Курсовая работа
Быстро,ответственно и качественно.Все мои просьбы выполнены.Получила то,что хотела.
Рекомендую всем!
Budget: 500 UAH Deadline: 4 days
Hello to you.
Do I need to write a program and 3 section of the course?
Ready to discuss the conditions.
I’ve written the crystal in Windows Forms and I know how to describe the software product.
Budget: 500 UAH Deadline: 1 day
Good morning, ready to take the project. I would like to clarify some details.
Budget: 700 UAH Deadline: 2 days
Good day ! I graduated from the University this year. Specialty in Computer Engineering. She had experience doing similar courses at the university. I would like to get closer to the task.
Budget: 1000 UAH Deadline: 3 days
Congratulations, with great desire I will accomplish your task.
I can report about the work process.
I am in the top 10 in the category.
More detailed your task should be discussed in private messages.
I look forward to your positive answer.
Configuration: 1C UT 11 Address warehouse Zebra TC26 TSD Work via RDP Product scanning is performed in receiving, placement, picking documents, and other warehouse operations. Current problem: Warehouse workers operate through the Zebra TSD. When scanning, they do not always notice messages on the screen. It is necessary to implement different sound signals for different scanning results. Required functionality: Successful scanning and processing in 1C short sound signal. Barcode read by the scanner, but the product is not found in 1C another sound signal (different from successful). Error during warehouse operation incorrect cell; incorrect product; other address warehouse control errors. separate sound signal. Sounds should be played on the TSD via RDP. Preferences: use of WAV files or another reliable playback method; ability to add new types of sound messages in the future; minimal impact on the speed of TSD operation. Please specify in your response: Experience with UT 11 and address warehouses. Have you implemented similar tasks for Zebra TSD or other TSDs. Estimated cost and execution time. How the implementation of sound signals is planned.