proxysql/include/MySQL_LDAP_Authentication.hpp

#ifndef CLASS_MYSQL_LDAP_AUTHENTICATION_H
#define CLASS_MYSQL_LDAP_AUTHENTICATION_H

/*
#include "proxysql.h"
#include "cpp.h"

#ifndef LDAP_ACCOUNT_DETAILS_T
#define LDAP_ACCOUNT_DETAILS_T
typedef struct _ldap_account_details_t {
	char *username;
	char *password;
	void *sha1_pass;
	bool use_ssl;
	int default_hostgroup;
	char *default_schema;
	bool schema_locked;
	bool transaction_persistent;
//	bool fast_forward;
//	int max_connections;
//	int num_connections_used;
//	bool __frontend;	// this is used only during the dump
//	bool __backend;	// this is used only during the dump
//	bool __active;
	unsigned long long inserted_at;
	char *ad_group;
} ldap_account_details_t;

typedef std::map<uint64_t, ldap_account_details_t *> umap_auth;
#endif // LDAP_ACCOUNT_DETAILS_T

#ifdef DEBUG
#define DEB "_DEBUG"
#else
#define DEB ""
#endif // DEBUG
#define MYSQL_LDAP_AUTHENTICATION_VERSION "1.0.0000" DEB


class PtrArray;

#ifndef CREDS_GROUPS_T
#define CREDS_GROUPS_T
typedef struct _creds_group_t {
	pthread_rwlock_t lock;
	umap_auth bt_map;
	PtrArray *cred_array;
} creds_group_t;
#endif // CREDS_GROUPS_T
*/


class MySQL_LDAP_Authentication {
/*
	private:
//	creds_group_t creds_backends;
	creds_group_t creds_frontends;
	bool _reset(enum cred_username_type usertype);
//	uint64_t _get_runtime_checksum(enum cred_username_type usertype);
*/
	public:
	MySQL_LDAP_Authentication() {};
	virtual ~MySQL_LDAP_Authentication() {};
	virtual bool add(char *username, char *backend_username, char *password, enum cred_username_type usertype, bool use_ssl, int default_hostgroup, char *default_schema, bool schema_locked, bool transaction_persistent, bool fast_forward, int max_connections) {return false;};
	virtual bool del(char *username, enum cred_username_type usertype, bool set_lock=true) {return false;};
	virtual bool reset() {return false;};
	virtual void print_version() {};
	virtual char * lookup(void *ldap_ctx, char *username, char *pass, enum cred_username_type usertype, bool *use_ssl, int *default_hostgroup, char **default_schema, bool *schema_locked, bool *transaction_persistent, bool *fast_forward, int *max_connections, void **sha1_pass, char **backend_username) {return NULL;};
	//virtual int dump_all_users(account_details_t ***, bool _complete=true) {return 0;};
	virtual int increase_frontend_user_connections(char *username, int *mc=NULL) {return 0;};
	virtual void decrease_frontend_user_connections(char *username) {};
	virtual void set_all_inactive(enum cred_username_type usertype) {};
	virtual void remove_inactives(enum cred_username_type usertype) {};
	virtual bool set_SHA1(char *username, enum cred_username_type usertype, void *sha_pass) {return false;};
//	unsigned int memory_usage();
//	uint64_t get_runtime_checksum();
	virtual void * ldap_ctx_init() {return NULL;};
	virtual void ldap_ctx_free(void *) {};
	virtual char **get_variables_list() {return NULL;}
	virtual bool has_variable(const char *name) {return false;};
	virtual void wrlock() {};
	virtual void wrunlock() {};
	virtual char * get_variable(char *name) {return NULL;};
	virtual bool set_variable(char *name, char *value) {return false;};
	virtual int password_matches(char *u, char *pass) {return 0;}; // 0 = not match , 1 = matches , 2 = not present
	virtual void load_mysql_ldap_mapping(SQLite3_result *result) {};
	virtual SQLite3_result * dump_table_mysql_ldap_mapping() { return NULL; };
	virtual uint64_t get_ldap_mapping_runtime_checksum() { return 0; };
	virtual SQLite3_result * SQL3_getStats() { return NULL; }
};

typedef MySQL_LDAP_Authentication * create_MySQL_LDAP_Authentication_t();

#endif /* CLASS_MYSQL_LDAP_AUTHENTICATION_H */