Make verification = '**.md' consistent across verification cases

test/tests/ver-1b/tests

@@ -1,6 +1,7 @@
 [Tests]
   design = 'Diffusion.md TimeDerivative.md DirichletBC.md'
   issues = '#12'
+  verification = 'ver-1b.md'
     [ver-1b]
       type = Exodiff
       input = ver-1b.i

test/tests/ver-1c/tests

@@ -1,6 +1,7 @@
 [Tests]
   design = 'Diffusion.md TimeDerivative.md'
   issues = '#12'
+  verification = 'ver-1c.md'
   [ver-1c]
     type = Exodiff
     input = 'ver-1c.i'

test/tests/ver-1d/tests

@@ -1,21 +1,20 @@
 [Tests]
   design = 'TrappingNodalKernel.md ReleasingNodalKernel.md'
   issues = '#12'
+  verification = 'ver-1d.md'
   [ver-1d_diffusion_limited]
     type = Exodiff
     input = ver-1d-diffusion.i
     exodiff = ver-1d_diffusion_limited_test_exodus.e
     cli_args = "Mesh/nx=20 Executioner/num_steps=300 Outputs/file_base=ver-1d_diffusion_limited_test_exodus"
     requirement = 'The system shall be able to model a breakthrough problem where diffusion is the rate limiting process.'
-    verification = 'ver-1d.md'
   []
   [ver-1d_diffusion_limited_heavy]
     type = Exodiff
     heavy = true
     input = ver-1d-diffusion.i
     exodiff = ver-1d-diffusion_out.e
     requirement = 'The system shall be able to model a breakthrough problem where diffusion is the rate limiting process, with the fine mesh and time step required to match the analytical solution for the verification case.'
-    verification = 'ver-1d.md'
   []
   [ver-1d_diffusion_limited_heavy_csvdiff]
     type = CSVDiff
@@ -26,23 +25,20 @@
     prereq = ver-1d_diffusion_limited_heavy
     requirement = 'The system shall be able to model a breakthrough problem where diffusion is the rate limiting process,
     with the fine mesh and time step required to match the analytical solution for the verification case and generate CSV data for use in comparisons with the analytic solution.'
-    verification = 'ver-1d.md'
   []
   [ver-1d_trapping_limited]
     type = Exodiff
     input = ver-1d-trapping.i
     exodiff = ver-1d_trapping_limited_test_exodus.e
     requirement = 'The system shall be able to model a breakthrough problem where trapping is the rate limiting process.'
     cli_args = "Mesh/nx=20 Executioner/num_steps=300 Outputs/file_base=ver-1d_trapping_limited_test_exodus"
-    verification = 'ver-1d.md'
   []
   [ver-1d_trapping_limited_heavy]
     type = Exodiff
     heavy = true
     input = ver-1d-trapping.i
     exodiff = ver-1d-trapping_out.e
     requirement = 'The system shall be able to model a breakthrough problem where trapping is the rate limiting process with the fine mesh and time step required to match the analytical solution for the verification case.'
-    verification = 'ver-1d.md'
   []
   [ver-1d_trapping_limited_heavy_csvdiff]
     type = CSVDiff
@@ -52,7 +48,6 @@
     csvdiff = ver-1d-trapping_out.csv
     prereq = ver-1d_trapping_limited_heavy
     requirement = 'The system shall be able to model a breakthrough problem where trapping is the rate limiting process with the fine mesh and time step required to match the analytical solution for the verification case and generate CSV data for use in comparisons with the analytic solution.'
-    verification = 'ver-1d.md'
   []
   [ver-1d_comparison]
     type = RunCommand

test/tests/ver-1e/tests

@@ -1,6 +1,7 @@
 [Tests]
   design = 'Diffusion.md TimeDerivative.md DirichletBC.md'
   issues = '#12'
+  verification = 'ver-1e.md'
   [ver-1e]
     type = Exodiff
     input = ver-1e.i

test/tests/ver-1fa/tests

@@ -1,12 +1,12 @@
 [Tests]
   design = 'HeatConduction.md HeatConductionTimeDerivative.md HeatSource.md'
   issues = '#12'
+  verification = 'ver-1fa.md'
   [ver-1fa]
     type = Exodiff
     input = ver-1fa.i
     exodiff = ver-1fa_out.e
     requirement = 'The system shall be able to model heat conduction in a slab that has heat generation'
-    verification = 'ver-1fa.md'
   []
   [ver-1fa_lineplot]
     type = CSVDiff

test/tests/ver-1fb/tests

@@ -1,11 +1,11 @@
 [Tests]
   design = 'HeatConduction.md HeatConductionTimeDerivative.md'
   issues = '#12'
+  verification = 'ver-1fb.md'
   [thermal_transient]
     type = Exodiff
     input = ver-1fb.i
     exodiff = ver-1fb_out.e
     requirement = 'The system shall be able to model thermal transient in a slab that has temperatures fixed at both the ends'
-    verification = 'ver-1fb.md'
   []
 []

test/tests/ver-1g/tests

@@ -1,26 +1,24 @@
 [Tests]
   design = 'ADMatReactionFlexible.md'
   issues = '#12'
+  verification = 'ver-1g.md'
   [binary_reaction_equal_concentrations]
     type = Exodiff
     input = 'ver-1g.i equal_conc.i'
     exodiff = equal_conc_out.e
     requirement = 'The system shall be able to model a chemical reaction between two species with the same concentrations and calculate the concentrations of reactants and product as a function of time'
-    verification = 'ver-1g.md'
   []
   [binary_reaction_diff_concentrations_TMAP4]
     type = Exodiff
     input = 'ver-1g.i diff_conc_TMAP4.i'
     exodiff = diff_conc_TMAP4_out.e
     requirement = 'The system shall be able to model a chemical reaction between two species with different concentrations and calculate the concentrations of reactants and product as a function of time using the initial conditions from the TMAP4 case'
-    verification = 'ver-1g.md'
   []
   [binary_reaction_diff_concentrations_TMAP7]
     type = Exodiff
     input = 'ver-1g.i diff_conc_TMAP7.i'
     exodiff = diff_conc_TMAP7_out.e
     requirement = 'The system shall be able to model a chemical reaction between two species with different concentrations and calculate the concentrations of reactants and product as a function of time using the initial conditions from the TMAP7 case'
-    verification = 'ver-1g.md'
   []
   [binary_reaction_equal_concentrations_csv_diff]
     type = CSVDiff

test/tests/ver-1gc/tests

@@ -1,20 +1,19 @@
 [Tests]
   design = 'ADMatReactionFlexible.md'
   issues = '#12 #104'
+  verification = 'ver-1gc.md'
   [ver-1gc]
     type = Exodiff
     input = 'ver-1gc.i'
     exodiff = ver-1gc_out.e
     requirement = 'The system shall be able to model a series of chemical reactions involving three species and calculate the concentrations of each species as a function of time.'
-    verification = 'ver-1gc.md'
   []
   [ver-1gc_csv]
     type = CSVDiff
     input = 'ver-1gc.i'
     should_execute = False # this test relies on the output files from ver-1gc, so it shouldn't be run twice
     csvdiff = ver-1gc_out.csv
     requirement = 'The system shall be able to model a series of chemical reactions involving three species and calculate the concentrations of each species as a function of time and to generate CSV data for use in comparisons with the analytic solution over time.'
-    verification = 'ver-1gc.md'
     prereq = ver-1gc
   []
   [ver-1gc_comparison]

test/tests/ver-1ha/tests

@@ -1,12 +1,12 @@
 [Tests]
     design = 'ADMatReaction.md'
     issues = '#148'
+    verification = 'ver-1ha.md'
     [ver-1ha_csv]
       type = CSVDiff
       input = 'ver-1ha.i'
       csvdiff = ver-1ha_out.csv
       requirement = 'The system shall be able to model a convective outflow problem and calculate the pressure and concentration of the gas in the second and third enclosure and to generate CSV data for use in comparisons with the analytic solution over time.'
-      verification = 'ver-1ha.md'
     []
     [ver-1ha_comparison]
       type = RunCommand