clang format

include/tsm.h

@@ -27,7 +27,8 @@ namespace tsm {
 /// 5. To process the event, call the step method
 /// sm.step();
 ///
-template<typename Context, template<class> class Policy = SingleThreadedExecutionPolicy>
+template<typename Context,
+         template<class> class Policy = SingleThreadedExecutionPolicy>
 using SingleThreadedHsm = Policy<Context>;
 
 ///
@@ -40,27 +41,28 @@ using SingleThreadedHsm = Policy<Context>;
 /// the HsmDefinition is done processing the previous event. It also simplifies
 /// the interface in that only one call to sendEvent is required.
 ///
-template<typename Context, template<class> class Policy = ThreadedExecutionPolicy>
+template<typename Context,
+         template<class> class Policy = ThreadedExecutionPolicy>
 using ThreadedHsm = Policy<Context>;
 
 // This state machine is driven by a periodic timer.
 template<typename Context,
          template<class> class Policy = PeriodicExecutionPolicy>
 using PeriodicHsm = Policy<Context>;
 
-
 // This real-time state machine is driven by a periodic timer.
 template<typename Context,
-         template<class>
-         class Policy = RealtimePeriodicExecutionPolicy>
+         template<class> class Policy = RealtimePeriodicExecutionPolicy>
 using RealtimePeriodicHsm = Policy<Context>;
 
 // Real-time state machine. This state machine is driven by a periodic timer.
-template<typename Context, template<class> class Policy = RealtimeExecutionPolicy>
+template<typename Context,
+         template<class> class Policy = RealtimeExecutionPolicy>
 using RealtimeHsm = Policy<Context>;
 
 // Concurrent Hsm
-template<template <typename> class Policy = ThreadedExecutionPolicy, typename... Contexts>
+template<template<typename> class Policy = ThreadedExecutionPolicy,
+         typename... Contexts>
 using ConcurrentHsm = make_concurrent_hsm_t<Policy, Contexts...>;
 
 } // namespace tsm