| Package | com.intridea.presentlyAIRClient.commands |
| Class | public final class SendTextUpdateCommand |
| Implements | com.adobe.cairngorm.commands.ICommand, mx.rpc.IResponder |
See also
| Method | Defined by | ||
|---|---|---|---|
|
execute(event:CairngormEvent):void
Collects text entered by user from the inbound event.
| SendTextUpdateCommand | ||
|
fault(event:Object):void
Creates an Alert to notify the user that a problem has occured with the text message update request
to the Present.ly server.
| SendTextUpdateCommand | ||
|
result(event:Object):void
Notifies the view that the text message was sent.
| SendTextUpdateCommand |
| execute | () | method |
public function execute(event:CairngormEvent):void
Collects text entered by user from the inbound event. Checks to ensure the text message is under the maximum character count. Creates the objects required to call the Present.ly server and send the text message.
Parametersevent:CairngormEvent — Provides the text message entered into the MainView by the user.
|
| fault | () | method |
public function fault(event:Object):void
Creates an Alert to notify the user that a problem has occured with the text message update request to the Present.ly server.
Parametersevent:Object — Contains error information for failed text message update requests.
|
| result | () | method |
public function result(event:Object):void
Notifies the view that the text message was sent.
Parametersevent:Object — Contains the Status instance returned by the Present.ly server for the
text message update request.
|


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Founded in 1925, Pat's Salmon Cookies is a place for amazing Salmon cookies from the pristine waters of the Pacific Northwest. Our product are sourced locally from farmers we value to support our communitities and establish wholehearted relationships with those around us. We exist to create an experience where passion, purpose and delectable cookies strive to bring the community together.
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Week 6 Cultural Blog
Stereotype Threat
2/1/15
Stereotype threat is topic in social psychology that has been originally studied by Calude Steele. It is a situation where people feel threatened that they will be confirming a negative stereotype about a certain group. This threat manifests itself as a self-induced handicap, and can hinder their ability to perform.
Personally, I have never been aware of stereotype threat. However, in retrospect, I may have been affected by it during my high school and college years. I attended a Catholic high school and college as a non-Catholic person. We were required to take Theology classes, and they were usually my lowest grades. I may have subconsciously handicapped myself from achieving good grades because I thought non-Catholic people wouldn't know more about the Catholic faith than a Catholic person.
I think the best way to talk yourself out of a stereotype threat is to strive to be the exception to the rule. It is hard to get rid of stereotypes, so instead, you can think of yourself as the exception. I think this is a good way to turn something negative into something positive. If you think "I will be the one that is going to prove this stereotype wrong" then it will motivate you to do better. It is similar to seeing the glass as half full rather than half empty. It comes down to your mindset.


CONTROL
House Board is Strand Light Palette Classic
Wireless and wired Strand Shownet Ethernet lighting network N21 Ethernet to DMX nodes available
Remote Focus Unit Available
Houselights and Worklights controlled via Strand Vision Net, auxiliary console, and wall panels around the space, as well as through primary console (HTP)
POWER
400 Amp Three Phase Company Switch available for additional power needs, any use of which must be approved in advance
DIMMERS/CIRCUITS
Circuits are 1:1 with corresponding dimmers
* 192 Strand C21 Dimmers (1-169 for stage lighting)
* 48 20Amp Non-Dim Circuits (204-223 available)
Dimmed Circuits - Stage Pin
- 1-52: FOH in Catwalks (52)
- 53-88: Stage Level (36)
- 89-148: on Electrics (60)
- 149-157: Permanently wired to Fixed Pars in Ceiling
- 158-160: Extra Circuits on Electric 2 (numbered OL 210-212), 161-169: Extra FOH circuits in Catwalks (9) (numbered OL 213-221)
Non-Dim Relays - Twistlock (L5-20) 210-217: FOH in Catwalks (8)
- 204-209: Stage Level (6)
- 218-223: on Electrics (6)
Work/House Light Circuits
- 170-172: Booth track lights (dim)
- 173, 174: Blue Running Lights
- 175, 243: Work/Running Lights Back Stage (dim) 176,184: Projector Booth Track Lights (dim) 177,201: Catwalk Access
- 178: North and West Vestibules (dim)
- 179: Stage Vestibule (dim)
- 181-182: Constant On (Power to House Accents) 193,183,194: Booth work lights
- 195, 196: Stage Works
- 197: Catwalk Works
- 198: Projector Booth work lights
- 199: Work Lofts Works
- 200: Work Lofts Works
- 241: FOH Works (1st Catwalk)
- 244-249: House Lights (dim)
- 250-253: House Accents (Dimming Control)
LIGHTING POSITIONS
Front of House
-
Catwalk 1
- Lighting network, dimmed lighting circuits, non-dim power available Throw distance approximately 37’ to Downstage Center
- Length: 47’, Length of ceiling opening: 44’
-
Catwalk 2
- Lighting network, dimmed lighting circuits, non-dim power available Throw distance approximately 46’ to Downstage Center
- Length: 47’, Length of ceiling opening: 44’
- Design does not permit lights to be pointed far upstage from this position
-
Catwalk 3
- No lighting circuits
- Design does not permit lights to be pointed at the stage from this position
-
Catwalk 4
- No lighting circuits
- Design does not permit lights to be pointed at the stage from this position
Flown Lighting Positions
Electric 1 (U5)
- Lighting network, dimmed lighting circuits, non-dim power available 30’ Trim, Length 41’8”, Throw distance approximately 36’ to DSC
Electric 2 (U7)
- Lighting network, dimmed lighting circuits, non-dim power available 30’ Trim, Length 41’0”, Throw distance approximately 41’ to DSC
FOLLOWSPOTS
Two Lycian SuperArc 400 Followspots with manual color changers are available, usable from the FOH Followspot booth. The throw is approximately 90 ft to the front of the stage. Use of followspots must be approved in advance.
FOG AND HAZE MACHINES
Usage of any fog/smoke/haze/atmospherics must be approved in advance
STROBES/LASERS
Usage of strobe lighting or lasers must be approved in advance
PYROTECHNICS, NAKED FLAME
No pyrotechnics or flames of any sort are allowed in the space


In this tutorial we’re going to learn how to get started with Hibernate Validator, which as its name suggests is a validation framework associated with the Hibernate project. This article is really a follow-up to my earlier article on using the Bean Validation Framework (part of the larger Spring Modules project), which is a competing framework that seems to have lost the battle for Spring’s “preferred validation provider” status to Hibernate Validator. Both Uri Boness (in an e-mail correspondence) and Juergen Hoeller (at SpringOne) agreed that people should start moving toward Hibernate Validator since that will eventually support the emerging JSR 303 standard.
Hibernate Validator is nice because it (like the Bean Validation Framework) supports declarative validation via Java 5 annotations. Let’s say you create a bean class, like an Account
or a PurchaseOrder
or whatever. With Hibernate Validator you can attach validation annotations to the bean properties and that will define the validation constraints for the bean. Moreover, unlike earlier approaches to validation (such as Struts Validation), Hibernate Validator isn’t tied to the web tier, and so if you want to validate your beans from within your service beans, or within your DAOs, or even just before you ORM them into your database, no sweat. You can do just that.
Anyway, for now we’re just going to look at some of the basics: how to specify annotation constraints and how to check for constraint violations. We’re not going to worry about integrating Hibernate Validator with Spring’s native validation framework (so that, for instance, we might render Hibernate Validator error messages out using Spring Web MVC taglibs) though I’ll probably write another article on that sometime in the future if people are interested.
For this article we’re using Java 5 or higher (we need Java 5 annotations) and Hibernate Validator 3.1.0. For your convenience I’ve created a Maven 2 project that you can download: hibernate-validator-demo.zip
OK, let’s jump into some examples of annotated bean classes.
Specifying validation constraints with Hibernate Validator annotations
Here are a couple of examples of annotated bean classes: a User
class and an Address
class. Note that the two objects are related in a parent-child fashion.
First, here is the User
bean class:
package com.wheelersoftware.demos.hibernatevalidator; import org.hibernate.validator.Email; import org.hibernate.validator.Length; import org.hibernate.validator.NotEmpty; import org.hibernate.validator.Valid; public class User { private String username; private String firstName; private String lastName; private Address address; private String email; private String password; @NotEmpty @Length(max = 20) public String getUsername() { return username; } public void setUsername(String username) { this.username = username; } @NotEmpty @Length(max = 20) public String getFirstName() { return firstName; } public void setFirstName(String firstName) { this.firstName = firstName; } @NotEmpty @Length(max = 20) public String getLastName() { return lastName; } public void setLastName(String lastName) { this.lastName = lastName; } @Valid public Address getAddress() { return address; } public void setAddress(Address address) { this.address = address; } @NotEmpty @Email public String getEmail() { return email; } public void setEmail(String email) { this.email = email; } @NotEmpty @Length(max = 20) public String getPassword() { return password; } public void setPassword(String password) { this.password = password; } }
Let’s talk a little about what’s going on with the code above. As we noted earlier, we have a bean class (here, a class that represents user accounts of some sort) and we’re using annotations to specify validation constraints. For a full list of the built-in constraints, see the official Hibernate Validator documentation, but we’ll just focus on a small handful for right now.
First notice that we’ve attached our annotations to the getter methods. This is how we specify the validation constraints that attach to the associated properties.
We’ve used @NotEmpty
in several places. This annotation means that the annotated property can’t be null and it can’t be the empty string either. There’s also a @NotNull
annotation that we could have used if we’d wanted to, but in this case I wanted to prevent the empty string from being used as values.
Another annotation that appears multiple times is the @Length
annotation. We can specify associated minimum and maximum lengths by using the min
and max
elements, respectively, though in the example above we’ve specified only maximum lengths. (In the example that follows we’ll see how to specify a minimum length as well.) So for example we’ve specified that passwords can’t be any longer than 20 characters.
A third annotation is the @Email
annotation. As you would guess, this indicates that the property must contain a valid e-mail address.
The fourth and final annotation of the ones that appear above is the @Valid
annotation. This tells Hibernate Validator that it should validate the associated object—here an associated Address
object—using whatever validation annotations we define on the Address
class.
And that’s our segue into our second example, the Address
bean class, which appears below.
package com.wheelersoftware.demos.hibernatevalidator; import org.hibernate.validator.Length; import org.hibernate.validator.NotEmpty; import org.hibernate.validator.Pattern; public class Address { private String street1; private String street2; private String city; private String state; private String zip; @NotEmpty @Length(max = 40) public String getStreet1() { return street1; } public void setStreet1(String street1) { this.street1 = street1; } // No validation constraints public String getStreet2() { return street2; } public void setStreet2(String street2) { this.street2 = street2; } @NotEmpty @Length(max = 40) public String getCity() { return city; } public void setCity(String city) { this.city = city; } @NotEmpty @Length(max = 3) public String getState() { return state; } public void setState(String state) { this.state = state; } @NotEmpty @Length(min = 5, max = 5, message = "{zip.length}") @Pattern(regex = "[0-9]+") public String getZip() { return zip; } public void setZip(String zip) { this.zip = zip; } }
Our validation annotations for Address
are pretty similar to what we saw for User
, but there are a few differences worth mentioning. First, notice that we don’t have to attach validation constraints to every property. It’s OK, for example, for street2
to be null or anything else, so we simply refrain from defining validation constraints for this property.
Second, we’re using a @Pattern
annotation for the zip
property. This allows us to specify regular expression match patterns.
The third and final difference is the @Length
annotation we’ve defined for the zip
property. Besides including a min
element (which, when combined with the max
element, indicates that the ZIP code must be exactly five characters long), we’ve also included a message
element. We can use this element to do either of two things. First, we can use it to define a hardcoded message to display when the given validation constraint fails. That’s not what we’re doing here. Instead we’re doing the second thing we can do, which is specify a message key using the brace syntax: message = {key_name}
. The idea is that we’ll eventually use this message key to look up a message in a resource bundle, thus externalizing the message. Later in the tutorial we’ll map the zip.length
message key to an actual message using a resource bundle.
That’s it for the validation constraints themselves. Now let’s see how we can tell Hibernate Validator to use them to perform our bean validation.
How to tell Hibernate Validator to validate annotated beans
It’s fairly straightforward to get Hibernate Validator to validate our annotated beans. The following listing presents some demo code for doing exactly this. Let’s take a look.
package com.wheelersoftware.demos.hibernatevalidator; import org.hibernate.validator.ClassValidator; import org.hibernate.validator.InvalidValue; public final class Demo { private static ClassValidator<User> userValidator = new ClassValidator<User>(User.class); public static void main(String[] args) { validateUser(createUser()); } private static User createUser() { User user = new User(); user.setFirstName("123456789012345678901"); user.setEmail("aol.com"); Address addr = new Address(); addr.setStreet1(""); addr.setCity("Moreno Valley"); addr.setState("CA"); addr.setZip("QWERTY"); user.setAddress(addr); return user; } private static void validateUser(User user) { InvalidValue[] invalidValues = userValidator.getInvalidValues(user); for (InvalidValue value : invalidValues) { System.out.println("========"); System.out.println(value); System.out.println("message=" + value.getMessage()); System.out.println("propertyName=" + value.getPropertyName()); System.out.println("propertyPath=" + value.getPropertyPath()); System.out.println("value=" + value.getValue()); } } }
There are really only a few interesting things happening here. First, we create a ClassValidator<User>
instance for validating our User
beans. We have to associate the ClassValidator
with a type (here, User
) because this is where Hibernate Validator goes in and reads all the annotations off of the bean class in question.
Next, we have to create the bean we want to validate. Usually this would come from a user form (for example, a web-based form, or maybe a Swing-based form) though that’s not necessarily the case. Here we just create a bean manually, and we intentionally make a lot of the fields invalid so we can see how Hibernate Validator responds.
Finally we make the call userValidator.getInvalidValues(user)
. This generates an array of InvalidValue
instances—one for each validation constraint violation. Let’s examine the InvalidValue
class in more detail.
Understanding InvalidValue
To understand InvalidValue
it will help to run the demo. So do that right now. You should see output that looks something like this:
26 [main] INFO org.hibernate.validator.Version - Hibernate Validator 3.1.0.GA 45 [main] INFO org.hibernate.annotations.common.Version - Hibernate Commons Annotations 3.1.0.GA ======== username may not be null or empty message=may not be null or empty propertyName=username propertyPath=username value=null ======== firstName length must be between 0 and 20 message=length must be between 0 and 20 propertyName=firstName propertyPath=firstName value=123456789012345678901 ======== lastName may not be null or empty message=may not be null or empty propertyName=lastName propertyPath=lastName value=null ======== email not a well-formed email address message=not a well-formed email address propertyName=email propertyPath=email value=aol.com ======== password may not be null or empty message=may not be null or empty propertyName=password propertyPath=password value=null ======== street1 may not be null or empty message=may not be null or empty propertyName=street1 propertyPath=address.street1 value= ======== zip {zip.length} message={zip.length} propertyName=zip propertyPath=address.zip value=QWERTY ======== zip must match "[0-9]+" message=must match "[0-9]+" propertyName=zip propertyPath=address.zip value=QWERTY
If you look at the source code for Demo.validateUser()
you’ll see that we’re printing out each InvalidValue
instance itself (the first line) as well as the values of the message
, propertyName
, propertyPath
and value
properties (the rest of the lines). When we print out the instance itself, we get Hibernate Validator’s attempt at a user-friendly validation eror message. It starts with the property name and then appends the message; examples include
email not a well-formed e-mail address
password may not be null or empty
zip must match "[0-9]+"
Each message
value (such as may not be null or empty
) is a default associated with a validation annotation (such as @NotEmpty
). Note that in the case of the length violation for the zip
property, we’re seeing not the default length message, but instead the new message key name (namely, zip.length
) we specified in listing 2. We’ll see how to map zip.length
to an actual message using a resource bundle in a little bit. For now we’re seeing just the key name because we haven’t yet associated a message with the key.
The propertyName
property specifies the name of the bean property whose value is invalid. For example, if we provide a bad ZIP code, then propertyName
is zip
.
The propertyPath
property is similar to propertyName
property, except that with propertyPath
we get to see the path from the top-level bean down to the invalid property. You can see the difference, for instance, with the invalid ZIP code: propertyName
is zip
but propertyValue
is address.zip
.
Finally, value
is just the bad value that violated the validation constraint in the first place.
While we can use InvalidValue
itself as a source of semi-user-friendly messages, it’s clear that the defaults leave something to be desired. After all, zip must match “[0-9]+”
wouldn’t be what most users would consider user-friendly. We can however provide a resource bundle to improve the error messages and that’s what we’ll look at now.
Improving validation error messages using ValidatorMessages.properties
With Hibernate Validator we can override the default messages associated with the various validation annotations. We can also provide highly specific error messages associated with property/constraint pairs. We do this using resource bundles. Though it’s possible to provide Hibernate Validator with arbitrary resource bundles, the easiest approach is to create a ValidatorMessages.properties
resource bundle on the classpath and use that. Hibernate Validator knows to look for that particular bundle (including any associated localizations) and use it as a message source. The next listing presents a simple example.
validator.notEmpty=may not be null or empty! validator.length=must be {max} or fewer characters. zip.length=Please enter a {max}-character ZIP code.
The first two lines of listing 3 provide alternatives for the validator.notEmpty
and validator.length
message keys. The key names are defined by the validation annotations themselves, so consult the Javadocs for the annotations if you need the key names (though you should be able to figure them out using the examples above).
Notice the {max}
that appears in the message for the validator.length
key. You can reference annotation elements from messages using the brace syntax. Consult the Javadocs for the various annotations—or else the Hibernate Validator reference manual—for a complete list of annotations and annotation elements.
The third line also specifies a message, but this time we’re associating a message with the zip.length
custom key we defined in listing 2. Note that here we don’t use the braces for the key name. And also note that we can still reference annotation elements using the brace syntax. The custom message key approach is useful when you want to be very specific about the error message you provide to the end user.
Here’s what it looks like when you run it:
29 [main] INFO org.hibernate.validator.Version - Hibernate Validator 3.1.0.GA 59 [main] INFO org.hibernate.annotations.common.Version - Hibernate Commons Annotations 3.1.0.GA ======== username may not be null or empty! message=may not be null or empty! propertyName=username propertyPath=username value=null ======== firstName must be 20 or fewer characters. message=must be 20 or fewer characters. propertyName=firstName propertyPath=firstName value=123456789012345678901 ======== lastName may not be null or empty! message=may not be null or empty! propertyName=lastName propertyPath=lastName value=null ======== email not a well-formed email address message=not a well-formed email address propertyName=email propertyPath=email value=aol.com ======== password may not be null or empty! message=may not be null or empty! propertyName=password propertyPath=password value=null ======== street1 may not be null or empty! message=may not be null or empty! propertyName=street1 propertyPath=address.street1 value= ======== zip Please enter a 5-character ZIP code. message=Please enter a 5-character ZIP code. propertyName=zip propertyPath=address.zip value=QWERTY ======== zip must match "[0-9]+" message=must match "[0-9]+" propertyName=zip propertyPath=address.zip value=QWERTY
Discussion
That wraps it up for this tutorial. It’s a good idea to get familiar with Hibernate Validator for a number of reasons:
- Annotation-based declarative annotations are an intuitive and convenient way to specify validation constraints.
- Hibernate Validator isn’t tied to any particular application tier.
- It will support the JSR 303 standard once that finalizes.
We haven’t explored everything that Hibernate Validator has to offer. For instance, it’s possible to configure it such that Hibernate ORM automatically runs Hibernate Validator when performing persistence operations.
One slight annoyance that I’ve found is that there doesn’t seem to be built-in way to substitute the bad value into the message itself. Sometimes I like to have messages like
willie2gmail.com is not a valid e-mail address
I suppose that I could create messages like
{1} is not a valid e-mail address
and then perform the substitution when processing the InvalidValue
array, but it would be nice to be able to do this out of the box. Maybe there’s a way to do it after all, but if so, I haven’t found it.
Also, the documentation for Hibernate Validator is a little thin, both with respect to the reference manual and the Javadocs. Hopefully as JSR 303 matures we’ll see improvements in this area. In the meantime, this tutorial will be my contribution to helping people understand Hibernate Validator.


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China’s Xi wants trade talks with US by Turkey Day but is ready to ‘fight back’ if necessary
“We want to work for a ‘phase one’ agreement,” he says
by RTBeijing has been trying to avoid a trade war with Washington and wants to hammer out an initial trade pact, Chinese President Xi Jinping said on Friday. He warned, however, that China is not afraid to retaliate when necessary.
“We want to work for a ‘phase one’ agreement on the basis of mutual respect and equality,” said Xi.
“When necessary, we will fight back, but we have been working actively to try not to have a trade war. We did not initiate this trade war and this is not something we want,” the Chinese leader said in response to questions from representatives of the New Economy Forum organized by Bloomberg in Beijing.
According to Xi, the two countries should strengthen communication on strategic issues while “Sino-US relations are at a pivotal moment amid various difficulties and challenges.”
The trade row between the world’s two biggest economies has been going on for over a year, resulting in multiple rounds of tit-for-tat tariffs and restrictions. This month, the sides decided to proportionally cancel existing tariffs in phases.
Trade experts and people close to the White House told Reuters that the ‘phase one’ trade deal’s completion could be postponed to 2020 as Beijing asks for more extensive tariff rollbacks and Washington counters with increased demands of its own.
China has invited top US trade negotiators for a new round of face-to-face talks, the Wall Street Journal reported, citing unidentified sources. According to the sources, Beijing hopes the talks could take place before next Thursday’s Thanksgiving holiday in the US.
US officials have indicated willingness to meet but have not committed to a date, the sources said.
 “OK Boomer!” Why?
By the way, overhaul your body’s cellular engine with our fan-favorite DNA Force Plus!


Toggl anti-cheat
This extension checks time entries on Toggl timer page and highlight overlapped ones with
red color
.


UNICAJA LIBERBANK FUSION
After the union of Caixabank and Bankia last summer or rather, the absorption of Bankia by caixabank, everyone pointed to Unicaja and Liberbank as a very possible merger. In fact, this merger had already been attempted in the past and was being attempted before Caixabank began to explore the merger with Bankia.
If we look at the image we can see how the map of Spanish banks has been after 10 years of mergers and acquisitions, with 10 banks currently after the merger of Caixabank and Bankia. If to this we add that of Unicaja and Liberbank, and the possible absorption of Sabadell in the next two years, plus the more than probable integration of Ibercaja, Kutxabank and Abanca by some other bank of the results, we would soon be left with 5 banks in Spain, which would be Santander, BBVA, Caixabank, Unicaja and Bankinter.
Here I will show a list drawn up by the newspaper 5 days in which the weakest banks in Spain prone to a merger or absorption were presented. That list is headed by Sabadell of Spain and very close was Unicaja. Liberbank does not appear to be collected in a smaller banking segment. And it is that Sabadell until recently had more costs than a large bank than a small bank and benefits that until last year, early 2020 did not begin to stand out after many adjustments. Right now all banks are beginning to digitize and carry out massive layoffs in order to save costs in the face of low rates in Europe that give little chance of profit. And it is that since 2012 the rates are almost at the minimum and after several years the ECB doubting whether to apply increases with the coronavirus crisis may not take off in another 10 years.
This fusion was very good because the two entities complement each other. Liberbank has more presence in Asturias, Cantabria, Castilla La Mancha and Extremadura, as it is the result of the savings banks of these communities. Where years ago they were predominant entities in which the administrations managed many accounts.
Unicaja, for its part, has it in Andalusia and Castilla y Leon due to the absorption of Caja Duero, which is where Caja España was (one of the most important banks there).
I spoke about this at 2019,
if you click here you will find more information. This merger is going to give many more synergies than those that Bankia with Caixabank can present, for example (Catalonia with Madrid and many parts of Spain).
Since it focuses much more on these territories and more than avoiding duplications that happens much more with Bankia and Caixabank, here what is done is to get the bank to dominate the territories that it already dominated but better prepared since the resulting software and the expense will be reduced by almost half.
Right at the beginning of the crisis with all banks with very negative forecasts, the only one in
having positive evaluations from abroad was Unicaja . Recommended by JP Morgan with target prices that at the beginning gave it a potential of 50% and that now give it short-term potential of another 50%, reaching the euro. This latest recommendation has come from both JP Morgan and Goldman & Sachs, giants of American banking.
Citibank, otro de los gigantes americanos también ha sido uno de los recomendadores de esta fusión que ya esta en su etapa final.
Goldman en su última valoración de Unicaja le daba un euro por acción tras el análisis en libros y los beneficios anuales.
With all this good news in summer, they were two of the values that stood out in the Spanish stock market with large increases over the prices that were found. If we value the prices of those that came before the coronavirus right now, they would be quoted at a very substantial discount and with the merger still undiscounted, and that is because after the merger there has hardly been any movement in the capitalization of the two banks. This makes us suspect an accumulation by some entities and the distribution of power in the future entity. The lower the price when trading these securities, the lower the cost of negotiating the securities and they could also collect shares in the retail market. And it is that after the merger Unicaja will have reduced its participation to 30% so you might think that it would be collecting some shares before the merger is closed.
A día de hoy 11 de Enero, Unicaja capitaliza a 0,70, 1.100 millones de euros y Liberbank a 0,25 unos 740 millones de euros.
La fusión se hara a 1 x 2,77 acciones con lo que el precio esta ajustado al canje. Si bien tras haber cedido en todo Liberbank frente a Unicaja el canje ha salido bastante desfavorable en esta entidad, más teniendo en cuenta que no se va a dar prima a sus accionistas. Y es que solo las acciones de EDP valen casi como todo Liberbank. Recordemos que
Liberbank mantiene una participación del 3% en EDP (3% de 25.000M son 640M) como se puede ver en el siguiente gráfico de Investing. Esa subida de precio no se ha reflejado en Liberbank desde entonces.
"Y es que solo las acciones de EDP valen casi como todo Liberbank
That is why both Unicaja and Liberbank are at a price well below their real value, just the opposite that happens in the renewable companies in the Spanish market that seem to be reflecting profits 50 years from now and possibly will correct soon. Banco Sabadell is another of the banks with this handicap that I will talk about another day.
Análisis técnico Unicaja
If we look at Unicaja we see that it has not yet recovered the value it had before the coronavirus, like most banks, however it has reached the minimum of last year. This makes it look like a sign of strength since it is almost the only bank that meets this premise. Also, by technician it is in a lateral range that makes it possible to jump in a short time with several indicators that show successive accumulation. The average of 20 has already exceeded the average of 200 on a daily basis, which it did in summer.
We can also see in the graph how the 0.31 drop was achieved just 3 months after the crash of the covid. And as in October, after the merger rumors began, 0.61 of fibonacci would be reached. This only confirms the current upward trend in the stock.
If we look at the concorde indicator, it looks like it has been accumulating for 3 months and has barely moved an iota after the confirmation of the merger at the end of the year. This indicates that there is a corporate movement within and that the primary objectives can be exceeded with much an accommodation of the value to towards those levels and not with a speculative rise that returns the value to where it was. Unicaja is a safe bet both in the short and long term, and I don't think it will take more than summer for it to reach 100% of the fibo drop, reaching the value of one euro.
Liberbank technical analysis
On the other hand, Liberbank has suffered excessively with the news of the merger. Its technical aspect has gone from marking a purchase to being right now holding on to the Unicaja price for the exchange, although its averages are adapting and they no longer have any drops in sight, being in the channel's support zone.
After tapping the 0.247 zone, very close to the channel low, it bounced rapidly and is now snaking around that value. And it is that if it had risen a lot, it could have formed a training in sunrise sailing technician but these formations, having already a merger in between, do not make much sense. If it falls below the support it could go to 0.22 which would represent a value of 0.60 for Unicaja.
This scenario, (0,22) is not ruled out at all since the Unicaja channel just passes very close to those values, so we will have to be patient with the value .


// even though it isn"t in one of the normal site-packages directories where
// Python typically searches. When we have some real installation/packaging
// happening, this will no longer be necessary.
sys.path.append(os.path.abspath(".."))
def parse_command_line(argv):
// require modern python
if not sys.version_info >= (3, 6):
raise AssertionError(
f"PUDL requires Python 3.6 or later. {sys.version_info} found."
)
def parse_command_line(argv):


The CMSIS-Pack format is used to deliver a Software Pack and is aimed to be scalable for future requirements. It provides a management process and supports a tool independent distribution for:
- Device Support for tool chains and software applications to target a specific device:
- Information about the processor and it's features.
- C and assembly files for the device startup and access to the memory mapped peripheral registers.
- Parameters, technical information, and data sheets about the device family and the specific devices.
- Device description and available peripherals.
- Memory layout of internal and external RAM and ROM address ranges.
- Flash algorithms for programming the device.
- Debug and trace configurations as well as System View Description files for device specific display of the memory mapped peripheral registers.
- Board Support for rapid development in the prototyping stage:
- Information about the development board and it's features.
- Parameters, technical information, and data sheets about the board, the mounted microcontroller and peripheral devices.
- Drivers for on-board peripheral devices
- Software Components simplify the re-use of software and the management of 3rd party software. They contain:
- A collection of source modules, header and configuration files as well as libraries.
- Documentation of the software, including features and APIs.
- Application Programming Interfaces specify one or more APIs for software components that are part of another Software Pack.
- Example Projects can be used as a reference and starting point for similar applications. They contain:
- Fully defined application projects that work out of the box in the specified build and debug environments.
- Documentation about the purpose of the example, how to build, configure and execute the application.
- User Code Templates help to understand the basic concepts of a software component better and to give the user a good starting point for implementing his application.
Pack Conventions
All files that belong to a Software Pack are compressed into a *.PACK file using a standard ZIP file format. The content of each Software Pack is described in the Pack Description (*.PDSC) file that is part of each Pack. Refer to Pack Description (*.PDSC) Format for more information.
Pack File Name
A Software Pack must have a unique filename following this naming convention: <vendor>.<name>.<version>.pack.
Where:
- <vendor> is name of the supplier or vendor of the Software Pack.
- <name> is name of the Software Pack. It is the vendor's responsibility to ensure unique package names.
- <version>specifies the version number of the Software Pack.
- .pack is the file extension identifying a Software Pack.
- Note
- The XML elements <vendor>, <name>, and <version> are declared in the PDSC file.
- <vendor> and <name> must not contain spaces.
The PDSC file needs to reside at the top-level of the Pack file, using it as the root directory for all file references.
Software Component Cclasses
If you add a software component in the PDSC file, you have to specify a component class (CClass), component group (Cgroup), and the component's version number (Cversion). For more information refer to Software Components.
If applicable, try to map the Cclass of your software component to one of the following predefined or already well established classes:
- Board Support: Generic interfaces for evaluation and development boards
- CMSIS: Cortex Microcontroller Software Interface Standard components
- CMSIS Driver: Unified device drivers compliant to the CMSIS-Driver specification
- Compiler: ARM Compiler software extensions
- Data Exchange: Software components for data exchange
- Device: Startup and system setup components
- File System*: File drive support and file system
- Graphics*: Graphical libraries for user interfaces
- Network*: Network stack using Internet protocols
- RTOS*: Real-time operating systems
- Safety: Components for testing application software against safety standards
- Security*: Encryption for secure communication or storage
- USB*: Universal Serial Bus stack
- Wireless*: Communication stacks such as Bluetooth, WiFi, and ZigBee
Classes with a * should always be used together with a bundle to avoid conflicts with other software components.
If you wish to standardize a new Cclass, please send an inquiry to cmsis.nosp@m<EMAIL_ADDRESS>or raise an issue on the public CMSIS GitHub development repository.
Steps to Create a Pack
The following image shows the basic steps that are required to create a Software Pack:
- Produce input: Create the files that will be delivered with the Pack.
- Organize files: Use directories to separate the content of the Pack.
- Create PDSC file: The XML based PDSC file can be created using any text editor. Editors that can validate XML code against a schema file help to find bugs early in the Pack development stage.
- Generate PACK: Any compression tool supporting the ZIP format can be used to create a PACK file. packChk.exe is helpful for the validation of the contents of a Pack.
The following pages will show how to create a Software Pack from scratch. The page Pack with Software Components will start with a simple Pack containing only the PDSC file and a single software component and will then explain further elements of a Pack in more detail. The page Pack with Device Support adds information on the additional requirements that a DFP has, while Pack with Board Support will elaborate on the content specific to a BSP.
Pack Tutorial
The ARM::CMSIS Pack contains tutorials that are explained on the following pages. In the \CMSIS\Pack\Tutorials directory the following three ZIP files are available:


16.3.60 one-way ANOVA test
Researchers analyzed IQ data on preterm children at age 7-8 years. The mothers of the children in the study had chosen whether to provide their infants with breast milk within 72 hours of delivery. The researchers used the following designations. Group I: mothers declined to provide breast milk; Group IIa: mothers had chosen but were unable to provide breast milk; and Group IIb: mothers had chosen and were able to provide breast milk. The summary statistics on IQ are at the right. At the 1% significance level, do the data provide sufficient evidence to conclude that a difference exists in mean IQ at age 7-8 years for preterm children among the three groups? Critical values are given at the right.
Notation in one-way ANOVA:
k = number of populations
n = total number of observations
\(\bar x\) = mean of all n observations
\(n_j\) = size of sample from Population j
\(\bar{x_j}\) = mean of sample from Population j
\(s_j^2\) = variance of sample from Population j
\(T_j\) = sum of sample data from Population j
Defining formulas from sums of squares in one-way ANOVA:
SST = \(\sum (x_i - \bar x)^2\)
SSTR = \(\sum n_j(\bar{x_j} - \bar{x})^2\)
SSE = \(\sum (n_j-1)s_j^2\)
One-way ANOVA identity: SST = SSTR + SSE
Computing formulas from sums of squares in one-way ANOVA:
SST = \(\sum x_i^2 - (\sum x_i)^2/n\)
SSTR = \(\sum (T_j^2/n_j) - (\sum x_i)^2/n\)
SSE = SST - SSTR
Mean squares in one-way ANOVA:
MSTR = \(\frac{SSTR}{k-1}\)
MSE = \(\frac{SSE}{n-k}\)
SSE = SST - SSTR
Test statistic for one-way ANOVAA (independent samples, normal populations, and equal population standard deviations):
- F = \(\frac{MSTR}{MSE}\)
with df = (k - 1, n - k)
Confidence interval for \(\mu_i - \mu_j\) in the Tukey multiple-comparison method (independent samples, normal populations, and equal population sstandard deviations):
- \((\bar{x_i} - \bar{x_j}) \pm \frac{q_{\alpha}}{\sqrt{2}}.s\sqrt{\frac{1}{n_i} + \frac{1}{n_j}}\)
where s = \(\sqrt{MSE}\) and \(q_{\alpha}\) is obtained for a q-curve with parameters k and n - k
Test statistic for a Kruskal-Wallis test (independent samples, same-shape populations, all sample sizes 5 or greater):
\(K=\frac{SSTR}{SST/(n-1)}\) or
\(K=\frac{12}{n(n+1)}\sum_{j=1}^{k} \frac{R_j^2}{n_j} - 3(n+1)\)
where SSTR and SST are computed for the ranks of the data, and \(R_j\) denotes the sum of the ranks for the sample data from Population j. K has approximately a chi-square distribution with df = k -1
(a) Find the null and alternative hypotheses. Choose the correct answer below.
Since the question asks that “a difference exists in mean IQ at age 7-8 years for preterm children among the three groups,” the correct hypothesis is.
\(H_0: \mu_I = \mu_{IIa} = \mu_{IIb}\)
\(H_a:\) Not all the means are equal.
First we need to get the data from the question.
<- c(88, 17, 195)
nj <- c(98.6, 97.3, 101.3)
x <- c(11.5, 20.6, 13.1) s
Names of variables
n = total number of observations: n
We find SSTR, SSE, SST by using defining formula
= sum(nj)
n = length(x) k
Find SSTR using the formula SSTR = \(\sum n_j(\bar{x_j} - \bar{x})^2\)
= sum(nj*(x- sum(nj*x)/sum(nj))^2)
SSTR SSTR
## [1] 602.2155
round(SSTR, 2)
## [1] 602.22
Find SSE using the formula SSE = \(\sum (n_j-1)s_j^2\)
= sum((nj-1)*s^2)
SSE SSE
## [1] 51587.85
round(SSE, 2)
## [1] 51587.85
Find SST, we use formula SST = SSE + SSTR
= SSE + SSTR
SST SST
## [1] 52190.07
round(SST, 2)
## [1] 52190.07
Find df treatment
= length(x)
k -1 k
## [1] 2
Find SS treatment
SSTR
## [1] 602.2155
Find MS treatment
= SSTR/(k-1)
MSTR MSTR
## [1] 301.1077
Find Error df
- k n
## [1] 297
Find Error SS
SSE
## [1] 51587.85
Find Error MS
= SSE / (n - k)
MSE MSE
## [1] 173.6965
Find F-statistic treatment
/ MSE MSTR
## [1] 1.733528
round(MSTR / MSE, 2)
## [1] 1.73
Find df total
- 1 n
## [1] 299
Find SS total
SST
## [1] 52190.07
Find the critical value.
Since \(\alpha = .01\)
= 0.01
alpha qf(1-alpha, k-1, n-k)
## [1] 4.67732
Round to decimal places
round(qf(1-alpha, k-1, n-k), 2)
## [1] 4.68
Since our test statistic = 1.73 < our critical value \(F_{\alpha}\)=4.68 and it is a right-tailed test, we do not have enough evidence to reject the hypothesis.
Hope that helps!


SESSREG(1) SESSREG(1) NAME sessreg - manage utmp/wtmp entries for non-init clients SYNOPSIS sessreg [-w wtmp-file] [-u utmp-file] [-L lastlog-file] [-l line-name] [-h host-name] [-s slot-number] [-x Xservers-file] [-t ttys-file] [-a] [-d] user-name DESCRIPTION Sessreg is a simple program for managing utmp/wtmp and lastlog entries for xdm sessions. System V has a better interface to utmp than BSD; it dynamically allo‐ cates entries in the file, instead of writing them at fixed positions indexed by position in /etc/ttys. To manage BSD-style utmp files, sessreg has two strategies. In conjunc‐ tion with xdm, the -x option counts the number of lines in /etc/ttys and then adds to that the number of the line in the Xservers file which spec‐ ifies the display. The display name must be specified as the "line-name" using the -l option. This sum is used as the "slot-number" in the utmp file that this entry will be written at. In the more general case, the -s option specifies the slot-number directly. If for some strange reason your system uses a file other than /etc/ttys to manage init, the -t option can direct sessreg to look elsewhere for a count of terminal ses‐ sions. Conversely, System V managers will not ever need to use these options (-x, -s and -t). To make the program easier to document and explain, sessreg accepts the BSD-specific flags in the System V environment and ignores them. BSD and Linux also have a host-name field in the utmp file which doesn't exist in System V. This option is also ignored by the System V version of sessreg. USAGE In Xstartup, place a call like: sessreg -a -l $DISPLAY -x /etc/X11/xdm/Xservers $USER and in Xreset: sessreg -d -l $DISPLAY -x /etc/X11/xdm/Xservers $USER OPTIONS -w wtmp-file This specifies an alternate wtmp file, instead of /var/log/wtmp. The special name "none" disables writing records to the wtmp file. -u utmp-file This specifies an alternate utmp file, instead of /var/run/utmp. The special name "none" disables writing records to the utmp file. -L lastlog-file This specifies an alternate lastlog file, instead of /var/log/lastlog, if the platform supports lastlog files. The special name "none" disables writing records to the lastlog file. -l line-name This describes the "line" name of the entry. For terminal ses‐ sions, this is the final pathname segment of the terminal device filename (e.g. ttyd0). For X sessions, it should probably be the local display name given to the users session (e.g. :0). If none is specified, the terminal name will be determined with ttyname(3) and stripped of leading components. -h host-name This is set for BSD hosts to indicate that the session was initi‐ ated from a remote host. In typical xdm usage, this options is not used. -s slot-number Each potential session has a unique slot number in BSD systems, most are identified by the position of the line-name in the /etc/ttysfile. This option overrides the default position deter‐ mined with ttyslot(3). This option is inappropriate for use with xdm, the -x option is more useful. -x Xservers-file As X sessions are one-per-display, and each display is entered in this file, this options sets the slot-number to be the number of lines in the ttys-file plus the index into this file that the line-name is found. -t ttys-file This specifies an alternate file which the -x option will use to count the number of terminal sessions on a host. -a This session should be added to utmp/wtmp. -d This session should be deleted from utmp/wtmp. One of -a/-d must be specified. SEE ALSO xdm(1), utmpx(5) AUTHOR Keith Packard, MIT X Consortium X Version 11 sessreg 1.0.7 SESSREG(1)


synth_01
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filter frequency:
filter resonance:
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release:


Hi! At this point, ruby programming is based upon items such as methods, classes, and variables. We can all agree that we have nothing without these items. In particular, variables are integral to the programming language due to versatility. However, as with everything, there are different kinds of variables! Luckily, it isn't particularly difficult to understand what these variable types are, but it is difficult when faced with a giant error message staring you in the face! Let's get started!
Scope is the key word to understanding variable type. If you can determine the scope, you can determine what kind of variable is in play. Look at the following:
new_variable = "new variable!"
By itself, it is harmless. However, if you define this variable within a method, a class, or inside a code block...well. You can see this for yourself:
def test_method
p new_variable = "new variable"
end
test_method #==>"new variable"
p new_variable #==> defined local
variable or method `new_variable'
for main:Objec
If you run test_method, it works perfectly fine because the variable was defined within the method "scope." However, you see that when you try to access new_variable outside this method, ruby cannot see this variable. It is staying inside this method and closed off from our typing hands! Let's look at a class example:
new_variable = "new variable"
class Test
p new_variable
end
#=>#NameError: undefined local variable or method
We defined a the variable outside this class and are asking the class to p out this variable. Unfortunately for the class, this variable was made outside the class. Ruby doesn't have any idea what new_variable is inside the class because it wasn't defined and it certainly cannot read the variable made outside of it.
As you figured out, the scope or placement of these variables determine their usability. For the examples, I applied local variables. Recall that the only successful example was when I defined local variable inside the method or referred to it directly outside of anything else. With this thought process in mind, let us consider a way to organize the different types of variables.
From this table (courtesty of the Ruby Wizardry), local variables are straight forward. Before moving onto @variable or instance, I want to quickly cover global and class variable. Global variables are signified by the $ and can be accessed from anywhere. However, it's a bit of a double-edged sword. Although it is extremely easy to access, it is also very easey to change since it is accessible from outside the code. This is pretty handy occasional if you are using an external file for instance.
However, as a piece of code in a program, it could cause more trouble than anything. In regards to class variables, it's handy if you want to create a variable that all the instances are using. However, if you want each instance to have their own copy of the variable, it is necessary to use the instance variable instead. So to clarify, a class variable is one copy for the whole class.
An instance variable has a copy for each instance. Think of it as if a class variable is a pie and each instance of a class is a child. If you created a child and method called eat, each child would effect the single instance variable (the pie). This could be adding to the pie amount or decreasing the pie amount. However, in an instance variable, each child would be eating their own pie. In fact, you could have one child eating 1 pie or another eating 2 pies. It all depends on what you want to do with your class.
This is all for now! Have a great week! Study hard!


Ruby on Rails Guides Guidelines
This guide documents guidelines for writing Ruby on Rails Guides. This guide follows itself in a graceful loop, serving itself as an example.
After reading this guide, you will know:
- About the conventions to be used in Rails documentation.
- How to generate guides locally.
Markdown
Guides are written in GitHub Flavored Markdown. There is comprehensive documentation for Markdown, as well as a cheatsheet.
Prologue
Each guide should start with motivational text at the top (that's the little introduction in the blue area). The prologue should tell the reader what the guide is about, and what they will learn. As an example, see the Routing Guide.
Headings
The title of every guide uses an h1
heading; guide sections use h2
headings; subsections use h3
headings; etc. Note that the generated HTML output will use heading tags starting with <h2>
.
Guide Title
===========
Section
-------
### Sub Section
When writing headings, capitalize all words except for prepositions, conjunctions, internal articles, and forms of the verb "to be":
#### Middleware Stack is an Array
#### When are Objects Saved?
Use the same inline formatting as regular text:
##### The `:content_type` Option
API Documentation Guidelines
The guides and the API should be coherent and consistent where appropriate. In particular, these sections of the API Documentation Guidelines also apply to the guides:
HTML Guides
Before generating the guides, make sure that you have the latest version of Bundler installed on your system. As of this writing, you must install Bundler 1.3.5 on your device.
To install the latest version of Bundler, run gem install bundler
.
Generation
To generate all the guides, just cd
into the guides
directory, run bundle install
, and execute:
bundle exec rake guides:generate
or
bundle exec rake guides:generate:html
To process my_guide.md
and nothing else use the ONLY
environment variable:
touch my_guide.md
bundle exec rake guides:generate ONLY=my_guide
By default, guides that have not been modified are not processed, so ONLY
is rarely needed in practice.
To force processing all the guides, pass ALL=1
.
It is also recommended that you work with WARNINGS=1
. This detects duplicate IDs and warns about broken internal links.
If you want to generate guides in a language other than English, you can keep them in a separate directory under source
(eg. source/es
) and use the GUIDES_LANGUAGE
environment variable:
bundle exec rake guides:generate GUIDES_LANGUAGE=es
If you want to see all the environment variables you can use to configure the generation script just run:
rake
Validation
Please validate the generated HTML with:
bundle exec rake guides:validate
Particularly, titles get an ID generated from their content and this often leads to duplicates. Please set WARNINGS=1
when generating guides to detect them. The warning messages suggest a solution.
Kindle Guides
Generation
To generate guides for the Kindle, use the following rake task:
bundle exec rake guides:generate:kindle


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ARTICLE 9. [OLD]
SECURED TRANSACTIONS; SALES OF ACCOUNTS,
CONTRACT RIGHTS AND CHATTEL PAPER
§§490:9-101 to 490:9-507 REPEALED. L 2000, c 241, §30.
ARTICLE 9.
SECURED TRANSACTIONS
PART 1. GENERAL PROVISIONS
Subpart 1. Short Title, Definitions, and General Concepts
§490:9-101 Short title. This article may be cited as Uniform Commercial Code--Secured Transactions. [L 2000, c 241, pt of §1]


| 011:078 Khan | : |
And his people came rushing towards him, and since aforetime they used to commit crimes (sodomy, etc.), he said: "O my people! Here are my daughters (i.e. the daughters of my nation), they are purer for you (if you marry them lawfully). So fear Allah and degrade me not as regards my guests! Is there not among you a single right-minded man?" |
| 011:078 Maulana | : |
And his people came to him, (as if) driven on towards him, and they were used to the doing of evil deeds before. He said: O my people, these are my daughters -- they are purer for you; so guard against (the punishment of) Allah and disgrace me not about my guests. Is there not among you any right-minded man? |
| 011:078 Pickthal | : |
And his people came unto him, running towards him - and before then they used to commit abominations - He said: O my people! Here are my daughters! They are purer for you. Beware of Allah, and degrade me not in (the person of) my guests. Is there not among you any upright man? |
| 011:078 Rashad | : |
His people came rushing; they had grown accustomed to their sinful acts. He said, "O my people, it would be purer for you, if you take my daughters instead. You shall reverence GOD; do not embarrass me with my guests. Have you not one reasonable man among you?" |
| 011:078 Sarwar | : |
His people, who had constantly indulged in evil deeds, came running to him. He said, "My people, here are my pure daughters. Have fear of God and do not humiliate me before my guests. Is there no person of understanding among you?" |
| 011:078 Shakir | : |
And his people came to him, (as if) rushed on towards him, and already they did evil deeds. He said: O my people! these are my daughters-- they are purer for you, so guard against (the punishment of) Allah and do not disgrace me with regard to my guests; is there not among you one right-minded man? |
| 011:078 Sherali | : |
And his people came to him, running towards him, trembling with rage, and before this too they used to do evils. He said, 'O my people, these are my daughters; they are purer for you. So fear ALLAH and do not disgrace me in the presence of my guest. Is there not among you one right-minded man? |
| 011:078 Yusufali | : |
And his people came rushing towards him, and they had been long in the habit of practising abominations. He said: "O my people! Here are my daughters: they are purer for you (if ye marry)! Now fear Allah, and cover me not with shame about my guests! Is there not among you a single right-minded man?" |
Concepts/Themes Covered: الإنسان والعلاقات الأخلاقية > الأخلاق الحميدة > (القِرى (إكرام الضيف Man and The Moral Relations> Good Morals>Hospitability
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Preview: any one can help me about accounting problem related finance year
Due Date: Dec 30, 2016 - 8:57 AM Subject: Business Accounting
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