[原]联众去大部广告版

最新版的联众广告实在犯人,并且在Advert文件夹下全是广告,并且一会儿就自动下载十几M,太可怕了!!!
绿色版还没出现,只好自己动手了,胡乱改了下,没太多时间搞.

效果:
把开头,结尾的广告去了;
禁止下载广告到Advert;
至于窗体上的广告只要把Advert文件夹清空,还有几个目录下的广告htm文件删掉就可以了

地址:
http://www.mediafire.com/?m3wmpegt4i4

[捷报]

kao,第一轮竟然侥幸刚刚过了

[随记]自由了

今天好像blog解封了,纪念一下,毕竟是千年一遇的事情,虽然也许是昙花一现
不用代理就是舒服啊,速度快... ...画面好像也变得清晰了

[随记]dididi...dododo

牙终于拆了,一年的痛苦终于彻底的画上了逗号...

"保持器要带2年"
"什么!!2年??!!!"

唉~~~苦命的人儿今天面试了,连蒙带骗终于弄到了华为的面试机会(本来是会计学专业注册资料的时候说的计算机;没有学位证骗他说有),不过第一轮技术面试好像还不错,那个面试官年龄看起来也就是二十八九岁,对我面试的时间挺长,技术好像挺满意,还多问了我一些别的东西,可能是后面几轮的问题,感动死我了;笔试题很简单,主要是技术之外的比如对一些事情的认识,看法,以及问题的处理方法,人与人之间,唉,总之是对一个人全面的了解,现在要等通知了
问题是还没弄到学位证,面试官说这个月弄不到也不太好办,如果弄不到要给他通知一声,让他也别出岔子;唉~~`人人都说要爱国,可是我一个会计系的学生好不容易有一个机会去大公司做软件开发却因为没有会计系的学位证而失之交臂,人生最大的遗憾莫过于此,,,,为什么社会要这么不懈的折磨一个大好青年???
所以我想大声的喊:I HATE THIS COUNTRY!
唉~~听天由命吧~~

[转]jvm opcode instruction

A.3 Instructions by Category This section contains a listing of the instructions and what they do, grouped by category. Here is a key to the descriptions: a The top slot of the stack. May be an int, float, or reference. b The second stack slot. May be an int, float, or reference. c The third stack slot. May be an int, float, or reference. d The fourth stack slot. May be an int, float, or reference. ab The long or double on top of the stack, made up of slots a and b. cd The long or double second on the stack, made up of slots c and d. A.3.1 Arithmetic Mnemonic Arguments Description dadd Add double (ab+cd) dcmpg Compare double dcmpl Compare double ddiv Divide double (ab/cd) dmul Multiply double (ab*cd) dneg Negate double (-ab) drem Remainder double (ab%cd) dsub Subtract double (ab-cd) fadd Add float (a+b) fcmpg Compare float fcmpl Compare float fdiv Divide float (a/b) fmul Multiply float (a*b) fneg Negate float (-a) frem Remainder float (a%b) fsub Subtract float (a-b) i2b Convert int to byte i2c Convert int to char i2s Convert int to short iadd Add int (a+b) iand Bitwise and ints (a & b) idiv Divide ints (a/b) imul Multiply ints (a*b) ineg Negate int (-a) ior Bitwise or ints (a b) irem Remainder int (a%b) ishl Shift int left (a << b) ishr Shift int right (a >> c) isub Subtract int (a-b) iushr Unsigned shift int right (a >>> c) ixor Bitwise xor ints (a ^ b) ladd Add long (ab+cd) land Bitwise and longs (ab & cd) lcmp Compare longs ldiv Divide long (ab/cd) lmul Multiply long (ab*cd) lneg Negate long (-ab) lor Bitwise or longs (ab cd) lrem Remainder longs (ab%cd) lshl Shift long left (bc << 9) lshr Shift long right (bc >> 9) lsub Subtract long (ab-cd) lushr Unsigned shift long right (bc >>> 9) lxor Bitwise x or longs (ab ^ cd) A.3.2 Array Mnemonic Arguments Description aaload Push array element a from array b aastore Store a in array element b of array c anewarray class Create array of class, length a arraylength Length of array a athrow Throw exception a baload Push array element a from array b bastore Store a in array element b of array c caload Push array element a from array b castore Store a in array element daload Push array element a from array b dastore Store ab in array element faload Push array element a from array b fastore Store a in array element b of array c iaload Push array element a from array b iastore Store a in array element laload Push array element a from array b lastore Store ab in array element c of array d multianewarray class n Create multidimensional array with first n dimensions initialized to lengths a, b, c. . . newarray type Create array of type, length a saload Push array element a from array b sastore Store a in array element b of array c A.3.3 Constant Mnemonic Arguments Description aconst_null Push null reference bipush n Push int between ?28 and 127 dconst_0 Push 0 (double) dconst_1 Push 1 (double) fconst_0 Push 0 (float) fconst_1 Push 1 (float) fconst_2 Push 2 (float) iconst_0 Push 0 (int) iconst_1 Push 1 (int) iconst_2 Push 2 (int) iconst_3 Push 3 (int) iconst_4 Push 4 (int) iconst_5 Push 5 (int) iconst_m1 Push ?(int) lconst_0 Push 0 (long) lconst_1 Push 1 (long) ldc x Push x (a constant int, float, or String) ldc_w x Push x (a constant int, float, or String) ldc2_w x Push x (a constant long or double) sipush n Push int between ?2,768 and 32767 A.3.4 Control Mnemonic Arguments Description areturn Return reference from method dreturn Return double from method freturn Return float from method goto label Branch always goto_w label Branch always to label if_acmpeq label Branch if a == b if_acmpne label Branch if a != b if_icmpeq label Branch if a > b if_icmpge label Branch if a >= b if_icmpgt label Branch if a > b if_icmple label Branch if a <= b if_icmplt label Branch if a < b if_icmpne label Branch if a != b ifeq label Branch if a == 0 ifge label Branch if a >= 0 ifgt label Branch if a > 0 ifle label Branch if a <= 0 iflt label Branch if a < 0 ifne label Branch if a != 0 ifnonnull label Branch if a is not null ifnull label Branch if a is null ireturn Return int from method jsr label Branch to label; push return location jsr_w label Jump to label lookupswitch tag1: label1 tag2: label2... default: labeln Branch to label1 on tag1, label2 on tag2, . . . , labeln otherwise lreturn Return long from method nop Do nothing ret n Branch to location in variable n return Return from method tableswitch n label1 label2 . . . default: labeln Branch to label1 on n, label2 on n+1, . . . , labeln otherwise A.3.5 Data Type Conversion Mnemonic Arguments Description d2f Convert double ab to float d2i Convert double ab to int d2l Convert double ab to long f2d Convert float a to double f2i Convert float a to int f2l Convert float a to long i2d Convert int a to double i2f Convert int a to float i2l Convert int a to long l2d Convert long ab to double l2f Convert long ab to float l2i Convert long ab to int A.3.6 Object Mnemonic Arguments Description checkcast class Throw exception if a is not an instance of class getfield class/field desc Push object field from object a getstatic class/field desc Push static field instanceof class Push 1 if a is class, 0 otherwise invokeinterface class/method desc n Invoke method through interface with n argument words invokespecial class/method desc Invoke method directly invokestatic class/method desc Invoke static method invokevirtual class/method desc Invoke method virtually new class Create new object of class putfield class/field desc Store a in object field putstatic class/field desc Store a in static field A.3.7 Stack Manipulation Mnemonic Arguments Description dup Duplicate a dup_x1 Duplicate a, insert under b dup_x2 Duplicate a, insert under c dup2 Duplicate ab dup2_x1 Duplicate ab, insert under c dup2_x2 Duplicate ab, insert under d pop Remove a pop2 Remove ab swap Swap a and b A.3.8 Synchronization Mnemonic Arguments Description monitorenter Gain control of monitor of a monitorexit Release monitor of a A.3.9 Variable Mnemonic Arguments Description aload n Push local variable n aload_0 Push local variable 0 aload_1 Push local variable 1 aload_2 Push local variable 2 aload_3 Push local variable 3 astore n Store a in local variable n astore_0 Store a in local variable 0 astore_1 Store a in local variable 1 astore_2 Store a in local variable 2 astore_3 Store a in local variable 3 dload n Push local variable n dload_0 Push local variable 0 dload_1 Push local variable 1 dload_2 Push local variable 2 dload_3 Push local variable 3 dstore n Store ab in local variable n dstore_0 Store ab in local variable 0 dstore_1 Store ab in local variable 1 dstore_2 Store ab in local variable 2 dstore_3 Store ab in local variable 3 fload n Push local variable n fload_0 Push local variable 0 fload_1 Push local variable 1 fload_2 Push local variable 2 fload_3 Push local variable 3 fstore n Store a in local variable n fstore_0 Store a in local variable 0 fstore_1 Store a in local variable 1 fstore_2 Store a in local variable 2 fstore_3 Store a in local variable 3 iinc n increment Increment local variable iload n Push local variable n iload_0 Push local variable 0 iload_1 Push local variable 1 iload_2 Push local variable 2 iload_3 Push local variable 3 istore n Store a in local variable n istore_0 Store a in local variable 0 istore_1 Store a in local variable 1 istore_2 Store a in local variable 2 istore_3 Store a in local variable 3 lload n Push local variable n lload_0 Push local variable 0 lload_1 Push local variable 1 lload_2 Push local variable 2 lload_3 Push local variable 3 lstore n Store ab in local variable n lstore_0 Store ab in local variable 0 lstore_1 Store ab in local variable 1 lstore_2 Store ab in local variable 2 lstore_3 Store ab in local variable 3 wide instruction arguments Like instruction, except using wider range of values

[原]oxygen.xml.editor.8.2.keygen&patch

今天下了一个好插件,处理xml的,注册机混淆了,研究了下jvm的opcode,把oxygen的xml editor(eclipse plugin)注册机发上来,
只要把plugin下的oxygenEclipse.jar中的ro.sync.D.A.class反编译一下,替换里边的数组为注册机中的数组,这个注册机就能用了.代码:

package cn.com;
import java.io.*;
import java.security.*;
import java.security.spec.InvalidKeySpecException;
import java.security.spec.PKCS8EncodedKeySpec;
import java.text.SimpleDateFormat;
import java.util.Date;
import sun.misc.BASE64Encoder;

public class OxygenKeygen {

public static void main(String args[]) {
BufferedReader bufferedreader = new BufferedReader(new InputStreamReader(System.in));
try {
System.out.println(z[5]);
System.out.println(z[7]);
System.out.println(z[5]);
System.out.println();
String s = a(bufferedreader, z[3]);
String s1 = a(bufferedreader, z[6]);
System.out.println();
System.out.println(z[5]);
System.out.println(z[4]);
System.out.println(z[5]);
System.out.println();
System.out.println((new OxygenKeygen(s, s1)).d());
System.out.println();
System.out.println(z[5]);
} catch (Exception exception) {
exception.printStackTrace();
}
try {
bufferedreader.close();
} catch (IOException _ex) {
}
}

private static PrivateKey a() throws InvalidKeySpecException, NoSuchAlgorithmException {
PKCS8EncodedKeySpec pkcs8encodedkeyspec = new PKCS8EncodedKeySpec(d);
return KeyFactory.getInstance(z[23]).generatePrivate(pkcs8encodedkeyspec);
}

private static String a(String s) {
StringBuffer stringbuffer;
int i;
int j;
boolean flag;
flag = f;
stringbuffer = new StringBuffer(s);
i = stringbuffer.length();

for (j = 0; j < i; j++) {
char ch = Character.toUpperCase(stringbuffer.charAt(j));
if (z[2].indexOf(ch) == -1)
stringbuffer.setCharAt(j, '_');
}
return stringbuffer.toString();
// if(!flag) goto _L2; else goto _L1
// _L1:
// z[2]; //z[2]
// _L7:
// Character.toUpperCase(stringbuffer.charAt(j)); //z[2],CH
// indexOf();
// -1;
// JVM INSTR icmpne 53; // 判断ch是否在z[2]中,在goto L4,continue;不在则break到line:102
// goto _L3 _L4
// _L3:
// break MISSING_BLOCK_LABEL_46;
// _L4:
// continue; /* Loop/switch isn't completed */
// stringbuffer.setCharAt(j, '_'); //maybe here is MISSING_BLOCK_LABEL_46;
// j++;
// _L2:
// if(j < i) goto _L1; else goto _L5
// _L5:
// stringbuffer.toString();
// if(flag) goto _L7; else goto _L6
// _L6:
// return;
}

private static String a(BufferedReader bufferedreader, String s) throws IOException {
boolean flag;
flag = f;
Object obj = null;
// _L2:

String s1;
do {
System.out.print(s);
System.out.flush();

s1 = bufferedreader.readLine();
} while (s1 == null || s1.trim().length() == 0);
// _L4:
// // JVM INSTR ifnull 6;
// // goto _L1 _L2
// _L1:
// s1.trim();
// if(flag) goto _L4; else goto _L3
// _L3:
// if(flag) goto _L6; else goto _L5
// _L5:
// length();
// JVM INSTR ifeq 6;
// goto _L7 _L2
// _L7:
// s1;
// _L6:
return s1;
}

public OxygenKeygen(String s, String s1) {
b = null;
c = null;
b = s;
c = s1;
}

private String b() throws Exception {
StringBuffer stringbuffer = new StringBuffer();
stringbuffer.append(a(b));
stringbuffer.append(a(c));
stringbuffer.append(a);
stringbuffer.append("0");
stringbuffer.append(z[16]);
stringbuffer.append(a(z[20]));
stringbuffer.append(a(z[22]));
stringbuffer.append(a(z[21]));
return stringbuffer.toString();
}

private String c() throws Exception {
Signature signature = Signature.getInstance(z[0]);
signature.initSign(a());
signature.update(b().getBytes(z[1]));
return (new BASE64Encoder()).encode(signature.sign());
}

private String d() throws Exception {
StringBuffer stringbuffer = new StringBuffer();
stringbuffer.append((new StringBuilder(z[8])).append(b).toString()).append('\n');
stringbuffer.append((new StringBuilder(z[13])).append(c).toString()).append('\n');
stringbuffer.append(z[11]).append(a).append('\n');
stringbuffer.append(z[15]).append('\n');
stringbuffer.append(z[9]).append(z[16]).append('\n');
stringbuffer.append(z[18]).append(z[20]).append('\n');
stringbuffer.append(z[12]).append(z[10]).append('\n');
stringbuffer.append(z[19]).append(z[14]).append('\n');
stringbuffer.append((new StringBuilder(z[17])).append(c()).toString());
return stringbuffer.toString();
}

private static final String a;
private String b;
private String c;
private static final byte d[];
public static boolean e;
public static boolean f;
private static String z[];

static {
String as[];
as = new String[25];
as[0] = "1G\b\026\020\013{!c4#";
as[1] = "7[\017\037";
as[2] = " N\rd\"$H\001n-)C\007j(2^\033t37Y\036\177=;?x\025TV:\177\020_[/\026\nI\"";
as[3] = "0j.N\024\026}(S\016\raiI\006\017ji\035G";
as[4] = ".f*B\t\021js\007";
as[5] = "_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z_2t\032Z";
as[6] = "!`$W\006\fvi\007GB/i\007GB/i\035G";
as[7] = "_2t\007[\rW0@\002\f w\177*./\fC\016\026`;\007\021Z!{\007\013\013l,I\024\007/.B\t\007}(S\b\020/t\032Z";
as[8] = "0j.N\024\026}(S\016\ra\026i\006\017jt";
as[9] = ",z$E\002\020P&A8.f*B\t\021j:\032";
as[10] = ":B\005\n\"\006f=H\025NW\032k3OK,E\022\005h,U";
as[11] = "&n=BZ";
as[12] = "!`$W\b\fj'SZ";
as[13] = "!`$W\006\fvt";
as[14] = "Z#{";
as[15] = "&z;F\023\013`'\032J";
as[16] = "S?y\027";
as[17] = "1H\007\032";
as[18] = "!n=B\000\r}0\032";
as[19] = "4j;T\016\rat";
as[20] = "'a=B\025\022} T\002";
as[21] = "97e\007U?";
as[22] = "9W\004kJ'k S\b\020#i\1774.[dc\002\000z.@\002\020R";
as[23] = "&\\\b";
as[24] = "/BdC\003Ov0^\036";
z = as;

byte[] con=new byte[] {0x62,15,73,39,103};
for (int k = 0; k < z.length; k++) {
char[] ch = z[k].toCharArray();
// if (ch.length < 1) {
// if (k < 0) {
// }
//
// }
for (int i = 0; i < ch.length; i++) {
ch[i] ^= con[i%5];
}
z[k] = new String(ch);
}

// for (int l = 0; l < z.length; l++) {
// System.out.println("" + l + ": " + z[l]);
// }

// break MISSING_BLOCK_LABEL_343;
// local;
// toCharArray();
// JVM INSTR dup ;
// JVM INSTR arraylength .length;
// JVM INSTR swap ;
// int i = 0;
// JVM INSTR swap ;//ca,length
// JVM INSTR dup_x1 ;//len,ca,len
// 1; //len,ca,len,1
// JVM INSTR icmpgt 322;//len,ca
// goto _L1 _L2
// _L1:
// JVM INSTR dup ;//len,ca,ca
// i; //len,ca,ca,i
// _L4:
// JVM INSTR dup2 ; //len,ca,ca,i,ca,i
// JVM INSTR caload ;//len,ca,ca,i,ca[i]
// byte byte0;
// switch(i % 5)
// {
// case 0: // '\0'
// byte0 = 0x62;
// break;
//
// case 1: // '\001'
// byte0 = 15;
// break;
//
// case 2: // '\002'
// byte0 = 73;
// break;
//
// case 3: // '\003'
// byte0 = 39;
// break;
//
// default:
// byte0 = 103;
// break;
// }
// byte0; //len,ca,ca,i,ca[i],byte0
// JVM INSTR ixor ;//len,ca,ca,i,ca[i]^byte0
// (char); //len,ca,ca,i,char
// JVM INSTR castore ;//len,ca {ca[i]=char} *****
// i++;
// JVM INSTR swap ; //ca,len
// JVM INSTR dup_x1 ; //len,ca,len
// JVM INSTR ifne 322;//if (len!=0) len,ca
// goto _L3 _L2
// _L3:
// JVM INSTR dup2 ;
// JVM INSTR swap ;
// goto _L4
// _L2:
// JVM INSTR swap ; //ca,len
// JVM INSTR dup_x1 ;//len,ca,len
// i; //len,ca,len,i
// JVM INSTR icmpgt 245; //len,ca
// goto _L5 _L1
// _L5:
// JVM INSTR new #153 ; //len,ca
// JVM INSTR dup_x1 ; //ca,len,ca
// JVM INSTR swap ; //ca,ca,len
// String();
// intern();
// JVM INSTR swap ;
// JVM INSTR pop ;
// JVM INSTR ret 0;
a = (new SimpleDateFormat(z[24])).format(new Date());
d = (new byte[] { 48, -126, 1, 76, 2, 1, 0, 48, -126, 1, 44, 6, 7, 42, -122, 72, -50, 56, 4, 1, 48, -126, 1, 31, 2, -127, -127, 0, -3, 127, 83, -127,
29, 117, 18, 41, 82, -33, 74, -100, 46, -20, -28, -25, -10, 17, -73, 82, 60, -17, 68, 0, -61, 30, 63, -128, -74, 81, 38, 105, 69, 93, 64, 34,
81, -5, 89, 61, -115, 88, -6, -65, -59, -11, -70, 48, -10, -53, -101, 85, 108, -41, -127, 59, -128, 29, 52, 111, -14, 102, 96, -73, 107, -103,
80, -91, -92, -97, -97, -24, 4, 123, 16, 34, -62, 79, -69, -87, -41, -2, -73, -58, 27, -8, 59, 87, -25, -58, -88, -90, 21, 15, 4, -5, -125,
-10, -45, -59, 30, -61, 2, 53, 84, 19, 90, 22, -111, 50, -10, 117, -13, -82, 43, 97, -41, 42, -17, -14, 34, 3, 25, -99, -47, 72, 1, -57, 2, 21,
0, -105, 96, 80, -113, 21, 35, 11, -52, -78, -110, -71, -126, -94, -21, -124, 11, -16, 88, 28, -11, 2, -127, -127, 0, -9, -31, -96, -123, -42,
-101, 61, -34, -53, -68, -85, 92, 54, -72, 87, -71, 121, -108, -81, -69, -6, 58, -22, -126, -7, 87, 76, 11, 61, 7, -126, 103, 81, 89, 87, -114,
-70, -44, 89, 79, -26, 113, 7, 16, -127, -128, -76, 73, 22, 113, 35, -24, 76, 40, 22, 19, -73, -49, 9, 50, -116, -56, -90, -31, 60, 22, 122,
-117, 84, 124, -115, 40, -32, -93, -82, 30, 43, -77, -90, 117, -111, 110, -93, 127, 11, -6, 33, 53, 98, -15, -5, 98, 122, 1, 36, 59, -52, -92,
-15, -66, -88, 81, -112, -119, -88, -125, -33, -31, 90, -27, -97, 6, -110, -117, 102, 94, -128, 123, 85, 37, 100, 1, 76, 59, -2, -49, 73, 42,
4, 23, 2, 21, 0, -106, -49, 66, -124, -79, -94, -48, -108, 26, -46, -57, -110, -117, 14, -38, 1, -77, -127, 0, 14 });
}
}

ps:今天上午又看了下注册原理,其实就是A.class里边是公钥,注册时程序将注册码base64decode为密文,然后再用公钥解开,明文内容应该和注册名一致;
而注册码是作者用用户的注册名+作者的私钥生成的.
因此只需要用程序生成一对密钥,私钥放入keygen里边,公钥放入A.class里边覆盖原来的公钥byte[],就ok了.这次终于明白签名注册的原理了 :-)

[原]MB开发环境安装手册(Linux)

MB开发环境安装手册(Linux)

(最终版已经丢失,现将以前放在网上的初稿贴过来)

一. 安装环境
操作系统:

fedora5
数据库:

DB2 8.2

开发环境:

Websphere Message Broker Runtime 6.0 ,MQ Series 6.0



二. 软件安装及参数配置

OS…………(fedora5) 安装mq后会有错误:
AMQ8101: WebSphere MQ error (893) has occurred.


以下内容OS为redhat9.0

首先解包,将software中的mb,mq,db2分别解包到mb,mq,db2文件夹中
1. Db2在linux上的安装:
./install
选择第一个和第三个包
Useradd db2ins1
Passwd db2ins1
修改文件opt/IBM/db2/V8.1/instance/db2iutil中的tail为tail –n (版本不一样,限于fedora5,rh9.0无此问题)

opt/IBM/db2/V8.1/instance/db2icrt -u db2ins1 db2ins1
su – db2ins1
db2start(此时如果说权限不够,是因为db2icrt执行失败)
db2 create database jjjj

验证安装是否正确可用connect to database,然后选择表查看


2.安装mq

mqlicense.sh –text_only …??
rpm -ivh MQSeriesRuntime-5.3.0-1.i386.rpm
rpm -ivh MQSeriesSDK-5.3.0-1.i386.rpm
rpm -ivh MQSeriesServer-5.3.0-1.i386.rpm
/opt/mqm/bin/amqiclen -x

//也可以安装man 用于了解命令

配置脚本:

crtmqm -lc -lf 8192 -lp 2 -ls 1 -q MB00

strmqm MB00

runmqsc MB00



define channel(SYSTEM.ADMIN.SVRCONN) chltype(SVRCONN) trptype(TCP)

define channel(CHANNEL1) chltype(SVRCONN) TRPTYPE(TCP)



def ql(deadq) defpsist(yes) maxdepth(20000) replace

def ql(ERRMSG) defpsist(yes) maxdepth(20000) replace

alter qmgr deadq(deadq)



def ql(in) maxdepth(10000) defpsist(yes) maxmsgl(1048576) replace

def ql(out) maxdepth(10000) defpsist(yes) maxmsgl(1048576) replace

def qr(99_IN) rname(IN) rqmname(MB99) xmitq(MB00_99) defpsist(yes) replace

def ql(MB00_99) usage(xmitq) defpsist(yes) maxdepth(10000) maxmsgl(1048576) trigger trigtype(first) trigdata(00_99) initq(system.channel.initq) replace

def chl(00_99) chltype(sdr) discint(1800) conname('192.168.1.199(6666)') xmitq(MB00_99) trptype(tcp) shortrty(10000) shorttmr(30) longtmr(300) longrty(999999999) batchsz(50) replace

def chl(99_00) chltype(rcvr) trptype(tcp) replace

def listener(MB00) trptype(tcp)

alter listener(MB00) trptype(tcp) port(6666) control(qmgr)

alter qmgr ccsid(819)

end
如果不通可以复位接收方的通道


3.安装MB runtime
Setup 即可


准备mb runtime参数:

1. 创建实例: /opt/IBM/db2/V8.1/instance/db2icrt –u kongpeng kongpeng

2. 创建数据库: su – kongpeng

db2start

db2 create database MBDB

db2 connect to MBDB

db2 bind ~/sqllib/bnd/@db2cli.lst grant public CLIPKG 5db2

db2 update database configuration for MBDB using dbheap 900

edit .odbc.ini

export ODBCINI

(odbc环境变量参数已经在profile中设定,因此无需再次设定.)

set lib path add ~/instance dir/sqllib/lib32

export LANG=EN (放入profile中)

将mqbrk里边的profile拷贝到root下,合并原先的默认profile.

将root用户加入组mqm,mqbrkrs就ok了

DB2 authorization ???

mqsicreatebroker MB -i kongpeng -a kongpeng -q MB00 -n MBDB -u kongpeng -p kongpeng

mqsicreateconfigmgr MB_MANAGER -i kongpeng -a kongpeng -q MB00

mqsistart MB

mqsistart MB_MANAGER



db2set db2codepage=1386

db2 terminate

db2 connect to sample



mqsilist

mqsilist brokername (此命令验证执行组是否能部署到此broker中)

(如果显示BIP8029E错误,说明broker没有建好,toolkit发布的信息不能部署到执行组中)

为什么mqsistop/mqsideletebroker会无响应呢? 可能是一开始建立broker的时候有错误………….



验证:

用本机上的toolkit建立一个简单的项目,消息流为从IN放入消息,OUT队列会收到消息,归档部署,linux机器上amqsput放入,amqsget查看!

注意:

因为用命令方式建立的队列名称默认是大写,所以toolkit中控件的属性名称以及linux中进行队列操作时要注意队列名称要大写,否则会找不到相应的队列.



4.安装cvs

rpm –ivh cvs-1.11.2-17.i386.rpm

groupadd cvs

useradd –g cvs –G cvs –d /cvsroot cvsroot

passwd cvsroot

chmod –R 770 /cvsroot

su - cvsroot

cd /cvsroot

mkdir project1

cvs –d /cvsroot/project1 init

cd /etc/xinetd.d

vi cvspserver (root)

将server_args去掉,server改为server = /cvsroot/cvs.run

su – cvsroot

建立cvs.run文件:

#!/bin/bash

/usr/bin/cvs –f --allow-root=/cvsroot/project1 pserver

chmod +x cvs.run

加入cvs服务：

vi /etc/services

cvspserver 2666/tcp #pserver cvs service

cvspserver 2666/udp #pserver cvs service

/etc/init.d/xinetd restart

/cvsroot/passwdgen.pl 生成密码的脚本

#!/usr/bin/perl

srand (time());

my $randletter = "(int (rand(26)) + (int (rand(1) + .5) % 2 ? 65 : 97))";

my $salt = sprintf ("%c%c", eval $randletter, eval $randletter);

my $plaintext = shift;

my $crypttext = crypt ($plaintext, $salt);

print "${crypttext}\n";

/cvsroot/project/passwd username:passwd:cvsroot



验证: cvs -d :pserver:username@192.168.1.31:/cvsroot/project1 login

三. 系统配置



(Aix分区/安装,用户的建立,权限的分配,密码… …安装mq,db2,mb runtime,agent controller可能还要涉及到cvs的安装,使用

安装mq的时候要先装eclipse,java1.4.2,环境变量的设置,安装db2的时候要将计算机用户加入到db2admin组中)

















=====原始数据=====

本机配置:

========MQ===========

crtmqm -lc -lf 8192 -lp 2 -ls 1 -q MB99

strmqm MB99

runmqsc MB99



define channel(SYSTEM.ADMIN.SVRCONN) chltype(SVRCONN) trptype(TCP) mcauser('mqm')

define channel(CHANNEL1) chltype(SVRCONN) TRPTYPE(TCP) mcauser('mqm')



def ql(deadq) defpsist(yes) maxdepth(20000) replace

def ql(ERRMSG) defpsist(yes) maxdepth(20000) replace

alter qmgr deadq(deadq)



def ql(in) maxdepth(10000) defpsist(yes) maxmsgl(1048576) replace





def qr(29_IN) rname(IN) rqmname(MB) xmitq(MB) defpsist(yes) replace //29的远程队列

def qr(00_IN) rname(IN) rqmname(MB00) xmitq(MB00) defpsist(yes) replace //00的远程队列



def ql(MB) usage(xmitq) defpsist(yes) maxdepth(10000) maxmsgl(1048576) trigger trigtype(first) trigdata(99_29) initq(system.channel.initq) replace //29传输队列

def ql(MB00) usage(xmitq) defpsist(yes) maxdepth(10000) maxmsgl(1048576) trigger trigtype(first) trigdata(99_00) initq(system.channel.initq) replace //00传输队列



def chl(99_29) chltype(sdr) discint(1800) conname('192.168.1.29(6666)') xmitq(MB) trptype(tcp) shortrty(10000) shorttmr(30) longtmr(300) longrty(999999999) batchsz(50) replace

def chl(29_99) chltype(rcvr) trptype(tcp) replace //29的发送及接受通道



def chl(99_00) chltype(sdr) discint(1800) conname('192.168.1.31(6666)') xmitq(MB00) trptype(tcp) shortrty(10000) shorttmr(30) longtmr(300) longrty(999999999) batchsz(50) replace

def chl(00_99) chltype(rcvr) trptype(tcp) replace //00的发送及接受通道





def listener(MB99) trptype(tcp)

alter listener(MB99) trptype(tcp) port(6666) control(qmgr)

alter qmgr ccsid(819)

end

============MB=========

mqsicreateconfigmgr -i kongpeng -a $$ -q MB99 MB_MANAGER

mqsistart MB_MANAGER





192.168.1.29配置:

========MQ===========

crtmqm -lc -lf 8192 -lp 2 -ls 1 -q MB

strmqm MB

runmqsc MB



define channel(SYSTEM.ADMIN.SVRCONN) chltype(SVRCONN) trptype(TCP) mcauser('mqm')

define channel(CHANNEL1) chltype(SVRCONN) TRPTYPE(TCP) mcauser('mqm')



def ql(deadq) defpsist(yes) maxdepth(20000) replace

def ql(ERRMSG) defpsist(yes) maxdepth(20000) replace

alter qmgr deadq(deadq)



def ql(in) maxdepth(10000) defpsist(yes) maxmsgl(1048576) replace



def qr(99_IN) rname(IN) rqmname(MB99) xmitq(MB99) defpsist(yes) replace



def ql(MB99) usage(xmitq) defpsist(yes) maxdepth(10000) maxmsgl(1048576) trigger trigtype(first) trigdata(29_99) initq(system.channel.initq) replace

def chl(29_99) chltype(sdr) discint(1800) conname('192.168.1.199(6666)') xmitq(MB99) trptype(tcp) shortrty(10000) shorttmr(30) longtmr(300) longrty(999999999) batchsz(50) replace

def chl(99_29) chltype(rcvr) trptype(tcp) replace



def listener(MB) trptype(tcp)

alter listener(MB) trptype(tcp) port(6666) control(qmgr)

alter qmgr ccsid(819)

end

============MB=========

mqsicreatebroker MB -i kongpeng -a $$ -q MB -n MBDB

mqsistart MB

mqsicreateconfigmgr -i kongpeng -a $$ -q MB MB_MANAGER

mqsistart MB_MANAGER











---------------------------------------------------------------------------------------------------------------------

mqsicreateaclentry MB_MANAGER -u kongpeng -a -x F -p





Add an access control list (ACL) entry to the Configuration Manager for the user with the Message Brokers Toolkit local user ID. For example, if USERA connects to the Message Brokers Toolkit on COMPUTERA, which belongs to DOMAINA, and is trying to connect to Configuration Manager CMA:

USERA must exist as a user on the Configuration Manager system and belong to the mqm group

USERA could have one of the following ACL entries:

To create an ACL entry for USERA to connect with full Configuration Manager Proxy authority from any computer or domain, issue the following command:

mqsicreateaclentry CMA -u USERA -a -x F -p

To create an ACL entry for USERA to connect with full Configuration Manager Proxy authority from COMPUTERA only, issue the following command:

mqsicreateaclentry CMA -u USERA -m COMPUTERA -x F -p

To create an ACL entry for USERA to connect with full Configuration Manager Proxy authority from DOMAINA only, issue the following command:

mqsicreateaclentry CMA -u USERA -m DOMAINA -x F -p

If a domain name and computer name match, and an ACL entry specified the -m parameter, connection from either the domain or computer is acceptable because they are not considered to be different users.

ACLs are necessary for all connections to the Configuration Manager so the user who issues a command such as mqsideploy from the command line must also have appropriate ACL entries.







setmqaut -m MB -t qmgr -p kongpeng +all

dspmqaut -m MB -t qmgr -p kongpeng