def confirm(inputs): # "send?" message
price = inputs.get("price", 0)
if price > 0:
cept_data = bytearray(Util.create_system_message(47, price))
else:
cept_data = bytearray(Util.create_system_message(44))
cept_data.extend(Cept.set_cursor(24, 1))
cept_data.extend(Cept.sequence_end_of_page())
sys.stdout.buffer.write(cept_data)
sys.stdout.flush()
# TODO: use an editor for this, too!
seen_a_one = False
while True:
c = Util.readchar()
if c == "2":
return False
sys.stdout.write(c)
sys.stdout.flush()
break
elif c == "1" and not seen_a_one:
seen_a_one = True
sys.stdout.write(c)
sys.stdout.flush()
elif c == "9" and seen_a_one:
return True
sys.stdout.write(c)
sys.stdout.flush()
break
elif ord(c) == 8 and seen_a_one:
seen_a_one = False
sys.stdout.buffer.write(b'\b \b')
sys.stdout.flush()
def set_color(self):
cept_data = bytearray()
if self.fgcolor is not None:
cept_data.extend(Cept.set_fg_color(self.fgcolor))
if self.bgcolor is not None:
cept_data.extend(Cept.set_bg_color(self.bgcolor))
return cept_data
def create_image_page():
# filename = "/Users/mist/Desktop/RGB_24bits_palette_sample_image.jpg"
# filename = "/Users/mist/Desktop/Lenna_(test_image).png"
# filename = "/Users/mist/Desktop/Wikipedia_logo_593.jpg"
filename = "/Users/mist/Desktop/220px-C64c_system.jpg"
(palette, drcs, chars) = Image_UI.cept_from_image(filename)
data_cept = bytearray()
data_cept.extend(Cept.define_palette(palette))
data_cept.extend(drcs)
data_cept.extend(Cept.set_cursor(3, 1))
data_cept.extend(Cept.load_g0_drcs())
for l in chars:
data_cept.extend(l)
data_cept.extend(b'\r\n')
meta = {
"clear_screen": True,
"links": {
"0": "0"
},
"publisher_color": 0
}
return (meta, data_cept)
def line():
data_cept = bytearray()
data_cept.extend(Cept.set_left_g3())
data_cept.extend(Cept.set_fg_color(15))
data_cept.extend(Cept.repeat("Q", 40))
data_cept.extend(Cept.set_fg_color(7))
data_cept.extend(Cept.set_left_g0())
return data_cept
def print_hint(self):
if self.hint:
cept_data = bytearray(Cept.service_break(24))
cept_data.extend(Cept.clear_line())
cept_data.extend(Cept.from_str(self.hint, 1))
cept_data.extend(Cept.hide_text())
cept_data.extend(Cept.service_break_back())
sys.stdout.buffer.write(cept_data)
sys.stdout.flush()
def create_preamble(basedir, meta):
global last_filename_include
global last_filename_palette
preamble = b''
# define palette
if "palette" in meta:
palette = meta["palette"]
filename_palette = basedir + meta["palette"] + ".pal"
sys.stderr.write("filename_palette = " + filename_palette + "\n")
sys.stderr.write("last_filename_palette = " + last_filename_palette + "\n")
if filename_palette != last_filename_palette:
last_filename_palette = filename_palette
with open(filename_palette) as f:
sys.stderr.write("loading: '" + filename_palette + "'\n")
palette = json.load(f)
palette_data = Cept.define_palette(palette["palette"], palette.get("start_color", 16))
preamble += palette_data
else:
sys.stderr.write("skipping palette\n")
else:
last_filename_palette = ""
if "include" in meta:
if os.path.isfile( basedir + meta["include"] + ".inc"):
filename_include_cm = basedir + meta["include"] + ".inc.cm"
filename_include = basedir + meta["include"] + ".inc"
else:
filename_include_cm =""
filename_include = basedir + meta["include"] + ".cept"
sys.stderr.write("Filename_include="+filename_include+"\n");
if ((filename_include != last_filename_include) or meta.get("clear_screen", False)):
last_filename_include = filename_include
if os.path.isfile(filename_include):
with open(filename_include, mode='rb') as f:
data_include = f.read()
sys.stderr.write("loading: '" + filename_include + "'\n")
elif os.path.isfile(filename_include_cm):
data_include = CM.read(filename_include_cm)
else:
sys.stderr.write("include file not found.\n")
# palette definition has to end with 0x1f; add one if
# the include data doesn't start with one
if data_include[0] != 0x1f:
preamble += Cept.set_cursor(1, 1)
preamble += data_include
else:
last_filename_include = ""
b = baud if baud else 1200
if len(preamble) > (b/9) * SH291_THRESHOLD_SEC:
preamble = Util.create_system_message(291) + preamble
return preamble
def debug_print(s):
sys.stderr.write("'")
for cc in s:
if cc == chr(Cept.ini()):
sys.stderr.write("<INI>")
if cc == chr(Cept.ter()):
sys.stderr.write("<TER>")
else:
sys.stderr.write(cc)
sys.stderr.write("'\n")
def wait_for_ter(): # TODO: use an editor for this, too! sys.stdout.buffer.write(Cept.sequence_end_of_page()) sys.stdout.flush() while True: c = Util.readchar() if ord(c) == Cept.ter(): sys.stdout.write(c) sys.stdout.flush() break cept_data = bytearray(Util.create_system_message(0)) cept_data.extend(Cept.sequence_end_of_page()) sys.stdout.buffer.write(cept_data) sys.stdout.flush()
def messaging_create_menu(title, items):
data_cept = bytearray(Messaging_UI.messaging_create_title(title))
data_cept.extend(b"\n\r\n\r")
i = 1
for item in items:
data_cept.extend(
Cept.from_str(str(i)) + b' ' + Cept.from_str(item))
data_cept.extend(b"\r\n\r\n")
i += 1
data_cept.extend(b'\r\n\r\n\r\n\r\n\r\n\r\n')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(b'0\x19\x2b')
data_cept.extend(Cept.from_str(" Gesamtübersicht"))
return data_cept
def create_system_message(code, price = 0):
text = ""
prefix = "SH"
if code == 0:
text = " "
elif code == 10:
text = "Rückblättern nicht möglich "
elif code == 44:
text = "Absenden? Ja:19 Nein:2 "
elif code == 47:
text = "Absenden für " + Util.format_currency(price) + "? Ja:19 Nein:2"
elif code == 55:
text = "Eingabe wird bearbeitet "
elif code == 73:
current_datetime = datetime.datetime.now().strftime("%d.%m.%Y %H:%M")
text = "Abgesandt " + current_datetime + ", -> # "
prefix = "1B"
elif code == 100 or code == 101:
text = "Seite nicht vorhanden "
elif code == 291:
text = "Seite wird aufgebaut "
msg = bytearray(Cept.service_break(24))
msg.extend(Cept.clear_line())
msg.extend(Cept.from_str(text, 1))
msg.extend(Cept.hide_text())
msg.extend(b'\b')
msg.extend(Cept.from_str(prefix))
msg.extend(Cept.from_str(str(code)).rjust(3, b'0'))
msg.extend(Cept.service_break_back())
return msg
def insert_carriage_return(self):
if self.__x != 0:
self.__x = 0
if self.column == 1:
sys.stdout.write("\r")
else:
sys.stdout.buffer.write(
Cept.set_cursor(self.line + self.__y, self.column))
sys.stdout.buffer.write(self.set_color())
sys.stdout.flush()
def create_historic_main_page():
meta = {
"publisher_name": "!BTX",
"clear_screen": True,
"links": {
"0": "0",
"10": "710",
"11": "711",
"#": "711"
},
"publisher_color": 7
}
data_cept = bytearray()
data_cept.extend(Historic_UI.create_title("Historische Seiten"))
data_cept.extend(b"\r\n")
data_cept.extend(
Cept.from_str("Nur wenige hundert der mehreren hundert-"
"tausend BTX-Seiten sind überliefert.\n"
"Die meisten entstammen dem Demomodus von"
"Software-BTX-Decoderprogrammen.\n"
"\n"
"1988: C64 BTX Demo (Input 64 12/88)...--"
"1989: Amiga BTX Terminal..............10"
"1989: C64 BTX Demo (64'er 1/90).......--"
"1991: BTX-VTX Manager v1.2............--"
"1993: PC online 1&1...................11"
"1994: MacBTX 1&1......................--"
"1995: BTXTEST.........................--"
"1996: RUN_ME..........................--"
"\n"
"Da historische Seiten erst angepaßt wer-"
"den müssen, um nutzbar zu sein, sind\n"
"noch nicht alle Sammlungen verfügbar."
#XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
))
data_cept.extend(Historic_UI.footer("0 Zurück", None))
return (meta, Cept.compress(data_cept))
def btx_logo(): return Cept.from_aa( [ " ████████████████████████████████████████████████ ", " █ █ ", " █ █ ", " █ █", " █ █", " █ █", " █ ████████████████████ █", " █ ██████████████████████████ █", " █ ██████████████████████████████ █", " █ ████████████████████████████████ █", " █ ███████████ ███████████ █", " █ ██████████ ██████████ █", " █ ██████████ ████ ██████████ █", " █ █████████ ████████ █████████ █", " █ ██████ ██████████ ██████ █", " █ ███ ███ ██████████ ███ ███ █", " █ █████ ██████████ █████ █", " █ ███████ ██████████ ███████ █", " █ ████████ ██████████ ████████ █", " █ ████████ ██████████ ████████ █", " █ ████████ ██████████ ████████ █", " █ █████████ ████████ █████████ █", " █ ██████████ ████ ██████████ █", " █ ████████████ ████████████ █", " █ ████████████████████████████ █", " █ ████████████████████████████ █", " █ ████████████████████████████ █", " █ █", " █ █", " █ █", " █ ███ █ █ █ █ █ █", " █ █ █ █ █ █ █ █ █", " █ █ █ █ █ ███ ███ ██ ███ █ ██ █████ ██ ███ █ █ ██ █", " █ ██ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █", " █ █ █ █ █ █ █ ███ █ █ █ █ █ █ █ █ █ ███ █ █ █", " █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █ █", " █ ███ █ █ ███ ███ ██ █ █ █ █ █ █ █ ██ ███ █ █ ██ █", " █ █", " █ █", " █ █", " █ █ ", " █ █ ", " ████████████████████████████████████████████████ " ], 6 )
def footer(left, right):
data_cept = bytearray()
data_cept.extend(Cept.set_cursor(23, 1))
data_cept.extend(Cept.set_palette(0))
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(Cept.from_str(left))
if right:
data_cept.extend(Cept.set_cursor(23, 41 - len(right)))
data_cept.extend(Cept.from_str(right))
return data_cept
def draw(self):
cept_data = bytearray(Cept.parallel_limited_mode())
cept_data.extend(Cept.hide_cursor())
cept_data.extend(Cept.set_cursor(self.line, self.column))
fill_with_clear_line = self.clear_line and self.width == 40 # and self.height == 1
fill_with_spaces = self.clear_line and not fill_with_clear_line
for i in range(0, self.height):
l = self.__data[i].rstrip()
if self.type == "password":
l = "*" * len(l)
else:
if l.startswith(chr(Cept.ini())):
l = "*" + l[1:]
if l:
cept_data.extend(self.set_color())
if fill_with_clear_line:
cept_data.extend(Cept.clear_line())
if self.bgcolor:
cept_data.extend(Cept.set_line_bg_color(self.bgcolor))
cept_data.extend(Cept.from_str(l))
if fill_with_spaces and len(l) > self.width:
cept_data.extend(Cept.repeat(" ", self.width - len(l)))
if i != self.height - 1:
if self.column == 1:
if self.width != 40 or fill_with_clear_line:
cept_data.extend(b'\n')
else:
cept_data.extend(
Cept.set_cursor(self.line + i + 1, self.column))
sys.stdout.buffer.write(cept_data)
sys.stdout.flush()
def messaging_create_list(user, is_read):
meta = {
"publisher_name": "!BTX",
"include": "a",
"clear_screen": True,
"publisher_color": 7
}
if is_read:
title = "Zurückgelegte Mitteilungen"
else:
title = "Neue Mitteilungen"
data_cept = bytearray(Messaging_UI.messaging_create_title(title))
links = {"0": "8"}
target_prefix = "89" if is_read else "88"
messages = user.messaging.select(is_read, 0, 9)
for index in range(0, 9):
data_cept.extend(Cept.from_str(str(index + 1)) + b' ')
if index < len(messages):
message = messages[index]
if message.from_user.org_name:
data_cept.extend(Cept.from_str(message.from_user.org_name))
else:
data_cept.extend(
Cept.from_str(message.from_user.first_name))
data_cept.extend(b' ')
data_cept.extend(Cept.from_str(
message.from_user.last_name))
data_cept.extend(b'\r\n ')
data_cept.extend(Cept.from_str(message.from_date()))
data_cept.extend(b' ')
data_cept.extend(Cept.from_str(message.from_time()))
data_cept.extend(b'\r\n')
links[str(index + 1)] = target_prefix + str(index + 1)
else:
data_cept.extend(b'\r\n\r\n')
meta["links"] = links
return (meta, data_cept)
def handle_inputs(inputs):
# create editors and draw backgrounds
editors = []
for input in inputs["fields"]:
editor = Editor()
editor.line = input["line"]
editor.column = input["column"]
editor.height = input["height"]
editor.width = input["width"]
editor.fgcolor = input.get("fgcolor")
editor.bgcolor = input.get("bgcolor")
editor.hint = input.get("hint")
editor.type = input.get("type")
editor.cursor_home = input.get("cursor_home", False)
editor.legal_values = input.get("legal_values")
editor.clear_line = input.get("clear_line", True)
editor.end_on_illegal_character = input.get("end_on_illegal_character", False)
editor.end_on_legal_string = input.get("end_on_legal_string", False)
editor.echo_ter = input.get("echo_ter", False)
editor.no_navigation = inputs.get("no_navigation", False)
editor.string = input.get("default")
editors.append(editor)
editor.draw()
# get all inputs
input_data = {}
i = 0
skip = False
while i < len(inputs["fields"]):
input = inputs["fields"][i]
editor = editors[i]
(val, dct) = editor.edit(skip)
if dct:
skip = True
if val.startswith(chr(Cept.ini())):
return { "$command": val[1:] }
input_data[input["name"]] = val
ret = decode_call(input.get("validate"), input_data)
if not ret or ret == Util.VALIDATE_INPUT_OK:
i += 1
if ret == Util.VALIDATE_INPUT_BAD:
skip = False
continue
elif ret == Util.VALIDATE_INPUT_RESTART:
i = 0
skip = False
continue
# confirmation
if inputs.get("confirm", True):
if confirm(inputs):
if inputs.get("action") == "send_message":
User.user().messaging.send(input_data["user_id"], input_data["ext"], input_data["body"])
system_message_sent_message()
else:
pass # TODO we stay on the page, in the navigator?
elif not inputs.get("no_55", False):
cept_data = Util.create_system_message(55)
sys.stdout.buffer.write(cept_data)
sys.stdout.flush()
# send "input_data" to "inputs["target"]"
if "target" in inputs:
if inputs["target"].startswith("page:"):
return { "$command": inputs["target"][5:] }
ret = decode_call(inputs["target"], input_data)
if ret:
return { "$command": ret }
else:
return None # error
else:
return input_data
def create_page(pageid):
ret = None
# generated pages
if pageid.startswith("00000") or pageid == "9a":
# login
ret = Login_UI.create_page(User.user(), pageid)
basedir = PATH_DATA + "00000/"
if not ret and (pageid.startswith("71") or pageid.startswith("78")):
# historic page overview
ret = Historic_UI.create_page(User.user(), pageid)
basedir = PATH_DATA + "8/"
if not ret and pageid.startswith("7"):
# user management
ret = User_UI.create_page(User.user(), pageid)
basedir = PATH_DATA + "7/"
if not ret and pageid.startswith("8"):
# messaging
ret = Messaging_UI.create_page(User.user(), pageid)
basedir = PATH_DATA + "8/"
if not ret and pageid.startswith("55"):
# wikipedia
basedir = PATH_DATA + "55/"
ret = MediaWiki_UI.create_page(pageid, basedir)
if not ret and pageid.startswith("35"):
# Congress Wiki
basedir = PATH_DATA + "55/"
ret = MediaWiki_UI.create_page(pageid, basedir)
if not ret and pageid.startswith("45"):
# c64 wiki
basedir = PATH_DATA + "45/"
ret = MediaWiki_UI.create_page(pageid, basedir)
if not ret and pageid.startswith("666"):
# images
ret = Image_UI.create_page(pageid)
basedir = PATH_DATA + "55/"
if not ret and pageid.startswith("6502"):
# RSS
basedir = PATH_DATA + "55/"
ret = RSS_UI.create_page(pageid, basedir)
if ret:
(meta, data_cept) = ret
else:
basedir = None
data_cept = None
for dir in [ "", "hist/10/", "hist/11/" ]:
for i in reversed(range(0, len(pageid))):
testdir = PATH_DATA + dir + pageid[:i+1]
if os.path.isdir(testdir):
filename = pageid[i+1:]
sys.stderr.write("filename: '" + filename + "'\n")
basedir = testdir + "/"
break
if basedir:
filename_meta = basedir + filename + ".meta"
filename_cept = basedir + filename + ".cept"
filename_cm = basedir + filename + ".cm"
if os.path.isfile(filename_meta):
with open(filename_meta) as f:
meta = json.load(f)
if os.path.isfile(filename_cept):
with open(filename_cept, mode='rb') as f:
data_cept = f.read()
elif os.path.isfile(filename_cm):
data_cept = CM.read(filename_cm)
break
if data_cept is None:
return None
try:
with open(basedir + "a.glob") as f:
glob = json.load(f)
meta.update(glob) # combine dicts, glob overrides meta
except:
pass
cept_1 = bytearray()
cept_1.extend(Cept.hide_cursor())
if meta.get("clear_screen", False):
cept_1.extend(Cept.serial_limited_mode())
cept_1.extend(Cept.clear_screen())
last_filename_include = ""
sys.stderr.write("Clear Screen\n");
cept_1.extend(create_preamble(basedir, meta))
cept_2 = bytearray()
if meta.get("cls2", False):
cept_2.extend(Cept.serial_limited_mode())
cept_2.extend(Cept.clear_screen())
last_filename_include = ""
# header if the data is actually there, if not ignore this
try:
hf = headerfooter(pageid, meta["publisher_name"], meta["publisher_color"])
cept_2.extend(hf)
except:
pass
if meta.get("parallel_mode", False):
cept_2.extend(Cept.parallel_mode())
# payload
cept_2.extend(data_cept)
cept_2.extend(Cept.serial_limited_mode())
# footer if it exists
try:
cept_2.extend(hf)
except:
pass
cept_2.extend(Cept.sequence_end_of_page())
inputs = meta.get("inputs")
return (cept_1, cept_2, meta["links"], inputs, meta.get("autoplay", False))
def create_historic_overview(collection, index):
if collection == 10:
name = "Amiga Demo"
description = ("Der Amiga BTX Software-Decoder wurde mit"
"Dumps von 113 BTX-Seiten aus 32\n"
"Programmen ausgeliefert, sowie 56 eigens"
"gestalteten Seiten zum Thema BTX.\n"
"Die Seiten stammen vom April 1989.")
distribution = [9, 17]
start_page = ["20096/1", "Amiga Demo Startseite"]
pages = [
["1050", "Btx-Telex"],
["1188", "Teleauskunft"],
["1692", "Cityruf"],
["20000", "Deutsche Bundespost"],
["20096", "Commodore"],
["20511/223", "Kölner Stadtanzeiger"],
["21212", "Verbraucher-Zentrale NRW"],
["25800/0000", "Deutsche Bundesbahn"],
["30003", "Formel Eins"],
["30711", "Btx Südwest Datenbank GmbH"],
["33033", "Eden"],
["34034", "Frankfurter Allg. Zeitung"],
["34344", "Neue Mediengesellschaft Ulm"],
["35853", "ABIDA GmbH"],
["40040/200", "Axel Springer Verlag"],
["44479", "DIMDI"],
["50257", "Computerwelt Btx-Info-Dienst"],
["54004/04", "ÖVA Versicherungen"],
["57575", "Lotto Toto"],
["64064", "Markt & Technik"],
["65432/0", "ADAC"],
["67007", "Rheinpfalz Verlag/Druckerei"],
["201474/75", "Rhein-Neckar-Zeitung"],
# [ "208585", "eba Pressebüro und Verlag [BROKEN]" ],
["208888", "Neue Mediengesellschaft Ulm"],
["402060", "AUTO & BTX WOLFSBURG"],
["50707545", "CHIP Magazin"],
["86553222", "Chaos Computer Club"],
["505050035", "Steinfels Sprachreisen"],
["920492040092", "Wolfgang Fritsch (BHP)"]
]
elif collection == 11:
name = "PC online 1&1"
description = ("Der PC online 1&1 Decoder wurde mit\n"
"von 25 BTX-Seiten aus 15 Programmen\n"
"ausgeliefert. Die Seiten stammen vom\n"
"November 1993.")
distribution = [12]
start_page = None
pages = [["00000/88", "Teleauskunft"],
["00000/1188", "Mitteilungsdienst"],
["20111/1", "Vobis Microcomputer AG"],
["20111/11020", "- Übersicht 486"],
["20111/1102030", "- 486 DX-50 "],
["20111/110203010", "- 486 DX-50 Details"],
["21199", "Microsoft"], ["21199/1362", "- Produkte"],
["25800", "Deutsche Bundesbahn"],
["28000/101", "Postbank"],
["34561/10", "1&1 Telekommunkation"],
["34561/99", "- Forum [a-b]"],
["37107/2154", "WDR Computer-Club"],
["46801/8149999999", "Handelsblatt"],
["49498/0004902", "bhv Computerbücher"],
["49498/000490201", "- Neuheiten"],
["50000", "Deutsche Lufthansa"],
["52800", "IBM Deutschland"],
["52800/03", "- IBM Personal Systeme"],
["52800/31", "- HelpClubShop [a-c]"],
["58587/003", " ITZ Schulungen"],
["69010", "Deutscher Ind. Handelstag"],
["353535/00", "START Tourismus"],
["353535/01240", "- Veranstalter"],
["353535/01640", "- Reiseinformationen"]]
else:
return None
start_with = 0
if index:
for i in range(0, index):
if i >= len(distribution):
return None
start_with += distribution[i]
links = {
"0": "78",
}
if start_page:
links["10"] = Historic_UI.historic_link_from_str(start_page[0])
i = 20
for page in pages:
links[str(i)] = Historic_UI.historic_link_from_str(page[0])
i += 1
meta = {
"publisher_name": "!BTX",
"clear_screen": True,
"links": links,
"publisher_color": 7
}
sys.stderr.write("meta: " + pprint.pformat(meta) + "\n")
data_cept = bytearray()
data_cept.extend(
Historic_UI.create_title("Historische Seiten: " + name))
data_cept.extend(b"\r\n")
if not index:
data_cept.extend(Cept.from_str(description))
data_cept.extend(b"\r\n\n")
if start_page:
data_cept.extend(Historic_UI.historic_line(start_page, 10))
data_cept.extend(b"\n")
if index >= len(distribution):
end = len(pages)
else:
end = start_with + distribution[index]
for i in range(start_with, end):
data_cept.extend(Historic_UI.historic_line(pages[i], i + 20))
right = "Weiter #" if index < len(distribution) else None
data_cept.extend(Historic_UI.footer("0 Zurück", right))
return (meta, Cept.compress(data_cept))
sys.stderr.write("showing page: '" + desired_pageid + "'\n")
try:
ret = create_page(desired_pageid)
except:
error=10
success = ret is not None
if success:
(page_cept_data_1, page_cept_data_2, links, inputs, autoplay) = ret
error = 0 if success else 100
else:
error = 100
if error == 0:
if (compress):
page_cept_data_1 = Cept.compress(page_cept_data_1)
page_cept_data_2 = Cept.compress(page_cept_data_2)
sys.stderr.write("Sending pal/char: ")
if send(page_cept_data_1): # send palette and charset
sys.stderr.write("Sending text: ")
send(page_cept_data_2) # if user didn't interrupt, send page text
else:
# user interrupted palette/charset, so the decoder state is undefined
last_filename_palette = ""
last_filename_include = ""
# showing page worked
current_pageid = desired_pageid
if add_to_history:
history.append(current_pageid)
else:
def create_article_page(sheet_number):
is_first_page = sheet_number == 0
if not RSS_UI.feed:
RSS_UI.feed = feedparser.parse(
"https://www.pagetable.com/?feed=rss2")
entry = RSS_UI.feed["entries"][6]
title = entry["title"]
html = entry["content"][0]["value"]
soup = BeautifulSoup(html, 'html.parser')
page = Cept_page_from_HTML()
page.soup = soup
page.article_prefix = "XXX"
page.insert_html_tags(soup.children)
meta = {
"clear_screen": True,
"links": {
"0": "0"
},
"publisher_color": 0
}
data_cept = bytearray()
data_cept.extend(Cept.parallel_mode())
if is_first_page:
data_cept.extend(Cept.set_screen_bg_color(7))
data_cept.extend(Cept.set_cursor(2, 1))
data_cept.extend(Cept.set_line_bg_color(0))
data_cept.extend(b'\n')
data_cept.extend(Cept.set_line_bg_color(0))
data_cept.extend(Cept.double_height())
data_cept.extend(Cept.set_fg_color(7))
data_cept.extend(Cept.from_str(title[:39]))
data_cept.extend(b'\r\n')
data_cept.extend(Cept.normal_size())
data_cept.extend(b'\n')
# print navigation
# * on sheet 0, so we don't have to print it again on later sheets
# * on the last sheet, because it doesn't show the "#" text
# * on the second last sheet, because navigating back from the last one needs to show "#" again
if sheet_number == 0 or sheet_number >= page.number_of_sheets() - 2:
data_cept.extend(Cept.set_cursor(23, 1))
data_cept.extend(Cept.set_line_bg_color(0))
data_cept.extend(Cept.set_fg_color(7))
data_cept.extend(Cept.from_str("0 < Back"))
s = "# > Next"
data_cept.extend(Cept.set_cursor(23, 41 - len(s)))
if sheet_number == page.number_of_sheets() - 1:
data_cept.extend(Cept.repeat(" ", len(s)))
else:
data_cept.extend(Cept.from_str(s))
data_cept.extend(Cept.set_cursor(5, 1))
# add text
data_cept.extend(page.cept_for_sheet(sheet_number))
return (meta, data_cept)
def messaging_create_message_detail(user, index, is_read):
messages = user.messaging.select(is_read, index, 1)
if len(messages) == 0:
return None
message = messages[0]
meta = {
"publisher_name": "Bildschirmtext",
"include": "11a",
"palette": "11a",
"clear_screen": True,
"links": {
"0": "89" if is_read else "88",
},
"publisher_color": 7
}
from_date = message.from_date()
from_time = message.from_time()
if message.from_user.personal_data:
from_street = message.from_user.street
from_zip = message.from_user.zip
from_city = message.from_user.city
else:
from_street = ""
from_zip = ""
from_city = ""
data_cept = bytearray(Cept.parallel_limited_mode())
data_cept.extend(Cept.set_cursor(2, 1))
data_cept.extend(Cept.set_fg_color(3))
data_cept.extend(b'von ')
data_cept.extend(
Cept.from_str(message.from_user.user_id.ljust(12)) + b' ' +
Cept.from_str(message.from_user.ext.rjust(5, '0')))
data_cept.extend(Cept.set_cursor(2, 41 - len(from_date)))
data_cept.extend(Cept.from_str(from_date))
data_cept.extend(Cept.repeat(" ", 4))
data_cept.extend(Cept.from_str(message.from_user.org_name))
data_cept.extend(Cept.set_cursor(3, 41 - len(from_time)))
data_cept.extend(Cept.from_str(from_time))
data_cept.extend(Cept.repeat(" ", 4))
data_cept.extend(Cept.set_fg_color_simple(0))
data_cept.extend(
Cept.from_str(message.from_user.first_name) + b' ' +
Cept.from_str(message.from_user.last_name))
data_cept.extend(b'\r\n')
data_cept.extend(Cept.repeat(" ", 4))
data_cept.extend(Cept.from_str(from_street))
data_cept.extend(b'\r\n')
data_cept.extend(Cept.repeat(" ", 4))
data_cept.extend(Cept.from_str(from_zip))
data_cept.extend(b' ')
data_cept.extend(Cept.from_str(from_city))
data_cept.extend(b'\r\n')
data_cept.extend(b'an ')
data_cept.extend(
Cept.from_str(user.user_id.ljust(12)) + b' ' +
Cept.from_str(user.ext.rjust(5, '0')))
data_cept.extend(b'\r\n')
data_cept.extend(Cept.repeat(" ", 4))
data_cept.extend(
Cept.from_str(user.first_name) + b' ' +
Cept.from_str(user.last_name))
data_cept.extend(b'\r\n\n')
data_cept.extend(Cept.from_str(message.body()))
data_cept.extend(Cept.set_cursor(23, 1))
data_cept.extend(b'0')
data_cept.extend(b'\x1b\x29\x20\x40' # load DRCs into G1
b'\x1b\x7e' # G1 into right charset
)
data_cept.extend(Cept.from_str(" Gesamtübersicht"))
data_cept.extend(Cept.repeat(" ", 22))
user.messaging.mark_as_read(message.index)
return (meta, data_cept)
def messaging_create_compose(user):
meta = {
"include": "a",
"clear_screen": True,
"links": {
"0": "8"
},
"publisher_color": 7,
"inputs": {
"fields": [{
"name":
"user_id",
"type":
"user_id",
"line":
8,
"column":
20,
"height":
1,
"width":
16,
"bgcolor":
4,
"fgcolor":
3,
"validate":
"call:Messaging_UI.callback_validate_user_id"
}, {
"name":
"ext",
"type":
"ext",
"line":
8,
"column":
37,
"height":
1,
"width":
1,
"bgcolor":
4,
"fgcolor":
3,
"default":
"1",
"validate":
"call:Messaging_UI.callback_validate_ext"
}, {
"name": "body",
"line": 12,
"column": 1,
"height": 10,
"width": 40,
"bgcolor": 4,
"fgcolor": 3
}],
"action":
"send_message",
"price":
30,
"target":
"page:8"
}
}
current_date = datetime.datetime.now().strftime("%d.%m.%Y")
current_time = datetime.datetime.now().strftime("%H:%M")
data_cept = bytearray(Cept.set_cursor(2, 1))
data_cept.extend(Cept.set_palette(1))
data_cept.extend(Cept.set_screen_bg_color_simple(4))
data_cept.extend(b'\x1b\x28\x40' # load G0 into G0
)
data_cept.extend(b'\x0f' # G0 into left charset
)
data_cept.extend(Cept.parallel_mode())
data_cept.extend(Cept.set_palette(0))
data_cept.extend(Cept.code_9e())
data_cept.extend(b'\n\r')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(b'\n')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(Cept.set_palette(1))
data_cept.extend(Cept.double_height())
data_cept.extend(b'\r')
data_cept.extend(Cept.from_str("Mitteilungsdienst"))
data_cept.extend(b'\n\r')
data_cept.extend(Cept.set_palette(0))
data_cept.extend(Cept.normal_size())
data_cept.extend(Cept.code_9e())
data_cept.extend(Cept.set_fg_color_simple(7))
data_cept.extend(Cept.from_str("Absender:"))
data_cept.extend(Cept.from_str(user.user_id))
data_cept.extend(Cept.set_cursor(5, 25))
data_cept.extend(Cept.from_str(user.ext))
data_cept.extend(Cept.set_cursor(6, 10))
data_cept.extend(Cept.from_str(user.first_name))
data_cept.extend(Cept.set_cursor(7, 10))
data_cept.extend(Cept.from_str(user.last_name))
data_cept.extend(Cept.set_cursor(5, 31))
data_cept.extend(Cept.from_str(current_date))
data_cept.extend(Cept.set_cursor(6, 31))
data_cept.extend(Cept.from_str(current_time))
data_cept.extend(b'\r\n\n')
data_cept.extend(Cept.from_str("Tln.-Nr. Empfänger:"))
data_cept.extend(Cept.set_cursor(8, 36))
data_cept.extend(b'-' b'\r\n\n\n')
data_cept.extend(b'Text:')
data_cept.extend(b'\r\n\n\n\n\n\n\n\n\n\n\n\n')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(b'0')
data_cept.extend(b'\x19' # switch to G2 for one character
b'\x2b\xfe\x7f' # "+."
)
return (meta, data_cept)
try:
ret = create_page(desired_pageid)
except:
error = 10
success = ret is not None
if success:
(page_cept_data_1, page_cept_data_2, links, inputs,
autoplay) = ret
error = 0 if success else 100
else:
error = 100
if error == 0:
if (compress):
page_cept_data_1 = Cept.compress(page_cept_data_1)
page_cept_data_2 = Cept.compress(page_cept_data_2)
sys.stderr.write("Sending pal/char: ")
if send(page_cept_data_1): # send palette and charset
sys.stderr.write("Sending text: ")
send(page_cept_data_2) # if user didn't interrupt, send page text
else:
# user interrupted palette/charset, so the decoder state is undefined
last_filename_palette = ""
last_filename_include = ""
# showing page worked
current_pageid = desired_pageid
if add_to_history:
history.append(current_pageid)
else:
def headerfooter(pageid, publisher_name, publisher_color): hide_header_footer = len(publisher_name) == 0 hide_price = False # Early screenshots had a two-line publisher name with # the BTX logo in it for BTX-internal pages. Some .meta # files still reference this, but we should remove this. if publisher_name == "!BTX": # publisher_name = ( # b'\x1b\x22\x41' # parallel mode # b'\x9b\x30\x40' # select palette #0 # b'\x9e' # ??? # b'\x87' # set fg color to #7 # b'\x1b\x28\x20\x40' # load DRCs into G0 # b'\x0f' # G0 into left charset # b'\x21\x22\x23' # "!"#" # b'\n' # b'\r' # b'\x24\x25\x26' # "$%&" # b'\x0b' # cursor up # b'\x09' # cursor right # b'\x1b\x28\x40' # load G0 into G0 # b'\x0f' # G0 into left charset # b'\n' # b'\x8d' # double height # # TODO: this does not draw!! :( # b'Bildschirmtext' # ) publisher_name = "Bildschirmtext" hide_price = True else: publisher_name = publisher_name[:30] hf = bytearray(Cept.set_res_40_24()) hf.extend(Cept.set_cursor(23, 1)) hf.extend(Cept.unprotect_line()) hf.extend(Cept.set_line_fg_color_simple(12)) hf.extend(Cept.parallel_limited_mode()) hf.extend(Cept.set_cursor(24, 1)) hf.extend(Cept.unprotect_line()) hf.extend(b' \b') hf.extend(Cept.clear_line()) hf.extend(Cept.cursor_home()) hf.extend(Cept.unprotect_line()) hf.extend(b' \b') hf.extend(Cept.clear_line()) hf.extend(Cept.serial_limited_mode()) hf.extend(Cept.set_cursor(24, 1)) hf.extend(Cept.set_fg_color(8)) hf.extend(b'\b') hf.extend(Cept.code_9d()) hf.extend(b'\b') if publisher_color < 8: color_string = Cept.set_fg_color(publisher_color) else: color_string = Cept.set_fg_color_simple(publisher_color - 8) hf.extend(color_string) hf.extend(Cept.set_cursor(24, 19)) if not hide_header_footer: hf.extend(Cept.from_str(pageid).rjust(22)) hf.extend(Cept.cursor_home()) hf.extend(Cept.set_palette(1)) hf.extend(Cept.set_fg_color(8)) hf.extend(b'\b') hf.extend(Cept.code_9d()) hf.extend(b'\b') hf.extend(color_string) hf.extend(b'\r') hf.extend(Cept.from_str(publisher_name)) # TODO: price if not hide_header_footer and not hide_price: hf.extend(Cept.set_cursor(1, 31)) hf.extend(b' ') hf.extend(Cept.from_str(Util.format_currency(0))) hf.extend(Cept.cursor_home()) hf.extend(Cept.set_palette(0)) hf.extend(Cept.protect_line()) hf.extend(b'\n') return hf
def messaging_create_title(title):
data_cept = bytearray(Cept.set_cursor(2, 1))
data_cept.extend(Cept.set_palette(1))
data_cept.extend(Cept.set_screen_bg_color_simple(4))
data_cept.extend(b'\x1b\x28\x40' # load G0 into G0
b'\x0f' # G0 into left charset
)
data_cept.extend(Cept.parallel_mode())
data_cept.extend(Cept.set_palette(0))
data_cept.extend(Cept.code_9e())
data_cept.extend(b'\n\r')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(b'\n')
data_cept.extend(Cept.set_line_bg_color_simple(4))
data_cept.extend(Cept.set_palette(1))
data_cept.extend(Cept.double_height())
data_cept.extend(b'\r')
data_cept.extend(Cept.from_str(title))
data_cept.extend(b'\n\r')
data_cept.extend(Cept.set_palette(0))
data_cept.extend(Cept.normal_size())
data_cept.extend(Cept.code_9e())
data_cept.extend(Cept.set_fg_color_simple(7))
return data_cept
def create_add_user():
meta = {
"publisher_name": "!BTX",
"include": "a",
"clear_screen": True,
"links": {
"0": "0",
"1": "88",
"2": "89",
"5": "810"
},
"inputs": {
"fields": [
{
"name": "user_id",
"hint": "Gewünschte Nummer oder # eingeben",
"line": 6,
"column": 19,
"height": 1,
"width": 10,
"bgcolor": 12,
"fgcolor": 3,
"type": "number",
"validate": "call:User_UI.callback_validate_user_id"
},
{
"name": "salutation",
"hint": "Anrede oder # eingeben",
"line": 7,
"column": 9,
"height": 1,
"width": 20,
"bgcolor": 12,
"fgcolor": 3
},
{
"name": "last_name",
"hint": "Nachnamen oder # eingeben",
"line": 8,
"column": 7,
"height": 1,
"width": 20,
"bgcolor": 12,
"validate": "call:User_UI.callback_validate_last_name",
"fgcolor": 3
},
{
"name": "first_name",
"hint": "Vornamen oder # eingeben",
"line": 9,
"column": 10,
"height": 1,
"width": 20,
"bgcolor": 12,
"fgcolor": 3
},
{
"name": "street",
"hint": "Straße und Hausnummer oder # eingeben",
"line": 10,
"column": 9,
"height": 1,
"width": 20,
"bgcolor": 12,
"fgcolor": 3
},
{
"name": "zip",
"hint": "Postleitzahl oder # eingeben",
"line": 11,
"column": 6,
"height": 1,
"width": 5,
"bgcolor": 12,
"fgcolor": 3,
"type": "number"
},
{
"name": "city",
"hint": "Ort oder # eingeben",
"line": 11,
"column": 17,
"height": 1,
"width": 13,
"bgcolor": 12,
"fgcolor": 3
},
{
"name": "country",
"hint": "Land oder # eingeben",
"line": 11,
"column": 37,
"height": 1,
"width": 2,
"bgcolor": 12,
"fgcolor": 3,
"default": "de",
"type": "alpha",
"cursor_home": True,
"overwrite": True
},
{
"name": "block_payments",
"hint": "j/n oder # eingeben",
"line": 13,
"column": 25,
"height": 1,
"width": 1,
"bgcolor": 12,
"fgcolor": 3,
"default": "n",
"cursor_home": True,
"legal_values": ["j", "n"]
},
{
"name": "block_fees",
"hint": "j/n oder # eingeben",
"line": 14,
"column": 25,
"height": 1,
"width": 1,
"bgcolor": 12,
"fgcolor": 3,
"default": "n",
"cursor_home": True,
"legal_values": ["j", "n"]
},
{
"name": "pocket_money_major",
"hint": "0-9 oder # eingeben",
"line": 15,
"column": 34,
"height": 1,
"width": 1,
"bgcolor": 12,
"fgcolor": 3,
"default": "9",
"type": "number",
"cursor_home": True,
"overwrite": True
},
{
"name": "pocket_money_minor",
"hint": "00-99 oder # eingeben",
"line": 15,
"column": 36,
"height": 1,
"width": 2,
"bgcolor": 12,
"fgcolor": 3,
"default": "99",
"type": "number",
"cursor_home": True,
"overwrite": True
},
{
"name": "max_price_major",
"hint": "0-9 oder # eingeben",
"line": 16,
"column": 34,
"height": 1,
"width": 1,
"bgcolor": 12,
"fgcolor": 3,
"default": "9",
"type": "number",
"cursor_home": True,
"overwrite": True
},
{
"name": "max_price_minor",
"hint": "00-99 oder # eingeben",
"line": 16,
"column": 36,
"height": 1,
"width": 2,
"bgcolor": 12,
"fgcolor": 3,
"default": "99",
"type": "number",
"cursor_home": True,
"overwrite": True
},
{
"name": "password",
"hint": "Neues Kennwort",
"line": 19,
"column": 11,
"height": 1,
"width": 14,
"bgcolor": 12,
"fgcolor": 3,
"type": "password",
"validate": "call:User_UI.callback_validate_password",
},
],
"confirm":
False,
"target":
"call:User_UI.callback_add_user",
},
"publisher_color": 7
}
data_cept = bytearray()
data_cept.extend(User_UI.create_title("Neuen Benutzer einrichten"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Teilnehmernummer:"))
data_cept.extend(Cept.set_cursor(6, 29))
data_cept.extend(Cept.from_str("-1"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Anrede:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Name:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Vorname:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Straße:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("PLZ:"))
data_cept.extend(Cept.repeat(" ", 7))
data_cept.extend(Cept.from_str("Ort:"))
data_cept.extend(Cept.set_cursor(11, 31))
data_cept.extend(Cept.from_str("Land:"))
data_cept.extend(b"\r\n")
data_cept.extend(User_UI.line())
data_cept.extend(Cept.from_str("Vergütungssperre aktiv:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Gebührensperre aktiv:"))
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Taschengeldkonto :"))
data_cept.extend(Cept.set_cursor(15, 35))
data_cept.extend(Cept.from_str(", DM"))
data_cept.extend(Cept.from_str("Max. Vergütung/Seite :"))
data_cept.extend(Cept.set_cursor(16, 35))
data_cept.extend(Cept.from_str(", DM"))
data_cept.extend(User_UI.line())
data_cept.extend(b"\r\n")
data_cept.extend(Cept.from_str("Kennwort: "))
data_cept.extend(b"\r\n\r\n")
data_cept.extend(User_UI.line())
return (meta, data_cept)
def create_custom_system_message(text): msg = bytearray(Cept.service_break(24)) msg.extend(Cept.clear_line()) msg.extend(Cept.from_str(text, 1)) msg.extend(Cept.service_break_back()) return msg
def create_search_page(mediawiki, basedir):
meta = {
"clear_screen": True,
"links": {
"0": "0"
},
"inputs": {
"fields": [{
"name":
"search",
"line":
18,
"column":
9,
"height":
1,
"width":
31,
"bgcolor":
0,
"fgcolor":
15,
"validate":
"call:MediaWiki_UI.callback_validate_search:" +
str(mediawiki.id)
}],
"confirm":
False,
"target":
"call:MediaWiki_UI.callback_search:" + str(mediawiki.id)
},
"publisher_color": 0
}
data_cept = bytearray()
data_cept.extend(Cept.parallel_mode())
data_cept.extend(Cept.set_screen_bg_color(7))
data_cept.extend(Cept.set_cursor(2, 1))
data_cept.extend(Cept.set_line_bg_color(0))
data_cept.extend(b'\n')
data_cept.extend(Cept.set_line_bg_color(0))
data_cept.extend(Cept.double_height())
data_cept.extend(Cept.set_fg_color(7))
data_cept.extend(Cept.from_str(mediawiki.title))
data_cept.extend(b'\r\n')
data_cept.extend(Cept.normal_size())
data_cept.extend(b'\n')
data_cept.extend(Cept.set_cursor(18, 1))
data_cept.extend(Cept.set_fg_color(0))
data_cept.extend(Cept.from_str(mediawiki.search_string))
# trick: show cursor now so that user knows they can enter text, even though more
# data is loading
data_cept.extend(Cept.show_cursor())
image = Image_UI(basedir + "wikipedia.png", colors=4)
data_cept.extend(Cept.define_palette(image.palette))
data_cept.extend(image.drcs)
data_cept.extend(Cept.hide_cursor())
y = 6
for l in image.chars:
data_cept.extend(
Cept.set_cursor(y, int((41 - len(image.chars[0])) / 2)))
data_cept.extend(Cept.load_g0_drcs())
data_cept.extend(l)
y += 1
return (meta, data_cept)
def edit(self, skip_entry=False):
start = True
dct = False
prefix = bytearray()
inject_char = None
while True:
if start and not skip_entry:
start = False
self.print_hint()
cept_data = bytearray()
self.__y = 0
if self.height > 1 or self.cursor_home:
cept_data.extend(Cept.set_cursor(self.line, self.column))
self.__x = 0
else:
cept_data.extend(
Cept.set_cursor(self.line,
self.column + len(self.string)))
self.__x = len(self.string)
if self.fgcolor:
cept_data.extend(Cept.set_fg_color(self.fgcolor))
if self.bgcolor:
cept_data.extend(Cept.set_bg_color(self.bgcolor))
cept_data.extend(Cept.show_cursor())
sys.stdout.buffer.write(cept_data)
sys.stdout.flush()
if skip_entry:
sys.stderr.write("skipping\n")
break
if inject_char:
c = inject_char
inject_char = None
else:
c = Util.readchar()
sys.stderr.write("In: " + hex(ord(c)) + "\n")
if self.command_mode and ord(
c) == Cept.ini() and self.string[-1:] == chr(Cept.ini()):
# exit command mode, tell parent to clear
return (None, False)
c2 = Cept.code_to_str(prefix + bytes([ord(c)]))
if c2 is None: # sequence not complete
prefix.append(ord(c))
continue
prefix = bytearray()
if c2 == "": # we couldn't decode it
continue
c = c2
# if c < 0x20
# c is a CEPT control code
# if c >= 0x20
# c is Unicode
if ord(c) < 0x20: #and ord(c) != Cept.ini():
prefix = bytearray()
if ord(c) == Cept.ini():
if not self.command_mode:
is_editor_code = False
sys.stderr.write("entering command mode\n")
editor = Editor()
editor.line = 24
editor.column = 1
editor.height = 1
editor.width = 20
editor.string = chr(Cept.ini())
editor.command_mode = True
editor.clear_line = True
editor.echo_ter = True
editor.draw()
(val, dct) = editor.edit()
sys.stderr.write("exited command mode\n")
if val is None: # "**" in command mode
self.string = ""
self.draw()
else:
Editor.debug_print(val)
if val.startswith(chr(Cept.ini()) +
"02") and len(val) == 4:
# editor codes *021# etc.
is_editor_code = True
code = int(val[3:])
map = {
1: "\r", # CR
2: "\x0b", # UP
4: "\x08", # LEFT
6: "\x09", # RIGHT
8: "\n", # DOWN
9: "\x1a" # DCT
}
c = map.get(code)
if c is not None:
inject_char = c
else:
sys.stderr.write(
"ignoring invalid editor code\n")
else:
# global code
if not self.no_navigation or val == chr(
Cept.ini()) + "00" or val == chr(
Cept.ini()) + "09":
return (val, False)
sys.stderr.write("ignoring navigation\n")
start = True
continue
elif ord(c) == Cept.ter():
if self.echo_ter:
sys.stdout.write("#")
sys.stdout.flush()
break
elif ord(c) == Cept.dct():
dct = True
break
self.insert_control_character(c)
else: # ord(c) >= 0x20
character_legal = True
string_legal = False
# CEPT doesn't have a concept of backspace, so the backspace key
# sends the sequence CSR_LEFT, SPACE, CSR_LEFT. It is very tricky
# to detect this properly, so we will just allow spaces in
# "number" and "alpha" input fields.
if self.type == "number" and not c.isdigit() and not c == " ":
character_legal = False
elif self.type == "alpha" and not c.isalpha() and not c == " ":
character_legal = False
elif self.legal_values:
s = self.try_insert_character(c).rstrip()
character_legal = False
for legal_input in self.legal_values:
if s == legal_input:
character_legal = True
string_legal = True
# sys.stderr.write("string_legal!\n")
break
elif legal_input.startswith(s):
character_legal = True
# sys.stderr.write("character_legal!\n")
break
if character_legal or self.end_on_illegal_character:
if self.insert_character(c):
if self.type == "password":
sys.stdout.write("*")
else:
sys.stdout.buffer.write(Cept.from_str(c))
sys.stdout.flush()
if not character_legal and self.end_on_illegal_character:
break
if string_legal and self.end_on_legal_string:
break
# sys.stderr.write("self.__data:\n" + pprint.pformat(self.__data) + "\n")
# sys.stderr.write("self.string:\n" + pprint.pformat(self.string) + "\n")
return (self.string, dct)
