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These are the test types available with CIME.
See See https://github.com/ESMCI/cime/blob/master/config/config_tests.xmlCIME/SystemTests/README for latest.
The following are the test functionality categories: 1) smoke tests 2) basic reproducibility tests 3) restart tests 34) threading/pe-count modification tests 45) sequencing (layout) modification tests 56) multi-instance tests 67) ESMF interfaceperformance tests 8) spinup tests (TODO) 7) archiving (short-term and long-term) 9) other component-specific tests Some 8)tests performancenot testsyet implemented in 9)python. spinup testsThey (TODO)can be 10)found compiler flag assumptions (e.g. auto-promotion) in cime/scripts/Testing/Testcases NOTES: - unless otherwise noted everything IOP is runcurrently innot onefunctional executable directory - suffix: denotes the component history file suffixes that are added as part of the test - IOP test is done along with regular tests - not as a separate test - IOP test is only currently valid for SMS, ERS and PET ====================================================================== Smoke Tests ======================================================================================================== Smoke Tests ======================= SMS smoke startup test (default length) do a 5 day initial test (suffix: base) if $IOP_ON is set then suffix is base_iop success for non-iop is just a successful coupler =================================================== SMS smoke startup test (default length) do a 5 day initial test (suffix: base) if $IOP_ON is set then suffix is base_iop success for non-iop is just a successful coupler SBN smoke build-namelist test (just run preview_namelist and check_input_data) =================== Basic reproducibility Tests ====================================================================== REP reproducibility: do two identical runs give the same results? ====================================================================== Restart Tests ====================================================================== ERS exact restart from startup (default 6 days + 5 days) do an 11 day initial test - write a restart at day 6 (suffix: base) if $IOP_ON is set then suffix is base_iop do a 5 day restart test starting from restart at day 6 (suffix: rest) if $IOP_ON is set then suffix is rest_iop compare component history files ".base" and ".rest" at day 11 ERP pes counts hybrid (open-MP/MPI) restart bfb test from startup, default 6 days + 5 days (previousy PER) initial pes set up out of the box do an 11 day initial test - write a restart at day 6 (suffix base) half the number of tasks and threads for each component do a 5 day restart test starting from restart at day 6 (suffix rest) this is just like an ERS test but the pe-counts/threading count are modified on retart ERI hybrid/branch/exact restart test, default (by default STOP_N is 22 days) (1) ref1case do an initial for ${STOP_N}/6 writing restarts at ${STOP_N}/6 ref1 case is a clone of the main case (by default this will be 4 days) short term archiving is on (2) ref2case do a hybrid for ${STOP_N}-${STOP_N}/6 running with ref1 restarts from ${STOP_N}/6 and writing restarts at ( ${STOP_N} - ${STOP_N}/6 )/2 +1 (by default will run for 18 days and write a restart after 10 days) ref2 case is a clone of the main case short term archiving is on (3) case do a branch run starting from restart written in ref2 case and run for and run for ??? days (4) case do a restart run from the branch case ERT Similar to ERS but longer. 2 months + 1 month ====================================================================== Threading/PE-Counts/Pe-SequencingRestart and Archive Tests ====================================================================== ERR PETdoes an ERS test modifiedexcept threadingthat openmpafter bfbthe testinitial (seqrun tests)the short term archive tool is run do an initial run where all components arewhich threadedmoves bymodel defaultoutput (suffix: base) do another initial run with nthrds=1 for all components (suffix: single_thread) compare base and single_thread PEM modified pe counts mpi bfb test (seq tests) do an initial run with default pe layout (suffix: base) do another initial run with half tasks, same threads (suffix: modpes) compare base and modpes PMT modified-task and modified-thread count bfb test (previousy OEM) do an initial run out of the run directory into the short-term archive directory then the restart run is staged from the short term archive directory. In batch mode there are four submitted jobs for this test (mira excepted) these are run1, sta1, run2 and sta2 run1 and sta1 are submitted together with RESUBMIT=1. sta1 has a batch system dependancy on successful completion of run1, when sta1 is completed it uses the cime resubmit capabilty to submit run2. ====================================================================== Threading/PE-Counts/Pe-Sequencing Tests ====================================================================== PET modified threading openmp bfb test (seq tests) do an initial run where all components are threaded by default (suffix: base) do aanother secondinitial run with half tasks, twice threadsnthrds=1 for all components (suffix: modpessingle_thread) compare (***note that PMT_script and PEM_script are the same - but PEM_build.csh and PMT_build.csh are different***) PEA single pe bfb testbase and single_thread PEM modified pe counts mpi bfb test (seq tests) do an initial run with default pe layout do an initial run on 1 pe with mpi (suffix: base) do theanother sameinitial run onwith 1modified pepes with mpiserial (suffix: mpiserial) ======================================================================(NTASKS_XXX => NTASKS_XXX/2) (suffix: modpes) compare base and single_thread PEA single pe bfb test Sequencing (layout)do Testsan (smoke) ==========initial run on 1 pe with mpi (suffix: base) do the same run on 1 pe with mpiserial (suffix: mpiserial) ====================================================================== SEQ Sequencing different sequencing bfb test do an initial run test with out-of-box PE-layout (suffix: base) do a second run where all root pes are at pe-0 (suffix: seq) compare base and seq (layout) Tests (smoke) ================================================================================== SEQ Multi-Instancedifferent Testssequencing (smoke) ===================================bfb test do an initial run test with out-of-box PE-layout (suffix: base) do a second run where all root pes are at pe-0 (suffix: seq) compare base and seq ==================================== NCK multi-instance validation vs single instance - sequential PE for instances (default length) do an initial run test with ================================== Multi-Instance Tests (smoke) ====================================================================== NCK multi-instance validation vs single instance - sequential PE for instances (default length) do an initial run test with NINST 1 (suffix: base) do an initial run test with NINST 2 (suffix: multiinst for both _0001 and _0002) compare base and _0001 and _0002 NCR multi-instance validation vs single instance - concurrent PE for instances (default length) do an initial run test with NINST 1 (suffix: base) do an initial run test with NINST 2 (suffix: multiinst for both _0001 and _0002) compare base and _0001 and _0002 (***note that NCR_script and NCK_script are the same - but NCR_build.csh and NCK_build.csh are different***) NOC multi-instance validation for single instance ocean (default length) do an initial run test with NINST 2 (other than ocn), with mod to instance 1 (suffix: inst1_base, inst2_mod) do an initial run test with NINST 2 (other than ocn), with mod to instance 2 (suffix: inst1_base, inst2_mod) compare inst1_base with inst2_base compare inst1_mod with inst2_mod ====================================================================== ESMF Tests (smoke) ====================================================================== CME compare mct and esmf interfaces (default is 10 days for each) do a MCT run (suffix: base) do an ESMF run (suffix: esmf) compare base with esmf ====================================================================== Performance Tests ====================================================================== PFS system performance test ICP cice performance test OCP pop performance test ====================================================================== SPINUP tests with inst2_mod ====================================================================== SSP smoke CLM spinup test (only valid for CLM compsets with CLM45 and CN or BGC) (TODO - change to SPL) do an initial spin test (setting CLM_BLDNML_OTPS to -bgc_spinup_on) Performance Tests ====================================================================== PFS system performance test. Do write restarts at the end of the run short term archiving is on do a hybrid non-spinup run run from the restart files generated in the first phase SPO smoke spinup-ocean test 20 day run, no restarts ICP cice performance test ====================================================================== SPINUP tests ======================================================================================================= Archiving Tests ====================================================================== STA Short-term archiving restart test LAR long term archive test SSP smoke CLM spinup test (only valid for CLM compsets with CN or BGC) (TODO - change to SPL) do an initial spin test (setting CLM_BLDNML_OTPS to -bgc_spinup_on) write restarts at the end of the run short term archiving is on do a hybrid non-spinup run run from the restart files generated in the first phase ====================================================================== CompilerOther flagcomponent-specific assumptionstests ====================================================================== APTLII CLM autoinitial condition promotioninterpolation test
Pre-CIME
Available Tests before CIME integration.
==========================================================================
APT (auto promotion test (default length))
CME (compare mct and esmf interfaces (10 days))
ERB (branch/exact restart test)
ERH (hybrid/exact restart test)
ERI (hybrid/branch/exact restart test, default 3+19/10+9/5+4 days)
ERS (exact restart from startup, default 6 days + 5 days)
ERT (exact restart from startup, default 2 month + 1 month (ERS with info dbug = 1))
ICP (cice performance test)
LAR (long term archive test)
NCK (multi-instance validation vs single instance (default length))
NOC (multi-instance validation for single instance ocean (default length))
OCP (pop performance test)
P4A (production branch test b40.1850.track1.1deg.006 year 301)
PEA (single pe bfb test (default length))
PEM (pes counts mpi bfb test (seq tests; default length))
PET (openmp bfb test (seq tests; default length))
PFS (performance test setup)
PRS (pes counts hybrid (open-MP/MPI) restart bfb test from startup, default 6 days + 5 days)
SBN (smoke build-namelist test (just run preview_namelist and check_input_data))
SEQ (sequencing bfb test (10 day seq,conc tests))
SMS (smoke startup test (default length))
SSP (smoke CLM spinup test (only valid for CLM compsets with CLM45 and CN or BGC))
...
The following modifiers can be used in the test name
_CG = gregorian calendar
_D = debug
_E = esmf interfaces
_IOP*= PnetCDF IO test where * is
A(atm), C(cpl), G(glc) , I(ice),
L(clm), O(ocn), W(wav) or blank (all components)
_L* = set run length y, m, d, h, s, n(nsteps) plus integer (ie _Lm6 for 6 months)
_M* = set the mpilib to *, where * is default, mpi-serial, mpich, etc
_N* = set NINST_ env value to *, where * is an integer
_P* = set pecount to *, where * are specific values which include
T,S,M,L,X,1,1x1,16,16x1,4x4, etc
_R* = PTS_MODE test case, valid values are LA, LB, OA, OB