I need a web-application to be translated from English to Portuguese.Since the servers on which this application runs have no internet access, is there a way to achieve this without using a 3rd Party API. Is there a JS Library that can translate from say Language A to Language B on the client side ?
After you've translated the message, you can select Show original to see the message in the original language or Turn on automatic translation to always translate messages to your preferred language.
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You can have an entire Outlook message translated by a computer ("machine translation") and displayed in a web browser. When you choose this kind of translation, the content in the message is sent over the Internet to a service provider.
To change the languages that are used for translation, in the Research pane, under Translation, select the languages that you want to translate from and to. For example, to translate English to French, click English in the From list and French in the To list.
The Mini Translator displays the translation of one word as you point at it with your cursor. You can also copy the translated text to the Clipboard, paste it somewhere else, or play a pronunciation of the translated word.
All IP packets have a source IP address and a destination IP address. Typically, packets passing from the private network to the public network will have their source address modified, while packets passing from the public network back to the private network will have their destination address modified. To avoid ambiguity in how replies are translated, further modifications to the packets are required. The vast bulk of Internet traffic uses Transmission Control Protocol (TCP) or User Datagram Protocol (UDP). For these protocols, the port numbers are changed so that the combination of IP address (within the IP header) and port number (within the Transport Layer header) on the returned packet can be unambiguously mapped to the corresponding private network destination. RFC 2663 uses the term network address and port translation (NAPT) for this type of NAT.[4] Other names include port address translation (PAT), IP masquerading, NAT overload and many-to-one NAT. This is the most common type of NAT and has become synonymous with the term "NAT" in common usage.
Network address and port translation may be implemented in several ways. Some applications that use IP address information may need to determine the external address of a network address translator. This is the address that its communication peers in the external network detect. Furthermore, it may be necessary to examine and categorize the type of mapping in use, for example when it is desired to set up a direct communication path between two clients both of which are behind separate NAT gateways.
Private IP addresses as described in RFC 1918 are usable only on private networks not directly connected to the internet. Ports are endpoints of communication unique to that host, so a connection through the NAT device is maintained by the combined mapping of port and IP address. A private address on the inside of the NAT is mapped to an external public address. Port address translation (PAT) resolves conflicts that arise when multiple hosts happen to use the same source port number to establish different external connections at the same time.
With NAT, all communications sent to external hosts actually contain the external IP address and port information of the NAT device instead of internal host IP addresses or port numbers. NAT only translates IP addresses and ports of its internal hosts, hiding the true endpoint of an internal host on a private network.
When a computer on the private (internal) network sends an IP packet to the external network, the NAT device replaces the internal source IP address in the packet header with the external IP address of the NAT device. PAT may then assign the connection a port number from a pool of available ports, inserting this port number in the source port field. The packet is then forwarded to the external network. The NAT device then makes an entry in a translation table containing the internal IP address, original source port, and the translated source port. Subsequent packets from the same internal source IP address and port number are translated to the same external source IP address and port number. The computer receiving a packet that has undergone NAT establishes a connection to the port and IP address specified in the altered packet, oblivious to the fact that the supplied address is being translated.
Hosts behind NAT-enabled routers do not have end-to-end connectivity and cannot participate in some internet protocols. Services that require the initiation of TCP connections from the outside network, or that use stateless protocols such as those using UDP, can be disrupted. Unless the NAT router makes a specific effort to support such protocols, incoming packets cannot reach their destination. Some protocols can accommodate one instance of NAT between participating hosts ("passive mode" FTP, for example), sometimes with the assistance of an application-level gateway (see Applications affected by NAT), but fail when both systems are separated from the internet by NAT. The use of NAT also complicates tunneling protocols such as IPsec because NAT modifies values in the headers which interfere with the integrity checks done by IPsec and other tunneling protocols.
TCP and UDP, have a checksum that covers all the data they carry, as well as the TCP or UDP header, plus a pseudo-header that contains the source and destination IP addresses of the packet carrying the TCP or UDP header. For an originating NAT to pass TCP or UDP successfully, it must recompute the TCP or UDP header checksum based on the translated IP addresses, not the original ones, and put that checksum into the TCP or UDP header of the first packet of the fragmented set of packets.
The DNS protocol vulnerability announced by Dan Kaminsky on July 8, 2008,[31] is indirectly affected by NAT port mapping. To avoid DNS cache poisoning, it is highly desirable not to translate UDP source port numbers of outgoing DNS requests from a DNS server behind a firewall that implements NAT. The recommended workaround for the DNS vulnerability is to make all caching DNS servers use randomized UDP source ports. If the NAT function de-randomizes the UDP source ports, the DNS server becomes vulnerable.
Many PHP applications currently ship with rewrite rules as part of their .htaccess file. These rules tell Apache's mod_rewrite how and when to rewrite incoming requests. The IIS URL Rewrite module can read these rules and translate them into URL Rewrite rules.
Another application security (or integrity) measure often implemented is disabling directory browsing from the clients. Many Web server configurations will let users see a listing of files in a directory that does not contain one of the default document files. In the .htaccess file of the sample application, this is disabled using the Options directive:
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For example, a user browse to a web site with IP 1.2.3.4 but NO DNS entry, neither A nor PTR.We then would need the call to not go to the IP 1.2.3.4, but to our server 10.0.0.4 instead.Is there any way to do that, at all? We realize this would need to be set on the client machine, but still - is there any way to do it?
NETWORKING: If want to redirect an IP address to a different address this can be done by a router. The mechanism used is call NAT (Network Address Translation). In this case you would need DNAT (Destination Network Address Translation.) Some routers can do NAT on a per port (service) address. In this case you would want the related DNS entries to return the IP address being translated.
EDIT: The additional comments provide additional information. As I understand the requirements: - Proxying will only be for users from certain addresses/address ranges, not all traffic to the name/IP will be proxied.
- Proxied requests must appear to originate from the proxy not the original host. - Current solution provided different address records depending on origin of the request. (I believe the existing solution is broken here. DNS request originate from the DNS server the client is using, which may not be the client's device. DNS responses are cached, so you can not rely on a DNS request preceding the request.)
If you plan to use the Cloud Translation API, you need to set up authentication.Any client application that uses the API must be authenticated and grantedaccess to the requested resources. For more information, see Authenticate toCloud Translation.
Client libraries are available for several popular languages. We recommend thatyou use these client libraries to make calls to Cloud Translation because theymake it easier to access the APIs. If a client library doesn't meet yourneeds or isn't available for your language, build your own custom code. Formore information, see Using your own clientcode.
For example, when you use a client library, it can determine your credentialsimplicitly through the GOOGLE_APPLICATION_CREDENTIALS environment variable.You don't need to explicitly specify your credentials in code. For moreinformation, see Client LibrariesExplained in the Cloud APIsdocumentation.
Caution: The Java client library does not support Android.If you are using Maven, addthe following to your pom.xml file. For more information aboutBOMs, see The Google Cloud Platform Libraries BOM. be457b7860
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