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//
// Copyright (c) ZeroC, Inc. All rights reserved.
//
#import "Endpoint.h"
#import "IceUtil.h"
#import "Convert.h"
@implementation ICEEndpointInfo
-(std::shared_ptr<Ice::EndpointInfo>) info
{
return std::static_pointer_cast<Ice::EndpointInfo>(self.cppObject);
}
-(int16_t) getType
{
return self.info->type();
}
-(BOOL) getDatagram
{
return self.info->datagram();
}
-(BOOL) getSecure
{
return self.info->secure();
}
@end
@implementation ICEEndpoint
-(std::shared_ptr<Ice::Endpoint>) endpoint
{
return std::static_pointer_cast<Ice::Endpoint>(self.cppObject);
}
-(NSString*) toString
{
return toNSString(self.endpoint->toString());
}
-(id) getInfo
{
auto info = self.endpoint->getInfo();
return [ICEEndpoint createEndpointInfo:info];
}
-(bool) isEqual:(ICEEndpoint*)other
{
return Ice::targetEqualTo(self.endpoint, other.endpoint);
}
+(id) createEndpointInfo:(std::shared_ptr<Ice::EndpointInfo>)infoPtr
{
ICEEndpointInfo* handle = [ICEEndpointInfo getHandle:infoPtr];
id underlying = infoPtr->underlying ? [self createEndpointInfo:infoPtr->underlying] : [NSNull null];
Class<ICEEndpointInfoFactory> factory = [ICEUtil endpointInfoFactory];
//
// Don't use info->type() to determine the type of the EndpointInfo object. When an endpoint is the
// underlying endpoint of a parent, the child's value for type() is the same as its parent. We have
// to use type casts instead.
//
auto opaqueInfo = std::dynamic_pointer_cast<Ice::OpaqueEndpointInfo>(infoPtr);
if(opaqueInfo)
{
NSData* rawBytes = [[NSData alloc] initWithBytes:opaqueInfo->rawBytes.data()
length:opaqueInfo->rawBytes.size()];
return [factory createOpaqueEndpointInfo:handle
underlying:underlying
timeout:opaqueInfo->timeout
compress:opaqueInfo->compress
encodingMajor:opaqueInfo->rawEncoding.major
encodingMinor:opaqueInfo->rawEncoding.minor
rawBytes:rawBytes];
}
auto udpInfo = std::dynamic_pointer_cast<Ice::UDPEndpointInfo>(infoPtr);
if(udpInfo)
{
return [factory createUDPEndpointInfo:handle
underlying:underlying
timeout:udpInfo->timeout
compress:udpInfo->compress
host:toNSString(udpInfo->host)
port:udpInfo->port
sourceAddress:toNSString(udpInfo->sourceAddress)
mcastInterface:toNSString(udpInfo->mcastInterface)
mcastTtl:udpInfo->mcastTtl];
}
auto ipInfo = std::dynamic_pointer_cast<Ice::IPEndpointInfo>(infoPtr);
if(std::dynamic_pointer_cast<Ice::TCPEndpointInfo>(infoPtr))
{
return [factory createTCPEndpointInfo:handle
underlying:underlying
timeout:ipInfo->timeout
compress:ipInfo->compress
host:toNSString(ipInfo->host)
port:ipInfo->port
sourceAddress:toNSString(ipInfo->sourceAddress)];
}
auto wsInfo = std::dynamic_pointer_cast<Ice::WSEndpointInfo>(infoPtr);
if(wsInfo)
{
return [factory createWSEndpointInfo:handle
underlying:underlying
timeout:infoPtr->timeout
compress:infoPtr->compress
resource:toNSString(wsInfo->resource)];
}
if(std::dynamic_pointer_cast<IceSSL::EndpointInfo>(infoPtr))
{
return [factory createSSLEndpointInfo:handle
underlying:underlying
timeout:infoPtr->timeout
compress:infoPtr->compress];
}
#if TARGET_OS_IPHONE
auto iapInfo = std::dynamic_pointer_cast<IceIAP::EndpointInfo>(infoPtr);
if(iapInfo)
{
return [factory createIAPEndpointInfo:handle
underlying:underlying
timeout:iapInfo->timeout
compress:iapInfo->compress
manufacturer:toNSString(iapInfo->manufacturer)
modelNumber:toNSString(iapInfo->modelNumber)
name:toNSString(iapInfo->name)
protocol:toNSString(iapInfo->protocol)];
}
#endif
return [NSNull null];
}
@end
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