void addr_is_same(string s1, string s2, bool first_element_was_self_checked=false) {
auto a1 = c_haship_addr(c_haship_addr::tag_constr_by_addr_dot(), s1);
auto a2 = c_haship_addr(c_haship_addr::tag_constr_by_addr_dot(), s2);
EXPECT_EQ(a1,a2);
if (!first_element_was_self_checked) EXPECT_EQ(a1,a1);
EXPECT_EQ(a2,a2);
}
void addr_is_invalid(string s1) {
auto fun1 = [=]() {
auto a1 = c_haship_addr(c_haship_addr::tag_constr_by_addr_dot(), s1);
_UNUSED(a1);
};
EXPECT_THROW( fun1() , std::invalid_argument);
}
void c_galaxysrv_peers::add_peer_simplestring(const string & simple) {
_clue("Adding peer from simplestring=" << simple);
t_peering_reference_parse parse = parse_peer_reference(simple); // partially parsed
_dbg1("Done the parse itself");
bool id_anyone=true;
string id;
const auto & cables = parse.second;
auto reference = make_unique<t_peer_reference_newloop>();
if (parse.first.size()==1) { // there was 1 ID parsed
_dbg1("There is some ID in that reference.");
id_anyone=false;
id = parse.first.at(0);
reference->hip = c_haship_addr( c_haship_addr::tag_constr_by_addr_dot() , id);
} else {
_dbg1("There is NO ID in that reference (anyone?)");
id_anyone=true;
_check(parse.first.size() == 0); // else there was no ID parsed
reference->hip = c_haship_addr::make_empty(); // clear it to be sure
}
_note(join_string_sep( id_anyone?"anyone":"id" , id ) );
_note("Cables: " << cables.size());
for(const auto & cablestr : cables) {
_note("Cable: " << cablestr); // cablestr like udp:192.168.1.107:9042
unique_ptr<c_cable_base_addr> cable_addr = c_cable_base_addr::cable_make_addr( cablestr );
reference->cable_addr.push_back( std::move(cable_addr) );
}
this->add_peer( std::move( reference ) ); // ***
}
