answer:Here is a possible JavaScript solution using for each loops:```javascriptlet array = [11, 18, 5, 2, 10, 18];let highest = null;let secondHighest = null;let hasDuplicate = false;array.forEach(function (number) { if (number > highest || highest === null) { secondHighest = highest; highest = number; } else if (number < highest) { if (secondHighest === null || secondHighest < number) { secondHighest = number; } }});if (secondHighest === null) { throw "Array must have at least two elements.";}array.forEach(function (number) { if (number === highest) { if (hasDuplicate === true) { throw "Highest number " + highest + " is duplicated."; } else { hasDuplicate = true; } } else if (number === secondHighest) { if (hasDuplicate === true) { throw "Second highest number " + secondHighest + " is duplicated."; } else { hasDuplicate = true; } } else { hasDuplicate = false; }});console.log("Second highest: " + secondHighest);```In the first loop, this program iterates over the array to find the highest and second highest numbers. In the second loop, it checks for duplicate highest or second highest numbers. If it detects such duplicates, it throws an exception. If the array contains less than two distinct values, it also throws an exception, saying that the array must have at least two elements.

answer:To fetch the URL parameters like `code` and `state` from the redirected URL you can use the `ActivatedRoute` service in Angular. The `ActivatedRoute` service allows you access to the URL, parameters, and data in the route. You can inject it into your component and use it to retrieve the URL parameters.Here is an example:1. Import `ActivatedRoute` in your component```javascriptimport { ActivatedRoute } from '@angular/router';```2. Inject `ActivatedRoute` in your constructor```javascriptconstructor(private route: ActivatedRoute) {}```3. Retrieve URL parameters in `ngOnInit()` lifecycle hook```javascriptngOnInit() { this.route.queryParams.subscribe(params => { const code = params['code']; const state = params['state']; console.log('Code: ' + code, ', State: ' + state); });}```In the above example, we are subscribing to the observable returned by the `queryParams` property of `ActivatedRoute`. The subscribe function takes a callback that is executed each time the query parameters change. In the callback, we retrieve the parameters `code` and `state` from the `params` object and log them to the console.Remember to unsubscribe from the observable to avoid memory leaks.If you're using Angular router, when Angular loads or refreshes a component due to changes in URL query parameters, it does not necessarily reinstantiate the component. Therefore the constructor and `ngOnInit` may not be called again. Instead, the query parameters changes are reflected in the `ActivatedRoute` and you can react to them in the `ngOnChanges` method instead if you need to perform actions when the query parameters change.In case none of the above works, there is high chance that you might losing your `code` before your angular application initialised. In such case, check/implement your logic for handling `code` on server side.

answer:The issue might be caused by not correctly including the resources of the splash module into the final fat-aar file. Note that if the resources are not included correctly, all resource references in your splash module will lead to a crash due to them not being available in the final aar.There are several things you can do to troubleshoot this issue:1. Verify Your AAR file:Unpack your generated fat-aar file with any zip tool such as 7-zip just to verify if ic_app_splash.png is in there somewhere. This will help you understand if the resources are being included in the aar or are excluded during the build process.2. Modify your build.gradle configuration:Look at your configurations in the build.gradle files. Make sure the splash module is correctly included in the app module on which the fat-aar plugin is applied. If you didn’t configure the splash dependencies notation as implementation project(path: ':splash', configuration: 'default'), the packaging of android resources and assets into the embed module's AAR will be ignored.Your build.gradle of app module may look like this:```dependencies { implementation project(path: ':splash', configuration: 'default') // Your other dependencies...}```3. Clear and Rebuild:Another common issue could be not clearing the build completely before generating the fat-aar again. Use the ./gradlew clean command before building your app to make sure no old build files are confusing the build process.4. Upgrade Library:If you're using an older version of fat-aar-android, consider upgrading to the latest available version. With newer versions fixes have been implemented improving the automatic packaging of resources into AAR library files.If all fails, you might need to reconsider the architecture you're using. The fat-aar approach is not recommended by Google and is often related to several unexpected and hard to debug issues. Consider using dynamic feature modules in your app architecture if possible.

answer:Yes, you can download the images asynchronously to make your work faster. You might need to implement Python “async & await” feature that can help you in achieving asynchrony in your model. These keywords allow you to take your I/O bound tasks, such as your image downloads, and allow them to overlap, which reduces the overall execution time. Here is an example of how the code may look:```import asyncioimport aiohttpasync def download_image(url): async with aiohttp.ClientSession() as session: async with session.get(url) as resp: return await resp.read()async def main(): url_list = ["http://example.com/image1.jpg", "http://example.com/image2.jpg", "http://example.com/image3.jpg"] tasks = [download_image(url) for url in url_list] images = await asyncio.gather(*tasks)# Trigger the main function.if __name__ == "__main__": asyncio.run(main())```This is an example with aiohttp and asyncio in python that you may need to modify based on your needs.Remember, not all parts can be done asynchronously as your model still needs to predict one by one.Python's asyncio is a powerful tool that can make your code faster by allowing you to carry out other tasks during waiting times. Combined with aiohttp, it can be a potent tool for speeding up IO-bound tasks like downloading images from the internet. Note: make sure you handle exceptions as required when downloading images, network can be unreliable resulting in errors, you must capture and handle them correctly.

answer:There were 6 games where A. Johnson gave the most high assists.You can use the following SQL query to answer this question:```sqlSELECT COUNT(*)FROM table_11961582_4WHERE High_assists LIKE 'A. Johnson%';```

answer:SVG itself is a static, vector graphic format. To achieve any animations or dynamic effects such as a mirage, shimmering and distortion, you'll need to implement CSS animations or JavaScript codes.CSS animations can be coupled with SVG to create some amazing effects. However, the mirage or distortion effect can be very complex to implement with pure CSS and is generally achieved using WebGL or libraries such as Three.js, among others.But, I'll give you an example here of how to make the SVG appear as if it's shimmering by introducing a very basic CSS animation:```html<style> @keyframes shimmer { 0% { opacity: 1; } 50% { opacity: 0.5; } 100% { opacity: 1; } } .shimmer { animation: shimmer 2s infinite; }</style><svg class="shimmer" width="32" height="32" viewBox="0 0 32 32" fill="none" xmlns="http://www.w3.org/2000/svg"> <path d="M7.02783 4.5C5.64712 4.5 4.52783 5.61929 4.52783 7V25C4.52783 26.3807 5.64712 27.5 7.02783 27.5H25.0278C26.4085 27.5 27.5278 26.3807 27.5278 25V7C27.5278 5.61929 26.4085 4.5 25.0278 4.5H7.02783Z" fill="#9B9B9B"/> <path d="M5.52783 7C5.52783 6.17157 6.1994 5.5 7.02783 5.5H25.0278C25.8563 5.5 26.5278 6.17157 26.5278 7V25C26.5278 25.8284 25.8563 26.5 25.0278 26.5H7.02783C6.1994 26.5 5.52783 25.8284 5.52783 25V7Z" fill="white"/></svg>```This works by changing the opacity of the SVG over time using a CSS animation.Remember, however, that this is a very basic shimmer effect and does not provide the distortion effect typical of a mirage. For more advanced effects, you may want to look into WebGL or relevant JavaScript libraries.