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Пелипенко Иван
2022-12-14 14:13:52 +03:00
parent 430a41fefc
commit c2b8a8d6da
297 changed files with 27331 additions and 24162 deletions
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508
libs/main/io_devices/piethernet.h
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@@ -5,61 +5,61 @@
* \~russian Устройство Ethernet
*/
/*
PIP - Platform Independent Primitives
Ethernet, UDP/TCP Broadcast/Multicast
Ivan Pelipenko peri4ko@yandex.ru, Andrey Bychkov work.a.b@yandex.ru
PIP - Platform Independent Primitives
Ethernet, UDP/TCP Broadcast/Multicast
Ivan Pelipenko peri4ko@yandex.ru, Andrey Bychkov work.a.b@yandex.ru
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Lesser General Public License for more details.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
You should have received a copy of the GNU Lesser General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#ifndef PIETHERNET_H
#define PIETHERNET_H
#include "pitimer.h"
#include "piiodevice.h"
#include "pitimer.h"
#ifdef ANDROID
struct
struct
#else
class
class
#endif
sockaddr;
class PIP_EXPORT PIEthernet: public PIIODevice
{
class PIP_EXPORT PIEthernet: public PIIODevice {
PIIODEVICE(PIEthernet, "eth");
friend class PIPeer;
public:
//! Contructs UDP %PIEthernet with empty read address
explicit PIEthernet();
//! \brief Type of %PIEthernet
enum Type {
UDP /** UDP - User Datagram Protocol */ ,
TCP_Client /** TCP client - allow connection to TCP server */ ,
UDP /** UDP - User Datagram Protocol */,
TCP_Client /** TCP client - allow connection to TCP server */,
TCP_Server /** TCP server - receive connections from TCP clients */
};
//! \brief Parameters of %PIEthernet
enum Parameters {
ReuseAddress /** Rebind address if there is already binded. Enabled by default */ = 0x1,
Broadcast /** Broadcast send. Disabled by default */ = 0x2,
Broadcast /** Broadcast send. Disabled by default */ = 0x2,
SeparateSockets /** If this parameter is set, %PIEthernet will initialize two different sockets,
for receive and send, instead of single one. Disabled by default */ = 0x4,
MulticastLoop /** Enable receiving multicast packets from same host. Enabled by default */ = 0x8,
KeepConnection /** Automatic reconnect TCP connection on disconnect. Enabled by default */ = 0x10,
for receive and send, instead of single one. Disabled by default */
= 0x4,
MulticastLoop /** Enable receiving multicast packets from same host. Enabled by default */ = 0x8,
KeepConnection /** Automatic reconnect TCP connection on disconnect. Enabled by default */ = 0x10,
DisonnectOnTimeout /** Disconnect TCP connection on read timeout expired. Disabled by default */ = 0x20
};
@@ -67,8 +67,8 @@ public:
//! \brief IPv4 network address, IP and port
class PIP_EXPORT Address {
friend class PIEthernet;
public:
public:
//! Contructs %Address with binary representation of IP and port
Address(uint ip = 0, ushort port = 0);
@@ -79,10 +79,10 @@ public:
Address(const PIString & ip, ushort port);
//! Returns binary IP
uint ip() const {return ip_;}
uint ip() const { return ip_; }
//! Returns port
ushort port() const {return port_;}
ushort port() const { return port_; }
//! Returns string IP
PIString ipString() const;
@@ -121,6 +121,7 @@ public:
static Address resolve(const PIString & host, ushort port);
static void splitIPPort(const PIString & ipp, PIString * ip, int * port);
private:
void initIP(const PIString & _ip);
union {
@@ -132,301 +133,351 @@ public:
//! Contructs %PIEthernet with type "type", read address "ip_port" and parameters "params"
explicit PIEthernet(Type type, const PIString & ip_port = PIString(), const PIFlags<Parameters> params = PIEthernet::ReuseAddress | PIEthernet::MulticastLoop | PIEthernet::KeepConnection);
explicit PIEthernet(Type type,
const PIString & ip_port = PIString(),
const PIFlags<Parameters> params = PIEthernet::ReuseAddress | PIEthernet::MulticastLoop |
PIEthernet::KeepConnection);
virtual ~PIEthernet();
//! Set read address
void setReadAddress(const PIString & ip, int port) {addr_r.set(ip, port); setPath(addr_r.toString());}
void setReadAddress(const PIString & ip, int port) {
addr_r.set(ip, port);
setPath(addr_r.toString());
}
//! Set read address in format "i.i.i.i:p"
void setReadAddress(const PIString & ip_port) {addr_r.set(ip_port); setPath(addr_r.toString());}
void setReadAddress(const PIString & ip_port) {
addr_r.set(ip_port);
setPath(addr_r.toString());
}
//! Set read address
void setReadAddress(const Address & addr) {addr_r = addr; setPath(addr_r.toString());}
void setReadAddress(const Address & addr) {
addr_r = addr;
setPath(addr_r.toString());
}
//! Set read IP
void setReadIP(const PIString & ip) {addr_r.setIP(ip); setPath(addr_r.toString());}
void setReadIP(const PIString & ip) {
addr_r.setIP(ip);
setPath(addr_r.toString());
}
//! Set read port
void setReadPort(int port) {addr_r.setPort(port); setPath(addr_r.toString());}
void setReadPort(int port) {
addr_r.setPort(port);
setPath(addr_r.toString());
}
//! Set send address
void setSendAddress(const PIString & ip, int port) {addr_s.set(ip, port);}
void setSendAddress(const PIString & ip, int port) { addr_s.set(ip, port); }
//! Set send address in format "i.i.i.i:p"
void setSendAddress(const PIString & ip_port) {addr_s.set(ip_port);}
void setSendAddress(const PIString & ip_port) { addr_s.set(ip_port); }
//! Set send address
void setSendAddress(const Address & addr) {addr_s = addr;}
//! Set send IP
void setSendIP(const PIString & ip) {addr_s.setIP(ip);}
//! Set send port
void setSendPort(int port) {addr_s.setPort(port);}
//! Returns read address in format "i.i.i.i:p"
Address readAddress() const {return addr_r;}
//! Returns read IP
PIString readIP() const {return addr_r.ipString();}
//! Returns read port
int readPort() const {return addr_r.port();}
//! Returns send address in format "i.i.i.i:p"
Address sendAddress() const {return addr_s;}
//! Returns send IP
PIString sendIP() const {return addr_s.ipString();}
//! Returns send port
int sendPort() const {return addr_s.port();}
//! Returns address of last received UDP packet in format "i.i.i.i:p"
Address lastReadAddress() const {return addr_lr;}
//! Returns IP of last received UDP packet
PIString lastReadIP() const {return addr_lr.ipString();}
//! Returns port of last received UDP packet
int lastReadPort() const {return addr_lr.port();}
void setSendAddress(const Address & addr) { addr_s = addr; }
//! Set send IP
void setSendIP(const PIString & ip) { addr_s.setIP(ip); }
//! Set send port
void setSendPort(int port) { addr_s.setPort(port); }
//! Returns read address in format "i.i.i.i:p"
Address readAddress() const { return addr_r; }
//! Returns read IP
PIString readIP() const { return addr_r.ipString(); }
//! Returns read port
int readPort() const { return addr_r.port(); }
//! Returns send address in format "i.i.i.i:p"
Address sendAddress() const { return addr_s; }
//! Returns send IP
PIString sendIP() const { return addr_s.ipString(); }
//! Returns send port
int sendPort() const { return addr_s.port(); }
//! Returns address of last received UDP packet in format "i.i.i.i:p"
Address lastReadAddress() const { return addr_lr; }
//! Returns IP of last received UDP packet
PIString lastReadIP() const { return addr_lr.ipString(); }
//! Returns port of last received UDP packet
int lastReadPort() const { return addr_lr.port(); }
//! Set parameters to "parameters_". You should to reopen %PIEthernet to apply them
void setParameters(PIFlags<PIEthernet::Parameters> parameters_) {params = parameters_;}
void setParameters(PIFlags<PIEthernet::Parameters> parameters_) { params = parameters_; }
//! Set parameter "parameter" to state "on". You should to reopen %PIEthernet to apply this
void setParameter(PIEthernet::Parameters parameter, bool on = true) {params.setFlag(parameter, on);}
void setParameter(PIEthernet::Parameters parameter, bool on = true) { params.setFlag(parameter, on); }
//! Returns if parameter "parameter" is set
bool isParameterSet(PIEthernet::Parameters parameter) const {return params[parameter];}
bool isParameterSet(PIEthernet::Parameters parameter) const { return params[parameter]; }
//! Returns parameters
PIFlags<PIEthernet::Parameters> parameters() const {return params;}
PIFlags<PIEthernet::Parameters> parameters() const { return params; }
//! Returns %PIEthernet type
Type type() const {return eth_type;}
//! Returns read timeout
double readTimeout() const {return property("readTimeout").toDouble();}
//! Returns write timeout
double writeTimeout() const {return property("writeTimeout").toDouble();}
//! Set timeout for read
void setReadTimeout(double ms) {setProperty("readTimeout", ms);}
//! Set timeout for write
void setWriteTimeout(double ms) {setProperty("writeTimeout", ms);}
//! Returns TTL (Time To Live)
int TTL() const {return property("TTL").toInt();}
//! Returns multicast TTL (Time To Live)
int multicastTTL() const {return property("MulticastTTL").toInt();}
//! Set TTL (Time To Live), default is 64
void setTTL(int ttl) {setProperty("TTL", ttl);}
//! Set multicast TTL (Time To Live), default is 1
void setMulticastTTL(int ttl) {setProperty("MulticastTTL", ttl);}
Type type() const { return eth_type; }
//! Returns read timeout
double readTimeout() const { return property("readTimeout").toDouble(); }
//! Returns write timeout
double writeTimeout() const { return property("writeTimeout").toDouble(); }
//! Set timeout for read
void setReadTimeout(double ms) { setProperty("readTimeout", ms); }
//! Set timeout for write
void setWriteTimeout(double ms) { setProperty("writeTimeout", ms); }
//! Returns TTL (Time To Live)
int TTL() const { return property("TTL").toInt(); }
//! Returns multicast TTL (Time To Live)
int multicastTTL() const { return property("MulticastTTL").toInt(); }
//! Set TTL (Time To Live), default is 64
void setTTL(int ttl) { setProperty("TTL", ttl); }
//! Set multicast TTL (Time To Live), default is 1
void setMulticastTTL(int ttl) { setProperty("MulticastTTL", ttl); }
//! Join to multicast group with address "group". Use only for UDP
bool joinMulticastGroup(const PIString & group);
//! Leave multicast group with address "group". Use only for UDP
bool leaveMulticastGroup(const PIString & group);
//! Returns joined multicast groups. Use only for UDP
const PIStringList & multicastGroups() const {return mcast_groups;}
const PIStringList & multicastGroups() const { return mcast_groups; }
//! If \"threaded\" queue connect to TCP server with address \a readAddress() in
//! any \a read() or \a write() call. Otherwise connect immediate.
//! Use only for TCP_Client
bool connect(bool threaded = true);
//! Connect to TCP server with address "ip":"port". Use only for TCP_Client
bool connect(const PIString & ip, int port, bool threaded = true) {setPath(ip + PIStringAscii(":") + PIString::fromNumber(port)); return connect(threaded);}
bool connect(const PIString & ip, int port, bool threaded = true) {
setPath(ip + PIStringAscii(":") + PIString::fromNumber(port));
return connect(threaded);
}
//! Connect to TCP server with address "ip_port". Use only for TCP_Client
bool connect(const PIString & ip_port, bool threaded = true) {setPath(ip_port); return connect(threaded);}
bool connect(const PIString & ip_port, bool threaded = true) {
setPath(ip_port);
return connect(threaded);
}
//! Connect to TCP server with address "addr". Use only for TCP_Client
bool connect(const Address & addr, bool threaded = true) {setPath(addr.toString()); return connect(threaded);}
bool connect(const Address & addr, bool threaded = true) {
setPath(addr.toString());
return connect(threaded);
}
//! Returns if %PIEthernet connected to TCP server. Use only for TCP_Client
bool isConnected() const {return connected_;}
bool isConnected() const { return connected_; }
//! Returns if %PIEthernet is connecting to TCP server. Use only for TCP_Client
bool isConnecting() const {return connecting_;}
bool isConnecting() const { return connecting_; }
//! Start listen for incoming TCP connections on address \a readAddress(). Use only for TCP_Server
bool listen(bool threaded = false);
//! Start listen for incoming TCP connections on address "ip":"port". Use only for TCP_Server
bool listen(const PIString & ip, int port, bool threaded = false) {return listen(PIEthernet::Address(ip, port), threaded);}
bool listen(const PIString & ip, int port, bool threaded = false) { return listen(PIEthernet::Address(ip, port), threaded); }
//! Start listen for incoming TCP connections on address "ip_port". Use only for TCP_Server
bool listen(const PIString & ip_port, bool threaded = false) {return listen(PIEthernet::Address(ip_port), threaded);}
bool listen(const PIString & ip_port, bool threaded = false) { return listen(PIEthernet::Address(ip_port), threaded); }
//! Start listen for incoming TCP connections on address "addr". Use only for TCP_Server
bool listen(const Address & addr, bool threaded = false);
PIEthernet * client(int index) {return clients_[index];}
int clientsCount() const {return clients_.size_s();}
PIVector<PIEthernet * > clients() const {return clients_;}
PIEthernet * client(int index) { return clients_[index]; }
int clientsCount() const { return clients_.size_s(); }
PIVector<PIEthernet *> clients() const { return clients_; }
//! Send data "data" with size "size" to address \a sendAddress() for UDP or \a readAddress() for TCP_Client
bool send(const void * data, int size, bool threaded = false);
//! Send data "data" with size "size" to address "ip":"port"
bool send(const PIString & ip, int port, const void * data, int size, bool threaded = false) {return send(PIEthernet::Address(ip, port), data, size, threaded);}
bool send(const PIString & ip, int port, const void * data, int size, bool threaded = false) {
return send(PIEthernet::Address(ip, port), data, size, threaded);
}
//! Send data "data" with size "size" to address "ip_port"
bool send(const PIString & ip_port, const void * data, int size, bool threaded = false) {return send(PIEthernet::Address(ip_port), data, size, threaded);}
bool send(const PIString & ip_port, const void * data, int size, bool threaded = false) {
return send(PIEthernet::Address(ip_port), data, size, threaded);
}
//! Send data "data" with size "size" to address "addr"
bool send(const Address & addr, const void * data, int size, bool threaded = false);
//! Send data "data" to address \a sendAddress() for UDP or \a readAddress() for TCP_Client
bool send(const PIByteArray & data, bool threaded = false);
//! Send data "data" to address "ip":"port" for UDP
bool send(const PIString & ip, int port, const PIByteArray & data, bool threaded = false) {return send(PIEthernet::Address(ip, port), data, threaded);}
bool send(const PIString & ip, int port, const PIByteArray & data, bool threaded = false) {
return send(PIEthernet::Address(ip, port), data, threaded);
}
//! Send data "data" to address "ip_port" for UDP
bool send(const PIString & ip_port, const PIByteArray & data, bool threaded = false) {return send(PIEthernet::Address(ip_port), data, threaded);}
bool send(const PIString & ip_port, const PIByteArray & data, bool threaded = false) {
return send(PIEthernet::Address(ip_port), data, threaded);
}
//! Send data "data" to address "addr" for UDP
bool send(const Address & addr, const PIByteArray & data, bool threaded = false);
bool canWrite() const override {return mode() & WriteOnly;}
bool canWrite() const override { return mode() & WriteOnly; }
void interrupt() override;
int socket() const {return sock;}
EVENT1(newConnection, PIEthernet * , client);
int socket() const { return sock; }
EVENT1(newConnection, PIEthernet *, client);
EVENT0(connected);
EVENT1(disconnected, bool, withError);
//! Flags of network interface
enum InterfaceFlag {
ifActive /** Is active */ = 0x1,
ifRunning /** Is running */ = 0x2,
ifActive /** Is active */ = 0x1,
ifRunning /** Is running */ = 0x2,
ifBroadcast /** Support broadcast */ = 0x4,
ifMulticast /** Support multicast */ = 0x8,
ifLoopback /** Is loopback */ = 0x10,
ifPTP /** Is point-to-point */ = 0x20
ifLoopback /** Is loopback */ = 0x10,
ifPTP /** Is point-to-point */ = 0x20
};
//! %PIFlags of network interface flags
typedef PIFlags<InterfaceFlag> InterfaceFlags;
//! Network interface descriptor
struct PIP_EXPORT Interface {
//! System index
int index;
//! MTU
int mtu;
//! System name
PIString name;
//! MAC address in format "hh:hh:hh:hh:hh:hh" or empty if there is no MAC address
PIString mac;
//! IP address in format "i.i.i.i" or empty if there is no IP address
PIString address;
//! Netmask of IP address in format "i.i.i.i" or empty if there is no netmask
PIString netmask;
//! Broadcast address in format "i.i.i.i" or empty if there is no broadcast address
PIString broadcast;
//! Point-to-point address or empty if there is no point-to-point address
PIString ptp;
//! Flags of interface
InterfaceFlags flags;
//! Returns if interface is active
bool isActive() const {return flags[PIEthernet::ifActive];}
bool isActive() const { return flags[PIEthernet::ifActive]; }
//! Returns if interface is running
bool isRunning() const {return flags[PIEthernet::ifRunning];}
bool isRunning() const { return flags[PIEthernet::ifRunning]; }
//! Returns if interface support broadcast
bool isBroadcast() const {return flags[PIEthernet::ifBroadcast];}
bool isBroadcast() const { return flags[PIEthernet::ifBroadcast]; }
//! Returns if interface support multicast
bool isMulticast() const {return flags[PIEthernet::ifMulticast];}
bool isMulticast() const { return flags[PIEthernet::ifMulticast]; }
//! Returns if interface is loopback
bool isLoopback() const {return flags[PIEthernet::ifLoopback];}
bool isLoopback() const { return flags[PIEthernet::ifLoopback]; }
//! Returns if interface is point-to-point
bool isPTP() const {return flags[PIEthernet::ifPTP];}
bool isPTP() const { return flags[PIEthernet::ifPTP]; }
};
//! Array of \a Interface with some features
class PIP_EXPORT InterfaceList: public PIVector<PIEthernet::Interface> {
public:
InterfaceList(): PIVector<PIEthernet::Interface>() {}
//! Get interface with system index "index" or 0 if there is no one
const Interface * getByIndex(int index) const {for (int i = 0; i < size_s(); ++i) if ((*this)[i].index == index) return &((*this)[i]); return 0;}
const Interface * getByIndex(int index) const {
for (int i = 0; i < size_s(); ++i)
if ((*this)[i].index == index) return &((*this)[i]);
return 0;
}
//! Get interface with system name "name" or 0 if there is no one
const Interface * getByName(const PIString & name) const {for (int i = 0; i < size_s(); ++i) if ((*this)[i].name == name) return &((*this)[i]); return 0;}
const Interface * getByName(const PIString & name) const {
for (int i = 0; i < size_s(); ++i)
if ((*this)[i].name == name) return &((*this)[i]);
return 0;
}
//! Get interface with IP address "address" or 0 if there is no one
const Interface * getByAddress(const PIString & address) const {for (int i = 0; i < size_s(); ++i) if ((*this)[i].address == address) return &((*this)[i]); return 0;}
const Interface * getByAddress(const PIString & address) const {
for (int i = 0; i < size_s(); ++i)
if ((*this)[i].address == address) return &((*this)[i]);
return 0;
}
//! Get loopback interface or 0 if there is no one
const Interface * getLoopback() const {for (int i = 0; i < size_s(); ++i) if ((*this)[i].isLoopback()) return &((*this)[i]); return 0;}
const Interface * getLoopback() const {
for (int i = 0; i < size_s(); ++i)
if ((*this)[i].isLoopback()) return &((*this)[i]);
return 0;
}
};
//! Returns all system network interfaces
static InterfaceList interfaces();
static PIEthernet::Address interfaceAddress(const PIString & interface_);
//! Returns all system network IP addresses
static PIVector<PIEthernet::Address> allAddresses();
static PIString macFromBytes(const PIByteArray & mac);
static PIByteArray macToBytes(const PIString & mac);
static PIString applyMask(const PIString & ip, const PIString & mask);
static Address applyMask(const Address & ip, const Address & mask);
static Address applyMask(const Address & ip, const Address & mask);
static PIString getBroadcast(const PIString & ip, const PIString & mask);
static Address getBroadcast(const Address & ip, const Address & mask);
static Address getBroadcast(const Address & ip, const Address & mask);
//! \events
//! \{
//! \events
//! \{
//! \fn void newConnection(PIEthernet * client)
//! \brief Raise on new TCP connection received
//! \fn void connected()
//! \brief Raise if succesfull TCP connection
@@ -439,32 +490,32 @@ public:
#ifdef DOXYGEN
//! \brief read ip, default ""
string ip;
//! \brief read port, default 0
int port;
//! \brief ethernet parameters
int parameters;
//! \brief read timeout, default 1000 ms
double readTimeout;
//! \brief write timeout, default 1000 ms
double writeTimeout;
//! \brief time-to-live, default 64
int TTL;
//! \brief time-to-live for multicast, default 1
int multicastTTL;
#endif
//! \}
//! \}
protected:
explicit PIEthernet(int sock, PIString ip_port);
void propertyChanged(const char * name) override;
PIString constructFullPathDevice() const override;
void configureFromFullPathDevice(const PIString & full_path) override;
PIPropertyStorage constructVariantDevice() const override;
@@ -475,7 +526,7 @@ protected:
DeviceInfoFlags deviceInfoFlags() const override;
//! Executes when any read function was successful. Default implementation does nothing
virtual void received(const void * data, int size) {;}
virtual void received(const void * data, int size) { ; }
void construct();
bool init();
@@ -485,7 +536,7 @@ protected:
void applyTimeouts();
void applyTimeout(int fd, int opt, double ms);
void applyOptInt(int level, int opt, int val);
PRIVATE_DECLARATION(PIP_EXPORT)
int sock, sock_s;
std::atomic_bool connected_, connecting_, listen_threaded, server_bounded;
@@ -493,7 +544,7 @@ protected:
Type eth_type;
PIThread server_thread_;
PIMutex clients_mutex;
PIVector<PIEthernet * > clients_;
PIVector<PIEthernet *> clients_;
PIQueue<PIString> mcast_queue;
PIStringList mcast_groups;
PIFlags<PIEthernet::Parameters> params;
@@ -518,15 +569,30 @@ private:
static int ethSetsockoptBool(int sock, int level, int optname, bool value = true);
static void ethNonblocking(int sock);
static bool ethIsWriteable(int sock);
};
inline bool operator <(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {return (v0.name < v1.name);}
inline bool operator ==(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {return (v0.name == v1.name && v0.address == v1.address && v0.netmask == v1.netmask);}
inline bool operator !=(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {return (v0.name != v1.name || v0.address != v1.address || v0.netmask != v1.netmask);}
inline PICout operator <<(PICout s, const PIEthernet::Address & v) {s.space(); s.saveAndSetControls(0); s << "Address(" << v.toString() << ")"; s.restoreControls(); return s;}
inline bool operator<(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {
return (v0.name < v1.name);
}
inline bool operator==(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {
return (v0.name == v1.name && v0.address == v1.address && v0.netmask == v1.netmask);
}
inline bool operator!=(const PIEthernet::Interface & v0, const PIEthernet::Interface & v1) {
return (v0.name != v1.name || v0.address != v1.address || v0.netmask != v1.netmask);
}
inline PICout operator<<(PICout s, const PIEthernet::Address & v) {
s.space();
s.saveAndSetControls(0);
s << "Address(" << v.toString() << ")";
s.restoreControls();
return s;
}
inline bool operator ==(const PIEthernet::Address & v0, const PIEthernet::Address & v1) {return (v0.ip() == v1.ip() && v0.port() == v1.port());}
inline bool operator !=(const PIEthernet::Address & v0, const PIEthernet::Address & v1) {return (v0.ip() != v1.ip() || v0.port() != v1.port());}
inline bool operator==(const PIEthernet::Address & v0, const PIEthernet::Address & v1) {
return (v0.ip() == v1.ip() && v0.port() == v1.port());
}
inline bool operator!=(const PIEthernet::Address & v0, const PIEthernet::Address & v1) {
return (v0.ip() != v1.ip() || v0.port() != v1.port());
}
#endif // PIETHERNET_H