You can add Css Classes to components by using the CssClassAppender
Behavior. It has
constructors that either expect a String
, a CssClass
or an IModel
of a
CssClass
. The CssClass
is an interface that is implemented by many Enums that
provide
refactoring safe Css Classes.
Text alignment can be achieved by using the TextAlignment
Enumeration.
label.add(new CssClassAppender(TextAlignment.JUSTIFY));
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Lorem ipsum dolor sit amet, consectetur adipiscing elit. Integer posuere erat a ante.


The Master of Science Degree in Information System offers students options to choose between eight different tracks of specialization. Explore the tabs to find out more about the courses offered at Northeastern.
Technical Courses
INFO 5000 - C Programming and Development
Serves as an introduction to the C programming language and the Unix operating system. Basic C programming language topics include data types, basic I/O, selection-control structures, loop structures, subroutines and modular design, arrays, strings, structures, advanced I/O, and Unix system calls. Discusses pointers in the context of parameter passing, array manipulation, and dynamic memory allocation. Unix topics include the file system, basic commands and utilities, utilities useful for program development, and shell scripting. Covers recursion and basic list structures. Prereq. Engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 5100 - Application Engineering and Development
Covers the basics of Java programming such as arrays, control structures, class definitions, class hierarchies, inheritance, objects, streams, constructors, collections, and GUI components. Describes how to develop and execute Java applications and incorporates several programming projects, which strengthen the understanding of object-based and event-driven programming. Provides the student with the opportunity to achieve a strong working competency in object-oriented programming using the Java programming language. Prereq. Junior, senior, or graduate standing; engineering students only. Coreq. INFO 5101.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 5101 - Lab for INFO 5100
Accompanies INFO 5100. Provides additional instruction in Java programming. Coreq. INFO 5100.
0.000 Credit hours
0.000 Lecture hours
CRN Number: 12345
INFO 6150 - Web Design and User Experience Engineering
Exposes students to both conceptual and technical aspects of Web design. User experience design is the discipline of creating a useful and usable website or application that is easily navigated and meets the needs of both the site owner and its users. Covers Web standards and best practices. Studies the fundamental concepts, techniques, practices, work flows, and tools associated with the practice of user-experience design in Web interfaces. Offers students an opportunity to learn the core principles of information architecture, usability, marketing hierarchy, and user experience for contextual, value-driven websites. Additional areas of focus include typography, color theory and composition, responsive design, CSS3 concepts, basic scripting, and JavaScript libraries to create functional, effective, and visually appealing websites. Prereq. INFO 5100 or CSYE 6200 (either may be taken concurrently).
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6205 - Program Structure and Algorithms
Presents data structures and related algorithms, beginning with a brief review of dynamic memory allocation. Discusses the fundamental data structures in detail, including the abstract representation, supporting algorithms, and implementation methods. Focuses on understanding the application of the abstract data structure and the circumstances that affect implementation decisions. Covers lists, stacks, queues, trees, hash tables, and graphs. Covers recursion and searching and sorting algorithms in detail. Emphasizes data abstraction and encapsulation in code design. Explores external storage structures, time permitting. Prereq. INFO 5100 or CSYE 6200; engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 7250 - Engineering of Big-Data Systems
Introduces a general framework for thinking about big data. Services such as Web analytics and intelligent e-commerce have promoted a rapid increase in the volume of data generated, analyzed, and archived. In order to solve the problems related to big data, a newer type of database product has emerged. Covers how to apply technologies like Hadoop, Accumulo, MongoDB, and various NoSQL databases to build simple, robust, and efficient systems to manage and analyze big data. Also describes an easy approach to big data systems that can be built and run by a small team of students. Guides students through the theory of big data systems, how to implement them in practice, and how to deploy and operate them once they are built. Prereq. INFO 6250 with a grade of B.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
Management Courses
INFO 6215 - Business Analysis and Information Engineering
Covers computer information systems and the decision-making process, determination of information requirements, system development life cycle, and system modeling and analysis. Uses a hands-on approach to introduce the student to software engineering methodologies and practices, business requirements specification, business process design, model-driven object-oriented design, software development, and maintenance. Emphasizes the effective leverage of the Unified Modeling Language (UML) to transform business issues and objectives to concrete software solutions that meet business needs and usability and user interface design as critical elements of a successful software engineering engagement. Prereq. Engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6245 - Planning and Managing Information Systems Development
Provides an overview of the most popular information systems needs' assessment methodologies including portfolio analysis, stage assessment, business systems planning, and the Alloway survey technique. Topics include utilities IS strategic plan prioritization techniques of business goal alignment, architectural compatibility, and cost/benefit and risk analysis to demonstrate how businesses match needs to budgetary constraints. Describes and evaluates options for the placement of the IS function within the organization and a variety of methods to manage the function. Introduces a generic application development and project planning methodology used as a model to facilitate the development of a four-stage project plan for a prototype project. Uses the Project Management Institute's PMBOK and Harvard Business School case studies extensively. Prereq. Engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6255 - Software Quality Control and Management
Examines techniques for the management and evolution of software systems. Topics include managing software as an asset; life cycle development and rapid development technologies; maintainability; quality assurance of software systems including testing strategies and problem analysis; software risk analysis; analysis of software project failures; process models, such as CMM and ISO 9001; configuration management; and the impact of new development technologies on software management.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6260 - Business Process Engineering and Management
Provides a practical laboratory class, applying what students have learned in database design, Web programming, and software development to a series of real projects for real users. Students are asked to work in teams to carry through the implementation of Web-based database applications from analysis of existing systems or prototypes, consideration of alternative designs and implementation, through comprehensive software and database development, to testing and deployment. Teams present their designs, implementation plans, and progress for peer review by the class and others. The objective is to have these real projects fully functional and deployed on the Web by the end of the semester. Prereq. Engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6640 - People, Processes, and Products: Ethics for Engineers
Addresses the topic of ethical engineering and the various contexts in which ethical situations present themselves. Analyzes the three major normative ethical theories- virtue ethics, deontology, and utilitarianism-and discusses various cases in which a moral dilemma is created. Applies these moral conflicts directly to the practice of engineering, covering issues such as professional liability to consumers, employees, and employers; workplace safety; environmental issues; cross-cultural legal obligations; and social issues. Applying critical thought to difficult situations may prepare students to react thoughtfully in cross-cultural, morally ambiguous workplace situations. Also seeks to develop students' verbal and written communication skills. Prereq. Engineering students only.
2.000 Credit hours
2.000 Lecture hours
CRN Number: 12345
INFO 6650 - People, Problems, and Patents: Basics of Intellectual Property
Addresses subjects that support successful engineering careers by offering students an applied understanding of the fundamentals of intellectual property and the American legal system. Topics include an introduction to types of intellectual property (patents, trade secrets, trademarks, copyrights) and fundamentals of the American legal system (sources of American law, contracts, torts, intellectual property, antitrust). Covers at minimum the difference between "freedom to operate" patent analysis and patentability analysis, best practices for obtaining valuable patent coverage, and the role of patents in developing successful business planning. Also seeks to develop students' applied critical thinking, communication, and presentation skills. Prereq. Engineering students only.
2.000 Credit hours
2.000 Lecture hours
CRN Number: 12345
Data Science Courses
INFO 6210 - Data Management and Database Design
Studies design of information systems from a data perspective for engineering and business applications; data modeling, including entity-relationship (E-R) and object approaches; user-centric information requirements and data sharing; fundamental concepts of database management systems (DBMS) and their applications; alternative data models, with emphasis on relational design; SQL; data normalization; data-driven application design for personal computer, server-based, enterprisewide, and Internet databases; and distributed data applications. Prereq. Engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 7250 - Engineering of Big-Data Systems
Introduces a general framework for thinking about big data. Services such as Web analytics and intelligent e-commerce have promoted a rapid increase in the volume of data generated, analyzed, and archived. In order to solve the problems related to big data, a newer type of database product has emerged. Covers how to apply technologies like Hadoop, Accumulo, MongoDB, and various NoSQL databases to build simple, robust, and efficient systems to manage and analyze big data. Also describes an easy approach to big data systems that can be built and run by a small team of students. Guides students through the theory of big data systems, how to implement them in practice, and how to deploy and operate them once they are built. Prereq. INFO 6250 with a grade of B.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 7275 - Advanced Database Management Systems
Introduces the skill set required to become a serious database applications developer. Offers an overview of the Oracle9i object-relational database system for those who have mastered the fundamental principles of database design and are competent with basic SQL. Gives students the opportunity to develop a strong understanding of the PL/SQL programming language, which is used to create triggers, user-generated functions, stored procedures, and packages for programming Oracle objects. Emphasizes advanced SQL features and Oracle-specific SQL enhancements. Covers optimization and tuning issues. Covers corresponding material for Transact-SQL (used for Microsoft SQL Server and Sybase database systems) as time and resources permit. Prereq. INFO 5100, INFO 6205, INFO 6210, or CSYE 6200; engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 7290 - Data Warehousing and Business Intelligence
Examines the technical and management aspects of building a data warehouse. Explores the architecture, infrastructure, processes, data quality, database design, and data analysis involved in building the data warehouse for business analysis. Management issues include business goals, tool selection, project management, personnel skills, training, and user requirements. Topics include dimensional data modeling, extraction/transformation/load processes, data quality problems, datamarts, operational data stores (ODS), staging databases, and online analytic processing (OLAP). Prereq. INFO 6205 or INFO 6210; engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 7390 - Advances in Data Sciences and Architecture
Covers a wide range of skills and responsibilities that are necessary for managing complex business performance and operational data. Such data tend to be fragmented, poorly organized, and often flawed. Offers students an opportunity to learn how a more up-to-date mapping of complex data works and to be alerted to the care and attention they must give to such a task as well as the implications of the results. Covers best practices for managing all aspects of the data transformation life cycle, covering broad areas such as requirements gathering, meta-model design, data integration and transformation, as well as implementation and ongoing operations. Discusses tools for mapping fragmented data into business intelligence solutions that guide successful strategies. Prereq. (a) INFO 5100 or CSYE 6200 and (b) INFO 6205 or INFO 6210; engineering students only.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
Web Development Courses
INFO 6150 - Web Design and User Experience Engineering
Exposes students to both conceptual and technical aspects of Web design. User experience design is the discipline of creating a useful and usable website or application that is easily navigated and meets the needs of both the site owner and its users. Covers Web standards and best practices. Studies the fundamental concepts, techniques, practices, work flows, and tools associated with the practice of user-experience design in Web interfaces. Offers students an opportunity to learn the core principles of information architecture, usability, marketing hierarchy, and user experience for contextual, value-driven websites. Additional areas of focus include typography, color theory and composition, responsive design, CSS3 concepts, basic scripting, and JavaScript libraries to create functional, effective, and visually appealing websites. Prereq. INFO 5100 or CSYE 6200 (either may be taken concurrently).
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6250 - Web Development Tools and Methods
Explores the tools necessary to construct and maintain World Wide Web pages for use in e-commerce. Offers students the opportunity to learn the basics of the hypertext markup language (HTML, a scripting language for formatting Web pages), DHTML (dynamic HTML), JavaScript (an object-based language for client-side processing), PHP scripting, XML, Flash, and Java applets. Students are asked to complete several assignments culminating in an extensive WWW project that uses all the tools discussed in class. Prereq. INFO 5100 or CSYE 6200. Coreq. INFO 6251.
4.000 Credit hours
4.000 Lecture hours
CRN Number: 12345
INFO 6350 - Smartphones-Based Web Development
Covers application development for mobile devices using advanced development platforms. Focuses on how to write mobile applications using cross-platform development tools and processes. Topics include user interfaces, the software life cycle, persistent storage, networking using HTTP and other REST interfaces, and mobile/handheld data applications. Requires a final project. Prereq. INFO 5100 or CSYE 6200.


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I am Omkar Kulkarni.
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The atoms of your platform
Hexagon is a microservices
toolkit written in
Kotlin. Its purpose is to ease the building of server
applications (Web applications or APIs) that run inside a cloud platform.


[§353‑35] Incarcerated parents; data collection. Beginning on July 1, 2016, the department shall collect the following data upon intake of offenders into the correctional system:
(1) The number of offenders who are parents;
(2) The number of children under the age of eighteen, per offender who is a parent; and
(3) Any other information about incarcerated parents and their children that the department deems useful to facilitate the provision of services to incarcerated parents or their children. [L 2015, c 16, §2]
Note
Forms or questions to ask offenders; plan for management of data collected and public disclosure of data. L 2015, c 16, §3.


Accessors are usually called at least once for each element of the accessed collection. Hence, they should be designed carefully in every situation where performance is an issue. For example, one can gain a lot by having the compiler inline accessors.
This section describes different types of accessor. In the following, we assume elements to be Particle
s.
class Particle { public: Particle(double weight, double x, double y) : x_(x), y_(y), weight_(weight) {} void setWeight(const double weight) { weight_ = weight; } double getWeight() const { return weight_; }; private: double x_; double y_; double weight_; };
struct functor_weight_accessor { double operator() (const Particle& p) const { return p.getWeight(); } };
functor_weight_accessor
functor_weight_accessor()
An example of functor accessor is trsl::weight_accessor, which always returns 1 — useful if elements have uniform weights.
double function_pointer_weight_accessor(const Particle& p) { return p.getWeight(); }
std::pointer_to_unary_function<const Particle&, double>
std::ptr_fun(function_pointer_weight_accessor)
std::const_mem_fun_ref_t<double, Particle>
std::mem_fun_ref(&Particle::getWeight)
Method pointer is currently the default in trsl::is_picked_systematic (but subject to change, see Discussion). The implementation used in TRSL is not std::const_mem_fun_ref_t however, but trsl::mp_weight_accessor which allows a default construction without implying segfault when called — that comes with a price, see trsl::mp_weight_accessor.
trsl::mp_weight_accessor<double, Particle>
&Particle::getWeight
(implicit conversion) The pointer to getWeight
implicitly constructs a trsl::mp_weight_accessor. (Why does the std counterpart have an explicit constructor?)
I had the impression that GCC was able to inline fuctions from pointers. Performance tests on accessors (see tests/accessor_efficiency.cpp
) tend to contradict this impression. With -03
optimization, the functor accessor is twice as fast as other accessors. Please comment if you know more about this.


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spectrum
Businessmodel of Spectrum
Customer Segments
Charter has a segmented market business model, with customer groups that have slightly different needs. The company targets its offerings at residential and commercial customers.
Value Proposition
Charter offers four primary value propositions: accessibility, convenience, performance, and brand/status.
The company creates accessibility by providing a wide variety of options. Its TV service offers 200+ HD channels and 10,000+ On Demand choices (movies and shows). Charter also increases access by making its services usable by the handicapped. It offers versions of its websites that are hearing, speech, and vision-optimized. It also provides an audible TV guide and downloadable video app for customers with visual disabilities, and documentation in Braille and large print.
The company creates convenience by making life simpler for customers. It makes signing up for its service easy by not requiring credit checks or the signing of contracts, by offering a 30-day money-back guarantee, and by offering to pay up to $500 to help consumers exit their contracts with other providers. It also places no data caps on its Internet service.
The company has demonstrated strong performance through tangible results. Its Internet service’s speed starts at 60 Mbps, which it claims to be 20 times faster than DSL and fast enough to support all devices within the home.
The company has established a strong brand due to its success. It is the second largest cable operator in the U.S. and claims to be the fastest-growing TV, Internet, and voice services provider. It is also the tenth largest telephone service provider. It serves 24 million residential and commercial customers in 41 states. Lastly, it has won many honors, including “Fastest ISP“ awards from PC World magazine, a CableFax TopOps award for its Day of Service (DOS) customer support team, and recognition as “Multi-System Operator of the Year” by *CableWorld *magazine.
Channels
Charter’s main channels are its website and direct sales team. The company promotes its offerings through its social media pages, direct response response marketing programs, and sponsorships.
Customer Relationships
Charter’s customer relationship is primarily of a personal assistance nature. Its employees install equipment and set up the service at customer’s locations, and it offers 24/7 technical support.
Key Activities
Charter’s business model entails delivering its communications services to its customers.
Key Partners
Charter maintains the Charter Partner Program, through which it offers to assist businesses that want to offer its communication services to their customers. There is no cost to join the program, and its benefits include the following:
- Dedicated local sales and support team
- Comprehensive marketing support, including advice on materials, messaging, and resources
- Detailed and personalized sales reports
- An easy-to-use portal that partners can use to schedule customer installations, redeem premiums, and generate reports ### Key Resources
Charter’s main resources are its physical resources. Its infrastructure is comprised of a combination of fiber and coaxial cable plant with 12.8 million estimated passings. It also depends upon its human resources, who include the customer service employees that install equipment and provide support.
Cost Structure
Charter has a value-driven structure, aiming to provide a premium proposition through significant personal service and frequent service enhancements. Its biggest cost driver is operating costs, a fixed expense. Other major drivers are in the areas of customer support and sales/marketing, both fixed costs.
Revenue Streams
Charter has three revenue streams:
- Installation Revenues – Revenues it generates from the one-time fees it charges customers to install relevant equipment
- Subscription Revenues – Revenues it generates from the monthly fees paid by customers for subscriptions to its communications services
- Advertising Revenues – Revenues it generates from fees it collects from third parties for advertising their goods and services on its platforms


cf-industries
Businessmodel of CF Industries
Customer Segments
CF Industries serves a range of agricultural and industrial customers. The Company’s principal customers are:
- Cooperatives, comprising regional agricultural marketing and supply cooperatives, and community farming projects;
- Independent fertiliser distributors, including independent sales agents and distributors;
- Farmers, comprising individual farmers and commercial agricultural producers; and
- Industrial entities, including chemicals producers and metals companies. In 2015 none of CF Industries’s customers accounted for more than 10% of the Company’s consolidated net sales for the year.
CF Industries’s principal market is the US, with domestic US customers accounting for around 80% of the Company’s total 2015 sales. The majority of the Company’s remaining sales are made to customers in Canada; however, CF Industries does serve customers across Europe, the Middle East, and Latin America.
Value Propositions
CF Industries provides value to its customers in the following ways:
- The quality of its products, with the Company providing high-quality, industry-leading products that are utilised by numerous high-profile customers across the US and abroad;
- Its efficient and reliable production processes, with the Company operating state-of-the-art manufacturing facilities in the US, Canada, and the UK, and implementing effective logistic and distribution channels for on-time delivery;
- Its safety practices, with the Company having a positive safety record and implementing thorough environmental and safety protocols; and
- Its commitment to innovation, with the Company devoting a significant portion of its funds to the development of new and innovative products and processes. ### Channels
CF Industries operates a website at www.cfindustries.com, through which it provides information on its various products, activities, and corporate developments. The Company, however, does not operate an online sales channel.
The vast majority of CF Industries’s sales are made through its own internal marketing and sales force, which is organised both product segment and by geographic region. The Company operates a network of offices and facilities, with the Company making sales across the Americas, Europe, the Middle East.
The operations of CF Industries’s in-house sales force is supported by a network of third-party channel partners, including independent sales agents and fertiliser distributors.
Customer Relationships
CF Industries does not make any of its products available to customers on a self-service basis. Instead, customers must consult directly with the Company’s relevant in-house sales team, taking time to agree the terms of a mutually beneficial sales contract. CF Industries seeks to establish long-term relationships form its customers, with a view to securing recurring business, often agreeing multi-year sales contracts.
CF Industries provides customer support services to its clients throughout the lifespan of its sales agreements, offering personal care to existing customers in relation to production and delivery processes. Potential and existing customers are able to contact the Company’s sales and support staff directly over the phone, via email, or by mail, receiving a personal response to queries and enquiries.
Customers are able to access information on the Company’s activities, products and performance through its Insights and News portal. They are also able to interact directly with the Company through its social media accounts with LinkedIn and YouTube.
Key Activities
CF Industries is a manufacturer and distributor of nitrogen fertiliser and other nitrogen products, primarily serving agricultural cooperatives, farmers, and industrial companies across the Americas, Europe, and the Middle East. The Company provides a broad range of nitrogen fertiliser products through six product-focused operating segments, namely ammonia, granular urea, urea ammonium nitrate solution, and ammonium nitrate.
It also operates segment dedicated to the production of other nitrogen products such as diesel exhaust fluid, urea liquor, nitric acid and aqua ammonia, which are sold primarily to its industrial customers, as well as compound fertiliser products. The Company also generates some revenue through the production and sale of phosphate products; however, CF Industries appears to be exiting this business.
Key Partners
CF Industries collaborates with various partner companies throughout the process of developing, manufacturing and distributing its products. These partners can be categorised broadly as:
- Supplier Partners, comprising suppliers of tools, resources, technology and services that support the Company’s development and manufacturing operations;
- Channel Partners, comprising independent sales agents, and agricultural and fertiliser distributors;
- Joint Venture Partners, comprising a range of companies – principally agricultural, fertilisers and financial companies – that collaborate with the Company on various projects and regional operations through jointly-owned entities; and
- Strategic and Alliance Partners, comprising a range of companies with which the Company shares resources and collaborate son joint projects. CF industries also partners with a range of industry bodies and regulatory organisations, including Agricultural Industry Confederation, British Compressed Gas Association, Energy Intensive Users Group, and National Farmers Union.
Key Resources
CF Industries’s key resources are its technologies and intellectual properties, its manufacturing infrastructure, its supply chain, its sales and distribution channels – including storage and logistics facilities, its partnerships, and its personnel.
CF Industries owns or leases six nitrogen fertiliser manufacturing facilities in the US, and two nitrogen manufacturing complexes in the UK, as well as a network of distribution terminals. The Company also has an interest in a nitrogen fertiliser manufacturing facility through Terra Nitrogen Company, and an interest in an ammonia production plant through Point Lisas Nitrogen.
Cost Structure
CF Industries incurs costs in relation to the development of its products and processes, the operation of its manufacturing and production facilities, the purchase of supplies, the operation of its sales and distribution channels, the management of its partnerships, and the retention of its personnel.
In 2015 CF Industries accrued selling, general and administrative expenses – including the payment of salaries and benefits to its 2,800 full-time employees and 100 part-time employees – amounted to $169.8 million. The Company also accrued transaction costs – attributable primarily to consulting and legal services associated with various strategic agreements – totaling $56.9 million.
Revenue Streams
CF Industries generates revenue through the production and sale of various nitrogen-based fertiliser products, as well as, to a lesser degree, of phosphate products. This includes the sale of ammonia products, granular urea products, urea ammonium nitrate solution products, ammonium nitrate products, diesel exhaust fluid, urea liquor, nitric acid and compound fertiliser products.
In 2015 CF Industries generated total net sales of $4.31 billion, down on the $4.74 billion recorded by the Company in 2014. The Company attributed this decrease to a general decline in product sales. The Company’s largest revenue generator is its ammonia products division, which generated sales in 2015 of $1.52 billion. This was followed by the Company’s urea ammonium nitrate solution division which generated annual sales in the amount of $1.48 billion.


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Nameless Spirit:
You must have a pass to enter the sepulcher. This is done to ensure the security of the sacred final resting place of the Emperors. It's given to nobles who come to worship here. Unfortunately, the worshippers stopped coming when the monsters moved in.
Sigh...
"Really?"