Works with GCC and C++20
Uses gar
SFP::Writer writer = SFP::Writer::open("example.sf");
writer.write_i32("example_int", 1);
writer.write_f64("example_float", 2.3);
writer.write_cstr("example_string", "some text");
size_t array_size = 2;
writer.write_arr_bgn("example_array", array_size);
for (size_t i = 0; i < array_size; ++i) {
writer.write_obj_bgn(nullptr);
writer.write_i32(nullptr, i * 2);
writer.write_i32(nullptr, i * 2 + 1);
writer.write_obj_end();
}
writer.write_arr_end();
writer.free();example_int:i=1
example_float:f=2.3
example_string:b=9
736f6d652074657874
example_array:a=2
o=
i=0
i=1
o=
i=2
i=3
SFP::Reader reader = SFP::Reader::open("example.sf");
int32_t example_int = reader.read_i32("example_int");
double example_float = reader.read_f64("example_float");
char* example_string = reader.read_cstr("example_string");
size_t array_size = reader.read_arr_bgn("example_array");
for (size_t i = 0; i < array_size; ++i) {
reader.read_obj_bgn(nullptr);
int foo = reader.read_i32(nullptr);
int bar = reader.read_i32(nullptr);
reader.read_obj_end();
}
reader.read_arr_end();
reader.free();