Case in Mysql Select Query Example
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Artificial Intelligence in Health Care: the Hope, the Hype, the Promise, the Peril
Artificial Intelligence in Health Care: The Hope, the Hype, the Promise, the Peril Michael Matheny, Sonoo Thadaney Israni, Mahnoor Ahmed, and Danielle Whicher, Editors WASHINGTON, DC NAM.EDU PREPUBLICATION COPY - Uncorrected Proofs NATIONAL ACADEMY OF MEDICINE • 500 Fifth Street, NW • WASHINGTON, DC 20001 NOTICE: This publication has undergone peer review according to procedures established by the National Academy of Medicine (NAM). Publication by the NAM worthy of public attention, but does not constitute endorsement of conclusions and recommendationssignifies that it is the by productthe NAM. of The a carefully views presented considered in processthis publication and is a contributionare those of individual contributors and do not represent formal consensus positions of the authors’ organizations; the NAM; or the National Academies of Sciences, Engineering, and Medicine. Library of Congress Cataloging-in-Publication Data to Come Copyright 2019 by the National Academy of Sciences. All rights reserved. Printed in the United States of America. Suggested citation: Matheny, M., S. Thadaney Israni, M. Ahmed, and D. Whicher, Editors. 2019. Artificial Intelligence in Health Care: The Hope, the Hype, the Promise, the Peril. NAM Special Publication. Washington, DC: National Academy of Medicine. PREPUBLICATION COPY - Uncorrected Proofs “Knowing is not enough; we must apply. Willing is not enough; we must do.” --GOETHE PREPUBLICATION COPY - Uncorrected Proofs ABOUT THE NATIONAL ACADEMY OF MEDICINE The National Academy of Medicine is one of three Academies constituting the Nation- al Academies of Sciences, Engineering, and Medicine (the National Academies). The Na- tional Academies provide independent, objective analysis and advice to the nation and conduct other activities to solve complex problems and inform public policy decisions. -
Chapter 5 Names, Bindings, and Scopes
Chapter 5 Names, Bindings, and Scopes 5.1 Introduction 198 5.2 Names 199 5.3 Variables 200 5.4 The Concept of Binding 203 5.5 Scope 211 5.6 Scope and Lifetime 222 5.7 Referencing Environments 223 5.8 Named Constants 224 Summary • Review Questions • Problem Set • Programming Exercises 227 CMPS401 Class Notes (Chap05) Page 1 / 20 Dr. Kuo-pao Yang Chapter 5 Names, Bindings, and Scopes 5.1 Introduction 198 Imperative languages are abstractions of von Neumann architecture – Memory: stores both instructions and data – Processor: provides operations for modifying the contents of memory Variables are characterized by a collection of properties or attributes – The most important of which is type, a fundamental concept in programming languages – To design a type, must consider scope, lifetime, type checking, initialization, and type compatibility 5.2 Names 199 5.2.1 Design issues The following are the primary design issues for names: – Maximum length? – Are names case sensitive? – Are special words reserved words or keywords? 5.2.2 Name Forms A name is a string of characters used to identify some entity in a program. Length – If too short, they cannot be connotative – Language examples: . FORTRAN I: maximum 6 . COBOL: maximum 30 . C99: no limit but only the first 63 are significant; also, external names are limited to a maximum of 31 . C# and Java: no limit, and all characters are significant . C++: no limit, but implementers often impose a length limitation because they do not want the symbol table in which identifiers are stored during compilation to be too large and also to simplify the maintenance of that table. -
Schema Diagram in Mysql Workbench
Schema Diagram In Mysql Workbench Reinhold is Sabine: she overslipped plunk and bating her vetoes. Overcome Fulton sketch some medicinal and shook his serialists so solemnly! Ace and matronymic Harris draws her karris dynamize bearably or dart irremediably, is Weider steady? This palette to fill connection includes hostname and collation if its correct section and automatically in the entities and schema in print an sqlite Creating some circumstances you need a diagram in another. Synchronize only add schema in the workbench preferences options that you. What queries in schema graphically design and authentication will notice that workbench. Clear that workbench preferences window by mysql workbench eer diagram in schema, the schemas may have placed after that. Create a diagram. Click the workbench preferences dialog box should review the. Go ahead with workbench preferences options, in the mysql documentation generation for the differences in this diagram canvas; they may also be created a layer. What is preferred over a database diagrams online tool use this? Advanced configurations are, schema objects currently only whole strings are indicated on. The diagrams that cannot warrant full data. The workbench and existing databases and the text box. Take out in diagram canvas, asking you zoom in binary format. Entity relationship diagram will later time in schema you create a live database schemas on a file, delete a diagram can also select it. On next at the schema with sql script that you to. We can help optimize queries in diagram could be replaced by mysql workbench application, and foreign keys that particular data type. The diagram in more detail. -
Navicat Wine En.Pdf
Table of Contents Getting Started 8 System Requirements 9 Registration 9 Installation 10 Maintenance/Upgrade 11 End-User License Agreement 11 Connection 17 Navicat Cloud 18 General Settings 21 Advanced Settings 24 SSL Settings 27 SSH Settings 28 HTTP Settings 29 Server Objects 31 MySQL/MariaDB Objects 31 MySQL Tables 31 MySQL/MariaDB Table Fields 32 MySQL/MariaDB Table Indexes 34 MySQL/MariaDB Table Foreign Keys 35 MySQL/MariaDB Table Triggers 36 MySQL/MariaDB Table Options 37 MySQL/MariaDB Views 40 MySQL/MariaDB Functions/Procedures 41 MySQL/MariaDB Events 43 Oracle Objects 44 Oracle Data Pump (Available only in Full Version) 44 Oracle Data Pump Export 45 Oracle Data Pump Import 48 Oracle Debugger (Available only in Full Version) 52 Oracle Physical Attributes/Default Storage Characteristics 53 Oracle Tables 55 Oracle Normal Tables 55 Oracle Table Fields 55 Oracle Table Indexes 57 Oracle Table Foreign Keys 58 Oracle Table Uniques 59 Oracle Table Checks 59 Oracle Table Triggers 60 Oracle Table Options 61 Oracle External Tables 62 2 Fields for Oracle External Tables 62 External Properties for Oracle External Tables 63 Access Parameters for Oracle External Tables 64 Oracle Index Organized Tables 64 Options for Oracle Index Organized Tables 64 Oracle Views 65 Oracle Functions/Procedures 66 Oracle Database Links 68 Oracle Indexes 68 Oracle Java 71 Oracle Materialized Views 72 Oracle Materialized View Logs 75 Oracle Packages 76 Oracle Sequences 77 Oracle Synonyms 78 Oracle Triggers 78 Oracle Types 81 Oracle XML Schemas 82 Oracle Recycle Bin -
Navicat® Premium User Listed Price Type Part No
Navicat® Premium User Listed Price Type Part No. Product Platform Level (USD) License Media License NPRE-WWEN-ESD-0104 Navicat Premium v15 (Windows) ESD 1-4 User License MS Windows 1-4 $1,299.00 Commercial Electronic Delivery License NPRE-WWEN-ESD-0509 Navicat Premium v15 (Windows) ESD 5-9 User License MS Windows 5-9 $1,104.15 Commercial Electronic Delivery License NPRE-WWEN-ESD-1099 Navicat Premium v15 (Windows) ESD 10-99 User License MS Windows 10-99 $1,039.20 Commercial Electronic Delivery License NPRE-WNEN-ESD-0104 Navicat Premium v15 (Windows) Non-Commercial ESD 1-4 User License MS Windows 1-4 $599.00 Non-Commercial Electronic Delivery License NPRE-WNEN-ESD-0509 Navicat Premium v15 (Windows) Non-Commercial ESD 5-9 User License MS Windows 5-9 $509.15 Non-Commercial Electronic Delivery License NPRE-WNEN-ESD-1099 Navicat Premium v15 (Windows) Non-Commercial ESD 10-99 User License MS Windows 10-99 $479.20 Non-Commercial Electronic Delivery License NPRE-MMEN-ESD-0104 Navicat Premium v15 (macOS) ESD 1-4 User License macOS 1-4 $1,299.00 Commercial Electronic Delivery License NPRE-MMEN-ESD-0509 Navicat Premium v15 (macOS) ESD 5-9 User License macOS 5-9 $1,104.15 Commercial Electronic Delivery License NPRE-MMEN-ESD-1099 Navicat Premium v15 (macOS) ESD 10-99 User License macOS 10-99 $1,039.20 Commercial Electronic Delivery License NPRE-MNEN-ESD-0104 Navicat Premium v15 (macOS) Non-Commercial ESD 1-4 User License macOS 1-4 $599.00 Non-Commercial Electronic Delivery License NPRE-MNEN-ESD-0509 Navicat Premium v15 (macOS) Non-Commercial ESD 5-9 -
Navicat SQL Server EN Outline
Navicat for SQL Server gives you a fully graphical approach to database management and development. Quickly and easily create, edit, and delete all database objects, or execute SQL queries and scripts. Connect to any local/remote SQL Server, and compatible with cloud databases like Amazon RDS, Microsoft Azure, Alibaba Cloud, Tencent Cloud and Huawei Cloud. Feature Overview Diversified Manipulation Tool Use Import Wizard to transfer data into a database from diverse formats, or from ODBC after setting up a data source connection. Export data from tables, views, or query results to formats like Excel, Access, Seamless Data Migration CSV and more. Add, modify, and delete records with our spreadsheet-like Grid View together with an Data Transfer, Data Synchronization and Structure array of data editing tools to facilitate your edits. Synchronization help you migrate your data easier Navicat gives you the tools you need to manage and faster for less overhead. Deliver detailed, your data efficiently and ensure a smooth process. step-by-step guidelines for transferring data across databases. Compare and synchronize databases with Data and Structure Synchronization. Set up Intelligent Database Designer and deploy the comparisons in seconds, and get the detailed script to specify the changes you want to Create, modify and manage all database objects execute. using our professional object designers. Convert your databases into graphical representations using a sophisticated database design and modeling tool Easy SQL Editing so you can model, create, and understand complex databases with ease. Visual SQL Builder will help you create, edit and run SQL statements without having to worry about syntax and proper usage of commands. -
Navicat Premium Romania V12
Table of Contents Chapter 1 - Introduction 8 About Navicat 8 Installation 10 End-User License Agreement 12 Chapter 2 - User Interface 18 Main Window 18 Navigation Pane 19 Object Pane 20 Information Pane 21 Chapter 3 - Navicat Cloud 23 About Navicat Cloud 23 Manage Navicat Cloud 24 Chapter 4 - Connection 27 About Connection 27 General Settings 28 RDBMS 28 MongoDB 30 SSL Settings 31 SSH Settings 33 HTTP Settings 34 Advanced Settings 34 Databases / Attached Databases Settings 37 Chapter 5 - Server Objects 38 About Server Objects 38 MySQL / MariaDB 38 Databases 38 Tables 38 Views 39 Procedures / Functions 40 Events 41 Maintain Objects 41 Oracle 41 Schemas 41 Tables 42 Views 42 Materialized Views 43 Procedures / Functions 44 Packages 45 Recycle Bin 46 Other Objects 47 1 Maintain Objects 47 PostgreSQL 49 Databases & Schemas 49 Tables 50 Views 51 Materialized Views 51 Functions 52 Types 53 Foreign Servers 53 Other Objects 54 Maintain Objects 54 SQL Server 54 Databases & Schemas 54 Tables 55 Views 56 Procedures / Functions 56 Other Objects 57 Maintain Objects 58 SQLite 59 Databases 59 Tables 59 Views 60 Other Objects 60 Maintain Objects 61 MongoDB 61 Databases 61 Collections 61 Views 62 Functions 62 Indexes 63 MapReduce 63 GridFS 63 Maintain Objects 64 Chapter 6 - Data Viewer 66 About Data Viewer 66 RDBMS 66 RDBMS Data Viewer 66 Use Navigation Bar 66 Edit Records 67 Sort / Find / Replace Records 73 Filter Records 75 Manipulate Raw Data 75 2 Format Data View 76 MongoDB 77 MongoDB Data Viewer 77 Use Navigation Bar 78 Grid View 79 Tree View 85 JSON -
Sensitivity Training for Prxers Kenneth W
PharmaSUG 2015 – QT29 Sensitivity Training for PRXers Kenneth W. Borowiak, PPD, Morrisville, NC ABSTRACT Any SAS® user who intends to use the Perl style regular expressions through the PRX family of functions and call routines should be required to go through sensitivity training. Is this because those who use PRX are mean and rude? Nay, but the regular expressions they write are case sensitive by default. This paper discusses the various ways to flip the case sensitivity switch for the entire or part of the regular expression, which can aid in making it more readable and succinct. Keywords: case sensitivity, alternation, character classes, modifiers, mode modified span INTRODUCTION Any SAS® user who intends to use the Perl style regular expressions through the PRX family of functions and call routines should be required to go through sensitivity training. Is this because those who use PRX are mean and rude? Nay, but the regular expressions they write are case sensitive by default. Before proceeding with an example, it will be assumed that the reader has at least some previous exposure to regular expressions1. Now consider the two queries below in Figure 1 against the CHARACTERS data set for the abbreviation for ‘mister’ at the beginning of the free-text captured field NAME. Figure 1 Case Sensitivity of Regular Expressions data characters ; input name $40. ; datalines ; Though the two MR Bigglesworth regexen below Mini-mr bigglesworth look similar … Mr. Austin D. Powers dr evil mr bIgglesWorTH ; proc print data=characters ; proc print data=characters ; where prxmatch('/^MR/', name) ; where prxmatch('/^Mr/', name); run ; run ; Obs name … they generate Obs name 1 MR Bigglesworth different results 3 Mr. -
Usability Improvements for Products That Mandate Use of Command-Line Interface: Best Practices
Usability improvements for products that mandate use of command-line interface: Best Practices Samrat Dutta M.Tech, International Institute of Information Technology, Electronics City, Bangalore Software Engineer, IBM Storage Labs, Pune [email protected] ABSTRACT This paper provides few methods to improve the usability of products which mandate the use of command-line interface. At present many products make command-line interfaces compulsory for performing some operations. In such environments, usability of the product becomes the link that binds the users with the product. This paper provides few mechanisms like consolidated hierarchical help structure for the complete product, auto-complete command-line features, intelligent command suggestions. These can be formalized as a pattern and can be used by software companies to embed into their product's command-line interfaces, to simplify its usability and provide a better experience for users so that they can adapt with the product much faster. INTRODUCTION Products that are designed around a command-line interface (CLI), often strive for usability issues. A blank prompt with a cursor blinking, waiting for input, does not provide much information about the functions and possibilities available. With no click-able option and hover over facility to view snippets, some users feel lost. All inputs being commands, to learn and gain expertise of all of them takes time. Considering that learning a single letter for each command (often the first letter of the command is used instead of the complete command to reduce stress) is not that difficult, but all this seems useless when the command itself is not known. -
Software II: Principles of Programming Languages Introduction
Software II: Principles of Programming Languages Lecture 5 – Names, Bindings, and Scopes Introduction • Imperative languages are abstractions of von Neumann architecture – Memory – Processor • Variables are characterized by attributes – To design a type, must consider scope, lifetime, type checking, initialization, and type compatibility Names • Design issues for names: – Are names case sensitive? – Are special words reserved words or keywords? Names (continued) • Length – If too short, they cannot be connotative – Language examples: • FORTRAN 95: maximum of 31 (only 6 in FORTRAN IV) • C99: no limit but only the first 63 are significant; also, external names are limited to a maximum of 31 (only 8 are significant K&R C ) • C#, Ada, and Java: no limit, and all are significant • C++: no limit, but implementers often impose one Names (continued) • Special characters – PHP: all variable names must begin with dollar signs – Perl: all variable names begin with special characters, which specify the variable’s type – Ruby: variable names that begin with @ are instance variables; those that begin with @@ are class variables Names (continued) • Case sensitivity – Disadvantage: readability (names that look alike are different) • Names in the C-based languages are case sensitive • Names in others are not • Worse in C++, Java, and C# because predefined names are mixed case (e.g. IndexOutOfBoundsException ) Names (continued) • Special words – An aid to readability; used to delimit or separate statement clauses • A keyword is a word that is special only -
Assessing the Impact of Case Sensitivity and Term Information Gain on Biomedical Concept Recognition
RESEARCH ARTICLE Assessing the Impact of Case Sensitivity and Term Information Gain on Biomedical Concept Recognition Tudor Groza1¤*, Karin Verspoor2,3 1 School of Information Technology and Electrical Engineering, The University of Queensland, St Lucia, Australia, 2 Department of Computing and Information Systems, The University of Melbourne, Melbourne, Australia, 3 Health and Biomedical Informatics Centre, The University of Melbourne, Melbourne, Australia ¤ Current address: Kinghorn Centre for Clinical Genomics, Garvan Institute of Medical Research, Darlinghurst, Australia * [email protected] Abstract OPEN ACCESS Concept recognition (CR) is a foundational task in the biomedical domain. It supports the important process of transforming unstructured resources into structured knowledge. To Citation: Groza T, Verspoor K (2015) Assessing the Impact of Case Sensitivity and Term Information Gain date, several CR approaches have been proposed, most of which focus on a particular set on Biomedical Concept Recognition. PLoS ONE 10 of biomedical ontologies. Their underlying mechanisms vary from shallow natural language (3): e0119091. doi:10.1371/journal.pone.0119091 processing and dictionary lookup to specialized machine learning modules. However, no Academic Editor: Indra Neil Sarkar, University of prior approach considers the case sensitivity characteristics and the term distribution of the Vermont, UNITED STATES underlying ontology on the CR process. This article proposes a framework that models the Received: August 22, 2014 CR process as an information retrieval task in which both case sensitivity and the informa- Accepted: January 9, 2015 tion gain associated with tokens in lexical representations (e.g., term labels, synonyms) are central components of a strategy for generating term variants. The case sensitivity of a Published: March 19, 2015 given ontology is assessed based on the distribution of so-called case sensitive tokens in Copyright: © 2015 Groza, Verspoor. -
Command Interface Guide Version 2.3.0 Table of Contents
Command Interface Guide Version 2.3.0 Table of Contents 1. About This Document . 5 1.1. Intended Audience . 5 1.2. New and Changed Information . 5 1.3. Notation Conventions . 5 1.4. Comments Encouraged . 8 2. Introduction . 9 3. Install and Configure . 10 3.1. Install trafci . 10 3.2. Test trafci Launch . 10 4. Launch trafci . 11 4.1. Launch trafci on Windows Workstation . 11 4.1.1. Create trafci.cmd Shortcut . 12 4.2. Launch trafci on Linux Workstation . 16 4.2.1. Set trafci.sh PATH . 16 4.2.2. Preset the Optional Launch Parameters . 17 4.3. Log In to Database Platform . 18 4.3.1. Log In Without Login Parameters . 18 4.3.2. Use Login Parameters . 19 4.4. Retry Login . 20 4.5. Optional Launch Parameters . 23 4.6. Run Command When Launching trafci . 25 4.7. Run Script When Launching trafci . 27 4.8. Launch trafci Without Connecting to the Database . 29 4.9. Run trafci With -version . 30 4.10. Run trafci With -help . 31 4.11. Exit trafci . 31 5. Run Commands Interactively . 32 5.1. User Interface . 32 5.1.1. Product Banner . 32 5.1.2. Interface Prompt . 32 5.1.3. Break the Command Line . 32 5.1.4. Case Sensitivity . 34 5.2. Interface Commands . 35 5.2.1. Show Session Attributes . 35 5.2.2. Set and Show Session Idle Timeout Value . 36 5.2.3. Customize the Standard Prompt . 37 5.2.4. Set and Show the SQL Terminator . 38 5.2.5.