pandorafms/pandora_agents/win32/modules/pandora_module.h

260 lines
8.4 KiB
C++

/* Defines a parent class for a Pandora module.
Copyright (C) 2006 Artica ST.
Written by Esteban Sanchez.
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2, or (at your option)
any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along
with this program; if not, write to the Free Software Foundation,
Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
#ifndef __PANDORA_MODULE_H__
#define __PANDORA_MODULE_H__
#include "../pandora.h"
#include "pandora_data.h"
#include "boost/regex.h"
#include <list>
#include <string>
#include <ctime>
using namespace Pandora;
/**
* Definition of Pandora modules.
*/
namespace Pandora_Modules {
/**
* Defines the type of the module.
*
* The type of a module is the value type the module can have.
*/
typedef enum {
TYPE_0, /**< Invalid value */
TYPE_GENERIC_DATA, /**< The value is an integer */
TYPE_GENERIC_DATA_INC, /**< The value is an integer with
* incremental diferences */
TYPE_GENERIC_PROC, /**< The value is a 0 or a 1 */
TYPE_GENERIC_DATA_STRING, /**< The value is a string */
TYPE_ASYNC_DATA, /**< Asynchronous generic_data */
TYPE_ASYNC_PROC, /**< Asynchronous generic_proc */
TYPE_ASYNC_STRING /**< Asynchronous generic_data_string */
} Module_Type;
const string module_generic_data_str = "generic_data";
const string module_generic_data_inc_str = "generic_data_inc";
const string module_generic_proc_str = "generic_proc";
const string module_generic_data_string_str = "generic_data_string";
const string module_async_data_str = "async_data";
const string module_async_proc_str = "async_proc";
const string module_async_string_str = "async_string";
/**
* Defines the kind of the module.
*
* The kind of a module is the work the module does.
*/
typedef enum {
MODULE_0, /**< Invalid kind */
MODULE_EXEC, /**< The module run a custom command */
MODULE_PROC, /**< The module checks for a running
* process */
MODULE_SERVICE, /**< The module checks for a running
* service */
MODULE_FREEDISK, /**< The module checks the free */
MODULE_FREEDISK_PERCENT, /**< The module checks the free */
MODULE_CPUUSAGE, /**< The module checks the CPU usage */
MODULE_INVENTORY, /**< The module gets the inventory of the machine */
MODULE_FREEMEMORY, /**< The module checks the percentage of
* freememory in the system */
MODULE_FREEMEMORY_PERCENT, /**< The module checks the amount of
* freememory in the system */
MODULE_ODBC, /**< The module performs a SQL query via ODBC */
MODULE_LOGEVENT, /**< The module checks for log events */
MODULE_WMIQUERY, /**< The module runs WQL queries */
MODULE_PERFCOUNTER, /**< The module reads performance counters */
MODULE_TCPCHECK, /**< The module checks whether a tcp port is open */
MODULE_REGEXP, /**< The module searches a file for matches of a regular expression */
MODULE_PLUGIN /**< Plugin */
} Module_Kind;
/**
* Defines the structure that holds module conditions.
*/
typedef struct {
double value_1;
double value_2;
string string_value;
string operation;
string command;
regex_t regexp;
} Condition;
/**
* Defines the structure that holds the module cron.
*/
typedef struct {
time_t utimestamp;
int interval;
int params[5][2];
} Cron;
const string module_exec_str = "module_exec";
const string module_proc_str = "module_proc";
const string module_service_str = "module_service";
const string module_freedisk_str = "module_freedisk";
const string module_freedisk_percent_str = "module_freedisk_percent";
const string module_freememory_str = "module_freememory";
const string module_freememory_percent_str = "module_freememory_percent";
const string module_cpuusage_str = "module_cpuusage";
const string module_inventory_str = "module_inventory";
const string module_odbc_str = "module_odbc";
const string module_logevent_str = "module_logevent";
const string module_wmiquery_str = "module_wmiquery";
const string module_perfcounter_str = "module_perfcounter";
const string module_tcpcheck_str = "module_tcpcheck";
const string module_regexp_str = "module_regexp";
const string module_plugin_str = "module_plugin";
/**
* Pandora module super-class exception.
*/
class Module_Exception : public Pandora::Pandora_Exception { };
/**
* An error happened with the module output.
*/
class Output_Error : public Pandora_Modules::Module_Exception { };
/**
* The module value is not correct, usually beacause of the limits.
*/
class Value_Error : public Pandora_Modules::Module_Exception { };
/**
* The module does not satisfy its interval.
*/
class Interval_Not_Fulfilled : public Pandora_Modules::Module_Exception { };
/**
* Pandora module super-class.
*
* Every defined module must inherit of this class.
*/
class Pandora_Module {
private:
int module_interval;
int module_timeout;
int executions;
int max, min;
string post_process;
bool has_limits, has_min, has_max;
Module_Type module_type;
string module_kind_str;
Module_Kind module_kind;
string save;
list<Condition *> *condition_list;
Cron *cron;
protected:
list<Pandora_Data *> *data_list;
/**
* Indicates if the module generated output in
* his last execution.
*/
bool has_output;
/**
* The name of the module.
*/
string module_name;
/**
* The description of the module.
*/
string module_description;
/**
* Flag to set a module as asynchronous
*/
bool async;
/**
* List of items of the inventory
*/
list<Pandora_Data *> *inventory_list;
/**
* Data passed to the latest setOutput
*/
string latest_output;
/**
* String containing the module type
*/
string module_type_str;
string getDataOutput (Pandora_Data *data);
void cleanDataList ();
public:
Pandora_Module (string name);
virtual ~Pandora_Module ();
static Module_Type
parseModuleTypeFromString (string type);
static Module_Kind
parseModuleKindFromString (string kind);
void setInterval (int interval);
int getInterval ();
void setTimeout (int timeout);
int getTimeout ();
string getSave ();
virtual string getXml ();
virtual void run ();
virtual void setOutput (string output);
virtual void setOutput (string output,
SYSTEMTIME *system_time);
string getName () const;
string getDescription () const;
string getTypeString () const;
string getLatestOutput () const;
Module_Type getTypeInt () const;
Module_Type getModuleType () const;
Module_Kind getModuleKind () const;
void setType (string type);
void setKind (string kind);
void setDescription (string description);
void setMax (int value);
void setMin (int value);
void setPostProcess (string value);
void setAsync (bool async);
void setSave (string save);
void exportDataOutput ();
void addCondition (string condition);
void evaluateConditions ();
int checkCron ();
void setCron (string cron_string);
void setCronInterval (int interval);
};
}
#endif