policy.cc

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/*
 * LSST Data Management System
 * Copyright 2008-2016  AURA/LSST.
 *
 * This product includes software developed by the
 * LSST Project (http://www.lsst.org/).
 *
 * This program is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the LSST License Statement and
 * the GNU General Public License along with this program.  If not,
 * see <https://www.lsstcorp.org/LegalNotices/>.
 */
 
#include "pybind11/pybind11.h"
#include "pybind11/stl.h"
 
#include "lsst/pex/policy/Policy.h"
#include "lsst/pex/policy/PolicySource.h"
#include "lsst/pex/policy/PolicyFile.h"
 
#include "lsst/pex/exceptions/Exception.h"
#include "lsst/pex/exceptions/python/Exception.h"
#include "lsst/pex/policy/Dictionary.h"
 
namespace py = pybind11;
using namespace pybind11::literals;
 
namespace lsst {
namespace pex {
namespace policy {
 
PYBIND11_MODULE(policy, mod) {
    exceptions::python::declareException<BadNameError, exceptions::RuntimeError>(mod, "BadNameError",
                                                                                 "RuntimeError");
    exceptions::python::declareException<DictionaryError, exceptions::DomainError>(mod, "DictionaryError",
                                                                                   "DomainError");
    exceptions::python::declareException<NameNotFound, exceptions::NotFoundError>(mod, "NameNotFound",
                                                                                  "NotFoundError");
    exceptions::python::declareException<TypeError, exceptions::DomainError>(mod, "TypeError", "DomainError");
    auto clsValidationError =
            exceptions::python::declareException<ValidationError>(mod, "ValidationError", "LogicError");
 
    py::enum_<ValidationError::ErrorType>(clsValidationError, "ErrorType")
            .value("OK", ValidationError::ErrorType::OK)
            .value("WRONG_TYPE", ValidationError::ErrorType::WRONG_TYPE)
            .value("MISSING_REQUIRED", ValidationError::ErrorType::MISSING_REQUIRED)
            .value("NOT_AN_ARRAY", ValidationError::ErrorType::NOT_AN_ARRAY)
            .value("ARRAY_TOO_SHORT", ValidationError::ErrorType::ARRAY_TOO_SHORT)
            .value("TOO_FEW_VALUES", ValidationError::ErrorType::TOO_FEW_VALUES)
            .value("TOO_MANY_VALUES", ValidationError::ErrorType::TOO_MANY_VALUES)
            .value("WRONG_OCCURRENCE_COUNT", ValidationError::ErrorType::WRONG_OCCURRENCE_COUNT)
            .value("VALUE_DISALLOWED", ValidationError::ErrorType::VALUE_DISALLOWED)
            .value("VALUE_OUT_OF_RANGE", ValidationError::ErrorType::VALUE_OUT_OF_RANGE)
            .value("BAD_VALUE", ValidationError::ErrorType::BAD_VALUE)
            .value("UNKNOWN_NAME", ValidationError::ErrorType::UNKNOWN_NAME)
            .value("BAD_DEFINITION", ValidationError::ErrorType::BAD_DEFINITION)
            .value("NOT_LOADED", ValidationError::ErrorType::NOT_LOADED)
            .value("UNKNOWN_ERROR", ValidationError::ErrorType::UNKNOWN_ERROR)
            .export_values();
 
    clsValidationError.def(py::init<const std::string&>());
    clsValidationError.def(py::init<char const*, int, char const*>());
 
    clsValidationError.def_readonly_static("EMPTY", &ValidationError::EMPTY);
    clsValidationError.def("getErrorMessageFor", &ValidationError::getErrorMessageFor);
    clsValidationError.def("getParamCount", &ValidationError::getParamCount);
    clsValidationError.def("paramNames", &ValidationError::paramNames);
    clsValidationError.def("getParamNames", &ValidationError::getParamNames);
    clsValidationError.def("getErrors",
                           (int (ValidationError::*)(const std::string&) const) & ValidationError::getErrors);
    clsValidationError.def("getErrors", (int (ValidationError::*)() const) & ValidationError::getErrors);
    clsValidationError.def("describe", &ValidationError::describe);
    clsValidationError.def("what", &ValidationError::what);
 
    py::class_<Policy, std::shared_ptr<Policy>> clsPolicy(mod, "Policy");
 
    py::enum_<Policy::ValueType>(clsPolicy, "ValueType")
            .value("UNDETERMINED", Policy::ValueType::UNDETERMINED)
            .value("UNDEF", Policy::ValueType::UNDEF)
            .value("BOOL", Policy::ValueType::BOOL)
            .value("INT", Policy::ValueType::INT)
            .value("DOUBLE", Policy::ValueType::DOUBLE)
            .value("STRING", Policy::ValueType::STRING)
            .value("POLICY", Policy::ValueType::POLICY)
            .value("FILE", Policy::ValueType::FILE)
            .export_values();
 
    clsPolicy.def(py::init<>());
    clsPolicy.def(py::init<bool, const Dictionary&>());
    clsPolicy.def(py::init<const std::string&>());
    clsPolicy.def(py::init<Policy&, bool>(), "pol"_a, "deep"_a = false);
    clsPolicy.def(py::init<const PolicySource&>());
 
    clsPolicy.def_static("createPolicyFromUrn", &Policy::createPolicyFromUrn, "urn"_a, "validate"_a = true);
    clsPolicy.def_static("createPolicy", (Policy * (*)(PolicySource&, bool, bool)) & Policy::createPolicy,
                         "input"_a, "doIncludes"_a = true, "validate"_a = true);
    clsPolicy.def_static("createPolicy",
                         (Policy * (*)(const std::string&, bool, bool)) & Policy::createPolicy, "input"_a,
                         "doIncludes"_a = true, "validate"_a = true);
    clsPolicy.def_static("createPolicy",
                         (Policy * (*)(PolicySource&, const std::string&, bool)) & Policy::createPolicy,
                         "input"_a, "repos"_a, "validate"_a = true);
    clsPolicy.def_static("createPolicy",
                         (Policy * (*)(const std::string&, const std::string&, bool)) & Policy::createPolicy,
                         "input"_a, "repos"_a, "validate"_a = true);
    clsPolicy.def("getValueType",
                  (Policy::ValueType (Policy::*)(const std::string&) const) & Policy::getValueType);
    clsPolicy.def("nameCount", &Policy::nameCount);
    clsPolicy.def("names", (int (Policy::*)(std::list<std::string>&, bool, bool) const) & Policy::names,
                  "names"_a, "topLevelOnly"_a = false, "append"_a = false);
    clsPolicy.def("paramNames",
                  (int (Policy::*)(std::list<std::string>&, bool, bool) const) & Policy::paramNames,
                  "names"_a, "topLevelOnly"_a = false, "append"_a = false);
    clsPolicy.def("policyNames",
                  (int (Policy::*)(std::list<std::string>&, bool, bool) const) & Policy::policyNames,
                  "names"_a, "topLevelOnly"_a = false, "append"_a = false);
    clsPolicy.def("fileNames",
                  (int (Policy::*)(std::list<std::string>&, bool, bool) const) & Policy::fileNames, "names"_a,
                  "topLevelOnly"_a = false, "append"_a = false);
    clsPolicy.def("names", (Policy::StringArray (Policy::*)(bool) const) & Policy::names,
                  "topLevelOnly"_a = false);
    clsPolicy.def("paramNames", (Policy::StringArray (Policy::*)(bool) const) & Policy::paramNames,
                  "topLevelOnly"_a = false);
    clsPolicy.def("policyNames", (Policy::StringArray (Policy::*)(bool) const) & Policy::policyNames,
                  "topLevelOnly"_a = false);
    clsPolicy.def("fileNames", (Policy::StringArray (Policy::*)(bool) const) & Policy::fileNames,
                  "topLevelOnly"_a = false);
    clsPolicy.def("isDictionary", &Policy::isDictionary);
    clsPolicy.def("canValidate", &Policy::canValidate);
    clsPolicy.def("getDictionary", &Policy::getDictionary);
    clsPolicy.def("setDictionary", &Policy::setDictionary);
    // Somehow default arguments don't work here
    clsPolicy.def("validate", [](Policy const& self) { return self.validate(); });
    clsPolicy.def("validate", [](Policy const& self, ValidationError* errs) { return self.validate(errs); });
    clsPolicy.def("valueCount", &Policy::valueCount);
    clsPolicy.def("isArray", &Policy::isArray);
    clsPolicy.def("exists", &Policy::exists);
    clsPolicy.def("isBool", &Policy::isBool);
    clsPolicy.def("isInt", &Policy::isInt);
    clsPolicy.def("isDouble", &Policy::isDouble);
    clsPolicy.def("isString", &Policy::isString);
    clsPolicy.def("isPolicy", &Policy::isPolicy);
    clsPolicy.def("isFile", &Policy::isFile);
    clsPolicy.def("getTypeInfo", &Policy::getTypeInfo);
    clsPolicy.def("getPolicy", (Policy::Ptr (Policy::*)(const std::string&)) & Policy::getPolicy);
    clsPolicy.def("getFile", &Policy::getFile);
    clsPolicy.def("getBool", &Policy::getBool);
    clsPolicy.def("getInt", &Policy::getInt);
    clsPolicy.def("getDouble", &Policy::getDouble);
    clsPolicy.def("getString", &Policy::getString);
    clsPolicy.def("getPolicyArray", &Policy::getPolicyArray);
    clsPolicy.def("getFileArray", &Policy::getFileArray);
    clsPolicy.def("getBoolArray", &Policy::getBoolArray);
    clsPolicy.def("getIntArray", &Policy::getIntArray);
    clsPolicy.def("getDoubleArray", &Policy::getDoubleArray);
    clsPolicy.def("getStringArray", &Policy::getStringArray);
    // _set is called from Python set
    clsPolicy.def("_set", (void (Policy::*)(const std::string&, const Policy::Ptr&)) & Policy::set);
    clsPolicy.def("_set", (void (Policy::*)(const std::string&, bool)) & Policy::set);
    clsPolicy.def("_set", (void (Policy::*)(const std::string&, int)) & Policy::set);
    clsPolicy.def("_set", (void (Policy::*)(const std::string&, double)) & Policy::set);
    clsPolicy.def("_set", (void (Policy::*)(const std::string&, const std::string&)) & Policy::set);
    clsPolicy.def("add", (void (Policy::*)(const std::string&, const Policy::Ptr&)) & Policy::add);
    clsPolicy.def("add", (void (Policy::*)(const std::string&, bool)) & Policy::add);
    clsPolicy.def("add", (void (Policy::*)(const std::string&, int)) & Policy::add);
    clsPolicy.def("add", (void (Policy::*)(const std::string&, double)) & Policy::add);
    clsPolicy.def("add", (void (Policy::*)(const std::string&, const std::string&)) & Policy::add);
    clsPolicy.def("remove", &Policy::remove);
    clsPolicy.def("loadPolicyFiles", (int (Policy::*)(bool)) & Policy::loadPolicyFiles, "strict"_a = true);
 
    // boost::filesystem::path is equivalent to str in Python
    clsPolicy.def("loadPolicyFiles",
                  [](Policy& self, const std::string& path, bool strict = true) -> int {
                      return self.loadPolicyFiles(boost::filesystem::path(path), strict);
                  },
                  "repository"_a, "strict"_a = true);
 
    clsPolicy.def("mergeDefaults", &Policy::mergeDefaults, "defaultPol"_a, "keepForValidation"_a = true,
                  "errs"_a = nullptr);
    clsPolicy.def("str", &Policy::str, "name"_a, "indent"_a = "");
    clsPolicy.def("toString", &Policy::toString);
    clsPolicy.def("__str__", &Policy::toString);  // Cleanup stringification later
    clsPolicy.def("asPropertySet", &Policy::asPropertySet);
}
 
}  // policy
}  // pex
}  // lsst