amqsget.c 从mq中读取消息

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#include <cmqc.h>
#include "amqsget.h"
#include "commonfunc.h"

int mqsGet(unsigned char *sRecvBuffer)
{

MQOD    
od =
{MQOD_DEFAULT};

MQMD    
md =
{MQMD_DEFAULT};

MQGMO   gmo =
{MQGMO_DEFAULT};

MQHCONN 
Hcon;

MQHOBJ  
Hobj;

MQLONG  
O_options;

MQLONG  
C_options;

MQLONG  
CompCode;

MQLONG  
OpenCode;

MQLONG  
Reason;

MQLONG  
CReason;

MQBYTE  
buffer[65536];

MQLONG  
buflen;

MQLONG  
messlen;

char    
QMName[50];

int iret =
0;
 char
smqRecvQueNm[50];

char
smqSendQueNm[50];

char
smqQueMngNm[50];

char
smqQueOpenOptn[50];  
 char
smqQueClsOptn[50];

memset(smqRecvQueNm, 0,
sizeof(smqRecvQueNm));
 memset(smqSendQueNm, 0,
sizeof(smqSendQueNm));
 memset(smqQueMngNm, 0,
sizeof(smqQueMngNm));
 memset(smqQueOpenOptn, 0,
sizeof(smqQueOpenOptn));
 memset(smqQueClsOptn, 0,
sizeof(smqQueClsOptn));
 memset(sRecvBuffer, 0, sizeof(buffer));
 memset(buffer, 0, sizeof(buffer));

iret = ReadINIFile("MQMANAGELIST", "mqMngNm",
smqQueMngNm, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqMngNm]\n");
  return 1;
 }

iret = ReadINIFile("MQMANAGELIST",
"mqQueOpenOptn", smqQueOpenOptn, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqQueOpenOptn]\n");
  return 1;
 }

iret = ReadINIFile("MQMANAGELIST",
"mqQueClsOptn", smqQueClsOptn, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqQueClsOptn]\n");
  return 1;
 }

iret = ReadINIFile("MQQUEUELIST", "mqRecvQueNm",
smqRecvQueNm, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqRecvQueNm]\n");
  return 1;
 }

//WriteLog("SEND", "smqRecvQueNm=[%s],
smqQueMngNm=[%s], smqQueOpenOptn=[%s], smqQueClsOptn=[%s]\n\n",
smqRecvQueNm, smqQueMngNm, smqQueOpenOptn, smqQueClsOptn);
 //WriteLog("SEND", "Sample AMQSGET0
start\n");

QMName[0] =
0;  
 strncpy(od.ObjectName, smqRecvQueNm,
MQ_Q_NAME_LENGTH);
 strncpy(QMName, smqQueMngNm,
MQ_Q_MGR_NAME_LENGTH);

MQCONN(QMName,

&Hcon,

&CompCode,

&CReason);

if (CompCode == MQCC_FAILED)
 {
  WritePrintLog( "MQCONN ended
with reason code %d\n", CReason);
  //exit( (int)CReason );
  return 1;
 }

if (0 != strlen(smqQueOpenOptn))
 {
  O_options = atoi(
smqQueOpenOptn );
  //WriteLog("SEND",
"open  options are %d\n", O_options);
 }
 else
 {
  O_options =
MQOO_INPUT_AS_Q_DEF

| MQOO_FAIL_IF_QUIESCING
   
  ;                       
   
 }

MQOPEN(Hcon,

&od,                      
  
  O_options,                
 
  &Hobj,                    
 
  &OpenCode,                
 
  &Reason);

if (Reason != MQRC_NONE)
 {
  WritePrintLog( "MQOPEN ended
with reason code %d\n", Reason);
 }

if (OpenCode == MQCC_FAILED)
 {
  WritePrintLog( "unable to open
queue for input\n");
  return 1;
 }

CompCode =
OpenCode;

gmo.Options =
MQGMO_WAIT

|
MQGMO_NO_SYNCPOINT  
   
  |
MQGMO_CONVERT;      
   
 gmo.WaitInterval =
15000;

//while (CompCode != MQCC_FAILED)
 if (CompCode != MQCC_FAILED)
 {
  buflen = sizeof(buffer) -
1;

memcpy(md.MsgId, MQMI_NONE,
sizeof(md.MsgId));
  memcpy(md.CorrelId, MQCI_NONE,
sizeof(md.CorrelId));

md.Encoding      
= MQENC_NATIVE;
  md.CodedCharSetId =
MQCCSI_Q_MGR;

MQGET(Hcon,

Hobj,

&md,

&gmo,

buflen,

buffer,

&messlen,

&CompCode,

&Reason);

if (Reason != MQRC_NONE)
  {
   if (Reason ==
MQRC_NO_MSG_AVAILABLE)
   {

WritePrintLog(
"no more messages\n");
   }
   else
   {
    WritePrintLog(
"MQGET ended with reason code %d\n", Reason);

if
(Reason == MQRC_TRUNCATED_MSG_FAILED)
    {

CompCode
= MQCC_FAILED;
    }

}
  }

if (CompCode !=
MQCC_FAILED)
  {
   buffer[messlen]
=
'\0';

WritePrintLog(
"message <%s>\n", buffer);
   strcpy(sRecvBuffer,
buffer);
  }

}

if (OpenCode != MQCC_FAILED)
 {
  if (0 !=
strlen(smqQueClsOptn))
  {
   C_options =
atoi( smqQueClsOptn );
   WritePrintLog(
"close options are %d\n", C_options);
  }
  else
  {
   C_options =
MQCO_NONE;

}

MQCLOSE(Hcon,

&Hobj,

C_options,

&CompCode,

&Reason);

if (Reason != MQRC_NONE)
  {
   WritePrintLog(
"MQCLOSE ended with reason code %d\n", Reason);
  }
 }

if (CReason != MQRC_ALREADY_CONNECTED )
 {
  MQDISC(&Hcon,

&CompCode,

&Reason);

if (Reason != MQRC_NONE)
  {
   WritePrintLog(
"MQDISC ended with reason code %d\n", Reason);
  }
 }

if(0 == strlen(buffer)) {
  //WritePrintLog("接收到的报文为空\n");

return 1;
 }
 else {
  WritePrintLog("buffer=[%s]\n",
buffer);
  strcpy(sRecvBuffer,
buffer);
 }

//WriteLog("SEND", "Sample AMQSGET0
end\n");
 return(0);
}

amqsput.c 向mq中发送消息

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#include <cmqc.h>
#include "amqsput.h"
#include "commonfunc.h"
#include "codeConv.h"

int mqsPut(char * sOutBuffer)

{
 
 FILE *fp;

MQOD    
od =
{MQOD_DEFAULT};

MQMD    
md =
{MQMD_DEFAULT};

MQPMO   pmo =
{MQPMO_DEFAULT};

MQHCONN 
Hcon;

MQHOBJ  
Hobj;

MQLONG  
O_options;

MQLONG  
C_options;

MQLONG  
CompCode;

MQLONG  
OpenCode;

MQLONG  
Reason;

MQLONG  
CReason;

MQLONG  
messlen;

char    
buffer[65535];

char    
QMName[50];

WritePrintLog("Sample AMQSPUT0
start\n");

int iret = 0;
 char sQMName[50];
 char sQInName[50];
 char sQOutName[50];
 char smqQueOpenOptn[50];
 char smqQueClsOptn[50];
 char sSendDynamicQueNm[50];

memset(sQMName, 0, sizeof(sQMName));
 memset(sQInName, 0, sizeof(sQInName));
 memset(sQOutName, 0, sizeof(sQOutName));
 memset(smqQueOpenOptn, 0,
sizeof(smqQueOpenOptn));
 memset(smqQueClsOptn, 0,
sizeof(smqQueClsOptn));
 memset(sSendDynamicQueNm, 0,
sizeof(sSendDynamicQueNm));

iret = ReadINIFile("MQMANAGELIST", "mqMngNm",
sQMName, "main.ini" );
 if ( iret != 1 ) { 
  WritePrintLog(
"配置文件中没有找到节点[mqMngNm]\n");
  return 1;
 }

iret = ReadINIFile("MQQUEUELIST", "mqRecvQueNm",
sQInName, "main.ini" );
 if ( iret != 1 ) { 
  WritePrintLog(
"配置文件中没有找到节点[mqRecvQueNm]\n");
  return 1;
 }

iret = ReadINIFile("MQQUEUELIST", "mqSendQueNm",
sQOutName, "main.ini" );
 if ( iret != 1 ) { 
  WritePrintLog(
"配置文件中没有找到节点[mqSendQueNm]\n");
  return 1;
 }
 
 iret = ReadINIFile("MQQUEUELIST",
"mqSendDynamicQueNm", sSendDynamicQueNm, "main.ini" );
 if ( iret != 1 ) { 
  WritePrintLog(
"配置文件中没有找到节点[mqSendDynamicQueNm]\n");
  return 1;
 }

iret = ReadINIFile("MQMANAGELIST",
"mqQueOpenOptn", smqQueOpenOptn, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqQueOpenOptn]\n");
  return 1;
 }

iret = ReadINIFile("MQMANAGELIST",
"mqQueClsOptn", smqQueClsOptn, "main.ini" );
 if ( iret != 1 ) { 
  WriteLog("SEND",
"配置文件中没有找到节点[mqQueClsOptn]\n");
  return 1;
 }

WritePrintLog( "sQMName=[%s],
sQOutName=[%s],sSendDynamicQueNm=[%s],sQInName=[%s]\n\n", sQMName,
sQOutName,sSendDynamicQueNm, sQInName);

QMName[0] =
0;   
 strncpy(QMName, sQMName,
(size_t)MQ_Q_MGR_NAME_LENGTH);
 MQCONN(QMName,

&Hcon,

&CompCode,

&CReason);

if (CompCode == MQCC_FAILED)
 {
  WritePrintLog("MQCONN ended
with reason code %d\n", CReason);
  exit( (int)CReason );
 }

strncpy(od.ObjectName, sQOutName,
(size_t)MQ_Q_NAME_LENGTH);
 WritePrintLog("target queue is %s\n",
od.ObjectName);
 
 //if (argc > 5)
 {
 strncpy(od.ObjectQMgrName, QMName, (size_t)
MQ_Q_MGR_NAME_LENGTH);
 WritePrintLog("target queue manager is %s\n",
od.ObjectQMgrName);
 }

//if (argc > 6)
 {
 strncpy(od.DynamicQName, sSendDynamicQueNm,
(size_t) MQ_Q_NAME_LENGTH);
 WritePrintLog("dynamic queue name is %s\n",
od.DynamicQName);
 }

if (0 != strlen(smqQueOpenOptn))
 {
  O_options = atoi(
smqQueOpenOptn );
  WritePrintLog("open 
options are %d\n", O_options);
 }
 else
 {
  O_options =
MQOO_OUTPUT

|
MQOO_FAIL_IF_QUIESCING   
   ;                       
  
 }

MQOPEN(Hcon,

&od,

O_options,

&Hobj,

&OpenCode,

&Reason);

if (Reason != MQRC_NONE)
 {
  WritePrintLog("MQOPEN ended
with reason code %d\n", Reason);
 }

if (OpenCode == MQCC_FAILED)
 {
  WritePrintLog("unable to open
queue for output\n");
 }

CompCode =
OpenCode;

fp = stdin;
 memcpy(md.Format,

MQFMT_STRING,
(size_t)MQ_FORMAT_LENGTH);

pmo.Options = MQPMO_NO_SYNCPOINT
  | MQPMO_FAIL_IF_QUIESCING;

if (CompCode != MQCC_FAILED)
 {
  //if (fgets(buffer,
sizeof(buffer), fp) != NULL)
  //{
  // messlen =
(MQLONG)strlen(buffer);
  //if (buffer[messlen-1] ==
'\n') 
  //{
  //
buffer[messlen-1]  =
'\0';   
  // 
--messlen;

//}
  // }
  //else messlen =
0;

strcpy(buffer,
sOutBuffer);
  messlen = strlen(buffer);

char *szOut;
  char sTbuffer[65535];

memset(sTbuffer, 0,
sizeof(sTbuffer));
  szOut = u2g(buffer);
  strcpy(sTbuffer, szOut);
  free(szOut);

if (messlen >
0)
  {
  
   WritePrintLog("MQPUT===============buffer[%s][%d]\n",
sTbuffer, strlen(sTbuffer));
   
   
   
   
   memcpy(md.MsgId,

MQMI_NONE,
sizeof(md.MsgId) );

MQPUT(Hcon,

Hobj,

&md,

&pmo,

messlen,

buffer,

&CompCode,

&Reason);

if (Reason !=
MQRC_NONE)
   {
    WritePrintLog("MQPUT
ended with reason code %d\n", Reason);
   }
  }
  else

CompCode =
MQCC_FAILED;
 }

if (OpenCode != MQCC_FAILED)
 {
  if (0 !=
strlen(smqQueClsOptn))
  {
   C_options =
atoi( smqQueClsOptn );
   WritePrintLog("close
options are %d\n", C_options);
  }
  else
  {
   C_options =
MQCO_NONE;

}

MQCLOSE(Hcon,

&Hobj,

C_options,

&CompCode,

&Reason);

if (Reason != MQRC_NONE)
  {
   WritePrintLog("MQCLOSE
ended with reason code %d\n", Reason);
  }
 }

if (CReason != MQRC_ALREADY_CONNECTED)
 {
  MQDISC(&Hcon,

&CompCode,

&Reason);

if (Reason != MQRC_NONE)
  {
   WritePrintLog("MQDISC
ended with reason code %d\n", Reason);
  }
 }

WritePrintLog("Sample AMQSPUT0 end\n");
 return(0);
 }

C语言实现mq收发数据的函数的更多相关文章

  1. dsp28377控制DM9000收发数据——第三版程序,通过外部引脚触发来实现中断接受数据,优化掉帧现象

    //-------------------------------------------------------------------------------------------- - //D ...

  2. dsp28377控制DM9000收发数据

    首先感谢上一篇转载文章的作者给出的参考,下面是一些自己在调试过程中的一些步骤: 首先把代码贴上来: //------------------------------------------------ ...

  3. 【C语言入门教程】5.2 函数的作用域规则(auto, static)

    作用域规则是指代码或数据的有效使用范围.C语言将函数作为独立的代码块,函数之间不能相互访问其内部的代码或数据.函数间数据的传递只能通过接口实现.但是,变量的定义方法可改变函数的作用域规则,可将变量分为 ...

  4. iOS开发之音频口通信-通过方波来收发数据

    之前做过的项目有需要通过音频口通信用方波来收发数据,由于这方面的资料比较少,下面就介绍下其原理,希望能给大家帮助. 一. 音频通信简介大家应该都知道支付宝声波支付和拉卡拉吧,它们都是利用手机的音频口( ...

  5. 【AT91SAM3S】串口UART初始化及收发数据

    SAM3S中的UART串口是一个两线异步收发器.这个串口能用来通信或者跟踪.有两个DMA通道与UART串口关联,可通过使用DMA处理串口传输以节省CPU时间. SAM3S4C中有两个UART.与外设引 ...

  6. R语言中的横向数据合并merge及纵向数据合并rbind的使用

    R语言中的横向数据合并merge及纵向数据合并rbind的使用 我们经常会遇到两个数据框拥有相同的时间或观测值,但这些列却不尽相同.处理的办法就是使用merge(x, y ,by.x = ,by.y ...

  7. R语言系列:生成数据

    R语言系列:生成数据 (2014-05-04 17:41:57) 转载▼ 标签: r语言 教育 分类: 生物信息 生成规则数据1.使用“:“,如x=1:10,注意该方法既可以递增也可以递减,如y=10 ...

  8. 孤荷凌寒自学python第四十八天通用同一数据库中复制数据表函数最终完成

    孤荷凌寒自学python第四十八天通用同一数据库中复制数据表函数最终完成 (完整学习过程屏幕记录视频地址在文末) 今天继续建构自感觉用起来顺手些的自定义模块和类的代码. 今天经过反复折腾,最终基本上算 ...

  9. 孤荷凌寒自学python第四十七天通用跨数据库同一数据库中复制数据表函数

    孤荷凌寒自学python第四十七天通用跨数据库同一数据库中复制数据表函数 (完整学习过程屏幕记录视频地址在文末) 今天继续建构自感觉用起来顺手些的自定义模块和类的代码. 今天打算完成的是通用的(至少目 ...

随机推荐

  1. spring cloud: 使用consul来替换config server

    上一篇提到了,eureka 2.x官方停止更新后,可以用consul来替代,如果采用consul的话,其实config server也没必要继续使用了,consul自带kv存储,完全可以取代confi ...

  2. webbench进行压力测试

    参考原文:http://www.vpser.net/opt/webserver-test.html webbench是Linux下的一个网站压力测试工具,最多可以模拟3万个并发连接去测试网站的负载能力 ...

  3. C# DES (ECB模式) 加密解密 --单倍长

    加密:  调用时: Encrypt_DES16("2AF349243535BCD3", "1111111111111111"); public static s ...

  4. centos 终端界面代理设置

    一.centos自带界面设置代理 1. 界面设置 squid默认代理端口3128. 2. firefox设置 设置 -> 局域网设置 -> ip:port / username:passw ...

  5. mac pro 如何让终端默认运行python3.X而不是2.7

    Mac版本的Python默认是2.7,安装高版本后需要修改为你安装的版本. 1,首先打开终端 open ~/.bash_profile 打开配置文件 2. 写入python的外部环境变量(本人的版本是 ...

  6. stm32型号解读

      ST意法半导体在牵手ARM后可以说是做的非常成功,抓住了从普通MCU到ARM的市场转变的机会.由于ST公司的STM32系列ARM 使用了完善的库开发,作为芯片的应用者不用从底层的寄存器来实现每个功 ...

  7. oracle获取今年在内的前几年、后几年

    前几年 select to_char(sysdate, 'yyyy') - level + 1 years from dual connect by level <= num num:即想获取几 ...

  8. openHEVC 编译 for VS2017+Win10 x64

    编译暂未成功,有空再次更新 前期准备: yasm下载:http://yasm.tortall.net/Download.html http://www.tortall.net/projects/yas ...

  9. IDEA + TortoiseSVN 导入 Eclipse 项目

    IDEA 是目前最好用的 Java 开发工具,所以我一直用的 IDEA,但是项目是由 Eclipse 创建,并且项目中一部份成员用 Eclipse.由于版本控制一直用的小乌龟(TortoiseSVN) ...

  10. 实例展示elasticsearch集群生态,分片以及水平扩展.

    elasticsearch用于构建高可用和可扩展的系统.扩展的方式可以是购买更好的服务器(纵向扩展)或者购买更多的服务器(横向扩展),Elasticsearch能从更强大的硬件中获得更好的性能,但是纵 ...