// Copyright (c) 2012 The Chromium OS Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.

#include "shill/property_store.h"

#include <map>
#include <string>
#include <vector>

#include <base/basictypes.h>
#include <base/logging.h>
#include <base/stl_util-inl.h>

#include "shill/error.h"
#include "shill/property_accessor.h"

using std::map;
using std::string;
using std::vector;

namespace shill {

PropertyStore::PropertyStore() {}

PropertyStore::~PropertyStore() {}

bool PropertyStore::Contains(const string &prop) const {
  return (ContainsKey(bool_properties_, prop)  ||
          ContainsKey(int16_properties_, prop) ||
          ContainsKey(int32_properties_, prop) ||
          ContainsKey(key_value_store_properties_, prop) ||
          ContainsKey(string_properties_, prop) ||
          ContainsKey(stringmap_properties_, prop) ||
          ContainsKey(stringmaps_properties_, prop) ||
          ContainsKey(strings_properties_, prop) ||
          ContainsKey(uint8_properties_, prop) ||
          ContainsKey(uint16_properties_, prop) ||
          ContainsKey(uint32_properties_, prop));
}

bool PropertyStore::SetBoolProperty(const string &name,
                                    bool value,
                                    Error *error) {
  return SetProperty(name, value, error, bool_properties_, "a bool");
}

bool PropertyStore::SetInt16Property(const string &name,
                                     int16 value,
                                     Error *error) {
  return SetProperty(name, value, error, int16_properties_, "an int16");
}

bool PropertyStore::SetInt32Property(const string &name,
                                     int32 value,
                                     Error *error) {
  return SetProperty(name, value, error, int32_properties_, "an int32.");
}

bool PropertyStore::SetStringProperty(const string &name,
                                      const string &value,
                                      Error *error) {
  return SetProperty(name, value, error, string_properties_, "a string");
}

bool PropertyStore::SetStringmapProperty(const string &name,
                                         const map<string, string> &values,
                                         Error *error) {
  return SetProperty(name, values, error, stringmap_properties_,
                     "a string map");
}

bool PropertyStore::SetStringsProperty(const string &name,
                                       const vector<string> &values,
                                       Error *error) {
  return SetProperty(name, values, error, strings_properties_, "a string list");
}

bool PropertyStore::SetUint8Property(const string &name,
                                     uint8 value,
                                     Error *error) {
  return SetProperty(name, value, error, uint8_properties_, "a uint8");
}

bool PropertyStore::SetUint16Property(const string &name,
                                      uint16 value,
                                      Error *error) {
  return SetProperty(name, value, error, uint16_properties_, "a uint16");
}

bool PropertyStore::SetUint32Property(const string &name,
                                      uint32 value,
                                      Error *error) {
  return SetProperty(name, value, error, uint32_properties_, "a uint32");
}

bool PropertyStore::ClearProperty(const string &name, Error *error) {
  VLOG(2) << "Clearing " << name << ".";

  if (ContainsKey(bool_properties_, name)) {
    bool_properties_[name]->Clear(error);
  } else if (ContainsKey(int16_properties_, name)) {
    int16_properties_[name]->Clear(error);
  } else if (ContainsKey(int32_properties_, name)) {
    int32_properties_[name]->Clear(error);
  } else if (ContainsKey(key_value_store_properties_, name)) {
    key_value_store_properties_[name]->Clear(error);
  } else if (ContainsKey(string_properties_, name)) {
    string_properties_[name]->Clear(error);
  } else if (ContainsKey(stringmap_properties_, name)) {
    stringmap_properties_[name]->Clear(error);
  } else if (ContainsKey(stringmaps_properties_, name)) {
    stringmaps_properties_[name]->Clear(error);
  } else if (ContainsKey(strings_properties_, name)) {
    strings_properties_[name]->Clear(error);
  } else if (ContainsKey(uint8_properties_, name)) {
    uint8_properties_[name]->Clear(error);
  } else if (ContainsKey(uint16_properties_, name)) {
    uint16_properties_[name]->Clear(error);
  } else if (ContainsKey(uint32_properties_, name)) {
    uint32_properties_[name]->Clear(error);
  } else {
    error->Populate(
        Error::kInvalidProperty, "Property " + name + " does not exist.");
  }
  return error->IsSuccess();
}

ReadablePropertyConstIterator<bool> PropertyStore::GetBoolPropertiesIter()
    const {
  return ReadablePropertyConstIterator<bool>(bool_properties_);
}

ReadablePropertyConstIterator<int16> PropertyStore::GetInt16PropertiesIter()
    const {
  return ReadablePropertyConstIterator<int16>(int16_properties_);
}

ReadablePropertyConstIterator<int32> PropertyStore::GetInt32PropertiesIter()
    const {
  return ReadablePropertyConstIterator<int32>(int32_properties_);
}

ReadablePropertyConstIterator<KeyValueStore>
PropertyStore::GetKeyValueStorePropertiesIter() const {
  return
      ReadablePropertyConstIterator<KeyValueStore>(key_value_store_properties_);
}

ReadablePropertyConstIterator<string>
PropertyStore::GetStringPropertiesIter() const {
  return ReadablePropertyConstIterator<string>(string_properties_);
}

ReadablePropertyConstIterator<Stringmap>
PropertyStore::GetStringmapPropertiesIter() const {
  return ReadablePropertyConstIterator<Stringmap>(stringmap_properties_);
}

ReadablePropertyConstIterator<Stringmaps>
PropertyStore::GetStringmapsPropertiesIter()
    const {
  return ReadablePropertyConstIterator<Stringmaps>(stringmaps_properties_);
}

ReadablePropertyConstIterator<Strings> PropertyStore::GetStringsPropertiesIter()
    const {
  return ReadablePropertyConstIterator<Strings>(strings_properties_);
}

ReadablePropertyConstIterator<uint8> PropertyStore::GetUint8PropertiesIter()
    const {
  return ReadablePropertyConstIterator<uint8>(uint8_properties_);
}

ReadablePropertyConstIterator<uint16> PropertyStore::GetUint16PropertiesIter()
    const {
  return ReadablePropertyConstIterator<uint16>(uint16_properties_);
}

ReadablePropertyConstIterator<uint32> PropertyStore::GetUint32PropertiesIter()
    const {
  return ReadablePropertyConstIterator<uint32>(uint32_properties_);
}

void PropertyStore::RegisterBool(const string &name, bool *prop) {
  DCHECK(!Contains(name) || ContainsKey(bool_properties_, name))
      << "(Already registered " << name << ")";
  bool_properties_[name] = BoolAccessor(new PropertyAccessor<bool>(prop));
}

void PropertyStore::RegisterConstBool(const string &name, const bool *prop) {
  DCHECK(!Contains(name) || ContainsKey(bool_properties_, name))
      << "(Already registered " << name << ")";
  bool_properties_[name] = BoolAccessor(new ConstPropertyAccessor<bool>(prop));
}

void PropertyStore::RegisterWriteOnlyBool(const string &name, bool *prop) {
  DCHECK(!Contains(name) || ContainsKey(bool_properties_, name))
      << "(Already registered " << name << ")";
  bool_properties_[name] = BoolAccessor(
      new WriteOnlyPropertyAccessor<bool>(prop));
}

void PropertyStore::RegisterInt16(const string &name, int16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int16_properties_, name))
      << "(Already registered " << name << ")";
  int16_properties_[name] = Int16Accessor(new PropertyAccessor<int16>(prop));
}

void PropertyStore::RegisterConstInt16(const string &name, const int16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int16_properties_, name))
      << "(Already registered " << name << ")";
  int16_properties_[name] =
      Int16Accessor(new ConstPropertyAccessor<int16>(prop));
}

void PropertyStore::RegisterWriteOnlyInt16(const string &name, int16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int16_properties_, name))
      << "(Already registered " << name << ")";
  int16_properties_[name] =
      Int16Accessor(new WriteOnlyPropertyAccessor<int16>(prop));
}
void PropertyStore::RegisterInt32(const string &name, int32 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int32_properties_, name))
      << "(Already registered " << name << ")";
  int32_properties_[name] = Int32Accessor(new PropertyAccessor<int32>(prop));
}

void PropertyStore::RegisterConstInt32(const string &name, const int32 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int32_properties_, name))
      << "(Already registered " << name << ")";
  int32_properties_[name] =
      Int32Accessor(new ConstPropertyAccessor<int32>(prop));
}

void PropertyStore::RegisterWriteOnlyInt32(const string &name, int32 *prop) {
  DCHECK(!Contains(name) || ContainsKey(int32_properties_, name))
      << "(Already registered " << name << ")";
  int32_properties_[name] =
      Int32Accessor(new WriteOnlyPropertyAccessor<int32>(prop));
}

void PropertyStore::RegisterString(const string &name, string *prop) {
  DCHECK(!Contains(name) || ContainsKey(string_properties_, name))
      << "(Already registered " << name << ")";
  string_properties_[name] = StringAccessor(new PropertyAccessor<string>(prop));
}

void PropertyStore::RegisterConstString(const string &name,
                                        const string *prop) {
  DCHECK(!Contains(name) || ContainsKey(string_properties_, name))
      << "(Already registered " << name << ")";
  string_properties_[name] =
      StringAccessor(new ConstPropertyAccessor<string>(prop));
}

void PropertyStore::RegisterWriteOnlyString(const string &name, string *prop) {
  DCHECK(!Contains(name) || ContainsKey(string_properties_, name))
      << "(Already registered " << name << ")";
  string_properties_[name] =
      StringAccessor(new WriteOnlyPropertyAccessor<string>(prop));
}

void PropertyStore::RegisterStringmap(const string &name, Stringmap *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmap_properties_, name))
      << "(Already registered " << name << ")";
  stringmap_properties_[name] =
      StringmapAccessor(new PropertyAccessor<Stringmap>(prop));
}

void PropertyStore::RegisterConstStringmap(const string &name,
                                           const Stringmap *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmap_properties_, name))
      << "(Already registered " << name << ")";
  stringmap_properties_[name] =
      StringmapAccessor(new ConstPropertyAccessor<Stringmap>(prop));
}

void PropertyStore::RegisterWriteOnlyStringmap(const string &name,
                                               Stringmap *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmap_properties_, name))
      << "(Already registered " << name << ")";
  stringmap_properties_[name] =
      StringmapAccessor(new WriteOnlyPropertyAccessor<Stringmap>(prop));
}

void PropertyStore::RegisterStringmaps(const string &name, Stringmaps *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmaps_properties_, name))
      << "(Already registered " << name << ")";
  stringmaps_properties_[name] =
      StringmapsAccessor(new PropertyAccessor<Stringmaps>(prop));
}

void PropertyStore::RegisterConstStringmaps(const string &name,
                                            const Stringmaps *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmaps_properties_, name))
      << "(Already registered " << name << ")";
  stringmaps_properties_[name] =
      StringmapsAccessor(new ConstPropertyAccessor<Stringmaps>(prop));
}

void PropertyStore::RegisterWriteOnlyStringmaps(const string &name,
                                                Stringmaps *prop) {
  DCHECK(!Contains(name) || ContainsKey(stringmaps_properties_, name))
      << "(Already registered " << name << ")";
  stringmaps_properties_[name] =
      StringmapsAccessor(new WriteOnlyPropertyAccessor<Stringmaps>(prop));
}

void PropertyStore::RegisterStrings(const string &name, Strings *prop) {
  DCHECK(!Contains(name) || ContainsKey(strings_properties_, name))
      << "(Already registered " << name << ")";
  strings_properties_[name] =
      StringsAccessor(new PropertyAccessor<Strings>(prop));
}

void PropertyStore::RegisterConstStrings(const string &name,
                                         const Strings *prop) {
  DCHECK(!Contains(name) || ContainsKey(strings_properties_, name))
      << "(Already registered " << name << ")";
  strings_properties_[name] =
      StringsAccessor(new ConstPropertyAccessor<Strings>(prop));
}

void PropertyStore::RegisterWriteOnlyStrings(const string &name,
                                             Strings *prop) {
  DCHECK(!Contains(name) || ContainsKey(strings_properties_, name))
      << "(Already registered " << name << ")";
  strings_properties_[name] =
      StringsAccessor(new WriteOnlyPropertyAccessor<Strings>(prop));
}

void PropertyStore::RegisterUint8(const string &name, uint8 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint8_properties_, name))
      << "(Already registered " << name << ")";
  uint8_properties_[name] = Uint8Accessor(new PropertyAccessor<uint8>(prop));
}

void PropertyStore::RegisterConstUint8(const string &name, const uint8 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint8_properties_, name))
      << "(Already registered " << name << ")";
  uint8_properties_[name] =
      Uint8Accessor(new ConstPropertyAccessor<uint8>(prop));
}

void PropertyStore::RegisterWriteOnlyUint8(const string &name, uint8 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint8_properties_, name))
      << "(Already registered " << name << ")";
  uint8_properties_[name] =
      Uint8Accessor(new WriteOnlyPropertyAccessor<uint8>(prop));
}

void PropertyStore::RegisterUint16(const string &name, uint16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint16_properties_, name))
      << "(Already registered " << name << ")";
  uint16_properties_[name] = Uint16Accessor(new PropertyAccessor<uint16>(prop));
}

void PropertyStore::RegisterUint32(const std::string &name, uint32 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint32_properties_, name))
      << "(Already registered " << name << ")";
  uint32_properties_[name] = Uint32Accessor(new PropertyAccessor<uint32>(prop));
}

void PropertyStore::RegisterConstUint16(const string &name,
                                        const uint16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint16_properties_, name))
      << "(Already registered " << name << ")";
  uint16_properties_[name] =
      Uint16Accessor(new ConstPropertyAccessor<uint16>(prop));
}

void PropertyStore::RegisterWriteOnlyUint16(const string &name, uint16 *prop) {
  DCHECK(!Contains(name) || ContainsKey(uint16_properties_, name))
      << "(Already registered " << name << ")";
  uint16_properties_[name] =
      Uint16Accessor(new WriteOnlyPropertyAccessor<uint16>(prop));
}

void PropertyStore::RegisterDerivedBool(const string &name,
                                        const BoolAccessor &accessor) {
  DCHECK(!Contains(name) || ContainsKey(bool_properties_, name))
      << "(Already registered " << name << ")";
  bool_properties_[name] = accessor;
}

void PropertyStore::RegisterDerivedInt32(const string &name,
                                         const Int32Accessor &accessor) {
  DCHECK(!Contains(name) || ContainsKey(int32_properties_, name))
      << "(Already registered " << name << ")";
  int32_properties_[name] = accessor;
}

void PropertyStore::RegisterDerivedKeyValueStore(
    const string &name,
    const KeyValueStoreAccessor &acc) {
  DCHECK(!Contains(name) || ContainsKey(key_value_store_properties_, name))
      << "(Already registered " << name << ")";
  key_value_store_properties_[name] = acc;
}

void PropertyStore::RegisterDerivedString(const string &name,
                                          const StringAccessor &accessor) {
  DCHECK(!Contains(name) || ContainsKey(string_properties_, name))
      << "(Already registered " << name << ")";
  string_properties_[name] = accessor;
}

void PropertyStore::RegisterDerivedStrings(const string &name,
                                           const StringsAccessor &accessor) {
  DCHECK(!Contains(name) || ContainsKey(strings_properties_, name))
      << "(Already registered " << name << ")";
  strings_properties_[name] = accessor;
}

void PropertyStore::RegisterDerivedStringmaps(const string &name,
                                              const StringmapsAccessor &acc) {
  DCHECK(!Contains(name) || ContainsKey(stringmaps_properties_, name))
      << "(Already registered " << name << ")";
  stringmaps_properties_[name] = acc;
}

void PropertyStore::RegisterDerivedUint16(const string &name,
                                          const Uint16Accessor &acc) {
  DCHECK(!Contains(name) || ContainsKey(uint16_properties_, name))
      << "(Already registered " << name << ")";
  uint16_properties_[name] = acc;
}

// private methods

template <class V>
bool PropertyStore::SetProperty(
    const string &name,
    const V &value,
    Error *error,
    map< string, std::tr1::shared_ptr< AccessorInterface<V> > >&collection,
    const string &value_type_english) {
  VLOG(2) << "Setting " << name << " as " << value_type_english << ".";
  if (ContainsKey(collection, name)) {
    collection[name]->Set(value, error);
  } else {
    if (Contains(name)) {
      error->Populate(
          Error::kInvalidArguments,
          "Property " + name + " is not " + value_type_english + ".");
    } else {
      error->Populate(
          Error::kInvalidProperty, "Property " + name + " does not exist.");
    }
  }
  return error->IsSuccess();
};

}  // namespace shill