Mobil ilovalarni yaratish uchun dasturlash tillari


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XULOSA
Mobil ilovalar – mobil qurilmalarga (telefon. Kommunikator, smartfon va shunga oʻxshashlar) aniq bir platform ostida (Android, iOS, BlackBerry, HP webOS, Symbian OS, Samsung va Windows Mobiledan Bada) oʻrnatiladigan tarkibiy qism boʻlib u mobil serverga ulanadi va foydalanuvchi interfeysini boshqaradi. Quyida uchta eng mashxur OS lar keltirib oʻtilgan:
1-oʻrin – Android tizimi (78%) – bu operatsion sistema Google dan. U bepul tarqatiladi, mobil qurilma uchun texnik parametrlar talablari minimal darajada. Bu xususiyatlar uni eng katta smartfon ishlab chiqaruvchilar ichida eng mashxuriga aylantirdi.
2-oʻrin – Apple iOS (15.2%) - bu operatsion tizim mutlaaqo yopiq, chunki har bir mahsulot uchun haq toʻlash kerak. Ushbu platforma ishining yuqori sifatliligi va barqarorligi bilan ajralib turadi – bu shubhasiz uning ustun tomonidir. Undan tashqari u ishlatish uchun oson. Yana bir ustun jihati – xavfsizlik. Apple Store da barcha ilovalar sinchiklab tekshiriladi. Bu tizimning kamchiligi u faqat Apple qurilmalarida mavjud.
3-oʻrin – Windows Phone (2.5%) – bu tizim Microsoft tomonidan ishlab chiqarilgan. U yuqorida keltirilgan tizimlar kabi unchalik mashxur emas, lekin koʻpchilik foydalanuvchilar WP liderlar kompaniyalar bilan raqobatlasha oladi deb hisoblashadi. Bunda interfeys juda qulay va noodatiy: vidjetlar oʻrniga “tirik (kafellar) plitkalar” (live tiles). Ular ekranda ilovalarni ochmasdan ma’lumotlarni koʻrsatib turishadi (masalan, taqvim, ob-havo va hkz.). Afzalliklariga asosan interfeysning tezligi va muammosiz ishlashi hisoblanadi.
Foydalanilgan adabiyotlar:

1. https://docs.flutter.dev/resources/faq

2. https://en.wikipedia.org/wiki/Figma (software)

3. https://en.wikipedia.org/wiki/MySQL

4. https://designlab.com/figma-101 -course/introduction-to-figma/

5. Saloydinov, S. Q. (2021). Paxta tozalash zavodlarida energiya sarfini kamaytirishning texnik-iqtisodiy mexanizmini yaratish. "Academic research in educational sciences", 2(9), 886-889. https://doi.org/10.24412/2181-1385-2021-9-886-889

6. Saloydinov, S. Q. (2021). Creation of feasibility studies to reduce energy costs in ginneries. "Экономика и социум", 9(88), 147-149.

7. Caлойдинов, C. К. (2021). Образовательные кредиты в Узбекистане. "Экономика и социум", 12(91), 470-472.

8. Caлойдинов, C. К. (2021). Спрос на рынке дифференцированных продуктов. "Экономика и социум", 12(91), 473-476.

9. Салойдинов, С. К. (2022). С паровой турбиной 471 МВт на Талимарджанской ТЭЦ расчет электрических режимов при максимальной зимней нагрузке. "Central Asian Research Journal for Interdisciplinary Studies (CARJIS)", Special issue, 116-121.

10. Сaрдoржoн Кoдиржoн Yгли Сaлoйдинoв. (2022). Иннoвaциoннoе решение для пoлyчения биoгaзa. "Central Asian Research Journal for Interdisciplinary Studies (CARJIS)", 2(3), 280-285. https://doi.org/10.24412/2181-2454-2022-3-280-285 Astanaliev E. T. O. The Process Of Electronic Document Management In The System Of Railway Automation And Telemechanics //The American Journal of Interdisciplinary Innovations Research. - 2021. - Т. 3. - . 05. - С. 76-80.

11. Astanaliev E. The formalization of the electronic document in railway automatics and telemechanics on the basis of simulation modeling //European Scholar Journal (ESJ). -Т. 2. - . 3.

12. OGLI A. E. T. Software for Electronic Document Management System of Technical Documentation on Railway Automation and Telemechanics //JournalNX. - 2021. - Т. 7. -. 1. - С. 204-209.

13. Astanaliev E. ELECTRONIC MODEL OF TECHNICAL DOCUMENT MANAGEMENT PROCESS /^рник наукових праць ЛОГО!. - 2021.

14. Baratov D., Astanaliev E. Functional Features of the Technical Documentation Control Program //International Journal on Orange Technologies. - 2021. - Т. 3. - . 1. - С. 7-11.

15. Dadaboyev, Q. Q. (2021). Refrigerator in modern heating power stationstechnical water waste through reconstruction of the towerreduction. "International journal of philosophical studies and social sciences", 1(3), 96-101.

16. Dadaboyev, Q. Q. (2022). Issiqlik elektr stansiyalarida texnik suv isrofini barataraf etish. "Academic research in educational sciences", 3(1), 434-440. https://doi.org/10.24412/2181-2454-2022-1-41-47

17. Dadaboyev, Q. Q. (2022). Bug'-gaz qurilmasi gradirniyalaridagi aylanma suv isrofini kamaytirish "Central Asian Research Journal for Interdisciplinary Studies (CARJIS)", Special issue, 15-21
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