Loki_transform: Remove obsolete "ecphys" entry point

scripts/loki_transform.py

@@ -384,124 +384,5 @@ def plan(mode, config, header, source, build, root, cpp, directive, frontend, ca
         scheduler.callgraph(callgraph)
 
 
-@cli.command('ecphys')
-@click.option('--mode', '-m', default='sca',
-              type=click.Choice(['idem', 'sca', 'claw', 'scc', 'scc-hoist']))
-@click.option('--config', '-c', type=click.Path(),
-              help='Path to configuration file.')
-@click.option('--header', '-I', type=click.Path(), multiple=True,
-              help='Path for additional header file(s).')
-@click.option('--source', '-s', type=click.Path(), multiple=True,
-              help='Path to source files to transform.')
-@click.option('--build', '-b', type=click.Path(), default=None,
-              help='Path to build directory for source generation.')
-@click.option('--directive', default='openacc', type=click.Choice(['openacc', 'openmp', 'none']),
-              help='Programming model directives to insert (default openacc)')
-@click.option('--cpp/--no-cpp', default=False,
-              help='Trigger C-preprocessing of source files.')
-@click.option('--frontend', default='fp', type=click.Choice(['ofp', 'omni', 'fp']),
-              help='Frontend parser to use (default FP)')
-def ecphys(mode, config, header, source, build, cpp, directive, frontend):
-    """
-    Physics bulk-processing option that employs a :class:`Scheduler`
-    to apply IFS-specific source-to-source transformations, such as
-    the SCC ("Single Column Coalesced") transformations, to large sets
-    of interdependent subroutines.
-    """
-
-    info('[Loki] Bulk-processing physics using config: %s ', config)
-    config = SchedulerConfig.from_file(config)
-
-    directive = None if directive.lower() == 'none' else directive.lower()
-
-    frontend = Frontend[frontend.upper()]
-    frontend_type = Frontend.OFP if frontend == Frontend.OMNI else frontend
-
-    headers = [Sourcefile.from_file(filename=h, frontend=frontend_type) for h in header]
-    definitions = flatten(h.modules for h in headers)
-
-    # Create and setup the scheduler for bulk-processing
-    paths = [Path(s).resolve() for s in source]
-    paths += [Path(h).resolve().parent for h in header]
-    scheduler = Scheduler(
-        paths=paths, config=config, definitions=definitions,
-        frontend=frontend, preprocess=cpp
-    )
-
-    # Pick the model dimensions out of the config file
-    horizontal = scheduler.config.dimensions.get('horizontal', None)
-    vertical = scheduler.config.dimensions.get('vertical', None)
-    block_dim = scheduler.config.dimensions.get('block_dim', None)
-
-    # Backward insert argument shapes (for surface routines)
-    scheduler.process(transformation=ArgumentArrayShapeAnalysis())
-
-    scheduler.process(transformation=ExplicitArgumentArrayShapeTransformation(), reverse=True)
-
-    # Remove DR_HOOK and other utility calls first, so they don't interfere with SCC loop hoisting
-    if 'scc' in mode:
-        utility_call_trafo = RemoveCallsTransformation(
-            routines=['DR_HOOK', 'ABOR1', 'WRITE(NULOUT'], include_intrinsics=True, kernel_only=True
-        )
-    else:
-        utility_call_trafo = DrHookTransformation(mode=mode, remove=False)
-    scheduler.process(transformation=utility_call_trafo)
-
-    # Instantiate transformation pipeline and apply the main changes
-    transformation = None
-    if mode == 'idem':
-        transformation = IdemTransformation()
-
-    if mode == 'sca':
-        # Define the target dimension to strip from kernel and caller
-        transformation = ExtractSCATransformation(horizontal=horizontal)
-
-    if mode in ['scc', 'scc-hoist']:
-        # Compose the main SCC transformation from core components based on config
-        transformation = (
-            SCCBaseTransformation(horizontal=horizontal, directive=directive),
-        )
-
-        # Devectorise the single-column kernels by removing the horizotnal vector loops
-        transformation += (
-            SCCDevectorTransformation(horizontal=horizontal, trim_vector_sections=False),
-        )
-
-        # Demote vector temporaries to scalars where possible
-        transformation += (SCCDemoteTransformation(horizontal=horizontal),)
-
-        # Either hoist the vector loops to the driver or re-vectorise the kernels
-        if 'hoist' in mode:
-            transformation += (
-                SCCHoistTransformation(horizontal=horizontal, vertical=vertical, block_dim=block_dim),
-            )
-        else:
-            transformation += (SCCRevectorTransformation(horizontal=horizontal),)
-
-        # Add offload annotations depending on the desired programming model directives
-        transformation += (
-            SCCAnnotateTransformation(
-                horizontal=horizontal, vertical=vertical, directive=directive,
-                block_dim=block_dim, hoist_column_arrays='hoist' in mode
-            ),
-        )
-
-    if transformation:
-        # Apply the set of trnasformations over the full depency tree in turn
-        for transform in as_tuple(transformation):
-            scheduler.process(transformation=transform)
-    else:
-        raise RuntimeError('[Loki] Convert could not find specified Transformation!')
-
-    # Apply the dependency-injection transformation
-    dependency = DependencyTransformation(
-        mode='module', module_suffix='_MOD', suffix=f'_{mode.upper()}'
-    )
-    scheduler.process(transformation=dependency)
-
-    # Write out all modified source files into the build directory
-    scheduler.process(transformation=FileWriteTransformation(builddir=build, mode=mode))
-
-
 if __name__ == "__main__":
     cli()  # pylint: disable=no-value-for-parameter