weord的常用工具栏常用比例

weord的常用工具栏常用比例如下：

在Word2003文档窗口中查看Word文档时，用户可以按照某种比例放大或者缩小显示比例。放大显示比例时，用户可以看到比较清楚的Word文档内容，但是相对看到的内容会减少，这种显示通常用于修改细节数据或编辑较小的字体。

相反，如果缩小显示比例时，可以观察到的Word2003文档内容数量很多，但是文档的内容就看得不清晰，这通常是用于整页快速的浏览或者排版时观察整个页面。

用户可以在Word2003文档窗口单击“常用”工具栏中“显示比例”组合框右边的下拉三角按钮，出现一个下拉列表框。在该列表框中，用户可以选择不同的显示比例

Word2003文档窗口“显示比例”下拉列表框

用户还可以在Word2003文档窗口“显示比例”对话框中对显示比例进行更加详细的设置， *** 作步骤如下所述：

第1步，打开Word2003文档窗口，依次单击“视图”→“显示比例”菜单命令。

第2步，打开“显示比例”对话框，在“显示比例”区域选择合适的比例，也可在“百分比”文本框中输入或选择具体的比例，如图2所示。

1. 保证有android sdk, sdk的tools文件夹里有一个monkeyrunner.bat.

2.建文件：monkey_recorder.py

#!/usr/bin/env monkeyrunner

# Copyright 2010, The Android Open Source Project#

# Licensed under the Apache License, Version 2.0 (the "License")

# you may not use this file except in compliance with the License.

# You may obtain a copy of the License at#

# http://www.apache.org/licenses/LICENSE-2.0#

# Unless required by applicable law or agreed to in writing, software

# distributed under the License is distributed on an "AS IS" BASIS,

# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.

# See the License for the specific language governing permissions and

# limitations under the License.

from com.android.monkeyrunner import MonkeyRunner as mr

from com.android.monkeyrunner.recorder import MonkeyRecorder as recorder

device = mr.waitForConnection()

recorder.start(device)

3.建文件：monkey_playback.py

#!/usr/bin/env monkeyrunner

# Copyright 2010, The Android Open Source Project

#

# Licensed under the Apache License, Version 2.0 (the "License")

# you may not use this file except in compliance with the License.

# You may obtain a copy of the License at

#

# http://www.apache.org/licenses/LICENSE-2.0

#

# Unless required by applicable law or agreed to in writing, software

# distributed under the License is distributed on an "AS IS" BASIS,

# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.

# See the License for the specific language governing permissions and

# limitations under the License.

import sys

from com.android.monkeyrunner import MonkeyRunner

# The format of the file we are parsing is very carfeully constructed.

# Each line corresponds to a single command. The line is split into 2

# parts with a | character. Text to the left of the pipe denotes

# which command to run. The text to the right of the pipe is a python

# dictionary (it can be evaled into existence) that specifies the

# arguments for the command. In most cases, this directly maps to the

# keyword argument dictionary that could be passed to the underlying

# command.

# Lookup table to map command strings to functions that implement that

# command.

CMD_MAP = {

'TOUCH': lambda dev, arg: dev.touch(**arg),

'DRAG': lambda dev, arg: dev.drag(**arg),

'PRESS': lambda dev, arg: dev.press(**arg),

'TYPE': lambda dev, arg: dev.type(**arg),

'WAIT': lambda dev, arg: MonkeyRunner.sleep(**arg)

}

# Process a single file for the specified device.

def process_file(fp, device):

for line in fp:

(cmd, rest) = line.split('|')

try:

# Parse the pydict

rest = eval(rest)

except:

print 'unable to parse options'

continue

if cmd not in CMD_MAP:

print 'unknown command: ' + cmd

continue

CMD_MAP[cmd](device, rest)

def main():

file = sys.argv[1]

fp = open(file, 'r')

device = MonkeyRunner.waitForConnection()

process_file(fp, device)

fp.close()

if __name__ == '__main__':

main()

4. cd到monkeyrunner.bat 的目录里, 运行 monkeyrunner ..\..\monkey_recorder.py （绝对路径）

5.点击屏幕即会生成坐标，还有按button,输入文本，滑动等事件 ，录制完毕后选择Export Actions就将脚本保存下来了，保存的时候不需要后缀名。（也可加后缀名：*.mr）

6.回放：

cd到monkeyrunner.bat 的目录里, 运行 monkeyrunner ..\..\monkey_playback.py ..\..\第5步中保存的文件名（均为绝对路径）

1.将“We are students.”这个英文词句用k=4的凯萨密码翻译成密码

1. 恺撒密码，

作为一种最为古老的对称加密体制，他的基本思想是：

通过把字母移动一定的位数来实现加密和解密。

例如，如果密匙是把明文字母的位数向后移动三位，那么明文字母B就变成了密文的E，依次类推，X将变成A,Y变成B,Z变成C，由此可见，位数就是凯撒密码加密和解密的密钥。

如：ZHDUHVWXGHQWV（后移三位）

2. 凯撒密码，

是计算机C语言编程实现加密和解密。挺复杂的。你可以研究一下哦。

2.将凯撒密码（K=7）的加密、解密过程用C语言编程实现

/*

声明：MSVC++6.0环境测试通过

*/

#include<stdio.h>

#include<ctype.h>

#define maxlen 100

#define K 7

char *KaisaEncode(char *str)//加密

{

char *d0

d0=str

for(*str!='\0'str++)

{

if(isupper(*str))

*str=(*str-'A'+K)%26+'A'

else if(islower(*str))

*str=(*str-'a'+K)%26+'a'

else

continue

}

return d0

}

char *KaisaDecode(char *str)//解密

{

char *d0

d0=str

for(*str!='\0'str++)

{

if(isupper(*str))

*str=(*str-'A'-K+26)%26+'A'

else if(islower(*str))

*str=(*str-'a'-K+26)%26+'a'

else

continue

}

return d0

}

int main(void)

{

char s[maxlen]

gets(s)

puts(KaisaEncode(s))

puts(KaisaDecode(s))

return 0

}

3.将凯撒密码X的加密、解密过程用C语言编程实现

(2)kaiser加密算法 具体程序：#include #include char encrypt(char ch,int n)/*加密函数，把字符向右循环移位n*/ { while(ch>='A'&&ch='a'&&ch<='z') { return ('a'+(ch-'a'+n)%26)} return ch} void menu（)/*菜单，1.加密，2.解密，3.暴力破解，密码只能是数字*/ { clrscr()printf("\n=========================================================")printf("\n1.Encrypt the file")printf("\n2.Decrypt the file")printf("\n3.Force decrypt file")printf("\n4.Quit\n")printf("=========================================================\n")printf("Please select a item:")return} main() { int i,nchar ch0,ch1FILE *in,*outchar infile[20],outfile[20]textbackground(BLACK)textcolor(LIGHTGREEN)clrscr()sleep(3)；/*等待3秒*/ menu()ch0=getch()while(ch0!='4') { if(ch0=='1') { clrscr()printf("\nPlease input the infile:")scanf("%s",infile)；/*输入需要加密的文件名*/ if((in=fopen(infile,"r"))==NULL) { printf("Can not open the infile!\n")printf("Press any key to exit!\n")getch()exit(0)} printf("Please input the key:")scanf("%d",&n)；/*输入加密密码*/ printf("Please input the outfile:")scanf("%s",outfile)；/*输入加密后文件的文件名*/ if((out=fopen(outfile,"w"))==NULL) { printf("Can not open the outfile!\n")printf("Press any key to exit!\n")fclose(in)getch()exit(0)} while(!feof(in)）/*加密*/ { fputc(encrypt(fgetc(in),n),out)} printf("\nEncrypt is over!\n")fclose(in)fclose(out)sleep(1)} if(ch0=='2') { clrscr()printf("\nPlease input the infile:")scanf("%s",infile)；/*输入需要解密的文件名*/ if((in=fopen(infile,"r"))==NULL) { printf("Can not open the infile!\n")printf("Press any key to exit!\n")getch()exit(0)} printf("Please input the key:")scanf("%d",&n)；/*输入解密密码（可以为加密时候的密码）*/ n=26-nprintf("Please input the outfile:")scanf("%s",outfile)；/*输入解密后文件的文件名*/ if((out=fopen(outfile,"w"))==NULL) { printf("Can not open the outfile!\n")printf("Press any key to exit!\n")fclose(in)getch()exit(0)} while(!feof(in)) { fputc(encrypt(fgetc(in),n),out)} printf("\nDecrypt is over!\n")fclose(in)fclose(out)sleep(1)} if(ch0=='3') { clrscr()printf("\nPlease input the infile:")scanf("%s",infile)；/*输入需要解密的文件名*/ if((in=fopen(infile,"r"))==NULL) { printf("Can not open the infile!\n")printf("Press any key to exit!\n")getch()exit(0)} printf("Please input the outfile:")scanf("%s",outfile)；/*输入解密后文件的文件名*/ if((out=fopen(outfile,"w"))==NULL) { printf("Can not open the outfile!\n")printf("Press any key to exit!\n")fclose(in)getch()exit(0)} for(i=1i<=25i++)/*暴力破解过程，在察看信息正确后，可以按'Q'或者'q'退出*/ { rewind(in)rewind(out)clrscr()printf("==========================================================\n")printf("The outfile is:\n")printf("==========================================================\n")while(!feof(in)) { ch1=encrypt(fgetc(in),26-i)putch(ch1)fputc(ch1,out)} printf("\n========================================================\n")printf("The current key is: %d \n",i)；/*显示当前破解所用密码*/ printf("Press 'Q' to quit and other key to continue。

\n")printf("==========================================================\n")ch1=getch()if(ch1=='q'||ch1=='Q')/*按'Q'或者'q'时退出*/ { clrscr()printf("\nGood Bye!\n")fclose(in)fclose(out)sleep(3)exit(0)} } printf("\nForce decrypt is over!\n")fclose(in)fclose(out)sleep(1)} menu()ch0=getch()} clrscr()printf("\nGood Bye!\n")sleep(3)}。

4.怎样编写程序：实现恺撒密码加密单词"julus"

用下面程序：新建个txt，放进去任意单词，设置#define N 5中的值，实现字母移位，达到加密目的。

本程序提供解密功能/************************************************************************//* 版权所有：信息工程学院 王明 使用时请注明出处！！ *//* 算法：凯撒密码体制 e799bee5baa6e4b893e5b19e31333264643062 *//************************************************************************/#include #define N 5void jiami(char namea[256]) { FILE *fp_jiami,*fp_file2char cfp_jiami=fopen(namea,"rb")fp_file2=fopen("file2.txt","wb")while(EOF!=(fscanf(fp_jiami,"%c",&c))) { if((c>='A'&&c='a'&&c='A'&&c='a'&&c='a'&&c='A'&&c='a'&&c='A'&&c='a'&&c='A'&&c<='Z')c=c+32 } fprintf(fp_file3,"%c",c)} fclose(fp_file3)fclose(fp_jiemi)}int main(){ char name[256]int nprintf（"输入你要 *** 作的TXT文本："）； gets(name)printf("\n请选择需要进行的 *** 作：\n")printf(" 1：加密 2：解密 \n")printf（"输入你的选择："）； scanf("%d",&n)switch(n) { case 1:{jiami(name)printf("\t加密成功！！\n\n")break} case 2:{jiemi(name)printf("\t解密成功！！\n\n")break} default:{printf（"输入 *** 作不存在！"）；} } return 0}。

5.谁有PYTHON编写的凯撒密码的加密和解密代码

给你写了一个.

def convert(c, key, start = 'a', n = 26):

a = ord(start)

offset = ((ord(c) - a + key)%n)

return chr(a + offset)

def caesarEncode(s, key):

o = ""

for c in s:

if c.islower():

o+= convert(c, key, 'a')

elif c.isupper():

o+= convert(c, key, 'A')

else:

o+= c

return o

def caesarDecode(s, key):

return caesarEncode(s, -key)

if __name__ == '__main__':

key = 3

s = 'Hello world!'

e = caesarEncode(s, key)

d = caesarDecode(e, key)

print e

print d

运行结果：

Khoor zruog!

Hello world!

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