Western Australia NPL Youth League Final Stages stats & predictions
Preparação para a Finais da Liga NPL Juvenil da Austrália Ocidental
A emoção do futebol está no ar enquanto a Austrália Ocidental se prepara para os estágios finais da Liga NPL Juvenil. Este fim de semana promete ser um espetáculo de habilidade, estratégia e paixão pelo esporte. As equipes estão prontas para mostrar suas habilidades em busca de vitória e glória. Aqui, fornecemos um olhar detalhado sobre os jogos agendados para amanhã, com análises de apostas e previsões de especialistas.
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Calendário dos Jogos
Os estágios finais estão programados para começar amanhã, com vários jogos emocionantes aguardando os fãs. Aqui está o calendário completo dos jogos:
- Jogo 1: Time A vs Time B - Campo Central, 15:00
- Jogo 2: Time C vs Time D - Campo Norte, 17:00
- Jogo 3: Time E vs Time F - Campo Sul, 19:00
- Jogo 4: Time G vs Time H - Campo Leste, 21:00
Análise das Equipes
Cada equipe entrou nos estágios finais com uma história única. Vamos mergulhar nas forças e fraquezas das equipes participantes.
Time A
O Time A vem de uma temporada impressionante, demonstrando consistência e uma forte defesa. Com um ataque liderado por jovens talentos, eles são considerados favoritos por muitos analistas.
Time B
O Time B tem uma reputação de jogadas imprevisíveis e uma defesa sólida. Eles têm mostrado uma capacidade incrível de virar o jogo nos momentos decisivos.
Time C
O Time C é conhecido por sua estratégia ofensiva agressiva. Com um histórico de gols em alta escala, eles são uma equipe a ser temida.
Time D
O Time D tem se destacado por sua disciplina tática e habilidade em controlar o ritmo do jogo. Eles têm um time experiente que sabe como lidar com a pressão dos grandes jogos.
Predictions e Apostas Especializadas
Aqui estão algumas previsões de especialistas e dicas de apostas para os jogos amanhã:
Jogo 1: Time A vs Time B
- Predição: Empate com possibilidade de vitória do Time A por um gol.
- Dica de aposta: Ambas as equipes marcam - Sim (Odds: 1.75)
Jogo 2: Time C vs Time D
- Predição: Vitória do Time D por dois gols de diferença.
- Dica de aposta: Total acima de 2.5 gols (Odds: 1.85)
Jogo 3: Time E vs Time F
- Predição: Vitória apertada do Time E por um gol.
- Dica de aposta: Primeiro gol marcado no primeiro tempo (Odds: 1.60)
Jogo 4: Time G vs Time H
- Predição: Vitória do Time H com mais de três gols no total.
- Dica de aposta: Ambas as equipes marcam - Não (Odds: 1.90)
Estratégias das Equipes
<|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/lib/step-functions.js const AWS = require('aws-sdk'); const awsConfig = require('../config/aws'); const sqs = new AWS.SQS(awsConfig); exports.startStepFunctionExecution = async (event) => { const stepFunctions = new AWS.StepFunctions(awsConfig); const params = { stateMachineArn: process.env.STATE_MACHINE_ARN, input: JSON.stringify(event), name: `SLS-${Date.now()}`, }; const result = await stepFunctions.startExecution(params).promise(); return result; }; exports.sendSQSMessage = async (messageBody) => { const params = { MessageBody: JSON.stringify(messageBody), QueueUrl: process.env.SQS_QUEUE_URL, }; await sqs.sendMessage(params).promise(); }; <|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/src/states/calculateInterest.js const awsLambda = require('../../lib/aws-lambda'); exports.handler = async (event) => { console.log('Calculate Interest State'); const interestRate = event.data.InterestRate; const principalAmount = event.data.PrincipalAmount; const durationInYears = event.data.DurationInYears; let interestAmount = principalAmount * interestRate / durationInYears; interestAmount *= durationInYears; return { data: { ...event.data, InterestAmount: interestAmount }, }; }; <|file_sep|>'use strict'; const awsLambda = require('../../lib/aws-lambda'); exports.handler = async (event) => { console.log('Loan Approval State'); if (event.data.InterestRate > process.env.MAX_INTEREST_RATE) { return { endStateReached: true, data: { ...event.data }, reasonForRejection: 'Interest rate is too high to be approved by the bank.', status: 'REJECTED', }; } if (event.data.PrincipalAmount > process.env.MAX_LOAN_AMOUNT) { return { endStateReached: true, data: { ...event.data }, reasonForRejection: 'Principal amount is too high to be approved by the bank.', status: 'REJECTED', }; } if ( event.data.DurationInYears > process.env.MAX_LOAN_DURATION_IN_YEARS ) { return { endStateReached: true, data: { ...event.data }, reasonForRejection: 'Loan Duration is too long to be approved by the bank.', status: 'REJECTED', }; } return { data: { ...event.data }, status: 'APPROVED', }; }; <|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/src/states/calculateEMI.js const awsLambda = require('../../lib/aws-lambda'); exports.handler = async (event) => { console.log('Calculate EMI State'); const principalAmount = event.data.PrincipalAmount; const interestRate = event.data.InterestRate / (100 * event.data.DurationInYears); const durationInMonths = event.data.DurationInYears * process.env.MONTHS_IN_A_YEAR; let emi = principalAmount * interestRate * Math.pow(1 + interestRate, durationInMonths) / (Math.pow(1 + interestRate, durationInMonths) - 1); return { data: { ...event.data, EMI: emi }, }; }; <|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/config/aws.js module.exports = { apiGatewayLogsPath: '/aws/api-gateway/LoanApplicationService-dev/prod', apiGatewayLogGroupName: '/aws/api-gateway/LoanApplicationService-dev', apiGatewayStageName:'prod', apiGatewayRestApiId:'vz9qfmbk0f', endpointBasePath:'/Prod/v1', httpApiRouteName:'Prod_v1', httpApiStageName:'prod', cognitoUserPoolId:'us-east-1_OxxR9BcYH', cognitoUserPoolRegion:'us-east-1', cognitoUserPoolWebClientId:'8bhrjrvn8k9eb75tvmu6eh34e7', cognitoUserPoolWebDomain:'loanappservice-dev.auth.us-east-1.amazoncognito.com' };<|file_sep|>'use strict'; const awsLambda = require('../../lib/aws-lambda'); exports.handler = async (event) => { console.log('Process Application State'); const dataToSave = event; try { const savedDataResult= await awsLambda.invokeFunction({ functionName:"SaveLoanApplication", payload:dataToSave }); console.log("savedDataResult",savedDataResult); return savedDataResult; } catch(error){ console.error(error); throw error; } };<|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/src/states/sendNotification.js const awsLambda = require('../../lib/aws-lambda'); exports.handler = async (event) => { console.log('Send Notification State'); if (!event.endStateReached) return null; try { const sendNotificationResult= await awsLambda.invokeFunction({ functionName:"SendNotification", payload:event }); console.log("sendNotificationResult",sendNotificationResult); return sendNotificationResult; } catch(error){ console.error(error); throw error; } };<|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/frontend/src/components/LoginForm.js import React from 'react'; import { useForm } from 'react-hook-form'; import { useHistory } from 'react-router-dom'; import { Button } from '@chakra-ui/react'; export default function LoginForm({ setLoginError }) { const history=useHistory(); const { register, handleSubmit }=useForm(); async function onSubmit(data){ const response=await fetch('/auth/login',{ method:"POST", headers:{ "Content-Type":"application/json" }, body:JSON.stringify(data) }); if(response.ok){ history.push("/"); return; } const json=await response.json(); setLoginError(json.message); } return ( <> {!setLoginError?<>:{setLoginError}
}
{/* Login Form */}
{/* End of Login Form */}
}
}<|repo_name|>codefolks/Serverless-Test-Run<|file_sep|>/backend/src/index.js
const express=require('express');
const bodyParser=require('body-parser');
const cors=require('cors');
const cookieParser=require('cookie-parser');
// const session=require('express-session')
// const connectRedis=require("connect-redis")
// const redis=require("redis")
// const RedisStore=require("connect-redis")(session)
// const redisClient=new redis.createClient({
// host:"localhost",
// port:"6379"
// })
const app=express();
app.use(cors({
origin:"http://localhost"
}))
app.use(cookieParser())
app.use(bodyParser.json());
app.use(bodyParser.urlencoded({extended:true}))
require('./routes')(app);
app.listen(3000,(err)=>{
if(err)
throw err;
console.log("Listening on port ",3000);
})<|file_sep|>'use strict';
module.exports.helloWorldHandler = async (event) => {
try{
console.log("helloWorldHandler");
return{
statusCode:200,
body:"Hello World!"
};
} catch(err){
return{
statusCode:error.statusCode ||500,
body:error.message || "Something went wrong."
};
}
};<|file_sep|>'use strict';
module.exports.createLoanApplicationHandler=async(event)=>{
try{
console.log("createLoanApplicationHandler");
let body=event.body;
if(!body)
throw new Error("Request body cannot be empty");
let requestJSON;
try{
requestJSON=JSON.parse(body);
} catch(err){
throw new Error("Invalid JSON");
}
if(!requestJSON.PrincipalAmount)
throw new Error("Principal amount cannot be empty");
if(typeof requestJSON.PrincipalAmount!=="number")
throw new Error("Principal amount should be a number");
if(requestJSON.PrincipalAmount<=0)
throw new Error("Principal amount should be greater than zero");
if(!requestJSON.InterestRate)
throw new Error("Interest rate cannot be empty");
if(typeof requestJSON.InterestRate!=="number")
throw new Error("Interest rate should be a number");
if(requestJSON.InterestRate<=0)
throw new Error("Interest rate should be greater than zero");
if(!requestJSON.DurationInYears)
throw new Error("Duration in years cannot be empty");
if(typeof requestJSON.DurationInYears!=="number")
throw new Error("Duration in years should be a number");
if(requestJSON.DurationInYears<=0)
throw new Error("Duration in years should be greater than zero");
let response={
statusCode:200,
body:"OK"
}
return response;
} catch(err){
return{
statusCode:error.statusCode ||500,
body:error.message || "Something went wrong."
};
}
};ngs related to Microsoft Azure Virtual Network NAT service.
ms.topic: conceptual
ms.date: 03/16/2023
---
# Azure Virtual Network NAT overview
Azure Virtual Network NAT enables outbound connectivity from private IP addresses in virtual networks to the Internet without requiring a public IP address or a Network Address Translation Gateway. You can enable outbound connectivity for all virtual machines or specific subnets in your virtual network by using either a public IP prefix or individual public IP addresses.
## Key concepts and terminology
The following table describes some of the key concepts and terminology associated with Azure Virtual Network NAT.
Key concept | Description |
----------- | ----------- |
NAT pool | The combination of one or more public IP addresses or a public IP prefix associated with an Azure Virtual Network NAT resource.When you create an Azure Virtual Network NAT resource with multiple public IP addresses or a public IP prefix, those public IP addresses are grouped into one NAT pool.
If you create an Azure Virtual Network NAT resource with multiple public IP prefixes, each public IP prefix is grouped into a separate NAT pool.
Each NAT pool has an internal and external port range associated with it.
You can create multiple Azure Virtual Network NAT resources with different combinations of public IP addresses or prefixes.
Each Azure Virtual Network NAT resource has its own internal and external port range.
The internal port range is shared across all NAT pools associated with that Azure Virtual Network NAT resource.
The external port range is unique for each NAT pool associated with that Azure Virtual Network NAT resource.
**Example**: You create an Azure Virtual Network NAT resource with two public IP addresses and associate it with one subnet.
In this example, both public IP addresses are grouped into one NAT pool and will share the same internal and external port