Final Project Presentation
for TDDC34
Team Stockholm
Johan Angelstam | Guanqun Li
Renquan Wang | Yunsheng Kong
Quickomat
source: http://www.quickomat.com/affaersid.html
Index
Introduction
Theoretical Framework
Case Study
Discussion & Conclusion
Introduction
Quickomat
Background
Vending Machine
Tickets
Top up Phones
Parking Tickets
Stakeholders
Service Providers
Commuters
The Machine Manufacturer
Introduction
Motivation & Goals
Popular and public in south of Sweden
Influence on regular life
Open resources
Limitations
Short time frame
Lack of data on security part
Limit the scale of economic and macro evaluation
Theoretical Framework
Perspectives on Evaluation
CATWOE
Analyze the stakeholders
Updated D&M Success Model
Technical Evaluation
Interface-Usability
Social Evaluation
Security on Public Transportation
Theoretical Framework
Empirical Framework
Heuristic Evaluation of Interface-Usability
A set of evaluators to examine the system
Compliance with regcognized usability principles
Evaluators work individually but together in the end
Theoretical Framework
Empirical Framework
Heuristic Evaluation of Interface-Usability
Evaluation plan
Choose evaluators
Review heuristices
Conduct the evaluation
Analyze the results
Heuristic Evalualtion
Advantages of heuristics
Fast
Easy to carry out
Flexible
Heuristic Evalualtion
Jacob Neilson's 10 general principles for interaction design(Neilson 1995b)
Theoretical Framework
Theory-based Framework
Social Evaluation on Security Issue
Data Collection
Demographic Assessment
Security Assessment
Analyze the results
Case Study
CATWOE
[Customers]
Travelers and others users of Quickomat are the customers.
[Actors]
Quickomat AB and ÖstgötaTrafiken.
[Transformation]
Using Quickomat can reduce the potential risk of safety compared to using cash.
Case Study
CATWOE
[Weltanschauung]
The user now buy tickets using credit card and get tickets/card instead of cash, which will increase the safety.
[Owners]
Quickomat AB is owner
[Environment]
The location of the vending machine should be meet people’s need.
Case Study
Technical Evaluation
Evaluation Plan & Choose Evaluator
General operations on Homepage
Buy/Top up the bus tickets
Top up pre-paid sim card
Evaluator: With and without experience
Case Study
Technical Evaluation
Examples of heuristics
Avoid unnecessary visual elements
Make text and elements visible with sufficient contrast
Avoid unnecessary steps
Use confirm and next buttons sparingly -- provide back buttons (undo)
Do not allow illegal choices
...
Case Study
Technical Evaluation
Analysis
Example: Buy/Top up the bus tickets
Case Study
Social Evaluation
Data Collection
Questionnaire
Email Interview
Questionaire
...
Demographic Assessment
Questionaire Assessment
Questionaire Assessment
Security Assessment
Security Assessment
Email Interview
Östgötatrafiken
Discussion & Conclustion
Interface-usability
Good designed.
Have improvement space
Security
Help increase the security level
Need further and deeper research
Thank you for your attention!
Questions?


--- layout: page title: Resources --- {% for post in site.categories.resources %} {{ post.title }} {% endfor %}


Analyzers are used in Open Mentor to generate a
Submission
object for an uploaded file. They
use a reference to an Extractor
and to a
Classifier
, both set through dependency
injection. The package consists solely of an interface,
Analyzer
that provides one main method,
addSubmission
, which, given a set of
parameters, processes an uploaded file and generates
a new Submission
object for persistent
storage.


| uiw.abstract - MATLAB File Help |
Contents of uiw.abstract package: AppWindow - Base class for an app's traditional figure window BaseContainer - Base class for a container BaseDialog - Base class for building dialog windows BaseFigure - Base class for a traditional figure used for an app BaseLabel - Base class for a Widget Label BasePanel - Mixin class for a base uipanel and font properties EditablePopupControl - Base class for a popup control with editable text EditableTextControl - Base class for an editable text control EditableTextWithButton - Base class for an editable field with a button JavaControl - Base class for widgets with a Java control JavaEditableText - Base class for JAVA editable text widgets MultiSessionApp - Base class for app that saves state to MAT file SessionManagement - Base class for app with session management SingleSessionApp - Base class for app that saves state to MAT file WidgetContainer - Base class for a graphical widget
Copyright 2018-2019 The MathWorks, Inc.


This is just some neato text we're targeting using home.scss
Just testing to make sure font awesome is wired-up properly
(These buttons don't do anything, but, jeepers, they sure are neat and easy to make with BS and FA...


Actual source code: cgtype.c
petsc-3.8.0 2017-09-26
2: #include <../src/ksp/ksp/impls/cg/cgimpl.h>
4: /*@
5: KSPCGSetType - Sets the variant of the conjugate gradient method to
6: use for solving a linear system with a complex coefficient matrix.
7: This option is irrelevant when solving a real system.
9: Logically Collective on KSP
11: Input Parameters:
12: + ksp - the iterative context
13: - type - the variant of CG to use, one of
14: .vb
15: KSP_CG_HERMITIAN - complex, Hermitian matrix (default)
16: KSP_CG_SYMMETRIC - complex, symmetric matrix
17: .ve
19: Level: intermediate
21: Options Database Keys:
22: + -ksp_cg_Hermitian - Indicates Hermitian matrix
23: - -ksp_cg_symmetric - Indicates symmetric matrix
25: Note:
26: By default, the matrix is assumed to be complex, Hermitian.
28: .keywords: CG, conjugate gradient, Hermitian, symmetric, set, type
29: @*/
30: PetscErrorCode KSPCGSetType(KSP ksp,KSPCGType type)
31: {
36: PetscTryMethod(ksp,"KSPCGSetType_C",(KSP,KSPCGType),(ksp,type));
37: return(0);
38: }
40: /*@
41: KSPCGUseSingleReduction - Merge the two inner products needed in CG into a single MPI_Allreduce() call.
43: Logically Collective on KSP
45: Input Parameters:
46: + ksp - the iterative context
47: - flg - turn on or off the single reduction
49: Options Database:
50: . -ksp_cg_single_reduction
52: Level: intermediate
54: The algorithm used in this case is described as Method 1 in Lapack Working Note 56, "Conjugate Gradient Algorithms with Reduced Synchronization Overhead
55: Distributed Memory Multiprocessors", by E. F. D'Azevedo, V. L. Eijkhout, and C. H. Romine, December 3, 1999. V. Eijkhout creates the algorithm
56: initially to Chronopoulos and Gear.
58: It requires two extra work vectors than the conventional implementation in PETSc.
60: See also KSPPIPECG, KSPPIPECR, and KSPGROPPCG that use non-blocking reductions.
62: .keywords: CG, conjugate gradient, Hermitian, symmetric, set, type, KSPPGMRES
63: @*/
64: PetscErrorCode KSPCGUseSingleReduction(KSP ksp,PetscBool flg)
65: {
71: PetscTryMethod(ksp,"KSPCGUseSingleReduction_C",(KSP,PetscBool),(ksp,flg));
72: return(0);
73: }
75: /*@
76: KSPCGSetRadius - Sets the radius of the trust region.
78: Logically Collective on KSP
80: Input Parameters:
81: + ksp - the iterative context
82: - radius - the trust region radius (Infinity is the default)
84: Level: advanced
86: .keywords: KSP, NASH, STCG, GLTR, set, trust region radius
87: @*/
88: PetscErrorCode KSPCGSetRadius(KSP ksp, PetscReal radius)
89: {
94: if (radius < 0.0) SETERRQ(PetscObjectComm((PetscObject)ksp),PETSC_ERR_ARG_OUTOFRANGE, "Radius negative");
96: PetscTryMethod(ksp,"KSPCGSetRadius_C",(KSP,PetscReal),(ksp,radius));
97: return(0);
98: }
100: /*@
101: KSPCGGetNormD - Got norm of the direction.
103: Collective on KSP
105: Input Parameters:
106: + ksp - the iterative context
107: - norm_d - the norm of the direction
109: Level: advanced
111: .keywords: KSP, NASH, STCG, GLTR, get, norm direction
112: @*/
113: PetscErrorCode KSPCGGetNormD(KSP ksp, PetscReal *norm_d)
114: {
119: PetscUseMethod(ksp,"KSPCGGetNormD_C",(KSP,PetscReal*),(ksp,norm_d));
120: return(0);
121: }
123: /*@
124: KSPCGGetObjFcn - Get objective function value.
126: Collective on KSP
128: Input Parameters:
129: + ksp - the iterative context
130: - o_fcn - the objective function value
132: Level: advanced
134: .keywords: KSP, NASH, STCG, GLTR, get, objective function
135: @*/
136: PetscErrorCode KSPCGGetObjFcn(KSP ksp, PetscReal *o_fcn)
137: {
142: PetscUseMethod(ksp,"KSPCGGetObjFcn_C",(KSP,PetscReal*),(ksp,o_fcn));
143: return(0);
144: }


The homemade pizza dough is produced in-house daily and is another reason why the pizza at Pizza Palace always tastes better.
The Twisty Bread, the signature Wingz and the delicious Double Meal are additional value-for-money
options that keep our satisfied customers coming back time after time.
These are the meals that have made our Fabulous Wednesday everyone’s favourite day of the week.
When entertaining,
a Chicken Wrap special,an Icream Pizza, or a Grilled Chicken pizza from Pizza Palace is the obvious and perfect option to please crowds of all ages.
Tel : +254712 898 7760
Email<EMAIL_ADDRESS><EMAIL_ADDRESS>Location : Westlands 6767 Burudani Lane
Our Team
Mr. Brian Nderitu started Pizza Palace 10 years ago as a small food restaurant
He has been consistent and motivating to both employees and clients.
Qoute from founder :
"No one was finds success while sitted, you have to go and work for you portion."
Miss Jackline Jacky, a qualified manager with a Phd in management has been in the forefront in taking Pizza Palace to the next level.
She has worked tirelessly to improve the customer care we now enjoy and world class
quality of our restaurant
Quote from manager :
"Always give 100% in everything you do.That's your legacy!"
Mr.Sammy Sam has always ensured that all activities are done well and in order.
His skills in hotel coherance is unparralleled.Working with Mr.Sam is always a time to learn new things!
Quote from supervisor :
"Understanding your strengths and weeknesses make you grow exponatially
know excactly what to do or not to do!"
Miss Nimsy Nimo is a qualified cheff with a masters degree in the same.
Her cooking is extra odinary and always stands out.Eat one pizza,you will be back for more!
Quote from head cook :
"Cooking, baking is an art best executed from the heart with
passion and love.. "
Mr. Antoinio Tony ensures all our clients get the proper services they need.
The elegance and prestige servers of our restaurant are his work.
Quote from head server :
"Service is a chance to uplift others and bring a smile to their faces
a smile is precious treasure if you know its value.. "


Apparel for responsive-building, media-querying web citizens.
1059 votes
A short description of the shirt.
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Reports any use of
==
to test for String equality, rather than the
".equals()"
method.
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Hi my name is Jarmon
I MAKE THINGS LOOK GOOD
I'm 24/7 Servant of God - Loving Father - Developer
Learn more about me
Hi my name is Jarmon
I MAKE THINGS LOOK GOOD
I'm 24/7 Servant of God - Loving Father - Developer
Learn more about me


BEAUTY AND THE BEAST: THE ENCHANTED CHRISTMAS
A Film Review by James Berardinelli
RATING: *** OUT OF ****
United States, 1997 U.S. Release Date: 11/11/97 (direct-to-video) Running Length: 1:12 MPAA Classification: n/a Theatrical Aspect Ratio: 1.33:1
Featuring the voices of: Paige O'Hara, Robby Benson, Jerry Orbach, David Ogden Stiers, Angela Lansbury, Tim Curry, Bernadette Peters, Paul Reubens Director: Andy Knight Screenplay: Flip Koler & Cindy Marcus and Bill Motz & Bob Roth Music: Rachel Portman Lyrics: Don Black U.S. Distributor: Walt Disney Pictures
Sequels have always been a popular means of cinematic entertainment, even back in the days of the old cliffhanger serials. After all, by using previously-established characters, there's a built- in audience. In recent years, it's almost an axiom that any film grossing $100 million will have a continuation, no matter how ludicrous the premise. Walt Disney Pictures claims to have a policy against theatrical follow-ups to their "animated classics" (although this doesn't explain 1990's THE RESCUERS DOWN UNDER), but that policy doesn't extend beyond the silver screen THE LITTLE MERMAID was converted into a Saturday morning TV show. ALADDIN already has two direct-to-video sequels (THE RETURN OF JAFAR and ALADDIN AND THE KING OF THIEVES). Both THE LION KING and POCAHONTAS have new videotape adventures on the way. And, with the heavily-marketed release of BEAUTY AND THE BEAST: THE ENCHANTED CHRISTMAS, one of the family-friendly company's most-beloved features now has a new chapter.
The familiarity inherent in a sequel is a double-edged sword. On the positive side, it allows us to visit old friends. Less time can be spent establishing the characters, since we already know them, so it's possible to get into the heart of the story more quickly. On the other hand, comparisons are inevitable, and, with a genuine classic of BEAUTY AND THE BEAST's stature, they're not likely to be favorable. No matter how much effort was put into the production of THE ENCHANTED CHRISTMAS, there's no way it could live up to the standards established by its predecessor.
As a direct-to-video effort, THE ENCHANTED CHRISTMAS is more than respectable. It's far ahead of the two ALADDIN tapes, and is arguably better than Disney's latest animated theatrical feature, HERCULES. It goes without saying that we're not getting something of comparable quality to the original BEAUTY AND THE BEAST -- the time, effort, and budget are considerably less, and it shows in many ways. Surprisingly, the animation is one area that suffers only a minor degradation. For the most part, it's crisp, clean, and smooth. The computer generated sequences featuring the new villain, Forte the pipe organ, are impressive. I was frankly impressed by how good THE ENCHANTED CHRISTMAS looks, especially considering the unevenness of the ALADDIN sequels.
The biggest step down is in the writing. THE ENCHANTED CHRISTMAS is clearly aimed at a young audience, with little consideration for the adults who may be watching.  The story, a "mid-quel" (as opposed to a prequel or sequel), occurs during a time period partway through the original film, presenting a "missing" chapter from the long interval when Belle (voice of Paige O'Hara) and the Beast (Robby Benson) are growing more fond of each other. (Bookend THE ENCHANTED CHRISTMAS with the scenes from BEAUTY AND THE BEAST where the Beast saves Belle from the wolves and where he shows her the library.) The evil Forte (Tim Curry), the Beast's talking pipe organ and former court composer, is jealous of his master's attachment to Belle, and, along with his unwilling henchman, Fife (Paul Reubens), plots to destroy their relationship. Meanwhile, Belle, with the aid of her friends Lumiere (Jerry Orbach), Cogsworth (David Ogden Stiers), Mrs. Potts (Angela Lansbury), and the ornament Angelique (Bernadette Peters), plans to bring Christmas back to the gloomy castle, even though the Beast has strictly forbidden its celebration.
The best parts of THE ENCHANTED CHRISTMAS are those that concentrate on developing the relationship between Belle and the Beast. There's a scene where she tries to teach him to skate, and another where they reconcile after a misunderstanding. Unfortunately, the film makers have added a lot of "adventure" to the mix, and, while this aspect of the movie may be fine for younger viewers, more sophisticated viewers will find it routine. As a villain, Forte is neither sinister nor frightening (his inability to move is a distinct flaw), although he does get to utter a few delicious lines. There are five new songs from the team of Rachel Portman and Don Black (who wrote the lyrics to "Diamonds are Forever"), all of which are more obligatory than inspired. They're not bad, but they don't add a lot to the proceedings.
The entire principal vocal cast is back, and they're all in fine form. Joining them are Tim Curry as Forte, Paul Reubens as the flute- like Fife, and Bernadette Peters as the angelic Angelique. Combining well-known voices with familiar animated faces makes watching THE ENCHANTED CHRISTMAS a comfortable, genial experience. It's not a classic, and the videotape won't get the same kind of play afforded to BEAUTY AND THE BEAST, but, if only for the chance to spend 70 minutes with old friends, THE ENCHANTED CHRISTMAS is a welcome release.
Copyright 1997 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1300 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"For me, the cinema is not a slice of life, but a piece of cake."
- Alfred Hitchcock
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(a) This part provides policies and procedures for—
(1) Acquisition of foreign supplies, services, and construction materials; and
(2) Contracts performed outside the United States.
(b) It implements 41 U.S.C. chapter 83, Buy American; trade agreements; and other laws and regulations.
(a) 41 U.S.C. chapter 83, Buy American—
(1) Restricts the purchase of supplies, that are not domestic end products, for use within the United States. A foreign end product may be purchased if the contracting officer determines that the price of the lowest domestic offer is unreasonable or if another exception applies (see Subpart 25.1); and
(2) Requires, with some exceptions, the use of only domestic construction materials in contracts for construction in the United States (see Subpart 25.2).
(b) The restrictions in the Buy American statute are not applicable in acquisitions subject to certain trade agreements (see Subpart 25.4). In these acquisitions, end products and construction materials from certain countries receive nondiscriminatory treatment in evaluation with domestic offers. Generally, the dollar value of the acquisition determines which of the trade agreements applies. Exceptions to the applicability of the trade agreements are described in Subpart 25.4.
(c) The test to determine the country of origin for an end product under the Buy American statute (see the various country “end product” definitions in 25.003) is different from the test to determine the country of origin for an end product under the trade agreements, or the criteria for the representation on end products manufactured outside the United States (see 52.225-18).
(1) The Buy American statute uses a two-part test to define a “domestic end product”or “domestic construction material” (manufactured in the United States and a formula based on cost of domestic components). The component test has been waived for acquisition of commercially available off-the-shelf items.
(2) Under the trade agreements, the test to determine country of origin is “substantial transformation” (i.e., transforming an article into a new and different article of commerce, with a name, character, or use distinct from the original article).
(3) For the representation at 52.225-18, the only criterion is whether the place of manufacture of an end product is in the United States or outside the United States, without regard to the origin of the components.
(4) When using funds appropriated under the American Recovery and Reinvestment Act of 2009 (Pub. L. 111-5), the definition of “domestic manufactured construction material” requires manufacture in the United States but does not include a requirement with regard to the origin of the components. If the construction material consists wholly or predominantly of iron or steel, the iron or steel must be produced in the United States.
The following table shows the applicability of the subparts. Subpart 25.5 provides comprehensive procedures for offer evaluation and examples.
As used in this part—
“Caribbean Basin country” means any of the following countries: Antigua and Barbuda, Aruba, Bahamas, Barbados, Belize, Bonaire, British Virgin Islands, Curacao, Dominica, Grenada, Guyana, Haiti, Jamaica, Montserrat, Saba, St. Kitts and Nevis, St. Lucia, St. Vincent and the Grenadines, Sint Eustatius, Sint Maarten, or Trinidad and Tobago.
“Caribbean Basin country end product”—
(1) Means an article that—
(i)(A) Is wholly the growth, product, or manufacture of a Caribbean Basin country; or
(B) In the case of an article that consists in whole or in part of materials from another country, has been substantially transformed in a Caribbean Basin country into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed; and
(ii) Is not excluded from duty-free treatment for Caribbean countries under 19 U.S.C. 2703(b).
(A) For this reason, the following articles are not Caribbean Basin country end products:
(1) Tuna, prepared or preserved in any manner in airtight containers.
(2) Petroleum, or any product derived from petroleum.
(3) Watches and watch parts (including cases, bracelets, and straps) of whatever type including, but not limited to, mechanical, quartz digital, or quartz analog, if such watches or watch parts contain any material that is the product of any country to which the Harmonized Tariff Schedule of the United States (HTSUS) column 2 rates of duty apply (i.e., Afghanistan, Cuba, Laos, North Korea, and Vietnam).
(4) Certain of the following: textiles and apparel articles; footwear, handbags, luggage, flat goods, work gloves, and leather wearing apparel; or handloomed, handmade, and folklore articles.
(B) Access to the HTSUS to determine duty-free status of articles of the types listed in paragraph (1)(ii)(A)(4) of this definition is available via the Internet at http://www.usitc.gov/tata/hts/. In particular, see the following:
(1) General Note 3(c), Products Eligible for Special Tariff treatment.
(2) General Note 17, Products of Countries Designated as Beneficiary Countries under the United States-Caribbean Basin Trade Partnership Act of 2000.
(3) Section XXII, Chapter 98, Subchapter II, Articles Exported and Returned, Advanced or Improved Abroad, U.S. Note 7(b).
(4) Section XXII, Chapter 98, Subchapter XX, Goods Eligible for Special Tariff Benefits under the United States-Caribbean Basin Trade Partnership Act; and
(2) Refers to a product offered for purchase under a supply contract, but for purposes of calculating the value of the acquisition, includes services (except transportation services) incidental to the article, provided that the value of those incidental services does not exceed that of the article itself.
“Civil aircraft and related articles” means—
(1) All aircraft other than aircraft to be purchased for use by the Department of Defense or the U.S. Coast Guard;
(2) The engines (and parts and components for incorporation into the engines) of these aircraft;
(3) Any other parts, components, and subassemblies for incorporation into the aircraft; and
(4) Any ground flight simulators, and parts and components of these simulators, for use with respect to the aircraft, whether to be used as original or replacement equipment in the manufacture, repair, maintenance, rebuilding, modification, or conversion of the aircraft and without regard to whether the aircraft or articles receive duty-free treatment under section 601(a)(2) of the Trade Agreements Act.
“Component” means an article, material, or supply incorporated directly into an end product or construction material.
“Construction material” means an article, material, or supply brought to the construction site by a contractor or subcontractor for incorporation into the building or work. The term also includes an item brought to the site preassembled from articles, materials, or supplies. However, emergency life safety systems, such as emergency lighting, fire alarm, and audio evacuation systems, that are discrete systems incorporated into a public building or work and that are produced as complete systems, are evaluated as a single and distinct construction material regardless of when or how the individual parts or components of those systems are delivered to the construction site. Materials purchased directly by the Government are supplies, not construction material.
“Cost of components” means—
(1) For components purchased by the contractor, the acquisition cost, including transportation costs to the place of incorporation into the end product or construction material (whether or not such costs are paid to a domestic firm), and any applicable duty (whether or not a duty-free entry certificate is issued); or
(2) For components manufactured by the contractor, all costs associated with the manufacture of the component, including transportation costs as described in paragraph (1) of this definition, plus allocable overhead costs, but excluding profit. Cost of components does not include any costs associated with the manufacture of the end product.
“Designated country” means any of the following countries:
(1) A World Trade Organization Government Procurement Agreement (WTO GPA) country (Armenia, Aruba, Austria, Belgium, Bulgaria, Canada, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hong Kong, Hungary, Iceland, Ireland, Israel, Italy, Japan, Korea (Republic of), Latvia, Liechtenstein, Lithuania, Luxembourg, Malta, Moldova, Montenegro, Netherlands, New Zealand, Norway, Poland, Portugal, Romania, Singapore, Slovak Republic, Slovenia, Spain, Sweden, Switzerland, Taiwan (known in the World Trade Organization as “the Separate Customs Territory of Taiwan, Penghu, Kinmen and Matsu (Chinese Taipei)”), Ukraine, or United Kingdom);
(2) A Free Trade Agreement (FTA) country (Australia, Bahrain, Canada, Chile, Colombia, Costa Rica, Dominican Republic, El Salvador, Guatemala, Honduras, Korea (Republic of), Mexico, Morocco, Nicaragua, Oman, Panama, Peru, or Singapore);
(3) A least developed country (Afghanistan, Angola, Bangladesh, Benin, Bhutan, Burkina Faso, Burundi, Cambodia, Central African Republic, Chad, Comoros, Democratic Republic of Congo, Djibouti, Equatorial Guinea, Eritrea, Ethiopia, Gambia, Guinea, Guinea-Bissau, Haiti, Kiribati, Laos, Lesotho, Liberia, Madagascar, Malawi, Mali, Mauritania, Mozambique, Nepal, Niger, Rwanda, Samoa, Sao Tome and Principe, Senegal, Sierra Leone, Solomon Islands, Somalia, South Sudan, Tanzania, Timor-Leste, Togo, Tuvalu, Uganda, Vanuatu, Yemen, or Zambia); or
(4) A Caribbean Basin country (Antigua and Barbuda, Aruba, Bahamas, Barbados, Belize, Bonaire, British Virgin Islands, Curacao, Dominica, Grenada, Guyana, Haiti, Jamaica, Montserrat, Saba, St. Kitts and Nevis, St. Lucia, St. Vincent and the Grenadines, Sint Eustatius, Sint Maarten, or Trinidad and Tobago).
“Designated country end product” means a WTO GPA country end product, an FTA country end product, a least developed country end product, or a Caribbean Basin country end product.
“Domestic construction material” means—
(1)(i) An unmanufactured construction material mined or produced in the United States;
(ii) A construction material manufactured in the United States, if—
(A) The cost of the components mined, produced, or manufactured in the United States exceeds 50 percent of the cost of all its components. Components of foreign origin of the same class or kind for which nonavailability determinations have been made are treated as domestic; or
(B) The construction material is a COTS item;
(2) Except that for use in subpart 25.6, see the definition in 25.601.
“Domestic end product” means—
(1) An unmanufactured end product mined or produced in the United States;
(2) An end product manufactured in the United States, if—
(i) The cost of its components mined, produced, or manufactured in the United States exceeds 50 percent of the cost of all its components. Components of foreign origin of the same class or kind as those that the agency determines are not mined, produced, or manufactured in sufficient and reasonably available commercial quantities of a satisfactory quality are treated as domestic. Scrap generated, collected, and prepared for processing in the United States is considered domestic; or
(ii) The end product is a COTS item.
“Domestic offer” means an offer of a domestic end product. When the solicitation specifies that award will be made on a group of line items, a domestic offer means an offer where the proposed price of the domestic end products exceeds 50 percent of the total proposed price of the group.
“Eligible offer” means an offer of an eligible product. When the solicitation specifies that award will be made on a group of line items, an eligible offer means a foreign offer where the combined proposed price of the eligible products and the domestic end products exceeds 50 percent of the total proposed price of the group.
“Eligible product” means a foreign end product, construction material, or service that, due to applicability of a trade agreement to a particular acquisition, is not subject to discriminatory treatment.
“End product” means those articles, materials, and supplies to be acquired for public use.
“Foreign construction material” means a construction material other than a domestic construction material.
“Foreign contractor” means a contractor or subcontractor organized or existing under the laws of a country other than the United States.
“Foreign end product” means an end product other than a domestic end product.
“Foreign offer” means any offer other than a domestic offer.
“Free Trade Agreement country” means Australia, Bahrain, Canada, Chile, Colombia, Costa Rica, Dominican Republic, El Salvador, Guatemala, Honduras, Korea (Republic of), Mexico, Morocco, Nicaragua, Oman, Panama, Peru, or Singapore.
“Free Trade Agreement country end product” means an article that—
(1) Is wholly the growth, product, or manufacture of a Free Trade Agreement (FTA) country; or
(2) In the case of an article that consists in whole or in part of materials from another country, has been substantially transformed in an FTA country into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed. The term refers to a product offered for purchase under a supply contract, but for purposes of calculating the value of the end product, includes services (except transportation services) incidental to the article, provided that the value of those incidental services does not exceed that of the article itself.
“Israeli end product” means an article that—
(1) Is wholly the growth, product, or manufacture of Israel; or
(2) In the case of an article that consists in whole or in part of materials from another country, has been substantially transformed in Israel into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed.
“Least developed country” means any of the following countries: Afghanistan, Angola, Bangladesh, Benin, Bhutan, Burkina Faso, Burundi, Cambodia, Central African Republic, Chad, Comoros, Democratic Republic of Congo, Djibouti, Equatorial Guinea, Eritrea, Ethiopia, Gambia, Guinea, Guinea-Bissau, Haiti, Kiribati, Laos, Lesotho, Liberia, Madagascar, Malawi, Mali, Mauritania, Mozambique, Nepal, Niger, Rwanda, Samoa, Sao Tome and Principe, Senegal, Sierra Leone, Solomon Islands, Somalia, South Sudan, Tanzania, Timor-Leste, Togo, Tuvalu, Uganda, Vanuatu, Yemen, or Zambia.
“Least developed country end product” means an article that—
(1) Is wholly the growth, product, or manufacture of a least developed country; or
(2) In the case of an article that consists in whole or in part of materials from another country, has been substantially transformed in a least developed country into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed. The term refers to a product offered for purchase under a supply contract, but for purposes of calculating the value of the end product, includes services (except transportation services) incidental to the article, provided that the value of those incidental services does not exceed that of the article itself.
“Noneligible offer” means an offer of a noneligible product.
“Noneligible product” means a foreign end product that is not an eligible product.
“United States” means the 50 States, the District of Columbia, and outlying areas.
“U.S.-made end product” means an article that is mined, produced, or manufactured in the United States or that is substantially transformed in the United States into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed.
“World Trade Organization Government Procurement Agreement (WTO GPA) country” means any of the following countries: Armenia, Aruba, Austria, Belgium, Bulgaria, Canada, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hong Kong, Hungary, Iceland, Ireland, Israel, Italy, Japan, Korea (Republic of), Latvia, Liechtenstein, Lithuania, Luxembourg, Malta, Moldova, Montenegro, Netherlands, New Zealand, Norway, Poland, Portugal, Romania, Singapore, Slovak Republic, Slovenia, Spain, Sweden, Switzerland, Taiwan, Ukraine, or United Kingdom.
“WTO GPA country end product” means an article that—
(1) Is wholly the growth, product, or manufacture of a WTO GPA country; or
(2) In the case of an article that consists in whole or in part of materials from another country, has been substantially transformed in a WTO GPA country into a new and different article of commerce with a name, character, or use distinct from that of the article or articles from which it was transformed. The term refers to a product offered for purchase under a supply contract, but for purposes of calculating the value of the end product includes services (except transportation services) incidental to the article, provided that the value of those incidental services does not exceed that of the article itself.
(a) This subpart implements—
(1) 41 U.S.C. chapter 83, Buy American;
(2) Executive Order 10582, December 17, 1954; and
(3) Waiver of the component test of the Buy American statute for acquisition of commercially available off-the-shelf (COTS) items in accordance with 41 U.S.C 1907.
(b) It applies to supplies acquired for use in the United States, including supplies acquired under contracts set aside for small business concerns, if—
(1) The supply contract exceeds the micro-purchase threshold; or
(2) The supply portion of a contract for services that involves the furnishing of supplies (e.g., lease) exceeds the micro-purchase threshold.
(a) The Buy American statute restricts the purchase of supplies that are not domestic end products. For manufactured
end products, the Buy American statute uses a two-part test to define a domestic end product.
(1) The article must be manufactured in the United States; and
(2) The cost of domestic components must exceed 50 percent of the cost of all the components. In accordance with 41 U.S.C 1907, this component test of the Buy American statute has been waived for acquisitions of COTS items (see 12.505(a)).
(b) The Buy American statute applies to small business set-asides. A manufactured product of a small business concern is a U.S.-made end product, but is not a domestic end product unless it meets the component test in paragraph (a)(2) of this section.
(c) Exceptions that allow the purchase of a foreign end product are listed at 25.103. The unreasonable cost exception is implemented through the use of an evaluation factor applied to low foreign offers that are not eligible offers. The evaluation factor is not used to provide a preference for one foreign offer over another. Evaluation procedures and examples are provided in Subpart 25.5.
Except as provided in 25.103, acquire only domestic end products for public use inside the United States.
When one of the following exceptions applies, the contracting officer may acquire a foreign end product without regard to the restrictions of the Buy American statute:
(a) Public interest. The head of the agency may make a determination that domestic preference would be inconsistent with the public interest. This exception applies when an agency has an agreement with a foreign government that provides a blanket exception to the Buy American Act.
(b) Nonavailability. The Buy American statute does not apply with respect to articles, materials, or supplies if articles, materials, or supplies of the class or kind to be acquired, either as end items or components, are not mined, produced, or manufactured in the United States in sufficient and reasonably available commercial quantities and of a satisfactory quality.
(1) Class determinations.
(i) A nonavailability determination has been made for the articles listed in 25.104. This determination does not necessarily mean that there is no domestic source for the listed items, but that domestic sources can only meet 50 percent or less of total U.S. Government and nongovernment demand.
(ii) Before acquisition of an article on the list, the procuring agency is responsible to conduct market research appropriate to the circumstances, including seeking of domestic sources. This applies to acquisition of an article as—
(A) An end product; or
(B) A significant component (valued at more than 50 percent of the value of all the components).
(iii) The determination in paragraph (b)(1)(i) of this section does not apply if the contracting officer learns at any time before the time designated for receipt of bids in sealed bidding or final offers in negotiation that an article on the list is available domestically in sufficient and reasonably available commercial quantities of a satisfactory quality to meet the requirements of the solicitation. The contracting officer must—
(A) Ensure that the appropriate Buy American statute provision and clause are included in the solicitation (see 22.1101(a), 22.1101(b), or 25.1102);
(B) Specify in the solicitation that the article is available domestically and that offerors and contractors may not treat foreign components of the same class or kind as domestic components; and
(C) Submit a copy of supporting documentation to the appropriate council identified in 1.201-1, in accordance with agency procedures, for possible removal of the article from the list.
(2) Individual determinations.
(i) The head of the contracting activity may make a determination that an article, material, or supply is not mined, produced, or manufactured in the United States in sufficient and reasonably available commercial quantities of a satisfactory quality.
(ii) If the contracting officer considers that the nonavailability of an article is likely to affect future acquisitions, the contracting officer may submit a copy of the determination and supporting documentation to the appropriate council identified in 1.201-1, in accordance with agency procedures, for possible addition to the list in 25.104.
(3) A written determination is not required if all of the following conditions are present:
(i) The acquisition was conducted through use of full and open competition.
(ii) The acquisition was synopsized in accordance with 5.201.
(iii) No offer for a domestic end product was received.
(c) Unreasonable cost. The contracting officer may determine that the cost of a domestic end product would be unreasonable, in accordance with 25.105 and Subpart 25.5.
(d) Resale. The contracting officer may purchase foreign end products specifically for commissary resale.
(e) Information technology that is a commercial item. The restriction on purchasing foreign end products does not apply to the acquisition of information technology that is a commercial item, when using fiscal year 2004 or subsequent fiscal year funds (Section 535(a) of Division F, Title V, Consolidated Appropriations Act, 2004, and similar sections in subsequent appropriations acts).
(a) The following articles have been determined to be nonavailable in accordance with 25.103(b)(1)(i):
Acetylene, black.
Agar, bulk.
Anise.
Antimony, as metal or oxide.
Asbestos, amosite, chrysotile, and crocidolite.
Bamboo shoots.
Bananas.
Bauxite.
Beef, corned, canned.
Beef extract.
Bephenium hydroxynapthoate.
Bismuth.
Books, trade, text, technical, or scientific; newspapers; pamphlets; magazines; periodicals; printed briefs and films; not printed in the United States and for which domestic editions are not available.
Brazil nuts, unroasted
Cadmium, ores and flue dust.
Calcium cyanamide.
Capers.
Cashew nuts.
Castor beans and castor oil.
Chalk, English.
Chestnuts.
Chicle.
Chrome ore or chromite.
Cinchona bark.
Cobalt, in cathodes, rondelles, or other primary ore and metal forms.
Cocoa beans.
Coconut and coconut meat, unsweetened, in shredded, desiccated, or similarly prepared form.
Coffee, raw or green bean.
Colchicine alkaloid, raw.
Copra.
Cork, wood or bark and waste.
Cover glass, microscope slide.
Crane rail (85-pound per foot).
Cryolite, natural.
Dammar gum.
Diamonds, industrial, stones and abrasives.
Emetine, bulk.
Ergot, crude.
Erythrityl tetranitrate.
Fair linen, altar.
Fibers of the following types: abaca, abace, agave, coir, flax, jute, jute burlaps, palmyra, and sisal.
Goat and kidskins.
Goat hair canvas.
Grapefruit sections, canned.
Graphite, natural, crystalline, crucible grade.
Hand file sets (Swiss pattern).
Handsewing needles.
Hemp yarn.
Hog bristles for brushes.
Hyoscine, bulk.
Ipecac, root.
Iodine, crude.
Kaurigum.
Lac.
Leather, sheepskin, hair type.
Lavender oil.
Manganese.
Menthol, natural bulk.
Mica.
Microprocessor chips (brought onto a Government construction site as separate units for incorporation into building systems during construction or repair and alteration of real property).
Modacrylic fiber.
Nickel, primary, in ingots, pigs, shots, cathodes, or similar forms; nickel oxide and nickel salts.
Nitroguanidine (also known as picrite).
Nux vomica, crude.
Oiticica oil.
Olive oil.
Olives (green), pitted or unpitted, or stuffed, in bulk.
Opium, crude.
Oranges, mandarin, canned.
Petroleum, crude oil, unfinished oils, and finished products.
Pine needle oil.
Pineapple, canned.
Platinum and related group metals, refined, as sponge, powder, ingots, or cast bars.
Pyrethrum flowers.
Quartz crystals.
Quebracho.
Quinidine.
Quinine.
Rabbit fur felt.
Radium salts, source and special nuclear materials.
Rosettes.
Rubber, crude and latex.
Rutile.
Santonin, crude.
Secretin.
Shellac.
Silk, raw and unmanufactured.
Spare and replacement parts for equipment of foreign manufacture, and for which domestic parts are not available.
Spices and herbs, in bulk.
Sugars, raw.
Swords and scabbards.
Talc, block, steatite.
Tantalum.
Tapioca flour and cassava.
Tartar, crude; tartaric acid and cream of tartar in bulk.
Tea in bulk.
Thread, metallic (gold).
Thyme oil.
Tin in bars, blocks, and pigs.
Triprolidine hydrochloride.
Tungsten.
Vanilla beans.
Venom, cobra.
Water chestnuts.
Wax, carnauba.
Wire glass.
Woods; logs, veneer, and lumber of the following species: Alaskan yellow cedar, angelique, balsa, ekki, greenheart, lignum vitae, mahogany, and teak.
Yarn, 50 Denier rayon.
Yeast, active dry and instant active dry.
(b) This list will be published in the Federal Register for public comment no less frequently than once every five years. Unsolicited recommendations for deletions from this list may be submitted at any time and should provide sufficient data and rationale to permit evaluation (see 1.502).
(a) The contracting officer—
(1) Must use the evaluation factors in paragraph (b) of this section unless the head of the agency makes a written determination that the use of higher factors is more appropriate. If the determination applies to all agency acquisitions, the agency evaluation factors must be published in agency regulations; and
(2) Must not apply evaluation factors to offers of eligible products if the acquisition is subject to a trade agreement under Subpart 25.4.
(b) If there is a domestic offer that is not the low offer, and the restrictions of the Buy American statute apply to the low offer, the contracting officer must determine the reasonableness of the cost of the domestic offer by adding to the price of the low offer, inclusive of duty—
(1) 6 percent, if the lowest domestic offer is from a large business concern; or
(2) 12 percent, if the lowest domestic offer is from a small business concern. The contracting officer must use this factor, or another factor established in agency regulations, in small business set-asides if the low offer is from a small business concern offering the product of a small business concern that is not a domestic end product (see Subpart 19.5).
(c) The price of the domestic offer is reasonable if it does not exceed the evaluated price of the low offer after addition of the appropriate evaluation factor in accordance with paragraph (a) or (b) of this section. (See evaluation procedures at Subpart 25.5.)


total.js URL routing
Framework supports perfect URL routing and compliances friendly url.
You can write own route to WebPage or WebSocket.
@{meta('total.js benefits', 'This webpage quick describes an overview of total.js MVC Framework', 'benefits, total.js, website, eshop', 'social.jpg')}
What are the benefits of total.js? This is web application framework for node.js
I tested performance between express.js and total.js. Both test are similar but total.js contains more informations. If you want to create a performance test, download both projects: expressjs-vs-totaljs (1.9 MB)
$ node app & $ siege -b -r 100 http://<IP_ADDRESS>:3000/
$ node release & $ siege -b -r 100 http://<IP_ADDRESS>:8000/
Framework supports perfect URL routing and compliances friendly url.
You can write own route to WebPage or WebSocket.
View engine contains many features and supports condition.
You can render view in view with model.
Write LESS and do more. Framework supports simple LESS CSS and
automated CSS vendor prefixes.
Automatically compress HTML, JS and CSS one time and save to temporary cache.
Client receives a small data via GZIP compression.
Framework has no dependencies. Complete functionality is built in its core.
It's written in 100% pure javascript.


How to type a skull:
First come the horns:
!
(exclamation mark) for long horns..
(period) for short horns.
Then, inside parentheses, put the eyeholes:
.
(period) for each dot.o
(letter o) for empty holes.
Finally, type the number of teeth.
Example: becomes
.!(..)2 !!.(.o)3
While this is checked, “To Text” will convert markup
to {chapter,page,word}
entries instead of plain text,
and open every referenced page in a new tab or window.
This will probably set off your pop-up blocker.
While this is checked, “To Skulls” will avoid using chapters after chapter four, unless no alternative exists.
This helps ensure that skulls have no more than two eyeholes.
Cursed Words Translator
A project to automate translations to and from the Cursed Language spoken by dark spirits in the webcomic Paranatural by Zack Morrison.
Each pair of skulls corresponds to a single word from the archives of Paranatural itself, so translations require looking up arbitrary words from the comic. This website relies on a hand-maintained “database” of captions, which may lag behind the comic. I'm finally starting on Chapter 4 (it's 151 pages, can you blame me for hesitating?). You can check out the state of the database for yourself here.
Sometimes the exact wordcount of a page can be ambiguous, for example in the case of hyphenated words, sound effects, tiny unreadable background conversations, wordsbunchedupalltogether, etc. Best judgement will be used in these cases.
Tips:
{c,p,w}
into the plain text box, where
c
is the chapter numberp
is the page numberw
is the word number
If a pair of skulls appears X-ed out:
'
Apostrophes, as incan't
,'kay
,fightin'
.-
Some hyphens, as inw-what
,walkie-talkie
,agai-
. You can try it both ways..
Periods when used in abbreviation, as inMr.
:/
Necessary special characters, as in8:15
,7/11
.
.,:;!?"()
Most punctuation. If you're not certain you need it, take it out.


Action creator for approving a Content in the Content Repository.
Id or Path of the Content that should be approved.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for changing a field value of a content
Name of the field.
Value of the field.
Action creator for checking in a Content in the Content Repository.
Id or Path of the Content that should be checked in.
Comments of the checkin.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for check user state in a sensenet application.
Returns a redux action with the properties.
Action creator for checking out a Content in the Content Repository.
Id or path of the Content that should be checked out.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for clearing the array of selected content
Returns a redux action.
Action creator for copying multiple Content in the Content Repository.
Path of the parent Content where the given Content should be copied.
Returns the list of the Content and dispatches the next action based on the response.
Action creator for copying a Content in the Content Repository.
Id or path of the Content that should be copied.
Path of the parent Content where the given Content should be copied.
Returns the Content and dispatches the next action based on the response.
Action creator for creating a Content in the Content Repository.
Path of the Content where the new Content should be created.
Content that have to be created in the Content Respository.
Name of the Content Type of the Content.
Returns the newly created Content and dispatches the next action based on the response.
Action creator for deselecting a Content
Returns a redux action.
Action creator for deleting multiple Content from the Content Repository.
Array of ids or paths' of the Content items that should be deleted.
Defines whether Content must be moved to the Trash or deleted permanently.
Returns an object with the deleted items or errors and dispatches the next action based on the response.
Action creator for deleting a Content from the Content Repository.
Id or path of the Content object that should be deleted.
Defines whether the a Content must be moved to the Trash or deleted permanently.
Returns an object with the deleted item or error and dispatches the next action based on the response.
Action creator for force undoing checkout on a Content in the Content Repository.
Id or Path of the Content on which force undo checkout be called.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for loading schema of a given type
Name of the Content Type.
Action creator for loading a content from sensenet Content Repository.
Id or path of the requested item.
Represents an ODataOptions object based on the IODataOptions interface. Holds the possible url parameters as properties.
Returns the Content while dispatches the next action based on the response.
Action creator for loading Actions of a Content from sensenet Content Repository.
Id or path of the requested Content.
The Actions should be in the given Scenario
Returns the list of actions and dispatches the next action based on the response.
Action creator for load repository config.
The repository config object.
Returns a redux action.
Action creator for moving multiple Content in the Content Repository.
Path of the parent Content where the given Content should be moved.
Returns the list of the Content and dispatches the next action based on the response.
Action creator for moving a Content in the Content Repository.
Id or path of the Content that should be moved.
Path of the parent Content where the given Content should be moved.
Returns the Content and dispatches the next action based on the response.
Action creator for publishing a Content in the Content Repository.
Id or Path of the Content that should be published.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for rejecting a Content in the Content Repository.
Id or Path of the Content that should be rejected.
Reason of rejecting.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for requesting a content from sensenet Content Repository to get its children content.
path of the requested parent item.
Represents an ODataOptions object based on the IODataOptions interface. Holds the possible url parameters as properties.
Returns normalized data while dispatches the next action based on the response.
Action creator for restoring the version of a Content in the Content Repository.
Id or Path of the Content that should be checked in.
Specify which old version to restore.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for selecting a Content
Returns a redux action.
Action creator for undoing checkout on a Content in the Content Repository.
Id or Path of the Content on which undo checkout be called.
Options to filter the response.
Returns the Content and dispatches the next action based on the response.
Action creator for creating a Content in the Content Repository.
Id or path of the Content.
Content with the patchable Fields.
Returns the modified Content and dispatches the next action based on the response.
Action creator for uploading a Content into the Content Repository.
The file that should be uploaded
Returns a redux action with the properties type, content, file, contentType, overwrite, body and propertyName.
Action creator for user changes.
User that should be checked.
Returns a redux action with the properties.
Action creator for login a user to a sensenet portal.
Login name of the user.
Password of the user.
Returns a redux action with the properties userName and password.
Action creator for login a user to a sensenet portal with her google account.
Returns a redux action.
Action creator for logout a user from a sensenet portal.
Returns a redux action.
Generated using TypeDoc
Module that contains the action creators.
Redux actions are payloads of information that send data from your application to your store. They are the only source of information for the store. You send them to the store using
store.dispatch()
. Actions are plain JavaScript objects. Actions must have a type property that indicates the type of action being performed.Learn more about Redux actions here
Following are Redux actions but they're all related with a sensenet built-in action. Since this sensenet built-in actions are OData actions and functions and they get and set data throught ajax request we have to handle the main steps of their process separately. There's a custom middleware included automatically when you create a sensenet store with Store.createSensenetStore. So that we don't have to create separate redux actions for every state of the actions only one for the main request.
All of the JSON responses with content or collection are normalized so you shouldn't care about how to handle nested data structure, normalizr takes JSON and a schema and replaces nested entities with their Ids, gathering all entities in dictionaries. For further information about normalizr check this link.
[{ Id: 5145, DisplayName: 'Some Article', Status: ['Active'] }, { Id: 5146, Displayname: 'Other Article', Status: ['Completed'] }]
is normalized to
results: [5145, 5146], entities: { collection: { 5145: { Id: 5145, DisplayName: 'Some Article', Status: ['Active'] }, 5146: { Id: 5146, Displayname: 'Other Article', Status: ['Completed'] } } }
Using built-in redux actions in your views
import * as React from 'react' import { connect } from 'react-redux' import { TextField } from 'material-ui/TextField'; import RaisedButton from 'material-ui/RaisedButton'; import { Actions } from '@sensenet/redux'; import { Task } from '@sensenet/default-content-types'; let AddTodo = ({ dispatch }) => { let input return ( <div> <form onSubmit={e => { e.preventDefault() if (!input.value.trim()) { return } const content = { Name: input.value, Status: 'active', } as Task dispatch(Actions.createContent(content)) input.value = '' } }> <input className="textField" ref={node => { input = node } } /> <RaisedButton type="submit" primary={true} label="Add Todo" /> </form> </div> ) }
Combining your custom redux reducers with sensenet root reducer.
import { combineReducers } from 'redux'; import { Store, Reducers } from '@sensenet/redux'; import { Repository } from '@sensenet/client-core' import { Root } from './components/Root' import { listByFilter } from './reducers/filtering' const sensenet = Reducers.sensenet; const myReducer = combineReducers({ sensenet, listByFilter }); const repository = new Repository({ repositoryUrl: 'https://mySensenetSite.com' }, async () => ({ ok: true } as any)) const options = { repository, rootReducer: myReducer } as Store.CreateStoreOptions const store = Store.createSensenetStore(options);


--- layout: page title: Hello permalink: /contact tags: contact ---
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Follow me on Twitter
Email me at<EMAIL_ADDRESS>Check out the nerd stuff on Github
See what I'm doing on Reddit


V_ Form Validation Demo
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Get V_
v_.js
minified
unminified
v_manual.js
minified
unminified
v_ui.css
minified
unminified
Node.JS
$ npm install v_underscore
Yarn
$ yarn add v_underscore
Documentation on Github


Returns a value for the specified member or tuple.
Syntax
tuple[.Value]
member[.Value]
| Parameter | Description |
|---|---|
|
A tuple for which to return a value. |
|
|
A member for which to return a value. |
Notes
The VALUE keyword is optional. In Example 2, the value of Sales can be represented either as [Sales].VALUE or [Sales]. Any value expression (for example, the value expressions supplied to functions such as Filter, Order, or Sum) has an implicit Value function in it. The expression [Qtr1] <= 0.00 is a shortcut for [Qtr1].VALUE <= 0.00.
Example
[Sales].Value
returns the value of the Sales measure.
([Product].CurrentMember, [Sales]).Value
returns the value of the Sales measure for the current member of the Product dimension.
Note:
The Value keyword is optional. The above expressions can also be entered as:
[Sales]
which is equivalent to [Sales].Value
([Product].CurrentMember, [Sales])
which is equivalent to ([Product].CurrentMember, [Sales]).VALUE
The following query sorts level-0 members of the Product dimension by the value of Sales, in descending order.
SELECT
{[Sales]}
ON COLUMNS,
Order([Product].Levels(0).Members,
[Sales].VALUE, BDESC)
ON ROWS
FROM Sample.Basic
This query returns the grid:
| Sales | |
| 100-10 | 62824 |
| 300-10 | 46956 |
| 200-10 | 41537 |
| 200-20 | 38240 |
| 200-20 | 38240 |
| 300-30 | 36969 |
| 300-30 | 36969 |
| 400-10 | 35799 |
| 400-20 | 32670 |
| 100-20 | 30469 |
| 100-20 | 30469 |
| 200-30 | 17559 |
| 300-20 | 17480 |
| 400-30 | 15761 |
| 100-30 | 12841 |
| 200-40 | 11750 |


Introduction
In this phase of our research we wanted to understand how the Internet talk about Net Neutrality. Debates are always difficult to be named, it’s hard to define a specific focus because of the number of actors and objects involved. The debate on Net Neutrality is, in this context, very particular: indeed this term clearly identifies the proper Internet controversy.
When we approached the theme for the first time, we tried to look at it from different points of view. But we found out that we didn’t need to define this debate through different terms, because it already had one: Net Neutrality.
The queries that we’ve chosen, with the idea that we wanted to obtain data as uniform as possible, are: “Net Neutrality”, “Open Internet” “Stand for”, “Open Internet” “Against”, “Two speed Internet”, “Pay to play Internet”.


What is your animal personality type? Which of these four animals best represents you? Take the survey to find out!


|
Panda3D
|
A class to retrieve the individual data elements previously stored in a Datagram. More...
Public Member Functions | |
| __init__ () | |
| __init__ (const Datagram datagram, int offset) | |
| __init__ (const DatagramIterator) | |
| VectorUchar | extractBytes (int size) |
| Extracts the indicated number of bytes in the datagram and returns them as a string. More... | |
| PNFloat32 | getBeFloat32 () |
| Extracts a 32-bit big-endian single-precision floating-point number. More... | |
| PNFloat64 | getBeFloat64 () |
| Extracts a 64-bit big-endian floating-point number. More... | |
| int16_t | getBeInt16 () |
| Extracts a signed 16-bit big-endian integer. More... | |
| int32_t | getBeInt32 () |
| Extracts a signed 32-bit big-endian integer. More... | |
| int64_t | getBeInt64 () |
| Extracts a signed 64-bit big-endian integer. More... | |
| uint16_t | getBeUint16 () |
| Extracts an unsigned 16-bit big-endian integer. More... | |
| uint32_t | getBeUint32 () |
| Extracts an unsigned 32-bit big-endian integer. More... | |
| uint64_t | getBeUint64 () |
| Extracts an unsigned 64-bit big-endian integer. More... | |
| VectorUchar | getBlob () |
| Extracts a variable-length binary blob. More... | |
| VectorUchar | getBlob32 () |
| Extracts a variable-length binary blob with a 32-bit size field. More... | |
| bool | getBool () |
| Extracts a boolean value. More... | |
| int | getCurrentIndex () |
| Returns the current position within the datagram of the next piece of data to extract. More... | |
| const Datagram | getDatagram () |
| Return the datagram of this iterator. More... | |
| str | getFixedString (int size) |
| Extracts a fixed-length string. More... | |
| PNFloat32 | getFloat32 () |
| Extracts a 32-bit single-precision floating-point number. More... | |
| PNFloat64 | getFloat64 () |
| Extracts a 64-bit floating-point number. More... | |
| int16_t | getInt16 () |
| Extracts a signed 16-bit integer. More... | |
| int32_t | getInt32 () |
| Extracts a signed 32-bit integer. More... | |
| int64_t | getInt64 () |
| Extracts a signed 64-bit integer. More... | |
| int8_t | getInt8 () |
| Extracts a signed 8-bit integer. More... | |
| VectorUchar | getRemainingBytes () |
| Returns the remaining bytes in the datagram as a string, but does not extract them from the iterator. More... | |
| int | getRemainingSize () |
| Return the bytes left in the datagram. More... | |
| float | getStdfloat () |
| Extracts either a 32-bit or a 64-bit floating-point number, according to Datagram::set_stdfloat_double(). More... | |
| str | getString () |
| Extracts a variable-length string. More... | |
| str | getString32 () |
| Extracts a variable-length string with a 32-bit length field. More... | |
| uint16_t | getUint16 () |
| Extracts an unsigned 16-bit integer. More... | |
| uint32_t | getUint32 () |
| Extracts an unsigned 32-bit integer. More... | |
| uint64_t | getUint64 () |
| Extracts an unsigned 64-bit integer. More... | |
| uint8_t | getUint8 () |
| Extracts an unsigned 8-bit integer. More... | |
| str | getWstring () |
| Extracts a variable-length wstring (with a 32-bit length field). More... | |
| str | getZString () |
| Extracts a variable-length string, as a NULL-terminated string. More... | |
| output (Ostream out) | |
| Write a string representation of this instance to <out>. More... | |
| skipBytes (int size) | |
| Skips over the indicated number of bytes in the datagram. More... | |
| write (Ostream out, unsigned int indent) | |
| Write a string representation of this instance to <out>. More... | |
Static Public Member Functions | |
| static TypeHandle | getClassType () |
A class to retrieve the individual data elements previously stored in a Datagram.
Elements may be retrieved one at a time; it is up to the caller to know the correct type and order of each element.
| __init__ | ( | ) |
| __init__ | ( | const Datagram | datagram, |
| int | offset | ||
| ) |
| __init__ | ( | const | DatagramIterator | ) |
| VectorUchar extractBytes | ( | int | size | ) |
Extracts the indicated number of bytes in the datagram and returns them as a string.
| PNFloat32 getBeFloat32 | ( | ) |
Extracts a 32-bit big-endian single-precision floating-point number.
| PNFloat64 getBeFloat64 | ( | ) |
Extracts a 64-bit big-endian floating-point number.
| int16_t getBeInt16 | ( | ) |
Extracts a signed 16-bit big-endian integer.
| int32_t getBeInt32 | ( | ) |
Extracts a signed 32-bit big-endian integer.
| int64_t getBeInt64 | ( | ) |
Extracts a signed 64-bit big-endian integer.
| uint16_t getBeUint16 | ( | ) |
Extracts an unsigned 16-bit big-endian integer.
| uint32_t getBeUint32 | ( | ) |
Extracts an unsigned 32-bit big-endian integer.
| uint64_t getBeUint64 | ( | ) |
Extracts an unsigned 64-bit big-endian integer.
| VectorUchar getBlob | ( | ) |
Extracts a variable-length binary blob.
| VectorUchar getBlob32 | ( | ) |
Extracts a variable-length binary blob with a 32-bit size field.
| bool getBool | ( | ) |
Extracts a boolean value.
|
static |
| int getCurrentIndex | ( | ) |
Returns the current position within the datagram of the next piece of data to extract.
| const Datagram getDatagram | ( | ) |
Return the datagram of this iterator.
| str getFixedString | ( | int | size | ) |
Extracts a fixed-length string.
However, if a zero byte occurs within the string, it marks the end of the string.
| PNFloat32 getFloat32 | ( | ) |
Extracts a 32-bit single-precision floating-point number.
| PNFloat64 getFloat64 | ( | ) |
Extracts a 64-bit floating-point number.
| int16_t getInt16 | ( | ) |
Extracts a signed 16-bit integer.
| int32_t getInt32 | ( | ) |
Extracts a signed 32-bit integer.
| int64_t getInt64 | ( | ) |
Extracts a signed 64-bit integer.
| int8_t getInt8 | ( | ) |
Extracts a signed 8-bit integer.
| VectorUchar getRemainingBytes | ( | ) |
Returns the remaining bytes in the datagram as a string, but does not extract them from the iterator.
| int getRemainingSize | ( | ) |
Return the bytes left in the datagram.
| float getStdfloat | ( | ) |
Extracts either a 32-bit or a 64-bit floating-point number, according to Datagram::set_stdfloat_double().
| str getString | ( | ) |
Extracts a variable-length string.
| str getString32 | ( | ) |
Extracts a variable-length string with a 32-bit length field.
| uint16_t getUint16 | ( | ) |
Extracts an unsigned 16-bit integer.
| uint32_t getUint32 | ( | ) |
Extracts an unsigned 32-bit integer.
| uint64_t getUint64 | ( | ) |
Extracts an unsigned 64-bit integer.
| uint8_t getUint8 | ( | ) |
Extracts an unsigned 8-bit integer.
| str getWstring | ( | ) |
Extracts a variable-length wstring (with a 32-bit length field).
| str getZString | ( | ) |
Extracts a variable-length string, as a NULL-terminated string.
| output | ( | Ostream | out | ) |
Write a string representation of this instance to <out>.
| skipBytes | ( | int | size | ) |
Skips over the indicated number of bytes in the datagram.
| write | ( | Ostream | out, |
| unsigned int | indent | ||
| ) |
Write a string representation of this instance to <out>.


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| Protein-based subunit vaccines |
| E75CV |
HA (CD2v) |
Baculovirus |
Freund’s |
Yes |
No |
|
Homologous protection (3/3)
Dose dependent
|
[
87]
|
| E75 |
p54,p30 |
Baculovirus |
Freund’s |
Yes |
Yes |
|
Partial protection (3/6), |
[
88]
|
| E75 |
p54/p30 chimera |
Baculovirus |
Freund’s |
Yes |
Yes |
|
Homologous protection (2/2)
Mild clinical symptoms
|
[
89]
|
| Pr4 |
p54,p30,p72,p22 |
Baculovirus |
Freund’s |
Yes |
Yes |
|
No (0/6)
Delayed clinical disease
Reduced viremia
|
[
90]
|
| E70 |
Group1:p158,p327,p14,p220
Group3:p30,p72
|
Synthetic peptides |
Freund’s |
No |
|
|
No; Group1&3
Increased average survival
Reduced mean viral titers
|
[
95]
|
| DNA vaccines |
| E75 |
p54/p30 fusion |
pCMV |
|
No |
|
No |
No (0/4) |
[
92]
|
| p54/p30/SLA-II fusion |
pCMV |
|
Yes |
No |
T cell response |
No (0/4)
Viremia enhancement
|
| E75 |
sHA/p54/p30 fusion |
pCMV |
|
Yes (p54;p30) |
No |
IFN-γ |
No (0/6); |
[
93]
|
| sHA/p54/p30/Ub fusion |
pCMV |
|
|
No |
Strong CTL
IFN-γ
|
Partial protection (2/6)
The absence of viremia
|
| E75 |
80 ORFs fragments/Ub fusion |
DNA expression library |
|
Yes |
|
Yes |
Partial protection (6/10)
Reduced virus titers
|
[
94]
|
| Virus-vectored vaccines |
| E75 |
sHA
1/p54/p30fusion
|
BacMam |
|
No |
No |
IFN-γ |
Partial protection (4/6)
The absence of viremia
|
[
97]
|
| Georgia 2007/1 |
p30,p54,pp62,p72 |
Adenovirus |
BioMize |
Strong |
|
IFN-γand CTL |
|
[
98]
|
| Georgia 2007/1 |
A151R,B119L,B602L,EP402R∆PRR,B438L,K205R,A104R |
Adenovirus |
BioMize;
ZTS-01
|
Strong |
|
IFN-γ |
|
[
96]
|
| Georgia 2007/1 |
Ad-ASFV-I: A151R,B119L,B602L,EP402R∆PRR,B438L,K205R,A104R,pp62,p72 |
Adenovirus |
BioMize |
Strong |
|
IFN-γ |
No
Immune-response dependent enhancement of disease
|
[
96]
|
| Ad-ASFV-II: p30,p54,pp62,p72,pp220 (p37-34-14,p150-I,p150-II) |
BioMize |
Higher |
|
IFN-γ |
Partial protection: (2/10) |
| ZTS-01 |
Lower |
|
IFN-γ |
Partial protection: (5/9)
Lower clinical score
The absence of viremia
|
| Combined vaccination strategy |
| Georgia 2007/1 |
p72, p54, p12 |
HEK 293cell |
TS6 |
Yes |
No |
Less T Cell response |
|
[
104]
|
| p72, C-type Lectin (EP153R), CD2v |
MVA
2
|
TS6 |
No |
|
T Cell response |
|
| p72, C-type Lectin (EP153R), CD2v |
r VACV
3 prime + protein boost
|
TS6 |
|
|
T Cell response
IFN-γ
|
|
| Georgia 2007/1 |
47 antigens |
DNA prime + r VACV boost |
CpG oligo |
Yes |
No |
T Cell response |
No
Reduced viral load
Higher clinical scores
|
[
105]
|
| E70;Ba71V |
DNA:CD2v,p30,p72,CP312R;
Proteins: p15, p35, p54, p72, CD2v-E (s HA)
|
DNA+ Protein |
ISA25 |
Yes |
20%; 10% |
Some |
|
[
102]
|
| Georgia 2007/1; Ba71V |
DNA:CD2v, p72, p30, +/-p17;
Proteins: p15, p35, p54, +/-p17
|
DNA+ protein |
ISA25 |
Yes |
No |
Some |
Challenge: Armenia 2007
No
Disease enhancement
|
[
103]
|
| Ba71V |
p30, p54, p72, s HA/p72 |
Alphavirus RPs
4
|
|
Yes |
|
|
|
[
100]
|
| p30 (Ba71V) + OURT88/3 |
Alphavirus RP prime + LAV boost |
|
Yes |
Yes |
|
|
| OUR T88/3 |
A151R, p72, C129R, p30, p54, E146L, I215L, I73R,
L8L, M448R, MGF110-4 L, MGF110-5 L
|
r Ad prime + MVA boost |
|
Yes |
|
Yes |
Challenge: OUR T88/1
No
Reduced and delayed clinical signs; Reduced viremia and viral load
|
[
49]
|
OUR T88/3
Benin 97/1
|
p72, p30, p54, E183L, E199L, EP153R, F317L, MGF505-5R |
r Ad prime + MVA boost |
No |
Yes (Expect:B646L,E183L,EP153R) |
Some (E183L,CP204L) |
IFN-γ |
Challenge: OUR T88/1
Exp.2 (6/6)
Reduced Viremia
Infectious virus persisted
Exp.1 (2/6)
|
[
42]
|


{Previous1}  Start   Contents   {Next1}
To pose a query at the listener you enter a goal pattern. The pattern of the goal follows the same syntax as that of a Prolog fact:
?- goal(argument_1, ..., argument_N).
A goal is either true or false. In the listener this is represented by either a yes or no.
Start a listener, reconsult docs/alk/facts/amzi_air.pro, and try the following examples:
?- airport('I68', 'Lebanon, OH'). yes ?- airport('I68', 'Winder, GA'). no
Note that true in Prolog means the goal can be matched in current Prolog memory. False means the goal cannot be matched using the facts in current Prolog memory.
NOTE ==> This is called the closed world assumption and is the topic of philosophical debates on accurate representation of truth and falsity. It could be argued that true and unknown are more accurate states, and falsity should be definitely known, just as truth is. Using logic programming, one could create a reasoning system that recongnized three states: true, false, and unknown.
Goal patterns can include logical, or pattern-matching, variables. A goal with a logical variable is true if there is a value the variable could have that would make the goal true. In that case the variable takes that value.
Syntactically, a logical variable is indicated by an initial upper case letter, or an underscore.
?- airport('I68', X). X = 'Lebanon, OH' yes ?- airport(X, 'Winder, GA'). X = 'WDR' yes ?- airport(X, 'Los Angeles, CA'). no
When you try the above queries, you'll notice the cursor is left after the value of logical variable is presented. Press the Enter key to end the query.
The first goal above asks the question: Is there a value of X that makes the goal airport('I68', X) true? The listener responds with yes and the value of X that makes the goal true.
The last goal asks: Is there a value of X that makes the goal airport(X, 'Los Angeles, CA') true? Since Los Angeles isn't included in docs/alk/facts/amzi_air.pro, the answer is no.
We can use the value of logical variable in a subsequent query goal. Here's how we ask: Is there a flight to 'Ann Arbor, MI' and if so what is its flight number and origin?
?- airport(ID, 'Ann Arbor, MI'), flight(Flight, From, ID). ID = 'ARB' Flight = aa17 From = 'I68' yes
The first goal above is true if the value of ID is 'ARB'. That value is then used in the second goal, which is true if the values of Flight and From are aa17 and 'I68'.
Notice that this is equivalent to a join operation in a relational database. The airport and flight predicates are joined on the value of ID.
We could also find out the base_fare for that flight and the full name of the origin airport:
?- airport(ToID, 'Ann Arbor, MI'), flight(F, FromID, ToID), base_fare(F, Fare), airport(FromID, From). ToID = 'ARB' F = aa17 FromID = 'I68' Fare = 60 From = 'Lebanon, OH' yes
NOTE ==> The Amzi! IDE listener 'listens' to the keyboard, and echoes the input to the screen. It does not pick up the goals from the screen. This means if you make an editing mistake in a long query, such as the one above, you cannot use the mouse or cursor arrows to correct the error. Doing so will yield unexpected results. You can use the backspace key to correct errors, and you can use cut and paste at the end of query, not the middle or beginning.
In many cases, there might be multiple values of logical variable that makes a goal pattern true. When a goal is first presented, the logical variables in that goal take on values from the first fact that matches the goal pattern.
?- flight(F, 'WDR', To). F = aa02 To = 'I68'
As we've noticed, the listener leaves the cursor after the last variable. Pressing Enter tells the listener we are happy with the result.
But, there might be more values of the logical variables that make the query true. To find them, press the semi-colon (;) key.
?- flight(F, 'WDR', To). F = aa02 To = 'I68' ; F = aa03 To = 'SPG' ; no
The final no means there were no more flight facts that matched the goal pattern. In other words, there are two known flights from 'WDR', one to 'I68' and one to 'SPG'.
The mechanism Prolog uses to find multiple answers is called backtracking. In the listener, the semi-colon (;) starts backtracking on the query goal.
First, values of logical variables are unbound, and the search for another fact that matches the goal pattern begins at the next fact after the last one found.
Backtracking works in complex goals as well. The backtracking mechanism is applied to the right most goal first, and when all its solutions are exhausted, backtracking starts in the previous goal. This process continues until all possible solutions are found.
Here's a query that finds the airports you can get to from 'Winder, GA'.
?- airport(A, 'Winder, GA'), flight(F, A, ToID), airport(ToID, To). A = 'WDR' F = aa02 ToID = 'I68' To = 'Lebanon, OH' ; A = 'WDR' F = aa03 ToID = 'SPG' To = 'St. Petersburg, FL' ; no
Here's all the places you can fly to from 'Lebanon, OH' for $100:
?- airport(A, 'Lebanon, OH'), flight(F, A, ToID), base_fare(F, 100), airport(ToID, To). A = 'I68' F = aa01 ToID = 'WDR' To = 'Winder, GA' ; A = 'I68' F = aa11 ToID = 'UNV' To = 'State College, PA' ; A = 'I68' F = aa19 ToID = 'EZF' To = 'Fredericksburg, VA' ; A = 'I68' F = aa21 ToID = 'CPK' To = 'Norfolk, VA' ; no
Notice in this query that backtracking can be initiated by failure of one of the goals in the query. Consider the second flight in the logic base from 'I68'.
flight(aa10, 'I68', '1A0').
When the flight(F, A, ToID) goal backtracks to this fact, the value of F is bound with the flight number, in this case aa10. That value is then used in the next goal, base_fare(F, 100). But base_fare(aa10, 100) is false. This cause Prolog to backtrack into flight/3 again to find the next flight. This continues until another flight with a fare of 100 is found.
The listener includes a debugger that traces the goals in a query. It can be used to better understand exactly how Prolog satisfies a query.
The debugger uses four terms to describe different states at a goal in a compound query. These are often called ports.
Here's how to set up the debugger for the last compound query:
?- debug. ??- airport(A, 'Lebanon, OH'), flight(F, A, ToID), base_fare(F, 100), airport(ToID, To).
In the IDE, the debugger starts in a separate window. In the command line listener, alis, the debugger output appears as part of the listener dialog.
Here's an annotated listing from the debugger for the first two solutions from the query. The simplist way to use the debugger is to creep from port to port. In the IDE, this is done using the creep button. In the command line listener, a question mark (?) follows each line, and entering the letter 'c' after it creeps to the next port.
|
The double ??- indicates a debugger prompt, rather than a normal listener prompt. ??- airport(A, 'Lebanon, OH'), flight(F, A, ToID), base_fare(F, 100), airport(ToID, To). Variable names are not preserved in the debugger, but instead internal
heap locations are provided. For more advanced debugging, this is good,
but for a relatively simple case it adds some confusion. In this next
line we see our variable 'A' is at heap location 383. [] CALL user:airport(H383, 'Lebanon, OH') ? c Prolog tries and succeeds (EXITs) from the first clause, indicated by
the (1), of airport/2. H383, our 'A', is bound to 'I68'. [] trying (1)user:airport('I68', 'Lebanon, OH') [] EXIT (1)user:airport('I68', 'Lebanon, OH') ? c The next goal, flight/3 is then called, with the second argument bound
to 'I68'. It succeeds using the first (1) clause from flight/3, and the
variables H389 ('F') and H391 ('ToID') are bound to aa01 and 'WDR'. [] CALL user:flight(H389, 'I68', H391) ? c [] trying (1)user:flight(aa01, 'I68', 'WDR') [] EXIT (1)user:flight(aa01, 'I68', 'WDR') ? c Now base_fare/2 is called. Notice that our variable 'F' is bound already
bound to aa01 and that is reflected in the way the debugger displays the
CALL. [] CALL user:base_fare(aa01, 100) ? c [] trying (1)user:base_fare(aa01, 100) [] EXIT (1)user:base_fare(aa01, 100) ? c The base_fare for aa01 is 100, so base_fare EXITs. A second goal for
airport/2 is started, looking for the name associated with 'WDR'. That
succeeds with the second (2) clause of airport/2. [] CALL user:airport('WDR', H404) ? c [] trying (2)user:airport('WDR', 'Winder, GA') [] EXIT (2)user:airport('WDR', 'Winder, GA') ? c And all the values of the variables, with our names back, are displayed.
With the command line listener, the display is embedded in the debugging
output as shown here. With the IDE the output would appear in the listener
window. A = 'I68' F = aa01 ToID = 'WDR' To = 'Winder, GA' ; A semicolon (;) as always triggers backtracking. The last predicate called
is backtracked (REDO) into first. That was the last call to airport/2,
looking for the airport name associated with 'WDR'. [] REDO user:airport('WDR', 'Winder, GA') ? c [] FAIL user:airport('WDR', H404) ? c It fails because there was only one clause with airport('WDR', To). Notice
on failure, the variable H404 (our 'To') is now unbound. Backtracking
(REDO) now proceeds into the previous goal, base_fare/2. [] REDO user:base_fare(aa01, 100) ? c [] FAIL user:base_fare(aa01, 100) ? c It fails because there was only one base_fare(aa01, 100). Backtracking
(REDO) goes back to the previous goal, flight(F, 'I68', ToID). [] REDO user:flight(aa01, 'I68', 'WDR') ? c [] trying (10)user:flight(aa10, 'I68', '1A0') [] EXIT (10)user:flight(aa10, 'I68', '1A0') ? c It succeeds using clause ten (10). This starts forward motion again with
a CALL to base_fare/2, checking the fare for flight aa10. [] CALL user:base_fare(aa10, 100) ? c [] FAIL user:base_fare(aa10, 100) ? c But that's not the fare for aa10, so it failed, triggering backtracking
(REDO) into flight/3 again. flight/3 succeeds (EXIT) again with clause
11. [] REDO user:flight(aa10, 'I68', '1A0') ? c [] trying (11)user:flight(aa11, 'I68', 'UNV') [] EXIT (11)user:flight(aa11, 'I68', 'UNV') ? c And this fare is 100. [] CALL user:base_fare(aa11, 100) ? c [] trying (11)user:base_fare(aa11, 100) [] EXIT (11)user:base_fare(aa11, 100) ? c [] CALL user:airport('UNV', H404) ? c [] trying (8)user:airport('UNV', 'State College, PA') [] EXIT (8)user:airport('UNV', 'State College, PA') ? c And the second airport that met the query is displayed. A = 'I68' F = aa11 ToID = 'UNV' To = 'State College, PA' Hitting enter rather than semi-colon (;) accepted the result, stopping
the listener from triggering further backtracking. yes |
When learning Prolog, the debugger is an invaluable tool for understanding exactly how Prolog queries work.


| < Day Day Up > |
3.5 makeOnce ./configure has done its job, you can simply type make to begin compiling the source code: % make Normally, this part goes smoothly. You'll see a lot of lines that look like this:[2]
source='cbdata.c' object='cbdata.o' libtool=no depfile='.deps/cbdata.Po' tmpdepfile='.deps/cbdata.TPo' depmode=gcc /bin/sh ../cfgaux/depcomp gcc -DHAVE_ CONFIG_H -DDEFAULT_CONFIG_FILE=\"/usr/local/squid/etc/squid.conf\" -I. -I. -I../ include -I. -I. -I../include -I../include -g -O2 -Wall -c 'test -f cbdata.c || echo './''cbdata.c source='client_db.c' object='client_db.o' libtool=no depfile='.deps/client_db.Po' tmpdepfile='.deps/client_db.TPo' depmode=gcc /bin/sh ../cfgaux/depcomp gcc -DHAVE_ CONFIG_H -DDEFAULT_CONFIG_FILE=\"/usr/local/squid/etc/squid.conf\" -I. -I. -I../ include -I. -I. -I../include -I../include -g -O2 -Wall -c 'test -f client_db.c || echo './''client_db.c source='client_side.c' object='client_side.o' libtool=no depfile='.deps/client_side.Po' tmpdepfile='.deps/client_side.TPo' depmode=gcc /bin/sh ../cfgaux/depcomp gcc - DHAVE_CONFIG_H -DDEFAULT_CONFIG_FILE=\"/usr/local/squid/etc/squid.conf\" -I. -I. -I../ include -I. -I. -I../include -I../include -g -O2 -Wall -c 'test -f client_side.c || echo './''client_side.c source='comm.c' object='comm.o' libtool=no depfile='.deps/comm.Po' tmpdepfile='. deps/comm.TPo' depmode=gcc /bin/sh ../cfgaux/depcomp gcc -DHAVE_CONFIG_H -DDEFAULT_ CONFIG_FILE=\"/usr/local/squid/etc/squid.conf\" -I. -I. -I../include -I. -I. -I../ include -I../include -g -O2 -Wall -c 'test -f comm.c || echo './''comm.c You may see some compiler warnings. In most cases, it is safe to ignore these. If you see a lot of them or something that looks really serious, report it to the developers as described in Section 16.5. If the compilation gets all the way to the end without any errors, you can move to the next section, which describes how to install the programs you just built. To verify that compilation was successful, you can run make again. You should see this output:[3]
% make Making all in lib... Making all in scripts... Making all in src... Making all in fs... Making all in repl... 'squid' is up to date. 'client' is up to date. 'unlinkd' is up to date. 'cachemgr.cgi' is up to date. Making all in icons... Making all in errors... Making all in auth_modules... The compilation step may fail for a number of reasons, including:
Always make sure that your compiler's header files are synchronized with the library files. The header files normally reside in /usr/include, while libraries are found in /usr/lib. Linux's popular RPM system makes it possible to upgrade one, but not the other. If the libraries are based on different header files, Squid may not compile. If you want to upgrade the compiler on one of the open-source BSD variants, be sure to run make world from the /usr/src directory, rather than from the /usr/src/lib or /usr/src/include directories. Here are some common compilation problems and error messages:
If you have problems compiling Squid, check the FAQ first. You may also want to search the Squid web site (use the search box on the home page). Finally, if you're still stuck, send email to the<EMAIL_ADDRESS>list. |
| < Day Day Up > |


| Class | Description |
|---|---|
| BlobMeasurement | Binary data measurement. |
| C3PDU | C3 PDU formats. |
| C3Utils | UnetC3 utilities. |
| DeleteSensorDataReq | Request for deletion of sensor data given a filter criterion. |
| DeregisterNodeReq | Node deregistration request. |
| DeregisterSensorClassReq | Sensor class deregistration request. |
| EventNtf | Event notification. |
| EventsRsp | Event list. |
| EventsRsp.Event | Event in an event list. |
| GetEventsReq | Request for events given a filter criterion. |
| GetNodeConfigReq | Request for node/component configuration. |
| GetNodeInfoReq | Node information request. |
| GetNodeListReq | Get list of all nodes request. |
| GetNodeStatusReq | Node status request. |
| GetSensorClassMetadataReq | Request to get metadata for sensor class. |
| GetSensorClassesReq | Request to get list of sensor classes. |
| GetSensorDataReq | Request for sensor data given a filter criterion. |
| GetSensorListReq | Request for sensor list given a filter criterion. |
| InterpolateDataNtf | Interpolation progress notification. |
| InterpolateDataReq | Request for sensor data to be interpolated given a filter criterion. |
| JsonDataContainer | JSON format for data transfer. |
| NodeCommandNtf | Node command notification. |
| NodeConfigNtf | Node command notification. |
| NodeConfigRsp | Node/component configuration. |
| NodeInfoRsp | Node information response. |
| NodeListRsp | List of nodes. |
| NodeListRsp.NodeInfo | Node information in a list of nodes. |
| NodeLocationNtf | Node location information. |
| NodeStatusRsp | Node status notification. |
| RegisterNodeReq | Node registration request. |
| RegisterNodeRsp | Node registration response. |
| RegisterSensorClassReq | Register sensor class request. |
| SendNodeCommandReq | Request to send node/component command. |
| SensorClassMetadataRsp | Sensor class metadata. |
| SensorClassesRsp | List of sensor classes. |
| SensorDataNtf | Sensor data notification. |
| SensorDataRsp | Table of sensor data. |
| SensorDataRsp.SensorData | Sensor data entry. |
| SensorListRsp | List of sensors. |
| SensorListRsp.Sensor | Sensor information. |
| SensorMetadata | Sensor metadata base class. |
| SensorMetadata.Metadata | Sensor metadata by quantity name. |
| SensorMetadata.QuantityMetadata | Quantity metadata for each quantity that a sensor can measure. |
| SetNodeConfigReq | Request to set node/component configuration. |
| SetNodeInfoReq | Request to update node information. |


Cool Components
Right
Rotate
Toronto, Canada
Toronto, the capital of the province of Ontario, is a major Canadian city along Lake Ontario’s northwestern shore.
Montreal, Canada
Montreal is the largest city in Canada's Québec province, and it's named after Mt. Royal.
Labeled Button
Conditional Button
Meeting a Panda
Look at this cute panda, would you like to meet Lun Lun?


?ii22^?55J¨PT^NICAL
GARDEN
01443756
'Ht'W
BOTANICAL
INSTITUTE
OF
JAMAICA
FLORA
OF
JAMAICA
Parish:
ST
¥
ANDREW
Name:
Bumelia
rotundlfolia
Sw,
Locality:
North
end
of
Long
Mountain,
0*5
mile
due
south
of
MATILDAS
CCENiR,
Altitude:
500-600
ft*
Date:
November
7,
1958
Habitat:
Sorub
woodland
over
limestone*
Notes:
Small
tree;
flowers
white,
fragrantÈ
Collector:
George
R.
Proctor
No.
18338
01443756
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


This example shows how to use ngeo.Print to print an OpenLayers map with MapFish Print v3.
ngeo.Print
In this example the best print scale is chosen based on the current map resolution.


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|
Robert McCall, ROLLOUT, oil on canvas Reproduced courtesy of Life magazine |
|
Tom O'Hara, CHECKING THE COMMAND MODULE, acrylic on paper |
|
Billy Morrow Jackson, LUNAR MODULE WHITE ROOM, watercolor on paper |
|
Paul Arlt, BIG DISH ANTENNAE, TANANARIVE, acrylic on canvas |
|
John Pike, BOILER PLATE, watercolor on paper |
| Robert McCall, APOLLO 8 COMING HOME, oil on panel |
|
Paul Calle, INSIDE GEMINI SPACECRAFT, pencil on paper |


Drug Target Binding Affinity (DTBA) Model¶
class DeepPurpose.models.DBTA
Drug Target Binding Affinity (DBTA) include all component, including drug encoder, target encoder and classifier/regressor.
constructor create an instance of DBTA.
__init__(self, **config)
- config (kwargs, keyword arguments) - specify the parameter of DBTA.
drug_encoding (str) - Encoder mode for drug. It can be “transformer”, “MPNN”, “CNN”, “CNN_RNN” …,
target_encoding (str) - Encoder mode for protein. It can be “transformer”, “CNN”, “CNN_RNN” …,
result_folder (str) - directory that store the learning log/results.
concrete parameter for encoder model (repeated)
test_ include all the test procedure.
test_(self, data_generator, model, repurposing_mode = False, test = False):
data_generator (iterator) - iterator of torch.utils.data.DataLoader. It can be test data or validation data.
model (DeepPurpose.models.Classifier) - model of DBTA.
repurposing_mode (bool) - If repurposing_mode is True, then do repurposing. Otherwise, do compute the accuracy (including AUC score).
test (bool) - If test is True, plot ROC-AUC and PR-AUC curve. Otherwise, pass.
train include all the training procedure.
train(self, train, val, test = None, verbose = True)
train (torch.utils.data.dataloader) - Train data loader
val (torch.utils.data.dataloader) - Valid data loader
test (torch.utils.data.dataloader) - Test data loader
verbose (bool) - If verbose is True, then print training record every 100 iterations.
predict include all the inference procedure.
predict(self, df_data)
df_data (pd.DataFrame) - specify data that we need to predict.
save_model save the well-trained model to specific directory.
save_model(self, path_dir)
path_dir (str, a directory) - the path where model is saved.
load_pretrained load the well-trained model so that we are able to make inference directly and don’t have to train model from scratch.
load_pretrained(self, path)
path (str, a directory) - the path where model is loaded.


Product Name: Service Suggestion Engine (SSE) Extensions
Service Suggestion Engine (SSE) Extensions for Galaxy is based on software from the University of Georgia Web Services Annotations Group, which has been licensed under an MIT style license (see below).
For more information, please visit http://mango.ctegd.uga.edu/jkissingLab/SWS/.
The user interface for this tool was designed and implemented by Michael E. Cotterell.
Copyright (c) 2013 UGA Web Services Annotations Group and the University of Georgia
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


This is a complete list of commands in SpeechV. You can say "up" or "down" to scroll, or use the links below. To use the links, say "follow" to assign a label to each link, then say the corresponding label. Say "top" to return to the top of the page.
focus firefox
search patent
follow 'b'
down
find modern
focus firefox
search patent
save bookmark
show bookmarks
follow 'a'
focus firefox
search larceny
open 'a' 'e'
search burglary
tab left
back
launch word
follow 'L'
insert
Title
Enter
This is an example period
period
navigate
bold
insert
done
launch word
follow 'L'
insert
Example text
navigate
follow 'F' 'A' 'Y' '3'
insert
filename
navigate
follow 'A' 'Y' '5'
launch word
follow 'Y' '1'
insert; Title to edit; navigate
highlight
left; left; left
bold
unhighlight
focus firefox
resize left
launch word
resize right
switch
focus firefox
minimize
launch word
terminate
These commands can be used in any application in Navigate mode.
| Command | Description |
|---|---|
| Focus <application> | Switch focus to the application Note: The application must be open |
| Launch <application> | Launch the application Note: "Firefox" and "Word" are officially supported |
| Terminate | Close the current application without saving or confirming |
| Move | Move the SpeechV window to the opposite corner |
| Resize left/right | Move the current application into the left/right half of the screen |
| Resize up/down | Move the current application into the top/bottom half of the screen |
| Resize full | Make the current application fullscreen |
| Settings | Configure SpeechV |
| Record start | Begin recording a macro |
| Record end | Finish recording a macro After ending a recording, a prompt to name the macro and a confirmation prompt will appear to complete the process |
These commands can be used in Firefox when you are in Navigate mode.
| Command | Description |
|---|---|
| Up/Down | Scroll vertically |
| Page up/down | Scroll vertically by one page |
| Left/right | Scroll horizontally |
| Top/bottom | Scroll to top/bottom of the page |
| Leftmost/rightmost | Scroll to the extreme left/right of the screen |
| Search <query> | Execute a Google search |
| Follow | This is a 2-part command to follow links in the current tab/click on buttons/select input fields: 1. "Follow" displays labels corresponding to links and buttons/input fields 2. Say the label corresponding to the desired field to select it |
| Open | This is a 2-part command to open links in a new tab: 1. "Open" displays labels corresponding to links 2. Say the label corresponding to the desired link to open it |
| Back/forward | Go back/forward in history |
| New tab | Open a new tab |
| Close tab | Close tab |
| Reopen tab | Reopen recently closed tab |
| Tab left/right | Select left/right tab |
| Zoom in/out | Zoom in/out |
| Zoom default | Set default zoom |
| Refresh | Reload current tab |
| Find <phrase> | Search page for phrase |
| Find next | Jump to next 'find' result Note: this command is only valid after executing "Find <phrase>" |
| Find previous | Jump to previous 'find' result Note: this command is only valid after executing "Find <phrase>" |
| Save bookmark | Save current page to bookmarks |
| Show bookmarks | Show all bookmarks |
These commands can be used in Microsoft Word when you are in Navigate mode.
| Command | Description |
|---|---|
| Up/down [X] | Move the cursor up/down X lines If X is not provided, default to 1 |
| Left/right [X] | Move the cursor right/left X words If X is not provided, default to 1 |
| Paragraph up/down | Move the cursor to the beginning/end of paragraph, or to the paragraph above/below |
| Page up/down | Move the cursor to the beginning/end of the page, or to the page above/below |
| Follow | This is a multi-part command that allows you to access the toolbar: 1. "Follow" labels buttons in the toolbar 2. Say the label corresponding to the desired action "Cancel" to exit the toolbar without selecting anything "Back" to go back one layer |
| Highlight | This is a multi-part command to highlight regions of text: 1. "Highlight" begins highlighting text. 2. "Up/down/left/right" [X] extends the highlighted region by X lines/words. If X is not provided, default is 1. Alternatively, "all" selects all the text. |
| Unhighlight | Unselect highlighted text |
| Cut | Remove highlighted text from original position and copy to clipboard |
| Copy | Duplicate highlighted text |
| Paste | Paste cut/copied text |
| Undo/redo | Undo/redo action |
| Bold/italics/underline | Toggle on/off formatting |
| Left/center/right align | Adjust alignment of text |
| Indent | Insert indentation at cursor position |
| Remove indent | Remove indentation at cursor position |
| Increase/decrease size | Increase/decrease font size |
| Caps | Cycles the highlighted text between UPPER CASE, lower case, and Title Case |
| Delete | Delete character to the left of cursor |
| <punctuation> | Insert punctuation at cursor position Supported punctuation types: space, new line, period, comma, exclamation, question, slash, colon, semicolon, apostrophe, quote, open parenthesis, close parenthesis, ampersand, dollar, star |


About
Hello! My name is Abbey Schueller.
I am currently based in Seattle, Washington where I work to make the world more energy efficient. I am just at the beginning of my career in web design and can't wait to learn more! Check back to watch my portfolio of work grow and improve.
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