Linksys CG7500 AC1900 User Manual – With a growing interest in jet administrations, for example, Netflix and Spotify, Web Access providers should choose the option to build the transfer speed measure accessible to shoppers. This change may seem progressive, however it really has occurred quickly.
FCC research showed that the average American web speed has tripled from 2011. In any case, the reality remains that many American households are not ready to fully use the Web association they pay.
The problem is that our home systems are simply not in the tobacco business. For some, updating your switch can be a smart thought. Either way, regardless of what your circumstance, obtaining your own particular link model and switch Mix gadget is quite often a decent purchase.
Why? A redesigned link modem will allow you to get a more stable partnership, and can extend the measurement of the transmission capacity accessible to neighborhood customers. In case you are one of the many customers who rent a modem, buying your own will really save cash in the long run.
Things are what they are, what would be convenient for you to get? Innovation changes rapidly, and the Linksys CG7500 is one of the most recent models available. In this audit, we're going to go hand-in to perceive what this team can do. Then we will allow you to choose if it is a decent alternative for your family unit.
This modem uses the standard DOCSIS 3.0, and is good with Xfinity, Spectrum, and Comcast ISP's. It is in the knowledge regarding each day standard single present, and can strengthen fabric packages up to 300 Mbps. On the WiFi side, 802.11 AC innovation is delivered to 1900 MB/s of neighborhood data transfer capability. Regardless of whether you are a substantial customer or simply sealed future, this average extension modem could be a decent decision.
If you have been screwed by one of the modest modems or your ISP has given you, you will undoubtedly value the fashion aspect of the CG7500. It's simple and unpretentious, but at the same time, you can imagine how to be soft and hook your eye.
Since it is both a modem and a switch, it has a significantly larger number of pieces than any single unit. By adjusting the edges, it is calculated how to maintain a slender profile and give a satisfactory cooling in the interim.
Marker lights on the front keep you educated from the action, both over the fabric and over your close system. In any case, there is not much in connection with an interface or control board, as Linksys planned this modem to be anything but difficult to use and basically require no customer cooperation.
Linksys really put aside their chance to ensure that this modem was as easy to set up as could be allowed. Everything is predesigned for you. If you are in Xfinity, simply eject the modem from the box, interface to your coaxial link, then associate the power.
Your WiFi organize the name and the secret word is printed on a sticker on the back of the modem. Following a start-up strategy for a couple of minutes, you'll be on your way.
With different ISP's, you need to call them and give the serial number of the modem. In any case, this is an ISP arrangement, and not something that Linksys can represent.
Most satellite Internet providers are using a correspondence convention called DOCSIS. This is the dialect your ISP uses to chat with your modem. DOCSIS works by dividing the broadband range into isolated channels. Your ISP can transmit 256 channels separated to your square, with each providing 12.5 Mbps data transmission.
Channel Holding is the reason your ISP can offer several packages. A 25 Mbit web design only implies that you are receiving two DOCSIS 3.0 channels.
In case you have a web design of 50 Mbps, this modem will not mystically expand its speed to its hypothetical furthest point. Either way, there are focal points. In case you have a modem that you are running on the maximum limit, you can fight to keep up. Since this modem props up 300 Mbps down, it can give 50 or even 100 Mbps profit effortlessly. A modem that is topped at its maximum speed with reliability has some overhead, decreasing the data transfer capacity.


Text message marketing companies are offering more services and better features to business customers looking for another inexpensive way to communicate with customers and get their messages out to these customers. Far too many customers do not react to email campaigns. The emails are deleted without reading them or they end up in junk folders never to be seen. They are auto deleted within a week or less. The return is rather small for the few that do actually read the message. Consumers and customers are too afraid of being tricked into something by opening an email message. This is due to all of the spam emails sent to them daily.
Now text message marketing companies have set up services that are easy to use, easy to compose messages. With a click of the mouse the messages are sent to ten or thousands of smart phones. Target your text message locally or based on subscribers. Either way can be set up and used by business customers trying to market to their customers.
Not everyone checks their email all of the time. But they do carry their cell phones with them. They do tend to check text messages before any other kind of message including email and voice messages. In fact most would rather have a text message rather than a voice message. Since it takes so long to call in and listen to a voice message that someone has left you.
Send a text message and tell me what you want is the way that most people seem to like it. Text messages are much less expensive compared to voice communications for both the sender and the receiver. Many people only have limited voice and data plans. They do not want to use their plans for these kinds of messages. Unlimited text messages on the other hand are easy to read and get a persons attention.
Text messages are now priced very inexpensively for business with most messaging sent over the internet. This capability is really changing the approach that companies use to market via text messaging. With smart phones becoming more prolific and supporting these text messaging app's, advertising is now available right on the app on the persons phone.
The owner of the phone who installs the free app on the phone gets the app for free. As long as he or she agrees to accept these advertising messages from time to time as well as advertisements on the app itself.
Most people ignore this advertising on their smart phone. However from time to time there is really something there that interests the user and they click on the advertisement. Even a small percentage of users clicking on this advertisement can mean big numbers for the advertiser. With millions of smart phones out there are millions of potential customers who may click on these advertisements.
Text messaging marketing is just another form of advertising that consumers just cannot get away from. Companies and advertising organizations send out millions of text messages every day to unsuspecting cell phone users. This is an attempt to garner some business from them. These messages are sent by the millions and are often ignored by consumers receiving them. They just do not hit the mark for many people and irritate a lot of others. At the very least you have to go in and delete them to reduce memory consumption on your phone.
If you have a text messaging plan on your phone then at least you do not have to pay for the incoming message. Although it is still annoying. You have to read each one and then delete it. Still every once and awhile there are some good deals available. You can save money by taking advantage of them.
Text messaging is actually old technology now. Messaging is becoming available over the internet and sent to your smart phone for free. With a free app on your phone you can send and receive messages to your friends etc without any cost what so ever. We expect that text messaging traffic is going to decline over the coming years as more and more people purchase smart phones.
As these apps become popular there will be text messaging marketing on these new apps as well especially if they make it into a majority of user's phones. Text messaging is an old technology owned and operated on the mobile phones that are sold by the various carriers. Smart phones are growing by leaps and bounds, so it will not be long before we begin to see a decline.
Most people today will always get a text plan with their phones since sending text messages is actually cheaper than talking over the phone and who wants to talk anyway these days. Most teens just send text messages. A few people we know only have a text plan and a data plan on their phones. They block all phone calls over their phones from the traditional cellular networks to limit voice charges. They can do all of their calling using the data network with Voip on their smart phone and also send text messages. This appears to be the way of the future.
Yet many of our older friends only have cell phones, mobile phones or smart phones only for emergencies and some just take a pay per use plan. They are definitely not into sending or receiving text messages. Still more and more people are gradually getting used to using smart phones and sending text messages. It is an inexpensive and unobtrusive way to communicate.
Text messaging advertising is another way that companies can advertise to consumers. Some cell phone users are starting to receive a lot of text messaging advertising. Frankly many people find it is quite annoying. These messages take time to read and delete. They are potentially using up some of your incoming message quota for text messages every month. If you have an unlimited plan, they you probably do not care quite so much. They even come in during the middle of the night which used to wake us up. Now we leave the phone downstairs were we cannot hear it in the middle of the night. Many mobile owners will turn their phones to private mode at night if they do not want to be disturbed.
The writer made the mistake of giving out their cell phone number once to a company who then sold the number to an advertiser. Selling numbers to advertisers apparently occurs all of the time. This advertiser began sending text messages to my phone at really odd hours. I now leave my phone down stairs at night so that it does not wake me up. I will still hear it if it rings and if it is an urgent call.
Fortunately I also have an unlimited incoming text message plan so do not need to worry about how many text messaging advertising messages I actually receive. If I had a limited plan, I would have to do something about this problem. These messages eat into your monthly quota and can cause a problem for many people.
There are also text messages which are called "short code text messages". and each time you receive one your account is charged $2.00. This is an outrageous amount to charge for an alert message that you did not want and did not order. There may be some alert messages that might be worth this kind of money. I do not know what they would be. I certainly do not want them. In my mind this is really a scam and they should be disallowed! The phone company makes a lot of money from them and does nothing to stop them unless you call them to have these type of messages blocked.
In the mean time, call your mobile provider and have them block these kinds of test messages from being received by your phone. This is the only way to block text messaging advertising of this type. You have to have specific numbers to block which you can do with short code text messaging.
Not sure if I can ask my carrier to block text messaging advertising in general from being received by my phone. If this could be put in place, it would be really appreciated by many consumers, but the carriers would lose a lot of revenue if they did block them so I really do not think that they will take the step to block general text messaging advertising.
Does anyone know if this is possible. If you do have some idea regarding blocking these kids of text messaging, leave us a comment and instructions on how to go about this.
For more about text messages, click here.


Sciarratta v. U.S. Bank National Association | Shannon B. Jones Law Group, Inc.
In Sciarratta v. U.S. Bank National Association, a California Appellate Court allowed a plaintiff to pursue a claim against a lender for wrongful foreclosure by alleging that the home was wrongfully foreclosed upon by an entity with no interest in either the debt or the property. In June 2005, plaintiff obtained a $620,000 loan secured by her property in Riverside, California. She executed a promissory note secured by a deed of trust identifying the lender as Washington Mutual Bank. Washington Mutual went into receivership and JPMorgan Chase acquired its assets, including plaintiff's loan. Chase subsequently assigned the deed of trust and promissory note to Deutsche Bank National Trust Company. Chase recorded an assignment of deed of trust assigning the deed of trust and promissory note to Bank of America. On the same date, Trustee, California Reconveyance Company ("CRC") recorded a Trustee's Deed Upon Sale on behalf of Bank of America as a foreclosing beneficiary under the deed of trust. Bank of America acquired the property at a foreclosure sale. Plaintiff sued Chase, Deutsche, CRC and others for wrongful foreclosure arguing that Bank of America had no right to foreclose, because the assignment was void and it had no interest in the debt or the property. The trial court sustained the defendants' demurrers without leave to amend and dismissed the complaint. The Court of Appeals reversed holding that the alleged foreclosure by an entity with no interest in the property sufficed to establish the requisite prejudice. The Appellate Court relied upon Yvanova v. New Century Mortgage Corp. (2016) 62. Cal.4th 919, wherein the California Supreme Court held that where a homeowner alleges a nonjudicial foreclosure sale was wrongful because of a void assignment, the homeowner has standing to sue for wrongful foreclosure.


text:
Melk é um município da Áustria localizado no distrito de Melk, no estado de Baixa Áustria.

Melk, às vezes aportuguesado para Melque, é uma cidade da Baixa Áustria, na beira do Rio Danúbio, famosa por sua abadia beneditina de 1089. É a capital do distrito do mesmo nome.

Considerada uma das portas do vale de Wachau, Melk é uma das jóias do Danúbio.

História
A primeira menção de Melque é no ano de 831 como "Medilicia".

Património
 Abadia de Melk, considerada o berço da Áustria, que hoje é um gigantesco edifício barroco do século XVIII que domina toda a zona e em cujo interior merece especial atenção a biblioteca.

A abadia inspirou Umberto Eco em seu livro O Nome da Rosa: o jovem monge, aprendiz de Guilherme de Baskerville, chamava-se Adso de Melk.

Política
O burgomestre é Thomas Widrich dos Partido Popular Austríaco.

Conselho Municipial
 ÖVP: 16
 SPÖ: 7
 Os Verdes - Alternativa Verde: 5
 Pro Melk: 1

Ligações externas

Distrito de Melk
Cidades da Baixa Áustria

redpajama_set_name: RedPajamaWikipedia


The Leader of the Isle of Wight Council has admitted he doesn't know if controversial plans to reform the fire service on the Island will save the council any money.
Councillor Dave Stewart says the plans are designed to keep Islanders safe, despite claims from the Fire Brigades Union that it is 'putting lives at risk'.
Speaking to Isle of Wight Radio's Paul Topping on the Breakfast Show this morning, Cllr Stewart admitted he didn't know if the reform would actually save the council any money.
He said the decision was made following six months' of review work by Cllr Tig Outlaw – cabinet member with responsibility for the fire service.
It will see shift patterns reformed and the number of firefighters on an engine potentially cut to four people – meaning firefighters will have to wait for a back up crew to arrive at the scene of a fire if people are trapped and they don't know where they are in the building.


Resource mailboxes play host to a number of room resource specific settings and policies, such as the window (in days) in which you can "book" the resource, as well as a many-layered system of policies and permissions which affect who may use them as well as their experience in doing so. Your application may have a need to read and synchronize with these settings.
Retrieving these settings using PowerShell is straightforward, however that doesn't stop the topic from being covered incessantly by others on the Internet. Although we can call PowerShell cmdlets from code, the only real solution here is to retrieve the settings using the one and only proper and direct interface to Exchange, i.e. MAPI. To that, however, it helps to know how and where these settings actually get stored in Exchange.
This article examines how these room resource specific settings are actually structured and stored in Exchange, and how you can go about retrieving them. The substance of this article is a result of research (necessitated by the lack of official documentation on the subject) into the inner-workings of Exchange in regards to how policies affecting resource mailboxes are organized.
Before we get into the nitty-gritty, it probably would help to briefly go over exactly what I mean when I refer to "resource mailbox settings". Using the Exchange Management Console, we can easily view them by navigating to Recipient Configuration -> Mailbox, right clicking on a resource mailbox, and clicking on Properties. Many tabs will be presented to you; however, for the purposes of this article, we will only be concerning ourselves with five of them.
The settings that were shown in the preceding images are, collectively, what I will be referring to as the resource settings of a resource mailbox. It is our intention to learn how we might be able to exploit these settings during interactions with an Exchange server which operate on a much more basic level than those that take place through the use of the Exchange Management Console.
There are some very large companies out there which make use of resource settings in order to control the access to and use of various company assets; if your product operates in a space which leverages these assets in a similar manner, it may prove to be desirable to be able to synchronize with these settings so their methods of administration need not change so much.
Firstly, we must first determine if what we wish for is indeed possible. As we can see above, we are looking at the settings via the EMC. We also know that we can manipulate these same resource settings from a PowerShell interface.
An example that exists outside of the Exchange family of software is Microsoft's own Forefront Identity Manager, which also mirrors the interface and settings exposed by the EMC in a similarly looking way.
Taking all of that into account, then, there must be a way for us to get at those values as well.
As an aside: the purpose of this article is not to cover what each and every resource setting does, as there are a billion articles online that do that. Therefore, I'm assuming that the reader is either intimate in regards to the workings of each setting, or that they at least find them to be obvious in their purpose.
Although the resource settings shown above all seem to be associated with a resource mailbox in some way, we still really have no idea where they actually get stored. Certainly none of them can be categorized as the typical types of data one expects to encounter when aimlessly trawling through a MAPI store, folder, etc.
If it is our intent to be able to retrieve a resource mailbox's resource settings, then one of the central questions to be answered is where these resource settings are actually stored in Exchange, as well as what the nature and structure of that storage is.
So, where do the resource settings for a particular resource mailbox come from? Well, it may (or may not, depending on your level of jadedness) surprise you to know that these resource settings do not come from any single location, but rather a couple of sources; namely, the address entry associated with and calendar folder contained by the resource mailbox.
Knowing this, let's group all of the resource settings known to us into two separate enumerations based on each setting's origination.
And there we have a complete listing of all the public resource settings as well as where we might find them. Cool, but simply knowing where they are isn't going to cut it for us. We need to know exactly where and how each setting is stored in its respective container if we wish to be able to access their value.
The address entry based settings are simply stored as separate, run-of-the-mill, MAPI properties (albeit "non-standard" MAPI properties) directly on the address entry. The calendar folder based settings are a whole other story.
Because it is the simpler of the two, let's get into the details of the various address entry based settings first.
Although it would seem to make more sense if all the resource settings were stored in a single location, in fact it is their use which dictates where they can be found. The presence of a resource's capacity and custom properties settings on its address entry seems to occur merely to accommodate the Room Finder feature one can find in Outlook.
The set of criteria one may use in order to refine resource searches is a direct reflection of what resource settings are exposed on each of the resource mailbox's associated address entries. This makes sense, because when we're using the Room Finder, we are searching across address entries in an address list, not message stores.
The capacity of a room resource can be found by accessing the PR_EMS_AB_ROOM_CAPACITY MAPI property located on its associated address entry.
This property is of the type PT_LONG, its canonical name is PidTagAddressBookRoomCapacity, and it has a property tag of 0×08070003.
This fun little creature is a bit more complicated than the resource's capacity property, and it can actually be found in a couple of places on the address entry, with one of the places being more of a reference to the resource's custom properties as opposed to the actual entity that defines them.
The MAPI property which defines the resource's custom properties has neither a name nor a canonical name. It certainly has a property tag, however, and that property tag is 0x0806101F.
This property is of the type PT_MV_UNICODE, which basically means that we are dealing with an array of strings, with the property being "multivalued" and all.
This array will be composed of an entry for each custom property as well as an additional entry at the end of the array which reflects the name of the schema which the preceding custom properties fall under. Because the name of the schema that a custom property falls under must match the type of resource it is meant to be assigned to, the name of the schema should typically always be Room in the case of the resource mailbox being of the room type.
An important little fact in regards to a resource mailbox is its type. Is it a piece of equipment, or a room!?! Although you can typically rely on room resources being located underneath the All Rooms address list and equipment resources being located underneath the All Equipment address list (there is one of those…I think?), that's taking way too big of a leap of faith to be considered a sane approach.
The MAPI property housing the resource's type, much like the property housing its custom properties, has neither a name nor a canonical name. Its property tag, however, is known to us, and it is 0x0808101F.
It too is of the PT_MV_UNICODE type, although I can't for the life of me figure out why. It should always contain only a single entry which uses a format of ResourceType:[ResourceTypeName] (drop the brackets, obviously!).
In the case of a room resource mailbox, the value of this property should always be ResourceType:Room.
The users assigned as resource delegates to the resource mailbox can indeed be found in the address entry associated with the resource mailbox, however it is not guaranteed to actually be a complete listing of those users.
The EMC, for example, most assuredly does not get the list of users it uses to populate the Resource Delegate list view from the address entry. However, I bring it up because it is a very simple way to get at those delegates, and it has built-in support when using MAPI client interfaces such as Redemption.
For a better way to get at the list of resource delegates, see the Calendar Folder Based Settings section coming up in a little bit.
The delegates for a resource can be found by accessing the PR_EMS_AB_PUBLIC_DELEGATES located on the resource's associated address entry. Note that it says PUBLIC in the name — there is a good reason for that, as some delegates are indeed "private".
It is of the type PtypEmbeddedTable, its canonical name is PidTagAddressBookPublicDelegates, and its property tag is 0x8015000D.
If you are using Redemption, you will find this property in the Delegates property exposed by the relevant RDOAddressEntry object instance.
Now that we've gone over the relatively few address entry based settings that exist, it is time to move on to the fun stuff.
The majority of the resource settings can actually be found inside its Calendar folder. They do not, however, exist as properties on the calendar MAPI folder itself; rather, they can be found in a special message located in the calendar's folder-associated information table.
The particular message which houses the resource settings is one that can be found in the associated contents table of any calendar folder, regardless of the type of message store that contains it. This special message can be identified by its message class, which is IPM.Configuration.Calendar. Only one will exist in a folder's associated contents table, making the use of the message class as a filtering agent a valid action.
That should be all the information you need in order to find this file. If you happen to be using Redemption as your MAPI client, however, you can get at the messages stored in the calendar's associated contents table by accessing the HiddenItems property exposed by the relevant RDOFolder object instance.
Once you find this message, you'll see that it is like any other message, in that it has a plethora of MAPI properties. So what are the properties where we can find the values for our resource settings?
Well, if all you do is simply look over all the available properties by their name, you're going to end up empty handed.
The resource settings, both fortunately and unfortunately, happen to all be stored in a single MAPI property. You may feel that this approach to the storage of the resource settings is a bit strange and out of place in comparison to how data is typically organized in a MAPI store, and I'd have to agree with you. But this is reality, and idle dreaming won't do well to get us very far in what we wish to do.
The resource settings are stored in a dictionary-like structure which is defined in XML markup. The schema that it uses is…very interesting. I normally like interesting things, but all that serves to do here is make the process of deserializing the data more problematic. We'll talk a bit more about that in a second; let's discuss where this data lives first.
You can find the resource settings in the calendar configuration message by accessing the MAPI property named PR_ROAMING_DICTIONARY.
This is a PT_BINARY typed property, its canonical name is PidTagRoamingDictionary, and its property tag is 0x7C070102.
The place where our resource settings live is within the <Data> element, which is where all of the dictionary name-value pairs go. Now, these do look a bit different from what we're used to from a .NET perspective, but, nevertheless, there is order to be found amongst the madness here.
Each name-value pair consists of an <e> element and has two attributes: k and v. The k attribute basically acts as the key to the entry, thus it is where you can find the name of the particular setting that the name-value pair represents. The v attribute is obviously then the value portion. That is simple enough, however the complexities arrive in how the value is actually expressed with the v attribute.
…at least according to the documentation. In reality, it is typically more complicated than this.
Also according to the documentation, the data type used must be one of three values: 3 (Boolean), 9 (32-bit signed integer), or 18 (string). And once again, the documentation is not exactly on par with reality, as additional data types are indeed used.
As we can see above, there exists a name-value pair for every one of the resource settings we previously declared as being calendar folder based. Most of these properties look fairly normal and easy to digest, however there are a few that live outside the scope of official documentation. Particularly, there appear to be a few settings that have a ValueString assigned to their v attribute that contains a data type not found in the official documentation's table of possible data types.
An example of this is the value assigned to the RequestInPolicy setting.
If we follow the standard format of a ValueString, then the data type being used here is 1. Unfortunately, there is no data type in official documentation that uses this identifier. Fortunately for us, we have brains, and we can quickly deduce that based on the setting itself (which receives a list of users that can make in-policy requests) that the type of data must be some sort of type of collection of values.
OK, so we're past the data type: this is a list of some kind. Let's continue down the ValueString. We'll quickly notice that, also unlike what's documented, this particular ValueString consists of many more parts than just a data type and actual value. Let's go through each one and then come up with our own kind of format used for this data type.
Right after the standard data type portion of the value type, we see an 18. This represents something I'll call the sub-data type, or rather, the type of data for all the members in the collection. This particular sub-data type indicates that the collection is one that contains all string values.
After the sub-data type indicator, we can see a 1. While what this means is not obvious from the current setting we're looking at, if you look at another setting with more than one user assigned, it quickly becomes apparent: this is an indicator of the number of items in our collection. For this particular setting, the 1 indicates that there is only one string to be found in the collection.
Next, we see a 36. What this represents is the length of the string encoded value. So, in our example, because the string encoded value is 36 characters, we have a 36 for the size indicator. It is important to note that this indicator indicates the length of the string encoded value, not necessarily the actual value. So, if we theoretically happened to have a collection comprised of 32-bit signed integer data, then the number 942 (were it to be a member of the collection) would yield a size indicator of 3.
Going onward, we'll finally arrive at the first (and only) value for the collection. Perhaps confusingly at first, this value is comprised of multiple hyphens; this is why the length indicator is crucial. There are hyphens in the value because what this value is, is a GUID.
…with n representing the number of items in the collection.
And there we have it. But not quite: we still don't know what the heck the GUID values found in these collections even are.
Well, I'll tell you what they are: each GUID value is the value of the objectGUID property of a user object in Active Directory. Thus, in order to ascertain the identity of a user from these settings, you would need to first bind to their user object using the objectGUID, and then go from there.
This is a sensible approach to storing a reference to a user's identity; a user's objectGUID property will never change. In fact, I wish more of the data stored in Exchange took this approach — too often the only reference to the user is the user's display name.
Still, it will add a slight burden onto you in order to get any user out of it.
4.1 How Am I Supposed to Read This Crap?
Yes, yes…we understand now the structure of the dictionarystream that contains the resource settings, however we probably want to be able to somehow deserialize the raw XML data into some nice and friendly objects.
Well, given the nature of the schema, it would be foolish to expect, as far as .NET XML serialization is concerned, that deserializing this data would be something automatically supported. It has hopefully become more and more obvious to you from reading this article that these resource settings weren't designed with an expectation that people outside Microsoft would be reading them directly from their points of storage.
One might wonder why it is stored in an XML dictionary at all. If it somehow makes the data more easily "shippable" when responding to Exchange Web Services requests, then that would not surprise me, but I have not examined that particular aspect, so I cannot say.
If you want to read this type of dictionary, there is no other way than to create a class which implements the IXmlSerializable interface. This is, of course, a very non-trivial thing to do. If you need some guidance as to how to do this, then you can refer to Microsoft's own implementation, which is the internal ConfigurationDictionary class found in the Microsoft.Exchange.Data.Storage assembly.
I'd provide one for you, but frankly, that's when I would start charging money.
Back in the section on address entry based settings, I mentioned that the resource delegates are not actually read from the address entry by the EMC, and is not the best place to retrieve that information. This is more of a general fact than one that is specific to resource mailboxes.
If this check box is checked, then the user will not be publicly listed as a delegate, even though it is a delegate.
The best way to get all the delegates for a resource mailbox is by looking at the Access Control List for the resource mailbox's calendar folder. I'm fairly convinced that this is what the EMC does when it displays the resource delegates for a particular mailbox, and it does this by referring to the calendar folder's PR_NT_SECURITY_DESCRIPTOR MAPI property. If you are using Redemption, you can do this by accessing the ACL property exposed by the relevant RDOFolder object instance.
However, of course, other permissions which are intended for anything but delegate access may very well be defined in the ACL, so you will have to determine who's a delegate and who isn't on an entry by entry basis. I do not know if it is possible for an Exchange administrator to be able to change what the default delegate roles are, but if that is found to be not possible, then you can simply check whether or not the entry has an access mask value of 0x1208AB, which I believe is what gets doled out when someone is assigned delegate permissions (you will want to research that out, however).
One last bit of knowledge that may help is to know which name-value pairs in the dictionary represent which resource settings. For the majority of these settings, this is fairly obvious; however, I will provide a table for you because I'm a nice guy.
Post a comment if you have any questions or anything interesting to say.
A reader recently sent me a message requesting further clarification on how one might use the generic IWeakEventListener implementation I recently wrote about (note to self: I need to disable the auto-comment disabling feature on this site).
Let's say we have a child/parent pair of view models which serve as abstractions of a child/pair pair of views. The child view model mediates between a single item model and the child view, whereas the parent view model mediates between a collection-based item model and the parent view. Naturally, the parent view is going to have some type of ItemsControl living on it, which will, in turn, be generating one or more child view instances.
Now, let's further assume that a requirement exists that compels us to subscribe to an event made available by the parent view model from somewhere on the child view model's level. Thus, in this case, the parent view model is the publisher or source and the subscribing element exposed by the child view model is the subscriber or listener. For the purposes of this article, let's say that it is an ICommand which is exposed by the child view model needs to subscribe to the parent view model's event, for whatever reason.
Most of the time, in a normal .NET application, this kind of requirement isn't a big deal. That's because, unless we're doing something wrong, our design should be such that the proper mechanism is in place (e.g. IDisposable, etc.) which will ensure that the child object will always be cognizant of when it is no longer needed and capable of responding to that.
The reason why the notion of weak event management suddenly becomes more prevalent or even essential when working with WPF is because of the very fact that WPF eschews various paradigms and practices followed religiously by other parts of the .NET Framework. One implication from this is the greater likelihood of a scenario occurring where our subscriber cannot and will not be made aware of when it should unregister from the events it has subscribed to.
To get around this problem, we make use of the weak event pattern. We already made a generic weak event listener in the previous article, so let's show how to fully use it.
Our subscriber class (that which attaches to the published events and thus holds the event handlers that respond to them) is what will contain an instance of our generic weak event listener. If we follow the scenario shown above, we have a command on the child view model which needs to attach to an event. Let's assume the parent view model implements an interface named INotifyAboutSomething which indicates its capability of publishing an event named SomethingHappened which, when fired, itself indicates a change in…something.
Before we can use an instance of our generic weak event listener in the definition of our command, however, we need to create a WeakEventManager for the particular event we want to handle. The event in question is the SomethingHappened event, so let's define a class named SomethingHappenedEventManager (and just a note, none of the code, in the form that it is being made available, has been tested, although the code it originates from has been).
/// pattern to attach listeners for the <see cref="INotifyAboutSomething.SomethingHappened"/> event.
/// then this will create and register a new instance.
/// of the specified source.
/// Handles a change in something.
/// The <see cref="SomethingHappenedEventArgs"/> instance containing the event data.
You can create a generic weak event manager if you wish as well, however, for reasons I pointed out in my previous article on the subject, it may not be in your best interest to do so.
With the weak event manager defined, here's a skeleton of our command then, showing the usage of our generic weak event listener and the weak event manager we just defined.
/// Provides a command that does something in response to something.
/// Initializes a new instance of the <see cref="TheCommand"/> class.
/// The publisher of the event this command is responding to in some fashion.
/// Responds to something happening by...doing something else.
The magic above occurs when we make a call to the static SomethingHappenedEventManager.AddListener method, which is going to complete the registration of our weak event listener. Note that there is also a RemoveListener method, which, if possible, we can call in order to be as tidy as possible, but this is not necessary, we're dealing with weak references here. Although, that wouldn't excuse us from omitting a call to RemoveListener if a state does indeed exist in which we become aware that it is our time to go. Tidy, tidy!
The code above is obviously missing other parts required of a command, as that has nothing to do with this article (I'm just letting all you friendly copy-pasters out there know).


text:
The VICE Guide to Right Now
Last Year Was the Hottest Damn Year in Recorded History
Just like 2014 and 2015.
by Brian Moylan
Jan 18 2017, 8:24pm
Photo by Julian Master
According to two separate government agencies, 2016 was the hottest year since scientists started keeping records of this stuff back in 1880. Earth's temperature broke the previous record set in 2015, which, in turn, set the record the year before.
Both the National Oceanic and Atmospheric Administration (NOAA) and the National Aeronautics and Space Administration (NASA) released their independent reports Wednesday, saying that 2016 was hotter than any previous year—though, because of differing methodologies, they disagreed on how much.
NOAA found that average surface temperature of the land and oceans was 58.69 degrees Fahrenheit, .07 degrees warmer than 2015 and 1.69 degrees warmer than the 20th century average. NASA, on the other hand, said 2016 was .22 degrees warmer, and noted that 16 of the 17 warmest years on earth have occurred since 2001. The agencies use different methods to calculate the rapid warming of the Arctic, which explains the deviation, but the general takeaway is the same: the future is going to be warmer, wetter, and more dangerous.
Coincidentally, the reports come on the same day that President-elect Trump's nominee to lead the Environmental Protection Agency, climate change denier Scott Pruitt, had his Senate confirmation hearing. After Friday's inauguration, Trump, who has called global warming a "hoax" that he believes is perpetuated by the Chinese, will not only oversee the EPA, but also the NOAA and NASA. Both agencies are scheduled to explain the findings to the new administration after January 20.
Those who do not believe in the established science of climate change will likely point to El Niño—a cyclical warming pattern in the Pacific Ocean that occurred in 2016—as the cause for the record temperatures. The scientists responsible point out that El Niño is a factor, but in addition to man-made global warming. Today's temperatures far surpass those of 1998, another El Niño year that was, at the time, the hottest on record.
In the United States, it was only the second hottest year on record everywhere except Alaska, which had its hottest year ever. This underscores that the Arctic is heating up faster than the rest of the Earth, which is a particular danger, especially for the people who are living there.
man it's a hot one
vgtrn
hottest year on record

redpajama_set_name: RedPajamaCommonCrawl


text:
'Late Night' Host Fallon, 'Kimye' Top Most, Least Desirable Neighbors List
Filed Under:Celebrity, Los Angeles, Neighbors, real estate, Zillow
Jimmy Fallon (Jamie McCarthy/Getty Images)
LOS ANGELES (CBSLA.com) — It turns out living next to a celebrity may not be as desirable as most Americans think.
KNX 1070's Margaret Carrero reports a survey from online housing marketplace Zillow found "Late Night" TV host Jimmy Fallon and celebrity couple Kanye West and Kim Kardashian are the most and least desirable celebrity neighbors, respectively.
'Late Night' Host Fallon, 'Kimye' Top Most, Least Desirable Neighbors List
READ MORE: Authorities Investigating After Pedestrian Struck, Killed In Winnetka
Perhaps the most intriguing finding from the 7th Annual Celebrity Index was that over one-third of Americans surveyed would prefer not to have any celebrity live next door, down 45 percent from 2012 and marking the largest drop in the survey's seven-year history.
Fallon, who was earlier this year named the successor to Jay Leno as host of the coveted "Tonight Show" and headlined a successful comedy tour, was most popular among young adults surveyed (14 percent) and slightly more popular among females (12 percent) compared with males (10 percent), according to Zillow.
Amy Bohutinsky, Chief Marketing Officer for Zillow, told KNX 1070 NEWSRADIO the findings were not entirely surprising.
"He's likable and funny and down-to-earth and overwhelmingly Americans said this is the person I would most want to live next door to," Bohutinsky said.
READ MORE: Limestone Canyon Nature Preserve To Reopen In February After Closing Due To Wildfires
After Fallon, celebrities topping the "most desirable neighbors" list included actors Miranda Lambert and Blake Shelton, Jennifer Lawrence, Sofia Vergara, and Miami Heat superstar LeBron James, who also managed to rank near the top of the "least desirable neighbors" list.
However, Bohutinsky said the prospect of constant paparazzi activity around their residence made West and Kardashian – who earlier this year purchased a 9,000-square-foot home in Bel Air – and similar high-profile celebs too much of a nuisance for 25 percent of all Americans surveyed.
"Reality show stars tend to top the 'least desirable' list," she said. "Americans have said loud and clear, we like to watch these reality shows, we like to stand back and see what's happening, but we don't want these people to share a back fence with us."
The prospect of sharing real estate with the rich and famous did little to sell at least one Southland woman on the idea.
"It's like they got 99 problems and we don't have none," she said. "What about the economy? What about the homeless? What about the hungry? What about my kids?"
MORE NEWS: Long Beach Man Identified As Dead Diver Found On Huntington Beach Coast
Among other "least desirable" celebrities were the cast of "Here Comes Honey Boo Boo", Justin Bieber, Miley Cyrus, and Lady Gaga.
3 Teens Killed In Pasadena Crash
Missing Diver's Body Recovered After Hours-Long Search


We got an action piece shot with the Replay XD1080P camera on Lake of the Woods. The rod was my version of the Emmrod Combat Rod which I believe is the baddest thing out there for big fish. The rig consists of a casting Packrod handle with a 4 coil Combat Rod tip. I like high quality powerful reels and the Shimano Curado 300 on this pole is just that. The line in this case is 20lb Momoi High Catch mono which has proven itself year after year. The leader is a short section of 20lb fluorocarbon tied into the main line with a 4 turn surgeons knot. The lure is a Slayer harness tipped with a 1/8 inch ID tube section to form a loop then it is attached to the leader with a canoeman's loop. The jig head is Mission Fishin 1/2 ounce tipped with a Redfish Magic paddle tail.


In the NorthEast corner of Balboa Park, between the Natural History Museum and the Zoo, is the Spanish Art Village, a collection of studios of a variety of artists.
Inside this village are artists studios of many forms of art - from painting to photography, sculpture, clay, pottery, ceramics, even glass blowing! There are also the Sculptor's Garden, and Gallery 21, with rotating displays of various artists! On the outside on Village Place is the studio of the 'Southern California Association of Camera Clubs.
On a weekend afternoon in the Spanish Art Village you can find many of the artist's studios open. Art includes painting, sculpture, glass, pottery and photography.
YouTube - art and music!
CLICK HERE for some examples of the musical artists that appear!
Now in Spanish Village, Daniels' Coffee Cart!