{% extends "base.html" %} {% block content %}
How many calories you need to eat to stay the same weight.
| Sex | {{ sex }} |
| Weight | {{ weight_kg }}kg |
| Height | {{ height_cm }}cm |
| Age | {{ age }} |
| Activity Level | {{ activity_level }} |
| Body Fat | {{ body_fat_percentage }}% |
Basal Metabolic Rate: {{ basal_metabolic_rate }}
Daily Maintenance Calories: {{ daily_maintenance_calories }} (for activity level {{ activity_level }})
Formula: {{ formula }}
This is great if you're at your target weight. But you're not, so you need to eat fewer calories than your body needs.
Some facts:
If you eat 1200 calories a day, based on your daily maintenance calorie result ({{ daily_maintenance_calories }}), you will have a daily calorie deficit of {{ calorie_deficit }}, which translates to {{ weight_loss_weekly }}kg loss per week.


Vehicles & Transportation
Bikes and Picnic Set
Cycling Adventure
Cycling with Mother
Motorcycle and Sidecar
P.C. Bobby Roberts
Skidoo
Home


AWS Glue Trigger Condition
The
Condition
property type specifies a condition for an AWS Glue job trigger predicate.
The Conditions
property of the Predicate property type contains a list of Condition
property types.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "LogicalOperator" :
String
, "JobName" :String
, "State" :String
}
YAML
LogicalOperator:
String
JobName:String
State:String
Properties
LogicalOperator
-
The logical operator for the condition.
Valid values:
EQUALS
Required: No
Type: String
Update requires: No interruption
JobName
-
The name of the associated job. It must match the single-line string pattern:
[\u0020-\uD7FF\uE000-\uFFFD\uD800\uDC00-\uDBFF\uDFFF\t]*
Required: No
Type: String
Update requires: No interruption
State
-
The state of the condition.
Valid values:
SUCCEEDED
Required: No
Type: String
Update requires: No interruption
See Also
-
Condition Structure in the AWS Glue Developer Guide


--- layout: news title: "Strange Lights Spotted in the Skies of Planes: Is the End Nigh?" author: Kay White characters: Hafgrim Ahlberg thread: Nine Rising date: 2018-08-22 ---
Mysterious, rainbow-colored lights have been spotted in the skies of several, seemingly unconnected, planes.
The cause of this planar event is unknown at this time; however, experts advise remaining calm. Several doomsday cults have spoken out claiming responsibility for the event, however, their claims cannot be verified. More to come, as the situation develops.
Hafgrim Ahlberg created by Magnus Hjaelmar Tomasko


Contact Us
Please create a Contact Page specific to your own website. You may want to provide several methods of contacting your organization.
To provide state template v5 feedback use GitHub otherwise feel free to contact us by visiting this page.
Feel free to Subscribe to the Webmaster User Group for state template updates, group announcements and events. You can also visit the Webtools website for more information. To contact us about the state template please visit this page.
This website is managed by the California Department of Technology.


+++ title = "Mérida" lat = 20.981956 lon = -89.620971 +++
I wasn't planning on staying in Mérida — I was going to just head straight on to Valladolid — but I'm glad that I ended up spending two nights here. Mérida is the gateway to the Yucatán Peninsula. It's very safe, fairly sleepy, quite hot, and a bit on the expensive side. It also has great people to meet at its hostels, and it has impressive Maya ruins, such as Uxmal, relatively nearby.
{{< galleryphoto "2007-02-27-05-00-00--main-square-merida.jpg" >}}
I'd heard that Mérida is a city of fine arts and of classical entertainment, and that this has led to the people being a bit on the snobbish side, and to food being a bit on the expensive side. Unfortunately, this is all true: but it wasn't as bad as I anticipated. It's still possible to have some cheap, uncultured fun in Mérida, if you know where to look.


This uses Angular JS:
First Name:
Text from AngularJS: {{fname + " " + lname}}
This uses ChainerJS:
Last Name:
Text from ChainerJS:


The Neurokernel Project aims to build an open software platform for the emulation of the entire brain of the fruit fly Drosophila melanogaster on multiple Graphics Processing Units (GPUs).
To get a better idea about Neurokernel, check out the following presentation given by Aurel A. Lazar at NeuroInformatics 2014.
Interested? Great!
Got a question or encountered problems?
Have a new feature to propose and add?


Putting young people first.
| 14 and up | > | Volunteer |
The Cubs haven't been sitting on their haunches over the past few weeks. Find out all about our adventures here...
Grab some staves, tie some half-hitches and three square lashing and they're off to the races!
A quick game of giant asteroids after the Cubs learned the basics of programming.
Sing songs, telling stories and relaxing by the campfire on the final night of camp. Before some hot-chocolate and off to bed.
I wanna be like you-oo-oo...
Trip to Blair Drummond Safari Park to meet the animals and avoid the monkey poo!


InSureApp
Dr.Nick Riviera
Patient Information
Name:
Homer Simpson
Age:
38
Policy:
P001
Appointment:
11:00 a.m 18/12/15
Medical Acts
Name
Cost
Reimbursement
%
X-Ray
25
5
20
Remove
Blood Tests
5
0.5
10
Remove
Add
Submit


Using The Contexts of Participation Tool
The Contexts of Participation Tool is designed to be very easy to use.
- Settings: Pressing the Settings button opens a panel that allows you to change the colours of the wheels of the tool. If you want to go back to the original colours simply press the RESET button on this panel. Press the X button in the top left to close the panel without making any changes or the tick button to close the panel and save the changes
- Glossary: Pressing the Glossary button changes the behaviour of the mouse or touching the screen. Moving your mouse or finger over the wheels will bring up a brief description of this item. Clicking the Glossary button again will return the tool to interaction mode.
- The wheels: Simply click and drag with your mouse or finger to rotate the wheels.


Blackmaas.js is the easiest way to incorporate your love for Azazel into your website comps. All you need to do, apart from accepting the Abbadon into your heart, is follow these steps:
Right-click on this link, and save the file to your project scripts folder: blackmaas.js
Add it into the head of your HTML document.
Add some markup:
For ipsum text, add class='satan-ipsum' to any text element
For placeholder images, add class='satan-image' to any img tag
Customize the elements with additional data attributes. For the list of data attrbutes, click here


One: 'Hi Mary.' Two: 'Oh, hi.' One: 'How are you doing?' Two: 'I'm doing alright. How about you?' One: 'Not too bad. The weather is great isn't it?' Two: 'Yes. It's absolutely beautiful today.' One: 'I wish it was like this more frequently.' Two: 'Me too.' One: 'So where are you going now?' Two: 'I'm going to meet a friend of mine at the department store' One: 'Going to do a little shopping?' Two: 'Yeah, I have to buy some presents for my parents.' One: 'What's the occasion?' Two: 'It's their anniversary.' One: 'That's great. Well, you better get going. You don't want to be late.' Two: 'I'll see you next time.' One: 'Sure.' Bye.'


- To increase awareness and participation of the UG as well as PG freshers (1st years) at the Inter IIT front
- To capitalize on the talent pool of the first years more efficiently
- To strive harder for the overall awareness and upliftment of sports among women
- Every year a very small fraction of 1st year students make it to the Inter IIT Contingent (less than 10% of total contingent size). The main reason for this is accredited to improper channelization and initiation of these budding sportspersons towards the sporting culture of IIT KGP.
- Every year, the Inter Hall tournaments witness brilliant showcase of talent from a number of first year students; proving that talent exists among the first years.
- IIT KGP’s performance could definitely show a marked improvement if proper scouting is done in the initial stages.
- The Women’s Week has shown great potential, though it is yet to achieve its desired heights. Much needs to
- Registration links would be provided online for the freshers’ tournament. A good estimate of the number of students willing to turn up will definitely help in organizing the tournament effectively and efficiently.
- The senior players from Lal Bahadur Shastri Hall of Residence shall assist the Gymkhana secretaries to provide for the smooth flow of information regarding the freshers’ tournament. To cater to the post graduate students, offline as well as online publicity would be done.
- Eminent PG players from each sport shall be contacted to help in increasing participation from the PG halls.
- Every effort shall be made to conduct separate tournaments for the Post Graduate students (considering the number of students turning up), the decision for which would be taken by the PTI concerned.
- The tournament shall be supervised by the concerned PTIs along with the senior Inter IIT players.
- The tournament shall simultaneously be accompanied with exercise and drills-sessions, lasting for about 4-5 days, which should be ample for any budding sportsperson to showcase his/her talent.
- The exact schedule shall be decided by the PTIs and the ex-captains/senior players of each sport respectively.
- The concept of Women’s week has provided a start to the upliftment of sports among women. This year it shall be conducted with increased preparations and publicity for each event. The meritorious performers of last year’s edition shall be contacted and we expect an increased participation in each of the events.
- To cater to the injuries of the players on a daily basis so as to ensure better performance of the players.
- To improve the overall performance of IIT Kharagpur contingent at the Inter IIT Sports meet
- Injuries among players are more prominent during the winter camp because of the increased frequency and
- Every year, a significant number of players from the contingent have to play with injuries at the Meet which directly affects the performance of the Inter IIT Contingent as a whole.
- Two qualified Physiotherapists (preferably 1 male and 1 female) from Kharagpur/Kolkata would be brought
- The Physiotherapists would be provided accommodation at the guest houses in the institute.
- They shall be available to address the patients at the BC Roy Technology Hospital during two shifts.
- Proper assessment and treatment of players’ injuries shall definitely lead to quick recovery and availability
- An improved medical assistance will lead to enhanced performance as well as confidence of the players at
- Overall, this would improve the infrastructural amenities for sports.
- To equip the students with basic swimming skills to help them in emergency situations.
- To promote the sport of swimming among the students.
- Targets the overall well being of the IIT KGP student community
- There have been recent incidents in the past that have thrown light on how the basic knowledge of swimming could have prevented those mishaps.
- Swimming is a basic survival skill which will always find implication at some point of time.
- There has been a lack of awareness among the students regarding the importance of swimming.
- At present, no such camp is being organized within the institute, which makes it quite necessary to take a step towards its initiation.
- The biggest positive to be extracted from this camp is that students would learn to survive in emergent situations, leading to drastically reduced damage to life.


{% extends "bootstrap_layout.html" %} {% block content %}
Depart by {{ results }} to get to the airport on time!


This Privacy Policy (“Policy”) of www.WarriorTrading.com, and all related content, materials and services (collectively, the “Site”) is hereby made effective as of August 12, 2019, by Warrior Trading, Inc, a Delaware corporation (“Warrior Trading” or “we” or “us” or “our”).
When you (“you” or “your” or “user” or “member”) browse the Site, register for a membership, or use our products, services or other materials available on the Site, you will provide certain information to us and we will learn, collect, use and share certain information about you for various purposes, as more fully set forth in this Policy.
By using or accessing the Site, you agree that you have read and understood this Policy, and acknowledge and consent to the learning, collection, use and sharing of your information as described in this Policy. If you do not agree with any portion of this Policy, you are prohibited from using or accessing the Site.
Our primary purpose in collecting information about you is to provide you with our products and services, but we will also use this information in connection with the operation and improvement of the Site and our business and may provide this information to our affiliates or to other third parties for use in their businesses or for other purposes.
When you access, visit. register for and otherwise use the Site, we will learn, collect, store and use:
Personal Information and Non-Personally Identifiable Information are together referred to herein as “Information”.
Using the Site. When you access, visit and use the Site, we automatically receive and store the uniform resource locator of the prior webpage that you were on and of the webpage where you go after you leave the Site. We also receive and store additional Information such as your internet protocol (IP) address, browser types, domain name, and other statistical data involving your access, browsing and use of the Site. This Information is generally collected passively using various technologies, but this Information may also be provided by you through interactions or communications with the Site or us.
Registration. In order to become a registered user of the Site or to use or obtain certain products or services offered on or through the Site, we will request, and you will need to provide us with, Personal Information such as your name, postal and/or email address, telephone, fax, age or mobile numbers. Registered users who sign up for any trial membership, premium membership or other account, product or service must also provide billing and credit card information. Without providing
Personal Information, you cannot create an account, become a registered user of the Site, or obtain our products or services. We will use this Information to provide our products and services to you, in connection with our business and operations and in other ways that are provided in this Policy. We may also collect certain other Information from you such as demographic information. Providing this information is optional, and is not required.
We may also collect Information when you interact with the Site’s or our customer service in order to assist you or maintain or improve the Site.
Chat Room. We operate a chat room on the Site. Any Information you disclose in a chat room becomes public information. If you post Personal Information online, in a chat room, or anywhere on the Site that is accessible to the public or to other users, you have made that Information available to the public, and it is no longer private. In that case, other people may receive, collect and use that Information. You should exercise caution when deciding whether to post or disclose any of your Personal Information or any other Information in any chat room or forum, including any public or private chat room or forum on the Site.
Please note that Personal Information you have published on any chat room or forum, including any chat room or forum on the Site, may remain publicly available even if you request that such Information be internally deleted by Warrior Trading. We will not post your Personal Information in any public chat rooms or forums.
Like many websites, we use cookies and similar technologies to record your preferences, track your usage of the Site, improve the Site and collect data and other Information. A browser cookie is a small piece of data that is stored on your device to help websites and mobile apps remember things about you. Other technologies, including Web storage and identifiers associated with your device, may be used for similar purposes. In addition to browser cookies, Warrior Trading also receives and collects Information through other commonly used techniques and technologies, including without limitation:
For example, we use programs, software and/or applications, including, without limitation, Google Analytics, to analyze typical user behavior, improve the Site or in connection with our business or operations; and, for security purposes and to ensure the availability of the Site, we may also use programs, software and applications to monitor network traffic, identify unauthorized attempts to upload or change information, or otherwise cause damage to the Site or Warrior Trading. And, when you visit the Site, we automatically receive and collect the uniform resource locator of the prior webpage that you were on and of the webpage where you go after the Site, the IP address of your computer, the type of operating system and web browser you are using, your location, date and time of your access, pages viewed on the Site and other Information related to your visit to the Site.
Like most providers of online services, Warrior Trading uses cookies and other tracking technologies for a number of reasons, including, without limitation, protecting your Warrior Trading data and account, helping us see which features are most popular, counting visitors to a page, improving our users’ experience, keeping our services secure, and generally providing you with a better, more intuitive, and satisfying experience. Most cookies we use fall into one of the following general categories:
Cookies are automatically placed on your computer when you access the Site. Your browser or device may allow you to block or otherwise limit the use of cookies. Cookies are an important part of how our services work, so removing, rejecting, or limiting the use of them could affect the availability and functionality of our services.
Your browser may provide you with the option to refuse some or all browser cookies. You may also be able to remove cookies from your browser. For more information about how to manage browser cookies, please follow the instructions provided by your browser.
Warrior Trading is solely an informational and educational platform and online community, providing impersonal advice and education so you can independently trade your own funds and securities. We do not provide investment advisory services or trade securities for the account of others. We are not an investment adviser or broker-dealer, do not provide advice on the value or advisability of your purchases of securities, and do not effect or facilitate transactions or otherwise handle securities or funds of others.
We only communicate with you through the contact information and social media accounts on the Site, would never give you personalized investment advice, and would never ask you for your social security number, to wire money or to provide access or information on your financial or securities accounts (except for billing purposes as set forth above)! Don’t be fooled by scams or other imposters asking for this information, they are not from Warrior Trading! If someone pretending to be affiliated with Warrior Trading asks you for this information, please contact<EMAIL_ADDRESS>Warrior Trading uses your Information, including Personal Information, in connection with the operation, development and improvement of the Site and other products and services offered by Warrior Trading and its affiliates, the operation and billing of your account and/or membership, and for other uses consistent with this Policy. Warrior Trading and its affiliates may use your Personal Information for any purpose related to their business or operations, including, without limitation, the following:
There are also certain third-party cookies that reside on our site that collect Personal Information, such as information that uniquely identifies your IP address, browser and internet device, that may be used by these third parties to, among other things, build a profile of your interests and show you relevant advertisements on this site and/or other sites.
Please be aware that you are responsible for the payment of any fees or costs incurred by you in connection with receipt of communications from Warrior Trading or its affiliates, including data, internet, cellular carrier or other similar fees.
Warrior Trading may share your Personal Information and Non-Personally Identifiable Information with third party vendors who need to know Information about you in order to provide their services to us. This group includes vendors that help us provide our services to you (like payment processing providers) and those that help us understand and enhance our services (like analytics providers). We may also share your Personal Information:
There are also certain third-party cookies that reside on our site that collect Personal Information, such as information that uniquely identifies your IP address, browser and internet device, that may be used by these third parties to, among other things, build a profile of your interests and show you relevant advertisements on this site and/or other sites.
Warrior Trading may also share or otherwise provide Non-Personally Identifiable Information or other aggregated anonymous data or information to third parties (including sub processors) about the users or usage of the Site for purposes that we deem, in our sole discretion, to be appropriate.
Warrior Trading may post and use any testimonials about the Site that you have provided in connection with the marketing and promotion of the Site.
Testimonials and other marketing, promotions and advertisements may include limited Personal Information (such as first name and general location) that you have provided to Warrior Trading.
Warrior Trading may also disclose your Information to third parties as part of our selling the stock or assets of the company, as the result of a proposed or actual change in control of the company, or in connection with any financing of or investment in the company by a third party. Any successor or assign of Warrior Trading, including any third party to which Warrior Trading transfers or sells its assets, will have the right to continue to use your Information.
IF YOU DO NOT AGREE WITH ANY TERM OR PROVISION OF THIS POLICY, PLEASE EXIT THE SITE IMMEDIATELY. PLEASE BE ADVISED THAT YOUR CONTINUED USE OF THIS SITE OR THE PRODUCTS OR INFORMATION PROVIDED THEREBY SHALL INDICATE YOUR CONSENT AND AGREEMENT TO THIS POLICY
Access to and Protection of Your Personal Information. You may access, modify and correct some Personal Information provided to us through your account information on the Site. If you update, modify or correct any such Personal Information, we may keep copies of your Personal Information prior to such update, modification or correction for uses provided for in this Policy. To the extent that you wish to access, modify or correct Personal Information that is not available through your account information, you may contact us in the manner set forth below. We will endeavor to respond to your request in a timely manner.
Personal Information will be stored by us in databases or servers owned and maintained by us or our affiliates, agents or service providers. Personal Information will be protected in a commercially reasonable manner. We take what we believe to be industry standard security measures to help safeguard your Personal Information, but no system is entirely secure. Although we protect your Personal Information in a commercially reasonable manner and with industry standard security measures, we do not guarantee that your Information will always remain secure.
We process your Personal Information while your account is active or as needed to provide you our services. If you close your account(s), your Personal Information will be retained for seven years from the closure of your account.
Some web browsers have a “Do Not Track” feature. This feature lets you tell websites you visit that you do not want to have your online activity tracked. These features are not yet uniform across browsers. Our Website is not currently set up to respond to those signals.
We are not responsible for the practices employed by websites linked to or from the Site, nor the information or content contained in such websites, nor any third party’s use of Information or other data or information which we have sold, disclosure, shared or otherwise provided to them. Please remember that when you use a link to go from the Site to another website, this Policy is no longer in effect. Your browsing and interaction on any other website, including those that have a link on the Site, are subject to that website’s rules, terms and conditions, and/or policies.
The Site is not directed to individuals under the age of 13. Warrior Trading does not intentionally collect any Information on the Site from individuals we actually know are under 13. In fact, registration for and use of the Site by persons under the age of 18 is expressly prohibited. If we become aware that we have collected any Information, including without limitation Personal Information, from a person under age 13, we will take steps to remove that Information.
This GDPR Supplement to the Privacy Policy (the “GDPR Supplement”) of www.warriortrading.com (the “Site”), is hereby made effective as of May 25, 2018, by Warrior Trading, Inc., a Delaware corporation (“Warrior Trading” or “we” or “us” or “our”), and supplements that certain Privacy Policy of Warrior Trading, dated November 12, 2017 (the “Privacy Policy”), for the citizens of the European Union (the “EU”) described below.
This GDPR Supplement is intended to comply with Regulation (EU) 2016/679 of the European Parliament and of the Council of 27 April 2016 on the Protection of Natural Persons with regard to the Processing of Personal Data and on the Free Movement of Such Data, and Repealing Directive 95/46/EC (General Data Protection Regulation) (the “GDPR”).
This GDPR Supplement is directed to, and applies only to, residents of the European Union, to whom Warrior Trading offers goods or services, or who access the Site and may be subject to monitoring or the collection of personal data by Warrior Trading (“you” or “your” or “EU User” or “EU Member”), as when you browse the Site, register for a membership, or use our goods or services or other materials available on or through the Site, you will be providing certain Information to us that could be used to identify you, and we will learn, collect, use and share certain Information about you for various purposes, as more fully set forth in the Privacy Policy and this GDRP Supplement. For clarification, this GDPR Supplement applies to any Information of EU residents that is subject to the GDPR.
If you have questions regarding the Privacy Policy or this GDPR Supplement, then you should contact Warrior Trading at:
Warrior Trading PO Box 330
Great Barrington MA 01230
Email<EMAIL_ADDRESS>Likewise, if you desire to exercise a right described Paragraphs 3 through 9, below, and your exercise of that right requires you to contact Warrior Trading, then you should contact Warrior Trading at<EMAIL_ADDRESS>Our legal basis for collecting and using the Information described above will depend on the type of Information and the specific context in which we collect it.
We process Information about you in order to provide our services in accordance with our Terms and Conditions, for example to provide you with our educational courses and to allow us to send you important service updates.
We also process Information about you where it is in our legitimate interests to do so and not overridden by your rights (for example, in some cases for direct marketing, fraud prevention, network and information systems security, responding to your communications, and improving our services).
In some cases, we may also have a legal obligation to collect Information about you, or may otherwise need the Information to protect your vital interests or those of another person.
You have a right to confirmation by Warrior Trading as to whether Warrior Trading is processing your personal data and, where that is the case, you have a right to access the following information:
Your right to access includes the right to obtain a copy of the personal data Warrior Trading is processing. In compliance with the GDPR, Warrior Trading will provide one such copy for free, but Warrior Trading may charge a reasonable fee for any additional copies.
You have a right to obtain from Warrior Trading the rectification of inaccurate personal data concerning you. Additionally, taking into account the purposes for which Warrior Trading is processing your personal data, you have a right to obtain from Warrior Trading the completion of incomplete personal data concerning you.
You have a right of erasure to obtain from Warrior Trading the erasure of your personal data based on any of the following grounds:
Your right to erasure described above, does not apply where Warrior Trading’s processing of your personal data is necessary for:
You have a right to restrict Warrior Trading’s processing of your personal data if any of the following applies:
If you exercise your right to restrict processing, and if your exercise of said right is valid, then Warrior Trading can store your personal data but cannot otherwise process your personal data without your consent, unless otherwise processing your personal data is necessary for the establishment, exercise, or defense of legal claims, the protection of the rights of another natural or legal person, or for reasons of important public interest of the EU or a Member State.
Where Warrior Trading’s processing of your personal information is necessary for legitimate interests pursued by Warrior Trading, you nevertheless have a right to object to Warrior Trading’s processing of your personal information on grounds relating to your particular situation. If you exercise this right, Warrior Trading cannot process your personal data unless Warrior Trading demonstrates that it has overriding legitimate grounds to process your personal data.
You have a right to object to Warrior Trading’s processing of your personal information for direct marketing purposes. If you exercise this right, Warrior Trading cannot process your personal information for direct marketing purposes.
Where Warrior Trading’s processing of your personal data is based on your consent or is necessary for the performance of a contract to which you are a party or is necessary to take steps requested by you prior to entering into a contract, and where Warrior Trading’s processing of your personal data is carried out by automated means, you have a right to data portability. This means that you have a right to receive from Warrior Trading a copy of the personal data you provided to Warrior Trading in a structured, commonly used, and machine-readable format. Additionally, this means that you have a right to require Warrior Trading to transmit directly to a third party the personal data you provided to Warrior Trading, provided that such transmission is technically feasible and provided further that such third party is a natural or legal person, public authority, agency, or other body which, alone or jointly with others, determines the purposes and means of processing personal data.
Where Warrior Trading’s processing of your personal data is based on your consent, you have a right to withdraw consent. However, your withdrawal of consent will not affect the lawfulness of Warrior Trading’s processing of your personal data prior to your withdrawal of consent.
If you think that Warrior Trading’s processing of your personal data is unlawful or otherwise improper, you have a right to lodge a complaint with a Supervisory Authority. A “Supervisory Authority” is an independent public authority established by a Member State pursuant to Article 51 of the GDPR. You should contact the Supervisory Authority established by the Member State of which you are a citizen. If you cannot identify that Supervisory Authority, then you may contact Warrior Trading using the contact information provided in Paragraph 1, above. Warrior Trading will exercise its best efforts to assist you in identifying that Supervisory Authority.
Warrior Trading is based in the United States. Information about you may be transferred to, and processed in, the United States and countries other than the country in which you are resident. These countries may have data protection laws that are different to the laws of your country and, in some cases, may not be as protective. Warrior Trading employs several safeguards to protect the transmission of your personal data. These safeguards include encryption of certain data and other commercially reasonable measures and practices. If you desire more information regarding these safeguards, then you should contact Warrior Trading using the contact information provided in Paragraph 1.
Warrior Trading has not secured an Agency Decision from the European Commission that the safeguards it employs are adequate to protect your personal data.
In addition to the Site, this policy also applies to any Warrior Trading mobile applications and any Information that we may collect through such applications.
This Policy has been adopted and is effective as of the date set forth above, without waiving or otherwise releasing any right or obligation under any prior privacy policy or similar document or agreement of Warrior Trading, including without limitation any prior privacy policy or similar document or agreement set forth on the Site. This Policy hereby amends and restates any such prior privacy policy.
Warrior Trading reserves the right to revise this Policy at any time without notice. By using the Site, you are agreeing to be bound by the then-current version of this Policy, and your continued use of the Site reaffirms your agreement to the then-current Policy. You agree to consult the Site regularly for up-to-date versions and information about this Policy. Without limiting the foregoing, we will provide notification by electronic mail, check box, highlighted text on the Site, or other means we deem adequate, of the adoption of a revised or amended Policy that contains material revisions, amendments or other changes to the terms.
In the event that the terms of this Policy conflict with or are inconsistent with any provision of the Terms and Conditions, the Terms and Conditions shall govern.
Any claim under this Policy or otherwise related to the Site or Warrior Trading shall be governed by the laws of the State of Nevada without regard to its conflict of law provisions and shall be exclusively resolved by a state or federal court located in Washoe County, Nevada. You agree to submit to the personal jurisdiction of the courts located within Washoe County, Nevada, for the purpose of litigating all such claims. Notwithstanding the above, you agree that Warrior Trading shall still be allowed to apply for injunctive remedies (or an equivalent type of urgent legal relief) or to enforce its rights or remedies in any jurisdiction.
Warrior Trading reserves the right to limit the availability of the Site, and any other products or services of Warrior Trading, to any person, geographic area, or jurisdiction, in any manner and at any time, in its sole discretion.
If any provision of this Policy is found by a court of competent jurisdiction or arbitrator to be illegal, void, or unenforceable, the unenforceable provision will be modified so as to render it enforceable and effective to the maximum extent possible in order to effect the intention of the provision; and if a court or arbitrator finds the modified provision invalid, illegal, void or unenforceable, the validity, legality and enforceability of the remaining provisions of this Policy will not be affected in any way.
For Deletion Requests Click Here
For All Other Requests Click Here
The California Consumer Privacy Act (“CCPA”) provides rights for California residents to receive information from Warrior Trading, Inc, a Delaware corporation (“Warrior Trading” or “we” or “us” or “our”) about the information we collect and use about you. This CCPA Privacy Notice addendum also provides information to California residents about what information you can obtain from us. For the full Warrior Trading Privacy Notice, please visit https://www.warriortrading.com/privacy-policy/.
Definitions. For purposes of this CCPA Privacy Notice addendum, the terms below have the following meaning:
Business purpose means “the use of personal information for the business’s or a service provider’s operational purposes, or other notified purposes, provided that the use of personal information shall be reasonably necessary and proportionate to achieve the operational purpose for which the personal information was collected or processed or for another operational purpose that is compatible with the context in which the personal information was collected.”
Commercial purpose means “to advance a commercial or economic interest, such as by inducing another person to buy, rent, lease, join, subscribe to, provide, or exchange products, goods, property, information, or services, or enabling or effecting, directly or indirectly, a commercial transaction,” explicitly excluding engaging in protected free speech.
Verified Request (or Verifiable Request) means a request that is made by a California resident on their own behalf, or on behalf of a California resident from whom they have received authorization, and that we can verify pursuant to its standard verification procedures. For your protection, we request and verify specific pieces of information about you prior to sharing to any data with you.
Exceptions to Our Obligation to Provide or Delete Information. You should be aware that our obligations to you are subject to certain important exemptions that will limit the things we are required to provide to or do for you under this law. Specifically, the CCPA does not apply to personal information collected pursuant to Gramm-Leach-Bliley Act (GLBA). This means that even if you submit a Verifiable Request, we are not required to provide information to you or delete your information if your information is required by us to provide any of the services we provide to consumers or clients. This will likely limit the amount of information you receive in response to a Verifiable Request under the CCPA. In addition, we are not obligated to delete information in response to a Verifiable Request if other regulations require us to maintain these records for a period of time.
Submission of a Verifiable Request. You may submit a Verifiable Request for deletion by visiting this site All other Verifiable Requests can be made here. Each Verifiable Request, no matter how submitted, must include all of the following information:
Upon receipt of your request, we must ensure it is a Verifiable Request. we will acknowledge our receipt of your request within ten (10) days, and we have forty-five (45) days to respond to you or request that you confirm your request to delete information we hold. If reasonably necessary to respond to your Verifiable Request, we may extend the deadline for our response to you by an additional forty-five (45) days, and if we choose to do so, we will notify you.
Users who wish to exercise their sale opt-out rights under Nevada Revised Statutes Chapter 603A may submit a request to this designated address: https://privacyportal-cdn.onetrust.com/dsarwebform/482e6599-a35b-47da-b9f5-d7e4bb38af38/bd915c5d-ba49-4fa1-a97e-3233cefdd93b.html
However, please know we do not currently sell data triggering that statute's opt-out requirements.


A Number that indicates the error type that occurred. This MUST be an integer.
A Primitive or Structured value that contains additional information about the error. This may be omitted.
A String providing a short description of the error.
Serialize the instance of the object that inheriths from this class
Generated using TypeDoc
This class is an extension of the generic jsonrpc [[jsonrpc-lib.ErrorObject]] that adds several custom scip errors through the definition of static functions that automatically generate the equivalent ErrorObject instance


Repetition. Repetition. Repetition. That's an example of repetition. When something happens over and over again. In the last lesson we spoke about patterns, well patterns are basically a form of repetition. Different repeating elements can produce a pattern. You can have objects repeat, shapes, or even series of shapes repeat. Even within an object, a part of it can be repeated. Take for example a series of buttons on the side of a TV, they aren't usually all different sizes and colors, usually they are uniform. Let's look at a simple repetition below.
As you can see in the above image, there is a pattern, which is caused by repetitive elements, namely, the alternating black and grey squares. Having one object might makes a scene more lonely, and isolated, or bring focus to the only object. Using repetition you can also bring focus to something. If you made a painting with five thousand dragons in the middle you might think that the dragons are important to the artwork. Going back to the ten thousand dragons (it was five thousand, just checking to see if you're paying attention), a large number of dragons might make you feel powerless. If you've seen Game of Thrones Season 7 then you know what just one dragon can do. Paint one lonely soldier surrounded by an endless horde and you might find yourself rooting for the underdog. Likewise, repetition can be used to symbolize strength in numbers and unity. And of course, lack of repetition can be used to convey loneliness and solitude.


Ghost Rider Carosel
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lab 1
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project 1
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P1 - Slides
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slide carosel with Zurb
Marvel - Ghost Riders
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The development and the production environments should be separated by access control and staff assignments.
Keeping the development and the production environments separate ensures that vulnerabilities that may be found during development will be fixed before the application enters production.
Interview the development staff to verify that the development and production environments are separate. Interview the staff assigned to the development environment to make sure their environment is separate from the production environment. Interview the staff assigned to the production environment to make sure that their environment is separate from the development environment. Examine the actual production and development environments to make sure they are separate.
If a development environment does not exist already, create it. If a development environment has been a part of the production environment, remove all development elements from the production environment. The development staff should be separate from the people working in the production environment. The personnel working in the production environment should not be concerned with development tasks.


We invited you to celebrate our wedding
A weird guy, who laughs all the time. Takes everything easy. Cracks jokes at every situation. ad a software engineer who has no idea how lawyers do read all the time.
A weird girl, who's mood changes faster than the weather now a days.
Emmanuelle's Convention Hall.
Sena Malancha.
Officer's Club.
Out story is so difficult to describe in a few words. We believe the supermoon on 14th Nov has done something special to us. Brought two people together who were meant to be but dumb enough not to tell each other & staying at 8155 km away that time.
A very brief, abrupt and completely unplanned meeting! Met her outside her university, to gift her with a pair of shoes which I thought would suit her perfectly. Landed in front of each other, the upfront “Hii” with a little bit of shyness. As some more time passed by, things became a little “less shy” and then we talked, made fun of things around us and shared our first ice cream together. Indeed, a memorable first meetup.
First date was the first day I saw him after I came back. At the mall. In front of the cash counter, haha! I looked at him and he was smiling. All of it made me feel that the person whom I’ve been seeing virtually through the screen for all this time is right in front of me! It was a strange yet a very soul-satisfying feeling. Truly felt I was back home.
We took the decision while we were 8155 km away. I was in Dhaka and she was in Bristol, UK. But nothing stopped us.
This one is open to only our fb friends. Please visit the following album.
আশীর্বাদ
Please Fill-up the form to notify you that you're attending. Or just to wish us. Thanks.


This step of the tutorial will create a macro that takes a byte from one file, XOR's it with a byte from a 2nd file then writes the XOR'd value back to the first file. It then advances the cursor position in both files. This macro will be the nested macro that is called repeatedly from the main macro (created in step 4).
Creating work files
First we need to create two temporary files to work with. These are needed when creating and testing the nested macro.
1. With HexEdit running close the files you already have open, if any.
2. Open the New File dialog using the File/New menu item.
3. In the New File dialog select the "Fill with: Hex" option and enter "AA" for the hex value.
4. Specify a file size of 8 and make sure the "Prompt for disk file name" check box is off.
Figure 2.1 Creating a new file filled with "AA".
Note that the exact length of the file does not matter as long as we have a few bytes to test our macro with. Also we do not want to use the "Prompt for disk file name" option as this will create a file on disk -- we do not need to retain the file, and will later just close it without saving it.
5. Click OK to create the new file.
Figure 2.2 The new file.
Depending on your default new file options (see Window Display Options page) the window for this file might be marked read-only. Check this using the 5th box from the right in the status bar, which says either RW (read-write) or RO (read-only). If read-only make the file writeable by either double-clicking the RO box or by using the "Read Only/Allow Changes" button on the Standard Toolbar.
The file also needs to be in overwrite mode not insert mode. You can check this with the 4th box from the right in the status bar. This should say "OVR" not "INS". If it says "INS" double-click the box or press the "Insert" key.
6. If necessary double-click the RO status bar box and the INS box so that RW and OVR are displayed..
Figure 2.3 Status bar boxes must show RW and OVR.
Now we can create the 2nd file. (The OVR/INS and RO/RW status of this file does not matter since we do not modify it.)
7. Create the second file in exactly the same way but this time fill it with hex "F0 0F".
Figure 2.4 Creating another file filled with "F0 0F".
8. So we can better view the files select the Window/Tile Vertically menu option.
We use the hex values "AA" and "F0 0F" so that we can verify that the bytes are being XOR'd correctly. Note that AA XOR F0 = 5A and AA XOR 0F = A5. When the macro has been run on the whole file it should contain repeated 5A and A5 values.
Figure 2.5 The two new files.
Sometimes the Window/Tile Vertically command places the windows differently to the way you expect. Check that the first window (with name HexEd1) is on the left and the 2nd (HexEd2) on the right. If not you might like to swap them to avoid confusion.
Note that it is important that only two files are open as we are going to use the Window/Next Window command to cycle through the windows. If other windows are open the macro will not work as expected. (However, other files may be open as long as their windows are minimised as the Next Window command only cycles through non-minimised windows.)
Macro setup
There are a few other things we need to do before we start recording the macro. We can open the calculator now since we will need to use it in the macro.
9. Open the calculator using the Tools/Calculator... command. Click the calculator C (Clear) button to clear any current value.
Also make sure the cursor is positioned at the first byte of each file. (It should already be since we just created the files.) You can do this by pressing the Ctrl+Home keys in both files.
10. Make sure that the active file is the first one (HexEd1), by clicking on its title bar.
You can tell which is the active window as its title bar is not gray like the other(s).
Macro recording
10. Turn on macro recording by pressing the F7 key.
11. In the calculator set "Bits:" to be 8, since we are XOR'ing a byte at a time.
12. Press the "@ Cursor" button to load "AA" into the calculator, then press the "XOR" button.
Figure 2.6 The XOR button.
13. On the HexEdit main menu select Window/Next Window to move to the other window.
14. Back in the calculator press the "@ Cursor" button again to load the first "F0" then press the "=" button.
The calculator should now display the result of the XOR operation.
Figure 2.7 Result of calculation (AA XOR F0).
We will now save the result back to the first file.
15. On the HexEdit main menu select Window/Next Window to move back to the first window.
16. In the calculator click the "Store" button just to the right of the "@ Cursor" button.
There are two calculator buttons labelled "Store". Make sure you use the one next to the "@ Cursor" button.
Figure 2.8 Store the result.
Advancing the cursor
The last step is to advance the cursor one byte forward in both files.
17. Click on the main title bar to take focus away from the calculator.
Do not click on the either file's title bar or anywhere in the file windows with the mouse -- HexEdit will interpret that as an attempt to change to a file with that particular name. When this macro is run the file names will be different and the macro will generate an error when it can't find a file of the same name. (This is why we use the Next Window command to swap between the files.)
18. Press the right arrow key to move the cursor one byte forward in the first window.
19. Select Window/Next Window to move to the second file.
20. Press the right arrow key to move the cursor one byte forward in the second window.
21. Select Window/Next Window to move back to the first file ready to repeat the whole operation.
22. Turn off macro recording by pressing the F7 key.
In the next step we will test and save this macro.


finally
blocks.
Empty finally
blocks usually indicate coding errors. They may also remain after code refactoring and can safely be removed.
This inspection doesn't report empty finally
blocks found in JSP files.
Example:
try {
Files.readString(Paths.get("in.txt"));
} catch (IOException e) {
throw new RuntimeException(e);
} finally {
}
After the quick-fix is applied:
try {
Files.readString(Paths.get("in.txt"));
} catch (IOException e) {
throw new RuntimeException(e);
}


Short Biography
Rodelio O. dela Fuente born Jan. 28, 1979 in San Ildifonso, Bulacan, Philippines is a filipino married to Mariecris V. delaFuent with 4 childrens namely Ramon Anthony V. dela Fuente, Loreign Candice V dela Fuente, Francheska V dela Fuente and MaryClaire V. dela Fuente. I love playing basketball, singing and dancing.


Hi, I'm Edgar A. Cano! I am a Software Developer with a specialty in Full-Stack web development.
I am currently working as a front-end developer at META+LAB, a software development agency that
provides web development services to CSUN and to clients in the LA area. As a front-end developer,
I develop the front-end of responsive web applications, and also improve upon legacy code to reduce
complexity, fix bugs, and add new features.


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| Uses of CheatAttemptException in edu.biu.scapi.circuits.garbledCircuit |
|---|
| Methods in edu.biu.scapi.circuits.garbledCircuit that throw CheatAttemptException | |
|---|---|
java.util.Map<java.lang.Integer,Wire> |
GarbledBooleanCircuit.verifiedTranslate(java.util.Map<java.lang.Integer,GarbledWire> garbledOutput,
java.util.Map<java.lang.Integer,javax.crypto.SecretKey[]> allOutputWireValues)
Verifies that the given garbledOutput is valid values according to the given all OutputWireValues. |
java.util.Map<java.lang.Integer,Wire> |
GarbledBooleanCircuitExtendedImp.verifiedTranslate(java.util.Map<java.lang.Integer,GarbledWire> garbledOutput,
java.util.Map<java.lang.Integer,javax.crypto.SecretKey[]> allOutputWireValues)
|
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.coinTossing |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.coinTossing that throw CheatAttemptException | |
|---|---|
CTOutput |
CTStringPartyTwo.toss()
Execute the following protocol: "SAMPLE a random L-bit string s2 <- {0,1}^L WAIT to receive a COMMIT.commit from P1 RUN the verifier in a ZKPOK_FROM_SIGMA applied to a SIGMA protocol that P1 knows the committed value. |
CTOutput |
CTStringPartyOne.toss()
Execute the following protocol: "SAMPLE a random L-bit string s1 <- {0,1}^L RUN subprotocol COMMIT.commit on s1 RUN the prover in a ZKPOK_FROM_SIGMA applied to a SIGMA protocol that P1 knows the committed value s1 WAIT for an L-bit string s2 from P2 SEND s1 to P2 RUN the prover in ZK_FROM_SIGMA applied to a SIGMA protocol that the committed value was s1 OUTPUT s1 XOR s2". |
CTOutput |
CTSemiSimulatablePartyTwo.toss()
Runs the following protocol: "SAMPLE a random L-bit string s2 <- {0,1}^L RUN the receiver in subprotocol COMMIT_PERFECT_HIDING.commit RUN the committer in subprotocol COMMIT_PERFECT_BINDING.commit on s2 RUN the receiver in subprotocol COMMIT_PERFECT_HIDING.decommit to receive s1 RUN the committer in subprotocol COMMIT_PERFECT_BINDING.decommit to reveal s2 OUTPUT s1 XOR s2" |
CTOutput |
CTSemiSimulatablePartyOne.toss()
Runs the following protocol: "SAMPLE a random L-bit string s1 <- {0,1}^L RUN the committer in subprotocol COMMIT_PERFECT_HIDING.commit on s1 RUN the receiver in subprotocol COMMIT_PERFECT_BINDING.commit RUN the committer in subprotocol COMMIT_PERFECT_HIDING.decommit to reveal s1 RUN the receiver in subprotocol COMMIT_PERFECT_BINDING.decommit to receive s2 OUTPUT s1 XOR s2" |
CTOutput |
CTPartyTwo.toss()
Executes party two role of this coin tossing protocol. |
CTOutput |
CTPartyOne.toss()
Executes party one role of this coin tossing protocol. |
CTOutput |
CTBlumPartyTwo.toss()
Execute the following protocol: "SAMPLE a random bit b2 <- {0,1} WAIT for COMMIT.commit on b1 SEND b2 to P1 RUN subprotocol COMMIT.decommit to receive b1 IF COMMIT.decommit returns INVALID REPORT ERROR (cheat attempt) ELSE OUTPUT b1 XOR b2." |
CTOutput |
CTBlumPartyOne.toss()
Execute the following protocol: "SAMPLE a random bit b1 <- {0,1} RUN sub protocol COMMIT.commit on b1 WAIT for a bit b2 from P2 RUN sub protocol COMMIT.decommit to reveal b1 OUTPUT b1 XOR b2." |
| Constructors in edu.biu.scapi.interactiveMidProtocols.coinTossing that throw CheatAttemptException | |
|---|---|
CTStringPartyOne(Channel channel,
int l)
Default constructor that creates committer and KDF with default parameters. |
|
CTStringPartyTwo(Channel channel,
int l)
Default constructor that creates receiver and KDF. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.commitmentScheme that throw CheatAttemptException | |
|---|---|
void |
CmtCommitter.decommit(long id)
This function is the heart of the decommitment phase from the Committer's point of view. |
void |
CmtWithProofsCommitter.proveCommittedValue(long id)
Proves that the committed value with the given id was x. |
void |
CmtWithProofsCommitter.proveKnowledge(long id)
Proves that the committer knows the committed value. |
CmtCommitValue |
CmtReceiver.receiveDecommitment(long id)
This function is the heart of the decommitment phase from the Receiver's point of view. |
CmtCommitValue |
CmtWithProofsReceiver.verifyCommittedValue(long id)
Verifies that the committed value with the given id was x. |
boolean |
CmtWithProofsReceiver.verifyKnowledge(long id)
Verifies that the committer knows the committed value. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.elGamal |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.elGamal that throw CheatAttemptException | |
|---|---|
void |
CmtElGamalWithProofsCommitter.proveCommittedValue(long id)
|
void |
CmtElGamalWithProofsCommitter.proveKnowledge(long id)
|
CmtGroupElementCommitValue |
CmtElGamalWithProofsReceiver.verifyCommittedValue(long id)
|
boolean |
CmtElGamalWithProofsReceiver.verifyKnowledge(long id)
|
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.elGamal that throw CheatAttemptException | |
|---|---|
CmtElGamalOnByteArrayReceiver(Channel channel)
This constructor uses default Dlog group and El Gamal. |
|
CmtElGamalOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf)
This constructor lets the caller pass the channel, the dlog group and the KeyDerivation function to work with. |
|
CmtElGamalOnGroupElementReceiver(Channel channel)
This constructor uses default Dlog group and El Gamal. |
|
CmtElGamalOnGroupElementReceiver(Channel channel,
DlogGroup dlog)
This constructor lets the caller pass the channel and the dlog group to work with. |
|
CmtElGamalReceiverCore(Channel channel,
DlogGroup dlog,
ElGamalEnc elGamal)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and the encryption object. |
|
CmtElGamalWithProofsReceiver(Channel channel)
Default constructor that gets the channel and creates the ZK verifiers with default Dlog group. |
|
CmtElGamalWithProofsReceiver(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK verifiers. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.elGamalHash |
|---|
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.elGamalHash that throw CheatAttemptException | |
|---|---|
CmtElGamalHashReceiver(Channel channel)
This constructor receives as argument the channel and chosses default values of Dlog Group and Cryptographic Hash such that they keep the condition that the size in bytes of the resulting hash is less than the size in bytes of the order of the DlogGroup. |
|
CmtElGamalHashReceiver(Channel channel,
DlogGroup dlog,
CryptographicHash hash)
This constructor receives as arguments an instance of a Dlog Group and an instance of a Cryptographic Hash such that they keep the condition that the size in bytes of the resulting hash is less than the size in bytes of the order of the DlogGroup. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.equivocal |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.equivocal that throw CheatAttemptException | |
|---|---|
void |
CmtEquivocalCommitter.decommit(long id)
Runs the decommit phase of the protocol. |
CmtCommitValue |
CmtEquivocalReceiver.receiveDecommitment(long id)
Runs the decommit phase of the protocol: "Run ZK protocol as the verifier, that x is the correct decommitment value IF verifier-output of ZK is ACC OUTPUT ACC and x ELSE OUTPUT REJ". |
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.equivocal that throw CheatAttemptException | |
|---|---|
CmtEquivocalCommitter(Channel channel)
Constructor that gets channel to use in the protocol execution and chooses default committer. |
|
CmtEquivocalReceiver(Channel channel)
Constructor that gets channel to use in the protocol execution and chooses default receiver. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersen |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersen that throw CheatAttemptException | |
|---|---|
void |
CmtPedersenWithProofsCommitter.proveCommittedValue(long id)
|
void |
CmtPedersenWithProofsCommitter.proveKnowledge(long id)
|
CmtBigIntegerCommitValue |
CmtPedersenWithProofsReceiver.verifyCommittedValue(long id)
|
boolean |
CmtPedersenWithProofsReceiver.verifyKnowledge(long id)
|
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersen that throw CheatAttemptException | |
|---|---|
CmtPedersenCommitter(Channel channel)
Constructor that receives a connected channel (to the receiver) and chooses default dlog and random. |
|
CmtPedersenCommitter(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object. |
|
CmtPedersenWithProofsCommitter(Channel channel)
Default constructor that gets the channel and creates the ZK provers with default Dlog group. |
|
CmtPedersenWithProofsCommitter(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK provers. |
|
CmtPedersenWithProofsReceiver(Channel channel)
Default constructor that gets the channel and creates the ZK verifiers with default Dlog group. |
|
CmtPedersenWithProofsReceiver(Channel channel,
DlogGroup dlog,
int t,
java.security.SecureRandom random)
Constructor that gets the channel, dlog, statistical parameter and random and uses them to create the ZK provers. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersenHash |
|---|
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersenHash that throw CheatAttemptException | |
|---|---|
CmtPedersenHashCommitter(Channel channel)
This constructor uses a default Dlog Group and default Cryptographic Hash. |
|
CmtPedersenHashCommitter(Channel channel,
DlogGroup dlog,
CryptographicHash hash,
java.security.SecureRandom random)
This constructor receives as arguments an instance of a Dlog Group and an instance of a Cryptographic Hash such that they keep the condition that the size in bytes of the resulting hash is less than the size in bytes of the order of the DlogGroup. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersenTrapdoor |
|---|
| Constructors in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.pedersenTrapdoor that throw CheatAttemptException | |
|---|---|
CmtPedersenTrapdoorCommitter(Channel channel)
Constructor that receives a connected channel (to the receiver) and chooses default dlog and random. |
|
CmtPedersenTrapdoorCommitter(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that receives a connected channel (to the receiver), the DlogGroup agreed upon between them and a SecureRandom object. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.statisticalHash |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.commitmentScheme.statisticalHash that throw CheatAttemptException | |
|---|---|
void |
StatisticalHashCTCommitter.decommit(long id)
|
CmtCommitValue |
StatisticalHashCTReceiver.receiveDecommitment(long id)
|
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.ot that throw CheatAttemptException | |
|---|---|
OTROutput |
OTReceiver.transfer(Channel channel,
OTRInput input)
The transfer stage of OT protocol which can be called several times in parallel. |
void |
OTSender.transfer(Channel channel,
OTSInput input)
The transfer stage of OT protocol which can be called several times in parallel. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulation |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulation that throw CheatAttemptException | |
|---|---|
static OTFullSimPreprocessPhaseValues |
OTFullSimSenderPreprocessUtil.preProcess(Channel channel,
DlogGroup dlog,
ZKPOKVerifier zkVerifier)
Runs the preprocess phase of the OT protocol, where the sender input is not yet necessary. |
static OTFullSimPreprocessPhaseValues |
OTFullSimReceiverPreprocessUtil.preProcess(DlogGroup dlog,
ZKPOKProver zkProver,
Channel channel,
java.security.SecureRandom random)
Runs the preprocess phase of the protocol, where the receiver input is not yet necessary. |
OTROutput |
OTFullSimDDHOnGroupElementReceiver.transfer(Channel channel,
OTRInput input)
Run the transfer phase of the OT protocol. |
OTROutput |
OTFullSimDDHOnByteArrayReceiver.transfer(Channel channel,
OTRInput input)
Run the transfer phase of the protocol. |
OTROutput |
OTFullSimReceiverTransferUtilAbs.transfer(Channel channel,
OTRInput input,
OTFullSimPreprocessPhaseValues preprocessValues)
Run the transfer phase of the OT protocol. |
| Constructors in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulation that throw CheatAttemptException | |
|---|---|
OTFullSimDDHOnByteArrayReceiver(Channel channel)
Constructor that gets the channel and chooses default values of DlogGroup and SecureRandom. |
|
OTFullSimDDHOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random. |
|
OTFullSimDDHOnByteArraySender(Channel channel)
Constructor that gets the channel and chooses default values of DlogGroup, ZKPOK and SecureRandom. |
|
OTFullSimDDHOnByteArraySender(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random. |
|
OTFullSimDDHOnGroupElementReceiver(Channel channel)
Constructor that gets the channel and chooses default values of DlogGroup and SecureRandom. |
|
OTFullSimDDHOnGroupElementReceiver(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random. |
|
OTFullSimDDHOnGroupElementSender(Channel channel)
Constructor that gets the channel and chooses default values of DlogGroup, ZKPOK and SecureRandom. |
|
OTFullSimDDHOnGroupElementSender(Channel channel,
DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulationROM |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulationROM that throw CheatAttemptException | |
|---|---|
OTROutput |
OTFullSimROMDDHOnGroupElementReceiver.transfer(Channel channel,
OTRInput input)
Run the transfer phase of the OT protocol. |
OTROutput |
OTFullSimROMDDHOnByteArrayReceiver.transfer(Channel channel,
OTRInput input)
Run the following part of the protocol: Transfer Phase (with input sigma) SAMPLE a random value r <- {0, . . . , q-1} COMPUTE 4. g = (gSigma)^r 5. h = (hSigma)^r SEND (g,h) to S WAIT for messages (u0,c0) and (u1,c1) from S IF NOT • u0, u1 in G, AND • c0, c1 are binary strings of the same length REPORT ERROR OUTPUT xSigma = cSigma XOR KDF(|cSigma|,(uSigma)^r) |
| Constructors in edu.biu.scapi.interactiveMidProtocols.ot.fullSimulationROM that throw CheatAttemptException | |
|---|---|
OTFullSimROMDDHOnByteArrayReceiver(Channel channel)
Constructor that chooses default values of DlogGroup, random oracle and SecureRandom. |
|
OTFullSimROMDDHOnByteArrayReceiver(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf, random oracle and random. |
|
OTFullSimROMDDHOnByteArraySender(Channel channel)
Constructor that chooses default values of DlogGroup, kdf, randomOracle and SecureRandom. |
|
OTFullSimROMDDHOnByteArraySender(Channel channel,
DlogGroup dlog,
KeyDerivationFunction kdf,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given , dlogGroup, kdf and random. |
|
OTFullSimROMDDHOnGroupElementReceiver(Channel channel)
Constructor that chooses default values of DlogGroup, random oracle and SecureRandom. |
|
OTFullSimROMDDHOnGroupElementReceiver(Channel channel,
DlogGroup dlog,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, random oracle and random. |
|
OTFullSimROMDDHOnGroupElementSender(Channel channel)
Constructor that chooses default values of DlogGroup, randomOracle and SecureRandom. |
|
OTFullSimROMDDHOnGroupElementSender(Channel channel,
DlogGroup dlog,
RandomOracle ro,
java.security.SecureRandom random)
Constructor that sets the given , dlogGroup, kdf and random. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot.oneSidedSimulation |
|---|
| Constructors in edu.biu.scapi.interactiveMidProtocols.ot.oneSidedSimulation that throw CheatAttemptException | |
|---|---|
OTOneSidedSimDDHOnByteArraySender()
Constructor that chooses default values of DlogGroup and SecureRandom. |
|
OTOneSidedSimDDHOnByteArraySender(DlogGroup dlog,
KeyDerivationFunction kdf,
java.security.SecureRandom random)
Constructor that sets the given dlogGroup, kdf and random. |
|
OTOneSidedSimDDHOnGroupElementSender()
Constructor that chooses default values of DlogGroup and SecureRandom. |
|
OTOneSidedSimDDHOnGroupElementSender(DlogGroup dlog,
java.security.SecureRandom random)
Constructor that sets the given channel, dlogGroup and random. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot.otBatch |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.ot.otBatch that throw CheatAttemptException | |
|---|---|
OTBatchROutput |
OTBatchReceiver.transfer(Channel channel,
OTBatchRInput input)
The transfer stage of OT Batch protocol which can be called several times in parallel. |
OTBatchSOutput |
OTBatchSender.transfer(Channel channel,
OTBatchSInput input)
The transfer stage of OT Batch protocol which can be called several times in parallel. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.ot.uc |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.ot.uc that throw CheatAttemptException | |
|---|---|
OTROutput |
OTUCDDHOnGroupElementReceiver.transfer(Channel channel,
OTRInput input)
Run the transfer phase of the OT protocol. |
OTROutput |
OTUCDDHOnByteArrayReceiver.transfer(Channel channel,
OTRInput input)
Run the transfer phase of the protocol. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the sigma protocol. |
void |
SigmaProver.processSecondMsg()
Processes the second step of the sigma protocol. |
void |
SigmaProtocolProver.processSecondMsg()
Processes the second step of the sigma protocol. |
void |
SigmaProver.prove(SigmaProverInput input)
Runs the proof of this protocol. |
void |
SigmaProtocolProver.prove(SigmaProverInput input)
Runs the proof of this protocol. |
SigmaSimulatorOutput |
SigmaSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.and |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.and that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaANDProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaANDSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.cramerShoupEncryptedValue |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.cramerShoupEncryptedValue that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaCramerShoupEncryptedValueProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaCramerShoupEncryptedValueSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikEncryptedValue |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikEncryptedValue that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDJEncryptedValueProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaDJEncryptedValueSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikEncryptedZero |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikEncryptedZero that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDJEncryptedZeroProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaDJEncryptedZeroSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikProduct |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.damgardJurikProduct that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDJProductProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaDJProductSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dh |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dh that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDHProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaDHSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dhExtended |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dhExtended that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDHExtendedProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaDHExtendedSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dlog |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.dlog that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaDlogProverComputation.computeSecondMsg(byte[] challenge)
Computes the secong message from the protocol. |
SigmaSimulatorOutput |
SigmaDlogSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation, using the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalCmtKnowledge |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalCmtKnowledge that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaElGamalCmtKnowledgeProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaElGamalCmtKnowledgeSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalCommittedValue |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalCommittedValue that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaElGamalCommittedValueProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaElGamalCommittedValueSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalEncryptedValue |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalEncryptedValue that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaElGamalEncryptedValueProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaElGamalEncryptedValueSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalPrivateKey |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.elGamalPrivateKey that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaElGamalPrivateKeyProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaElGamalPrivateKeySimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.orMultiple |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.orMultiple that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaORMultipleProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaORMultipleSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.orTwo |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.orTwo that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaORTwoProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaORTwoSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.pedersenCmtKnowledge |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.pedersenCmtKnowledge that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaPedersenCmtKnowledgeProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaPedersenCmtKnowledgeSimulator.simulate(SigmaCommonInput input,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.pedersenCommittedValue |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.sigmaProtocol.pedersenCommittedValue that throw CheatAttemptException | |
|---|---|
SigmaProtocolMsg |
SigmaPedersenCommittedValueProverComputation.computeSecondMsg(byte[] challenge)
Computes the second message of the protocol. |
SigmaSimulatorOutput |
SigmaPedersenCommittedValueSimulator.simulate(SigmaCommonInput in,
byte[] challenge)
Computes the simulator computation with the given challenge. |
| Uses of CheatAttemptException in edu.biu.scapi.interactiveMidProtocols.zeroKnowledge |
|---|
| Methods in edu.biu.scapi.interactiveMidProtocols.zeroKnowledge that throw CheatAttemptException | |
|---|---|
ZKPOKFiatShamirProof |
ZKPOKFiatShamirFromSigmaProver.generateFiatShamirProof(ZKProverInput input)
Let (a,e,z) denote the prover1, verifier challenge and prover2 messages of the sigma protocol. |
void |
ZKFromSigmaProver.processSecondMsg(byte[] e)
Processes the second message of the Zero Knowledge protocol: "COMPUTE the response z to (a,e) according to sigma SEND z to V OUTPUT nothing". |
void |
ZKPOKFromSigmaCmtPedersenProver.processSecondMsg(byte[] e,
CmtRCommitPhaseOutput trap)
Processes the second message of the Zero Knowledge protocol. |
void |
ZKProver.prove(ZKProverInput input)
Runs the prover side of the Zero Knowledge proof. |
void |
ZKPOKFromSigmaCmtPedersenProver.prove(ZKProverInput input)
Runs the prover side of the Zero Knowledge proof. |
void |
ZKPOKFiatShamirFromSigmaProver.prove(ZKProverInput input)
Runs the prover side of the Zero Knowledge proof. |
void |
ZKFromSigmaProver.prove(ZKProverInput input)
Runs the prover side of the Zero Knowledge proof. |
boolean |
ZKVerifier.verify(ZKCommonInput input)
Runs the verifier side of the Zero Knowledge proof. |
boolean |
ZKPOKFromSigmaCmtPedersenVerifier.verify(ZKCommonInput input)
Runs the verifier side of the Zero Knowledge proof. |
boolean |
ZKFromSigmaVerifier.verify(ZKCommonInput input)
Runs the verifier side of the Zero Knowledge proof. |
| Constructors in edu.biu.scapi.interactiveMidProtocols.zeroKnowledge that throw CheatAttemptException | |
|---|---|
ZKFromSigmaVerifier(Channel channel,
SigmaVerifierComputation sVerifier,
java.security.SecureRandom random)
Constructor that accepts the underlying channel, sigma protocol's verifier and sets default committer. |
|
ZKPOKFromSigmaCmtPedersenVerifier(Channel channel,
SigmaVerifierComputation sVerifier,
java.security.SecureRandom random)
Constructor that accepts the underlying channel and sigma protocol's verifier. |
|
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Web Services
Function
$().SPServices
Certification
See individual Web Services for specific certifications
Notes
As of version 2013.01, all calls return a jQuery deferred object aka a promise.
As of v0.7.2, the core $().SPServices()
function allows for simple caching of the XML results using jQuery promises in a similar manner to that outlined in Scot Hillier's excellent post Utilizing Promises in SharePoint 2013 Apps. See the Caching page for more details.
Supported Web Services
The table below shows the Web Services for which we have implemented at least one operation (or have operations coming in planned releases) with a link to more detailed documentation, indicators for whether the Web Service is available in WSS 3.0 and/or MOSS, and links to the MSDN documentation pages. Note that there are some general syntax instructions below the table.
General Syntax
$().SPServices({
operation: "operationname",
[webURL: "/sitepath",]
[option1: value1,]
[option2: value2,]
[async: false,]
completefunc: function (xData, Status) {
//...do stuff...
}
});
operation The name of the Web Service operation (see the SDK documentation links above). Because the Web Services operations are named uniquely, you only need to specify the operation.
webURL For Web Service operations where it makes sense, you can pass in a webURL to change the context for the AJAX call. By default, the current site (as determined by $().SPServices.SPGetCurrentSite) is used.
options The options vary based on which Web Service and operation you are calling. In all instances, the options will take the same names as those described in the SDK.
async By default, all of the Web Service operations are called asynchronously with AJAX. Generally, this will be the desired approach, but to force synchronicity, add the async: false option.
cacheXML If set to true, the result's raw XML will be cached using jQuery promises in a similar manner to that outlined in Scot Hillier's excellent post Utilizing Promises in SharePoint 2013 Apps. See more about how this works on the Caching page.
completefunc A function to call on completion of the AJAX call to the Web Service:
completefunc: function(xData, Status) {
//...do something...
},
Example
Example call for GetListItems. This example is taken directly from SPCascadeDropdowns:
$().SPServices({
operation: "GetListItems",
// Force sync so that we have the right values for the child column onchange trigger
async: false,
webURL: opt.relationshipWebURL,
listName: opt.relationshipList,
// Filter based on the currently selected parent column's value
CAMLQuery: camlQuery,
// Only get the parent and child columns
CAMLViewFields: "<ViewFields><FieldRef Name='" + opt.relationshipListParentColumn + "' /><FieldRef Name='" + opt.relationshipListChildColumn + "' /></ViewFields>",
// Override the default view rowlimit and get all appropriate rows
CAMLRowLimit: 0,
completefunc: function(xData, Status) {
// ...
}
});
Example call for GetUserInfo:
waitMessage = "

";
$("#WSOutput").html(waitMessage).SPServices({
operation: "GetUserInfo",
userLoginName: "SHARE1\\demouser",
completefunc: function (xData, Status) {
$("#WSOutput").html("").append("This is the output from the GetUserInfo operation:");
$(xData.responseXML).find("User").each(function() {
$("#WSOutput").append("
ID: " + $(this).attr("ID") + "
");
$("#WSOutput").append("
Sid: " + $(this).attr("Sid") + "
");
$("#WSOutput").append("
Name: " + $(this).attr("Name") + "
");
$("#WSOutput").append("
LoginName: " + $(this).attr("LoginName") + "
");
$("#WSOutput").append("
Email: " + $(this).attr("Email") + "
");
$("#WSOutput").append("
Notes: " + $(this).attr("Notes") + "
");
$("#WSOutput").append("
IsSiteAdmin: " + $(this).attr("IsSiteAdmin") + "
");
$("#WSOutput").append("
IsDomainGroup: " + $(this).attr("IsDomainGroup") + "
");
$("#WSOutput").append("
");
});
}
});


class Bundler::Thor
Constants
- DynamicTask
A dynamic command that handles method missing scenarios.
- HELP_MAPPINGS
Shortcuts for help.
- HiddenTask
A command that is hidden in help messages but still invocable.
- TEMPLATE_EXTNAME
- THOR_RESERVED_WORDS
Bundler::Thor methods that should not be overwritten by the user.
- Task
- VERSION
Public Class Methods
Extend check unknown options to accept a hash of conditions.
Parameters¶ ↑
options<Hash>: A hash containing :only and/or :except keys
# File lib/bundler/vendor/thor/lib/thor.rb, line 255 def check_unknown_options!(options = {}) @check_unknown_options ||= {} options.each do |key, value| if value @check_unknown_options[key] = Array(value) else @check_unknown_options.delete(key) end end @check_unknown_options end
Prints help information for the given command.
Parameters¶ ↑
shell<Bundler::Thor::Shell> command_name<String>
# File lib/bundler/vendor/thor/lib/thor.rb, line 172 def command_help(shell, command_name) meth = normalize_command_name(command_name) command = all_commands[meth] handle_no_command_error(meth) unless command shell.say "Usage:" shell.say " #{banner(command).split("\n").join("\n ")}" shell.say class_options_help(shell, nil => command.options.values) if command.long_description shell.say "Description:" shell.print_wrapped(command.long_description, :indent => 2) else shell.say command.description end end
Sets the default command when thor is executed without an explicit command to be called.
Parameters¶ ↑
- meth<Symbol>
-
name of the default command
# File lib/bundler/vendor/thor/lib/thor.rb, line 21 def default_command(meth = nil) if meth @default_command = meth == :none ? "help" : meth.to_s else @default_command ||= from_superclass(:default_command, "help") end end
Defines the usage and the description of the next command.
Parameters¶ ↑
usage<String> description<String> options<String>
# File lib/bundler/vendor/thor/lib/thor.rb, line 54 def desc(usage, description, options = {}) if options[:for] command = find_and_refresh_command(options[:for]) command.usage = usage if usage command.description = description if description else @usage = usage @desc = description @hide = options[:hide] || false end end
Disable the check for required options for the given commands. This is useful if you have a command that does not need the required options to work, like help.
Parameters¶ ↑
- Symbol …
-
A list of commands that should be affected.
# File lib/bundler/vendor/thor/lib/thor.rb, line 339 def disable_required_check!(*command_names) @disable_required_check = disable_required_check | command_names end
Prints help information for this class.
Parameters¶ ↑
shell<Bundler::Thor::Shell>
# File lib/bundler/vendor/thor/lib/thor.rb, line 195 def help(shell, subcommand = false) list = printable_commands(true, subcommand) Bundler::Thor::Util.thor_classes_in(self).each do |klass| list += klass.printable_commands(false) end list.sort! { |a, b| a[0] <=> b[0] } if defined?(@package_name) && @package_name shell.say "#{@package_name} commands:" else shell.say "Commands:" end shell.print_table(list, :indent => 2, :truncate => true) shell.say class_options_help(shell) end
Defines the long description of the next command.
Parameters¶ ↑
long description<String>
# File lib/bundler/vendor/thor/lib/thor.rb, line 71 def long_desc(long_description, options = {}) if options[:for] command = find_and_refresh_command(options[:for]) command.long_description = long_description if long_description else @long_desc = long_description end end
Maps an input to a command. If you define:
map "-T" => "list"
Running:
thor -T
Will invoke the list command.
Parameters¶ ↑
- Hash[String|Array => Symbol]
-
Maps the string or the strings in the array to the given command.
# File lib/bundler/vendor/thor/lib/thor.rb, line 93 def map(mappings = nil, **kw) @map ||= from_superclass(:map, {}) if mappings && !kw.empty? mappings = kw.merge!(mappings) else mappings ||= kw end if mappings mappings.each do |key, value| if key.respond_to?(:each) key.each { |subkey| @map[subkey] = value } else @map[key] = value end end end @map end
Adds an option to the set of method options. If :for is given as option, it allows you to change the options from a previous defined command.
def previous_command # magic end method_option :foo => :bar, :for => :previous_command def next_command # magic end
Parameters¶ ↑
- name<Symbol>
-
The name of the argument.
- options<Hash>
-
Described below.
Options
¶ ↑
:desc - Description for the argument. :required - If the argument is required or not. :default - Default value for this argument. It cannot be required and have default values. :aliases - Aliases for this option. :type - The type of the argument, can be :string, :hash, :array, :numeric or :boolean. :banner - String to show on usage notes. :hide - If you want to hide this option from the help.
# File lib/bundler/vendor/thor/lib/thor.rb, line 155 def method_option(name, options = {}) scope = if options[:for] find_and_refresh_command(options[:for]).options else method_options end build_option(name, options, scope) end
Declares the options for the next command to be declared.
Parameters¶ ↑
- Hash[Symbol => Object]
-
The hash key is the name of the option and the value
is the type of the option. Can be :string, :array, :hash, :boolean, :numeric or :required (string). If you give a value, the type of the value is used.
# File lib/bundler/vendor/thor/lib/thor.rb, line 121 def method_options(options = nil) @method_options ||= {} build_options(options, @method_options) if options @method_options end
Returns commands ready to be printed.
# File lib/bundler/vendor/thor/lib/thor.rb, line 214 def printable_commands(all = true, subcommand = false) (all ? all_commands : commands).map do |_, command| next if command.hidden? item = [] item << banner(command, false, subcommand) item << (command.description ? "# #{command.description.gsub(/\s+/m, ' ')}" : "") item end.compact end
Registers another Bundler::Thor subclass as a command.
Parameters¶ ↑
- klass<Class>
-
Bundler::Thor subclass to register
- command<String>
-
Subcommand name to use
- usage<String>
-
Short usage for the subcommand
- description<String>
-
Description for the subcommand
# File lib/bundler/vendor/thor/lib/thor.rb, line 37 def register(klass, subcommand_name, usage, description, options = {}) if klass <= Bundler::Thor::Group desc usage, description, options define_method(subcommand_name) { |*args| invoke(klass, args) } else desc usage, description, options subcommand subcommand_name, klass end end
Stop parsing of options as soon as an unknown option or a regular argument is encountered. All remaining arguments are passed to the command. This is useful if you have a command that can receive arbitrary additional options, and where those additional options should not be handled by Bundler::Thor.
Example¶ ↑
To better understand how this is useful, let's consider a command that calls an external command. A user may want to pass arbitrary options and arguments to that command. The command itself also accepts some options, which should be handled by Bundler::Thor.
class_option "verbose", :type => :boolean stop_on_unknown_option! :exec check_unknown_options! :except => :exec desc "exec", "Run a shell command" def exec(*args) puts "diagnostic output" if options[:verbose] Kernel.exec(*args) end
Here exec
can be called with --verbose
to get diagnostic output, e.g.:
$ thor exec --verbose echo foo diagnostic output foo
But if --verbose
is given after echo
, it is passed to echo
instead:
$ thor exec echo --verbose foo --verbose foo
Parameters¶ ↑
- Symbol …
-
A list of commands that should be affected.
# File lib/bundler/vendor/thor/lib/thor.rb, line 325 def stop_on_unknown_option!(*command_names) @stop_on_unknown_option = stop_on_unknown_option | command_names end
# File lib/bundler/vendor/thor/lib/thor.rb, line 234 def subcommand(subcommand, subcommand_class) subcommands << subcommand.to_s subcommand_class.subcommand_help subcommand subcommand_classes[subcommand.to_s] = subcommand_class define_method(subcommand) do |*args| args, opts = Bundler::Thor::Arguments.split(args) invoke_args = [args, opts, {:invoked_via_subcommand => true, :class_options => options}] invoke_args.unshift "help" if opts.delete("--help") || opts.delete("-h") invoke subcommand_class, *invoke_args end subcommand_class.commands.each do |_meth, command| command.ancestor_name = subcommand end end
# File lib/bundler/vendor/thor/lib/thor.rb, line 230 def subcommand_classes @subcommand_classes ||= {} end
# File lib/bundler/vendor/thor/lib/thor.rb, line 225 def subcommands @subcommands ||= from_superclass(:subcommands, []) end
Protected Class Methods
this is the logic that takes the command name passed in by the user and determines whether it is an unambiguous substrings of a command or alias name.
# File lib/bundler/vendor/thor/lib/thor.rb, line 476 def find_command_possibilities(meth) len = meth.to_s.length possibilities = all_commands.merge(map).keys.select { |n| meth == n[0, len] }.sort unique_possibilities = possibilities.map { |k| map[k] || k }.uniq if possibilities.include?(meth) [meth] elsif unique_possibilities.size == 1 unique_possibilities else possibilities end end
# File lib/bundler/vendor/thor/lib/thor.rb, line 491 def subcommand_help(cmd) desc "help [COMMAND]", "Describe subcommands or one specific subcommand" class_eval " def help(command = nil, subcommand = true); super; end " end
Public Instance Methods
# File lib/bundler/vendor/thor/lib/thor.rb, line 505 def help(command = nil, subcommand = false) if command if self.class.subcommands.include? command self.class.subcommand_classes[command].help(shell, true) else self.class.command_help(shell, command) end else self.class.help(shell, subcommand) end end


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