臺灣博碩士論文加值系統

以軟體程序為中心的軟體開發環境是最新一代能夠支援軟體開發動作的環境，這種軟體開發環境能將如何軟體開發動作、軟體開發人員與其工作和如何使用及控制軟體開發工具等清楚的表示；本篇論文提出一種名叫TPL（Two-Leveled Process Modeling Language）的程序描述語言，這種描述語言是由高階UML圖形與低階程序程式所組成，高階圖形能協助程序程式的發展，低階程序程式能將程序描述成程序程式，而介於兩者之間則是一個映對關係，此種映對關係能使得高階圖形與低階程式緊密的結合在一起，除此之外，映對關係還能進一步的協助程序程式的發展。TPL的特點為協助程序程式的開發及描述包含軟體產品、開發人員、一般的動作、未明確的動作、個人化的動作、動作的次序及同時性、例外及其處理方法、工具、開發時程、開發預算、回授情形和可變動作次序等等組成程序的重要元件。其中個人化的動作、回授情形及可變的動作次序的描述，在我們所參考的論文中，幾乎沒有一個描述語言能夠支援。

This paper proposes an process modeling language named TPL(Two-Leveled Process Modeling Language). It is composed of high level UML-based diagrams and a low level process language. The high level diagrams facilitate process analysis and design, while the low level process language models processes as process programs. With the high level diagrams, process program development becomes easier. Between the two levels is a mapping which facilitates transforming high level diagrams into process programs. TPL offers the following features: 1)facilitate process program development, 2)modeling process components, including software product, developers, activities, uncertainties, private activities, activity sequence and synchronization, exceptions and their handlers, tools, schedules, budgets, feedback, and activities whose order can be changed . According to our surveys, almost no process languages can model private activities, feedback, and activities whose order can be changed .

致謝
摘要Abstract
目錄
第一章 導論 1
第二章 雙層式的程序描述語言
2-1 高階UML圖形
2-1-1 P-Activity 圖
2-1-2 P-Class 圖
2-2 低階程序語言
2-2-1 描述產品
2-2-2 描述開發者
2-2-3 描述工具
2-2-4 描述時程和預算
2-2-5 描述動作
2-2-6 例外和處理方法
2-2-7 描述各種關係
2-3 程序的演進
2-4 映對方式
第三章 雙層式的程序描述語言範例
第四章 系統實作
4-1 系統架構
4-2 類別實作
4-3 使用者介面
第五章 相關研究
第六章 結論
參考資料
附錄一 低階程序程式範例

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