Write a program for the election. Voters must first register with the system. The administrator fills out a list of candidates. Each member (on the network) or from the same computer logs in and votes. Voting data is accumulated in the database. You cannot vote twice. At the end of the voting period, the administrator starts the counting procedure and the system issues the result.

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Write a program for drawing up the optimal pizza delivery route. Users wishing to order a pizza, leave a request in the system, indicating the area of ​​their residence. In addition, the system constantly accumulates information about how to travel between neighboring areas of the city. When an order arrives, the program must find a shortcut from the current location of the pizza trailer to the customer’s area of ​​residence.

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Write a program for receiving bets and calculating winnings at the races. Users registered in the system can bet any amount on one of the seven horses. Previously, the system administrator makes a list of horses. According to the results of arrival (it can be modeled on the basis of random numbers) should be calculated the amount of winnings.

It is desirable that the system can handle several types of bets (which horse will come first, which horse will come last, etc.).

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Write a program for the distribution of vacancies. Users (employees and employers) are registered in the system, after which they can apply. You can offer a job (specifying the requirements for the employee, salary and other parameters), or look for a job (indicate the desired position, salary, etc.). After accumulating a sufficient number of applications, the system proceeds to their distribution in order to maximally take into account the wishes of users and returns the result in the form of employee-employer pairs.

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Write a program to automatically schedule classes. Users registered in the system (teachers) make applications (indicate the number of the student group, the name of the subject and the number of classes per week). The administrator indicates the number of free audiences (and other parameters if necessary). Having accumulated all the applications, the system should make a schedule. It is desirable that the schedule be as high-quality as possible (lack of “holes” in students and teachers, uniform workload).

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Write a program for testing. The administrator should be able to add questions to the program (indicating the answer options and noting the correct one). Users are tested by answering these questions and getting an estimate as a percentage of correct answers.

It is desirable that the program allows you to switch between tests. Those. the administrator may be able to create new tests and, when adding a question, indicate which test he belongs to, and the user can select the desired test from the list.

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It is necessary to develop an exclusive program for leaders of countries intending to organize a summit. Each leader can offer several options for the time and venue. The meeting place is a country (can be entered manually or selected from a list of previously entered countries), the time is set by a combination of month + from which day + to which day. The system summarizes the results by identifying possible options for the time and venue suitable for all leaders of countries. If there are no such options, leaders of the countries can continue to add their options.

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Write a program to play sea battle. Users register in the system and indicate the location of their ships. Then users take turns trying to “get” into the enemy ships (by entering the coordinates in the text field or pointing the cell on the map with the mouse, which is preferable). In the simplified version, two users can play and after each move the program ends the “session” of communication with the current user and asks for the next password.

In a more advanced version, the program can support a simultaneous game session with several users (in this case, you must specify whose ships should be bombarded).

In the network version of the game, you can make it possible for the game not to be interrupted after each turn, but simply blocked while waiting for the opponent's move.

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Write a program for the remote exam. The teacher prepares a list of questions for the exam, indicating the correct answer for each of them. Students take the exam by answering five questions randomly selected by the system and receive an assessment.

It is advisable to make it so that several teachers can use the system. The student after registration must choose a subject. If the exam is already passed, it will not be in this list.

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Write a program for motorists, tracking traffic jams on the roads and offering the least loaded path between two points. Motorists can use this program to report traffic jams on the way from one point of the city to the next (these points may be adjacent areas of the city). Each traffic jam receives a load rating on a ten-point system. The program also, upon request for two points, finds a route on which the total duration of standing in traffic jams is minimal (we ignore the difference in distance between different adjacent areas).

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Write a program for the competition. The program should distribute the grant fund of the competition among the participants, depending on the expert evaluations of each participant. At the same time, the amount allocated to each participant cannot be less than a certain minimum value (participants who “earned” below the minimum drop out of the competition). Applications from the participants have already received expert marks. The procedure for determining the results of the competition is started by the administrator (after the deadline for accepting applications).

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Write a program for the bidding. Participants are registered in the system and submit applications for the sale and purchase of goods (in addition to the name and price of the product, additional parameters such as quality may be indicated). At the end of the day, the system (at the command of the administrator) compares the bids and issues the bidding results, trying to satisfy the needs of the participants to the maximum. Applications that are not satisfied are postponed the next day.

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It is necessary to develop a program to coordinate the group of project participants. Project participants need to set a time and place for the meeting. Each participant registers in the system and indicates his opportunities (a list of intervals and places where he can meet). The system summarizes the results by defining possible time and venue options suitable for all participants.

The possible meeting time should be set by the combination of the day of the week + from what hour + to what hour. The meeting place is selected from a list that is filled in advance.

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Write a program for optimal distribution of production capacity. The production department receives orders for the manufacture of products. Each order requires a certain amount of resources. Let time of use of the equipment acts as resources. For simplicity, suppose that the list of necessary equipment and time is contained in the order itself, and the list is ordered according to the technological operations of the order (i.e. it matters in what order this equipment will be provided). The program should develop a priority for the provision of equipment in order to minimize the total time to complete the entire batch of orders.

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Develop a system for the formation of a concert program on requests. Users (fans) are registered in the system and select songs from the list provided (or add their own). Each user can select any number of songs. When the time for submission of applications ends, a concert program is formed, including the songs that have collected the largest number of applications (the number of songs is determined in advance).

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Write a program for playing checkers. Users are registered in the system and go in turn. The current batch can be paused and then resumed. In an advanced version of the system, several batches can be supported simultaneously.

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