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#pragma once
#include <cstddef>
#include <string_view>
#include "openvic-simulation/types/IdentifierRegistry.hpp"
#include "openvic-simulation/dataloader/NodeTools.hpp"
#include "openvic-dataloader/v2script/AbstractSyntaxTree.hpp"
namespace OpenVic {
struct IssueManager;
//Issue group (i.e. trade_policy)
struct IssueGroup : HasIdentifier {
friend struct IssueManager;
protected:
IssueGroup(const std::string_view identifier);
public:
IssueGroup(IssueGroup&&) = default;
};
//Issue (i.e. protectionism)
struct Issue : HasIdentifier {
friend struct IssueManager;
private:
IssueGroup const& group;
//TODO: policy modifiers, policy rule changes
protected:
Issue(const std::string_view identifier, IssueGroup const& group);
public:
Issue(Issue&&) = default;
IssueGroup const& get_group() const;
};
//Reform type (i.e. political_issues)
struct ReformType : HasIdentifier {
friend struct IssueManager;
private:
bool uncivilised; //whether this group is available to non-westernised countries
//in vanilla education, military and economic reforms are hardcoded to true and the rest to false
ReformType(const std::string_view new_identifier, bool uncivilised);
public:
ReformType(ReformType&&) = default;
};
//Reform group (i.e. slavery)
struct ReformGroup : IssueGroup {
friend struct IssueManager;
private:
ReformType const& type;
const bool ordered; //next_step_only
const bool administrative;
ReformGroup(const std::string_view identifier, ReformType const& type, bool ordered, bool administrative);
public:
ReformGroup(ReformGroup&&) = default;
ReformType const& get_type() const;
bool is_ordered() const;
bool is_administrative() const;
};
//Reform (i.e. yes_slavery)
struct Reform : Issue {
friend struct IssueManager;
private:
ReformGroup const& reform_group; //stores an already casted reference
const size_t ordinal; //assigned by the parser to allow policy sorting
Reform(const std::string_view new_identifier, ReformGroup const& group, size_t ordinal);
//TODO: conditions to allow,
public:
Reform(Reform&&) = default;
ReformGroup const& get_reform_group() const;
ReformType const& get_type() const;
size_t get_ordinal() const;
};
//Issue manager - holds the registries
struct IssueManager {
private:
IdentifierRegistry<IssueGroup> issue_groups;
IdentifierRegistry<Issue> issues;
IdentifierRegistry<ReformType> reform_types;
IdentifierRegistry<ReformGroup> reform_groups;
IdentifierRegistry<Reform> reforms;
bool _load_issue_group(size_t& expected_issues, const std::string_view identifier, ast::NodeCPtr node);
bool _load_issue(const std::string_view identifier, IssueGroup const* group, ast::NodeCPtr node);
bool _load_reform_group(size_t& expected_reforms, const std::string_view identifier, ReformType const* type,
ast::NodeCPtr node);
bool _load_reform(size_t& ordinal, const std::string_view identifier, ReformGroup const* group, ast::NodeCPtr node);
public:
IssueManager();
bool add_issue_group(const std::string_view identifier);
IDENTIFIER_REGISTRY_ACCESSORS(IssueGroup, issue_group)
bool add_issue(const std::string_view identifier, IssueGroup const* group);
IDENTIFIER_REGISTRY_ACCESSORS(Issue, issue)
bool add_reform_type(const std::string_view identifier, bool uncivilised);
IDENTIFIER_REGISTRY_ACCESSORS(ReformType, reform_type)
bool add_reform_group(const std::string_view identifier, ReformType const* type, bool ordered, bool administrative);
IDENTIFIER_REGISTRY_ACCESSORS(ReformGroup, reform_group)
bool add_reform(const std::string_view identifier, ReformGroup const* group, size_t ordinal);
IDENTIFIER_REGISTRY_ACCESSORS(Reform, reform)
bool load_issues_file(ast::NodeCPtr root);
};
}
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