本科毕业设计（论文）工作细则&撰写规范

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论强鄂
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13 Times New Roman The Researches on the scheme of Event-driven Distributed System Times New Roman 4 ABSTRACT Times New Roman With the rapid development of the computer hardware and the network technique, the application of the distributed system has become a new trend. It can complete such a job by means of using the connected computer that cannot be done by a single computer. Since it can largely improve the work efficiency, the distributed system application has been paid much attention. It is used gradually in wider and wider area. Many software companies issue their products called mid-ware in succession, which can make the development of the distributed system simpler. In this paper, the basic concept of the distributed system will be covered. It will also discuss the distributed system in foundation, classifications, structure, characteristics, advantages and shortage. The distributed system is a kind of software systems. Although network is its foundation, the distributed system is characterized by its transparency. This character distinguishes the distributed system from the ordinary use of the network. There are some discussions in this paper. In the following, a scheme of an event-driven distributed system will be issued. This model is issued by means of modularization and each block cooperates with each other in order to improve the work efficiency. A distributed application system can be quickly realized by utilizing such a kind of model. In the end, a simple distributed model will be constructed in order to show this working frame and further discussions. Key words: distributed system; event-driven; network; socket Times New Roman 4 III

Since it can largely improve the work efficiency, the distributed system application has been paid much attention. It is used gradually in wider and wider area.

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16 5 [1]. J. 1998,20(6): 343~346 [2]. C M [3] Shihang S. Fuzzy self-organizing controller and its application for dynamic processes[j]. Fuzzy Sets and Systems, 1998,26:151~164 [4] Kaare Christian. Borland C++ Techniques & Utilitis[M]. Ziff-DavisPress 1993 Times New Roman 5 2

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18 B: 4 5 Shihang S. Fuzzy self-organizing controller and its application for dynamic processes[j]. Fuzzy Sets and Systems, 1998,26:151~164 4

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20 D: 4 5 // Courier New 5 // Keyboard hook Hook // #include <vcl.h> #pragma hdrstop #include "Unit1.h" // #pragma package(smart_init) #pragma resource "*.dfm" TKeyHookForm *KeyHookForm; // fastcall TKeyHookForm::TKeyHookForm(TComponent* Owner):TForm(Owner) {inthook = 0; // FormStyle = fsstayontop; // KeyHookForm Button1->Enabled = true; // Hook Button2->Enabled = false; } // // Hook void fastcall TKeyHookForm::Button1Click(TObject *Sender) {inthook = 0; // // keydll.dll SetHook Hook void (*SetHook)(); // SetHook inst = LoadLibrary("keydll.dll")// --keydll.dll; (FARPROC &)SetHook = ::GetProcAddress(inst,"SetHook"); // dll SetHook SetHook(); // dll SetHook ; Button1->Enabled = false; // Hook Button2->Enabled = true; } // // Hook hook void fastcall TKeyHookForm::Button2Click(TObject *Sender) {// keydll.dll RemoveHook Hook void (*RemoveHook)(); // RemoveHook inst = LoadLibrary("keydll.dll");// --keydll.dll (FARPROC &)RemoveHook = GetProcAddress(inst,"RemoveHook"); // dll RemoveHook RemoveHook(); // dll RemoveHook FreeLibrary(inst); // dll Button1->Enabled = true; // Hook Button2->Enabled = false; } // // void fastcall TKeyHookForm::KeyHook(TMessage &Msg) {// char keytext[80]; GetKeyNameText(Msg.LParam, keytext, 80); AnsiString keystate; // (.....) keystate = GetKeyState((int)Msg.WParam); keystate = (keystate == "1")?" ":" ";//C++ ListBox1->Items->Insert(0," "+AnsiString(++inthook) + " " + AnsiString(keytext) + " >>" + keystate); // ListBox } //

dfm" TKeyHookForm *KeyHookForm; //-------------------------------------------------------------------------- fastcall TKeyHookForm::TKeyHookForm(TComponent* Owner):TForm(Owner) {inthook = 0; //

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第一章

第一章第二章建築研究與分析第二章建築研究與分析第一節清代科舉與考棚建築一科舉與貢院建築清代政府拔取人才, 大體延續明代, 但也有改進之處, 例如詔舉, 由皇帝下詔徵取人才為國家所用, 有博學鴻詞孝廉方正直言山林隱逸孝子等科