Results for "Author: mike jones"

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.

This code gives you the ability to create a 'floating toolbar' within your application. The old SetWindowWord function is only good for 16-bit applications, so it won't run under a 32-bit OS (like NT4). The API call you should use if you are programming a 32-bit application is SetWindowLong. It works the same way as SetWindowWord, only uses DWORD(Long) values instead of WORD values for the 32-bit OS.