Top 10 Examples of "ip-address in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'ip-address' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
ifaces[ifname].forEach(function (iface) {
if (iface.internal !== false) {
// skip over internal (i.e. 127.0.0.1)
return;
}
//set IPv4 address
if ('IPv4' === iface.family) {
var address4 = new ipAddress.Address4(iface.address);
if (address4.isValid()) {
global.AddressIpv4 = iface.address;
global.hasAddressIpv4 = true;
}
}
//set IPv6 address
if (('IPv6' === iface.family)) {
var address6 = new ipAddress.Address6(iface.address);
//Only globally scoped IPv6 addresses can be reached externally
if(address6.isValid() && address6.getScope() === 'Global'){
global.AddressIpv6 = iface.address;
global.hasAddressIpv6 = true;
}
}
++alias;
});
});b.writeUInt32BE(eip[i], offset)
offset += 4
}
b.writeUInt32BE(locId >>> 0, 32)
lat = Math.round(parseFloat(fields[7]) * 10000)
lon = Math.round(parseFloat(fields[8]) * 10000)
area = parseInt(fields[9], 10)
b.writeInt32BE(lat, 36)
b.writeInt32BE(lon, 40)
b.writeInt32BE(area, 44)
} else {
// IPv4
bsz = 24
rngip = new Address4(fields[0])
sip = parseInt(rngip.startAddress().bigInteger(), 10)
eip = parseInt(rngip.endAddress().bigInteger(), 10)
locId = parseInt(fields[1], 10)
locId = cityLookup[locId]
b = Buffer.alloc(bsz)
b.fill(0)
b.writeUInt32BE(sip >>> 0, 0)
b.writeUInt32BE(eip >>> 0, 4)
b.writeUInt32BE(locId >>> 0, 8)
lat = Math.round(parseFloat(fields[7]) * 10000)
lon = Math.round(parseFloat(fields[8]) * 10000)
area = parseInt(fields[9], 10)
b.writeInt32BE(lat, 12)
b.writeInt32BE(lon, 16)
b.writeInt32BE(area, 20)b.writeUInt32BE(eip[i], offset);
offset += 4;
}
b.writeUInt32BE(locId>>>0, 32);
lat = Math.round(parseFloat(fields[7]) * 10000);
lon = Math.round(parseFloat(fields[8]) * 10000);
area = parseInt(fields[9], 10);
b.writeInt32BE(lat,36);
b.writeInt32BE(lon,40);
b.writeInt32BE(area,44);
} else {
// IPv4
bsz = 24;
rngip = new Address4(fields[0]);
sip = parseInt(rngip.startAddress().bigInteger(),10);
eip = parseInt(rngip.endAddress().bigInteger(),10);
locId = parseInt(fields[1], 10);
locId = cityLookup[locId];
b = Buffer.alloc(bsz);
b.fill(0);
b.writeUInt32BE(sip>>>0, 0);
b.writeUInt32BE(eip>>>0, 4);
b.writeUInt32BE(locId>>>0, 8);
lat = Math.round(parseFloat(fields[7]) * 10000);
lon = Math.round(parseFloat(fields[8]) * 10000);
area = parseInt(fields[9], 10);
b.writeInt32BE(lat,12);
b.writeInt32BE(lon,16);
b.writeInt32BE(area,20);sip = utils.aton6(rngip.startAddress().correctForm())
eip = utils.aton6(rngip.endAddress().correctForm())
b = Buffer.alloc(bsz)
for (i = 0; i < sip.length; i++) {
b.writeUInt32BE(sip[i], i * 4)
}
for (i = 0; i < eip.length; i++) {
b.writeUInt32BE(eip[i], 16 + i * 4)
}
} else {
// IPv4
bsz = 10
rngip = new Address4(fields[0])
sip = parseInt(rngip.startAddress().bigInteger(), 10)
eip = parseInt(rngip.endAddress().bigInteger(), 10)
b = Buffer.alloc(bsz)
b.fill(0)
b.writeUInt32BE(sip, 0)
b.writeUInt32BE(eip, 4)
}
b.write(cc, bsz - 2)
fs.writeSync(datFile, b, 0, bsz, null)
if (Date.now() - tstart > 5000) {
tstart = Date.now()
process.stdout.write('\nStill working (' + lines + ') ...')
} const _ip6To4 = ip6 => new ipAddress.Address6(ip6).to4().address;
// const _ip4To6 = ip4 => '::ffff:' + ip4;var locId
var b
var bsz
var lat
var lon
var area
var i
lines++
if (fields[0].match(/:/)) {
// IPv6
var offset = 0
bsz = 48
rngip = new Address6(fields[0])
sip = utils.aton6(rngip.startAddress().correctForm())
eip = utils.aton6(rngip.endAddress().correctForm())
locId = parseInt(fields[1], 10)
locId = cityLookup[locId]
b = Buffer.alloc(bsz)
b.fill(0)
for (i = 0; i < sip.length; i++) {
b.writeUInt32BE(sip[i], offset)
offset += 4
}
for (i = 0; i < eip.length; i++) {
b.writeUInt32BE(eip[i], offset)
offset += 4.map(function(line) {
var data = line.split(',');
if (!data || data.length < 2) {
console.error('[ERROR]', 'Bad line:', line);
return;
}
var geonameId = parseInt(data[1].replace(/"/g, ''));
var ipv4Cidr = data[0].replace(/"/g, '');
var ipv4Address = new Address4(ipv4Cidr);
var ipv4StartAddress = ipv4Address.startAddress().correctForm();
var ipv4EndAddress = ipv4Address.endAddress().correctForm();
var block = {
geoname_id: geonameId,
ipv4_start_int: utils.ipv4ToInt(ipv4StartAddress)
};
if (ipv4StartAddress !== ipv4EndAddress) {
block.ipv4_end_int = utils.ipv4ToInt(ipv4EndAddress);
}
countryBlocksIpv4.push(block);
})
.on('pipe', function() {window.AWS_RANGE_6 = j.ipv6_prefixes.map(p => {
const addr = new IpAddr.Address6(p.ipv6_prefix)
return {
addr,
region: p.region,
service: p.service
}
}).reverse()
console.log('...done IP range fetch'), idStr;
idBuf.fill(0);
idBuf.writeUInt16BE(socket.remotePort, 16);
if (net.isIPv4(socket.remoteAddress)) {
idBuf.writeUInt8(4, 18);
idBuf = socket.remoteAddress.split('.')
.reduce(
function (o, v, i) {
o.writeUInt8(v, i);
return o;
}
, idBuf
);
} else {
idBuf.writeUInt8(6, 18);
idBuf = (new ip.v6.Address(socket.remoteAddress)).parsedAddress
.reduce(
function (o, v, i) {
o.writeUInt16BE(v, i * 2);
return o;
}
, idBuf
);
}
idStr = idBuf.toString('hex');
this.client_sockets[idStr] = socket;
this.connection.sendUTF('NEW ' + idStr);
socket.on('close', function () {
self.connection.sendUTF('END ' + idStr);
delete self.client_sockets[idStr];
});public static getAddress6(host: string): Address6 | null | undefined {
const parts = host.split('.');
return parts.length === 4 ? Address6.fromAddress4(host) : new Address6(host);
}