from pathlib import Path
from immuneML.IO.dataset_import.DataImport import DataImport
from immuneML.dsl.DefaultParamsLoader import DefaultParamsLoader
from immuneML.dsl.definition_parsers.DefinitionParserOutput import DefinitionParserOutput
from immuneML.dsl.definition_parsers.EncodingParser import EncodingParser
from immuneML.dsl.definition_parsers.MLParser import MLParser
from immuneML.dsl.definition_parsers.MotifParser import MotifParser
from immuneML.dsl.definition_parsers.PreprocessingParser import PreprocessingParser
from immuneML.dsl.definition_parsers.ReportParser import ReportParser
from immuneML.dsl.definition_parsers.SignalParser import SignalParser
from immuneML.dsl.definition_parsers.SimulationParser import SimulationParser
from immuneML.dsl.import_parsers.ImportParser import ImportParser
from immuneML.dsl.symbol_table.SymbolTable import SymbolTable
from immuneML.encodings.DatasetEncoder import DatasetEncoder
from immuneML.ml_methods.MLMethod import MLMethod
from immuneML.preprocessing.Preprocessor import Preprocessor
from immuneML.reports.data_reports.DataReport import DataReport
from immuneML.reports.encoding_reports.EncodingReport import EncodingReport
from immuneML.reports.ml_reports.MLReport import MLReport
from immuneML.reports.multi_dataset_reports.MultiDatasetReport import MultiDatasetReport
from immuneML.reports.train_ml_model_reports.TrainMLModelReport import TrainMLModelReport
from immuneML.simulation.Implanting import Implanting
from immuneML.simulation.implants.Motif import Motif
from immuneML.simulation.implants.Signal import Signal
from immuneML.simulation.motif_instantiation_strategy.MotifInstantiationStrategy import MotifInstantiationStrategy
from immuneML.simulation.signal_implanting_strategy.SignalImplantingStrategy import SignalImplantingStrategy
from immuneML.util.PathBuilder import PathBuilder
from immuneML.util.ReflectionHandler import ReflectionHandler
from scripts.DocumentatonFormat import DocumentationFormat
from scripts.specification_util import write_class_docs, make_docs
[docs]class DefinitionParser:
[docs] @staticmethod
def parse(workflow_specification: dict, symbol_table: SymbolTable, result_path: Path):
specs = workflow_specification["definitions"]
symbol_table, specs_motifs = DefinitionParser._call_if_exists("motifs", MotifParser.parse_motifs, specs, symbol_table)
symbol_table, specs_signals = DefinitionParser._call_if_exists("signals", SignalParser.parse_signals, specs, symbol_table)
symbol_table, specs_simulation = DefinitionParser._call_if_exists("simulations", SimulationParser.parse_simulations, specs, symbol_table)
symbol_table, specs_preprocessing = DefinitionParser._call_if_exists(PreprocessingParser.keyword, PreprocessingParser.parse, specs, symbol_table)
symbol_table, specs_encoding = DefinitionParser._call_if_exists("encodings", EncodingParser.parse, specs, symbol_table)
symbol_table, specs_ml = DefinitionParser._call_if_exists("ml_methods", MLParser.parse, specs, symbol_table)
symbol_table, specs_report = DefinitionParser._call_if_exists("reports", ReportParser.parse_reports, specs, symbol_table)
symbol_table, specs_import = ImportParser.parse(specs, symbol_table, result_path)
specs_defs = DefinitionParser.create_specs_defs(specs_import, specs_simulation, specs_preprocessing, specs_motifs, specs_signals,
specs_encoding, specs_ml, specs_report)
return DefinitionParserOutput(symbol_table=symbol_table, specification=workflow_specification), specs_defs
@staticmethod
def _call_if_exists(key: str, method, specs: dict, symbol_table: SymbolTable):
if key in specs:
return method(specs[key], symbol_table)
else:
return symbol_table, {}
[docs] @staticmethod
def create_specs_defs(specs_datasets: dict, simulation: dict, preprocessings: dict, motifs: dict, signals: dict,
encodings: dict, ml_methods: dict, reports: dict):
return {
"datasets": specs_datasets, "simulations": simulation, PreprocessingParser.keyword: preprocessings, "motifs": motifs, "signals": signals,
"encodings": encodings, "ml_methods": ml_methods, "reports": reports
}
[docs] @staticmethod
def generate_docs(path: Path):
def_path = PathBuilder.build_from_objects(path / "definitions")
DefinitionParser.make_dataset_docs(def_path)
DefinitionParser.make_simulation_docs(def_path)
DefinitionParser.make_encodings_docs(def_path)
DefinitionParser.make_reports_docs(def_path)
DefinitionParser.make_ml_methods_docs(def_path)
DefinitionParser.make_preprocessing_docs(def_path)
[docs] @staticmethod
def make_simulation_docs(path: Path):
instantiations = ReflectionHandler.all_nonabstract_subclasses(MotifInstantiationStrategy, "Instantiation", "motif_instantiation_strategy/")
instantiations = [DocumentationFormat(inst, inst.__name__.replace('Instantiation', ""), DocumentationFormat.LEVELS[2])
for inst in instantiations]
implanting_strategies = ReflectionHandler.all_nonabstract_subclasses(SignalImplantingStrategy, 'Implanting', 'signal_implanting_strategy/')
implanting_strategies = [DocumentationFormat(implanting, implanting.__name__.replace('Implanting', ""), DocumentationFormat.LEVELS[2])
for implanting in implanting_strategies]
classes_to_document = [DocumentationFormat(Motif, Motif.__name__, DocumentationFormat.LEVELS[1])] + instantiations + \
[DocumentationFormat(Signal, Signal.__name__, DocumentationFormat.LEVELS[1])] + implanting_strategies + \
[DocumentationFormat(Implanting, Implanting.__name__, DocumentationFormat.LEVELS[1])]
file_path = path / "simulation.rst"
with file_path.open("w") as file:
for doc_format in classes_to_document:
write_class_docs(doc_format, file)
[docs] @staticmethod
def make_dataset_docs(path: Path):
import_classes = ReflectionHandler.all_nonabstract_subclasses(DataImport, "Import", "dataset_import/")
make_docs(path, import_classes, "datasets.rst", "Import")
[docs] @staticmethod
def make_encodings_docs(path: Path):
enc_classes = ReflectionHandler.all_direct_subclasses(DatasetEncoder, "Encoder", "encodings/")
make_docs(path, enc_classes, "encodings.rst", "Encoder")
[docs] @staticmethod
def make_reports_docs(path: Path):
filename = "reports.rst"
file_path = path / filename
with file_path.open("w") as file:
pass
for report_type_class in [DataReport, EncodingReport, MLReport, TrainMLModelReport, MultiDatasetReport]:
with file_path.open("a") as file:
doc_format = DocumentationFormat(cls=report_type_class,
cls_name=f"**{report_type_class.get_title()}**",
level_heading=DocumentationFormat.LEVELS[1])
write_class_docs(doc_format, file)
subdir = DefaultParamsLoader.convert_to_snake_case(report_type_class.__name__) + "s"
classes = ReflectionHandler.all_nonabstract_subclasses(report_type_class, "", f"reports/{subdir}/")
make_docs(path, classes, filename, "", "a")
[docs] @staticmethod
def make_ml_methods_docs(path: Path):
classes = ReflectionHandler.all_nonabstract_subclasses(MLMethod, "", "ml_methods/")
make_docs(path, classes, "ml_methods.rst", "")
[docs] @staticmethod
def make_preprocessing_docs(path: Path):
classes = ReflectionHandler.all_nonabstract_subclasses(Preprocessor, "", "preprocessing/")
make_docs(path, classes, "preprocessings.rst", "")