A Complete tutorial for xml Xpath created using the content from w3c oraganization. Hope you will find learning easy with this. let me know your review
This document provides an agenda for a presentation on XML DOM functionality in .NET. The presentation covers loading XML data into an XmlDocument object, working with child nodes, retrieving nodes that match criteria using XPath expressions, selecting single nodes, and retrieving node attributes. It demonstrates these concepts using a sample XML file representing a grocery store inventory. The conclusion emphasizes that the XmlDocument class represents an entire XML document in memory and supports loading, reading, and writing XML data using DOM functionality.
This document provides an introduction to XML Path Language (XPath), which is a syntax for locating information in an XML document. It describes the different node types in an XML document and XPath tree, such as element nodes, attribute nodes, and text nodes. It also explains some basic XPath concepts like axes, node tests, and location paths that allow navigating the XPath tree using steps separated by axes and node tests. Some examples of XPath functions and operators for manipulating node sets returned from location paths are also presented. Finally, it provides sample XML documents and uses XPath to select nodes and extract information from them.
XPath is a language for selecting parts of an XML document. It uses path expressions to navigate through elements and attributes, similar to a programming language. Path expressions use steps to select nodes, and can include predicates and wildcards. XPath also includes over 100 built-in functions for evaluating nodes, strings, numbers, and more. It is a standard for finding information in XML documents and a major component of XSLT.
The Test Automation Team consists of Arvie Bernal, Charles Kenneth Hallig, Jayson Dungo, Julian Garcia III, and Melwee Rongavilla.
The Test Automation Application (TApp) is a solution to automate testing as an integral part of the Software Development process. It provides a list of recent test runs, scenarios, cases, domains, and projects. Users can create, edit, and add test cases and steps. TApp also allows validating objects and files.
The document discusses XML and related technologies:
1. XML is used to mark up data with user-defined tags and describes the structure of data. It is more flexible than HTML which uses predefined tags.
2. XML documents must follow basic rules like being well-formed with matching tags and properly nested elements.
3. XML can be validated using DTDs or XML Schema which define constraints and data types for elements.
Rendering refers to processing an XML document to present it with the desired formatting. A style sheet performs transformations and describes how information should be presented. There are three main types of style sheets: CSS, XSLT, and DSSSL. XSLT allows advanced formatting like reordering elements and is more complex than CSS, which only supports basic formatting. XSLT uses elements like value-of, for-each, and sort to select and format data from an XML document according to template rules.
The document provides an introduction to the Standard Template Library (STL) in C++. It describes the main components of STL including containers, iterators, algorithms and function objects. It explains that containers store data, iterators access data, algorithms manipulate data, and function objects can be used by algorithms. Specific containers like vector, deque, list, set and map are outlined along with their characteristics and sample functions. Iterators and their categories are also summarized. Common algorithms like for_each, find, sort and merge are demonstrated through examples. Finally, it shows how function objects can be used by algorithms to customize operations.
STL stands for Standard Template Library. It provides common programming data structures and algorithms. The key components of STL are containers like vector and list that store data, iterators that access elements in containers, and algorithms that perform operations on data structures. STL aims to provide generic functions that work on different data types through templates. Common STL algorithms include searching, sorting, copying, and erasing elements from containers.
This document provides an agenda for a presentation on XML DOM functionality in .NET. The presentation covers loading XML data into an XmlDocument object, working with child nodes, retrieving nodes that match criteria using XPath expressions, selecting single nodes, and retrieving node attributes. It demonstrates these concepts using a sample XML file representing a grocery store inventory. The conclusion emphasizes that the XmlDocument class represents an entire XML document in memory and supports loading, reading, and writing XML data using DOM functionality.
This document provides an introduction to XML Path Language (XPath), which is a syntax for locating information in an XML document. It describes the different node types in an XML document and XPath tree, such as element nodes, attribute nodes, and text nodes. It also explains some basic XPath concepts like axes, node tests, and location paths that allow navigating the XPath tree using steps separated by axes and node tests. Some examples of XPath functions and operators for manipulating node sets returned from location paths are also presented. Finally, it provides sample XML documents and uses XPath to select nodes and extract information from them.
XPath is a language for selecting parts of an XML document. It uses path expressions to navigate through elements and attributes, similar to a programming language. Path expressions use steps to select nodes, and can include predicates and wildcards. XPath also includes over 100 built-in functions for evaluating nodes, strings, numbers, and more. It is a standard for finding information in XML documents and a major component of XSLT.
The Test Automation Team consists of Arvie Bernal, Charles Kenneth Hallig, Jayson Dungo, Julian Garcia III, and Melwee Rongavilla.
The Test Automation Application (TApp) is a solution to automate testing as an integral part of the Software Development process. It provides a list of recent test runs, scenarios, cases, domains, and projects. Users can create, edit, and add test cases and steps. TApp also allows validating objects and files.
The document discusses XML and related technologies:
1. XML is used to mark up data with user-defined tags and describes the structure of data. It is more flexible than HTML which uses predefined tags.
2. XML documents must follow basic rules like being well-formed with matching tags and properly nested elements.
3. XML can be validated using DTDs or XML Schema which define constraints and data types for elements.
Rendering refers to processing an XML document to present it with the desired formatting. A style sheet performs transformations and describes how information should be presented. There are three main types of style sheets: CSS, XSLT, and DSSSL. XSLT allows advanced formatting like reordering elements and is more complex than CSS, which only supports basic formatting. XSLT uses elements like value-of, for-each, and sort to select and format data from an XML document according to template rules.
The document provides an introduction to the Standard Template Library (STL) in C++. It describes the main components of STL including containers, iterators, algorithms and function objects. It explains that containers store data, iterators access data, algorithms manipulate data, and function objects can be used by algorithms. Specific containers like vector, deque, list, set and map are outlined along with their characteristics and sample functions. Iterators and their categories are also summarized. Common algorithms like for_each, find, sort and merge are demonstrated through examples. Finally, it shows how function objects can be used by algorithms to customize operations.
STL stands for Standard Template Library. It provides common programming data structures and algorithms. The key components of STL are containers like vector and list that store data, iterators that access elements in containers, and algorithms that perform operations on data structures. STL aims to provide generic functions that work on different data types through templates. Common STL algorithms include searching, sorting, copying, and erasing elements from containers.
The document provides an introduction to the C++ Standard Template Library (STL). It discusses templates and generic programming in C++. It then describes the main components of STL - containers, algorithms, and iterators. It explains common sequence containers like vector, list, deque; associative containers like set and map; and container adaptors like stack and queue. It discusses how to define and use these containers to store and manipulate data. It also covers concepts like iterators to access container elements and algorithms that operate on containers.
The document discusses the C++ Standard Template Library (STL). It provides an overview of STL containers, algorithms, iterators and how to access STL components. The main STL containers include vectors, lists, stacks, queues, priority queues, sets, multisets, maps and multimaps. Common operations on containers like insertion, deletion and traversal are also covered along with examples of how to declare and use iterators to access container elements.
The document discusses the key components of the Standard Template Library (STL) in C++, including containers, iterators, and algorithms. It explains that STL containers manage collections of objects, iterators allow traversing container elements, and algorithms perform operations on elements using iterators. The main STL containers like vector, list, deque, set, and map are introduced along with their basic functionality. Iterators provide a common interface for traversing container elements. Algorithms operate on elements through iterators but are independent of container implementations.
This document discusses different C++ STL containers and their usage. It describes the key properties and use cases of common sequential containers like vector, deque, and list, as well as associative containers like set and map. It also covers container adaptors like stack and queue. The document provides guidance on choosing the right container based on needs like random access, insertion/deletion frequency, and data structure type (e.g. LIFO for stack). It highlights when certain containers may not be suitable or have disadvantages.
The document discusses the C++ Standard Library and Standard Template Library (STL). It explains that the Standard Library contains classes and functions organized into a Standard Function Library and Object-Oriented Class Library. It also describes templates as a way to write generic functions and classes that can work on different data types. The STL is further described as a set of template classes that provide common data structures like lists, stacks, and arrays. Key components of the STL include containers for storing data, iterators for accessing elements in containers, and algorithms for manipulating data. Common containers, iterators, and algorithms are defined along with examples.
The document discusses the C++ Standard Template Library (STL). It provides three main components - containers, algorithms, and iterators. Containers like vectors, lists, and maps store and organize data. Algorithms like sort, search act on the containers. Iterators are generalized pointers that interface between containers and algorithms. The STL achieves efficiency through templates and provides commonly used data structures and algorithms out of the box.
Java uses streams to handle input/output operations. Streams provide a standardized way to read from and write to various sources and sinks like files, networks, and buffers. There are byte streams that handle input/output of bytes and character streams that handle characters. Common stream classes include FileInputStream, FileOutputStream, BufferedReader, and BufferedWriter which are used to read from and write to files and console. Streams can be chained together for complex I/O processing.
This is an intermediate conversion course for C++, suitable for second year computing students who may have learned Java or another language in first year.
The document discusses various text processing formats including CSV, JSON, and XML. It provides details on CSV format such as how CSV files store tables of data with fields separated by commas. It also describes JSON format including its use of objects and arrays to store hierarchical data. Finally, it covers XML and discusses two common APIs for parsing XML - SAX and DOM. SAX uses event-based parsing while DOM loads the entire XML file into memory. The document provides examples of using the csv, json, and xml modules in Python to work with these file formats.
The document discusses pointers in C programming. It defines pointers as variables that store memory addresses and explains pointer syntax and declaration. It discusses dereferencing pointers to access the value of the variable being pointed to. The document also covers passing pointers to functions, null pointers, generic pointers, pointer arithmetic, and pointers to pointers. It provides examples of how to use pointers to pass arguments by reference and pass functions as arguments using pointers to functions.
Functional programming is getting a lot of attention because it eases many of the difficulties faced in object-oriented programming (OOP) such as testability, maintainability, scalability, and concurrency. Swift has a lot of functional programming features that can be easily used, but most of Objective-C and Swift programmers are not familiar with these concepts.
This talk aims to introduce some of the core concepts of functional programming with Swift such as:
• Importance of Immutability
• First-class, Higher-order and Pure functions
• Closures
• Generics and Associated Type Protocols
• Functors, Applicative Functors and Monads
• Enumerations and Pattern Matching
• Optionals
This document discusses different types of structures in C programming, including:
1. Defining basic structures with member variables of different data types.
2. Using typedef to create new data types from structures.
3. Initializing structures and accessing structure members.
4. Nested structures that contain other structures as members.
5. Arrays of structures and passing structures to functions.
The document discusses the Standard Template Library (STL) which provides common classes and functions for C++ programs. It has three main components: (1) containers which store and organize data, (2) algorithms which perform operations on data in containers, and (3) iterators which are used by algorithms to access elements in containers. Some common STL containers include vectors for sequential data, sets and maps for associative data, and queues and stacks as container adaptors.
Input and output in Java programs allow passing data to and receiving results from programs. Input is given using input streams and output is received using output streams. There are various ways to read input from the keyboard or console including BufferedReader, StringTokenizer, and Scanner. Output can be written to the console using print and write methods. Common data structures for input/output include arrays, ArrayList, HashMap, and Hashtable.
Slides from the XPath tutorial given by Arne Blankerts and me on the IPC 2009. We did a lot of life hacking during the session, so the slides are not that extensive.
The document discusses the key components of the Standard Template Library (STL) in C++, including containers, iterators, and algorithms. Containers store and organize data elements. Iterators provide a generalized pointer interface for traversing container elements. Algorithms operate on container elements using iterators to perform tasks like searching, sorting, and other manipulations without knowing details of the underlying container implementation.
This document discusses text and numbers in programming. It covers defining and manipulating text strings using single or double quotes. Escape characters can be used inside strings. Text can be validated and formatted using various string functions like trim(), strlen(), strtoupper(), substr(), and str_replace(). Numbers can be integers or floats. Variables hold data and can be operated on with arithmetic and assignment operators like +, -, *, /, %, and .=. Variables can also be incremented, decremented, and placed inside strings.
The document discusses object-oriented programming concepts in Java including data abstraction, encapsulation, inheritance, and polymorphism. It provides examples of how these concepts are implemented in Java by defining classes, objects, methods, and relationships between classes. Key ideas covered include using classes to represent complex data types, hiding implementation details through encapsulation, building new classes from existing ones through inheritance, and allowing uniform access to objects via polymorphism.
This document provides an overview of the JavaScript programming language, including its history, key concepts, values, objects, and functions. It summarizes JavaScript as a dynamic language that unifies objects and functions, uses prototype-based inheritance, and loosely typed values. Everything in JavaScript is an object, which can be used to represent records, trees, and other data structures using dynamic object literals.
The document discusses strings in C programming. It defines a string as a null-terminated character array. It describes how to declare and initialize strings. It discusses various functions to read, write, find the length of, compare, and manipulate strings such as reversing, extracting substrings, inserting strings, pattern matching, deleting substrings, and replacing patterns. It also describes arrays of strings and use of pointers with strings.
XPath is a language for navigating and selecting nodes in an XML document using path expressions. It selects nodes by following a path through the XML tree structure. Some useful path expressions include nodename to select child nodes, / to select from the root, and // to select nodes anywhere in the document that match the selection. XPath uses wildcards like * to match any element node and @* to match any attribute node.
The document discusses XPath, which is a language for finding information in an XML document. It defines XPath syntax using path expressions to select nodes. It describes XPath terminology like nodes, relationships between nodes, and functions. Examples are provided to demonstrate XPath expressions for selecting elements, attributes, and filtering nodes. Predicates are also described for finding specific nodes or values.
The document provides an introduction to the C++ Standard Template Library (STL). It discusses templates and generic programming in C++. It then describes the main components of STL - containers, algorithms, and iterators. It explains common sequence containers like vector, list, deque; associative containers like set and map; and container adaptors like stack and queue. It discusses how to define and use these containers to store and manipulate data. It also covers concepts like iterators to access container elements and algorithms that operate on containers.
The document discusses the C++ Standard Template Library (STL). It provides an overview of STL containers, algorithms, iterators and how to access STL components. The main STL containers include vectors, lists, stacks, queues, priority queues, sets, multisets, maps and multimaps. Common operations on containers like insertion, deletion and traversal are also covered along with examples of how to declare and use iterators to access container elements.
The document discusses the key components of the Standard Template Library (STL) in C++, including containers, iterators, and algorithms. It explains that STL containers manage collections of objects, iterators allow traversing container elements, and algorithms perform operations on elements using iterators. The main STL containers like vector, list, deque, set, and map are introduced along with their basic functionality. Iterators provide a common interface for traversing container elements. Algorithms operate on elements through iterators but are independent of container implementations.
This document discusses different C++ STL containers and their usage. It describes the key properties and use cases of common sequential containers like vector, deque, and list, as well as associative containers like set and map. It also covers container adaptors like stack and queue. The document provides guidance on choosing the right container based on needs like random access, insertion/deletion frequency, and data structure type (e.g. LIFO for stack). It highlights when certain containers may not be suitable or have disadvantages.
The document discusses the C++ Standard Library and Standard Template Library (STL). It explains that the Standard Library contains classes and functions organized into a Standard Function Library and Object-Oriented Class Library. It also describes templates as a way to write generic functions and classes that can work on different data types. The STL is further described as a set of template classes that provide common data structures like lists, stacks, and arrays. Key components of the STL include containers for storing data, iterators for accessing elements in containers, and algorithms for manipulating data. Common containers, iterators, and algorithms are defined along with examples.
The document discusses the C++ Standard Template Library (STL). It provides three main components - containers, algorithms, and iterators. Containers like vectors, lists, and maps store and organize data. Algorithms like sort, search act on the containers. Iterators are generalized pointers that interface between containers and algorithms. The STL achieves efficiency through templates and provides commonly used data structures and algorithms out of the box.
Java uses streams to handle input/output operations. Streams provide a standardized way to read from and write to various sources and sinks like files, networks, and buffers. There are byte streams that handle input/output of bytes and character streams that handle characters. Common stream classes include FileInputStream, FileOutputStream, BufferedReader, and BufferedWriter which are used to read from and write to files and console. Streams can be chained together for complex I/O processing.
This is an intermediate conversion course for C++, suitable for second year computing students who may have learned Java or another language in first year.
The document discusses various text processing formats including CSV, JSON, and XML. It provides details on CSV format such as how CSV files store tables of data with fields separated by commas. It also describes JSON format including its use of objects and arrays to store hierarchical data. Finally, it covers XML and discusses two common APIs for parsing XML - SAX and DOM. SAX uses event-based parsing while DOM loads the entire XML file into memory. The document provides examples of using the csv, json, and xml modules in Python to work with these file formats.
The document discusses pointers in C programming. It defines pointers as variables that store memory addresses and explains pointer syntax and declaration. It discusses dereferencing pointers to access the value of the variable being pointed to. The document also covers passing pointers to functions, null pointers, generic pointers, pointer arithmetic, and pointers to pointers. It provides examples of how to use pointers to pass arguments by reference and pass functions as arguments using pointers to functions.
Functional programming is getting a lot of attention because it eases many of the difficulties faced in object-oriented programming (OOP) such as testability, maintainability, scalability, and concurrency. Swift has a lot of functional programming features that can be easily used, but most of Objective-C and Swift programmers are not familiar with these concepts.
This talk aims to introduce some of the core concepts of functional programming with Swift such as:
• Importance of Immutability
• First-class, Higher-order and Pure functions
• Closures
• Generics and Associated Type Protocols
• Functors, Applicative Functors and Monads
• Enumerations and Pattern Matching
• Optionals
This document discusses different types of structures in C programming, including:
1. Defining basic structures with member variables of different data types.
2. Using typedef to create new data types from structures.
3. Initializing structures and accessing structure members.
4. Nested structures that contain other structures as members.
5. Arrays of structures and passing structures to functions.
The document discusses the Standard Template Library (STL) which provides common classes and functions for C++ programs. It has three main components: (1) containers which store and organize data, (2) algorithms which perform operations on data in containers, and (3) iterators which are used by algorithms to access elements in containers. Some common STL containers include vectors for sequential data, sets and maps for associative data, and queues and stacks as container adaptors.
Input and output in Java programs allow passing data to and receiving results from programs. Input is given using input streams and output is received using output streams. There are various ways to read input from the keyboard or console including BufferedReader, StringTokenizer, and Scanner. Output can be written to the console using print and write methods. Common data structures for input/output include arrays, ArrayList, HashMap, and Hashtable.
Slides from the XPath tutorial given by Arne Blankerts and me on the IPC 2009. We did a lot of life hacking during the session, so the slides are not that extensive.
The document discusses the key components of the Standard Template Library (STL) in C++, including containers, iterators, and algorithms. Containers store and organize data elements. Iterators provide a generalized pointer interface for traversing container elements. Algorithms operate on container elements using iterators to perform tasks like searching, sorting, and other manipulations without knowing details of the underlying container implementation.
This document discusses text and numbers in programming. It covers defining and manipulating text strings using single or double quotes. Escape characters can be used inside strings. Text can be validated and formatted using various string functions like trim(), strlen(), strtoupper(), substr(), and str_replace(). Numbers can be integers or floats. Variables hold data and can be operated on with arithmetic and assignment operators like +, -, *, /, %, and .=. Variables can also be incremented, decremented, and placed inside strings.
The document discusses object-oriented programming concepts in Java including data abstraction, encapsulation, inheritance, and polymorphism. It provides examples of how these concepts are implemented in Java by defining classes, objects, methods, and relationships between classes. Key ideas covered include using classes to represent complex data types, hiding implementation details through encapsulation, building new classes from existing ones through inheritance, and allowing uniform access to objects via polymorphism.
This document provides an overview of the JavaScript programming language, including its history, key concepts, values, objects, and functions. It summarizes JavaScript as a dynamic language that unifies objects and functions, uses prototype-based inheritance, and loosely typed values. Everything in JavaScript is an object, which can be used to represent records, trees, and other data structures using dynamic object literals.
The document discusses strings in C programming. It defines a string as a null-terminated character array. It describes how to declare and initialize strings. It discusses various functions to read, write, find the length of, compare, and manipulate strings such as reversing, extracting substrings, inserting strings, pattern matching, deleting substrings, and replacing patterns. It also describes arrays of strings and use of pointers with strings.
XPath is a language for navigating and selecting nodes in an XML document using path expressions. It selects nodes by following a path through the XML tree structure. Some useful path expressions include nodename to select child nodes, / to select from the root, and // to select nodes anywhere in the document that match the selection. XPath uses wildcards like * to match any element node and @* to match any attribute node.
The document discusses XPath, which is a language for finding information in an XML document. It defines XPath syntax using path expressions to select nodes. It describes XPath terminology like nodes, relationships between nodes, and functions. Examples are provided to demonstrate XPath expressions for selecting elements, attributes, and filtering nodes. Predicates are also described for finding specific nodes or values.
XPath is a syntax for selecting parts of an XML document, similar to how file paths work in an operating system. It allows selecting elements, attributes, and text from an XML document. XPath uses paths containing axis, nodes, and predicates to navigate within an XML document. Common axes include child, parent, ancestor, descendant, following, and preceding. Functions, arithmetic expressions, and other features allow complex querying of XML documents.
The Test Automation Team consists of Arvie Bernal, Charles Kenneth Hallig, and Jayson Dungo. The document then provides details on the Test Automation Application (TApp), including CSS selectors and XPath expressions that can be used for automation. It also includes screenshots and descriptions of the TApp user interface for managing test scenarios, test cases, and running automation tests.
The Test Automation Team consists of Arvie Bernal, Charles Kenneth Hallig, and Jayson Dungo. The document then provides details on the Test Automation Application (TApp), including different types of selectors that can be used for automation like ID, class, CSS, and more. It also provides examples of XPath expressions and their results. Finally, it outlines the steps to set up and run the TApp automation framework on a local machine.
XML documents can be represented and stored in memory as tree structures using models like DOM and XDM. XPath is an expression language used to navigate and select parts of an XML tree. It allows traversing elements and their attributes, filtering nodes by properties or position, and evaluating paths relative to a context node. While XPath expressions cannot modify the document, they are commonly used with languages like XSLT and XQuery which can transform or extract data from XML trees.
The document describes TApp, a test automation application. It includes sections about understanding web elements, graphical user interfaces, test cases, test steps, test scenarios, and Bamboo integration. TApp allows creating and running automated tests as an integral part of the software development process.
This document provides an overview of XPath, an XML query language. It discusses what XPath is, the different types of nodes it can select, and relationship between nodes. It also covers XPath axes that define relationships between nodes, predicates that allow testing nodes, and standard functions like count(), position(), and last(). Examples are provided to demonstrate selecting elements and attributes in an XML document using XPath node tests, axes, predicates and functions. Exercises at the end provide practice with querying XML to retrieve title and price of books, find average textbook price, and return titles of textbooks on XML.
This document provides an overview of XSLT (Extensible Stylesheet Language Transformations), XPath, and XQuery. XSLT is used to transform XML documents into other formats like HTML. It consists of templates, elements like for-each, and attributes like match. XPath allows navigation of XML documents using path expressions and axes. Common functions include substring and max. XQuery is similar to SQL for querying XML databases using FLWOR expressions, path expressions, and predicates to extract and filter data.
XPath is a language for selecting nodes in an XML document. It uses path expressions that navigate the hierarchical relationship between XML elements, attributes, and text. Path expressions can select nodes by name, attribute value, position, or relationship to other nodes using axes like child, parent, and ancestor. Common XPath functions include count(), position(), and last() to evaluate node sets.
1. The document discusses the XPath specification and data model. It provides examples of XPath queries and explains how XPath expressions are evaluated.
2. Key points covered include the seven node types in XPath (root, element, attribute, text, comment, processing instruction, namespace), location paths composed of axes and node tests, and the use of predicates to filter node sets.
3. Examples demonstrate different XPath axes like child, descendant, and attribute as well as wildcards, predicates, and accessing attribute values. Evaluation of XPath expressions is explained as a multi-step process working from context nodes.
XPath is a language for selecting nodes in an XML document. It uses path expressions that navigate the hierarchical structure of XML. Path expressions select nodes or node-sets using steps, axes, predicates and wildcards. XPath is commonly used with XSLT to transform XML documents into other formats. It contains functions like position(), count(), and last() to retrieve information about nodes.
XPath is an expression language used to select nodes in an XML document. It allows the description of paths in an XML tree to retrieve matching nodes. This document provides an overview of the XPath data model, syntax, axes, node tests and examples of XPath queries. Key concepts covered include the seven node types in XPath, how location paths composed of axes and node tests are used to navigate the XML tree, and abbreviations used in XPath expressions. Examples are given to demonstrate how to select nodes using different axes, node tests, and wildcards.
Javascript Test Automation Workshop (21.08.2014)Deutsche Post
The document summarizes a workshop on JS test automation using NightwatchJS and DalekJS. It introduces the presenters and provides an overview of the workshop goals, which are to learn rapid test development from scratch using NightwatchJS and DalekJS and compare them on real-world examples from an ING-DiBa Bank site. The document also covers NightwatchJS and DalekJS setup, examples of tests, assertions and commands, and two case studies to be developed using NightwatchJS.
This document provides an overview of Extensible Stylesheet Language Transformations (XSLT). It discusses how XSLT is used to transform XML documents and style their presentation. Key points include:
- XSLT uses XPath expressions to select nodes or node-sets from an XML document and then outputs the results as a new XML document that describes how to display the data.
- XSLT transformations involve parsing the source XML into a tree structure, transforming the data from the input structure to the desired output structure, and then serializing the result tree.
- XSLT stylesheets use elements like <xsl:template> and <xsl:apply-templates> to define template rules for matching
The document discusses various XML transformation languages including XSLT, XPath, and XQuery. It provides definitions and examples of how each works. XSLT is used to transform XML documents into other XML or XHTML documents using templates and XPath for navigation. XPath allows selecting nodes in an XML document. XQuery is used to query XML data similar to how SQL is used to query databases. Examples are given of XSLT and XQuery syntax and usage.
This document provides a summary of key concepts in XSLT (Extensible Stylesheet Language Transformations). It discusses templates, XPath, expressions, functions, copying and transforming nodes, variables and parameters, sorting, numbering, named templates, modes, keys, conditional processing, including and importing stylesheets, extensions, and highlights of XSLT 2.0 and XPath 2.0. The document is intended as a basic tutorial and overview of XSLT for those with a basic understanding of XML. Examples are provided throughout to illustrate various XSLT concepts and features.
This document provides an overview of XSLT (Extensible Stylesheet Language Transformations) which is used to transform XML documents into other XML documents or other formats like HTML. It discusses the main components of XSL including XSLT, XPath, and XSL-FO. Key elements of XSLT like xsl:template, xsl:apply-templates, xsl:value-of are described along with how XSLT transformations work. The role of XPath in navigating XML documents and selecting nodes is also summarized.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
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Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
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2. Xpath Introduction
XPath is a syntax for defining parts of an XML document
XPath uses path expressions to navigate in XML documents
XPath contains a library of standard functions
XPath is a major element in XSLT
XPath is a W3C recommendation
3. Xpath Introduction
XPath Path Expressions
XPath uses path expressions to select nodes or node-sets in an
XML document
XPath Standard Functions
XPath includes over 100 built-in functions. There are functions
for string values, numeric values, date and time comparison,
node and QName manipulation, sequence manipulation,
Boolean values, and more.
XPath is Used in XSLT
XPath is a major element in the XSLT standard. Without XPath
knowledge you will not be able to create XSLT documents.
XPATH is a W3C Recommendation
It was became W3C recommendation in 16 Nov 1999
4. XPath Nodes
Nodes
There are 7 types of Nodes in XPath:
• Element
• Attribute
• Text
• Namespace
• Processing-instruction
• Comment
• Document nodes
7. XPath Syntax
Selecting Nodes
Expression
Description
nodename
Selects all nodes with the name
"nodename"
/
Selects from the root node
//
Selects nodes in the document from the
current node that match the selection no
matter where they are
.
Selects the current node
..
Selects the parent of the current node
@
Selects attributes
8. XPath Syntax
Example
Path
Expression
Result
bookstore
Selects all nodes with the name "bookstore"
/bookstore
Selects the root element bookstoreNote: If
the path starts with a slash ( / ) it always
represents an absolute path to an element!
bookstore/boo Selects all book elements that are children of
k
bookstore
//book
Selects all book elements no matter where
they are in the document
bookstore//bo Selects all book elements that are
ok
descendant of the bookstore element, no
matter where they are under the bookstore
element
//@lang
Selects all attributes that are named lang
9. Predicates
XPath Syntax
Predicates are used to find a specific node or a node that
contains a specific value.
Predicates are always embedded in square brackets.
Examples
Path Expression
Result
/bookstore/book[1]
Selects the first book element that is the child of
the bookstore element.Note: IE5 and later has
implemented that [0] should be the first node,
but according to the W3C standard it should
have been [1]!!
/bookstore/book[last()]
Selects the last book element that is the child of
the bookstore element
/bookstore/book[last()-1]
Selects the last but one book element that is the
child of the bookstore element
/bookstore/book[position()<3]
Selects the first two book elements that are
children of the bookstore element
10. Predicates
XPath Syntax
//title[@lang]
Selects all the title elements that have
an attribute named lang
//title[@lang='eng']
Selects all the title elements that have
an attribute named lang with a value
of 'eng'
/bookstore/book[price>35.00]
Selects all the book elements of the
bookstore element that have a price
element with a value greater than
35.00
/bookstore/book[price>35.00]/title
Selects all the title elements of the
book elements of the bookstore
element that have a price element
with a value greater than 35.00
11. XPath Syntax
Selecting Unknown Nodes
XPath wildcards can be used to select unknown XML elements.
In the table below we have listed some path expressions and the
result of the expressions:
Wildcard
Description
*
Matches any element node
@*
Matches any attribute node
node()
Matches any node of any kind
Path
Expression
Result
/bookstore/*
Selects all the child nodes of the bookstore
element
//*
Selects all elements in the document
//title[@*]
Selects all title elements which have any
attribute
12. XPath Syntax
Selecting Several Paths
By using the | operator in an XPath expression you can select several paths. In
the table below we have listed some path expressions and the result of the
expressions:
Path Expression
Result
//book/title | //book/price
Selects all the title AND price elements
of all book elements
//title | //price
Selects all the title AND price elements in
the document
/bookstore/book/title |
//price
Selects all the title elements of the book
element of the bookstore element AND
all the price elements in the document
13. XPath Axes
An axis defines a node-set relative to the current node.
AxisName
Result
ancestor
Selects all ancestors (parent, grandparent,
etc.) of the current node
ancestor-or-self
Selects all ancestors (parent, grandparent,
etc.) of the current node and the current
node itself
attribute
Selects all attributes of the current node
child
Selects all children of the current node
descendant
Selects all descendants (children,
grandchildren, etc.) of the current node
descendant-or-self
Selects all descendants (children,
grandchildren, etc.) of the current node and
the current node itself
14. XPath Axes
following
Selects everything in the document
after the closing tag of the current node
following-sibling
Selects all siblings after the current
node
namespace
Selects all namespace nodes of the
current node
parent
Selects the parent of the current node
preceding
Selects all nodes that appear before the
current node in the document, except
ancestors, attribute nodes and
namespace nodes
preceding-sibling
Selects all siblings before the current
node
self
Selects the current node
15. Examples
XPath Axes
Example
Result
child::book
Selects all book nodes that are children of the current node
attribute::lang
Selects the lang attribute of the current node
child::*
Selects all element children of the current node
attribute::*
Selects all attributes of the current node
child::text()
Selects all text node children of the current node
child::node()
Selects all children of the current node
descendant::book
Selects all book descendants of the current node
ancestor::book
Selects all book ancestors of the current node
ancestor-or-self::book
Selects all book ancestors of the current node - and the
current as well if it is a book node
child::*/child::price
Selects all price grandchildren of the current node
16. XPath Operators
Operator
Description
Example
Return value
|
Computes two node-sets
//book | //cd
Returns a node-set with
all book and cd elements
+
Addition
6+4
10
-
Subtraction
6-4
2
*
Multiplication
6*4
24
div
Division
8 div 4
2
=
Equal
price=9.80
true if price is 9.80
false if price is 9.90
!=
Not equal
price!=9.80
true if price is 9.90
false if price is 9.80
<
Less than
price<9.80
true if price is 9.00
false if price is 9.80
17. XPath Operators
<=
Less than or equal to
price<=9.80
true if price is 9.00
false if price is 9.90
>
Greater than
price>9.80
true if price is 9.90
false if price is 9.80
>=
Greater than or equal to
price>=9.80
true if price is 9.90
false if price is 9.70
or
or
price=9.80 or price=9.70 true if price is 9.80
false if price is 9.50
and
and
price>9.00 and
price<9.90
true if price is 9.80
false if price is 8.50
mod
Modulus (division
remainder)
5 mod 2
1
18. XPath Operators
<=
Less than or equal to
price<=9.80
true if price is 9.00
false if price is 9.90
>
Greater than
price>9.80
true if price is 9.90
false if price is 9.80
>=
Greater than or equal to
price>=9.80
true if price is 9.90
false if price is 9.70
or
or
price=9.80 or price=9.70 true if price is 9.80
false if price is 9.50
and
and
price>9.00 and
price<9.90
true if price is 9.80
false if price is 8.50
mod
Modulus (division
remainder)
5 mod 2
1