#ifndef @PROJECT_NAME_UPPER@_VERSION_H_
#define @PROJECT_NAME_UPPER@_VERSION_H_

/// project version as major.minor.patch string
#define @PROJECT_NAME_UPPER@_VERSION "@PROJECT_VERSION@"
/// project version as integer: major * 10000 + minor * 100 + patch
#define @PROJECT_NAME_UPPER@_VERSION_INT @PROJECT_VERSION_INT@
#define @PROJECT_NAME_UPPER@_VERSION_MAJOR @PACKAGE_VERSION_MAJOR@
#define @PROJECT_NAME_UPPER@_VERSION_MINOR @PACKAGE_VERSION_MINOR@
#define @PROJECT_NAME_UPPER@_VERSION_PATCH @PACKAGE_VERSION_PATCH@
/// package version as string, possibly with git commit: v1.2.3+4+g56789abc
#define @PROJECT_NAME_UPPER@_PACKAGE_VERSION "@PACKAGE_VERSION@"

///runtime versions, where the above values are linked into a lib and therefore reflect the version
///of the library itself (not the version of the header at compile time of the user code)
const char* @PROJECT_NAME@_runtime_project_version();
const char* @PROJECT_NAME@_runtime_package_version();
int @PROJECT_NAME@_runtime_version_int();
int @PROJECT_NAME@_runtime_version_major();
int @PROJECT_NAME@_runtime_version_minor();
int @PROJECT_NAME@_runtime_version_patch();

///Check consistency of runtime vs compile-time version number. I.e. the header used
///for compilation was from the same version as the linked library.
inline bool @PROJECT_NAME@_check_version_consistency(bool major_minor_only)
{
  return @PROJECT_NAME@_runtime_version_major() == @PROJECT_NAME_UPPER@_VERSION_MAJOR &&
         @PROJECT_NAME@_runtime_version_minor() == @PROJECT_NAME_UPPER@_VERSION_MINOR &&
         (major_minor_only ||
          @PROJECT_NAME@_runtime_version_patch() == @PROJECT_NAME_UPPER@_VERSION_PATCH);
}


#endif