src/tests/cpp/security/XmlAuthzCredentialGenerator.hpp - geode - Git at Google

 #pragma once

 #ifndef APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629
 #define APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629

 /*
  * Licensed to the Apache Software Foundation (ASF) under one or more
  * contributor license agreements.  See the NOTICE file distributed with
  * this work for additional information regarding copyright ownership.
  * The ASF licenses this file to You under the Apache License, Version 2.0
  * (the "License"); 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
  *
  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */

 #include <gfcpp/SharedBase.hpp>
 #include <gfcpp/Properties.hpp>

 #include "typedefs.hpp"

 #include <algorithm>
 #include <time.h>
 #include <stdlib.h>

 namespace apache {
 namespace geode {
 namespace client {
 namespace testframework {
 namespace security {

 const opCodeList::value_type RArr[] = {
     OP_GET,     OP_GETALL,      OP_REGISTER_INTEREST, OP_UNREGISTER_INTEREST,
     OP_KEY_SET, OP_CONTAINS_KEY};

 const opCodeList::value_type WArr[] = {
     OP_CREATE,     OP_UPDATE,       OP_PUTALL,          OP_DESTROY,
     OP_INVALIDATE, OP_REGION_CLEAR, OP_EXECUTE_FUNCTION};

 const opCodeList::value_type QArr[] = {OP_QUERY, OP_REGISTER_CQ};

 const stringList::value_type QRArr[] = {"Portfolios", "Positions"};

 const char* PRiUsnm = "%s%d";

 class XmlAuthzCredentialGenerator;
 typedef SharedPtr<XmlAuthzCredentialGenerator> XmlAuthzCredentialGeneratorPtr;

 class XmlAuthzCredentialGenerator : public SharedBase {
  private:
   ID m_id;
   opCodeList* m_opCode;
   stringList* m_regionNames;
   PropertiesPtr* m_prop;

   opCodeList Readers;
   opCodeList Writers;
   opCodeList Query;
   stringList QueryRegions;

  public:
   XmlAuthzCredentialGenerator(ID id)
       : m_id(id),
         Readers(RArr, RArr + sizeof RArr / sizeof *RArr),
         Writers(WArr, WArr + sizeof WArr / sizeof *WArr),
         Query(QArr, QArr + sizeof QArr / sizeof *QArr),
         QueryRegions(QRArr, QRArr + sizeof QRArr / sizeof *QRArr) {
     m_opCode = NULL;
     m_regionNames = NULL;
     m_prop = NULL;
     /* initialize random seed: */
     srand(static_cast<unsigned int>(time(NULL)));
   }
   virtual ~XmlAuthzCredentialGenerator() { ; }

   virtual void getAllowedCredentials(opCodeList& opCode, PropertiesPtr& prop,
                                      stringList* regionNames) {
     try {
       m_opCode = &opCode;
       m_regionNames = regionNames;
       m_prop = &prop;

       switch (m_id) {
         case ID_DUMMY:
           getAllowedDummyAuthz(NO_ROLE);
           break;
         case ID_LDAP:
           getAllowedLdapAuthz(NO_ROLE);
           break;
         case ID_PKI:
           getAllowedPkcsAuthz(NO_ROLE);
           break;
         default:
           break;
       };

     } catch (...) {
       reset();
     }

     reset();
   }

   void reset() {
     m_opCode = NULL;
     m_regionNames = NULL;
     m_prop = NULL;
   }

   virtual void getDisallowedCredentials(opCodeList& opCode, PropertiesPtr& prop,
                                         stringList* regionNames) {
     try {
       m_opCode = &opCode;
       m_regionNames = regionNames;
       m_prop = &prop;
       ROLES role = getRequiredRole();
       switch (role) {
         case READER_ROLE:
           role = WRITER_ROLE;
         case WRITER_ROLE:
           role = READER_ROLE;
         case QUERY_ROLE:
           role = WRITER_ROLE;
         case ADMIN_ROLE:
           role = QUERY_ROLE;
         default:
           /* UNNECESSARY role = role*/ break;
       };

       switch (m_id) {
         case ID_DUMMY:
           getAllowedDummyAuthz(role);
           break;
         case ID_LDAP:
           getAllowedLdapAuthz(role);
           break;
         case ID_PKI:
           getAllowedPkcsAuthz(role);
           break;
         default:
           break;
       };

     } catch (...) {
       reset();
     }

     reset();
   }

  private:
   void getAllowedDummyAuthz(ROLES role) {
     const char* adminUsers[] = {"admin", "root", "administrator"};
     const int adminUsrSz = (sizeof adminUsers / sizeof *adminUsers) - 1;
     std::string validity = "invalid";

     if (role == NO_ROLE) {
       role = getRequiredRole();
       validity = "valid";
     }
     char userName[100];
     switch (role) {
       case READER_ROLE:
         sprintf(userName, PRiUsnm, "reader", rand() % 3);
         break;
       case WRITER_ROLE:
         sprintf(userName, PRiUsnm, "writer", rand() % 3);
         break;
       case QUERY_ROLE:
         sprintf(userName, PRiUsnm, "reader", (rand() % 2) + 3);
         break;
       case ADMIN_ROLE:
         sprintf(userName, "%s", adminUsers[rand() % adminUsrSz]);
         break;
       default:
         sprintf(userName, PRiUsnm, "user", rand() % 3);
         break;
     };

     (*m_prop)->insert("security-username", userName);
     (*m_prop)->insert("security-password", userName);

     FWKINFO("inserted " << validity << " dummy security-username "
                         << (*m_prop)->find("security-username")->asChar()
                         << " password "
                         << ((*m_prop)->find("security-password") != NULLPTR
                                 ? (*m_prop)->find("security-password")->asChar()
                                 : "not set"));
   }

   std::string getAllowedUser(ROLES role) {
     const std::string userPrefix = "geode";
     const int readerIndices[] = {3, 4, 5};
     const int writerIndices[] = {6, 7, 8};
     const int queryIndices[] = {9, 10};
     const int adminIndices[] = {1, 2};
     const int readerIndSz = (sizeof readerIndices / sizeof *readerIndices) - 1;
     const int writerIndSz = (sizeof writerIndices / sizeof *writerIndices) - 1;
     const int queryIndSz = (sizeof queryIndices / sizeof *queryIndices) - 1;
     const int adminIndSz = (sizeof adminIndices / sizeof *adminIndices) - 1;

     std::string validity = "invalid";

     if (role == NO_ROLE) {
       role = getRequiredRole();
       validity = "valid";
     }
     char userName[256];
     switch (role) {
       case READER_ROLE:
         sprintf(userName, PRiUsnm, userPrefix.c_str(),
                 readerIndices[rand() % readerIndSz]);
         break;
       case WRITER_ROLE:
         sprintf(userName, PRiUsnm, userPrefix.c_str(),
                 writerIndices[rand() % writerIndSz]);
         break;
       case QUERY_ROLE:
         sprintf(userName, PRiUsnm, userPrefix.c_str(),
                 queryIndices[rand() % queryIndSz]);
         break;
       case ADMIN_ROLE:
       default:
         sprintf(userName, PRiUsnm, userPrefix.c_str(),
                 adminIndices[rand() % adminIndSz]);
         break;
     };
     FWKINFO("inserted " << validity << " username " << userName);
     return std::string(userName);
   }

   void getAllowedLdapAuthz(ROLES role) {
     const std::string userName = getAllowedUser(role);
     (*m_prop)->insert("security-username", userName.c_str());
     (*m_prop)->insert("security-password", userName.c_str());

     FWKINFO("inserted  ldap security-username "
             << (*m_prop)->find("security-username")->asChar() << " password "
             << ((*m_prop)->find("security-password") != NULLPTR
                     ? (*m_prop)->find("security-password")->asChar()
                     : "not set"));
   }

   void getAllowedPkcsAuthz(ROLES role) {
     const std::string userName = getAllowedUser(role);
     (*m_prop)->insert("security-alias", userName.c_str());
     (*m_prop)->insert("security-keystorepass", "geode");

     FWKINFO("inserted  PKCS security-alias"
             << (*m_prop)->find("security-alias")->asChar() << " password "
             << ((*m_prop)->find("security-keystorepass") != NULLPTR
                     ? (*m_prop)->find("security-keystorepass")->asChar()
                     : "not set"));
   }

   ROLES getRequiredRole() {
     bool requireReaders = true, requireWriters = true, requireQuery = true;
     ROLES role = ADMIN_ROLE;

     for (opCodeList::iterator it = m_opCode->begin(); it != m_opCode->end();
          it++) {
       if (requireReaders &&
           std::find(Readers.begin(), Readers.end(), (*it)) == Readers.end()) {
         requireReaders = false;
       }

       if (requireWriters &&
           std::find(Writers.begin(), Writers.end(), (*it)) == Writers.end()) {
         requireWriters = false;
       }

       if (requireQuery &&
           std::find(Query.begin(), Query.end(), (*it)) == Query.end()) {
         requireQuery = false;
       }
     }

     if (requireReaders) {
       role = READER_ROLE;
     } else if (requireWriters) {
       role = WRITER_ROLE;
     } else if (requireQuery) {
       role = QUERY_ROLE;
       /*
        if( m_regionNames != NULL && m_regionNames->size() > 0 ) {
          bool queryUsers = true;
          for( stringList::iterator rit = m_regionNames->begin(); rit !=
        m_regionNames->end(); rit++) {
             if( queryUsers && std::find(QueryRegions.begin(),
        QueryRegions.end(),(*rit)) == QueryRegions.end() ) {
               queryUsers = false;
             }
          }
          if( queryUsers ) {
            role = QUERY_ROLE;
          }
        }
        */
     }

     return role;
   }  // end of requireRole
 };

 }  // namespace security
 }  // namespace testframework
 }  // namespace client
 }  // namespace geode
 }  // namespace apache


 #endif // APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629
	#pragma once

	#ifndef APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629
	#define APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629

	/*
	* Licensed to the Apache Software Foundation (ASF) under one or more
	* contributor license agreements. See the NOTICE file distributed with
	* this work for additional information regarding copyright ownership.
	* The ASF licenses this file to You under the Apache License, Version 2.0
	* (the "License"); 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
	*
	* Unless required by applicable law or agreed to in writing, software
	* distributed under the License is distributed on an "AS IS" BASIS,
	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	* See the License for the specific language governing permissions and
	* limitations under the License.
	*/

	#include <gfcpp/SharedBase.hpp>
	#include <gfcpp/Properties.hpp>

	#include "typedefs.hpp"

	#include <algorithm>
	#include <time.h>
	#include <stdlib.h>

	namespace apache {
	namespace geode {
	namespace client {
	namespace testframework {
	namespace security {

	const opCodeList::value_type RArr[] = {
	OP_GET, OP_GETALL, OP_REGISTER_INTEREST, OP_UNREGISTER_INTEREST,
	OP_KEY_SET, OP_CONTAINS_KEY};

	const opCodeList::value_type WArr[] = {
	OP_CREATE, OP_UPDATE, OP_PUTALL, OP_DESTROY,
	OP_INVALIDATE, OP_REGION_CLEAR, OP_EXECUTE_FUNCTION};

	const opCodeList::value_type QArr[] = {OP_QUERY, OP_REGISTER_CQ};

	const stringList::value_type QRArr[] = {"Portfolios", "Positions"};

	const char* PRiUsnm = "%s%d";

	class XmlAuthzCredentialGenerator;
	typedef SharedPtr<XmlAuthzCredentialGenerator> XmlAuthzCredentialGeneratorPtr;

	class XmlAuthzCredentialGenerator : public SharedBase {
	private:
	ID m_id;
	opCodeList* m_opCode;
	stringList* m_regionNames;
	PropertiesPtr* m_prop;

	opCodeList Readers;
	opCodeList Writers;
	opCodeList Query;
	stringList QueryRegions;

	public:
	XmlAuthzCredentialGenerator(ID id)
	: m_id(id),
	Readers(RArr, RArr + sizeof RArr / sizeof *RArr),
	Writers(WArr, WArr + sizeof WArr / sizeof *WArr),
	Query(QArr, QArr + sizeof QArr / sizeof *QArr),
	QueryRegions(QRArr, QRArr + sizeof QRArr / sizeof *QRArr) {
	m_opCode = NULL;
	m_regionNames = NULL;
	m_prop = NULL;
	/* initialize random seed: */
	srand(static_cast<unsigned int>(time(NULL)));
	}
	virtual ~XmlAuthzCredentialGenerator() { ; }

	virtual void getAllowedCredentials(opCodeList& opCode, PropertiesPtr& prop,
	stringList* regionNames) {
	try {
	m_opCode = &opCode;
	m_regionNames = regionNames;
	m_prop = &prop;

	switch (m_id) {
	case ID_DUMMY:
	getAllowedDummyAuthz(NO_ROLE);
	break;
	case ID_LDAP:
	getAllowedLdapAuthz(NO_ROLE);
	break;
	case ID_PKI:
	getAllowedPkcsAuthz(NO_ROLE);
	break;
	default:
	break;
	};

	} catch (...) {
	reset();
	}

	reset();
	}

	void reset() {
	m_opCode = NULL;
	m_regionNames = NULL;
	m_prop = NULL;
	}

	virtual void getDisallowedCredentials(opCodeList& opCode, PropertiesPtr& prop,
	stringList* regionNames) {
	try {
	m_opCode = &opCode;
	m_regionNames = regionNames;
	m_prop = &prop;
	ROLES role = getRequiredRole();
	switch (role) {
	case READER_ROLE:
	role = WRITER_ROLE;
	case WRITER_ROLE:
	role = READER_ROLE;
	case QUERY_ROLE:
	role = WRITER_ROLE;
	case ADMIN_ROLE:
	role = QUERY_ROLE;
	default:
	/* UNNECESSARY role = role*/ break;
	};

	switch (m_id) {
	case ID_DUMMY:
	getAllowedDummyAuthz(role);
	break;
	case ID_LDAP:
	getAllowedLdapAuthz(role);
	break;
	case ID_PKI:
	getAllowedPkcsAuthz(role);
	break;
	default:
	break;
	};

	} catch (...) {
	reset();
	}

	reset();
	}

	private:
	void getAllowedDummyAuthz(ROLES role) {
	const char* adminUsers[] = {"admin", "root", "administrator"};
	const int adminUsrSz = (sizeof adminUsers / sizeof *adminUsers) - 1;
	std::string validity = "invalid";

	if (role == NO_ROLE) {
	role = getRequiredRole();
	validity = "valid";
	}
	char userName[100];
	switch (role) {
	case READER_ROLE:
	sprintf(userName, PRiUsnm, "reader", rand() % 3);
	break;
	case WRITER_ROLE:
	sprintf(userName, PRiUsnm, "writer", rand() % 3);
	break;
	case QUERY_ROLE:
	sprintf(userName, PRiUsnm, "reader", (rand() % 2) + 3);
	break;
	case ADMIN_ROLE:
	sprintf(userName, "%s", adminUsers[rand() % adminUsrSz]);
	break;
	default:
	sprintf(userName, PRiUsnm, "user", rand() % 3);
	break;
	};

	(*m_prop)->insert("security-username", userName);
	(*m_prop)->insert("security-password", userName);

	FWKINFO("inserted " << validity << " dummy security-username "
	<< (*m_prop)->find("security-username")->asChar()
	<< " password "
	<< ((*m_prop)->find("security-password") != NULLPTR
	? (*m_prop)->find("security-password")->asChar()
	: "not set"));
	}

	std::string getAllowedUser(ROLES role) {
	const std::string userPrefix = "geode";
	const int readerIndices[] = {3, 4, 5};
	const int writerIndices[] = {6, 7, 8};
	const int queryIndices[] = {9, 10};
	const int adminIndices[] = {1, 2};
	const int readerIndSz = (sizeof readerIndices / sizeof *readerIndices) - 1;
	const int writerIndSz = (sizeof writerIndices / sizeof *writerIndices) - 1;
	const int queryIndSz = (sizeof queryIndices / sizeof *queryIndices) - 1;
	const int adminIndSz = (sizeof adminIndices / sizeof *adminIndices) - 1;

	std::string validity = "invalid";

	if (role == NO_ROLE) {
	role = getRequiredRole();
	validity = "valid";
	}
	char userName[256];
	switch (role) {
	case READER_ROLE:
	sprintf(userName, PRiUsnm, userPrefix.c_str(),
	readerIndices[rand() % readerIndSz]);
	break;
	case WRITER_ROLE:
	sprintf(userName, PRiUsnm, userPrefix.c_str(),
	writerIndices[rand() % writerIndSz]);
	break;
	case QUERY_ROLE:
	sprintf(userName, PRiUsnm, userPrefix.c_str(),
	queryIndices[rand() % queryIndSz]);
	break;
	case ADMIN_ROLE:
	default:
	sprintf(userName, PRiUsnm, userPrefix.c_str(),
	adminIndices[rand() % adminIndSz]);
	break;
	};
	FWKINFO("inserted " << validity << " username " << userName);
	return std::string(userName);
	}

	void getAllowedLdapAuthz(ROLES role) {
	const std::string userName = getAllowedUser(role);
	(*m_prop)->insert("security-username", userName.c_str());
	(*m_prop)->insert("security-password", userName.c_str());

	FWKINFO("inserted ldap security-username "
	<< (*m_prop)->find("security-username")->asChar() << " password "
	<< ((*m_prop)->find("security-password") != NULLPTR
	? (*m_prop)->find("security-password")->asChar()
	: "not set"));
	}

	void getAllowedPkcsAuthz(ROLES role) {
	const std::string userName = getAllowedUser(role);
	(*m_prop)->insert("security-alias", userName.c_str());
	(*m_prop)->insert("security-keystorepass", "geode");

	FWKINFO("inserted PKCS security-alias"
	<< (*m_prop)->find("security-alias")->asChar() << " password "
	<< ((*m_prop)->find("security-keystorepass") != NULLPTR
	? (*m_prop)->find("security-keystorepass")->asChar()
	: "not set"));
	}

	ROLES getRequiredRole() {
	bool requireReaders = true, requireWriters = true, requireQuery = true;
	ROLES role = ADMIN_ROLE;

	for (opCodeList::iterator it = m_opCode->begin(); it != m_opCode->end();
	it++) {
	if (requireReaders &&
	std::find(Readers.begin(), Readers.end(), (*it)) == Readers.end()) {
	requireReaders = false;
	}

	if (requireWriters &&
	std::find(Writers.begin(), Writers.end(), (*it)) == Writers.end()) {
	requireWriters = false;
	}

	if (requireQuery &&
	std::find(Query.begin(), Query.end(), (*it)) == Query.end()) {
	requireQuery = false;
	}
	}

	if (requireReaders) {
	role = READER_ROLE;
	} else if (requireWriters) {
	role = WRITER_ROLE;
	} else if (requireQuery) {
	role = QUERY_ROLE;
	/*
	if( m_regionNames != NULL && m_regionNames->size() > 0 ) {
	bool queryUsers = true;
	for( stringList::iterator rit = m_regionNames->begin(); rit !=
	m_regionNames->end(); rit++) {
	if( queryUsers && std::find(QueryRegions.begin(),
	QueryRegions.end(),(*rit)) == QueryRegions.end() ) {
	queryUsers = false;
	}
	}
	if( queryUsers ) {
	role = QUERY_ROLE;
	}
	}
	*/
	}

	return role;
	} // end of requireRole
	};

	} // namespace security
	} // namespace testframework
	} // namespace client
	} // namespace geode
	} // namespace apache


	#endif // APACHE_GEODE_GUARD_a14b9dccb3fd9b3b05214dc60326e629