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/*
* ModSecurity, http://www.modsecurity.org/
* Copyright (c) 2015 - 2021 Trustwave Holdings, Inc. (http://www.trustwave.com/)
*
* You may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* If any of the files related to licensing are missing or if you have any
* other questions related to licensing please contact Trustwave Holdings, Inc.
* directly using the email address security@modsecurity.org.
*
*/
/** @file modsecurity.h Main ModSecurity header file */
/** @mainpage ModSecurity - open source, cross platform web application firewall
*
* Example Usage:
* @code
*
* using ModSecurity::ModSecurity;
* using ModSecurity::Rules;
* using ModSecurity::Transaction;
*
* ModSecurity *modsec;
* ModSecurity::Rules *rules;
*
* modsec = new ModSecurity();
* rules = new Rules();
* rules->loadFromUri(rules_file);
*
* Transaction *modsecTransaction = new Transaction(modsec, rules);
* modsecTransaction->processConnection("127.0.0.1");
*
* if (modsecTransaction->intervention()) {
* std::cout << "There is an intervention" << std::endl;
* }
*
* ...
*
* @endcode
*
*/
/**
* @defgroup ModSecurity_C_API ModSecurity C API
*
* This is the ModSecurity C API description
*
* At this page you can get information on how the extend your C
* application, by embedding ModSecurity.
*
*/
/**
* @defgroup ModSecurity_CPP_API ModSecurity CPP API
*
* This is the ModSecurity CPP API description.
*
* At this page you can get information on how the extend your CPP
* application, by embedding ModSecurity.
*
*/
/**
* @defgroup ModSecurity_Operator ModSecurity Operators
*
* SecLanguage operator
*/
#ifdef __cplusplus
#include <ctime>
#include <iostream>
#include <string>
#include <memory>
#endif
#ifndef HEADERS_MODSECURITY_MODSECURITY_H_
#define HEADERS_MODSECURITY_MODSECURITY_H_
#ifndef __cplusplus
typedef struct ModSecurity_t modsecurity;
#else
namespace modsecurity {
/**
*
* The Phases enumerator consists in mapping the different stages of a
* given request. ModSecurity is expected to inspect data based on those
* "phases". If your module/application use this in a different order, it
* will lead ModSecurity to act in an unexpected behavior.
*
* It is mandatory to call all the phases, even if you don't have this
* phases segmented in your end.
*
*/
enum Phases {
/**
*
* The connection is the very first information that ModSecurity can
* inspect. It is expected to happens before the virtual host name be
* resolved. This phase is expected to happen immediately after a
* connection is established.
*
*/
ConnectionPhase,
/**
*
* The "URI" phase happens just after the web server (or any other
* application that you may use with ModSecurity) have the acknowledgement
* of the full request URI.
*
*/
UriPhase,
/**
*
* The "RequestHeaders" phase happens when the server has all the
* information about the headers. Notice however, that it is expected to
* happen prior to the reception of the request body (if any).
*
*/
RequestHeadersPhase,
/**
*
* At the "RequestHeaders" phase, ModSecurity is expected to inspect the
* content of a request body, that does not happens when the server has all
* the content but prior to that, when the body transmission started.
* ModSecurity can ask the webserver to block (or make any other disruptive
* action) while the client is still transmitting the data.
*
*/
RequestBodyPhase,
/**
*
* The "ResponseHeaders" happens just before all the response headers are
* ready to be delivery to the client.
*
*/
ResponseHeadersPhase,
/**
*
* Same as "RequestBody" the "ResponseBody" phase perform a stream
* inspection which may result in a disruptive action.
*
*/
ResponseBodyPhase,
/**
*
* The last phase is the logging phase. At this phase ModSecurity will
* generate the internal logs, there is no need to hold the request at
* this point as this phase does not produce any kind of action.
*
*/
LoggingPhase,
/**
* Just a marking for the expected number of phases.
*
*/
NUMBER_OF_PHASES,
};
} // namespace modsecurity
#endif
#include "modsecurity/intervention.h"
#include "modsecurity/transaction.h"
#include "modsecurity/debug_log.h"
/**
* TAG_NUM:
*
* Alpha - 001
* Beta - 002
* Dev - 010
* Rc1 - 051
* Rc2 - 052
* ... - ...
* Release- 100
*
*/
#define MODSECURITY_MAJOR "3"
#define MODSECURITY_MINOR "0"
#define MODSECURITY_PATCHLEVEL "8"
#define MODSECURITY_TAG ""
#define MODSECURITY_TAG_NUM "100"
#define MODSECURITY_VERSION MODSECURITY_MAJOR "." \
MODSECURITY_MINOR "." MODSECURITY_PATCHLEVEL \
MODSECURITY_TAG
#define MODSECURITY_VERSION_NUM 3080100
#define MODSECURITY_CHECK_VERSION(a) (MODSECURITY_VERSION_NUM <= a)
/*
* @name ModSecLogCb
* @brief Callback to be function on every log generation
*
*
* The callback is going to be called on every log request.
*
*
* void * Internal reference to be used by the API consumer. Whatever
* is set here will be passed on every call.
* void * Pointer to a const char * or RuleMessage class. The returned
* data is selected on the log register property.
*
* @note Vide LogProperty enum to learn more about Log Properties.
*
*/
typedef void (*ModSecLogCb) (void *, const void *);
#ifdef __cplusplus
namespace modsecurity {
/* few forwarded declarations */
namespace actions {
class Action;
}
class RuleWithOperator;
#ifdef __cplusplus
extern "C" {
#endif
/**
*
* Properties used to configure the general log callback.
*
*/
enum LogProperty {
/**
*
* Original ModSecurity text log entry. The same entry that can be found
* within the Apache error_log (in the 2.x family)
*
*/
TextLogProperty = 1,
/**
*
* Instead of return the text log entry an instance of the class
* RuleMessages is returned.
*
*/
RuleMessageLogProperty = 2,
/**
* This property only makes sense with the utilization of the
* RuleMessageLogProperty. Without this property set the RuleMessage
* structure will not be filled with the information of the hightlight.
*
* Notice that the highlight can be calculate post-analisys. Calculate it
* during the analisys may delay the analisys process.
*
*/
IncludeFullHighlightLogProperty = 4,
};
#ifdef __cplusplus
}
#endif
/** @ingroup ModSecurity_CPP_API */
class ModSecurity {
public:
ModSecurity();
~ModSecurity();
ModSecurity(const ModSecurity &m) = delete;
ModSecurity& operator= (const ModSecurity &m) = delete;
const std::string& whoAmI();
void setConnectorInformation(const std::string &connector);
void setServerLogCb(ModSecLogCb cb);
/**
*
* properties Properties to inform ModSecurity what kind of infornation
* is expected be returned.
*
*/
void setServerLogCb(ModSecLogCb cb, int properties);
void serverLog(void *data, std::shared_ptr<RuleMessage> rm);
const std::string& getConnectorInformation() const;
static int processContentOffset(const char *content, size_t len,
const char *matchString, std::string *json, const char **err);
collection::Collection *m_global_collection;
collection::Collection *m_resource_collection;
collection::Collection *m_ip_collection;
collection::Collection *m_session_collection;
collection::Collection *m_user_collection;
private:
std::string m_connector;
std::string m_whoami;
ModSecLogCb m_logCb;
int m_logProperties;
};
#endif
#ifdef __cplusplus
extern "C" {
#endif
/** @ingroup ModSecurity_C_API */
ModSecurity *msc_init(void);
/** @ingroup ModSecurity_C_API */
const char *msc_who_am_i(ModSecurity *msc);
/** @ingroup ModSecurity_C_API */
void msc_set_connector_info(ModSecurity *msc, const char *connector);
/** @ingroup ModSecurity_C_API */
void msc_set_log_cb(ModSecurity *msc, ModSecLogCb cb);
/** @ingroup ModSecurity_C_API */
void msc_cleanup(ModSecurity *msc);
#ifdef __cplusplus
}
} // namespace modsecurity
#endif
#endif // HEADERS_MODSECURITY_MODSECURITY_H_