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Welcome to the Ether! Today we have a Twitterspace hosted by Cephii with Jose Macedo from Delphi Digital, and Do Kwon! This is part 1 of 2.

Today on the Ether we have Delphi Digital hosting Delphi Live! You'll hear from ceteris, Can Gurel, 3xLiquidated, jordan, and more! Recorded on January 26th 2023. If you enjoy the music at the end of the episodes, you can find the albums streaming on Spotify, and the rest of your favorite streaming platforms. Check out Project Survival, Virus Diaries, and Plan B wherever you get your music. Thank you to everyone in the community who supports TerraSpaces.

PSL Videopremiär Delphi & Soleil Camara ' PHRESH Remix'

Richard Allen has been found guilty of all charges by a jury in Carroll County Court in the February 2017 deaths of teenagers Libby German and Abby Williams. » Read more of this week's stories: https://www.iustv.com/ Follow IUSTV on social media! » IUSTV on Instagram: https://www.instagram.com/iustv/ » IUSTV on Twitter: https://twitter.com/iustv IU Student Television is a completely student-run television station located on the IU Bloomington campus. Created in 2002, IUSTV exists to produce high-quality news, sports, and entertainment programming for the IU campus and Bloomington communities, while at the same time giving students hands-on opportunities to create media content. Members gain experience in a wide variety of areas including production, reporting, anchoring, editing, writing, podcasting, and much more. #crime #news #local #delphi

{*************************************************************} {            TKeySpy Component for Delphi 16/32               } { Version:   2.5                                              } { Author:    Aleksey Kuznetsov, Kiev, Ukraine                 } {            Алексей Кузнецов (Xacker), Киев, Украина         } { E-Mail:    [email protected]                              } { Home page: http://www.angen.net/~xacker/                    } { Created:   August, 16, 1998                                 } { Modified:  May, 28, 1999                                    } { Legal:     Copyright (c) 1998-1999 by Aleksey Xacker        } {*************************************************************} {                     KEYBOARD SPY:                           } { This component is intended for interception of pressing the } { keyboard. The KeySpy is possible to apply for interception  } { of the typed text of the another's programs, as keyboard    } { spy, or for processing events at type certain keywords etc..} {*************************************************************} {                 KEYBOARD SPY (Russian):                     } { Данная компонента предназначена для перехвата нажатий       } { клавиатуры. KeySpy можно применять для перехвата            } { набираемого текста чужих программ, как клавиатурный шпион,  } { или для выполнения какого-либо действия при наборе          } { определTнного ключевого слова (Keyword) и т.д.              } {*************************************************************} { Properties: ************************************************} {         Enabled: As it usual...                             } {         Keyword: At a set of this word event will be        } {                  carried out (See OnKeyword event).         } {    ActiveLayout: Active keyboard layout (string) Win32 only } {       SpyLayout: now present English, Russian and Italian   } {ActiveWindowTitle: Title of active window (Read only)        } {     Events: ************************************************} {    OnKeySpyDown: As OnKeyDown, but in any place (window).   } {      OnKeySpyUp: As OnKeyUp, but in any place (window).     } {       OnKeyword: The Keyword has been typed (See Keyword).  } { OnLayoutChanged: The Keyboard layout was changed. Win32 only} { OnActiveWindowChanged:                                      } {*************************************************************} {                    IMPORTANT NOTE:                          } {  This code may be used and modified by anyone so long as    } { this header and copyright information remains intact. By    } { using this code you agree to indemnify Aleksey Xacker from  } { any liability that might arise from its use. You must       } { obtain written consent before selling or redistributing     } { this code.                                                  } {                                                             } { If at occurrence of any questions concerning these          } { component, drop me mail: [email protected].               } {*************************************************************} {  Changes:                                                   } { 20.I.1999: Added 32-bit support                             } { 14.V.1999: Added OnChangeLayout event.                      } {            Added Italian and Russian keyboard layouts.      } { 28.V.1999: Added ActiveWindowTitle property.                } {*************************************************************}

I found this while looking for a VST1 SDK. Thought it would be useful to upload here. The original website link for this file is  https://www.2ccc.com/article.asp?articleid=5340 . Seems to contain a bunch of API's converted to the Pascal programming language for use with Delphi 7.

Chronic pain is a leading cause of personal suffering in Canada. People living with pain commonly report feeling misunderstood, dismissed, or stigmatized by their health professionals. This can undermine treatment outcomes by degrading the therapeutic alliance and engagement with treatment. As pain is a fundamentally subjective experience, people living with pain are uniquely positioned to help healthcare students develop a foundational understanding of lived experience of pain, as a foundation for building trust, credibility and relevance with future patients. This project will take a first step towards improving education on the lived experience of pain for healthcare professionals by achieving consensus on what Canadians living with pain think healthcare professionals should know about the experience of pain.

Chronic pain is a leading cause of personal suffering in Canada. People living with pain commonly report feeling misunderstood, dismissed, or stigmatized by their health professionals. This can undermine treatment outcomes by degrading the therapeutic alliance and engagement with treatment. As pain is a fundamentally subjective experience, people living with pain are uniquely positioned to help healthcare students develop a foundational understanding of lived experience of pain, as a foundation for building trust, credibility and relevance with future patients. This project will take a first step towards improving education on the lived experience of pain for healthcare professionals by achieving consensus on what Canadians living with pain think healthcare professionals should know about the experience of pain.

Chronic pain is a leading cause of personal suffering in Canada. People living with pain commonly report feeling misunderstood, dismissed, or stigmatized by their health professionals. This can undermine treatment outcomes by degrading the therapeutic alliance and engagement with treatment. As pain is a fundamentally subjective experience, people living with pain are uniquely positioned to help healthcare students develop a foundational understanding of lived experience of pain, as a foundation for building trust, credibility and relevance with future patients. This project will take a first step towards improving education on the lived experience of pain for healthcare professionals by achieving consensus on what Canadians living with pain think healthcare professionals should know about the experience of pain.

The Neuronal Ceroid Lipofuscinoses (NCLs) comprise a group of around 13 rare degenerative metabolic diseases unified by the accumulation of ceroid-lipofuscin like storage material in the body cells (Mole & Cotman, 2015, Mole et al. 2018). As a group, the NCLs represent the most common cause of childhood dementia. Juvenile NCL (JNCL, also NCL type 3, Batten's disease) is the most occurring form of NCL with an estimated number of 40 patients in the Netherlands. Most of these patients receive care at Bartiméus and Royal Visio (expertise organisations supporting blind and partially sighted people). JNCL causes children to lose their vision at primary school age. At that moment often learning and behavioral problems exist as well and increase as the disease propagates. Children with (the classical form of) JNCL do not get older than the age of 23 years on average. The disease and additional emotions and behavioral problems have a major impact on (the quality of) the life of the child with JNCL and its system, in particular on the parents and siblings (Adams et al. 2013, Von Tetzchner, 2019). There is a great need for more knowledge on emotional and behavioral problems that can accompany JNCL and for adequate support of children and parents with respect to these problems (Honingh et al, 2022). With this Delphi study we want to take a step in standardizing and substantiating the pedagogical support of families of children with JNCL. With the knowledge of a previous data analysis study (Honingh et al., 2022) and with the expertise of parents and NCL experts, we aim to develop a support module to help parents and children to deal with behavior and emotions. Through this research, a blueprint is created for the guidance of families of children with a degenerative disease.

A modified Delphi study that aims to find consensus- criteria for irremediable psychiatric suffering in the context of PAD.

The accurate diagnosis of urinary tract infections (UTIs) remains a significant challenge in resource-limited settings, where diagnostic capabilities vary considerably. This study aims to evaluate the accuracy of clinician UTI diagnoses at Sebbi Hospital in Uganda compared to the Delphi consensus standard for UTI research. Understanding this relationship will inform diagnostic practices and antibiotic stewardship in general hospitals and lower-level health centers in similar settings. We will test the hypothesis that clinician diagnoses of UTIs at general hospitals and lower-level health centers differ significantly from the Delphi consensus standard, particularly in the interpretation of clinical and urinalysis parameters. Additional investigations will also examine variations in diagnostic agreement between pediatric and adult populations.

Using a delphi method to ask pain experts through a questionnaire what expertise, knowledge and skills physiotherapists need when treating people with chronic pain.

Peer-reviewed, scholarly journals play a critical role in disseminating biomedical research. Scientific publications must be reported and disseminated according to particular best practice standards in order to be of use to clinicians, other researchers, and patients. For example, published research should be properly indexed and archived so that it can be found and preserved over time. Several calls have been made for academic journals to become more transparent, including opening up the peer-review process and making study data publicly available. To address this call for increased transparency, we want to develop a publicly available digital journal transparency tool that can assist different stakeholders including the public, researchers, and publishers to ascertain information about how a journal operates and which best practices it meets. The aim of this particular research study is to determine the needs and preferences for a digital transparency tool from the publishing community.

Peer-reviewed, scholarly journals play a critical role in disseminating biomedical research. Scientific publications must be reported and disseminated according to particular best practice standards in order to be of use to clinicians, other researchers, and patients. For example, published research should be properly indexed and archived so that it can be found and preserved over time. Several calls have been made for academic journals to become more transparent, including opening up the peer-review process and making study data publicly available. To address this call for increased transparency, we want to develop a publicly available digital journal transparency tool that can assist different stakeholders including the public, researchers, and publishers to ascertain information about how a journal operates and which best practices it meets. The aim of this particular research study is to determine the needs and preferences for a digital transparency tool from the publishing community.

This study will use a structured and systematic Delphi exercise approach to identifying the most pressing research priorities in relation to open science and health psychology as outlined by European Health Psychology Society (EHPS) members. This output of this process aims to inform and guide the conduct of focused, prioritised research by both EHPS members and others interested in open science within health psychology, reducing the likelihood for research waste whilst maximising the potential for collaborative research. This study is being run by the European Health Psychology Society’s (EHPS) Open Science Special Interest Group.

A Delphi study aims that assesses the incremental validity of both AMPD criteria by soliciting input from a panel of clinicians familiar with the AMPD model or actively utilizing it in clinical practice.

Climate change has a massive impact on the environment, society and health. It is therefore all the more surprising that climate change has received comparatively little attention in sports medicine to date. This project aims to use an innovative method to identify the health risks relevant to sports and to develop adequate prevention strategies.

Climate change has a massive impact on the environment, society and health. It is therefore all the more surprising that climate change has received comparatively little attention in sports medicine to date. This project aims to use an innovative method to identify the health risks relevant to sports and to develop adequate prevention strategies.

Introduction: Blood Flow Restriction (BFR) combined with therapeutic exercise has proven to be an effective tool for preserving muscle mass and optimizing function in patients with anterior cruciate ligament (ACL) injuries. However, there is a lack of standardization in its clinical application, particularly during the preoperative and postoperative phases of ACL reconstruction. In response to this need, the development of an expert consensus is proposed to define specific and safe protocols for BFR use in this context. Objective: To identify the criteria used in the application of blood flow restriction (BFR) protocols combined with exercise during the preoperative and postoperative phases in patients undergoing ACL reconstruction, with the ultimate goal of establishing clear guidelines regarding its application, progression, and frequency. Methodology: A three-round Delphi study will be conducted using online surveys. The questionnaire will be structured into six thematic blocks: (1) General guidelines for BFR application, (2) Specific protocols and considerations, (3) Frequency of BFR application, (4) Progression of protocols, (5) Preoperative ACL phase, and (6) Postoperative ACL phase. Over 30 experts—including researchers and clinicians with recognized experience in ACL rehabilitation and Blood Flow Restriction—will participate in the validation process. Experts will evaluate each item using Likert scales and provide qualitative feedback to refine content across successive rounds. Consensus will be defined based on pre-established agreement thresholds. The REDCap platform will be used to manage data collection, monitoring, and analysis. Descriptive analysis will be conducted to assess the level of consensus achieved and to identify items requiring modification or reformulation across rounds.

Sociodemographic variables influence health outcomes, either directly (i.e., gender identity) or indirectly (e.g., structural/systemic racism based on ethno-racial group). Identification of how sociodemographic variables can impact the health of critically ill adults is important to guide care and research design for this population. However, despite the growing recognition of the importance of collecting sociodemographic measures that influence health outcomes, insufficient and inconsistent data collection of sociodemographic variables persists in critical care studies. We aim to develop a set of core data variables (CoDaV) for social determinants of health (SDoH) specific to studies involving critically ill adults.

Patients aged 80 years and older represent the fastest growing cohort in intensive care units (ICUs) in many countries. By contrast to younger patients, these very old individuals are characterised by a high prevalence of chronic multi-morbidity and functional impairments which are summarised as geriatric conditions. They are associated with an increased vulnerability to acute stress (frailty), which influences ICU survival, recovery of functional abilities and quality of life after discharge. However, the presence and phenotype of geriatric conditions are variable among very old patients and the optimal model for managing these patients in the ICU is still unknown. This results in a substantial variability of intensive care for this cohort with wide-ranging ethical implications. There is no strong evidence for the optimal management of patients 80 years or older in the ICU. In this situation, a consensus among experts, obtained in a Delphi process, constitutes the best option to summarise the current knowledge and experience to develop recommendations for clinical practice.

The aim of this study was to build consensus about the use of existing maternal and neonatal data collection systems in LMICs for COVID-19 vaccines active safety surveillance, a basic set of variables, and the suitability and feasibility of including pregnant women and LMIC research networks in COVID-19 vaccines pre-licensure activities. Methods: A three-stage modified Delphi study was conducted over three months in 2020. An international multidisciplinary panel of 16 experts participated. Ratings distributions and consensus were assessed, and ratings’ rationale was analyzed. Conclusions: Although there was some uncertainty regarding feasibility, experts recommended using maternal and neonatal data collection systems and agreed on a common set of variables for COVID-19 vaccines active safety surveillance in LMICs.

There is currently no "gold standard" for assessing the quality of items used in Experience Sampling Method (ESM) research. As part of the ESM Item Repository project, we will assess the quality of items within the Repository. In order to do this, we first need to develop quality assessment criteria. To this end, we will conduct a Delphi study with ESM experts to develop quality assessment criteria that can be used within the ESM Item Repository project, but which can also benefit other researchers within the ESM community.

This Delphi study that seeks to clarify best practices in psilocybin-assisted psychotherapy. Delphi surveys will be conducted with researchers and clinicians experienced in psilocybin assisted psycotherpay. In the first round, we will ask open-ended questions about the methodology of clinical trials. Responses will be coded into a multiple-choice format via thematic analysis and returned to the participants as a second Delphi round. If required, this list of responses will be refined towards consensus in a third Delphi round. Rounds will continue until consensus is reached (70%). The purpose of this study is to clarify the best practices for psilocybin-assisted psychotherapy and seek expert opinions on challenges currently being faced in scientific trial designs.

This Delphi study that seeks to clarify best practices in psilocybin-assisted psychotherapy. Delphi surveys will be conducted with researchers and clinicians experienced in psilocybin assisted psycotherpay. In the first round, we will ask open-ended questions about the methodology of clinical trials. Responses will be coded into a multiple-choice format via thematic analysis and returned to the participants as a second Delphi round. If required, this list of responses will be refined towards consensus in a third Delphi round. Rounds will continue until consensus is reached (70%). The purpose of this study is to clarify the best practices for psilocybin-assisted psychotherapy and seek expert opinions on challenges currently being faced in scientific trial designs.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

A study determined specific skills and competencies that employers in Tempe, Arizona require in entry-level employees. It identified student-produced performance products applicants can use to signal proficiency in the skills and competencies. A modified Delphi inquiry was used, with 3 rounds of questionnaires over a 5-month period to survey 24 business and nonbusiness employment professionals. Quantitative and qualitative data gathered in each survey round were summarized and used to construct the next round's survey questionnaire. The Secretary of Labor's Commission on Achieving Necessary Skills (SCANS) Report was the basis for rating the importance of entry-level workplace skills and competencies. The panel of experts generated performance product ideas that could signal proficiency in each SCANS skill and competency and rated and ranked the performance products on Likert-type scales measuring applicability and usefulness to hiring personnel. Findings were a rank ordering by importance to the organization of SCANS skills and competencies that showed human interactive skills and competencies as most critical, technological and resource management skills and competencies as least, and a list of performance products to signal proficiency in a skill or competency--traditional (application forms, transcripts, letters of recommendation, lists of extracurricular activities, resumes) and nontraditional products (written documents, videotaped presentations, electronic media documentation, portfolios, exhibitions). (30 references) (YLB)

Purpose:  With the aim of understanding and analyzing the current situation and identifying strategic factors of development, performance, and future changes, this research has investigated the features, capabilities, and factors of the blockchain platform and determined the probability of occurrence and its impact on accounting and auditing as an automatic information system. Methodology:  This research is interdisciplinary and is based on an event approach in technology-oriented futurology, which is structured with a new point of view arising from theoretical foundations and effective and affected components. The opinions of 35 international experts in 1402 were collected by purposeful sampling and snowballing. A semi-structured online questionnaire has been collected and analyzed using the fuzzy Delphi method. Findings:  The results of this study show automated accounting and auditing in the blockchain platform. Automated as an evolution in the field of accounting and auditing due to the dissatisfaction caused by financial scandals, frauds, bankruptcies, and past failures; the situation and problems in professions, industries, and businesses; volume, type, and impact of existing laws, regulations and standards; social and political pressures according to the existing situation; the wishes, expectations, needs and requirements of customers, and the ever-increasing technological developments and capabilities of the blockchain platform as an undeniable and very important necessity for which the necessary conditions are ready. On the other hand, the accounting and auditing profession is also very susceptible to automatic and ready to accept it. Originality/Value:  The subject under investigation is one of the new topics in future research and foresight. The features, changes, and facilities that automated accounting and auditing bring to the blockchain platform all add to the importance and necessity of doing research.

Run SETUP.EXE from the \INSTALL directory of this CDROM to install Delphi Developer 2.0.  This setup program can be run on either Windows 95 or on Windows NT 3.51. =============== Delphi requires Windows 3.1 or a 100% compatible operating system, an 80386 or newer processor (486 recommended), and 6Mb of system memory (Delphi Client/Server requires 8Mb, 12Mb or more is recommended for Client/Server development). A minimum installation requires approximately 30Mb of disk space (a full installation of Delphi Client/Server requires approximately 80Mb). DCC.EXE, the DOS command-line compiler, requires at least 1Mb of extended memory. Delphi has been tested under Windows 3.1, Windows for Workgroups 3.11, Windows NT 3.5, OS/2 Warp, and Windows 95.

Run SETUP.EXE from the \INSTALL directory of this CDROM to install Delphi Developer 2.0.  This setup program can be run on either Windows 95 or on Windows NT 3.51. =============== Delphi requires Windows 3.1 or a 100% compatible operating system, an 80386 or newer processor (486 recommended), and 6Mb of system memory (Delphi Client/Server requires 8Mb, 12Mb or more is recommended for Client/Server development). A minimum installation requires approximately 30Mb of disk space (a full installation of Delphi Client/Server requires approximately 80Mb). DCC.EXE, the DOS command-line compiler, requires at least 1Mb of extended memory. Delphi has been tested under Windows 3.1, Windows for Workgroups 3.11, Windows NT 3.5, OS/2 Warp, and Windows 95.

Delphi 2 Vademecum Profesjonalisty Co znajdziesz na CD‑ROM’ie Żadna publikacja o charakterze instruktażowym nie może obyć się bez prezentacji konkretnych przykładów – i niniejsza książka również nie jest wyjątkiem: tekstowi wykładu towarzyszą obszerne listingi kompletnych modułów i ich istotnych fragmentów, splatając się z nim w jedną całość. Listingi te są jednak z natury fragmentaryczne – rzadko kiedy prezentowana jest cała aplikacja, gdyż najczęściej nie jest to konieczne; lukę tę uzupełnia kompletny kod źródłowy zawarty na krążku CD‑ROM, przyporządkowany poszczególnym rozdziałom książki i podzielony, w ramach każdego rozdziału, na odrębne projekty. Przeważająca większość aplikacji została przetłumaczona na język polski, w niektórych przypadkach nie było to jednak możliwe, głównie ze względu na niedo stępność kodu źródłowego niektórych modułów lub specyficzną treść czy postać danych . Przed przystąpieniem do studiowania książki i samodzielnej zabawy z aplikacjami nale ży wykonać dwie nieskomplikowane czynności instalacyjne: zainstalować niezbędne komponentów w Palecie oraz zdefiniować aliasy wykorzystywane przez aplikacje bazo­danowe. Za chwilę opiszemy szczegółowo, jak to zrobić. Oprócz listingów omawianych w tekście przykładowych aplikacji krążek CD‑ROM zawiera ponadto szereg interesujących plików: katalog 3rdParty zawiera kilka pozycji niezwykle cennych dla programisty Delphi 2.0, w szczególności: Pakiet Orpheus autorstwa Turbo Power Software InfoPower © Woll2Woll Software Enigma Plus Delphi GIS Component © TIMC Ltd. Protoview’s OLE Components for Delphi 2 Imagelib VCL z biblioteki Skyline Tools Demoshield 4 InstallShield © Stirling Technologies Wise Installation System z G reat Lakes Business Solutions a także obszerne fragmenty z trzech pierwszych numerów Delphi Informant Works z ro ku 1996 (w tym roku ukazało się oryginalne wydanie książki). W katalogu APD umieściliśmy jedną z ostatnich wersji pakietu Asynch Professional for Delphi autorstwa Turbo Power Software – wiodącego producenta w zakresie oprogramowania transmisji szeregowej; pakietowi temu dedykowany jest rozdział 29 niniejszej książki. W katalogu Extras znajduje się kilka ciekawych bibliotek, między innymi pakiet DelphiCGI umożliwiający efektywne tworzenie internetowych stron WWW. Zaawansowanych programistów zaciekawi z pewnością interesujący artykuł (w języku angielskim), wyjaśniający w bardzo szczegółowy sposób, czym 32‑bitowe Delphi 2.0 różni się od swego poprzednika – Delphi 1.0 oraz różnych wersji Turbo Pascala, ze szczególnym uwzględnieniem mechanizmów systemowych oraz ich wpływu na funkcjonowanie aplikacji. W katalogu BSCPolska zamieściliśmy informacje o Borland Support Center Polska – instytucji, która zajmuje się świadczeniem profesjonalnej pomocy technicznej dla produktów firmy Borland. W katalogu WydawnictwoHelion znajdują się informacje o wydawnictwie oraz atrakcyjny wygaszacz ekranu – prezent od wydawnictwa. Ponadto, dzięki uprzejmości BSC Polska, w katalogach CBuilderTrialEdition , Delphi2TrialEdition oraz IntraBuilderTrialEdition zamieściliśmy 30-dniowe, testowe wersje Borland C++Builder’a, Delphi 2.0 i IntraBuilder’a. Po tym krótkim wstępie przejdźmy do szczegółów, związanych z instalacją zawartości CD‑ROM’u w na dysku stałym. Instalacja przykładów Nie będzie to instalacja w sensie dosłownym, lecz po prostu przekopiowanie plików do wybranego katalogu, oczywiście z zachowaniem struktury podkatalogów. Krążek nie zawiera plików o długich nazwach, można więc użyć do kopiowania dowolnego programu DOS’owego – na przykład Dos Navigatora czy Norton Commandera. Pliki skopiowane z CD‑ROM’u na dysk stały (lub dyskietkę) posiadać będą prawdopodobnie atrybut Read Only , który może stanowić przeszkodę przy samodzielnych eksperymentach z kodem źródłowym aplikacji. Zaleca się wyzerowanie tego atrybutu w stosunku do wszystkich plików, tym bardziej, że niektóre z nich stanowią dane dla aplikacji i muszą być modyfikowalne. Można to osiągnąć bardzo prosto, za pomocą następującego polecenia systemowego ATTRIB –R nazwa_katalogu \*.* /S wydanego na przykład za pomocą opcji Uruchom menu Start (nazwa_katalogu oznacza oczywiście nazwę katalogu, do którego pliki z CD‑ROM’u skopiowano). Dla wygody, powyższą instrukcję umieściliśmy w pliku wsadowym UNRDONLY.BAT. Instalacja nowych komponentów Instalowanie w Palecie nowych komponentów następuje w sposób typowy dla Delphi 2 .0. Należy uruchomić Delphi 2.0, z menu głównego IDE wybrać opcję C omponent| I nstall , w wyświetlonym oknie dialogowym wybrać przycisk A dd i jako moduł źródłowy podać moduł _DDGCMPN.PAS znajdujący się w podkatalogu INSTALL (w stosunku do katalogu, do którego skopiowano zawartość CD‑ROM’u) – w jego zlokalizowaniu może okazać się pomocny przycisk B rowse . Po zlokalizowaniu modułu, naciśnięcie przycisku OK spowoduje rozpoczęcie instalacji trwającej – zależnie od szybkości komputera – od kilkudziesięciu sekund do kilkunastu minut. Ostateczne, na stronie DDG Palety Komponentów powinny zostać zainstalowane następujące komponenty: TAlarm TComponentEditorSample TdBaseTable TDefinePropTest TDigitalClock TDrawPanel THalfMinute THeaderListBox TLaunchPad TMarquee TMemView TNotifyIcon TParadoxTable TPasswordDialog TPlanets TRunButton TTabListBox TWaveFile TWorthLess Są one tu wymienione w kolejności alfabetycznej, rzeczywista kolejność w Palecie będzie inna, nie ma ona zresztą żadnego znaczenia. Dla oszczędności miejsca na dysku można usunąć pliki *.DCU utworzone w podkatalogu INSTALL , koniecznie należy natomiast pozostawić pliki źródłowe *.PAS, w przeciwnym bowiem wypadku nie będzie możliwa kompilacja zupełna projektów (Project|Build All). Niezależnie od powyższej listy, dodatkowych komponentów wymaga materiał rozdziałów 7 i  29 które zawierają one szczegółowy opis instalacji i wyjaśniają zagadnienia towarzyszące . Definiowanie aliasów Aliasy stanowią dla aplikacji Delphi uniwersalne identyfikatory baz danych, niezależnie od typu tych ostatnich; aliasem może być nazwa katalogu zawierającego poszczególne tabele bazy (dla dBase’a i Paradox’a), bądź pojedynczego pliku, w których zawarte są wszystkie tabele (np. bazy MS Access’a czy też bazy serwera InterBase). Na potrzeby przykładowych aplikacji niniejszej książki konieczne jest istnienie aliasów wyszczególnionych w poniższej tabeli: Alias Typ Ścieżka lub plik DB INTRBASE Intrbase\Examples\EMPLOYEE.GDB DBDEMOS STANDARD/Paradox Delphi 2.0\Demos\Data DDGDATA STANDARD/Paradox CODE\DATA DDGIB INTRBASE CODE\DATA\DDGIB.GDB DDGLOCAL STANDARD/Paradox CODE\DATA DDGSALES INTRBASE CODE\DATA\SALES.GDB IBLOCAL INTRBASE Intrbase\Examples\ EMPLOYEE.GDB SALESDB INTRBASE CODE\DATA\SALES.GDB Niezbędne jest w tym miejscu krótkie wyjaśnienie: ze względu na pewną dowolność w wyborze katalogów przy instalowaniu programów w Windows, w szczególności pakietu Delphi 2.0, nie jest możliwe podanie pełnych ścieżek aliasów, lecz jedynie ich podkatalogów. W powyższej tabeli podkatalog CODE odnosi się do katalogu, w którym utworzono kopię CD‑ROM’u, natomiast podkatalogi Delphi 2.0 oraz IntrBase związane są z katalogiem, w którym zainstalowano Delphi 2.0. Najwygodniejszym sposobem zainstalowania aliasów specyficznych dla przykładowych aplikacji (są to aliasy DDGDATA, DDGIB, DDGLOCAL, DDGSALES i SALESDB) jest uruchomienie programu DEFALIAS.EXE znajdującego się w głównym katalogu CD‑ROM’u. Przed uruchomieniem tego programu należy zamknąć wszystkie aplikacje wykorzystujące interfejs BDE – przede wszystkim samo Delphi 2.0 oraz ewentualne aplikacje bazodanowe stworzone za jego pomocą . Jeżeli program zasygnalizuje błąd wykonania, to najbardziej prawdopodobną tego przyczyną może być istnienie aliasu o podanej nazwie. Jeżeli więc wykonanie programu DEFALIAS.EXE zakończy się niepowodzeniem (bądź też Ty osobiście nie darzysz szczególną sympatią programów, które automatycznie zmieniają zawartość plików konfiguracyjnych), należy zdefiniować żądane aliasy w sposób bezpośredni, używając do tego celu programu BDECFG32.EXE, identyfikowanego w typowej instalacji Delphi 2.0 za pomocą skrótu BDE Configuration. Po uruchomieniu programu należy wybrać kartę Aliases i kliknąć w przycisk New Alias, a następnie wpisać jego nazwę oraz wybrać stosowny typ, zgodnie z powyższą tabelą; dla typu STANDARD należy wpisać w pole TYPE rodzaj sterownika Paradox (jak w tabeli), samą zaś ścieżkę określającą alias wpisać należy w pole PATH. Dla typu INTRBASE ścieżkę tę należy wpisać w pole SERVER NAME (a nie w pole PATH, jak można by przypuszczać), ponadto należy podać SYSDBA jako nazwę użytkownika‑kreatora bazy (pole USER NAME). Należy następnie zapisać zmiany w pliku konfiguracyjnym, za pomocą opcji File|Save i zakończyć pracę programu. Źródła programu DEFALIAS znajdują się w podkatalogu \CODE\DEFALIAS. Po wykonaniu powyższych czynności instalacyjnych nie wolno już zmieniać lo kalizacji plików skopiowanych z CD-ROM’u. W przypadku konieczności prze niesienia tych plików do innego katalogu należy przeprowadzić deinstalację pa kietu (w sposób opisany poniżej) i zainstalować pliki w nowej lokalizacji. Deinstalacja pakietu Proces deinstalacji pakietu jest równie prosty jak jego instalacja i polega na usunięciu wybranych komponentów z Palety oraz skasowaniu aliasów zdefiniowanych przez program DEFALIAS.EXE. Usunięcia komponentów dokonuje się za pomocą opcji Component|Install w menu głównym IDE: w okienku Installed units należy zaznaczyć usuwany moduł i nacisnąć przycisk Remove; czynność tę należy powtórzyć dla każdego usuwanego modułu – w opisywanym przypadku będą to moduły następujące 1 : _DDGCMPN CARDS APDREG APDTREG APDFREG W celu usunięcia aliasów należy zamknąć Delphi 2.0 (i wszystkie inne aplikacje wykorzystujące interfejs BDE), uruchomić program BDECFG32.EXE, (identyfikowany w typowej instalacji Delphi 2.0 za pomocą skrótu BDE Configuration), wybrać kartę Aliases i, używając przycisku Delete Alias, usunąć kolejno aliasy DDGDATA, DDGIB, DDGLOCAL, DDGSALES i SALESDB. Przed zakończeniem pracy programu należy zmiany te utrwalić w pliku konfiguracyjnym BDE, za pomocą opcji File|Save. Po wykonaniu powyższych czynności można już skasować pliki pakietu lub przenieść je do innego katalogu (zachowując oczywiście strukturę podkatalogów). Życzymy przyjemnej pracy i wielu pożytków z niniejszej książki. Będziemy wdzięczni za wszelkie uwagi, które postaramy się wykorzystać ku pożytkowi naszych Czytelników . Wydawnictwo HELION 1 Moduł CARDS instalowany jest w związku w rozdziałem 7., natomiast trzy ostatnie moduły – APDREG, APDFREG i APDTREG pochodzą z pakietu APD, opisywanego w rozdziale 29. Może się więc zdarzyć, że nie zostały one jeszcze zainstalowane – ich brak w okienku Installed units nie oznacza więc żadnej sytuacji nienormalnej i nie przeszkadza w wykonaniu deinstalacji.

Delphi 5 was an excellent tool made by Borland to counter Microsoft Visual Basic 6 which was most popular RAD tool of its time for making 32-bit applications.

80 pages : 24 cm

80 pages : 24 cm

xxvii, 1556 p. ; 24 cm

Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method 作者： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan* School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 作者单位： 1. School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 提交时间： 2023-11-10 16:13:57 摘要: none Chronic diseases Patient participation Medication safety Self-evaluation Delphi technique 分类： 医学、药学 >> 临床医学 引用： ChinaXiv:202311.00073 (或此版本 ChinaXiv:202311.00073V1 ) DOI:10.12074/202311.00073V1 CSTR:32003.36.ChinaXiv.202311.00073.V1 推荐引用方式： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan*.(2023).Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method.中国全科医学.doi:10.12074/202311.00073V1 版本历史 [V1] 2023-11-10 16:13:57 ChinaXiv:202311.00073V1 下载全文

Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method 作者： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan* School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 作者单位： 1. School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 提交时间： 2023-11-10 16:13:57 摘要: none Chronic diseases Patient participation Medication safety Self-evaluation Delphi technique 分类： 医学、药学 >> 临床医学 引用： ChinaXiv:202311.00073 (或此版本 ChinaXiv:202311.00073V1 ) DOI:10.12074/202311.00073V1 CSTR:32003.36.ChinaXiv.202311.00073.V1 推荐引用方式： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan*.(2023).Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method.中国全科医学.doi:10.12074/202311.00073V1 版本历史 [V1] 2023-11-10 16:13:57 ChinaXiv:202311.00073V1 下载全文

Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method 作者： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan* School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 作者单位： 1. School of General Practice and Continuing Education, Capital Medical University, Beijing 100069, China 提交时间： 2023-11-10 16:13:57 摘要: none Chronic diseases Patient participation Medication safety Self-evaluation Delphi technique 分类： 医学、药学 >> 临床医学 引用： ChinaXiv:202311.00073 (或此版本 ChinaXiv:202311.00073V1 ) DOI:10.12074/202311.00073V1 CSTR:32003.36.ChinaXiv.202311.00073.V1 推荐引用方式： FENG Zhengwen, CHEN Xiaolei, LI Hui, ZHU Chenli, SHAO Shuang, DU Juan*.(2023).Preliminary Development of Self-assessment Scale for the Ability of Outpatients with Chronic Diseases to Participate in Medication Safety Based on the Delphi Method.中国全科医学.doi:10.12074/202311.00073V1 版本历史 [V1] 2023-11-10 16:13:57 ChinaXiv:202311.00073V1 下载全文

Canciones pertenecientes al album "Rumbo al horizonte" de Proyecto Delphi

"How to implement Roxxe protection in Delphi development environment" document. Provided from Original War's Discord server.

"How to implement Roxxe protection in Delphi development environment" document. Provided from Original War's Discord server.

"How to implement Roxxe protection in Delphi development environment" document. Provided from Original War's Discord server.

"How to implement Roxxe protection in Delphi development environment" document. Provided from Original War's Discord server.