Test - copia-20190712T011842Z-001

OllyDbg详细教程，一步步学习OllyDbg，进阶顶级黑客(OllyDbg detailed tutorial, step by step learning OllyDbg, Advanced top hackers)

为BI开发学习手册，内容为BO的产口培训手册。(BI developers study manual, training manual for the BO production mouth.)

通过键盘创建有若干个元素（可以是整型数值）的单链表，实现对单链表的初始化，对已建立的顺序表插入操作、删除操作、查找操作、遍历输出单链表。 要求各个操作均以函数的形式实现，并且在主函数中调用各个函数实现以下操作： （ 1 ）键盘输入单链表 x 、 x 、 x 、 x 、 x 、 x ，并输出显示，其中 x 为任意整数。 （ 2 ）在单链表的第 4 个位置插入 67 ，并输出单链表中的各元素值。 （ 3 ）删除单链表中的第 2 个数据元素，并输出单链表中的各元素值。 （ 4 ）查找单链表中的第 5 个元素并输出该元素的值。(A single linked list with several elements (which can be integer values) is created by keyboard to initialize the single linked list, insert operation, delete operation, search operation and traverse the output single linked list. Each operation is required to be implemented in the form of a function, and each function is called in the main function to implement the following operations: (1) Keyboard input single linked list x, x, x, x, x, x, and output display, where x is an arbitrary integer. (2) Insert 67 at the fourth position of the single-linked list and output the values of each element in the single-linked list. (3) Delete the second data element in the single-linked list and output the values of each element in the single-linked list. (4) Find the fifth element in the single list and output its value.)

Jsp与Ajax从入门到精通随书实例集，例子中包括了Ajax上传、ajax留言本，OA系统等，是学习的好资料。

此为发送带附件的电子邮件程序，相信大家会喜欢的。-to send an attachment in e-mail program, I believe we would like.

说明：  时频变换分析，主要用于信号分析时频变换，可以正常运行，欢迎一起学习(Time-frequency transform analysis, mainly used for signal analysis time-frequency conversion, can run normally, welcome to learn together)

说明：  Python编程从零基础到项目实战-PPT(python power point teaching)

说明：  fluent表面反应udf文件，基于Langmuir机理的反应速率设置(Fluent Surface Reaction UDF File, Reaction Rate Setting Based on Langmuir Mechanism)

python qt 快速编程的中文原版使用手册(using qt with pyhton)

说明：  基于FFT的谐波检测,采用快速傅里叶算法后得到原始波形中各次分量的频率和幅值特性，从中可以直接观测出各次谐波分量的频率和幅值信息. 程序1采用快速傅里叶算法后得到原始波形中各次分量的频率和幅值特性图 程序2输入信号经过FFT变换得到的频谱特性图 程序3对输入信号进行采样，应用一维小波变换函数进行三层小波分析(Based on FFT harmonic detection, the frequency and amplitude characteristics of each harmonic component in the original waveform are obtained by using fast Fourier algorithm, from which the frequency and amplitude information of each harmonic component can be directly observed In program 1, the frequency and amplitude characteristics of each component in the original waveform are obtained by using the fast Fourier algorithm The spectrum characteristic diagram of program 2 input signal through FFT transformation Program 3 samples the input signal and applies one-dimensional wavelet transform function to three-level wavelet analysis)