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#include <openvic-dataloader/v2script/AbstractSyntaxTree.hpp>
#include <lexy/dsl/option.hpp>
#include <lexy/encoding.hpp>
#include <lexy/input_location.hpp>
#include <dryad/node.hpp>
#include <dryad/tree.hpp>
#include "ParseState.hpp"
#include <range/v3/view/drop.hpp>
using namespace ovdl::v2script::ast;
ListValue::ListValue(dryad::node_ctor ctor, StatementList statements)
: node_base(ctor) {
insert_child_list_after(nullptr, statements);
if (statements.empty()) {
_last_statement = nullptr;
} else {
_last_statement = statements.back();
}
}
ListValue::ListValue(dryad::node_ctor ctor, AssignStatementList statements) : node_base(ctor) {
insert_child_list_after(nullptr, statements);
if (statements.empty()) {
_last_statement = nullptr;
} else {
_last_statement = statements.back();
}
}
ListValue::ListValue(dryad::node_ctor ctor) : node_base(ctor) {
_last_statement = nullptr;
}
FileTree::FileTree(dryad::node_ctor ctor, StatementList statements) : node_base(ctor) {
insert_child_list_after(nullptr, statements);
if (statements.empty()) {
_last_node = nullptr;
} else {
_last_node = statements.back();
}
}
FileTree::FileTree(dryad::node_ctor ctor, AssignStatementList statements) : node_base(ctor) {
insert_child_list_after(nullptr, statements);
if (statements.empty()) {
_last_node = nullptr;
} else {
_last_node = statements.back();
}
}
FileTree::FileTree(dryad::node_ctor ctor) : node_base(ctor) {
_last_node = nullptr;
}
std::string FileAbstractSyntaxTree::make_list_visualizer() const {
const int INDENT_SIZE = 2;
std::string result;
unsigned int level = 0;
for (auto [event, node] : dryad::traverse(this->_tree)) {
if (event == dryad::traverse_event::exit) {
--level;
continue;
}
result.append(INDENT_SIZE * level, ' ');
result.append(fmt::format("- {}: ", get_kind_name(node->kind())));
dryad::visit_node(
node,
[&](const FlatValue* value) {
result.append(value->value(this->_symbol_interner));
},
[&](const ListValue* value) {
},
[&](const NullValue* value) {
},
[&](const EventStatement* statement) {
result.append(statement->is_province_event() ? "province_event" : "country_event");
},
[&](const AssignStatement* statement) {
},
[&](const FileTree* tree) {
});
result.append(1, '\n');
if (event == dryad::traverse_event::enter)
++level;
}
return result;
}
std::string FileAbstractSyntaxTree::make_native_visualizer() const {
constexpr int INDENT_SIZE = 2;
std::string result;
unsigned int level = 0;
dryad::visit_tree(
this->_tree,
[&](const IdentifierValue* value) {
result.append(value->value(this->_symbol_interner));
},
[&](const StringValue* value) {
result.append(1, '"').append(value->value(this->_symbol_interner)).append(1, '"');
},
[&](dryad::child_visitor<NodeKind> visitor, const ValueStatement* statement) {
visitor(statement->value());
},
[&](dryad::child_visitor<NodeKind> visitor, const AssignStatement* statement) {
visitor(statement->left());
if (statement->right()->kind() != NodeKind::NullValue) {
result.append(" = ");
visitor(statement->right());
}
},
[&](dryad::child_visitor<NodeKind> visitor, const ListValue* value) {
result.append(1, '{');
level++;
for (const auto& statement : value->statements()) {
result
.append(1, '\n')
.append(INDENT_SIZE * level, ' ');
visitor(statement);
}
level--;
result
.append(1, '\n')
.append(INDENT_SIZE * level, ' ')
.append(1, '}');
},
[&](dryad::child_visitor<NodeKind> visitor, const EventStatement* statement) {
result.append(statement->is_province_event() ? "province_event" : "country_event");
if (statement->right()->kind() != NodeKind::NullValue) {
result.append(" = ");
visitor(statement->right());
}
},
[&](dryad::child_visitor<NodeKind> visitor, const FileTree* value) {
auto statements = value->statements();
visitor(*statements.begin());
for (const auto& statement : statements | ranges::views::drop(1)) {
result
.append(1, '\n')
.append(INDENT_SIZE * level, ' ');
visitor(statement);
}
});
return result;
}
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zaaarf