Snippets Collections
from typing import List
from collections import deque

class Solution:
    def canFinish(self, numCourses: int, prerequisites: List[List[int]]) -> bool:
        # Build adjacency list: b -> list of courses that depend on b
        adj = [[] for _ in range(numCourses)]
        # indegree[x] = number of prerequisites for course x
        indegree = [0] * numCourses

        for a, b in prerequisites:
            adj[b].append(a)
            indegree[a] += 1

        # Queue courses that currently have no prerequisites
        q = deque()
        for c in range(numCourses):
            if indegree[c] == 0:
                q.append(c)

        taken = 0  # count processed courses

        # Remove prerequisites layer by layer
        while q:
            course = q.popleft()
            taken += 1

            # Taking 'course' reduces indegree of its dependent courses
            for nxt in adj[course]:
                indegree[nxt] -= 1
                if indegree[nxt] == 0:
                    q.append(nxt)

        # If we processed all courses, no cycle exists
        return taken == numCourses
The rapid growth of cryptocurrency adoption has encouraged more entrepreneurs to launch their own trading platforms without the time and expense of building an exchange from scratch. A Coinbase Clone Script provides a faster route to market with essential features such as secure wallet integration, advanced trading functionality, KYC/AML support, scalable architecture, and a user-friendly interface, making it an attractive choice for businesses entering the crypto space.
For businesses looking to capitalize on this growing opportunity, Coinexra's Coinbase Clone Script offers a fully customizable, enterprise-grade solution designed for performance, security, and scalability. With advanced features, seamless deployment, and end-to-end support, Coinexra helps entrepreneurs launch a competitive crypto exchange with confidence.
Read More >> https://www.coinexra.com/coinbase-clone-script 
Build your sports betting business with a custom 1xBet clone script designed around your operational needs. Connect reliable sports data sources and create a platform that supports efficient management, streamlined operations, and business growth. 
For most founders, this comes down to one thing, speed versus control. Building from scratch gives you full control, but it takes months of development, a skilled blockchain team, and a higher budget. You are responsible for everything, from security and multi-chain support to testing and maintenance.
A Trust Wallet clone script, on the other hand, gives you a ready foundation. Core features like wallet management, token swaps, and integrations are already built. You can customize it for your brand and go live much faster.
From a business perspective, the advantage is clear. A clone script reduces development time and cost, and lets you focus on user growth and revenue instead of backend complexity. Building from scratch only makes sense if you have a large budget and a very specific product vision.
If your goal is to launch quickly and scale efficiently, buying a Trust Wallet clone script is the more practical choice. Coinexra stands out as the best Trust Wallet clone script provider, offering reliable and customizable solutions built for real business use.
>> https://www.coinexra.com/trust-wallet-clone 
Looking to enter the growing space of event-based trading platforms? A Kalshi clone script gives you everything you need to launch a platform where users can trade on real-world outcomes like economic data, elections, or global events, similar to Kalshi.

Instead of spending months on development, a ready-made solution helps you go live quickly with built-in features like event creation, real-time trading, automated settlement, and a secure user interface. This makes it easier to attract both crypto-native users and traditional traders who are looking for new ways to engage with markets.

What makes this opportunity even more valuable is the business potential. Event trading platforms open up multiple revenue streams through trading fees, event listings, and premium features. With the right setup, you can build a scalable and sustainable fintech business.

This is where Coinexra stands out. As a leading provider of Kalshi clone scripts, Coinexra offers a reliable, secure, and fully customizable solution tailored for entrepreneurs. Their script is designed with scalability, compliance readiness, and user experience in mind, making it easier to launch and grow your platform without technical hurdles.

If you are serious about building a future-ready event trading platform, Coinexra’s Kalshi clone script is one of the best choices to get started quickly and confidently. Read more >> https://www.coinexra.com/kalshi-clone-script 

Looking to build your own prediction market platform without the time and cost of developing from scratch? A Polymarket clone script gives you a ready-made foundation to launch a platform where users can trade on real-world outcomes, similar to Polymarket.
These scripts typically come with essential features like market creation, real-time trading, wallet integration, and automated result settlement, so you can get started quickly. You also have the flexibility to customise the platform to match your brand and scale it as your user base grows. Many modern solutions even support multi-chain environments, helping you reach a wider audience and reduce dependency on a single network.
From a business angle, prediction markets offer strong revenue potential through trading fees and premium features, while tapping into the growing demand for transparent Web3 platforms.
If you’re aiming for a smooth launch and long-term scalability, choosing the right solution matters. Coinexra’s Polymarket clone script offers a secure, customizable, and scalable option, making it a solid choice for entrepreneurs ready to enter the prediction market space. >> https://www.coinexra.com/polymarket-clone-script 
Investors are increasingly interested in crypto businesses built on a Kraken Clone Script because they can enter the market faster, reduce development costs, and launch with proven trading features. A reliable script provides the foundation for a secure, scalable exchange while allowing businesses to customize branding, add revenue-generating services, and expand as user demand grows. This combination of lower risk and faster market entry makes such ventures more attractive to potential investors.
For businesses looking to launch with confidence, Coinexra's Kraken Clone Script offers a feature-rich, secure, and fully customizable solution designed for long-term growth. With enterprise-grade security, advanced trading capabilities, liquidity integration, and ongoing technical support, Coinexra helps entrepreneurs build a competitive crypto exchange that is ready to scale in today's evolving digital asset market.
Get More insights >> https://www.coinexra.com/kraken-clone-script 
<iframe src="https://www.thiscodeworks.com/embed/6a5f24b44f430f0014b5d7bf" style="width: 100%; height: 86px;" frameborder="0" bis_size="{&quot;x&quot;:0,&quot;y&quot;:0,&quot;w&quot;:0,&quot;h&quot;:0,&quot;abs_x&quot;:0,&quot;abs_y&quot;:0}"></iframe>
In today’s fast-moving crypto market, traders need more than manual strategies to stay competitive. Advanced crypto trading bots help automate trades, analyze market movements in real time, and execute strategies with speed and accuracy. From algorithmic trading and arbitrage to portfolio management and risk controls, a powerful trading bot can help traders make smarter decisions while reducing manual effort.
Modern crypto trading bot solutions also support multi-exchange integration, customizable trading strategies, real-time analytics, and secure APIs, making them ideal for both individual traders and growing businesses looking to scale automated trading operations.
For businesses or traders looking to build a secure and feature-rich platform, crypto trading bot solutions by Softean are an excellent choice, offering scalable, reliable, and customized development tailored to modern trading needs.
Learn More >> https://www.softean.com/crypto-trading-bot-development 
Sub Main()

    Dim App As femap.model
    Set App = feFemap()

    '==================================================
    ' USER INPUT
    '==================================================

    Dim ConstraintSetID As Long
    ConstraintSetID = 4

    Dim OutputSetID As Long
    OutputSetID = 221

    '==================================================
    ' RESULTS OBJECT
    '==================================================

    Dim RBO As femap.Results
    Set RBO = App.feResults

    Dim ndSet As femap.Set
    Set ndSet = App.feSet

    '==================================================
    ' CONSTRAINT OBJECTS
    '==================================================

    Dim feBCSet As femap.BCSet
    Set feBCSet = App.feBCSet

    Dim feBCGeom As femap.BCGeom
    Set feBCGeom = App.feBCGeom

    Dim feBCNode As femap.BCNode
    Set feBCNode = App.feBCNode

    Dim p As femap.Point
    Set p = App.fePoint

    Dim s As femap.Surface
    Set s = App.feSurface

    Dim c As femap.Curve
    Set c = App.feCurve

    '==================================================
    ' FORCE VECTOR IDs
    '==================================================

    Dim fxVecID As Long
    Dim fyVecID As Long
    Dim fzVecID As Long

    fxVecID = 52
    fyVecID = 53
    fzVecID = 54

    '==================================================
    ' NODE ARRAYS
    '==================================================

    Dim txNodes() As Long
    Dim tyNodes() As Long
    Dim tzNodes() As Long

    Dim txCount As Long
    Dim tyCount As Long
    Dim tzCount As Long

    txCount = 0
    tyCount = 0
    tzCount = 0

    ReDim txNodes(0)
    ReDim tyNodes(0)
    ReDim tzNodes(0)

    Dim Nodes As Variant
    Dim numNodes As Long

    Dim i As Long
    Dim rc As Long

    '==================================================
    ' GET CONSTRAINT SET
    '==================================================

    If feBCSet.Get(ConstraintSetID) <> FE_OK Then
        App.feAppMessage FCM_ERROR, "Constraint Set not found!"
        Exit Sub
    End If

    feBCSet.Active = ConstraintSetID

    '==================================================
    ' GEOMETRY CONSTRAINTS
    '==================================================

    feBCGeom.Reset

    While feBCGeom.Next

        ' POINT
        If feBCGeom.geomTYPE = 3 Then

            rc = p.Get(feBCGeom.geomID)

            If rc = FE_OK Then

                rc = p.Nodes(numNodes, Nodes)

                If rc = FE_OK Then

                    For i = 0 To numNodes - 1

                        If feBCGeom.dof(0) Then
                            txNodes(txCount) = Nodes(i)
                            txCount = txCount + 1
                            ReDim Preserve txNodes(txCount)
                        End If

                        If feBCGeom.dof(1) Then
                            tyNodes(tyCount) = Nodes(i)
                            tyCount = tyCount + 1
                            ReDim Preserve tyNodes(tyCount)
                        End If

                        If feBCGeom.dof(2) Then
                            tzNodes(tzCount) = Nodes(i)
                            tzCount = tzCount + 1
                            ReDim Preserve tzNodes(tzCount)
                        End If

                    Next i

                End If

            End If

        End If

        ' CURVE
        If feBCGeom.geomTYPE = 4 Then

            rc = c.Get(feBCGeom.geomID)

            If rc = FE_OK Then

                rc = c.Nodes(True, True, numNodes, Nodes)

                If rc = FE_OK Then

                    For i = 0 To numNodes - 1

                        If feBCGeom.dof(0) Then
                            txNodes(txCount) = Nodes(i)
                            txCount = txCount + 1
                            ReDim Preserve txNodes(txCount)
                        End If

                        If feBCGeom.dof(1) Then
                            tyNodes(tyCount) = Nodes(i)
                            tyCount = tyCount + 1
                            ReDim Preserve tyNodes(tyCount)
                        End If

                        If feBCGeom.dof(2) Then
                            tzNodes(tzCount) = Nodes(i)
                            tzCount = tzCount + 1
                            ReDim Preserve tzNodes(tzCount)
                        End If

                    Next i

                End If

            End If

        End If

        ' SURFACE
        If feBCGeom.geomTYPE = 5 Then

            rc = s.Get(feBCGeom.geomID)

            If rc = FE_OK Then

                rc = s.Nodes(True, True, numNodes, Nodes)

                If rc = FE_OK Then

                    For i = 0 To numNodes - 1

                        If feBCGeom.dof(0) Then
                            txNodes(txCount) = Nodes(i)
                            txCount = txCount + 1
                            ReDim Preserve txNodes(txCount)
                        End If

                        If feBCGeom.dof(1) Then
                            tyNodes(tyCount) = Nodes(i)
                            tyCount = tyCount + 1
                            ReDim Preserve tyNodes(tyCount)
                        End If

                        If feBCGeom.dof(2) Then
                            tzNodes(tzCount) = Nodes(i)
                            tzCount = tzCount + 1
                            ReDim Preserve tzNodes(tzCount)
                        End If

                    Next i

                End If

            End If

        End If

    Wend

    '==================================================
    ' NODAL CONSTRAINTS
    '==================================================

    feBCNode.Reset

    While feBCNode.Next

        If feBCNode.dof(0) Then
            txNodes(txCount) = feBCNode.ID
            txCount = txCount + 1
            ReDim Preserve txNodes(txCount)
        End If

        If feBCNode.dof(1) Then
            tyNodes(tyCount) = feBCNode.ID
            tyCount = tyCount + 1
            ReDim Preserve tyNodes(tyCount)
        End If

        If feBCNode.dof(2) Then
            tzNodes(tzCount) = feBCNode.ID
            tzCount = tzCount + 1
            ReDim Preserve tzNodes(tzCount)
        End If

    Wend

    '==================================================
    ' FORCE RESULTS
    '==================================================

    Dim totalTX As Double
    Dim totalTY As Double
    Dim totalTZ As Double

    Dim vals As Variant
    Dim ids As Variant
    Dim idx As Variant
    Dim nCol As Long
    Dim colID As Long

    totalTX = 0
    totalTY = 0
    totalTZ = 0

    '==================================================
    ' TX NODES -> VECTOR 52
    '==================================================

    App.feAppMessage FCM_NORMAL, "===== TX NODES ====="

    ndSet.Clear

    For i = 0 To txCount - 1

        App.feAppMessage FCM_NORMAL, Str(txNodes(i))
        ndSet.Add txNodes(i)

    Next i

    RBO.Clear
    RBO.AddColumnV2 OutputSetID, 52, False, nCol, idx

    RBO.DataNeeded FT_NODE, ndSet.ID
    RBO.Populate
    RBO.SendToDataTable

    If IsArray(idx) Then
        colID = idx(0)
    Else
        colID = idx
    End If

    RBO.GetColumn colID, ids, vals

    If IsArray(vals) Then
        For i = 0 To UBound(vals)
            totalTX = totalTX + vals(i)
        Next i
    Else
        totalTX = vals
    End If
    If Abs(totalTX) < 0.000001 Then totalTX = 0
    App.feAppMessage FCM_NORMAL, "Total FX = " & Format(totalTX, "0.###")
    '==================================================
    ' TY NODES -> VECTOR 53
    '==================================================

    App.feAppMessage FCM_NORMAL, "===== TY NODES ====="

    ndSet.Clear

    For i = 0 To tyCount - 1

        App.feAppMessage FCM_NORMAL, Str(tyNodes(i))
        ndSet.Add tyNodes(i)

    Next i

    RBO.Clear
    RBO.AddColumnV2 OutputSetID, 53, False, nCol, idx

    RBO.DataNeeded FT_NODE, ndSet.ID
    RBO.Populate
    RBO.SendToDataTable

    If IsArray(idx) Then
        colID = idx(0)
    Else
        colID = idx
    End If

    RBO.GetColumn colID, ids, vals

    If IsArray(vals) Then
        For i = 0 To UBound(vals)
            totalTY = totalTY + vals(i)
        Next i
    Else
        totalTY = vals
    End If
    If Abs(totalTY) < 0.000001 Then totalTY = 0
    App.feAppMessage FCM_NORMAL, "Total FY = " & Format(totalTY, "0.###")

    '==================================================
    ' TZ NODES -> VECTOR 54
    '==================================================

    App.feAppMessage FCM_NORMAL, "===== TZ NODES ====="

    ndSet.Clear

    For i = 0 To tzCount - 1

        App.feAppMessage FCM_NORMAL, Str(tzNodes(i))
        ndSet.Add tzNodes(i)

    Next i

    RBO.Clear
    RBO.AddColumnV2 OutputSetID, 54, False, nCol, idx

    RBO.DataNeeded FT_NODE, ndSet.ID
    RBO.Populate
    RBO.SendToDataTable

    If IsArray(idx) Then
        colID = idx(0)
    Else
        colID = idx
    End If

    RBO.GetColumn colID, ids, vals

    If IsArray(vals) Then
        For i = 0 To UBound(vals)
            totalTZ = totalTZ + vals(i)
        Next i
    Else
        totalTZ = vals
    End If

    If Abs(totalTZ) < 0.000001 Then totalTZ = 0
    App.feAppMessage FCM_NORMAL, "Total FZ = " & Format(totalTZ, "0.###")

End Sub
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon .dipi-lottie-title,
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon .dipi-lottie-desc {
transition: color .35s ease;
}
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon .dipi-lottie-icon {
transition: filter .35s ease;
}
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon:hover .dipi-lottie-title,
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon:hover .dipi-lottie-desc {
color: #000 !important;
}
.et_pb_module.dipi_lottie_icon.dp-custom-lottie-icon:hover .dipi-lottie-icon {
filter: invert(1);
}
A modern Bybit clone script should go beyond basic branding, allowing businesses to customize trading features, supported assets, fee structures, security settings, payment integrations, and the user experience. This flexibility helps create a unique exchange that can adapt as business needs evolve.
For businesses seeking a scalable and feature-rich solution, Coinexra's Bybit Clone Script is an excellent choice. It offers enterprise-grade security, advanced trading capabilities, and extensive customization options to help launch a competitive crypto exchange.
 
add_filter( 'sp_wpcp_out_of_stock_product', '__return_true' );
Turn fantasy sports engagement into a scalable business opportunity. With expert Fantasy Sports App Development, businesses can launch platforms designed for user growth, retention, and long-term market presence. Bidbits helps entrepreneurs build reliable fantasy sports applications aligned with their business objectives.
#!/bin/bash
# reporte_sistema.sh
# Genera un informe detallado de recursos del sistema y lo guarda/appende en un .txt
# Compatible con Linux (Debian, Ubuntu, RHEL, CentOS, Fedora, Arch, etc.)

set -euo pipefail

# Directorio donde está el script y archivo de salida
SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
OUTPUT_FILE="$SCRIPT_DIR/system_report.txt"

HOSTNAME=$(hostname)
TIMESTAMP=$(date "+%Y-%m-%d %H:%M:%S")

# Separador y encabezado del equipo
{
  echo "================================================================================"
  echo "🖥️  REPORTE DEL EQUIPO: $HOSTNAME"
  echo "📅 FECHA DE EJECUCIÓN: $TIMESTAMP"
  echo "================================================================================"
  
  # 1. SISTEMA OPERATIVO
  echo -e "\n📦 [ SISTEMA OPERATIVO ]"
  if [ -f /etc/os-release ]; then
    grep -E "^(PRETTY_NAME|VERSION_ID)=" /etc/os-release | sed 's/PRETTY_NAME=/Nombre: /; s/VERSION_ID=/Versión: /'
  else
    uname -s -r -v
  fi
  echo "Kernel: $(uname -r)"
  echo "Arquitectura: $(uname -m)"

  # 2. CPU (Procesador)
  echo -e "\n🧠 [ PROCESADOR (CPU) ]"
  if command -v lscpu &>/dev/null; then
    lscpu | grep -E "^(Model name|Architecture|CPU\(s\)|Thread\(s\) per core|Core\(s\) per socket|Socket\(s\))"
  else
    echo "(lscpu no disponible. Mostrando info básica de /proc/cpuinfo)"
    grep -m 1 "model name" /proc/cpuinfo
    echo "Núcleos lógicos: $(nproc)"
  fi

  # Cálculo de uso de CPU (toma 1 segundo de muestra)
  read -r _ user nice system idle iowait irq softirq steal _ _ < /proc/stat
  total1=$((user + nice + system + idle + iowait + irq + softirq + steal))
  idle1=$idle
  sleep 1
  read -r _ user nice system idle iowait irq softirq steal _ _ < /proc/stat
  total2=$((user + nice + system + idle + iowait + irq + softirq + steal))
  idle2=$idle
  total_diff=$((total2 - total1))
  idle_diff=$((idle2 - idle1))
  [ "$total_diff" -eq 0 ] && total_diff=1
  cpu_usage=$(( (total_diff - idle_diff) * 100 / total_diff ))
  cpu_free=$((100 - cpu_usage))
  echo "📊 Uso CPU (muestra 1s): ~${cpu_usage}% usado | ~${cpu_free}% libre"

  # 3. MEMORIA RAM
  echo -e "\n💾 [ MEMORIA RAM ]"
  if command -v free &>/dev/null; then
    mem_total=$(free -m | awk '/^Mem:/ {print $2}')
    mem_used=$(free -m | awk '/^Mem:/ {print $3}')
    mem_free=$(free -m | awk '/^Mem:/ {print $4}')
    mem_avail=$(free -m | awk '/^Mem:/ {print $7}')
    echo "📈 RAM Total: ${mem_total} MB"
    echo "📉 RAM Usada: ${mem_used} MB"
    echo "📊 RAM Libre: ${mem_free} MB"
    echo "🔄 RAM Disponible: ${mem_avail} MB"
    swap_total=$(free -m | awk '/^Swap:/ {print $2}')
    echo "💿 Swap: ${swap_total} MB"
  else
    echo "(comando 'free' no disponible)"
  fi

  # 4. ALMACENAMIENTO (DISCOS REALES)
  echo -e "\n💿 [ ALMACENAMIENTO (DISCO DURO) ]"
  echo "Particiones físicas (/dev/*):"
  df -h | grep -E '^/dev/' | while read -r fs size used avail use mount; do
    echo "  📁 $mount | Total: $size | Usado: $used | Libre: $avail | Uso: $use"
  done
  # Resumen de la raíz /
  root_info=$(df -h / | awk 'NR==2 {printf "Total: %s | Usado: %s | Libre: %s", $2, $3, $4}')
  echo "  🌐 Resumen raíz (/): $root_info"

  # 5. RED Y HARDWARE ADICIONAL
  echo -e "\n🔌 [ RED Y HARDWARE ]"
  echo "Interfaces de red:"
  if command -v ip &>/dev/null; then
    ip -br addr show | grep -v "lo "
  elif command -v ifconfig &>/dev/null; then
    ifconfig -a | grep -E "^[a-z]" | awk '{print "  - "$1}'
  fi
  echo "Dispositivos PCI principales (máx. 8):"
  lspci 2>/dev/null | head -8 || echo "  (lspci no disponible)"
  echo "Dispositivos USB conectados:"
  lsusb 2>/dev/null | head -5 || echo "  (lsusb no disponible)"

  echo -e "\n================================================================================\n"
} >> "$OUTPUT_FILE"

echo "✅ Informe guardado correctamente en: $OUTPUT_FILE"
echo "📂 Para verlo: cat \"$OUTPUT_FILE\""
echo "⚠️  Nota: El cálculo de CPU tarda ~1 segundo para mayor precisión."
The crypto margin trading market is booming in 2026, with the global market cap crossing $4–6 trillion. If you're planning to launch a margin trading exchange, the key differentiators are leverage flexibility (2x–10x), real-time liquidation engines, and robust risk management tools like stop-loss and margin calls. Hivelance builds enterprise-grade crypto margin trading platforms with multi-currency support, liquidity integration, and KYC/AML compliance baked in. Build Your Margin trading platform with full cycle support from Hivelance team

Know More:

Visit – https://www.hivelance.com/crypto-margin-trading-exchange-development
WhatsApp - +918438595928
Telegram - Hivelance
Mail - sales@hivelance.com
Kickstart your own P2P Crypto Exchange Software with a fast, secure, and feature-rich platform. We offer end-to-end development solutions including customizable trading engines, escrow-based transactions, multi-currency wallets, KYC/AML verification, dispute resolution systems, and advanced admin dashboards. Designed for seamless user experience and high-performance trading, our solutions help crypto startups and fintech ventures enter the market quickly and confidently. Build a reliable P2P Crypto Exchange Software that users can trust and scale as your business grows.  
mkdir homebrew && curl -L https://github.com/Homebrew/brew/tarball/main | tar xz --strip-components 1 -C homebrew
As digital payments continue to evolve, stablecoin is becoming a strategic priority for fintech startups looking to improve transaction efficiency and expand their services. Unlike traditional cryptocurrencies, stablecoins offer price stability, making them suitable for payments, remittances, and financial applications.
Many fintech companies are investing in stablecoin to enable faster cross-border transactions, reduce settlement times, and lower operational costs. Stablecoins also provide greater accessibility for users who may face limitations with traditional banking systems.
With growing institutional adoption and increasing regulatory clarity, stablecoin development is emerging as a key area of innovation. Fintech startups that integrate stablecoin solutions early may gain a competitive advantage in the rapidly evolving digital finance ecosystem.
Get insights >> https://www.softean.com/stablecoin-development-services 
var testUserName = "userSysIdOrName"; // change
var me = gs.getUserID();

var session = gs.getSession();

try {
  // Only impersonate if testUserName is provided as an argument into the function)
  if (JSUtil.notNil(testUserName)) session.impersonate(testUserName);

  // what you want to run as the impersonated user - START
// e.g. GlideRecord query etc etc

  // what you want to run as the impersonated user - END
} catch (e) {
  gs.error(
    "Error whilst impersonating and running test:\n" + e,
  );
} finally {
  // Only impersonate back to the logged in user if testUserName is provided as an argument into the function)
  if (JSUtil.notNil(testUserName)) session.impersonate(me);
}
    mask-image: linear-gradient(to right, transparent 0%, black 15%, black 85%, transparent 100%);
Resumen del estándar IRPAT guardado:
ID ($table->id())
Relaciones (foreignId('name_id')->constrained('names');))
Personal / Datos de negocio (string, date, text, etc.)
Auth (email, password, rememberToken, si aplica)
Timestamps ($table->timestamps())

ejemplo:

<?php

use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;

return new class extends Migration
{
    public function up(): void
    {
        Schema::create('personas', function (Blueprint $table) {
            
            // I - ID (Siempre primero)
            $table->id();

            // R - Relaciones (Primero para evitar problemas de orden SQL)
             $table->foreignId('genero_id')->constrained('generos');
            $table->foreignId('estado_id')->constrained('estados');
            $table->foreignId('usuario_id')->constrained('users');

            // P - Personal / Datos de negocio
            $table->string('nacionalidad');
            $table->string('cedula')->unique();
            $table->string('nombres');
            $table->string('apellidos');
            $table->string('email');
            $table->string('telefono');
            $table->date('fecha_na');
            $table->string('direccion');

            // A - Auth (No aplica en esta tabla, pero iría aquí si fuera necesario)

            // T - Timestamps (Siempre último)
            $table->timestamps();
        });
    }

    public function down(): void
    {
        Schema::dropIfExists('personas');
    }
};
import socket

HOST = "127.0.0.1"
PORT = 5000

client = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
client.connect((HOST, PORT))

client.send("Hello from client!".encode())

data = client.recv(1024).decode()
print("Server says:", data)

client.close()
import socket
import asyncio
#hello client 1 , hello client 2 do that seq and prallel with thread and with synco prallel and seq 
async def fun (clien_socket):
    data = clien_socket.recv(1024).decode()
    print("Client says:", data)
#create a new connection 
HOST = "127.0.0.1"   # Localhost
PORT = 5000

server = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
server.bind((HOST, PORT))
server.listen(1)

print("Server is waiting for a connection...")

client_socket, client_address = server.accept()
print(f"Connected by {client_address}")
# in here 
asyncio.run (fun(client_socket))

client_socket.send("Hello from server!".encode())

client_socket.close()
server.close()
A triangular arbitrage bot is automated trading software that scans a cryptocurrency exchange for price mismatches across three interconnected trading pairs — and executes a sequential sequence of trades to capture the profit before the market self-corrects.

Hivelance stands out as a trusted choice for triangular arbitrage bot development, backed by a team of experienced developers who specialize in building high-performance, low-latency automated Triangular arbitrage trading bots. Their end-to-end crypto trading bot development approach covers everything from real-time API integration and algorithmic opportunity detection to secure key management and performance dashboards, eliminating the need to coordinate multiple vendors.

Know More:

Visit – https://www.hivelance.com/triangular-arbitrage-bot-development
WhatsApp - +918438595928
Telegram - Hivelance
Mail - sales@hivelance.com
As automated crypto payments become more common across exchanges, fintech platforms, and payment systems, fraud prevention is becoming a major concern for businesses. Automated transactions can improve speed and efficiency, but they also increase risks related to unauthorized access, compromised credentials, and transaction manipulation if wallet security is weak.
This is where MPC wallets can make a difference. By removing single points of failure and distributing cryptographic control across multiple parties, MPC wallet technology helps businesses strengthen payment security without slowing down operations. Features like secure transaction approvals, controlled access management, and reduced private key exposure can help minimize fraud risks in automated crypto payment environments.
For businesses planning secure and scalable payment infrastructure, working with the right development partner matters. Softean is a trusted choice for MPC wallet development, helping businesses build secure solutions tailored for modern crypto payment systems.
 
The demand for multi currency crypto wallets is growing significantly in 2026 as users prefer a single platform to manage multiple digital assets instead of switching between wallets. With the rise of stablecoins, altcoins, and cross-chain ecosystems, businesses are seeing the need for wallets that support seamless storage, transfers, and transactions across different cryptocurrencies.
For crypto startups, exchanges, and fintech platforms, offering a multi currency wallet improves user convenience and engagement while supporting global crypto adoption. As competition increases, investing in secure and scalable wallet solutions is becoming a necessity. Businesses looking to build one can consider Softean for reliable multi currency crypto wallet development services.
Get more Insights >> https://www.softean.com/multi-currency-wallet-development 
FIFA World Cup 2026: Why Now Is the Best Time to Launch a Crypto Prediction Market Platform
FIFA World Cup 2026 is the perfect Time for Launching prediction market platforms, attracting billions of engaged fans worldwide. Unlike traditional platforms, blockchain prediction markets offer smart contract automation, transparent transactions, and instant crypto payouts that modern users demand.

Key features like live score integration, AI-driven insights, real-time odds, and mobile-first UI are essential for platform success.

Multiple revenue streams — entry fees, transaction commissions, NFT rewards, token models, and premium subscriptions — make this a highly profitable venture.

The global fanbase spanning multiple countries makes multi-currency crypto payment support a critical requirement for international accessibility. Post-FIFA retention is achievable by expanding into cricket, basketball, esports, and political prediction markets seamlessly.

Why Hivelance is the best place for build your Prediction Market App:

Hivelance Technologies is a leading prediction market development company offering white-label, feature-rich , and fully customizable Prediction Market software solutions tailored for global sports events like FIFA World Cup 2026. From smart contract development and AI integration to real-time data feeds and mobile-optimized UI, Hivelance delivers end-to-end platform builds designed to support millions of concurrent users.

Know More:

Visit – https://www.hivelance.com/prediction-marketplace-development
WhatsApp - +918438595928
Telegram - Hivelance
Mail - sales@hivelance.com
The crypto trading market is becoming more competitive, and businesses are now looking for platforms that offer both performance and security. This is where hybrid crypto exchange development is gaining attention.
A hybrid crypto exchange combines the speed and liquidity of centralized exchanges with the transparency and user control of decentralized platforms. For businesses, this means offering a better trading experience without compromising on security — a key factor in attracting and retaining users.
One of the biggest reasons businesses invest in hybrid crypto exchange development is scalability. A hybrid model can support advanced trading features, multiple cryptocurrencies, better liquidity management, and stronger security measures as the platform grows.
From a business perspective, a hybrid exchange can also create a competitive advantage. As users become more cautious about asset security and platform trust, businesses offering a balance of convenience and transparency are likely to stand out.
While the investment depends on your business goals and feature requirements, many crypto startups see hybrid crypto exchange development as a long-term opportunity rather than just a short-term expense.
For businesses planning to enter the crypto market, partnering with an experienced hybrid crypto exchange development company like Softean can help build a secure, scalable, and future-ready exchange platform.
Read More >> https://www.softean.com/hybrid-crypto-exchange-development 
-- 1. البحث عن عملاء يبدأ اسمهم بحرف 'M' ويليه حرفان فقط (إجمالي 3 حروف مثل Max, May)
SELECT * FROM Customers 
WHERE FirstName LIKE 'M__';

-- 2. البحث عن منتجات كودها يبدأ بـ 'A' وينتهي بـ 'Z' وبينهما 3 أرقام أو حروف
SELECT * FROM Products 
WHERE ProductCode LIKE 'A___Z';
-- البحث عن أي منتج يحتوي اسمه على كلمة "شاشة" في أي مكان
SELECT ProductID, ProductName, Price 
FROM Products 
WHERE ProductName LIKE '%شاشة%';
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