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version 1.50, 2025/05/05 14:10:34 version 1.55, 2025/05/08 12:52:53
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 @settitle The FreeM Manual  @settitle The FreeM Manual
   
 @copying  @copying
 This manual is for FreeM, (version 0.64.0-rc1), which is a free software implementation of the M programming language.  This manual is for FreeM, (version 0.65.0-rc0), which is a free software implementation of the M programming language.
   
 Print-optimized versions of this book are typeset in @emph{Computer Modern} by the author using the @emph{GNU Texinfo} tools.  Print-optimized versions of this book are typeset in @emph{Computer Modern} by the author using the @emph{GNU Texinfo} tools.
   
Line 19  Permission is granted to copy, distribut Line 19  Permission is granted to copy, distribut
   
 @title The FreeM Manual  @title The FreeM Manual
 @subtitle @sc{The Official Manual of FreeM}  @subtitle @sc{The Official Manual of FreeM}
 @subtitle Version 0.64.0-rc1  @subtitle Version 0.65.0-rc0
 @c@vskip 10pt  @c@vskip 10pt
 @c@center @image{freem-logo-sm,,,,.png}  @c@center @image{freem-logo-sm,,,,.png}
 @author Serena Willis  @author Serena Willis
Line 100  This is the official manual for the Free Line 100  This is the official manual for the Free
 * Accessing FreeM from C Programs::     How to use the mlib interface.  * Accessing FreeM from C Programs::     How to use the mlib interface.
   
 * FreeM Administrator::                 The fmadm system manager tool.  * FreeM Administrator::                 The fmadm system manager tool.
 * FreeM Legacy Utilities::              FreeM legacy system manager utilities.  
 * FreeM VIEW Commands and Functions::   Getting and setting info about FreeM internals.  * FreeM VIEW Commands and Functions::   Getting and setting info about FreeM internals.
 * Implementation Limits::               FreeM limitations.  * Implementation Limits::               FreeM limitations.
 * US-ASCII Character Set::              The US-ASCII character set.  * US-ASCII Character Set::              The US-ASCII character set.
Line 441  Attempting to start a FreeM interpreter Line 440  Attempting to start a FreeM interpreter
 The FreeM direct-mode environment is the mode entered when FreeM is invoked without the use of @option{-r @emph{<entryref>}} or @option{--routine=@emph{<entryref>}}:  The FreeM direct-mode environment is the mode entered when FreeM is invoked without the use of @option{-r @emph{<entryref>}} or @option{--routine=@emph{<entryref>}}:
   
 @example  @example
 Coherent Logic Development FreeM version 0.64.0-rc1 (x86_64-pc-linux-gnu)  Coherent Logic Development FreeM version 0.65.0-rc0 (x86_64-pc-linux-gnu)
 Copyright (C) 2014, 2020, 2021 Coherent Logic Development LLC  Copyright (C) 2014, 2020, 2021 Coherent Logic Development LLC
   
   
Line 1115  See @emph{https://wiki.osdev.org/Target_ Line 1114  See @emph{https://wiki.osdev.org/Target_
 * $ZLSD()::                             Compute Levenshtein distance between two arguments.  * $ZLSD()::                             Compute Levenshtein distance between two arguments.
 * $ZM()::                               Unknown.  * $ZM()::                               Unknown.
 * $ZNAME()::                            Unknown.  * $ZNAME()::                            Unknown.
 * $ZNEXT()::                            Unknown.  * $ZNEXT()::                            Return glvn of next numeric subscript following given glvn.
 * $ZORDER()::                           Unknown.  * $ZORDER()::                           Unknown.
 * $ZPIECE()::                           Unknown.  * $ZPIECE()::                           Unknown.
 * $ZPREVIOUS()::                        Unknown.  * $ZPREVIOUS()::                        Unknown.
Line 1313  The optional second argument indicates t Line 1312  The optional second argument indicates t
 @cindex intrinsic functions, $NEXT  @cindex intrinsic functions, $NEXT
   
 Deprecated. Use @code{$ORDER} instead.  Deprecated. Use @code{$ORDER} instead.
   Returns the next numeric subscript of the specified glvn.
   
   @emph{Syntax}
   
   @example
   $NEXT(@emph{glvn})
   @end example
   
   @emph{Example}
   
   Assume the following array:
   
   @example
   ^foo(1)=""
   ^foo(2)=""
   @end example
   
   And the following code:
   
   @example
    W $ZNEXT(^foo(1)) ; => 2
   @end example 
   
 @node $ORDER()  @node $ORDER()
 @section $ORDER  @section $ORDER
Line 1713  Returns the Levenshtein distance between Line 1734  Returns the Levenshtein distance between
 @cindex intrinsic functions, $ZM  @cindex intrinsic functions, $ZM
 @cindex intrinsic functions, implementation-specific  @cindex intrinsic functions, implementation-specific
   
   Purpose unknown.
   
 @node $ZNAME()  @node $ZNAME()
 @section $ZNAME  @section $ZNAME
 @cindex $ZNAME  @cindex $ZNAME
Line 1721  Returns the Levenshtein distance between Line 1744  Returns the Levenshtein distance between
   
 Purpose unknown.  Purpose unknown.
   
   This function relies on the value of @code{$VIEW(71)} being @code{0} (this is not the default).
   
 @node $ZNEXT()  @node $ZNEXT()
 @section $ZNEXT  @section $ZNEXT
 @cindex $ZNEXT  @cindex $ZNEXT
 @cindex intrinsic functions, $ZNEXT  @cindex intrinsic functions, $ZNEXT
 @cindex intrinsic functions, implementation-specific  @cindex intrinsic functions, implementation-specific
   
 Purpose unknown.  Returns a fully-formed variable reference of the next numeric subscript of the specified glvn.
   
   @emph{Syntax}
   
   @example
   $ZNEXT(@emph{glvn})
   @end example
   
   @emph{Example}
   
   Assume the following array:
   
   @example
   ^foo(1)=""
   ^foo(2)=""
   @end example
   
   And the following code:
   
   @example
    W $ZNEXT(^foo(1)) ; => ^foo(2)
   @end example
   
   This function relies on the value of @code{$VIEW(71)} being @code{1} (this is the default).
   
 @node $ZORDER()  @node $ZORDER()
 @section $ZORDER  @section $ZORDER
Line 2600  In the above @emph{inclusive} form, @cod Line 2648  In the above @emph{inclusive} form, @cod
 @cartouche  @cartouche
 @quotation  @quotation
 @emph{Note}  @emph{Note}
 The below @emph{argumentless} and @emph{exclusive} forms of @code{KSUBSCRIPTS} are not implemented in FreeM, as of version 0.64.0-rc1, but are planned for a future release.  The below @emph{argumentless} and @emph{exclusive} forms of @code{KSUBSCRIPTS} are not implemented in FreeM, as of version 0.65.0-rc0, but are planned for a future release.
 @end quotation  @end quotation
 @end cartouche  @end cartouche
   
Line 2635  In the above @emph{inclusive} form, @cod Line 2683  In the above @emph{inclusive} form, @cod
 @cartouche  @cartouche
 @quotation  @quotation
 @emph{Note}  @emph{Note}
 The below @emph{argumentless} and @emph{exclusive} forms of @code{KVALUE} are not implemented in FreeM, as of version 0.64.0-rc1, but are planned for a future release.  The below @emph{argumentless} and @emph{exclusive} forms of @code{KVALUE} are not implemented in FreeM, as of version 0.65.0-rc0, but are planned for a future release.
 @end quotation  @end quotation
 @end cartouche  @end cartouche
   
Line 6442  int main(int argc, char **argv, char **e Line 6490  int main(int argc, char **argv, char **e
 @cindex fmadm  @cindex fmadm
   
 The @code{fmadm} utility is the preferred method of managing a FreeM installation, and will eventually replace all of the existing utilities.  The @code{fmadm} utility is the preferred method of managing a FreeM installation, and will eventually replace all of the existing utilities.
 Unlike the existing, legacy utilities, @code{fmadm} presents a consistent, simple interface for all FreeM management tasks, and is namespace-aware.  In support of FreeM operators, @code{fmadm} presents a consistent, simple interface for all FreeM management tasks, and is namespace-aware.
 This appendix will document each @code{fmadm} facility as it is implemented, until all of the legacy utilities have been replaced.  This appendix will document each @code{fmadm} facility as it is implemented.
   
 The @code{fmadm} utility's functions all follow the below, consistent syntax:  The @code{fmadm} utility's functions all follow the below, consistent syntax:
   
Line 6537  Supported actions are @code{list} and @c Line 6585  Supported actions are @code{list} and @c
 @end table  @end table
   
   
 @node FreeM Legacy Utilities  
 @appendix FreeM Legacy Utilities  
 @cindex utilities, legacy  
   
 @section Global Compactor (gcompact)  
 @cindex utilities, legacy, gcompact  
   
 Compacts the specified global in place.  
   
 @emph{Syntax}  
   
 @example  
 gcompact @emph{/path/to/global/file}  
 @end example  
   
 @section Block Examiner (gfix)  
 @cindex utilities, gfix  
   
 The @emph{gfix} interactive utility program permits navigation of the B-tree structure of the specified global a block at a time.  
   
 @emph{Syntax}  
   
 @example  
 gfix @emph{</path/to/global/file>}  
 @end example  
   
 @section Global Repair Tool (grestore)  
 @cindex utilities, legacy, grestore  
   
 This utility will fix problems with the specified global.  
   
 @emph{Syntax}  
   
 @example  
 grestore @emph{</path/to/global/file>}  
 @end example  
   
 @node FreeM VIEW Commands and Functions  @node FreeM VIEW Commands and Functions
 @appendix FreeM VIEW Commands and Functions  @appendix FreeM VIEW Commands and Functions
   
Removed from v.1.50  
changed lines
  Added in v.1.55

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