Elicitation TechniquesSeeking help for Elicitation plan for projec.pdf

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Elicitation Techniques Seeking help for Elicitation plan for project plan/design listed below. Information above should be based off of information below this line. Step1. Project Plan 1.1. Chosen SDLC (Software Development Life Cycle) We will adopt the Agile SDLC for this project due to its flexibility and iterative nature, allowing us to adapt to changing requirements, which are common in the dynamic field of sustainable energy. Agile also encourages customer feedback, ensuring the application aligns with Toro Tech Solution s evolving needs. 1.2. Project Schedule Phase 1: Initiation and Planning (2 weeks) Phase 2: Design and Development (8 weeks) Phase 3: Testing and Quality Assurance (2 weeks) Phase 4: Deployment and Monitoring (2 weeks) Phase 5: Maintenance and Updates (Ongoing) 1.3. Plan for the Assessment of Progress Progress will be assessed using the following methods: Step 2. Staffing Plan Effective communication is crucial for project success. Our communications plan will include: Identifying and mitigating risks is essential to project success: Risk: Changing requirements Risk: Technical challenges Risk: Budget overrun Risk: Integration issues with data sources Risk: Security and data privacy Risk: Low user adoption.

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Risk: Security and data privacy
Risk: Low user adoption

In the field of software development, software development lifecycle is the most important component. There is a number of software development methodologies used in software industry today. The paper discussed below focuses on the modern SDLC which are traditional methods and the agile methods. It also explains the compensation and shortcomings of the traditional as well as agile methods. Along with this, it suggests some improvements which could help in improving current agile development

IRJET- Research Study on Testing Mantle in SDLC

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Introduction to Software engineering Concepts which includes Software Process Model, SRS documents, Requirement Engineering Process, Architectural Modeling, software Products, Risk Management Process, SDLC Model, Professional & Ethical Responsibilities, System & its Environment, System Procurement (COTS & Contractor Method), System Engineering Process, System Reliability Engineering, Human factors, Functional & Non-Functional Requirements

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Risk management in software development has always been one of the necessities of software project management. The logical nature of software projects and products has caused several challenges and risks in these projects. On the other hand, with the emergence of agile methodologies, especially Scrum, and extreme programming (XP) methodologies, in recent years, this issue has become more serious. This is mainly because emphasizing limited documentation in these methodologies has caused these methods to pay little attention to some aspects of project management, particularly risk management. Concentrating on this challenge, the current study has proposed a risk management model in the hybrid methodology, combining Scrum and XP. Using this model in a case study shows this model's success in achieving risk management purposes. The results of this study indicate an appropriate reduction in the number of reworks, change requests, identified risks, and occurred risks. Moreover, the number of eliminated risks and team productivity have increased.

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The Federal Open Market Committee (FOMC) will meet on Sept. 25th a.docx

todd771

The Federal Open Market Committee (FOMC) will meet on Sept. 25th and 26th. In one page or less, address the following. 1. Summarize the action, if any, taken by the FOMC. 2. Explain in your analysis why the FOMC took this action. 1. Why it took this action? 2. Discuss what effect the FOMC’s actions or lack of actions had on the following: 1. Stock market immediately after the announcement on Wednesday the 26th at 1:00 central time 2. The closing price on the DJIA the day before and the day of the announcement 3. Closing interest rates (use the 3-month Treasury bill and the 10-year Treasury note) on the day before and the day of the announcement 3. Be specific (DJIA, S&P 500 up 20pts, Yield on 10yr treasury down 30bp, etc.). Project Plan Project Overview Statement, Part II Conversion of Legacy Database to New ERP Software Member 1 Member 2 Member 3 Member 4 PROJ-584 Managing Software Development Projects Professor Name School Name October 7, 2018 Project Plan Project Overview Statement Executive Summary Team #3 is proposing a software development/upgrade project to move from the legacy software/database MANFACT, to SyteLine® ERP inventory and financial database, to meet the needs of the growing business. This project is in line with the strategic objective of increasing sales and improving customer satisfaction by improving on time delivery at the Los Angeles, CA facility. This ERP software is in use at other facilities in the parent organization for many years now and has been successful in improving performance and delivery as well as reduced inventory levels and improved sales and bookings. This project has a preliminary budget of $500,000 with a duration of 12 -18 months. Statement of Scope This project will be company-wide and implemented in all departments and areas of the company. The new software Syteline® (https://www.youtube.com/watch?v=1ZLEMmqTdoE), will reduce the amount of manual tracking of jobs (phone calls, emails, manual excel schedules, attending department meetings, etc.) by providing real-time communication of timelines and part movement and flow throughout the shop and along with status of open programs or large jobs. It will also improve On Time Delivery (OTD) performance through enhanced planning and scheduling of orders. Reduction of lead times (customer delivery) through the elimination of wasted processes and excessive move and queue times built in because of manual processes. We intend to complete this transformation by: · Converting existing data into the new ERP database. · Upgrade server and network equipment to meet increased traffic demands. · Run pilot programs in parallel to test and verify new process capabilities. · Create standard work for each department · Train all employees that would use this system from managers to leads, from sales to production, and engineering to purchasing. Project Organization (MARC) This software upgrade will be in alignment with the organization's strat.

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A process used by the software industry to design, develop and test high quality software is called software development life cycle. The main aim of SDLC is to produce high quality software that meats customer expectation. We can also refer SDLC as Application Development Life Cycle. SDLC is not a methodology it is a description of various phases that are involved in software development starting from project definition to deployment and sustainment. These SDLC phases serve as a programmatic guide to project activity. In our paper we have explain various SDLC models (Waterfall, Spiral, V-Model, Iterative, Big Bang, Agile and Rapid Application Model).

Introduction to Software Engineering

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Introduction: What is software engineering? Software Development Life Cycle, Requirements Analysis, Software Design, Coding, Testing, Maintenance etc. Software Requirements: Functional and Non-functional requirements, User Requirements, System Requirements, Documentation of the software requirements. Software Processes: Process and Project, Component Software Processes. Software Development Process Models. Waterfall Model. Prototyping. Iterative Development. The RAD Model

Flag question Question 9Question 91 ptsMarty is a creative proble.pdf

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Flag question: Question 9Question 91 pts Marty is a creative problem-solver with strong critical thinking skills. She is highly loyal to her leader and eager to take on additional responsibilities. What type of follower is Marty? Group of answer choices effective indifferent alienated conformist Flag question: Question 10Question 101 pts Viktor is a creative problem-solver with strong critical thinking skills, but he shies away from increased responsibilities and doesnt share ideas with his leader or his team. What type of follower is Viktor? Group of answer choices alienated conformist indifferent effective Flag question: Question 11Question 111 pts Soo is a director in a marketing company. When he tries to emphasize a particular behavioral style as a leader, what should he consider? Group of answer choices the nature of the people he is trying to lead which style typically works best with most people the style most common among leaders which style works best for him as a follower Flag question: Question 12Question 121 pts Deion, a very-task oriented leader, has recently taken on a management role at a technology company. He is running into conflict with his team, and some team members have begun ignoring orders. Deion holds a meeting reiterating the importance of doing things the way he says, and he warns that there will consequences for those who refuse to follow orders. This is an example of _______ leadership. Group of answer choices inflexible flexible facilitative participative Flag question: Question 13Question 131 pts An inflexible leadership approach would be most appropriate in which situation? Group of answer choices the context is static the followers are inexperienced the leader has a small team the leader has a people-oriented style Flag question: Question 14Question 141 pts In the path-goal approach to leadership, the relationship between leaders and followers is about _______. Group of answer choices transactions conflict avoidance communication trust Flag question: Question 15Question 151 pts Hilmi is new to his position and unfamiliar with the tasks required of him. According to the path- goal approach to leadership, what leadership style would be most useful for him? Group of answer choices directive supportive participative achievement-oriented Flag question: Question 16Question 161 pts Kajsas team is running behind to meet a deadline for an important client. According to the path- goal approach to leadership, what leadership style should she use in this situation? Group of answer choices directive supportive participative achievement-oriented Flag question: Question 17Question 171 pts Svetlana would like to be more involved in the decision making for her team and would like to take on more responsibilities. According to the path-goal approach to leadership, what leadership style might allow Svetlana a sense of control and to make sure her needs are met? Group of answer choices participative supportive directive achieveme.

Exercise 3 You are to code some simple music player application .pdf

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Exercise 3: You are to code some simple music player application making appropriate use of doubly linked lists with head and tail, as described hereafter. Create a doubly linked list for a music playlist. Adding and deleting songs (#1-2) should update the playlist accordingly. Adding a song places it at the end of the list. Playing a song (#3) will prompt the user to enter the title of the song and will set the currentSong pointer to that location in the playlist before printing both the title and singer (e.g., Now playing by ) . Use the eraseInDLL function definition to implement delete. Skipping forward or backward (#4-5) will jump to the previous song or the next song, respectively, and display its title and singer (as per above). Skip forward on the last song takes you to the beginning of the list. Skip backward on the first song takes you to the last song of the list. Exit will quit the program. *You may use provided main function in Ex3.cpp file to continue. Sample Output: 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 1 Enter song title: Trouble Enter singer: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 6 Printing playlist... Title: Staying Alive Artist: Bee Gees Title: Hotel California Artist: The Eagles Title: Saturnalia Artist: Marilyn Manson Title: Potions Artist: Puscifer Title: Trouble Artist: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 3 Enter the title of the song to play: Trouble Enter singer: Taylor Swift Now playing... Title: Trouble Artist: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 4 Now Playing... Title: Staying Alive Artist: Bee Gees 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 5 Now Playing... Title: Trouble Artist: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 1 Enter song title: Lavender Haze Enter singer: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 4 Now Playing... Title: Lavender Haze Artist: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 6 Printing playlist... Title: Staying Alive Artist: Bee Gees Title: Hotel California Artist: The Eagles Title: Saturnalia Artist: Marilyn Manson Title: Potions Artist: Puscifer Title: Trouble Artist: Taylor Swift Title: Lavender Haze Artist: Taylor Swift 1. Add a Song 2. Delete a Song 3. Play a Song 4. Forward 5. Backward 6. Show Playlist 7.Exit Choose an option: 2 Enter the title of the song to delete: Lavender Haze Enter singer: Taylor Swift Deleted! 1. Add a Song 2. Delete a Song 3. Pl.

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Double linked list header file below for FYI#include iostream.pdf

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Double linked list header file below for FYI #include #include #include #include #ifndef DOUBLYSKIPLIST_H #define DOUBLYSKIPLIST_H using namespace std; class Node { public: int value; int level; vector next; vector prev; Node(int val, int lvl) : value(val), level(lvl) { next.resize(lvl + 1, nullptr); prev.resize(lvl + 1, nullptr); } }; class SkipList { public: int level; Node* head; Node* tail; int MAXIMUM_ALLOWED_LEVELS; SkipList(int maxLevels) : MAXIMUM_ALLOWED_LEVELS(maxLevels), level(0) { head = new Node(INT_MIN, MAXIMUM_ALLOWED_LEVELS); tail = new Node(INT_MAX, MAXIMUM_ALLOWED_LEVELS); for (int i = 0; i <= MAXIMUM_ALLOWED_LEVELS; i++) { head->next[i] = tail; tail->prev[i] = head; } } int RandomLevel() { float probability = (float)rand() / RAND_MAX; int lvl = 0; while (probability < 0.5 && lvl < MAXIMUM_ALLOWED_LEVELS) { lvl++; probability = (float)rand() / RAND_MAX; } return lvl; } Node* CreateNode(int value, int level) { return new Node(value, level); } void InsertElement(int value) { Node* current = head; vector update(MAXIMUM_ALLOWED_LEVELS + 1, nullptr); for (int i = level; i >= 0; i--) { while (current->next[i]->value < value) { current = current->next[i]; } update[i] = current; } current = current->next[0]; if (current->value != value) { int ranLevel = RandomLevel(); if (ranLevel > level) { for (int i = level + 1; i <= ranLevel; i++) { update[i] = head; } level = ranLevel; } Node* n = CreateNode(value, ranLevel); for (int i = 0; i <= ranLevel; i++) { n->next[i] = update[i]->next[i]; n->prev[i] = update[i]; update[i]->next[i]->prev[i] = n; update[i]->next[i] = n; } } } void Delete(int value) { if (!Search(value)) { cout << value << " does not exist" << endl; return; } Node* current = head; vector update(MAXIMUM_ALLOWED_LEVELS + 1, nullptr); for (int i = level; i >= 0; i--) { while (current->next[i]->value < value) { current = current->next[i]; } update[i] = current; } current = current->next[0]; for (int i = 0; i <= level; i++) { if (update[i]->next[i] == current) { update[i]->next[i] = current->next[i]; current->next[i]->prev[i] = update[i]; } } delete current; } bool Search(int value) { Node* current = head; for (int i = level; i >= 0; i--) { while (current->next[i]->value < value) { current = current->next[i]; } } current = current->next[0]; return current->value == value; } void Show() { for (int i = 0; i <= level; i++) { Node* node = head->next[i]; cout << "Level " << i << ": "; while (node != tail) { cout << node->value << " -> "; node = node->next[i]; } cout << "Tail" << endl; } } void ShowBackwards() { Node* currTail = tail; for (int i = 0; i <= level; i++) { Node* node = currTail->prev[i]; cout << "Level " << i << ": "; while (node != head) { cout << node->value << " <- "; node = node->prev[i]; } cout << "Head" << endl; } } }; #endif PriorityQueue header file code below #ifndef PRIORITYQ_H #define PRIORITYQ_H #include #include #include // for INT_MAX #include // for rand() #include using namespace std; class Node { public: .

Digital Communication SystemsObjectives 1 To be able to demons.pdf

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Digital Communication Systems Objectives 1 To be able to demonstrate the fundamental concepts of digital communication systems including channel models, waveform design, signal modulation, transmission, and signal detection. 2 To be able to evaluate digital communication systems under given power, spectral and error performance constrains. Question 1: Question 2: Consider a digital communication link based binary symmetric wireless communication channel. The prior probabilities of binary symbols 0 and 1 are respectively, 0.1 and 0.9 , and the flipping probability is 0.2 . Determine the posteriori probabilities. Question 2: [CLO1.1, K1, 1 Mark] A communication channel with binary input and quaternary output alphabet is shown in the figure. The input probabilities and the transition probabilities are shown on the figure. a. What is the probability of Y=0 ? b. If Y=0 is received, what is the probability that X=0 was transmitted? What is the probability the X=1 was transmitted?.

Diagonal communicationa) is the traditional flow of communication .pdf

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Diagonal communication a) is the traditional flow of communication between employees and customers. b)occurs when individuals from different units and departments within an organization communicate. c) is an informal method of communication that can improve decision making within an organization. d) flows from lower organizational levels to higher ones. e) occurs with communication between peers and colleagues within a department. Diagonal communication is the traditional flow of communication between employees and customers. occurs when individuals from different units and departments within an organization communicate. is an informal method of communication that can improve decision making within an organization. flows from lower organizational levels to higher ones occurs with communication between peers and colleagues within a department..

Depicted below is footnote #5 for Boeing, Co. for FYE 2021 and 2020,.pdf

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Depicted below is footnote #5 for Boeing, Co. for FYE 2021 and 2020, which includes component amounts making up the net amount of accounts receivable on the balance sheet. a. Of the components, which typically have a debit balance? b. Of the components, which typically have a credit balance? c. Describe how each of the five management assertions(i) existence, (ii) completeness, (iii) valuation, (iv) rights and obligations, and (v) presentation and disclosurerelate to the components making up the net balance sheet amount for accounts receivable for Boeing. Note 5Accounts Receivable, net Accounts receivable at December 31 consisted of the following: Note 1: Includes foreign military sales through the U.S. government Note 2: Excludes U.S. government contracts 20212020U.S. Government Contracts*(Note 1)$1,180$811Commercial Airplanes27917Global Services*(Note 2)1,4561,437Defense, Space & Security*(Note 2)111120Other514Less Valuation Allowance(390)(444)Total$2,641$1,955.

Create a diagram for the following scenario The music streaming serv.pdf

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Create a diagram for the following scenario The music streaming service features different types of users based on their access type: regular users, superusers, and system administrators. Artists may create songs that users can listen to, some songs created by multiple artists. Each artist has a unique Artist ID, name, and genre. Songs represent individual music tracks available on the platform that can be added to user playlists; each song has Song ID, title, duration, and release date. Playlists are collections of songs selected by users, each playlist have a unique Playlist ID, name, and creation date. Users might create empty playlists. System records updated date every time user updates playlist. Users can access multiple on-demand reports, including a monthly usage report, favorite songs report, songs genre report, and others. Hint: Do not assume anything, do not add unnecessary details, and do not overthink.

Create a function that will read the saved projects from localStorag.pdf

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Create a function that will read the saved projects from localStorage. Create a table row () element and save it to a variable. If the project is past due, give the row a class so that the row for the project will have a light red background. If the project is due today, give the row a class so that the row will have a light yellow background. Create a table detail () element for each of the corresponding project fields in Task 1. Append each element to the . Append each to the element on the page. Don't forget to clear the before adding all the rows. Add a call to the function when the page loads. Update the function responsible for capturing form data so that it calls the function for printing the data. Given Js:.

Dawn Company general ledger shows the following account balances amo.pdf

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Dawn Company general ledger shows the following account balances among others on Dec 31, 2022: Problems: The following transactions occurred during 2023 A) Jan 10, Issued 1,000 common shares at $25 per share for cash B) Feb 8, Bought and canceled 200 common shares at $20 per share C) Issued 1,000 preferred shares for $10 per share cash D) Mar 9, Issued 200 common shares at $40 per share for cash E) Apr 9, Bought and canceled 200 common shares at $50 per share F) June 6, Bought and canceled 2,000 common shares at $50 per share G) July 2 declare cash dividends amount of $3 per common share and 8% for preferred shares, for the date of records Aug 24, payable on Oct 10. Needed:Preferred shares, no par value, 8%, cumulative and participating, 1,000 issued & outstanding 100,000 Common shares, no par value, 20,000 authorized, 6,000 issued, and outstanding 270,000 Contributed Surplus-common shares 1,000 Contributed Surplus-Preferred shares 10,000 Retained earnings 145,000 Total shareholders equity 526,000.

Create a class Person with two instance variables of type String cal.pdf

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Create a class Person with two instance variables of type String called firstName and LastName, an instance variable of type int called age, an instance variables of type int called height (measured in inches), and an instance variable of type double called weight. Define an appropriate constructor that takes initial values for all instance variables and calls the corresponding set methods. Define get and set methods for all instance variables. All set (mutator) methods should validate that reasonable data is being passed to the object. Then create a test application that queries the user for information and uses that information to create an object of type Person. The application should display all information about the object by calling the get methods and displaying the values returned. remember I am new to coding so make this as basic as possible.

Dave and his friend Stewart each owns 50 percent of KBS. During the .pdf

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Dave and his friend Stewart each owns 50 percent of KBS. During the year, Dave received $80,000 compensation for services he performed for KBS during the year. He performed a significant amount of work for the entity, and he was heavily involved in management decisions for the entity (he was not a passive investor in KBS). After deducting Dave's compensation, KBS reported taxable income of $32,000. How much FICA and/or self-employment tax is Dave required to pay on his compensation and his share of the KBS income if KBS is formed as a C corporation, an S corporation, or a limited liability company (taxed as a partnership) (ignore the 0.9 percent additional Medicare tax)? How much FICA tax would the ent be required to pay on the compensation paid to Dave.

Copy your completed LinkedList class from Lab 3 into the LinkedList..pdf

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Copy your completed LinkedList class from Lab 3 into the LinkedList.java file below. During this lab we will add more constructors, an equals method and more challenging methods as listed below. Also inspect the LabProgram.java file and notice that the main() method of the LabProgram copies and compares two linked lists. The main() method also calls the more challenging methods. Use Develop mode to test your LinkedList iterator code as you develop it. In Submit mode you will need to complete all lab steps to pass all automatic tests. Step 2: Implement clear() Method clear() re-sets the LinkedList to empty as if the default constructor had just been called. Constructor LinkedList(T[] array) converts the given array into a LinkedList. Constructor LinkedList(LinkedList original) instantiates a new LinkedList by copying another List. Method equals() determines whether the given Object is another LinkedList, containing the same data in the same order, returning whether there is equality. Method spinList(int numMoves) moves all nodes in the list towards the end of the list the number of times specified. Any node that falls off the end of the list as it moves forward will be placed at the front of the list. Method altLists() splices together two LinkedLists to create a third List which contains alternating values from the original list and the given parameter. *Below is my Lab3 LinkedList.class. import java.util.NoSuchElementException; public class LinkedList { private class Node { private T data; private Node next; private Node prev; public Node(T data) { this.data = data; this.next = null; this.prev = null; } } private int length; private Node first; private Node last; private Node iterator; /**** CONSTRUCTORS ****/ /** * Instantiates a new LinkedList with default values * @postcondition */ public LinkedList() { first = null; last = null; iterator = null; length = 0; } /** * Converts the given array into a LinkedList * @param array the array of values to insert into this LinkedList * @postcondition */ public LinkedList(T[] array) { } /** * Instantiates a new LinkedList by copying another List * @param original the LinkedList to copy * @postcondition a new List object, which is an identical, * but separate, copy of the LinkedList original */ public LinkedList(LinkedList original) { } public T getFirst() throws NoSuchElementException { if (first == null) throw new NoSuchElementException(); return first.data; } public T getLast() throws NoSuchElementException { if (last == null) throw new NoSuchElementException(); return last.data; } public T getIterator() throws NullPointerException { if (iterator == null) { throw new NullPointerException("Iterator is off end."); } return iterator.data; } public int getLength() { return length; } public boolean isEmpty() { return length == 0; } public boolean offEnd() { return iterator == null; } public void addFirst(T data) { Node newNode = new Node(data); if (length == 0) { first = newNode; last = newNode; } else .

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