FSM Lecture 48- HSM transition execution sequence testing
HSM transition execution sequence testing In the previous article, we installed the QP framework, the QM tool (a graphical modeling tool), and the QP-nano Arduino library. This…
FSM Lecture 47- Download QP™ Nano Arduino library
Download QP™ Nano Arduino library In this article, let's understand downloading the QP-nano Arduino library. For that, go-to state-machine.com website, click on resources and go to Arduino,…
FSM Lecture 46- Run-to-completion(RTC) and QP™ framework
Run-to-completion(RTC) and QP™ framework The make an event code generates the event(it's an event producer code). And the event producer sends the event to the event dispatcher…
FSM Lecture 45- Hierarchical State Machines(HSMs)
Hierarchical State Machines(HSMs) This article teaches about HSMs, which stands for Hierarchical state machines. In the previous article, we used the Flat state machine(FSM) approach for our…
FSM Lecture 44: Exercise-004 State table approach for implementation of an FSM part-4
Exercise-004 State table approach for implementation of an FSM part-4 Let's continue protimer_state_table_init coding. We just completed protimer_state_table_init function. Now, let's give the prototype of this function…
FSM Lecture 43: Exercise-004 State table approach for implementation of an FSM part-3
Exercise-004 State table approach for implementation of an FSM part-3 Inside the main.cpp, in the setup function, let's call a function protimer_state_table_init. static void protimer_state_table_init(protimer_t *const mobj)…