class_instruction,
on_block_start=on_class_block_start,
)
Def = _smart(IN_FORMAT='def <EXP:NAME>(self,<EXP:NAMES_LIST>):',
OUT_FORMAT='public func <EXP:NAME>(<EXP:NAMES_LIST>)',
locals={'self': Class})
DefStart = _smart(
IN_FORMAT='self.<EXP:self.Def>(<EXP:LIST>)', # FIXME
OUT_FORMAT='self.<EXP>(<EXP:LIST>)',
)
SelfRavno = _smart(
IN_FORMAT='self.<EXP:NAME,^arg_to_instance> = <EXP:^type>',
OUT_FORMAT='self.<EXP:NAME> = <EXP>',
)
SelfText = _smart(
IN_FORMAT='self.text = <EXP>',
OUT_FORMAT='self.setText( <EXP> )',
)
Str = _smart(
IN_FORMAT='"<EXP:TEXT>"',
OUT_FORMAT='"<EXP:TEXT>"',
TYPE_OUT='String',
)
t = TextTryer(
NumberInt=NumberInt,
BoxLayout=BoxLayout,
SelfText=SelfText,
SelfRavno=SelfRavno,
Str=Str,
DefStart=DefStart,
Pass=Pass,
Object=Object,
Class=Class,
Def=Def,
).parse('''
class Hi(AnchorLayout):
def hello(self, name, age):
pass
def click_hello(self, x, y):
self.hello("hello", 13)
self.ttt = "ttt"
self.text = "ttt"''')