OpenLLM-France/wikimedia huggingface dataset:
# Economic Sophisms/229

"I don't very well know."
"Is it not that which, for a determinate amount of labour, obtains the greater quantity of cloth?"
"It seems so."
"And which is best for a nation, to have the choice between these two means, or that the law should prohibit one of them, on the chance of stumbling on the better of the two?"
"It appears to me that it is better for the nation to have the choice, inasmuch as in such matters it invariably chooses right."
"The law, which. prohibits the importation of foreign cloth, decides, then, that if France wishes to have cloth, she must make it in kind, and that she is prohibited from making the something else with which she could purchase foreign cloth."
"True."
"And as the law obliges us to make the cloth, and forbids our making the something else, precisely because that something else would exact less labour (but for which reason the law would not interfere with it) the law virtually decrees that for a determinate amount of labour, France shall only have one yard of cloth, when for the same amount of labour she might have two yards, by applying that labour to something else."
"But the question recurs, 'What else?'"
"And my question recurs, 'What does it signify?' Having the choice, she will only make the something else to such an extent as there may be a demand for it."
"That is possible; but I cannot divest myself of the idea that the foreigner will send us his cloth, and not take from us the something else, in which case we would be entrapped. At all events, this is the objection even from your own point of view. You allow that France could make this something eke to exchange for cloth, with a less expenditure of labour than if she had made the cloth itself?"
"Undoubtedly."
"There would, then, be a certain amount of her labour rendered inert?"
"Yes; but without her being less well provided with clothes, a little circumstance which makes all the difference. Robinson lost sight of this, and our protectionists either do not see it, or
# Economic Sophisms/230

<pagequality level="3" user="Zoeannl" />style="background: #ececec; text-align: left; padding-left: 0.5em; font-weight: bold;" class="table-rh" pretend not to see it. The shipwrecked plank rendered fifteen days of Robinson's labour inert, in as far as that labour was applied to making a plank, but it did not deprive him of it. Discriminate, then, between these two kinds of diminished labour—the diminution which, has for effect privation, and that which has for its cause satisfaction. These two things are very different, and if you mix them up, you reason as Robinson did. In the most complicated, as in the most simple cases, the sophism consists in this : Judging of the utility of labour by its duration and intensity, and not by its results; which gives rise to this economic policy: To reduce the results of labour for the purpose of augmenting its duration and intensity."
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 15

Title: Deeper Magic from before the Dawn of Time
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 4

Title: Turkish Delight
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 14

Title: The Triumph of the Witch
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 3

Title: Edmund and the Wardrobe
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 16

Title: What happened about the Statues
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 12

Title: Peter's First Battle
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 13

Title: Deep Magic from the Dawn of Time
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 17

Title: The Hunting of the White Stag
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 2

← Chapter 1 | Chapter 3 →

## Overview

Title: What Lucy found there

## Synopsis

Once the Faun had picked up his parcels, he greets Lucy politely, and asks if she is human, a Daughter of Eve. When Lucy confirms that she is, the Faun, apparently briefly confused, says what a delight it is to meet a Daughter of Eve at last, and introduces himself as Tumnus. Tumnus, after inquiring where Lucy has come from, mentions that here in Narnia it is winter, and has been for a long time. He then invites Lucy for tea, and the two of them walk off together to Tumnus' cave, which is a cozy apartment with a fire on the hearth and books on the wall.
The two of them have tea, and Tumnus tells stories of the way Narnia was before the winter, and when he is tired of that, takes down a set of pipes and plays a tune that makes Lucy want to laugh and cry and dance and sleep, all at once. Lucy suddenly realizes that she has been there for hours, and that she must go back, but Tumnus bursts into tears, saying that he is a bad Faun, that he has taken service with the White Witch, and has said that he would betray to her any Daughter of Eve who came to Narnia. It is the White Witch who has made it forever winter, and if she finds out that Tumnus had failed to hand Lucy over to her, she could turn him to stone, and he would stay that way until the Four Thrones at Cair Paravel are filled. Lucy eventually calms him down, and he agrees to take her back to the lantern, saying that now that he knows what a Daughter of Eve is like, he could never betray her to the White Witch.
The two of them walk back through the woods, much more carefully as Mr. Tumnus says that even some of the trees are on Her side. Once at the lantern, Lucy sees the light from the wardrobe, and returns to the Professor's house, saying that she is all right and she's back.

## Analysis

We will see throughout the series that most Narnian residents have only one name. Tumnus is one such example; if we need to refer to him with more precision, one supposes he would be "Tumnus the faun". Lucy refers to him as "Mr. Tumnus", and so do the other Pevensie children, throughout the first part of this book. This actually is standard British practice for the era, particularly among minor children; at school, one introduced oneself by surname, and was addressed by surname, with "Mr." tacked on the front to indicate respect for elders.
While it is quite early in the book, we have already been given some idea of what the antagonist of this series is like. The White Witch, we have learned, is keeping the land of Narnia in a perpetual winter, and is threatening retribution on those who do not carry out her wishes.
# Chronicles of Narnia/Books/The Lion, the Witch, and the Wardrobe/Chapter 11

Title: Aslan is nearer
# GNU C Compiler Internals
## What is GCC?

GNU Compiler Collection (GCC) is a free software project that includes compilers for Ada, C, C++, Fortran, Java, and Objective-C, as well as libraries for these languages. It is capable of generating executables for a variety of platforms including x86, ARM, MIPS, PowerPC, etc.

## History of GCC

The homepage of GCC is http://gcc.gnu.org. The modern history of GCC begins with the GCC 2.95 release. This version was released on July 31, 1999. GCC 3.0 which is considered modern history for the C++ compiler was released on June 18, 2001. Additional branches were created later on. As of now, the active development branches are GCC 3.4 with a latest release on November 30, 2005, and GCC 4.0 released last time on September 28, 2005. GCC 4.1 was released on Feb 28 2006. GCC 4.2 is the development branch of GCC. The source code repository is available online. GCC 4.2 (the trunk) is the only place where real development happens and new features can go.
GCC has become popular in industry and academia. The availability of its source code allows one to add new features to the compiler. GCC is used in several source-code based security projects, that is, in the tools that instrument the source code of the program to make it more secure. However, very few documents describing the GCC internals have been published so far.
When new functionality is implemented, the source code of GCC is modified directly. However, these compiler extensions are difficult to distribute because GCC is a really big program. A framework for creating modular extensions would greatly simplify the development of compiler extensions.
GCC 4.0 and above includes SSA optimizers and should be used for further high level optimizations and transformations. The RTL level should only be used for target specific optimizations and optimizations which are low level such as scheduling. Any GCC before 4.0 is in some minds an old dated compiler which was showing its age.

## Purpose of this book

The purpose of this book is to address the demands of GCC hackers. We start with a description of GCC 3.4.1 architecture focusing on the source code parser. We chose this version of GCC because we used this version mostly. Then we address the problem of extension development. We present the GCC Extensibility Modules (GEM) project in the next chapter. GEM provides a number of hooks throughout GCC source code. It is implemented as a patch to GCC. A GEM-based compiler extension is developed as a stand-alone program. When the extension is completed, only its source code is distributed compared with distributing the source code of the GCC if GEM is not used. We give examples that demonstrate GEM programming at the end of the book.
| Take home: | What this book is: a guide to GCC internals for extension programmers. GEM framework for developing modular extensions is introduced. What this book is not: a programming language reference, GCC installation manual. |
This book describes two releases of GCC: 3.4 and 4.1.
* Read about GCC 3.4.
* Read about GCC 4.1.
* GNU C Compiler Architecture
# GNU C Compiler Internals/Contributors 3 4

| Prev: Links | Contributors | Next: |
# GNU C Compiler Internals/Contributors 4 1

| Prev: Links | Contributors | Next: |
# GLSL Programming/iOS

Apple provides a lot of documentation for developing OpenGL ES apps on iOS. Apple iOS developers have access to even more information, forums, video tutorials, examples, etc.
< GLSL Programming
# GNU C Compiler Internals/Contributors

AlexeySmirnov - Kernigh - 68.111.13.24 - Ness - 210.214.81.233 Muzammil A. Sayid - 213.249.248.114 - 67.163.203.159 - 195.150.224.236 - 199.254.212.44 - 193.48.171.245 - 193.22.32.200 - 80.71.243.242
| Prev: Links | Contributors | Next: |
# FOSS Open Standards/Acknowledgements

The author would like to thank all those who have helped and contributed to the preparation of this primer, including Shahid Akhtar and Phet Sayo of UNDP-APDIP, and Sunil Abraham and Khairil Yusof of IOSN. He would also like to thank the organizations and people who have provided useful feedback and constructive criticisms to the primer; they include BSA, CompTIA, Microsoft, Richard Stallman, Tony Di Cenzo and Raul Zambrano.
# FOSS Open Standards/About the Author

The author has been in the ICT industry for over 16 years and is experienced in networking protocols, internetworking and information security issues. He participates actively in Malaysian ICT organizations, in particular, MNCC (Malaysian National Computer Confederation) and PIKOM (Association of the Computer and Multimedia Industry of Malaysia). He has been involved in numerous MNCC and PIKOM events and initiatives and has represented both bodies in various Government committees, working groups and task forces on subject matters like the Internet, ICT security, IT standards and FOSS, at both the national and international levels.
The author participates actively in local standardization activities being a member of several technical committees and working groups for IT standards in the Malaysia. He currently works as an independent consultant in the areas of FOSS deployment and information systems security.
He is also the co-author of the Linux Desktop User Guide published by the International Open Source Network (IOSN), an initiative under the United Nations Development Programme (UNDP).
# GNU Data Language/DEFSYSV

DEFSYSV,[3 Args],EXISTS

##### PARAMETERS

* [3 Args]
* EXISTS
# GNU Data Language/EXIT

EXIT,NO_CONFIRM,STATUS

##### PARAMETERS

* NO_CONFIRM
* STATUS
# GNU Data Language/H5D CLOSE

H5D_CLOSE,[1 Arg]

##### PARAMETERS

* 1
# GNU Data Language/DEVICE

DEVICE,CLOSE_FILE,FILENAME,LANDSCAPE,PORTRAIT,DECOMPOSED,GET_DECOMPOSED,Z_BUFFERING,SET_RESOLUTION,SET_CHARACTER_SIZE

##### PARAMETERS

* CLOSE_FILE
* FILENAME
* LANDSCAPE
* PORTRAIT
* DECOMPOSED
* GET_DECOMPOSED
* Z_BUFFERING
* SET_RESOLUTION
* SET_CHARACTER_SIZE
# GNU Data Language/ERASE

ERASE,[1 Arg]

##### PARAMETERS

* 1
# GNU Data Language/H5F CLOSE

H5F_CLOSE,[1 Arg]

##### PARAMETERS

* 1
# GNU Data Language/CONTOUR

CONTOUR,[3 Args],BACKGROUND,CHARSIZE,CHARTHICK,CLIP,COLOR,DATA,DEVICE,FONT,NOCLIP,NODATA,NOERASE,NORMAL,POSITION,SUBTITLE,T3D,THICK,TICKLEN,TITLE,XCHARSIZE,XGRIDSTYLE,XMARGIN,XMINOR,XRANGE,XSTYLE,XTHICK,XTICKFORMAT,XTICKLEN,XTICKNAME,XTICKS,XTICKV,XTICK_GET,XTITLE,YCHARSIZE,YGRIDSTYLE,YMARGIN,YMINOR,YRANGE,YSTYLE,YTHICK,YTICKFORMAT,YTICKLEN,YTICKNAME,YTICKS,YTICKV,YTICK_GET,YTITLE,ZCHARSIZE,ZGRIDSTYLE,ZMARGIN,ZMINOR,ZRANGE,ZSTYLE,ZTHICK,ZTICKFORMAT,ZTICKLEN,ZTICKNAME,ZTICKS,ZTICKV,ZTICK_GET,ZTITLE,ZVALUE,LEVELS,MAX_VALUE,MIN_VALUE,AX,AZXLOG,YLOG,ZLOG

##### PARAMETERS

* [3 Args]
* BACKGROUND
* CHARSIZE
* CHARTHICK
* CLIP
* COLOR
* DATA
* DEVICE
* FONT
* NOCLIP
* NODATA
* NOERASE
* NORMAL
* POSITION
* SUBTITLE
* T3D
* THICK
* TICKLEN
* TITLE
* XCHARSIZE
* XGRIDSTYLE
* XMARGIN
* XMINOR
* XRANGE
* XSTYLE
* XTHICK
* XTICKFORMAT
* XTICKLEN
* XTICKNAME
* XTICKS
* XTICKV
* XTICK_GET
* XTITLE
* YCHARSIZE
* YGRIDSTYLE
* YMARGIN
* YMINOR
* YRANGE
* YSTYLE
* YTHICK
* YTICKFORMAT
* YTICKLEN
* YTICKNAME
* YTICKS
* YTICKV
* YTICK_GET
* YTITLE
* ZCHARSIZE
* ZGRIDSTYLE
* ZMARGIN
* ZMINOR
* ZRANGE
* ZSTYLE
* ZTHICK
* ZTICKFORMAT
* ZTICKLEN
* ZTICKNAME
* ZTICKS
* ZTICKV
* ZTICK_GET
* ZTITLE
* ZVALUE
* LEVELS
* MAX_VALUE
* MIN_VALUE
* AX
* AZXLOG
* YLOG
* ZLOG
# GNU Data Language/FREE LUN

FREE_LUN,[inf. Args],EXIT_STATUS,FORCE

##### PARAMETERS

* [inf. Args]
* EXIT_STATUS
* FORCE
# GNU Data Language/GET LUN

GET_LUN,[1 Arg]

##### PARAMETERS

* 1
# GNU Health

Welcome to the community Wiki of GNU Health!

## Table of Contents
### GNU Health : Freedom and Equity in Health Care

* Preface
* Introduction
* Resources

### The Basics

* First Steps
* The core module
** Health Institutions
** Domiciliary Units
** Individuals
** Book of Life
** Families
** Health Professionals
** Medicaments
** Prescriptions
** Vital Records
** Immunizations
* Configuration
* Command Line

### Patient Management

* Patient Management
* Patient Evaluations
* Patient Appointment and Admission Management

### Health Center Management

* Occhiolino, the GNU LIMS : Laboratory Information Management System
* Financial Accounting
* Analytic Accounting
* Products and Services Management
* Purchase Administration
* Stock Management
* Access Management

### GNU Health Federation

* GNU Health Federation
* Thalamus

### Modules in Detail

* Socioeconomics
* Lifestyle
* Functioning and Disability
* Gynecology
* Obstetrics
* Genetics
* Surgery
* Pediatrics
* Nursing
* Imaging
* Inpatient Management
* Intensive Care Unit
* Neglected Tropical Diseases
* Reporting

### Health Information System

* Demographics
* Epidemiology

### GNU Health HMIS Node Technical Guide

* Installation
* Administration
** User Interface
** Models
** Sequences
** Scheduler
** Localization
** Modules
** Users
** Countries
** Calendar and WebDAV
* Central Authentication
* The GNU Health Control Center
* The SYSINFO Command
* Patches and Patchsets
* Upgrade
* Backups and High-Availability
* Security
* Troubleshooting
* FHIR REST server
* Using the FHIR REST server
* Release Process
* Contributing

### Demo and test environments

* Different ways to test GNU Health
* The Demo database
* The Live-CD

### Plugins

* GNU Health Plugins

### The GNU Health Embedded project

* GNU Health Embedded

### GNU Health Federation Technical Guide

* Federation Technical Guide

### Developer's Corner

* Developer's corner

### Appendix

* Code of Conduct
* Glossary
* FAQ
* Operating System-Specific Notes
* Packaging Guidelines
* Community Pages
* Errata
# Circuit Theory/Lab4.5.1

Example, find the thevenin equivalent of this circuit, treating R7 as the load.
* Simulate the circuit, displaying load voltage and current as the load is swept through a range of resistance values
* Simulate the thevenin equivalent circuit and again sweep the load voltage and current through a range of resistance values

## Finding Thevenin Voltage

Open the load (resistor R7), and find the voltage across it's terminals.
R$_5$ and R$_6$ are dangling and can be removed.
V$_{th}$ = V$_A$ - V$_B$
V$_A$ = 2-V$_{R1}$ = 2 - (2-5)*2.2/(2.2+4.7) .. voltage divider
V$_A$ = 2.9565
V$_B$ = 5-V$_{R3}$ = 5 - 5*6.8/(6.8+6.8) .. voltage divider
V$_B$ = 2.5 volts
V$_{th}$ = 2.9565 - 2.5 = 0.4565 volts
Can check with this simulation.

## Finding Thevenin Resistance

Remove the load, zero the sources.
Redraw up and down so the parallel/serial relationships between the resistors are obvious.
* $R_{th}=1+{\frac {1}{{\frac {1}{2.2}}+{\frac {1}{4.7}}}}+{\frac {1}{{\frac {1}{6.8}}+{\frac {1}{6.8}}}}+1.5$
* $R_{th}=7.3986$

## Finding Norton Current

I$_N$ = V$_{th}$/R$_{th}$ = 0.4565/7.3986 = 0.0617 amp

## Simulating the original circuit

In the simulation, can see the computed Norton's current when the load is 0 ohms.
Can see the computed Thevenin voltage when the load is around 20 ohms which approximates an open.

## Comparing with the Thevenin Equivalent

In this simulation, can see the same values, except this time the load voltage is relative to ground, so don't have to look at a drop or differences between two voltages as with the original circuit simulation.
* Sweep simulation of original circuit for R7 values of 47 ranging from 0 to 20
* The thevenin equivalent with the R7 load in place
* Sweep simulation of the thevenin equivalent circuit for R7 values ranging from 0 to 20 ohms
# Circuit Theory/Licensing
## License

This book is released under the GNU free documentation license:
It may be modified, copied, and distributed in accordance with that license. The original text of this book, and the version that can be considered the most up-to-date is located at:
http://en.wikibooks.org/wiki/Circuit_Theory
"Wikibooks" and "Wikimedia" are registered trademarks of the Wikimedia foundation.
# Circuit Theory/Lossy Tuned Circuits/Band-stop filter
## Example 1

Problem: Compute the magnitude and phase of the frequency response of the circuit below, where R=1Ω, L=0.025H and C=0.4F. Find both of the frequency boundaries of the stop-band.
We use our method of considering the circuit as a voltage divider to find the frequency response:
       $H(j\omega )$$={\frac {V_{o}}{V_{i}}}$  $={\frac {{\frac {1}{LC}}-\omega ^{2}}{{\frac {1}{LC}}-\omega ^{2}+j\omega {\frac {R}{L}}}}$  $={\frac {100-\omega ^{2}}{100-\omega ^{2}+40j\omega }}$
Let us first consider the general shape of the graph before we plot it.
* At ω=0, the imaginary part of the denominator disappears and the response is unity (1∠0°). At ω=∞, the quadratic dominates and the numerator and denominator cancel and the response is unity (1∠0°). Therefore, the magnitude of the response tends to 1 at ω=0 and ω=∞, and the phase tends to 0.
* At ω=10, the magnitude falls to zero. However, if we approach this frequency from below, we find that at ω=10$^–$, the response amplitude is 0∠–90°, but from above, at ω=10$^+$, the response amplitude is 0∠90°, indicating a very rapid phase flip.
We see that the graph shows exactly this:
# Circuit Theory/LC Tuned Circuits
## Series LC

A circuit of one Capacitor and one inductor connected in series

### Circuit Impedance

    $Z=Z_{L}+Z_{C}$
    $Z=j\omega L+{\frac {1}{j\omega C}}$
    $Z={\frac {1}{j\omega C}}(j\omega ^{2}+1)$
    $Z=LC$

### Natural Response

At equilibrium , the total voltage of the two components are equal to zero
    $L{\frac {dI}{dt}}+IR=0$
    ${\frac {dI}{dt}}=-I{\frac {R}{L}}$
    $\int {\frac {dI}{I}}=-{\frac {R}{L}}\int dt$
    $lnI=-{\frac {t}{T}}+C$
    $I=e^{-{\frac {t}{T}}+C)$
    $I=Ae^{-{\frac {t}{T}})$
The Natural Response of the circuit is a Exponential Decrease in time

### Resonance Response

    $Z_{L}-Z_{C}=0$ . $V_{L}+V_{C}=0$
    $\omega L={\frac {1}{\omega C}}$
    $\omega ={\sqrt {\frac {1}{LC}}}$
    $V_{C}=-V_{L}$
In Resonance, Impedance of Inductor and Capacitance is equal and the sum of the Capacitor and Inductor's voltage are equal result in Standing Wave Oscillation . Therefore, Lossless LC series can generate Standing Wave Oscillation

## LC in Parallel

A circuit of one Capacitor and one inductor connected in parallel

### Circuit Impedance

    ${\frac {1}{Z}}={\frac {1}{Z_{L}}}+{\frac {1}{Z_{C}}}$
    $Y={\frac {1}{j\omega L}}+j\omega C$
    $Y={\frac {1}{j\omega L}}(j\omega ^{2}+1)$
# Circuit Theory/Laplace Circuit Solution
## Laplace Circuit Solution

One of the most important uses of the Laplace transform is to solve linear differential equations, just like the type of equations that represent our first- and second-order circuits. This page will discuss the use of the Laplace Transform to find the complete response of a circuit.

## Steps

Here are the general steps for solving a circuit using the Laplace Transform:
* Determine the differential equation for the circuit.
* Use the Laplace Transform on the differential equation.
* Solve for the unknown variable in the laplace domain.
* Use the inverse laplace transform to find the time domain solution.
Another method that we can use is:
* Transform the individual circuit components into impedance values using the Laplace Transform.
* Find the Transfer function that describes the circuit
* Solve for the unknown variable in the laplace domain.
* Use the inverse laplace transform to find the time domain solution.
# ERP Internals/Data Tables/Shareholder/Shareholder Person

This table contains one record for every person at every shareholder.
Used by: Share Manager
Key: Shareholder Number, Person Number
Fields:
* Shareholder Number
* Person Number (a unique identifier assigned by the user)
* Last Name
* First Name
* Job Title
* Department
* Title (Mr/Ms/Mrs/etc.)
* Address 1
* Address 2
* City
* State/Province
* Country
* Zip/Postal Code
* Business Telephone
* Telephone Extension
* Home Telephone
* FAX
* Mobile
* Pager
* E-mail
* Language
* Notes
# ERP Internals/Data Tables/Shareholder Transaction

This table contains one record for every share transaction.
Used by: Share Manager
Key: Transaction Number
Fields:
* Transaction Number
* Date
* Type (Purchase/Sale/Dividend/DB Adjustment/CR Adjustment)
* Bank Account Number
* Check Number
* Amount
* Currency
* Posted to General Ledger Date/Time
# ERP Internals/Data Tables/Supplier/Supplier Interaction

This table contains one record for every interaction between the enterprise and the supplier. This table is key to Supplier Relationship Marketing.
Used by: Accounts Payable, Purchasing
Key: Supplier Number, Date/Time
Fields:
* Supplier Number
* Date/Time
* Type (Telephone,Face-to-face,etc.)
* Employee Number(s)
* Location
* Supplier Attendees
* Notes
# ERP Internals/Data Tables/Supplier/Supplier Person

This table contains one record for every person at every supplier.
Used by: Accounts Payable, Purchasing
Key: Supplier Number, Person Number
Fields:
* Supplier Number
* Person Number (a unique identifier assigned by the user)
* Last Name
* First Name
* Informal Name
* Job Title
* Department
* Title (Mr/Ms/Mrs/etc.)
* Address 1
* Address 2
* City
* State/Province
* Country
* Zip/Postal Code
* Business Telephone
* Telephone Extension
* 1-800 Number
* Home Telephone
* FAX
* Mobile
* Pager
* E-mail
* Language
* Notes
# ERP Internals/Data Tables/Supporting Tables/Account Type

This table contains one record for each type of account. There are the following fundamental account types:
* Asset
* Liability
* Equity
* Income
* Expense
Used by: General Ledger
Key: Account Type
Fields:
* Account Type
* Description
# ERP Internals/Data Tables/Supporting Tables/Accounts Payable Hold Reason

This table contains one record for every Accounts Payable Hold Reason.
Used by: Accounts Payable
Key: Hold Reason
Fields: