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#pragma once
#include <erebos/identity.h>
#include <erebos/list.h>
#include <erebos/pairing.h>
#include <erebos/set.h>
#include <erebos/state.h>
#include <erebos/storage.h>
#include <memory>
#include <optional>
#include <string>
#include <vector>
namespace erebos {
using std::optional;
using std::shared_ptr;
using std::string;
using std::vector;
struct ContactData;
class Contact
{
public:
Contact(vector<Stored<ContactData>> data);
Contact(const Contact &) = default;
Contact(Contact &&) = default;
Contact & operator=(const Contact &) = default;
Contact & operator=(Contact &&) = default;
optional<Identity> identity() const;
optional<string> customName() const;
Contact customName(const Storage & st, const string & name) const;
string name() const;
bool operator==(const Contact &) const;
bool operator!=(const Contact &) const;
vector<Stored<ContactData>> data() const;
Digest leastRoot() const;
private:
struct Priv;
shared_ptr<Priv> p;
Contact(shared_ptr<Priv> p): p(p) {}
friend class ContactService;
};
DECLARE_SHARED_TYPE(Set<Contact>)
struct ContactData
{
static ContactData load(const Ref &);
Ref store(const Storage &) const;
vector<Stored<ContactData>> prev;
vector<Stored<Signed<IdentityData>>> identity;
optional<string> name;
};
template<> struct Mergeable<Contact>
{
using Component = ContactData;
static vector<Stored<ContactData>> components(const Contact & c) { return c.data(); }
static Contact merge(vector<Stored<ContactData>> x) { return Contact(move(x)); }
};
struct ContactAccepted;
class ContactService : public PairingService<ContactAccepted>
{
public:
ContactService(Config &&, const Server &);
virtual ~ContactService();
UUID uuid() const override;
void request(const Peer &);
protected:
virtual Stored<ContactAccepted> handlePairingComplete(const Peer &) override;
virtual void handlePairingResult(Context &, Stored<ContactAccepted>) override;
const Server & server;
};
template<class T> class Signed;
struct ContactAccepted
{
static ContactAccepted load(const Ref &);
Ref store(const Storage &) const;
};
}
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