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#include <toml.hpp>
#include <iostream>
#include <map>
#include <cassert>
int main()
{
const auto root = toml::parse("array_of_tables_example.toml");
// using member functions
{
assert(root.at("points").is_array());
assert(root.at("points").at(0).is_table());
assert(root.at("points").at(1).is_table());
assert(root.at("points").at(2).is_table());
assert(root.at("points").at(0).at("x").as_integer() == 1);
assert(root.at("points").at(0).at("y").as_integer() == 2);
assert(root.at("points").at(0).at("z").as_integer() == 3);
assert(root.at("points").at(1).at("x").as_integer() == 7);
assert(root.at("points").at(1).at("y").as_integer() == 8);
assert(root.at("points").at(1).at("z").as_integer() == 9);
assert(root.at("points").at(2).at("x").as_integer() == 2);
assert(root.at("points").at(2).at("y").as_integer() == 4);
assert(root.at("points").at(2).at("z").as_integer() == 8);
assert(root.at("products").at(0).at("name").as_string() == "Hammer");
assert(root.at("products").at(0).at("sku" ).as_integer() == 738594937);
assert(root.at("products").at(1).as_table().empty());
assert(root.at("products").at(2).at("name" ).as_string() == "Nail");
assert(root.at("products").at(2).at("sku" ).as_integer() == 284758393);
assert(root.at("products").at(2).at("color").as_string() == "gray");
assert(root.at("fruits").at(0).at("name").as_string() == "apple");
assert(root.at("fruits").at(0).at("physical").at("color").as_string() == "red");
assert(root.at("fruits").at(0).at("physical").at("shape").as_string() == "round");
assert(root.at("fruits").at(0).at("varieties").at(0).at("name").as_string() == "red delicious");
assert(root.at("fruits").at(0).at("varieties").at(1).at("name").as_string() == "granny smith");
assert(root.at("fruits").at(1).at("name").as_string() == "banana");
assert(root.at("fruits").at(1).at("varieties").at(0).at("name").as_string() == "plantain");
}
// using toml::find
{
assert(toml::find<int>(root, "points", 0, "x") == 1);
assert(toml::find<int>(root, "points", 0, "y") == 2);
assert(toml::find<int>(root, "points", 0, "z") == 3);
assert(toml::find<int>(root, "points", 1, "x") == 7);
assert(toml::find<int>(root, "points", 1, "y") == 8);
assert(toml::find<int>(root, "points", 1, "z") == 9);
assert(toml::find<int>(root, "points", 2, "x") == 2);
assert(toml::find<int>(root, "points", 2, "y") == 4);
assert(toml::find<int>(root, "points", 2, "z") == 8);
const auto points = toml::find<
std::vector<std::map<std::string, int>>
>(root, "points");
assert(points.at(0).at("x") == 1);
assert(points.at(0).at("y") == 2);
assert(points.at(0).at("z") == 3);
assert(points.at(1).at("x") == 7);
assert(points.at(1).at("y") == 8);
assert(points.at(1).at("z") == 9);
assert(points.at(2).at("x") == 2);
assert(points.at(2).at("y") == 4);
assert(points.at(2).at("z") == 8);
struct product_t
{
product_t(const toml::value& v)
: name (toml::find_or<std::string >(v, "name", "")),
sku (toml::find_or<std::uint64_t>(v, "sku", 0)),
color(toml::find_or<std::string >(v, "color", ""))
{}
std::string name;
std::uint64_t sku;
std::string color;
};
const auto products = toml::find<std::vector<product_t>>(root, "products");
assert(products.at(0).name == "Hammer");
assert(products.at(0).sku == 738594937);
assert(products.at(0).color == "");
assert(products.at(1).name == "");
assert(products.at(1).sku == 0);
assert(products.at(1).color == "");
assert(products.at(2).name == "Nail");
assert(products.at(2).sku == 284758393);
assert(products.at(2).color == "gray");
struct fruit_t
{
fruit_t(const toml::value& v)
: name(toml::find<std::string>(v, "name")),
physical (toml::find<std::map<std::string, std::string>>(v, "physical")),
varieties(toml::find<std::vector<std::map<std::string, std::string>>>(v, "varieties"))
{}
std::string name;
std::map<std::string, std::string> physical;
std::vector<std::map<std::string, std::string>> varieties;
};
const auto fruits = toml::find<std::vector<fruit_t>>(root, "fruits");
assert(fruits.at(0).name == "apple");
assert(fruits.at(0).physical.at("color") == "red");
assert(fruits.at(0).physical.at("shape") == "round");
assert(fruits.at(0).varieties.at(0).at("name") == "red delicious");
assert(fruits.at(0).varieties.at(1).at("name") == "granny smith");
assert(fruits.at(1).name == "banana");
assert(fruits.at(1).varieties.at(0).at("name") == "plantain");
}
std::cout << "ok." << std::endl;
return 0;
}
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