In the case of web applications, this describes the server OS. For centrally hosted websites that are proprietary, this is not applicable. Any client OS can connect to a web service unless stated otherwise in a footnote.
This table lists the machine-readable file formats that can be exported from reference managers. These are typically used to share data with other reference managers or with other people who use a reference manager. To exchange data from one program to another, the first program must be able to export to a format that the second program may import. Import file formats are in a table below this one.
This table lists the file formats which may be manually imported into the reference managers without needing to connect to one particular database. Many of these database companies use the same name for their file format as they do for their database (including Copac, CSA, ISI, Medline, Ovid, PubMed, and SciFinder). For the ability to retrieve citations from the particular databases (rather than the file format), please refer to the database connectivity table that is below this table.
Some reference management software include support for automatic embedding and (re)formatting of references in Word processor programs. This table lists this type of support for Microsoft Word, Pages, Apache OpenOffice / LibreOffice Writer, the LaTeX editors Kile and LyX, and Google Docs. Other programs are able to scan RTF or other textual formats for inserted placeholders which are subsequently formatted. Most reference management programs support copy/paste or drag-and-drop of references into any editor, but this is not meant here.
This table lists the academic databases and search engines which reference managers can import from. In some cases, a search and retrieval can be conducted directly in the reference manager. In others, a bookmarklet or Firefox extension will allow a site to be scraped.
Some reference managers provide network functionality (N/A, not available, means the product has no networking, while "No" indicates it does but lacks an implemented feature). The Lightweight Directory Access Protocol (LDAP) is an open, vendor-neutral, industry standard application protocol for accessing and maintaining distributed directory services over an Internet Protocol (IP) network.[46]
If we have just installed Elixir for the first time, we will need to install the Hex package manager as well. Hex is necessary to get a Phoenix app running (by installing dependencies) and to install any extra dependencies we might need along the way.
When we install Elixir using instructions from the Elixir Installation Page, we will usually get Erlang too. If Erlang was not installed along with Elixir, please see the Erlang Instructions section of the Elixir Installation Page for instructions.
The phx.new generator is now available to generate new applications in the next guide, called Up and Running. The flags mentioned below are command line options to the generator; see all available options by calling mix help phx.new.
PostgreSQL is a relational database server. Phoenix configures applications to use it by default, but we can switch to MySQL, MSSQL, or SQLite3 by passing the --database flag when creating a new application.
However, if you are just getting started with Phoenix, we recommend you to install PostgreSQL and make sure it is running. The PostgreSQL wiki has installation guides for a number of different systems.
Phoenix provides a very handy feature called Live Reloading. As you change your views or your assets, it automatically reloads the page in the browser. In order for this functionality to work, you need a filesystem watcher.
Note: code examples below are written for Python 3.5.x, it is possible to adapt them for Python 3.4.x by replacing await with yield from and async def with @asyncio.coroutine decorator. And async context managers like transaction() etc, are only possible in Python 3.5+
After using the MacBook Pro 2015 for several years, I upgraded to a MacBook Pro 2022 a while ago. The years with my previous Mac were fantastic, and now, with the newer MacBook Pro, I continue to work efficiently on my freelance web development projects. My goal is to keep this MacOS setup for web development up-to-date for you. This is everything I got in 2024:
That's it. You have created an SSH key locally for one specific service, secured it via a passphrase, made it automatically available for every terminal session, and applied it to GitHub. In the case of GitHub, you are now able to interact with GitHub via SSH.
The node version manager (NVM) is used to install and manage multiple Node versions. After you have installed it via Homebrew in a previous step, type the following commands to complete the installation:
The objective of this research was to provide soft-computing generics algorithms to manage the primary actions of the maintenance function, through the integration of tangible and intangible assets of a company. The design methodology used is based on the RUP (Rational Unified Process). The implementation was made with the C++ Builder compiler and was used PostgreSQL as database manager. Among the main results obtained are an increased the quality of the process since 100 % of the data collected in the work orders is tabulated in the database, reducing considerably the time of searching information related to work orders issued. It also was achieved a reduction of 13,994.03 hours per year, which translates as an increase in the equipment availability indicator.
El objetivo de esta investigacin fue proporcionar unos algoritmos genricos informatizados para gestionar las acciones primarias de la funcin mantenimiento, a travs de la integracin de los activos tangibles e intangibles de una empresa. La metodologa de diseo utilizada se bas en la RUP (Proceso Unificado Racional). La implementacin se realiz con el compilador C ++ Builder y se utiliz PostgreSQL como gestor de bases de datos. Para evaluar la efectividad de los algoritmos se analiz un intervalo de tres aos antes y tres aos despus de su implementacin. Entre los principales resultados obtenidos se encuentra un incremento de la calidad del proceso, pues el 100 % de la informacin de los datos recogidos en las rdenes de trabajo se encuentra en una base de datos; reduciendo considerablemente el tiempo de bsqueda de informacin relativa a las rdenes de trabajo emitidas. Adicionalmente se logr una reduccin de 13954,03 horas anuales, destinadas a acciones preventivas o correctivas, lo que se traduce en un aumento en el indicador de disponibilidad de los activos.
Business management refers to the administration of a company; it is related to the disaggregations: planning, direction, coordination and control; which have been abruptly synthesized by modern approaches to business management. At the beginning of the 21st century, advanced companies began to apply the integral asset management process, taking into account that the assets are the primary source of wealth production in a company [1, 2]. These companies operate as an integrated process, which interrelate the traditional functions (operations, asset maintenance, purchasing, finance, risks, environment, human resources, distribution, marketing and technology). Nevertheless, in order to the intangible resources generate value for companies, it is necessary to manage them according to management models witch are sometimes sophisticated, complex and practically lack empirical evidence [3].
Simes, Gomes and Yasin show that an effective assets management from a strategic point of view, have direct implications for organizations that try to measure the effectiveness of their maintenance efforts [4]. On the other hand, Fraser in a study carried out in 2015 on maintenance management models, highlights the importance of finding a practical approach in modern strategies for managing the maintenance function [5].
Maintenance department is the principal responsible of keeping the company assets at the most highest level of availability, through preventive maintenance programs and the control of corrective actions. To reach the operational excellence and reduce the losses that appear throughout the operation chain and, at the same time, improve the management capacity of all the personnel involved in the production; the complete integration of the entire team should be sought. To face this challenge, new methods or management models applicable to these environments have been developed, such as Reliability-centered maintenance (RCM), Risk-based maintenance (RBM), Condition-based maintenance (CBM), Availability-based maintenance (ABM), and Evidence-based asset management (EBAM), Prognosis Help Management (PHM), among others.
These advanced techniques require, in most cases, informatics management systems or informatics tools; which can be very complex if they lack computer tools for their control [6-8]. The implementation of computerized systems with the aim of managing the company assets, is considered a good maintenance practice to achieve excellence. Despite this reality, success depends on the adequacy of the computer system with the functional requirements of the company [9]. Many benefits can be obtained by applying asset management strategies based on computer applications [10, 11].
Wienker, Henderson and Volkerts, developed a study that allowed identifying the impact of computerized systems for maintenance management on the overall results of the company. In some cases the results were negative and were attributed, among others, to the low level of training of technicians in these environments and the lack of support by the top management of the company [12]. Fumagalli, considers that before implementing a modern strategies for maintenance management, it is necessary to have a computer application or computer processing algorithms well-structured that allow the treatment of data [13]. Other authors consider that the strategic assets management, through computer applications, is expandable to any environment, including the hospital and biotechnology sector. Regardless the level of complexity of these scenarios, could be reach benefits such as the provision of a better health service and the extension of the useful life of medical assets [14].
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