[ccmtools-cvs] ccmtools/test/CppGenerator/attribute_types/impl _check_Test.cc, 1.3, 1.4

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Update of /cvsroot/ccmtools/ccmtools/test/CppGenerator/attribute_types/impl
In directory sc8-pr-cvs4.sourceforge.net:/tmp/cvs-serv17271/test/CppGenerator/attribute_types/impl

Modified Files:
	_check_Test.cc 
Log Message:
C++: the local home adapter has no longer a dependency to the home's implementation

Index: _check_Test.cc
===================================================================
RCS file: /cvsroot/ccmtools/ccmtools/test/CppGenerator/attribute_types/impl/_check_Test.cc,v
retrieving revision 1.3
retrieving revision 1.4
diff -C2 -d -r1.3 -r1.4
*** _check_Test.cc	5 Jan 2007 14:17:27 -0000	1.3
--- _check_Test.cc	23 Mar 2007 11:03:43 -0000	1.4
***************
*** 1,4 ****
  /***
!  * CCM Tools Test Client 
   *
   * This file was automatically generated by the CCM Tools.
--- 1,4 ----
  /***
!  * CCM Tools Test Client
   *
   * This file was automatically generated by the CCM Tools.
***************
*** 6,11 ****
   *
   * This test client is part of the mirror component test concept. For each
!  * component a corresponding mirror component will be instantiated. 
!  * All component ports will be connected to the mirror component's ports. 
   * Additionally, developers can add some testing code to validate supported
   * interfaces as well as component attribute access.
--- 6,11 ----
   *
   * This test client is part of the mirror component test concept. For each
!  * component a corresponding mirror component will be instantiated.
!  * All component ports will be connected to the mirror component's ports.
   * Additionally, developers can add some testing code to validate supported
   * interfaces as well as component attribute access.
***************
*** 18,21 ****
--- 18,22 ----
  #include <Components/ccmtools.h>
  
+ #include <TestHome_entry.h>
  #include <TestHome_gen.h>
  
***************
*** 28,32 ****
    	int error = 0;
    	error = deploy_TestHome("TestHome");
!   	if(error) 
    	{
      		cerr << "BOOTSTRAP ERROR: Can't deploy component homes!" << endl;
--- 29,33 ----
    	int error = 0;
    	error = deploy_TestHome("TestHome");
!   	if(error)
    	{
      		cerr << "BOOTSTRAP ERROR: Can't deploy component homes!" << endl;
***************
*** 34,48 ****
    	}
  
!   	try 
    	{
    		Components::HomeFinder* homeFinder = Components::HomeFinder::Instance();
!   		
!     		Test::SmartPtr myTest;	
      		TestHome::SmartPtr myTestHome(dynamic_cast<TestHome*> (
      			homeFinder->find_home_by_name("TestHome").ptr()));
!     		
      		myTest = myTestHome->create();
      		myTest->configuration_complete();
!     		
  	    cout << "== Begin Test Case =============================================" << endl;
  
--- 35,49 ----
    	}
  
!   	try
    	{
    		Components::HomeFinder* homeFinder = Components::HomeFinder::Instance();
! 
!     		Test::SmartPtr myTest;
      		TestHome::SmartPtr myTestHome(dynamic_cast<TestHome*> (
      			homeFinder->find_home_by_name("TestHome").ptr()));
! 
      		myTest = myTestHome->create();
      		myTest->configuration_complete();
! 
  	    cout << "== Begin Test Case =============================================" << endl;
  
***************
*** 52,106 ****
        		short short_result = myTest->short_value();
        		assert(short_result == short_value);
!       
  		    long long_value = -7777;
  		    myTest->long_value(long_value);
  		    long long_result = myTest->long_value();
  		    assert(long_result == long_value);
!       
  			unsigned short ushort_value = 7;
  			myTest->ushort_value(ushort_value);
  			unsigned short ushort_result = myTest->ushort_value();
  			assert(ushort_result == ushort_value);
! 			  
  			unsigned long ulong_value = 7777;
  			myTest->ulong_value(ulong_value);
  			unsigned long ulong_result = myTest->ulong_value();
  			assert(ulong_result == ulong_value);
! 			  
  			float float_value = -77.77;
  			myTest->float_value(float_value);
  			float float_result = myTest->float_value();
  			assert(abs(float_result - float_value) < 0.001);
! 			  
  			double double_value = -77.7777;
  			myTest->double_value(double_value);
  			double double_result = myTest->double_value();
  			assert(abs(double_result - double_value) < 0.001);
! 			  
  			char char_value = 'x';
  			myTest->char_value(char_value);
  			char char_result = myTest->char_value();
  			assert(char_result == char_value);
! 			  
  			string string_value = "0123456789";
  			myTest->string_value(string_value);
  			string string_result = myTest->string_value();
  			assert(string_result == string_value);
! 			 
  			bool boolean_value = true;
  			myTest->boolean_value(boolean_value);
  			bool boolean_result = myTest->boolean_value();
  			assert(boolean_result == boolean_value);
! 			
  			unsigned char octet_value = 0xff;
  			myTest->octet_value(octet_value);
  			unsigned char octet_result = myTest->octet_value();
  			assert(octet_result == octet_value);
! 			
  			wchar_t wchar_value = 'x';
  			myTest->wchar_value(wchar_value);
  			wchar_t wchar_result = myTest->char_value();
  			assert(wchar_result == wchar_value);
! 			  
  			wstring wstring_value = L"0123456789";
  			myTest->wstring_value(wstring_value);
--- 53,107 ----
        		short short_result = myTest->short_value();
        		assert(short_result == short_value);
! 
  		    long long_value = -7777;
  		    myTest->long_value(long_value);
  		    long long_result = myTest->long_value();
  		    assert(long_result == long_value);
! 
  			unsigned short ushort_value = 7;
  			myTest->ushort_value(ushort_value);
  			unsigned short ushort_result = myTest->ushort_value();
  			assert(ushort_result == ushort_value);
! 
  			unsigned long ulong_value = 7777;
  			myTest->ulong_value(ulong_value);
  			unsigned long ulong_result = myTest->ulong_value();
  			assert(ulong_result == ulong_value);
! 
  			float float_value = -77.77;
  			myTest->float_value(float_value);
  			float float_result = myTest->float_value();
  			assert(abs(float_result - float_value) < 0.001);
! 
  			double double_value = -77.7777;
  			myTest->double_value(double_value);
  			double double_result = myTest->double_value();
  			assert(abs(double_result - double_value) < 0.001);
! 
  			char char_value = 'x';
  			myTest->char_value(char_value);
  			char char_result = myTest->char_value();
  			assert(char_result == char_value);
! 
  			string string_value = "0123456789";
  			myTest->string_value(string_value);
  			string string_result = myTest->string_value();
  			assert(string_result == string_value);
! 
  			bool boolean_value = true;
  			myTest->boolean_value(boolean_value);
  			bool boolean_result = myTest->boolean_value();
  			assert(boolean_result == boolean_value);
! 
  			unsigned char octet_value = 0xff;
  			myTest->octet_value(octet_value);
  			unsigned char octet_result = myTest->octet_value();
  			assert(octet_result == octet_value);
! 
  			wchar_t wchar_value = 'x';
  			myTest->wchar_value(wchar_value);
  			wchar_t wchar_result = myTest->char_value();
  			assert(wchar_result == wchar_value);
! 
  			wstring wstring_value = L"0123456789";
  			myTest->wstring_value(wstring_value);
***************
*** 116,121 ****
  			time_t time_result = myTest->typedef_value();
  			assert(time_result == time_value);
! 			 
! 			
  			// Test Case for: enum Color {red, green, blue, black, orange};
  			Color Color_value;
--- 117,122 ----
  			time_t time_result = myTest->typedef_value();
  			assert(time_result == time_value);
! 
! 
  			// Test Case for: enum Color {red, green, blue, black, orange};
  			Color Color_value;
***************
*** 124,132 ****
  			Color Color_result = myTest->enum_value();
  			assert(Color_result == Color_value);
! 			  
! 			
  			// Test Case for: struct Pair { string key; double value; };
  			Pair struct_value;
! 			struct_value.key = "a"; 
  			struct_value.value = 1.0;
  			myTest->struct_value(struct_value);
--- 125,133 ----
  			Color Color_result = myTest->enum_value();
  			assert(Color_result == Color_value);
! 
! 
  			// Test Case for: struct Pair { string key; double value; };
  			Pair struct_value;
! 			struct_value.key = "a";
  			struct_value.value = 1.0;
  			myTest->struct_value(struct_value);
***************
*** 137,141 ****
        		// Test Case for: typedef sequence<Value> map;
        		Map map_value;
!       		for(int i=0;i<5;i++) 
        		{
          			Pair p1;
--- 138,142 ----
        		// Test Case for: typedef sequence<Value> map;
        		Map map_value;
!       		for(int i=0;i<5;i++)
        		{
          			Pair p1;
***************
*** 146,150 ****
        		myTest->sequence_value(map_value);
        		Map map_result = myTest->sequence_value();
!       		for(int i=0;i<(int)map_result.size();i++) 
        		{
          			Pair p = map_result.at(i);
--- 147,151 ----
        		myTest->sequence_value(map_value);
        		Map map_result = myTest->sequence_value();
!       		for(int i=0;i<(int)map_result.size();i++)
        		{
          			Pair p = map_result.at(i);
***************
*** 155,175 ****
  
  	    myTest->remove();
!   	} 
!   	catch (Components::HomeNotFound) 
    	{
      		cout << "DEPLOYMENT ERROR: can't find a home!" << endl;
      		return -1;
!   	} 
!   	catch (Components::NotImplemented& e) 
    	{
      		cout << "DEPLOYMENT ERROR: function not implemented: " << e.what() << endl;
      		return -1;
!   	} 
!   	catch (Components::InvalidName& e) 
    	{
      		cout << "DEPLOYMENT ERROR: invalid name during connection: " << e.what() << endl;
      		return -1;
    	}
!   	catch (...)  
    	{
      		cout << "DEPLOYMENT ERROR: there is something wrong!" << endl;
--- 156,176 ----
  
  	    myTest->remove();
!   	}
!   	catch (Components::HomeNotFound)
    	{
      		cout << "DEPLOYMENT ERROR: can't find a home!" << endl;
      		return -1;
!   	}
!   	catch (Components::NotImplemented& e)
    	{
      		cout << "DEPLOYMENT ERROR: function not implemented: " << e.what() << endl;
      		return -1;
!   	}
!   	catch (Components::InvalidName& e)
    	{
      		cout << "DEPLOYMENT ERROR: invalid name during connection: " << e.what() << endl;
      		return -1;
    	}
!   	catch (...)
    	{
      		cout << "DEPLOYMENT ERROR: there is something wrong!" << endl;
***************
*** 178,182 ****
  
  	error = undeploy_TestHome("TestHome");
!   	if(error) 
    	{
      		cerr << "TEARDOWN ERROR: Can't undeploy component homes!" << endl;
--- 179,183 ----
  
  	error = undeploy_TestHome("TestHome");
!   	if(error)
    	{
      		cerr << "TEARDOWN ERROR: Can't undeploy component homes!" << endl;