CODE289MGللبيع شقة 250م واجهةسوبرلوكس متفرع من ش النزهة الرئيسي

CODE289MGللبيع شقة 250م واجهةسوبرلوكس متفرع من ش النزهة الرئيسي
وخطوات من شارع النزهة
واجهة سوبر لوكس
تراس 20م واجهة العمارة
سوبرلوكس 250م
دور 2
مدخل شيك
3غرفه
2 حمام
رسبشن 4 قطع
تشطيب سوبر لوكس
ولها حصة من الارض
#صور ارشيفية#
=======================
مطلوب 6 مليون جنيه
بالاضافة 2.5% عمولة المكتب
شركة اوسكار للتسويق والتقييم العقاري
خدمات عقارية متكاملة متميزة
===========================
للتواصل والاستفسار اتصل بنا علي

============================
شركتنا واحده من اقدم الشركات في مجال التسويق العقاري
حاليا في السوق المصري حيث نقدم خدماتنا من عام 1990
و كذلك نقوم بخدمات الاستشارات العقارية لعملائنا بشكل مجاني بالكامل.
لخدمات البيع أو الشراء و الايجار (إداري _ سكني _ مفروش)
للاستفادة من خدماتنا برجاء التواصل معانا
( )
( )
import requests
import pandas as pd
import numpy as np
import time
import logging
from datetime import datetime

TELEGRAM_BOT_TOKEN = "7784182522:AAGhkwAu4ZaR1h7Fp8Ats1S1zCmybFy0snk"
TELEGRAM_CHAT_ID = "-1002402869621"

TIMEFRAME = '5m'
SYMBOLS = [
'BTCUSDT', 'ETHUSDT', 'BNBUSDT', 'SOLUSDT', 'XRPUSDT', 'ADAUSDT', 'DOGEUSDT', 'AVAXUSDT',
'LTCUSDT', 'LINKUSDT', 'ATOMUSDT', 'DOTUSDT', 'MATICUSDT', 'UNIUSDT', 'NEARUSDT',
'1INCHUSDT', 'ALGOUSDT', 'ALICEUSDT', 'ANKRUSDT', 'API3USDT', 'GALUSDT', 'TRXUSDT',
'BCHUSDT', 'ETCUSDT', 'ZECUSDT', 'XTZUSDT', 'ONTUSDT', 'IOTAUSDT', 'VETUSDT',
'NEOUSDT', 'QTUMUSDT', 'IOSTUSDT', 'THETAUSDT', 'ZILUSDT', 'KNCUSDT', 'ZRXUSDT',
'BANDUSDT', 'RLCUSDT', 'MKRUSDT', 'SNXUSDT', 'TRBUSDT', 'EGLDUSDT', 'ICXUSDT',
'STORJUSDT', 'ENJUSDT', 'KSMUSDT', 'FILUSDT', 'RSRUSDT', 'LRCUSDT', 'AXSUSDT',
'ZENUSDT', 'SKLUSDT', 'GRTUSDT', 'CHZUSDT', 'SANDUSDT', 'RVNUSDT', 'SFPUSDT',
'CHRUSDT', 'MANAUSDT', 'HBARUSDT', 'TLMUSDT', 'GTCUSDT', 'CELOUSDT', 'ARUSDT',
'DYDXUSDT', 'APEUSDT', 'IMXUSDT', 'GMXUSDT', 'APTUSDT', 'HOOKUSDT', 'MAGICUSDT',
'LDOUSDT', 'XLMUSDT', 'DASHUSDT', 'ONEUSDT', 'CELRUSDT', 'HOTUSDT', 'MTLUSDT',
'OGNUSDT', 'IOTXUSDT', 'MASKUSDT', 'ARPAUSDT', 'CTSIUSDT', 'LPTUSDT', 'ENSUSDT',
'PEOPLEUSDT', 'ROSEUSDT', 'DUSKUSDT', 'FLOWUSDT', 'WOOUSDT', 'JASMYUSDT', 'DARUSDT',
'ICPUSDT', 'QNTUSDT', 'FXSUSDT', 'NMRUSDT', 'AGLDUSDT', 'XMRUSDT', 'KASUSDT',
'ONDOUSDT', 'TONUSDT', 'CTKUSDT', 'FIOUSDT', 'GPSUSDT', 'SIGNUSDT', 'GOATUSDT',
'COOKIEUSDT', 'PUNDIXUSDT', 'GUNUSDT', 'SONICUSDT', 'SANTOSUSDT', 'SWARMSUSDT',
'VICUSDT', '1000CATUSDT', '1MBABYDOGEUSDT', 'AIXBTUSDT', 'ALPACAUSDT', 'CATIUSDT',
'CGPTUSDT', 'CVXUSDT', 'DFUSDT', 'FARTCOINUSDT', 'FIDAUSDT', 'FLUIDUSDT', 'HMSTRUSDT',
'KMNOUSDT'
]

RSI_PERIOD = 12
EMA_FAST = 23
EMA_SLOW = 200
RSI_BUY_MAX = 35.0
RSI_SELL_MIN = 65.0
CONNORS_BUY_MIN = 30.0
CONNORS_BUY_MAX = 50.0
CONNORS_SELL_MIN = 50.0
CONNORS_SELL_MAX = 70.0
CONNORS_RSI_PERIOD = 3
CONNORS_STREAK_PERIOD = 3
CONNORS_RANK_PERIOD = 100
LIMIT = 300
SCAN_SLEEP = 120
REQUEST_SLEEP = 0.25

BASE_URL = "https://api. binance. com/api/v3/klines"
TELEGRAM_URL = f"https://api. telegram. org/bot{TELEGRAM_BOT_TOKEN}/sendMessage"

logging. basicConfig(level=logging. INFO, format='%(asctime)s - %(message)s')

def send_telegram(text):
try:
payload = {"chat_id": int(TELEGRAM_CHAT_ID), "text": text, "parse_mode": "HTML"}
resp = requests. post(TELEGRAM_URL, json=payload, timeout=10)
data = resp. json()
if resp. status_code == 200 and data. get("ok"):
return True
logging. error(f"Telegram: {data. get('description')}")
return False
except Exception as e:
logging. error(f"Telegram Error: {e}")
return False

def fetch_klines(symbol):
try:
resp = requests. get(BASE_URL, params={"symbol": symbol, "interval": TIMEFRAME, "limit": LIMIT}, timeout=10)
if resp. status_code == 429:
time. sleep(30)
return pd. DataFrame()
resp. raise_for_status()
df = pd. DataFrame(resp. json(), columns=["OpenTime", "Open", "High", "Low", "Close", "Volume", "CloseTime", "QuoteVol", "Trades", "TakerBuyBase", "TakerBuyQuote", "Ignore"])
for col in ["High", "Low", "Close"]:
df[col] = df[col]. astype(float)
return df[["High", "Low", "Close"]]
except Exception as e:
logging. error(f"Fetch {symbol}: {e}")
return pd. DataFrame()

def calculate_connors_rsi(close_series):
delta = close_series. diff()
gain = delta. where(delta > 0.0.0). ewm(com=CONNORS_RSI_PERIOD - 1, adjust=False). mean()
loss = (-delta. where(delta < 0.0.0)). ewm(com=CONNORS_RSI_PERIOD - 1, adjust=False). mean()
rs = gain / loss. replace(0, np. nan)
rsi_short = (100 - (100 / (1 + rs))). fillna(50.0)

streak = pd. Series(0.0, index=close_series. index)
for i in range(1, len(close_series)):
if close_series. iloc[i] > close_series. iloc[i-1]:
streak. iloc[i] = max(streak. iloc[i-1], 0) + 1
elif close_series. iloc[i] < close_series. iloc[i-1]:
streak. iloc[i] = min(streak. iloc[i-1], 0) - 1

streak_delta = streak. diff()
s_gain = streak_delta. where(streak_delta > 0.0.0). ewm(com=CONNORS_STREAK_PERIOD - 1, adjust=False). mean()
s_loss = (-streak_delta. where(streak_delta < 0.0.0)). ewm(com=CONNORS_STREAK_PERIOD - 1, adjust=False). mean()
s_rs = s_gain / s_loss. replace(0, np. nan)
streak_rsi = (100 - (100 / (1 + s_rs))). fillna(50.0)

pct_change = close_series. pct_change()
def p_rank(x):
clean = x. dropna()
if len(clean) < 10:
return 50.0
return (clean. iloc[-1] > clean). sum() / len(clean) * 100
pct_rank = pct_change. rolling(CONNORS_RANK_PERIOD). apply(p_rank, raw=False). fillna(50.0)

return ((rsi_short + streak_rsi + pct_rank) / 3.0). fillna(50.0)

def calculate_rsi(close_series, period):
delta = close_series. diff()
gain = delta. where(delta > 0.0.0). ewm(com=period - 1, adjust=False). mean()
loss = (-delta. where(delta < 0.0.0)). ewm(com=period - 1, adjust=False). mean()
rs = gain / loss. replace(0, np. nan)
rsi = 100 - (100 / (1 + rs))
return rsi. fillna(50.0)

def check_mean_reversion(df):
if df. empty or len(df) < 250:
return None

close = df["Close"]
ema_fast = close. ewm(span=EMA_FAST, adjust=False). mean(). iloc[-1]
ema_slow = close. ewm(span=EMA_SLOW, adjust=False). mean(). iloc[-1]
rsi = calculate_rsi(close, RSI_PERIOD). iloc[-1]
connors = calculate_connors_rsi(close). iloc[-1]
price = close. iloc[-1]
low_20 = df["Low"]. rolling(20). min(). iloc[-1]
high_20 = df["High"]. rolling(20). max(). iloc[-1]

is_buy = (ema_fast > ema_slow) and (rsi < RSI_BUY_MAX) and (CONNORS_BUY_MIN < connors < CONNORS_BUY_MAX)
is_sell = (ema_fast < ema_slow) and (rsi > RSI_SELL_MIN) and (CONNORS_SELL_MIN < connors < CONNORS_SELL_MAX)

if is_buy:
return {"signal": "BUY", "price": price, "rsi": rsi, "connors": connors, "ema_fast": ema_fast, "ema_slow": ema_slow, "low_20": low_20}
elif is_sell:
return {"signal": "SELL", "price": price, "rsi": rsi, "connors": connors, "ema_fast": ema_fast, "ema_slow": ema_slow, "high_20": high_20}
return None

def format_message(symbol, s):
color = " " if s["signal"] == "BUY" else " "
arrow = " " if s["signal"] == "BUY" else " "

if s["signal"] == "BUY":
sl = round(s["low_20"] * 0.995, 4)
risk = s["price"] - sl
tp1 = round(s["price"] + risk * 1.5, 4)
tp2 = round(s["price"] + risk * 2.5, 4)
tp3 = round(s["price"] + risk * 4.0, 4)
rsi_text = f"RSI(12): {s['rsi']:. 2f} (تشبع بيعي)"
connors_text = f"Connors: {s['connors']:. 2f} (بداية تعافي)"
else:
sl = round(s["high_20"] * 1.005, 4)
risk = sl - s["price"]
tp1 = round(s["price"] - risk * 1.5, 4)
tp2 = round(s["price"] - risk * 2.5, 4)
tp3 = round(s["price"] - risk * 4.0, 4)
rsi_text = f"RSI(12): {s['rsi']:. 2f} (تشبع شرائي)"
connors_text = f"Connors: {s['connors']:. 2f} (بداية هدوء)"

time_str = datetime. now(). strftime("%Y-%m-%d %H:%M:%S")

return (
f"{color} Mean Reversion Pullback - {s['signal']} {arrow}\n"
f" \n"
f" {symbol} | ⏱ 5m\n"
f" Entry: {s['price']:. 4f}\n"
f" \n"
f" المؤشرات:\n"
f" EMA(23): {s['ema_fast']:. 4f}\n"
f" EMA(200): {s['ema_slow']:. 4f}\n"
f" {rsi_text}\n"
f" {connors_text}\n"
f" \n"
f" إدارة المخاطر:\n"
f" SL: {sl:. 4f}\n"
f" TP1: {tp1:. 4f} (1:1.5)\n"
f" TP2: {tp2:. 4f} (1:2.5)\n"
f" TP3: {tp3:. 4f} (1:4)\n"
f" \n"
f" مراقبة فقط\n"
f" {time_str}"
)

def main():
last_signals = {s: None for s in SYMBOLS}
start_time = time. time()
last_status_time = time. time()
total_signals = 0

logging. info("بدء تشغيل Mean Reversion Pullback Bot. . . ")

if not send_telegram(" تشغيل Mean Reversion Pullback Bot\nالشروط:\n- شراء: RSI < 35 + Connors 30-50\n- بيع: RSI > 65 + Connors 50-70"):
logging. error("فشل الاتصال بتيليجرام")
return

logging. info("اتصال تيليجرام ناجح. بدء المراقبة. . . ")
time. sleep(3)

while True:
try:
checked = 0
cycle_signals = 0

for symbol in SYMBOLS:
df = fetch_klines(symbol)
if df. empty or len(df) < 250:
time. sleep(REQUEST_SLEEP)
continue

signal = check_mean_reversion(df)
checked += 1

if signal:
current = signal["signal"]
if current != last_signals[symbol]:
if send_telegram(format_message(symbol, signal)):
last_signals[symbol] = current
cycle_signals += 1
total_signals += 1
logging. info(f" {symbol} - {current} | RSI={signal['rsi']:. 2f} | Connors={signal['connors']:. 2f}")
else:
last_signals[symbol] = None

time. sleep(REQUEST_SLEEP)

if time. time() - last_status_time >= 900:
uptime_h = (time. time() - start_time) / 3600
status_msg = (
f" تقرير الحالة\n"
f"يعمل منذ: {uptime_h:. 2f} ساعة\n"
f"العملات المفحوصة: {checked}\n"
f"الإشارات: {total_signals}\n"
f" {datetime. now(). strftime('%Y-%m-%d %H:%M:%S')}"
)
send_telegram(status_msg)
last_status_time = time. time()

logging. info(f" فحص {checked} عملة، {cycle_signals} إشارة. انتظار {SCAN_SLEEP} ثانية. . . ")
time. sleep(SCAN_SLEEP)

except KeyboardInterrupt:
logging. info("إيقاف يدوي")
send_telegram("⏹ تم إيقاف البوت")
break
except Exception as e:
logging. error(f"خطأ: {e}")
time. sleep(60)

if __name__ == "__main__":
main()