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#define PHOENIX_LIMIT 11
#define BOOST_RESULT_OF_NUM_ARGS PHOENIX_LIMIT
#include "CommonParamsParser.h"
#include "ParseImpl.h"
#include "EnumParser.h"
#include "ConditionParserImpl.h"
#include "EffectParser.h"
#include "ValueRefParser.h"
#include "../universe/ConditionAll.h"
#include "../universe/Effect.h"
#include "../universe/ValueRefs.h"
#include <boost/phoenix.hpp>
namespace phoenix = boost::phoenix;
namespace parse { namespace detail {
/** Open parsed envelopes of consumption pairs. Return a map of unique_ptr. */
template <typename T>
ConsumptionMap<T> OpenConsumptionEnvelopes(
const common_params_rules::ConsumptionMapPackaged<T>& in, bool& pass)
{
ConsumptionMap<T> retval;
for (auto&& name_and_values : in)
retval[name_and_values.first] = {
name_and_values.second.first.OpenEnvelope(pass),
(name_and_values.second.second ? name_and_values.second.second->OpenEnvelope(pass) : nullptr)};
return retval;
}
common_params_rules::common_params_rules(
const parse::lexer& tok,
Labeller& label,
const condition_parser_grammar& condition_parser,
const value_ref_grammar<std::string>& string_grammar,
const tags_grammar_type& tags_parser
) :
castable_int_rules(tok, label, condition_parser, string_grammar),
double_rules(tok, label, condition_parser, string_grammar),
effects_group_grammar(tok, label, condition_parser, string_grammar),
non_ship_part_meter_type_enum(tok),
repeated_string(tok)
{
namespace qi = boost::spirit::qi;
using phoenix::new_;
using phoenix::construct;
using phoenix::insert;
qi::_1_type _1;
qi::_2_type _2;
qi::_3_type _3;
qi::_4_type _4;
qi::_5_type _5;
qi::_6_type _6;
qi::_7_type _7;
qi::_a_type _a;
qi::_b_type _b;
qi::_r1_type _r1;
qi::_r2_type _r2;
qi::_val_type _val;
qi::eps_type eps;
qi::_pass_type _pass;
const boost::phoenix::function<construct_movable> construct_movable_;
const boost::phoenix::function<deconstruct_movable> deconstruct_movable_;
const boost::phoenix::function<deconstruct_movable_vector> deconstruct_movable_vector_;
producible
= tok.Unproducible_ [ _val = false ]
| tok.Producible_ [ _val = true ]
| eps [ _val = true ]
;
location
%= (label(tok.location_) > condition_parser)
| eps [ _val = construct_movable_(new_<Condition::All>()) ]
;
enqueue_location
%= (label(tok.enqueuelocation_) > condition_parser)
| eps [ _val = construct_movable_(new_<Condition::All>()) ]
;
exclusions
=
-(label(tok.exclusions_) >> repeated_string)
;
more_common
=
( label(tok.name_) > tok.string
> label(tok.description_) > tok.string
> exclusions
) [ _val = construct<MoreCommonParams>(_1, _2, _3) ]
;
common
=
( label(tok.buildcost_) > double_rules.expr
> label(tok.buildtime_) > castable_int_rules.flexible_int
> producible
> tags_parser
> location
> enqueue_location
> -consumption(_a, _b)
> -(label(tok.effectsgroups_)> effects_group_grammar )
) [ _val = construct_movable_(
new_<CommonParams>(
deconstruct_movable_(_1, _pass),
deconstruct_movable_(_2, _pass),
_3, _4,
deconstruct_movable_(_5, _pass),
deconstruct_movable_vector_(_7, _pass),
phoenix::bind(&parse::detail::OpenConsumptionEnvelopes<MeterType>, _a, _pass),
phoenix::bind(&parse::detail::OpenConsumptionEnvelopes<std::string>, _b, _pass),
deconstruct_movable_(_6, _pass))) ]
;
consumption
= label(tok.consumption_) >
( consumable_meter(_r1)
| consumable_special(_r2)
|
(
( '[' >> *
( consumable_meter(_r1)
| consumable_special(_r2)
)
)
> ']'
)
)
;
consumable_special
= tok.Special_
> (
label(tok.name_) > tok.string
> label(tok.consumption_) > double_rules.expr
> -(label(tok.condition_) > condition_parser )
)
[ insert(_r1, construct<ConsumptionMapPackaged<std::string>::value_type>(_1, construct<ConsumptionMapPackaged<std::string>::mapped_type>(_2, _3))) ]
;
consumable_meter
= (
non_ship_part_meter_type_enum
> label(tok.consumption_) > double_rules.expr
> -(label(tok.condition_) > condition_parser )
)
[ insert(_r1, construct<ConsumptionMapPackaged<MeterType>::value_type>(_1, construct<ConsumptionMapPackaged<MeterType>::mapped_type>(_2, _3))) ]
;
producible.name("Producible or Unproducible");
location.name("Location");
enqueue_location.name("Enqueue Location");
more_common.name("More Common Parameters");
common.name("Common Parameters");
consumption.name("Consumption");
consumable_special.name("Consumable Special");
consumable_meter.name("Consumable Meter");
#if DEBUG_PARSERS
debug(producible);
debug(location);
debug(enqueue_location);
debug(more_common);
debug(common);
debug(consumption);
debug(con_special);
debug(consumable_meter);
#endif
}
} }
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