ex_state v0.3.0 ExState.Definition.State View Source

Link to this section Summary

Types

state_type()

t()

Functions

actions(state, event)

add_action(state, event, action)

add_parallel_steps(state, steps)

add_repeatable_step(state, step)

add_step(state, step)

add_step(state, step, order)

add_transition(state, transition)

append(states, state)

child(current, state)

child?(state, child_maybe)

combine(states)

complete_step(state, name, decision \\ nil)

drop_last(name)

filter_steps(state, filter)

final?(state)

id(state)

last(state)

name(id)

next_steps(state)

parent(state)

put_completed_step(state, name, decision \\ nil)

repeatable?(state, step_name)

resolve(current, next)

sibling(current, state)

sibling?(state, sibling_maybe)

split(state)

transition(state, event)

transitions(state)

Link to this section Types

state_type()

state_type() :: :atomic | :compound | :final

t()

t() :: %ExState.Definition.State{
  actions: %{required(ExState.Definition.Transition.event()) => atom()},
  ignored_steps: [ExState.Definition.Step.t()],
  initial_state: String.t(),
  name: String.t(),
  repeatable_steps: [String.t()],
  steps: [ExState.Definition.Step.t()],
  transitions: %{
    required(ExState.Definition.Transition.event()) =>
      ExState.Definition.Transition.t()
  },
  type: state_type()
}

Link to this section Functions

actions(state, event)

add_action(state, event, action)

add_parallel_steps(state, steps)

add_repeatable_step(state, step)

add_step(state, step)

add_step(state, step, order)

add_transition(state, transition)

append(states, state)

child(current, state)

child?(state, child_maybe)

combine(states)

complete_step(state, name, decision \\ nil)

drop_last(name)

filter_steps(state, filter)

final?(state)

id(state)

last(state)

name(id)

next_steps(state)

parent(state)

put_completed_step(state, name, decision \\ nil)

repeatable?(state, step_name)

resolve(current, next)

sibling(current, state)

sibling?(state, sibling_maybe)