to complete your submission you must select a statement which best reflects 选什么

时间: 2024-02-13 20:59:08 浏览: 28
"to complete your submission you must select a statement which best reflects" 这句话的意思是,在完成你的提交之前,你必须选择一个最能反映你观点的陈述。具体来说,这可能是在填写问卷、调查或表格时遇到的要求。 在这种情况下,你需要仔细阅读提供的选项,并选择与你观点最为接近或最能代表你观点的陈述。这样可以确保你的回答准确地反映了你的意见或选择。 如果你有具体的选项或上下文,我可以帮助你更好地理解并给出更具体的建议。请提供更多信息,以便我能够帮助你更好地完成你的提交。
相关问题

A. 1 point for including a skeleton answer with step-by-step guide in your submission (try to meet the criteria in Section 2 to get a better chance at getting points in C) B. 1 point for including a rubric answer with 1-2 points per component in your submission (try to meet the criteria in Section 3 to get a better chance at getting points in C) C. You will get three markings to each of the three scripts using your rubric: i. 3 points if the markings of each of the three scripts are within 1-point difference, ii. 2 points if the same for 2 out of 3 scripts, iii. 1 point if the same for 1 out of 3 scripts分析需求

这个需求可以分为以下几个部分: A. 在提交中包括一个带有逐步指南的框架答案,可以得到1分(尽量符合第2部分的标准,可以获得更高的C部分分数)。 B. 在提交中包括一个评分标准答案,每个组件获得1-2分,可以得到1分(尽量符合第3部分的标准,可以获得更高的C部分分数)。 C. 对于这三个脚本中的每一个使用你的评分标准进行三次标记:i. 如果每个脚本的标记相差不超过1分,则得到3分,ii. 如果其中2个脚本的标记相差不超过1分,则得到2分,iii. 如果其中1个脚本的标记相差不超过1分,则得到1分。 需要注意的是,对于A部分和B部分,只有在满足要求的情况下才能获得分数。对于C部分,评分标准的质量将决定你最终的得分。如果你的评分标准足够好,那么三次评分的结果就会很相似,从而获得更高的得分。

You may notice that entering a non-numeric value and clicking the ‘Check!’ button will cause a run-time error on the console. Therefore, your second task is to improve the application developed in Task 1 to ensure the user is only allowed to supply valid input values, i.e. a 4/5 number between 1 and 10 (inclusive). The application must still function as specified in Task 1 although you may remove the ‘Check!’ button if you wish.

Based on the requirements of Task 2, the following modifications can be made to the application developed in Task 1: 1. Add input validation to ensure that the user can only input valid values. This can be done by adding an event listener to the input fields that checks the input value against the specified criteria (4/5 number between 1 and 10). If the input value is invalid, display an error message and prevent the user from submitting the form. 2. Remove the 'Check!' button if desired since input validation is being performed dynamically as the user types in the input field. Here is an example implementation in JavaScript: ``` // Get the input fields const inputFields = document.querySelectorAll('.input-field'); // Add event listeners to each input field inputFields.forEach(inputField => { inputField.addEventListener('input', (event) => { const inputValue = event.target.value; const isValid = /^([1-9]|10)(\.\d)?\d?$/.test(inputValue); const errorElement = inputField.nextElementSibling; if (!isValid) { errorElement.innerHTML = 'Invalid input value. Please enter a number between 1 and 10 with up to 1 decimal place.'; inputField.classList.add('invalid'); } else { errorElement.innerHTML = ''; inputField.classList.remove('invalid'); } }); }); // Add event listener to the form submission const form = document.querySelector('form'); form.addEventListener('submit', (event) => { event.preventDefault(); const inputValues = Array.from(inputFields).map(inputField => inputField.value); const isValid = inputValues.every(inputValue => /^([1-9]|10)(\.\d)?\d?$/.test(inputValue)); if (isValid) { const sum = inputValues.reduce((acc, cur) => acc + parseFloat(cur), 0); const average = sum / inputValues.length; alert(`Sum: ${sum}\nAverage: ${average.toFixed(2)}`); } else { alert('Invalid input values. Please enter numbers between 1 and 10 with up to 1 decimal place.'); } }); ``` In this implementation, the regular expression `/^([1-9]|10)(\.\d)?\d?$/` is used to validate the input values. This regular expression matches any number between 1 and 10 with up to 1 decimal place. The `input` event listener is added to each input field to dynamically validate the input value as the user types. If the input value is invalid, an error message is displayed and the input field is marked as invalid with a red border. If all input values are valid, the form is submitted and the sum and average are calculated and displayed in an alert. If any input value is invalid, an error message is displayed and the form submission is prevented.

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Write a program to simulate a process of translation from a logical address to physical address. Assumptions 1. Assume the file la.txt includes the sequence of generated addresses from CPU. 2. Use a part of memory as backing store that store data for a process. 3. The backing store size is 128 bytes 4. The size of process p is 128 bytes. 5. The contents of p is included in a file pdata.bin which is a binary file. 6. Use a part of memory as RAM. The size of physical memory is 256 bytes, from 0 to 255. All the physical memory is available, allocating starting from beginning in sequence. That is, allocate frame 0 first, then frame 1, then frame 2…. 7. The size of a frame is 32 bytes, i.e., 5 bits for the offset in a frame, total number of frames is 8. 8. At beginning, no page table is available for process p. Requirements Write a program to 1. Setup a simulating backing store in memory. Read the data from pdata.bin to this backing store. 2. Initialize a page table for process p, set the frame number to be -1 for each page, indicating that the page is not loaded into memory yet. 3. Read logical addresses one by one from la.txt. 4. For each logical address, a) if its page has been loaded into physical memory, simply find the frame number in the page table, then generate physical address, find and print out the physical address and data inside this address. b) if the page is used for the first time, i.e., in page table, its frame number is -1,then the page that contains this address should be loaded into a free frame in physical memory (RAM). Then update the page table by adding the frame number to the right index in the page table. Then repeat 4a). Refer to Figure 1 for the relationships and how physical memory, backing store, and CPU are simulated. Figure 1 How physical memory, backing store and CPU are simulated in this program assignment Hints: a) use a memory block pointed by a pointer or use an array as a simulation of backing store b) use functions fread or mmap for the binary file read. Search through the Internet for the usage of these functions. c) Use an array to simulate the memory. d) Use bit operators &, |, <<, and >> to get the bits in a logic address or form a physical address e) Use char for the type of data in the process, use unsigned char (8 bits) for the type of address. Coding & Submission 1. Using pure C to finish this program. 2. Put all the codes in one .c file named PA3_#####.c, replace “#####” as the last 5 digits of your student ID. 3. Put pdata.txt and la.txt in the same folder as PA3_#####.c, which the need .txt file can be open directly by filename instead of absolute path. 4. Submit only the .c file mentioned above.使用C语言完成

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