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<html><head><title>File too/inet</title></head>
<body BGCOLOR="#ffffff" TEXT="#000000" LINK="#000000" VLINK="#000000">
<h1>File too/inet</h1>
<hr><h2>class <a href="index.html">too</a>.<a name="InetAddress" href="#i_InetAddress">InetAddress</a></h2>
An <b><code><a href="inet.html#InetAddress">InetAddress</a></b></code> really is an IPv4 address. It depends on the
underlying IPv6 implementation if this class is usable for IPv6
addresses.
<h3>Inherits</h3>
<dl>
<dt>State supers
<dd><a href="../tom/index.html">tom</a>.<a href="../tom/State.html#State">State</a>, <a href="network.html#Address">Address</a>
</dl>
<h3>methods</h3>
<dl><dt><b><pre>instance (id)
with (<a href="inet.html#InetHost">InetHost</a>, pointer, int) (h, a, l);
</pre></b><dd>
Return a new instance with the indicated fields. (The <code>address</code>
will be deallocated upon the death of the newly created address.)
<p></dl><h2>instance <a href="index.html">too</a>.<a name="i_InetAddress" href="#InetAddress">InetAddress</a></h2>
<h3>variables</h3>
<dl>
<dt><b><code>
<a href="inet.html#InetHost">InetHost</a> host;</code></b>
<dd>The host on which this address resides.
<dt><b><code>
pointer address;</code></b>
<dd>The internet address.
<dt><b><code>
int address_length;</code></b>
<dd>The length in bytes of the address.
</dl>
<h3>methods</h3>
<dl><dt><b><pre>(pointer, int)
osAddress;
</pre></b><dd>
Return the low-level bare address.
<p><dt><b><pre>void
dealloc;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>boolean
equal id other;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>int
hash;
</pre></b><dd>
Undocumented.
<p><dt><b><pre><a href="inet.html#InetHost">InetHost</a>
host;
</pre></b><dd>
Return the host of this address. The host is looked up if the
address was not yet related to a host.
<p><dt><b><pre>protected id
init (<a href="inet.html#InetHost">InetHost</a>, pointer, int) (h, a, l);
</pre></b><dd>
Designated initializer.
<p><dt><b><pre><a href="../tom/index.html">tom</a>.<a href="../tom/streams.html#OutputStream">OutputStream</a>
write <a href="../tom/index.html">tom</a>.<a href="../tom/streams.html#OutputStream">OutputStream</a> s;
</pre></b><dd>
Output the address in dotted decimal octet notation.
<p></dl><hr><h2>class <a href="index.html">too</a>.<a name="InetHost" href="#i_InetHost">InetHost</a></h2>
<h3>Inherits</h3>
<dl>
<dt>State supers
<dd><a href="../tom/index.html">tom</a>.<a href="../tom/State.html#State">State</a>, <a href="network.html#Host">Host</a>
</dl>
<h3>variables</h3>
<dl>
<dt><b><code>
static <a href="../tom/index.html">tom</a>.<a href="../tom/Dictionary.html#MutableDictionary">MutableDictionary</a> hosts_by_name;</code></b>
<dd>All internet hosts currently known, keyed on their name(s).
<dt><b><code>
static <a href="../tom/index.html">tom</a>.<a href="../tom/Dictionary.html#MutableDictionary">MutableDictionary</a> hosts_by_addr;</code></b>
<dd>All internet hosts currently known, keyed on their address(es).
<dt><b><code>
static <a href="inet.html#InetHost">InetHost</a> local_host_any;</code></b>
<dd>The wildcard local host.
</dl>
<h3>methods</h3>
<dl><dt><b><pre>instance (id)
addressed <a href="inet.html#InetAddress">InetAddress</a> addr;
</pre></b><dd>
Return the host known with the address <code>addr</code>. If the host can be
found in the cache, no lookup is performed.
<p><dt><b><pre>protected void
cacheHost instance (id) h;
</pre></b><dd>
Add the host <code>h</code> to the cache.
<p><dt><b><pre>void
initialize;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>void
load <a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a> arguments;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>instance (id)
named <a href="../tom/index.html">tom</a>.<a href="../tom/String.html#String">String</a> name;
</pre></b><dd>
Return the host named <code>name</code>. If the host can be found in the
cache, no lookup is performed.
<p><dt><b><pre>protected instance (id)
hostWithAddress <a href="inet.html#InetAddress">InetAddress</a> addr;
</pre></b><dd>
Perform a lookup of the host addressed <code>addr</code>. Return the host, or
<code>nil</code> if it could not be found. The cache remains unaffected.
<p><dt><b><pre>protected instance (id)
hostWithName <a href="../tom/index.html">tom</a>.<a href="../tom/String.html#String">String</a> name;
</pre></b><dd>
Perform a lookup of the host named <code>name</code>. Return the host, or
<code>nil</code> if it could not be found. The cache remains unaffected.
<p><dt><b><pre>protected instance (id)
with (<a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a>, <a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a>) (n, a);
</pre></b><dd>
Return a newly allocated host with the names <code>n</code> and addresses <code>a</code>.
<p></dl><h2>instance <a href="index.html">too</a>.<a name="i_InetHost" href="#InetHost">InetHost</a></h2>
<h3>variables</h3>
<dl>
<dt><b><code>
public <a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a> names;</code></b>
<dd>The names by which this host is known.
<dt><b><code>
public <a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a> addresses;</code></b>
<dd>The addresses by which this host is known.
</dl>
<h3>methods</h3>
<dl><dt><b><pre>id
init (<a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a>, <a href="../tom/index.html">tom</a>.<a href="../tom/Array.html#Array">Array</a>) (n, a);
</pre></b><dd>
Designated initializer.
<p><dt><b><pre><a href="../tom/index.html">tom</a>.<a href="../tom/String.html#String">String</a>
name;
</pre></b><dd>
Undocumented.
<p></dl><hr><h2>class <a href="index.html">too</a>.<a name="InetPort" href="#i_InetPort">InetPort</a></h2>
An <b><code><a href="inet.html#InetPort">InetPort</a></b></code> is an abstract port on an internet host.
<h3>Inherits</h3>
<dl>
<dt>State supers
<dd><a href="ports.html#Port">Port</a>, <a href="../tom/index.html">tom</a>.<a href="../tom/State.html#State">State</a>
</dl>
<h3>methods</h3>
<dl><dt><b><pre>instance (id)
with int port
at <a href="inet.html#InetAddress">InetAddress</a> address;
</pre></b><dd>
Return a newly created <b><code><a href="inet.html#InetPort">InetPort</a></b></code> with the <code>address</code> and the <code>port</code>.
<p></dl><h2>instance <a href="index.html">too</a>.<a name="i_InetPort" href="#InetPort">InetPort</a></h2>
<h3>variables</h3>
<dl>
<dt><b><code>
public <a href="inet.html#InetAddress">InetAddress</a> address;</code></b>
<dd>The address (of the host) at which this port resides.
<dt><b><code>
public int port;</code></b>
<dd>The port on the host.
</dl>
<h3>methods</h3>
<dl><dt><b><pre>boolean
equal id other;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>int
hash;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>protected id
initWithPort int p
at <a href="inet.html#InetAddress">InetAddress</a> a;
</pre></b><dd>
Designated initializer.
<p><dt><b><pre><a href="../tom/index.html">tom</a>.<a href="../tom/streams.html#OutputStream">OutputStream</a>
write <a href="../tom/index.html">tom</a>.<a href="../tom/streams.html#OutputStream">OutputStream</a> s;
</pre></b><dd>
Output the address in dotted decimal octet notation followed by a
colon and the port number.
<p></dl><hr><h2>class <a href="index.html">too</a>.<a name="ConnectedInetPort" href="#i_ConnectedInetPort">ConnectedInetPort</a></h2>
A <b><code><a href="inet.html#ConnectedInetPort">ConnectedInetPort</a></b></code> is a bytestream on a connected TCP socket.
<h3>Inherits</h3>
<dl>
<dt>State supers
<dd><a href="ports.html#ConnectedPort">ConnectedPort</a>, <a href="inet.html#InetPort">InetPort</a>
</dl>
<h2>instance <a href="index.html">too</a>.<a name="i_ConnectedInetPort" href="#ConnectedInetPort">ConnectedInetPort</a></h2>
<h3>variables</h3>
<dl>
<dt><b><code>
public <a href="inet.html#InetPort">InetPort</a> server;</code></b>
<dd>Description of the server to which we connected or from which we
accepted. In the latter case, this will be a <b><code><a href="inet.html#ServerInetPort">ServerInetPort</a></b></code>.
<dt><b><code>
<a href="inet.html#InetPort">InetPort</a> peer;</code></b>
<dd>The peer socket. Set by invoking <code>InetPort [self peer]</code>.
</dl>
<h3>methods</h3>
<dl><dt><b><pre>protected id
initWithPort int p
at <a href="inet.html#InetAddress">InetAddress</a> a;
</pre></b><dd>
Designated initializer. Connect to the port <code>p</code> at the address <code>a</code>.
<p><dt><b><pre>id
initWithPort int p
at <a href="inet.html#InetAddress">InetAddress</a> a
descriptor int d
server <a href="inet.html#ServerInetPort">ServerInetPort</a> s
peer <a href="inet.html#InetPort">InetPort</a> pr;
</pre></b><dd>
Initialization used by `ConnectedInetPort [ServerInetPort accept]'.
<p><dt><b><pre><a href="inet.html#InetPort">InetPort</a>
peer;
</pre></b><dd>
Return the peer port.
<p><dt><b><pre>void
registerForRead <a href="DescriptorDelegate.html#DescriptorReadDelegate">DescriptorReadDelegate</a> d;
</pre></b><dd>
Undocumented.
<p><dt><b><pre>void
registerForWrite <a href="DescriptorDelegate.html#DescriptorWriteDelegate">DescriptorWriteDelegate</a> d;
</pre></b><dd>
Undocumented.
<p></dl><hr><h2>class <a href="index.html">too</a>.<a name="ServerInetPort" href="#i_ServerInetPort">ServerInetPort</a></h2>
A <b><code><a href="inet.html#ServerInetPort">ServerInetPort</a></b></code> is a TCP port which is listening for connections
to accept.
<h3>Inherits</h3>
<dl>
<dt>State supers
<dd><a href="inet.html#InetPort">InetPort</a>, <a href="ports.html#ServerPort">ServerPort</a>, <a href="../tom/index.html">tom</a>.<a href="../tom/Descriptor.html#Descriptor">Descriptor</a>
</dl>
<h2>instance <a href="index.html">too</a>.<a name="i_ServerInetPort" href="#ServerInetPort">ServerInetPort</a></h2>
<h3>methods</h3>
<dl><dt><b><pre><a href="inet.html#ConnectedInetPort">ConnectedInetPort</a>
accept;
</pre></b><dd>
Accept a connection on the receiving port, returning a connected
port.
<p><dt><b><pre>protected id
initWithPort int port
at <a href="inet.html#InetAddress">InetAddress</a> address;
</pre></b><dd>
Designated initializer. Listen on the <code>port</code> at the <code>address</code>. If
the <code>address</code> is <code>nil</code>, any local address will do; if the port is 0,
it is assigned by the operating system.
<p><dt><b><pre>void
registerForRead <a href="DescriptorDelegate.html#DescriptorReadDelegate">DescriptorReadDelegate</a> d;
</pre></b><dd>
Undocumented.
<p></dl><hr><address>Generated by tm 1.01.</address></body></html>
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