def on_pick_date(button, date_entry):
# Parse the existing date
date = date_entry.get_text()
year, month, day = parseDateTag(date)
# Prepare the date of the picker
calendar = Gtk.Calendar()
curyear, curmonth, curday = calendar.get_date()
year = curyear if year is None else year
month = curmonth if month is None else month - 1
day = curday if day is None else day
calendar.select_month(month, year)
calendar.select_day(day)
# Show the dialog
dialog = Gtk.Dialog(
_("Pick a date"), None,
Gtk.DialogFlags.MODAL | Gtk.DialogFlags.DESTROY_WITH_PARENT,
(Gtk.STOCK_CANCEL, Gtk.ResponseType.CANCEL, Gtk.STOCK_OK,
Gtk.ResponseType.ACCEPT))
sw = Gtk.ScrolledWindow()
sw.set_policy(Gtk.PolicyType.AUTOMATIC, Gtk.PolicyType.AUTOMATIC)
sw.add(calendar)
dialog.get_content_area().pack_start(sw, True, True, 0)
dialog.resize(300, 200)
dialog.show_all()
response = dialog.run()
dialog.destroy()
if response == Gtk.ResponseType.ACCEPT:
year, month, day = calendar.get_date()
date_entry.set_text("%04d.%02d.%02d" % (year, month + 1, day))
def on_pick_date(button, date_entry):
# Parse the existing date
date = date_entry.get_text()
year, month, day = parseDateTag(date)
# Prepare the date of the picker
calendar = Gtk.Calendar()
curyear, curmonth, curday = calendar.get_date()
year = curyear if year is None else year
month = curmonth if month is None else month - 1
day = curday if day is None else day
calendar.select_month(month, year)
calendar.select_day(day)
# Show the dialog
dialog = Gtk.Dialog(_("Pick a date"),
mainwindow(),
Gtk.DialogFlags.MODAL | Gtk.DialogFlags.DESTROY_WITH_PARENT,
(Gtk.STOCK_CANCEL, Gtk.ResponseType.CANCEL, Gtk.STOCK_OK, Gtk.ResponseType.ACCEPT))
sw = Gtk.ScrolledWindow()
sw.set_policy(Gtk.PolicyType.AUTOMATIC, Gtk.PolicyType.AUTOMATIC)
sw.add(calendar)
dialog.get_content_area().pack_start(sw, True, True, 0)
dialog.resize(300, 200)
dialog.show_all()
response = dialog.run()
dialog.destroy()
if response == Gtk.ResponseType.ACCEPT:
year, month, day = calendar.get_date()
date_entry.set_text("%04d.%02d.%02d" % (year, month + 1, day))
def save(handle, model, position=None, flip=False):
""" Saves the game from GameModel to .pgn """
processed_tags = []
def write_tag(tag, value, roster=False):
nonlocal processed_tags
if tag in processed_tags or (not roster and not value):
return
try:
pval = str(value)
pval = pval.replace("\\", "\\\\")
pval = pval.replace("\"", "\\\"")
print('[%s "%s"]' % (tag, pval), file=handle)
except UnicodeEncodeError:
pval = bytes(pval, "utf-8").decode(PGN_ENCODING, errors="ignore")
print('[%s "%s"]' % (tag, pval), file=handle)
processed_tags = processed_tags + [tag]
# Mandatory ordered seven-tag roster
status = reprResult[model.status]
for tag in mandatory_tags:
value = model.tags[tag]
if tag == "Date":
y, m, d = parseDateTag(value)
y = "%04d" % y if y is not None else "????"
m = "%02d" % m if m is not None else "??"
d = "%02d" % d if d is not None else "??"
value = "%s.%s.%s" % (y, m, d)
elif value == "":
value = "?"
write_tag(tag, value, roster=True)
write_tag("Result", reprResult[model.status], roster=True)
# Variant
if model.variant.variant != NORMALCHESS:
write_tag("Variant", model.variant.cecp_name.capitalize())
# Initial position
if model.boards[0].asFen() != FEN_START:
write_tag("SetUp", "1")
write_tag("FEN", model.boards[0].asFen())
# Number of moves
write_tag("PlyCount", model.ply - model.lowply)
# Final position
if model.reason in ABORTED_REASONS:
value = "abandoned"
elif model.reason == WON_ADJUDICATION and model.isEngine2EngineGame():
value = "rules infraction"
elif model.reason in ADJUDICATION_REASONS:
value = "adjudication"
elif model.reason in DEATH_REASONS:
value = "death"
elif model.reason in CALLFLAG_REASONS:
value = "time forfeit"
elif model.reason in ADJOURNED_REASONS or status == "*":
value = "unterminated"
else:
value = "normal"
write_tag("Termination", value)
# ELO and its variation
if conf.get("saveRatingChange"):
welo = model.tags["WhiteElo"]
belo = model.tags["BlackElo"]
if welo != "" and belo != "":
write_tag("WhiteRatingDiff",
get_elo_rating_change_pgn(model, WHITE)) # Unofficial
write_tag("BlackRatingDiff",
get_elo_rating_change_pgn(model, BLACK)) # Unofficial
# Time
if model.timed:
write_tag(
'WhiteClock',
msToClockTimeTag(int(model.timemodel.getPlayerTime(WHITE) * 1000)))
write_tag(
'BlackClock',
msToClockTimeTag(int(model.timemodel.getPlayerTime(BLACK) * 1000)))
# Write all the unprocessed tags
for tag in model.tags:
# Debug: print(">> %s = %s" % (tag, str(model.tags[tag])))
write_tag(tag, model.tags[tag])
# Discovery of the moves and comments
save_emt = conf.get("saveEmt")
save_eval = conf.get("saveEval")
result = []
walk(model.boards[0].board, result, model, save_emt, save_eval)
# Alignment of the fetched elements
indented = conf.get("indentPgn")
if indented:
buffer = ""
depth = 0
crlf = False
for text in result:
# De/Indentation
crlf = (buffer[-1:] if len(buffer) > 0 else "") in ["\r", "\n"]
if text == "(":
depth += 1
if indented and not crlf:
buffer += os.linesep
crlf = True
# Space between each term
last = buffer[-1:] if len(buffer) > 0 else ""
crlf = last in ["\r", "\n"]
if not crlf and last != " " and last != "\t" and last != "(" and not text.startswith(
"\r") and not text.startswith(
"\n") and text != ")" and len(buffer) > 0:
buffer += " "
# New line for a new main move
if len(buffer) == 0 or (indented and depth == 0 and last != "\r"
and last != "\n" and re.match(
r"^[0-9]+\.", text) is not None):
buffer += os.linesep
crlf = True
# Alignment
if crlf and depth > 0:
for j in range(0, depth):
buffer += " "
# Term
buffer += text
if indented and text == ")":
buffer += os.linesep
crlf = True
depth -= 1
else:
# Add new line to separate tag section and movetext
print('', file=handle)
buffer = textwrap.fill(" ".join(result), width=80)
# Final
status = reprResult[model.status]
print(buffer, status, file=handle)
# Add new line to separate next game
print('', file=handle)
output = handle.getvalue() if isinstance(handle, StringIO) else ""
handle.close()
return output
def save(handle, model, position=None):
""" Saves the game from GameModel to .pgn """
processed_tags = []
def write_tag(tag, value, roster=False):
nonlocal processed_tags
if tag in processed_tags or (not roster and not value):
return
try:
pval = str(value)
pval = pval.replace("\\", "\\\\")
pval = pval.replace("\"", "\\\"")
print('[%s "%s"]' % (tag, pval), file=handle)
processed_tags = processed_tags + [tag]
except Exception:
pass
# Mandatory ordered seven-tag roster
status = reprResult[model.status]
for tag in mandatory_tags:
value = model.tags[tag]
if tag == "Date":
y, m, d = parseDateTag(value)
y = "%04d" % y if y is not None else "????"
m = "%02d" % m if m is not None else "??"
d = "%02d" % d if d is not None else "??"
value = "%s.%s.%s" % (y, m, d)
elif value == "":
value = "?"
write_tag(tag, value, roster=True)
write_tag("Result", reprResult[model.status], roster=True)
# Variant
if model.variant.variant != NORMALCHESS:
write_tag("Variant", model.variant.cecp_name.capitalize())
# Initial position
if model.boards[0].asFen() != FEN_START:
write_tag("SetUp", "1")
write_tag("FEN", model.boards[0].asFen())
# Number of moves
write_tag("PlyCount", model.ply - model.lowply)
# Final position
if model.reason == WON_CALLFLAG:
value = "time forfeit"
elif model.reason == WON_ADJUDICATION and model.isEngine2EngineGame():
value = "rules infraction"
elif model.reason in (DRAW_ADJUDICATION, WON_ADJUDICATION):
value = "adjudication"
elif model.reason == WHITE_ENGINE_DIED:
value = "white engine died"
elif model.reason == BLACK_ENGINE_DIED:
value = "black engine died"
elif model.reason in ABORTED_REASONS:
value = "abandoned"
elif model.reason in ADJOURNED_REASONS:
value = "unterminated"
else:
value = "unterminated" if status == "*" else None
if value is not None:
write_tag("Termination", value)
# ELO and its variation
if conf.get("saveRatingChange", False):
welo = model.tags["WhiteElo"]
belo = model.tags["BlackElo"]
if welo != "" and belo != "":
write_tag("WhiteRatingDiff", get_elo_rating_change_pgn(model, WHITE)) # Unofficial
write_tag("BlackRatingDiff", get_elo_rating_change_pgn(model, BLACK)) # Unofficial
# Time
if model.timed:
write_tag('WhiteClock', msToClockTimeTag(int(model.timemodel.getPlayerTime(WHITE) * 1000)))
write_tag('BlackClock', msToClockTimeTag(int(model.timemodel.getPlayerTime(BLACK) * 1000)))
# Write all the unprocessed tags
for tag in model.tags:
# Debug: print(">> %s = %s" % (tag, str(model.tags[tag])))
write_tag(tag, model.tags[tag])
# Discovery of the moves and comments
save_emt = conf.get("saveEmt", False)
save_eval = conf.get("saveEval", False)
result = []
walk(model.boards[0].board, result, model, save_emt, save_eval)
# Alignment of the fetched elements
indented = conf.get("indentPgn", False)
if indented:
buffer = ""
depth = 0
crlf = False
for text in result:
# De/Indentation
crlf = (buffer[-1:] if len(buffer) > 0 else "") in ["\r", "\n"]
if text == "(":
depth += 1
if indented and not crlf:
buffer += os.linesep
crlf = True
# Space between each term
last = buffer[-1:] if len(buffer) > 0 else ""
crlf = last in ["\r", "\n"]
if not crlf and last != " " and last != "\t" and last != "(" and not text.startswith("\r") and not text.startswith("\n") and text != ")" and len(buffer) > 0:
buffer += " "
# New line for a new main move
if len(buffer) == 0 or (indented and depth == 0 and last != "\r" and last != "\n" and re.match("^[0-9]+\.", text) is not None):
buffer += os.linesep
crlf = True
# Alignment
if crlf and depth > 0:
for j in range(0, depth):
buffer += " "
# Term
buffer += text
if indented and text == ")":
buffer += os.linesep
crlf = True
depth -= 1
else:
# Add new line to separate tag section and movetext
print('', file=handle)
buffer = textwrap.fill(" ".join(result), width=80)
# Final
status = reprResult[model.status]
print(buffer, status, file=handle)
# Add new line to separate next game
print('', file=handle)
output = handle.getvalue() if isinstance(handle, StringIO) else ""
handle.close()
return output