autobuild-tools/code/sys_nicmonitor/include/sysadm/proc_define.h

/*********************************************************************
*Copyright(c) 2018,国电南瑞科技股份公司
*All rights reserved.
*
*Filename：
    proc_define.h
*Modulename:
    libproc_common.so
*Description:
    定义容器组和容器相关的常量和结构
*Author:
	guwenjie
*Date					Version						Description of modification
====================================================================
*2018/11/12	 		    1.0							Create
********************************************************************/
#ifndef _PROCESS_DEFINE_H_
#define _PROCESS_DEFINE_H_

#include "scn_define.h"
#include <string.h>
namespace NS_SYSADMIN
{
	
const int c_max_proc_num=2048;
#ifndef _WINDOWS64
const int c_proc_sem_key=0x1050;
const int c_proc_shm_key=0x1050;
#else
const char c_proc_shm_key[]="PROCESS_MAN_SHM";
const char c_proc_sem_key[]="PROCESS_MAN_SEM";
#endif	


struct ProcRegisterType
{
	enum
	{
		ShmType=1,
		ServerType=2
	};
};

struct ProcStatusType
{
	enum
	{
		Offline=0,
		Starting=1,
		Running=2,
		Hangup=3,
		Stopping=4,
		Failure=5,
		Stopped=6,
		Killed=7,
		Exited=8
	};
};

struct ProcMonitorType
{
	enum
	{
		PROC_TYPE_UNRPT = 0,
		PROC_TYPE_RPT =1
	};
};

struct ProcManLimit
{
	enum
	{
		COUNT_LIMIT = 2,
		DEFAULT_PERIOD = 3,
		START_DEFAULT_PERIOD = 5,
		START_COUNT_LIMIT = 5,
		FAILOVER_INTERVAL = 300,
		APP_COUNT_LIMIT = 1
	};
};

struct CriticalType
{
	enum
	{
		General=0,
		Crucial=1
	};
};

struct ProcType
{
	enum
	{
		HostProc=0,
		ConProc=1,
		ScnConProc=2		
	};	
};

struct OS_TYPE
{
	enum
	{
		ROCKY = 0,
		CENTOS = 1
	};
};

struct CRUCIAL_TYPE
{
	
        enum
        {
                GENERAL = 0,
                CRUCIAL = 1
        };
};
struct ProcessInfo
{
	int           m_process_id;
	char          m_process_name[Length:: NameLen];
	char          m_cmd[Length::SentenceLen];
	char          m_script[Length::SentenceLen];
	char          m_namespace[Length::StringLen];
	int			  m_scn_id;
	char          m_scn_name[SCN_MAX_NAME_LEN];
	int			  m_scn_inst;
	char	      m_scn_label[Length::StringLen];
	int			  m_subscn_id;
  	char          m_subscn_name[SCN_MAX_NAME_LEN];
	int			  m_subscn_inst;
	char	      m_subscn_label[Length::StringLen];
	char          m_owner[Length:: NameLen];
	long          m_container_id;
	long          m_cluster_id;
	int           m_task_id;
	int           m_member_no;
	int           m_context_id;
  	int           m_app_id;
  	char          m_node_name[Length::NameLen];
  	int           m_system_id;
  	long          m_resUnitId;
	unsigned char m_critical_type;
  	unsigned char m_run_status;
  	float         m_cpu_occupy;
  	int           m_mem_occupy;
  	time_t        m_init_time;
  	time_t        m_start_time;
  	time_t        m_refresh_time;
  	time_t        m_change_time;
  	time_t        m_end_time;
	unsigned char m_monitor_type;
	int	      		m_start_num;
	int           m_noactive_num;
	int           m_pos;
	int           m_check;
	//long          m_reserve;
    int           m_refresh_period;
    int           m_reserve;
	
public:
	bool scn_match(int scn_id,int scn_inst,int subscn_id,int subscn_inst)
	{
		if(m_scn_id == scn_id && 
			m_scn_inst == scn_inst &&
			m_subscn_id == subscn_id &&
			m_subscn_inst == subscn_inst)
		{
			return true;	
		}
		return false;
	}
	
	bool scn_match(const char* scn_name,int scn_inst,const char* subscn_name,int subscn_inst)
	{
		if((strcmp(m_scn_name,scn_name) == 0) && 
			m_scn_inst == scn_inst &&
			(strcmp(m_subscn_name,subscn_name)==0) &&
			m_subscn_inst == subscn_inst)
		{
			return true;	
		}
		return false;	
	}
};

}

#endif