""" This module runs the benchmark test suite. """
from .context import phaseflow


def test_lid_driven_cavity_benchmark__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LidDrivenCavityBenchmarkSimulation())
    

def test_lid_driven_cavity_benchmark_with_solid_subdomain__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LDCBenchmarkSimulationWithSolidSubdomain())
    
    
def test_heat_driven_cavity_benchmark_with_restart__ci__():
    
    sim = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
    
    sim.prefix_output_dir_with_tempdir = True
    
    sim.end_time = 2.*sim.timestep_size
    
    sim.run(verify = False)
    
    sim2 = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
    
    sim2.read_checkpoint(sim.latest_checkpoint_filepath)
        
    assert(sim.state.time == sim2.old_state.time)
    
    assert(all(sim.state.solution.leaf_node().vector() == sim2.old_state.solution.leaf_node().vector()))
    
    sim.prefix_output_dir_with_tempdir = True
    
    sim2.run(verify = True)

    
def test_stefan_problem_benchmark__ci__():

    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation())

""" This module runs the benchmark test suite. """
from .context import phaseflow


def test_lid_driven_cavity_benchmark_with_solid_subdomain__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LDCBenchmarkSimulationWithSolidSubdomain())
    
    
def test_heat_driven_cavity_benchmark__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation())
        
    
def test_stefan_problem_benchmark_with_restart__ci__():
    """ This tests that restarting does not affect time accuracy. """
    sim = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
    
    sim.end_time = 0.01
    
    sim.run(verify = False)
    
    sim2 = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
    
    sim2.read_checkpoint(sim.latest_checkpoint_filepath)
    
    assert(sim.state.time == sim2.old_state.time)
    
    assert(all(sim.state.solution.leaf_node().vector() == sim2.old_state.solution.leaf_node().vector()))
    
    sim2.prefix_output_dir_with_tempdir = True
    
    sim2.run(verify = True)
    
Test restarting with Stefan problem instead of heat driven cavity. Removed some redundant tests
Test restarting with Stefan problem instead of heat driven cavity. Removed some redundant tests

  """ This module runs the benchmark test suite. """
  from .context import phaseflow
  
- 
- def test_lid_driven_cavity_benchmark__ci__():
-     
-     phaseflow.helpers.run_simulation_with_temporary_output(
-         phaseflow.octadecane_benchmarks.LidDrivenCavityBenchmarkSimulation())
-     
  
  def test_lid_driven_cavity_benchmark_with_solid_subdomain__ci__():
      
      phaseflow.helpers.run_simulation_with_temporary_output(
          phaseflow.octadecane_benchmarks.LDCBenchmarkSimulationWithSolidSubdomain())
      
      
- def test_heat_driven_cavity_benchmark_with_restart__ci__():
+ def test_heat_driven_cavity_benchmark__ci__():
      
+     phaseflow.helpers.run_simulation_with_temporary_output(
-     sim = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
+         phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation())
+         
      
-     sim.prefix_output_dir_with_tempdir = True
+ def test_stefan_problem_benchmark_with_restart__ci__():
+     """ This tests that restarting does not affect time accuracy. """
+     sim = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
      
-     sim.end_time = 2.*sim.timestep_size
+     sim.end_time = 0.01
      
      sim.run(verify = False)
      
-     sim2 = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
+     sim2 = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
      
      sim2.read_checkpoint(sim.latest_checkpoint_filepath)
-         
+     
      assert(sim.state.time == sim2.old_state.time)
      
      assert(all(sim.state.solution.leaf_node().vector() == sim2.old_state.solution.leaf_node().vector()))
      
-     sim.prefix_output_dir_with_tempdir = True
+     sim2.prefix_output_dir_with_tempdir = True
      
      sim2.run(verify = True)
- 
      
- def test_stefan_problem_benchmark__ci__():
- 
-     phaseflow.helpers.run_simulation_with_temporary_output(
-         phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation())
- 
Test restarting with Stefan problem instead of heat driven cavity. Removed some redundant tests
## Code Before:
""" This module runs the benchmark test suite. """
from .context import phaseflow


def test_lid_driven_cavity_benchmark__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LidDrivenCavityBenchmarkSimulation())
    

def test_lid_driven_cavity_benchmark_with_solid_subdomain__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LDCBenchmarkSimulationWithSolidSubdomain())
    
    
def test_heat_driven_cavity_benchmark_with_restart__ci__():
    
    sim = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
    
    sim.prefix_output_dir_with_tempdir = True
    
    sim.end_time = 2.*sim.timestep_size
    
    sim.run(verify = False)
    
    sim2 = phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation()
    
    sim2.read_checkpoint(sim.latest_checkpoint_filepath)
        
    assert(sim.state.time == sim2.old_state.time)
    
    assert(all(sim.state.solution.leaf_node().vector() == sim2.old_state.solution.leaf_node().vector()))
    
    sim.prefix_output_dir_with_tempdir = True
    
    sim2.run(verify = True)

    
def test_stefan_problem_benchmark__ci__():

    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation())

## Instruction:
Test restarting with Stefan problem instead of heat driven cavity. Removed some redundant tests
## Code After:
""" This module runs the benchmark test suite. """
from .context import phaseflow


def test_lid_driven_cavity_benchmark_with_solid_subdomain__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.LDCBenchmarkSimulationWithSolidSubdomain())
    
    
def test_heat_driven_cavity_benchmark__ci__():
    
    phaseflow.helpers.run_simulation_with_temporary_output(
        phaseflow.octadecane_benchmarks.HeatDrivenCavityBenchmarkSimulation())
        
    
def test_stefan_problem_benchmark_with_restart__ci__():
    """ This tests that restarting does not affect time accuracy. """
    sim = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
    
    sim.end_time = 0.01
    
    sim.run(verify = False)
    
    sim2 = phaseflow.octadecane_benchmarks.StefanProblemBenchmarkSimulation()
    
    sim2.read_checkpoint(sim.latest_checkpoint_filepath)
    
    assert(sim.state.time == sim2.old_state.time)
    
    assert(all(sim.state.solution.leaf_node().vector() == sim2.old_state.solution.leaf_node().vector()))
    
    sim2.prefix_output_dir_with_tempdir = True
    
    sim2.run(verify = True)
    