import tools

def testdirichlet(dofs=0, np=0, n_threads=0):
  tools.executeAppAndDiff(__file__,'constant_damper_test.i',['out.e'], dofs, np, n_threads)

import tools

def testdamper(dofs=0, np=0, n_threads=0):
  tools.executeAppAndDiff(__file__,'constant_damper_test.i',['out.e'], dofs, np, n_threads)

# Make sure the damping causes 8 NL steps
def testverifydamping(dofs=0, np=0, n_threads=0):
  tools.executeAppExpectError(__file__,'constant_damper_test.i','NL step\s+8')

Verify additional steps in damping problem
Verify additional steps in damping problem

r4199

  import tools
  
- def testdirichlet(dofs=0, np=0, n_threads=0):
+ def testdamper(dofs=0, np=0, n_threads=0):
    tools.executeAppAndDiff(__file__,'constant_damper_test.i',['out.e'], dofs, np, n_threads)
  
+ # Make sure the damping causes 8 NL steps
+ def testverifydamping(dofs=0, np=0, n_threads=0):
+   tools.executeAppExpectError(__file__,'constant_damper_test.i','NL step\s+8')
+ 
Verify additional steps in damping problem
## Code Before:
import tools

def testdirichlet(dofs=0, np=0, n_threads=0):
  tools.executeAppAndDiff(__file__,'constant_damper_test.i',['out.e'], dofs, np, n_threads)

## Instruction:
Verify additional steps in damping problem
## Code After:
import tools

def testdamper(dofs=0, np=0, n_threads=0):
  tools.executeAppAndDiff(__file__,'constant_damper_test.i',['out.e'], dofs, np, n_threads)

# Make sure the damping causes 8 NL steps
def testverifydamping(dofs=0, np=0, n_threads=0):
  tools.executeAppExpectError(__file__,'constant_damper_test.i','NL step\s+8')
