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all: mac.a mac.j rf @wd=`pwd`; \ i=`grep '^MACDIR=' makes | sed -e 's/.*=[ ]*//' -e 's/[ ]*$$//'`; \ if [ "X$$i" = "X" -o "X`eval echo $$i`" != "X$$wd" ]; \ then echo Change MACDIR in makes to

//: io/UsingRandomAccessFile.java import java.io.*; public class UsingRandomAccessFile { static String file = "rtest.dat"; static void display() throws IOException { RandomAccessFile rf

start:UdpClient.out UdpClient.out:UdpClient.c process.o gcc -c UdpClient.c gcc -o UdpClient.out UdpClient.o process.o clean: rm -rf *.out *.bak UdpClient.o

start:UdpServer.out UdpServer.out:UdpServer.c gcc UdpServer.c -o UdpServer.out -g clean: rm -rf *.out

function [no,xo] = rfhist(rf,x,rfflag) % rfhist - 显示雨流数据的柱状图 % % function [no,xo] = rfhist(rf,x,rfflag) % % Syntax: rfhist(rf) % rfhist(rf,30) % rfhist(rf,-55:10:55,'mean') %

function [m,mx,my]=rfmatrix(rf,x,y,flagx,flagy) % rfmatrix - 雨流矩阵评价 % % function [m,mx,my] = rfmatrix(rf,x,y,flagx,flagy) % % Syntax: rfmatrix(rf) % rfmatrix(rf,x,y) % rfmatri

% RAINFLOW cycle counting. % RAINFLOW counting function allows you to extract % cycle from random loading. % % SYNTAX % rf = RAINFLOW(ext) % rf = RAINFLOW(ext, dt) % rf = RAINFLOW(ex

function [ar,arp,aru,g]=lpcrf2ar(rf) %LPCRF2AR Convert reflection coefs to autoregressive coefs [AR,ARP,ARU,G]=(RF) % % Input: RF(:,p+1) gives reflection coefficients of one or more p-section loss

function [ar,arp,aru,g]=lpcrf2ar(rf) %LPCRF2AR Convert reflection coefs to autoregressive coefs [AR,ARP,ARU,G]=(RF) % % Input: RF(:,p+1) gives reflection coefficients of one or more p-section loss

　　例3.5转义字符的使用。 　　 ｍain() ｛printf(" ab c\t de\rf\tg\n"); printf("h\ti\b\bj k"); ｝