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1 Chapter 1 : Three advanced features - Business user guide - Dropbox Chapter 1 Introduction Advanced Features WisVote User Manual V.2 Page 1 of 8 Section July Advanced Features Learn to create a custom Associated View (Personal View), while not mandatory, it is a power way. It supports and extends the core functionality of version 2. The core specification is focused on point-to-point exchange of messages between two ebms message service handlers. It does not explicitly consider multi-hop messaging. Messaging across intermediaries is a common requirement in many e-business and e-government communities and is functionality provided by many messaging protocols, including the version 2. This chapter defines a multi-hop profile of ebms 3. The main function of intermediaries as defined in this specification is to provide message routing and forwarding based on standardized SOAP message headers, allowing a sending MSH to ignore the ultimate message destination and abstract away from lower-level transport parameters such as the URL of the ultimate receiving MSH and message exchange pattern bindings. The intermediary functionality defined here supports message relaying across segmented networks, synchronous and asynchronous bindings and both active push and passive pull message stores forwarding styles. Multi-hop paths may consist of any number of intermediaries. A key end-user requirement that this specification supports is end-to-end reliable messaging and end-to-end security and compliance with Web Services interoperability profiles. An MSH that is able to act either in the Sending role or in the Receiving role, and that is configured for doing so for at least some messages, in a network of MSHs. The ability to act as a Sender or Receiver in a multi-hop transfer imposes certain requirements on the MSH which are detailed in section 2. Sending, Receiving and Forwarding roles can be combined in any way, subject to configuration. Edge hops and I-Cloud hops ebms multi-hop topology: An ebms multi-hop topology is a network of ebms nodes connected via one or more multi-hop paths. Note that not every pair of ebms nodes in a multi-hop topology has to be part of the same multi-hop path, i. In a multi-hop topology one usually finds MSHs that are only able to act as Endpoints on its periphery, although this is not always the case: The I-cloud is the network of ebms Intermediaries that is at the core of a multi-hop topology. However, when considering a single multi-hop path, we will call I-Cloud the set of Intermediaries involved in this path at the exclusion of the origin and destination Endpoint MSHs even if these are able to act as Intermediaries for another multi-hop path. This chapter describes some typical topologies. These assumptions furthermore define the multi-hop topologies supported in a way that is considered relevant to the majority of situations: The topologies considered here all involve ebms intermediaries, not exclusive of other non-ebms nodes. Their presence is orthogonal to the definition of ebms multi-hop topologies. The same MSH may play different roles for different multi-hop paths: The multi-hop model described here must support this, although in practice many topologies will restrict the roles that an MSH can play. For simplicity we will assume that in a Hub-and-Spoke model as well as in the Interconnected-Hubs model, the Endpoints are not acting as Intermediaries. In this configuration, every multi-hop path is actually a 2-hop path. Every Endpoint MSH connected to the Hub is either a destination or an origin to at least one multi-hop path. The group of endpoints directly served by the same Hub is called an Endpoint cluster. Some Intermediaries may not serve any cluster of endpoint MSHs, but only act as relays between Intermediaries. A special case of the interconnected hubs topology is the Bridge Domains topology. Each sub-network is only reachable from the outside via its Gateway and can use internal addresses that are not publicly reachable or resolvable outside the sub-network. The assumption is that any Gateway is reachable from any other Gateway with each Gateway configured to route messages intended for other domains. This topology mostly departs from the Interconnected Hub topology in its constraints about the addressing function and its partitioning into domains bridged by these Gateways. The multi-hop mode considered here is of type transparent multi-hop. SOAP envelope and its content or any attached payload, they are forwarding. Signature integrity is a major reason for intermediaries to not alter SOAP content, when using security. Other multi-hop modes are out of scope for this specification, although this specification does not preclude them. An ebms Intermediary is able to support pulling i. PullRequest at least over Edge-hops, i. A multi-hop path is decomposed into a edge-hops, and b I-Cloud hops see section 1. A different configuration construct is used to Page 1

2 control message transfer over these two types of hops being as follows: The P-Mode deployed on each endpoint. These P-Modes define the details of the intermediary that is in contact with the endpoint MSHs, and has no bearing on how these intermediaries transfer messages over the I-Cloud. The routing function for transfer inside the I-Cloud ICloud hops. The Endpoint MSHs are not aware of the way messages are transferred within the I-Cloud, and do not control the transfer of messages within the I-Cloud besides setting header content used as input by the routing functions. Addressability, in this context, is defined as the readiness to accept incoming requests on the underlying transport protocol â e. An addressable Endpoint MSH implies a static IP address, appropriate firewall configuration as well as general availability of the endpoint no extended downtime. If not addressable, an Endpoint MSH will pull messages from the Intermediary it is connected to in the multi-hop topology i. There may be other reasons for message pulling in addition to non-addressability, e. It must be possible to configure a multi-hop topology so that end-to-end message transfer is possible without breaking signatures. It must be possible to configure a multi-hop topology so that end-to-end reliable transfer of a message is possible, i. It must be possible to configure a multi-hop topology so that end-to-end secure conversations may be established, based on the WS-SecureConversation standard [WSSC14]. When message forwarding does not involve pulling, and when there is no other connectivity impediment, an Intermediary may either use streaming to forward a message without persisting any part of it, or store the message for subsequent forwarding see section 2. An intermediary that is capable of both streaming and store-and-forward messaging may select one or the other option using its routing function. For example when an Intermediary has to support message pulling, it must have knowledge of authorization data related to each pulling Endpoint. This requires partial knowledge of P-Modes associated with message pulling. In particular, messages sent over a single end-to-end reliable sequence may be routed on different paths, provided they reach the same destination. This may happen when an Intermediary is out of order, hence requiring routing via an alternate path. This role determines which SOAP headers may be processed by that node. Page 2

3 Chapter 2 : Advanced features 2. Click Advanced Features from the links on the left. 3. Click Edit Text Version. 4. Make your changes. 5. Click Preview to review your changes. Yubikey Smartphone and Tablet If you are on a smartphone or tablet and you prefer not to receive push notifications through the Duo Mobile App then you can use a passcode instead. Passcodes are generated through the Duo Mobile App but do not require you to have data or wireless internet connection on your device. Beside the name George Mason University tap on the green key. You will see a 6-digit passcode. You can generate another passcode at any time as it will only display for a short time. Generating a new password will invalidate any previously generated passcodes. In the 2FA login window, click Enter a Passcode. In the "Passcode" field, enter the six-digit passcode generated from the Duo Mobile app and click Log In. For the password, you will use your Patriot Pass Password followed by a comma and the passcode on your phone. Bypass Code Non-Emergency If you know you will not have access to your 2FA enrolled device, you may request a bypass code for use in lieu of an enrolled device. Bypass codes are reusable and valid for 7 days. Click 2FA Account Login on the bottom right. Complete the second factor authentication with your previously enrolled device. Click Generate Bypass Code. For the password you will use your Patriot Pass Password followed by a comma and the bypass code you were given. Append mode allows you to specify what device you would like the authentication request to be sent to. If you have multiple devices of the same type registered you can add a number to the end of the device names. For example, push2 will send a login request to your second phone, phone3 will call your third phone, etc. More information about this feature can be found in the Duo Guide. If your Second Device is a Smartphone with Duo Mobile App User: Page 3

4 Chapter 3 : Advanced Features Justin Morgan focuses on one of the key features of the uscope - the ability to tap into the power of the data-point buffer and the 12 bit vertical reso. R1 show ip route ospf Codes: OSPF will choose the route with the least accumulated cost. The route with the lowest accumulated cost is: You will create a static default route on R2, and then OSPF will propagate that route to the other two routers on the network. Configure a static default route on R2 to loopback 0. Configure a default route using the loopback interface configured in Part 1, to simulate a connection to an ISP. Have OSPF propagate the default static route. Issue the default-information srcinate command to include the static default route in the OSPF updates that are sent from R2. This document is Cisco Public. Verify OSPF static route propagation. Issue the show ip route static command on R2. R2 show ip route static Codes: R1 show ip route Codes: Were the pings successful? There are three authentication types available for OSPF authentication: Null, plain text, or MD5. R2 debug ip ospf adj OSPF adjacency debugging is on b. R1 config-if ip ospf authentication message-digest OSPF debug messages informing you of a Mismatched Authentication type displays on R2. Rcv pkt from Input packet specified type 2, we use type 0 d. Issue the u all command, which is the shortest version of the undebug all command on R2 to disable debugging. Use the same MD5 password you entered for R1. This command displays the type of authentication at the bottom of the output. Chapter 4 : Lab - Configuring OSPFv2 Advanced Features - PDF Free Download This feature is not available right now. Please try again later. Chapter 5 : FUJIFILM X-T1 features - Advanced Features 2 Fujifilm Global Hyper-V Windows 8 Network Adapter Advanced Features One of my favorite Windows 8 features is the addition of Hyper-V. I've been using Hyper-V off and on as a VMWare replacement since attending the Microsoft Certified Master training in Chapter 6 : OASIS ebxml Messaging Services Version Part 2, Advanced Features Lab - Configuring OSFPv2 Advanced Features Background / Scenario Open Shortest Path First (OSPF) has advanced features to allow changes to be made to control metrics, default route propagation, and security. Chapter 7 : Hyper Converged Infrastructure Solutions vsan (Virtual SAN) VMware The way I explain Dreamweaver to most of my friends is that it is a graphical version of Notepad++ It highlights syntax and shows you a rough preview of what your code will look like at the same time. Chapter 8 : Intel vpro - Wikipedia Core Java  Volume IIâ Advanced Features Ninth Edition Cay S. Horstmann Gary Cornell Upper Saddle River, NJ â Boston â Indianapolis â San Francisco. Chapter 9 : RS-BA1 Version 2 Products Icom Inc Open Shortest Path First (OSPF) has advanced features to allow changes to be made to control metrics, default route propagation, and security. In this lab, you will adjust OSPF metrics on the router interfaces, configure OSPF route Page 4

5 propagation, and use. Page 5