Indian citizens – UK Visa for Independent Tuition Teacher

I need help regarding a UK visitor visa. I am a private school teacher at an institute and we offer undergraduate classes for various subjects and competitive exams, we are a group of teachers with each of us taking different subjects.

Payments are managed by a coordinator who is paid in the form of cash / paytm / transfer by students and then we are paid via bank transfer based on the number of students in our lot.

My question is: What documents do I need to present to prove my employment other than bank statements?

In the master-worker architecture, should a worker have only one teacher?

  1. In the master-worker architecture,

    • Should a worker be created by his own teacher?
    • Should a worker have only one teacher, but not more than one?
  2. When a client requests some resource from a server, is there a
    master-worker relationship between client and server?

  3. In a teacher-worker relationship, do a teacher and their workers also have a client-server relationship?

Thank you.

In the master-worker architecture, should a worker have only one teacher?

  1. In the master-worker architecture,

    • Should a worker be created by his own teacher?
    • Should a worker have only one teacher, but not more than one?
  2. When a client requests some resource from a server, is there a
    master-worker relationship between client and server?

  3. In a teacher-worker relationship, do a teacher and their workers also have a client-server relationship?

Thank you.

python – O.O. Teacher list

  1. He is the user of his Teacher the class is supposed to modify the name, subjectY room_number attributes after they are set? If not, make them private by putting a _ at the beginning of those names.

  2. Python objects have a magical method. __repr__ That makes them a chain to print. That would be a good place to put your formatting logic.

  3. I don't know what this is happening with globals is trying to do it, but as a general rule you should not touch globals.

  4. your instagator the function says that it creates a Teacher, but also take a list of existing teachers, add it to it and then return it. Try to make your functions do one obvious thing instead of doing several non-obvious things.

If you instagator the function only does what it says it does (it creates a Teacher), and if you move the string format to __repr__ function instead of having an intermediate print_info which doesn't really print anything, the code becomes a little simpler:

class Teacher:
    def __init__(self, name: str, subject: str, room_number: str):
        self._name = name
        self._subject = subject
        self._room_number = room_number

    def __repr__(self) -> str:
        return f"{self._name.capitalize()} teaches {self._subject} in room {self._room_number}."


def instagator() -> Teacher:
    """Creates a Teacher from user input."""
    print("")
    name = input("Please enter a teachers name: ")
    subject = input("Please enter that teachers subject: ")
    room_number = input("Please enter what room that teacher teaches in: ")
    return Teacher(name, subject, room_number)


print("Please enter the name of 10 teachers, the subject they teach, and the room they teach that subject in.")
teachers = (instagator() for _ in range(10))
print("n")

for teacher in teachers:
    print(teacher)

Note that from instagator returns a Teacher I can simply use a simple understanding of the list to build a list of all the Teachers, one for each number in the range. And since I implemented __repr__ I don't need to have several lines of code to build the chain to print; I can only print the teacher directly and that will automatically become the formatted string I want.

I don't think it's a good practice in general to have a constructor indicator for user input, but for a practice exercise like this, I think it's okay to demonstrate how you can use a class to encapsulate all the logic that belongs to the construction of an object :

class Teacher:
    def __init__(self):
        """Creates a Teacher from user input."""
        print("")
        self._name = input("Please enter a teachers name: ")
        self._subject = input("Please enter that teachers subject: ")
        self._room_number = input("Please enter what room that teacher teaches in: ")

    def __repr__(self) -> str:
        return f"{self._name.capitalize()} teaches {self._subject} in room {self._room_number}."


print("Please enter the name of 10 teachers, the subject they teach, and the room they teach that subject in.")
teachers = (Teacher() for _ in range(10))
print("n")

for teacher in teachers:
    print(teacher)

Pathfinder 1e: is there any way to improve family conversation with people other than your teacher?

Outside of those who can speak naturally, such as the silvanshi who has a true speech, I can't think of any way to get an improved family member to talk to other people besides their teacher. The family's archetypes of the pet and the decoy will not work because both require talking to animals for related skills.

Masoct Skill

Talk to the team (Ex) At the 7th level, a pet gains the ability to speak
with all members of your team verbally as if using talk with the teacher.

This replaces talking with teacher and talking with animals of this type.

Decoy ability

Nightingale (Ex): at level 5, a decoy can speak any of his teachers
languages ​​At level 7, you can imitate the voice of your teacher and
intonation perfectly.

This ability replaces talking with teacher and talking with animals of your
type.

Worried lines

Enhanced family members use the rules for regular family members, with
two exceptions: if the type of creature is not animal,
its type does not change; and improved family members don't get the
ability to talk with other creatures of his class (although many of
they already have the ability to communicate).

git: is there any way to reset a branch to teacher but keep the confirmation history?

We use TeamCity for our compilations. TeamCity has a VCS compilation function. The compilation function uses the most recent SHA1 to track the state of the branch and know where to compile.

We use a merge script before our compilations. The merge script works as follows:

 1. Delete the branch for the team (i.e. Team_A)
 2. Branch another Team_A off master
 3. Use the Jira api to grab all branches tagged for Team_A on each ticket
 4. Merge all those branches in
 5. Push

the trouble: When we remove the branch and recreate it, we essentially lose the SHA1 that TeamCity was tracking. The result is that we cannot run this merge script before any of our compilations if we want to use the VCS compilation function (which is useful in its own right).

Question: Is this equivalent to a new branch of the teacher?

 1. Checkout Team_A
 2. rm -r *
 3. git commit ... push # commit and push the removal
 4. git fetch --all # get all updates from origin
 5. git checkout origin/master -- . # checkout all files from master recursively
 6. git commit ... push # commit and push the reset

If this is equivalent, it seems to solve my problem where I can preserve SHA1 and proceed with the merger.

ux designer: I received an HCI assignment from my teacher and I don't understand it

There were two tasks that I got. The other could do it, but not this one (shown in this post). I don't know how to give the examples for the description in the task by applying those 2 things (the cognitive one in a reaction time task and the results of 7 (+2)) given from it. Could someone give me some clues or solutions? I searched the information on Google to request the answer, but it still didn't make any sense to me.
enter the description of the image here

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.

java: the teacher automatically qualifies the tasks and his test code has had errors. That I have to do?

Last week I had to send an email to my teacher because his auto recorder expected erroneous results for index number 100 of the Fibonacci sequence. (I had to verify that, as I was calling my correct, incorrect answer. I could not argue with the mathematical truth and had to fix the test case for everyone.)

Let's move quickly to this week, and I find the following problem set question:

"Ask the user for a file name. Show the oldest car for each
manufacturer of that file. "

It seems quite simple, the teacher provides a text file "cars-full.txt" so you can verify your expected output against mine. However, he omitted something important from his question, how can I determine which car in the data set is "older", if 2 models from the same manufacturer share the same year of production?

Of course, I tried to send him an email and ask him before posting this question, and basically they told me to meet him in person (after the due date of the assignments has passed, leaving me with a 0% F.)

I assumed that my best course of action is to reach other programmers here, and see if they can determine if the production of my teachers is invalid, depending on the input.

cars-full.txt

https://docs.google.com/document/d/e/2PACX-1vSUVIN3qY4MMItLLi8lgx-vsurWDEUAUEhSZ7_H1hBu2hPqDG9wabN42V-66p8ks85yEoXYnoG5xKVy/pub

And here is a screenshot of your expected exit (left) vs my exit, (right).

enter the description of the image here

As you can see, your test code expects the Land Rover Discovery 1994 to occur, instead of the Land Rover Defender 1994. Since the list is sorted by brand, model, then year, Defender would be before Discovery in ascending alphabetical order, and it must be the model that is issued.

So I decided, maybe I should reverse the order in the field of the fair model, so that Discovery comes out in its place. However, when I try, the test case for a different car is broken, where the first model is expected in ascending order. (Ferrari 612 Scaglietti 2008 is issued instead of the required Ferrari 599 GTB Fiorano 2008)

My theory is that my teacher does not have the Land Rover Defender 1994 in his data set, but students are provided with a version of cars-full.txt that contains that row. Here is my code:

public class Demo {
    public static void main(String() args) throws FileNotFoundException {

        Scanner keyboard = new Scanner(System.in);
        System.out.println("Enter filename");
        String input = keyboard.nextLine();
        File file = new File(input);
        Scanner scanner = new Scanner(file);
        scanner.nextLine();
        ArrayList list = new ArrayList<>();
        while (scanner.hasNextLine())
        {
            String() arr = scanner.nextLine().split("t");
            list.add(new Car(arr(0), arr(1), Integer.parseInt(arr(2))));
        }

        list.sort(Comparator.comparing(Car::getMake).thenComparing(Car::getModel).thenComparing(Car::getYear));

        System.out.println("Oldest cars by make");
        Car oldest = list.get(0);
        int count = 0;

        for (int i = 0; i < list.size() - 1; i++)
        {
            if (oldest == null)
            {
                oldest = list.get(i);
            }

            if (list.get(i).getYear() < oldest.getYear())
            {
                oldest = list.get(i);
            }

            if (!list.get(i).getMake().equals(list.get(i + 1).getMake()) || i == list.size() - 2)
            {
                System.out.println(String.format("%15s%25s%5s", oldest.getMake(), oldest.getModel(), oldest.getYear()));
                count++;
                oldest = null;
            }
        }

        System.out.println(count + " result(s)");
    }
}

public class Car {

    private String make;
    private String model;
    private int year;

    public Car(String make, String model, int year)
    {
        this.make = make;
        this.model = model;
        this.year = year;
    }

    public String getMake()
    {
        return make.toLowerCase();
    }

    public String getModel()
    {
        return model;
    }

    public int getYear()
    {
        return year;
    }

    @Override
    public String toString() {
        return make + " " + model + " " + year;
    }
}

Individual software teacher teaches Word 2019 v1.0 | NulledTeam UnderGround

Individual software teacher teaches Word 2019 v1.0 | Languages: English | File size: 328.84 MB

Professor Teaches Word 2019 is a computer training course designed by experts to help you learn the characteristics of this sophisticated word processing program. The tutorial provides hours of lessons and practical exercises in a realistic simulation of the actual Word program. You will learn everything you need to create quality documents.

What is Microsoft Word 2019?
Microsoft Word 2019 is a word processing program that is part of the Microsoft Office suite of applications. This program allows you to create high quality and professional looking documents using the best document formatting tools. Professor Teaches Word 2019 will teach you how to create, edit, save, share and access documents online from any Internet browser.

What are the benefits of learning Microsoft Word 2019?
– Create professional-looking documents for presentations and reports.
– Learn new ways to format text for high quality documents
– Apply font formats to improve your documents

What will you learn in Professor Teaches Word 2019?
Our extensive computer training course will cover the following topics:

– Learn to apply fast styles
– Learn to use SmartArt diagrams
– Learn to publish documents as web pages
– Learn to create numbered and bulleted lists
– Learn to insert images, tables and graphs
– Learn to use the Document Inspector

Each teacher's course teaches includes:
– Practice in a realistic software simulation
– Hundreds of learning topics
– 4 to 8 hours of training per course
– Realistic simulations
– Beginner to advanced topics
– Learning objectives at your own pace
– Presentations and summaries
– Interactive exercises
– Professional voice narration
– Questions of the end of chapter questionnaire
– Check marks for completed topics
– Glossary, index and search
– Teacher Answers for instant training
Release Notes:
– The release notes were not available when this listing was updated.

System Requirements:
Microsoft Windows 10, Windows 8, Windows 7 or XP Average 450 MB hard disk space available per 1280 x 768 application, 16-bit color display Recommended sound card Mouse Speakers or headphones

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