Convert test spec params to capabilities

examples/directed_energy_deposition/cylinder/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = master_app_mechanical.i
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#66'
   []
 []

examples/directed_energy_deposition/hollow_cylinder/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = master_app_mechanical.i
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#66'
   []
 []

examples/melt_pool_2d/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'melt_pool.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#4'
   [../]
 []

examples/melt_pool_3d/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'melt_pool.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#4'
   [../]
 []

examples/sps/engineering_scale/validation/dcs5/empty_die/stepped_20mm/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'dcs5_stepped20mm_empty_constant_properties.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#91'
     requirement = 'The system shall compute the electro-thermo-mechanical response '
                   'of a 2D-axisymmetric representation of the DCS-5 stepped 20mm diameter '

examples/sps/microstructure/tests

@@ -3,21 +3,21 @@
     type = RunApp
     input = 'sps_elec_2D_Yvac.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#19'
   []
   [phase_field_yttrium_oxygen_vac]
     type = RunApp
     input = 'sps_elec_2D_YOvac.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#19'
   []
   [phase_field_yttrium_oxygen_vac_temperature]
     type = RunApp
     input = 'sps_elec_2D_YOvac_T.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#81'
   []
 []

examples/sps/multiapp/complete_geometry/electrothermal/tests

@@ -3,14 +3,14 @@
     type = RunApp
     input = 'engineering_scale_electrothermal.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   [../]
   [./electrothermal_goofycontact_drsinter_geometry]
     type = RunApp
     input = 'engineering_scale_electrothermal_goofycontact.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   [../]
 []

examples/sps/multiapp/diemodel/electrothermal/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'electrothermal_plunger_powder.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
 []

examples/sps/multiapp/diemodel/electrothermomechs/simple_geometries/tests

@@ -3,14 +3,14 @@
     type = RunApp
     input = 'yttria_electrothermomechanical_singleblock.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   []
   [graphite_electrothermalmech_singleblock]
     type = RunApp
     input = 'graphite_electrothermalmech_singleblock.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   []
 []

examples/sps/multiapp/diemodel/electrothermomechs/tests

@@ -3,21 +3,21 @@
     type = RunApp
     input = 'electrothermomechanical_plunger_powder_bothends_pressurebc.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./electrothermomechanics_nodalcontact_creep_powder]
     type = RunApp
     input = 'electrothermomechanical_plunger_powder_creep.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./mechanics_contact_plastic]
     type = RunApp
     input = 'mechanical_plunger_powder_plastic.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#22'
   [../]
 []

examples/sps/multiapp/electrothermal_with_phase_field/oneway_controls/tests

@@ -3,14 +3,14 @@
     type = RunApp
     input = 'engineering_scale_electrothermal_oneway_controls.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
   [micro_yttria_thermoelectric_oneway_controls]
     type = RunApp
     input = 'micro_yttria_thermoelectric_oneway_controls.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
 []

examples/sps/multiapp/electrothermal_with_phase_field/twoway_initial_prototype/tests

@@ -3,14 +3,14 @@
     type = RunApp
     input = 'engineering_scale_electrothermal_twoway_prototype.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
   [micro_yttria_thermoelectric_twoway]
     type = RunApp
     input = 'micro_yttria_thermoelectric_twoway.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
 []

examples/sps/multiapp/electrothermal_with_phase_field/twoway_lots_of_particles_prototype/tests

@@ -4,15 +4,15 @@
     input = 'engineering_scale_electrothermal_twoway_lots_prototype.i'
     min_parallel = 5
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
   [micro_yttria_thermoelectric_twoway_lots_controls]
     type = RunApp
     input = 'micro_yttria_thermoelectric_twoway_lots_controls.i'
     check_input = true
     cli_args = 'Mesh/gen/nx=52 Mesh/gen/ny=52'
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   []
 []

examples/sps/multiapp/yttria_thermoelectric/reference_residual/centroid_version/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'micro_yttria_thermoelectrical_demo.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
 []

examples/sps/multiapp/yttria_thermoelectric/reference_residual/constant_electric_potential/tests

@@ -3,14 +3,14 @@
     type = RunApp
     input = 'multipoint_block_demo_thermoelectical_refres_constant_electricpotential.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./yttria_thermoelectrical_microapp]
     type = RunApp
     input = 'micro_yttria_thermoelectrical_aehproperties_refres.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
 []

examples/sps/multiapp/yttria_thermoelectric/reference_residual/function_electricpotential/fourparticle/tests

@@ -4,12 +4,12 @@
     type = RunApp
     input = 'twoway_coupling_demo_new_phasefield.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
   [../]
   [./fourparticle_micro_yttria_thermoelectric_twoway]
     type = RunApp
     input = 'fourparticle_micro_yttria_thermoelectric_twoway.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
   [../]
 []

examples/sps/multiapp/yttria_thermoelectric/reference_residual/function_electricpotential/tests

@@ -3,64 +3,64 @@
     type = RunApp
     input = 'oneway_coupling_demo_fcn_electricpotential.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./fullphysics_oneway_coupling_elasticmechanices_yttria_macroblock]
     type = RunApp
     input = 'oneway_coupling_demo_electrothermomechanics_elastic.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./fullphysics_oneway_coupling_yttria_macroblock]
     type = RunApp
     input = 'oneway_coupling_demo_electrothermomechanics.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./yttria_thermoelectrical_microapp]
     type = RunApp
     input = 'micro_yttria_thermoelectrical_aehproperties_refres.i'
     check_input = True
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./oneway_coupling_demo_new_phasefield]
     type = RunApp
     input = 'oneway_coupling_demo_new_phasefield.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./micro_yttria_thermoelectric_oneway]
     type = RunApp
     input = 'micro_yttria_thermoelectric_oneway.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./oneway_coupling_demo_new_phasefield_controls]
     type = RunApp
     input = 'oneway_coupling_demo_new_phasefield_controls.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./twoway_coupling_demo_new_phasefield]
     type = RunApp
     input = 'twoway_coupling_demo_new_phasefield.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#9'
   [../]
   [./twoway_coupling_demo_new_phasefield_lots_controls]
     type = RunApp
     input = 'twoway_coupling_demo_new_phasefield_lots_controls.i'
     min_parallel = 5
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#20'
   [../]
 []

test/tests/melt_pool_level_set/tests

@@ -5,7 +5,7 @@
     input = 'level_set.i'
     exodiff = 'level_set_out.e'
     abs_zero = 5e-4
-    method = opt
+    capabilities = 'method=opt'
     design = 'LevelSetGradientRegularizationReinitialization.md INSMeltPoolMassTransferMaterial.md LevelSetPhaseChange.md LevelSetAdvection.md LevelSetTimeDerivativeSUPG.md LevelSetAdvectionSUPG.md'
     requirement = 'The system shall solve level set evolution equations of a melt pool.'
   [../]

tutorials/efas/introduction/tests

@@ -3,7 +3,7 @@
     type = RunApp
     input = 'dcs5_copper_constant_properties_electrothermal.i'
     check_input = true
-    method = opt
+    capabilities = 'method=opt'
     issues = '#145'
   []
 []