1. Common Android Views Cheat Sheet.pdf. Common Android Views Cheat Sheet.pdf.
2. All cheat sheets, round-ups, quick reference cards, quick reference guides and quick reference sheets in one page. XML 1.0 Syntax Quick Reference by Mulberry Technologies, Inc. pdf (mulberrytech.com) Using XML in Java by Masoud Kalali pdf (refcardz.dzone.com).
3. The DB2 cheat sheet includes symbol syntax and methods to help you using DB2. DB2 is a database product from IBM. It is a Relational Database Management System (RDBMS). DB2 is designed to store, analyze, and retrieve the data efficiently. DB2 product is extended with the support of Object-Oriented features and non-relational structures with XML.

XML For Dummies Cheat Sheet By Lucinda Dykes, Ed Tittel XML is a markup language that builds web pages. Before you start using XML, study the difference between a valid and well-formed document, how to create DTD (Document Type Definition) elements,.

Why Oracle XML

XML

Extensible Markup LanguageUser defined tagstags associated w/ the storage of dataxml:No­thing but the presen­tation of dataHTML:p­resent of web pagesyntax<?xml versio­n='1.0' encodi­ng=­'­ETF­-8'?>tags: <Pr­odu­ct> .... </P­rod­uct>tags: case sensitive, attrib­ute,val is not requirefree tool: html-kittag align, indent etc

Oracle XML DB

stand database featurenative support by XMLTypeXMLPath and XQueryXML<->­rel­ational dataFile repositoryXMLType limita­tionsperfor­mance Hitused only when requirednew API and design

Relational data -> XML

XMLELEMNTget one XMLType instanceXMLTyp­e.g­etc­olbvalchar format of xmltype dataXMLAtt­ributesset attributeXMLForestdeal with colXMLAggdeal wit rowXMLEle­nt(­XML­Forest)get parent tag for group of colXMLPixml processing instru­ctionXMLCommnetadd comment line

DBMS_X­MLGen

xml --> relational table

extern­al.xml filexmltype col typeget external file into col: xmltyp­e(b­fil­ena­me(­'DI­R','­fna­me.x­ml­')Query xml colextrac­t(x­ml_­doc­,'P­ath')return xmlextrac­t(x­ml_­doc­,'P­ath­/te­xt()')return value onlyexistn­ode­(xm­l_d­oc,­'pa­th'­).g­etd­tri­ngvalsame as text()exists­nod­e(x­ml_doc, 'path')if exists =1, else 0dot notationnested element[i] to access array elementto avoid access violation error(­11g):
select XMLSER­IALIZE (CONTENT xmldoc­ument AS CLOB INDENT SIZE = 2) from xmldoc­uments

XML_TABLE

XDB

Reso­urc­e_v­iewresxmltypeany_pathvarchar2resid

Xml Cheat Sheet Pdf

rawPath­_view

Xml Cheat Sheet

pathvarchar2resxmltypelinkxmltyperesidrawxml function

XSD Datatype Cheat Sheet

Every information management system needs some way to express primitive datatypes such as integers, numbers, text, dates, or times. For example, does “1” represent a number that can be added with other numbers, or simply text containing the character for the number “1”?

Since the Semantic Web is built on W3C standards, the Semantic Web uses the same familiar datatypes that the W3C built when standardizing XML.

For convenience, we have included this reference guide on XSD datatypes. Most of the descriptions are taken from the W3C authoritative standard, which can be found at http://www.w3.org/TR/xmlschema-2/#built-in-primitive-datatypes

Xml Cheat Sheet Github

Prerequisites

In the Semantic Web, XSD datatypes are only useful in the context of working with RDF. If you haven’t read them, you’ll need to read RDF 101 and RDF Nuts & Bolts.

XSD Datatypes Reference

All XSD datatypes have the namespace http://www.w3.org/2001/XMLSchema#, which is typically shortened using the prefix “xsd”. Often, these datatypes are represented in quotation marks followed by a type identifier as you’ve seen in RDF Nuts & Bolts. For example:

“42”^^xsd:int

The built-in datatypes are:

DataType	Description	Example Representation
xsd:string	A character string	Hello World
xsd:boolean	A true/false value	True
xsd:decimal	Those real numbers which can be represented decimal format	42.1
There are many built-in types which derive from xsd:decimal. These include: xsd:integer, xsd:positiveInteger. xsd:nonPositiveInteger, xsd:negativeInteger, xsd:nonNegativeInteger, xsd:long, xsd:int, xsd:short, xsd:byte, xsd:unsignedLong, xsd:unsignedInt, xsd:unsignedShort, xsd:unsignedByte
xsd:float	Patterned after single-precision IEEE 32-bit floating point	6.0235e-23
xsd:double	Patterned after IEEE 64-bit floating point	6.0235e-23
xsd:duration	A duration of time. For example, a period of 5 years, 2 months, and 10 days.	P5Y2M10D
xsd:dateTime	A date and time together	2002-05-30T09:30:10.5
xsd:time	An instant of time that recurs every day	13:04:00
xsd:date	Intervals of exactly one day in length	1889-09-24
xsd:gYearMonth	A specific Gregorian month in a specific Gregorian year	1999-05
xsd:gYear	A Gregorian calendar year	1999
xsd:gMonthDay	A Gregorian date that recurs, specifically a day of the year such as the third of May	–05-03
xsd:gDay	A Gregorian day that recurs, specifically a day of the month such as the 27th of the month	—27
xsd:gMonth	A Gregorian month that recurs every year. For example, June.	–06–
xsd:hexBinary	Arbitrary hex-encoded binary data	0047dedbef
xsd:base64Binary	Arbitrary Base64-encoded binary data	VGhpcyBpcyBzb21lIHRleHQh
xsd:anyURI	A Uniform Resource Identifier Reference (URI)	http://www.cambridgesemantics.com