Complete the code to define the planning step in the plan-and-execute pattern.
def plan(task): steps = [1](task) return steps
The planning step involves generating a plan based on the task. So, generate_plan is the correct function to call.
Complete the code to execute each step in the plan-and-execute pattern.
def execute(steps): results = [] for step in steps: result = [1](step) results.append(result) return results
Each step should be executed using the execute_step function to get the result.
Fix the error in the combined plan-and-execute function by completing the blank.
def plan_and_execute(task): steps = generate_plan(task) results = [] for step in steps: results.append([1](step)) return results
The function must execute each step, so execute_step is the correct function to call inside the loop.
Fill both blanks to create a dictionary comprehension that maps each step to its execution result.
results = {step: [1](step) for step in [2]The dictionary comprehension should execute each step using execute_step and iterate over the list steps.
Fill all three blanks to complete the plan-and-execute function using a dictionary comprehension.
def plan_and_execute(task): [1] = generate_plan(task) results = {step: [2](step) for step in [3] return results
First, assign the plan to steps. Then execute each step with execute_step in a comprehension over steps.