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version 1.63, 2025/05/19 17:57:20
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version 1.64, 2025/05/20 14:36:06
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Line 4105 The following subscripts are supported:
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Line 4105 The following subscripts are supported:
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| @table @asis |
@table @asis |
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@item @code{$IO} +R -U -D |
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Returns the current value of @code{$IO} for the job. |
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@item @code{$PDISPLAY} +R -U -D |
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Returns the value of @code{$PDISPLAY} for the job. |
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@item @code{$PRINCIPAL} +R -U -D |
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Returns the value of @code{$PRINCIPAL} for the job. |
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@item @code{$TLEVEL} +R -U -D |
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Returns the current transaction level (value of @code{$TLEVEL} for the job. |
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@item @code{BREAK_HANDLER} +R +U -D |
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Contains M code to be executed when the @code{BREAK} command is run. |
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@item @code{CHARACTER} +R -U -D |
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Returns the character set of the job. |
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@item @code{CWD} +R +U -D |
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Returns or sets the current working directory of the job. |
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@item @code{EVENT} +R +U +D |
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The subtree contained under @code{^$JOB($J,"EVENT")} defines asynchronous event handlers for the current job. Please see @emph{Asynchronous Event Handling} for more information. |
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@item @code{GLOBAL} +R -U -D |
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Returns the global environment of the job. |
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@item @code{GROUP} +R -U -D |
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Returns the GID of the group owning the job. |
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| @item @code{GVNDEFAULT} +R +U +D |
@item @code{GVNDEFAULT} +R +U +D |
| Contains a default expression to be evaluated if a global variable access attempt results in an @code{M7} error. |
Contains a default expression to be evaluated if a global variable access attempt results in an @code{M7} error. |
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| Equivalent to wrapping all global accesses in @code{$GET(@emph{global-name},@emph{string-expr})}. |
Equivalent to wrapping all global accesses in @code{$GET(@emph{global-name},@emph{string-expr})}. |
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@item @code{GVNQOVAL} +R +U +D |
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Contains the data value (if any) at the subscripted global variable reference from the most recent @code{$ORDER} or @code{$QUERY} operation. |
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This node is useful for code that uses @code{$ORDER} or @code{$QUERY} heavily in loops that retrieve successive data values, as it will prevent an additional data file scan that would result from retrieving the data value in the usual way, thus improving application performance. However, this optimization comes at the cost of compatibility with other M implementations. |
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@item @code{GVN_CASE_SENSITIVE} +R +U -D |
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Returns or sets the case sensitivity of global names. If set to @code{0}, global names are case-insensitive. If set to @code{1}, global names are case-sensitive. |
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@item @code{GVN_NAME_SUB_LENGTH} +R +U -D |
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Returns or sets the maximum number of characters of a global name plus all of its subscripts, from 1-255. |
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@item @code{GVN_SUB_LENGTH} +R +U -D |
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Returns or sets the maximum number of characters of a single global subscript, from 1-255. |
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@item @code{GVN_UNIQUE_CHARS} +R +U -D |
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Returns or sets the number of characters of a global name that make it unique, from 1 to 255. |
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@item @code{IOPATH} +R +U -D |
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Returns or sets the @emph{I/O path} to be used by the @code{OPEN} command. |
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| @item @code{LVNDEFAULT} +R +U +D |
@item @code{LVNDEFAULT} +R +U +D |
| Contains a default expression to be evaluated if a local variable access attempt results in an @code{M6} error. |
Contains a default expression to be evaluated if a local variable access attempt results in an @code{M6} error. |
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Line 4120 Contains the data value (if any) at the
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Line 4170 Contains the data value (if any) at the
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| This node is useful for code that uses @code{$ORDER} or @code{$QUERY} heavily in loops that retrieve successive data values, as it will prevent an additional symbol table scan that would result from retrieving the data value in the usual way, thus improving application performance. However, this optimization comes at the cost of compatibility with other M implementations. |
This node is useful for code that uses @code{$ORDER} or @code{$QUERY} heavily in loops that retrieve successive data values, as it will prevent an additional symbol table scan that would result from retrieving the data value in the usual way, thus improving application performance. However, this optimization comes at the cost of compatibility with other M implementations. |
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| @item @code{GVNQOVAL} +R +U +D |
@item @code{MATH} +R +U -D |
| Contains the data value (if any) at the subscripted global variable reference from the most recent @code{$ORDER} or @code{$QUERY} operation. |
Returns or sets the mode in which decimal comparisons and arithmetic calculations are conducted. Valid values are @code{FIXED}, for fixed-point decimals having up to 20,000 digits of precision, as determined by the @code{$ZPRECISION} intrinsic special variable, and @code{IEEE754}, to use IEEE 754 floating-point decimals. When in @code{IEEE754} mode, floating-point numbers support up to 16 digits of numeric precision. |
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| This node is useful for code that uses @code{$ORDER} or @code{$QUERY} heavily in loops that retrieve successive data values, as it will prevent an additional data file scan that would result from retrieving the data value in the usual way, thus improving application performance. However, this optimization comes at the cost of compatibility with other M implementations. |
@code{IEEE754} mode will make mathematical calculations significantly faster, especially when accelerated by a floating-point processor, at the expense of precision and accuracy. |
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| @item @code{ZCOMMANDS} +R +U -D |
@code{FIXED} mode is recommended for financial calculations, or where precision and accuracy are valued over performance. @code{FIXED} is the default mode of FreeM operation. |
| Contains a space-delimited list of @code{Z}-commands to be treated as intrinsic. Any @code{Z}-command not appearing in this list will be treated as a user-defined command. |
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| For instance, if command @code{ZFOO} does @emph{not} appear in this list, FreeM will attempt to run @code{^%ZFOO} as a subroutine when the @code{ZFOO} command is encountered in program code. |
Attempting to @code{SET} this node to values other than @code{FIXED} or @code{IEEE754} will set @code{$ECODE} to @code{M29}. |
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| If you remove a command from this list, you may provide your own private M implementation of the command in the manner described above. |
@item @code{NAMESPACE} +R +U -D |
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Returns or sets the name of the job's currently-active namespace. |
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| If an argument is passed to a @code{Z}-command you implement in M, it is made available to your M code in a variable whose name is specified in @code{^$JOB($JOB,"ZCOMMAND_ARGUMENT_NAME")}, which defaults to @code{%}. |
@item @code{OPEN} +R -U -D |
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The @code{^$JOB($JOB,"OPEN",<channel>} subscripts list the open I/O channels in the specified job. |
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| @item @code{PIPE_GLVN} +R +U -D |
@item @code{PIPE_GLVN} +R +U -D |
| Contains an M local or global variable to be used as standard input or standard output for the external shell commands run by @code{!<} and @code{!>}. |
Contains an M local or global variable to be used as standard input or standard output for the external shell commands run by @code{!<} and @code{!>}. |
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| @item @code{ZCOMMAND_ARGUMENT_NAME} +R +U -D |
@item @code{PRIORITY} +R +U -D |
| Returns or sets the variable name in which arguments to user-defined @code{Z}-commands are passed. Defaults to @code{%}. |
Returns or sets the @emph{nice} value of the FreeM job. |
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| @item @code{ZFUNCTIONS} +R +U -D |
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| Contains a space-delimited list of @code{Z} functions to be treated as intrinsic. Any @code{Z} function not appearing in this list will be treated as a user-defined extrinsic function. |
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| For instance, if function @code{$ZFOO} does @emph{not} appear in this list, FreeM will attempt to return the value of @code{$$^%ZFOO} called as an extrinsic function. |
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| If you remove a function from this list, you may provide your own private M implementation of the function in the manner described above. |
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| @item @code{ZSVS} +R +U -D |
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| Contains a space-delimited list of @code{Z} special variables to be treated as intrinsic. Any @code{Z} special variable not appearing in this list will be treated as a user-defined extrinsic function taking no arguments. |
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| For instance, if the special variable @code{$ZFOO} does @emph{not} appear in this list, FreeM will attempt to return the value of @code{$$^%ZFOO} called as an extrinsic function. |
@item @code{REVSTR} +R +U -D |
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When set to 1, allows @code{$EXTRACT} to accept negative values. |
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| If you remove a built-in special variable from this list, you may provide your own private M implementation of the special variable in the manner described above. |
@item @code{ROUTINE} +R -U -D |
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Returns the name of the routine currently being executed by the job. |
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| @item @code{BREAK_HANDLER} +R +U -D |
@item @code{ROUTINE_BUFFER_AUTO_ADJUST} +R +U -D |
| Contains M code to be executed when the @code{BREAK} command is run. |
Determines whether or not the size of routine buffers will be automatically adjusted at runtime. If set to @code{0}, routine buffers will be fixed to the byte size specified in @code{ROUTINE_BUFFER_SIZE} and may be manually resized using @code{ROUTINE_BUFFER_SIZE}. If set to @code{1}, routine buffers will grow automatically as necessary. |
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@item @code{ROUTINE_BUFFER_COUNT} +R +U -D |
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Returns or sets the number of routine buffers that FreeM will store in memory concurrently. Raising this value will increase memory usage, but will also increase performance if your applications call many different routines repeatedly. |
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| @item @code{ROUTINE_BUFFER_SIZE} +R +U -D |
@item @code{ROUTINE_BUFFER_SIZE} +R +U -D |
| Returns or sets the number of bytes allocated to each routine buffer. If @code{ROUTINE_BUFFER_AUTO_ADJUST} is set to @code{0}, this determines the maximum size of routines that FreeM will execute. |
Returns or sets the number of bytes allocated to each routine buffer. If @code{ROUTINE_BUFFER_AUTO_ADJUST} is set to @code{0}, this determines the maximum size of routines that FreeM will execute. |
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| @item @code{ROUTINE_BUFFER_COUNT} +R +U -D |
@item @code{SINGLE_USER} +R +U -D |
| Returns or sets the number of routine buffers that FreeM will store in memory concurrently. Raising this value will increase memory usage, but will also increase performance if your applications call many different routines repeatedly. |
If set to @code{1}, FreeM will skip all file locking operations on globals. If set to @code{0}, FreeM will enforce file locking on both. |
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| @item @code{ROUTINE_BUFFER_AUTO_ADJUST} +R +U -D |
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| Determines whether or not the size of routine buffers will be automatically adjusted at runtime. If set to @code{0}, routine buffers will be fixed to the byte size specified in @code{ROUTINE_BUFFER_SIZE} and may be manually resized using @code{ROUTINE_BUFFER_SIZE}. If set to @code{1}, routine buffers will grow automatically as necessary. |
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| @item @code{SYMBOL_TABLE_SIZE} +R +U -D |
Setting @code{SINGLE_USER} to @code{1} will improve FreeM performance, but you must @emph{ONLY} use this on systems where you are absolutely sure that only one FreeM process will run at any given time, as running multiple instances of FreeM concurrently when any of them are set to @code{SINGLE_USER} mode @emph{will} cause global data corruption. |
| Returns or sets the number of bytes allocated to each of the two FreeM symbol tables. If @code{SYMBOL_TABLE_AUTO_ADJUST} is @code{1}, this value is treated as a default, initial size. If @code{SYMBOL_TABLE_AUTO_ADJUST} is @code{0}, this value controls the fixed size of the two symbol tables. |
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| @item @code{SYMBOL_TABLE_AUTO_ADJUST} +R +U -D |
@item @code{SYMBOL_TABLE_AUTO_ADJUST} +R +U -D |
| Determines whether or not the size of the two FreeM symbol tables will be automatically adjusted at runtime. If set to @code{0}, the symbol table will be fixed to the byte size specified in @code{SYMBOL_TABLE_SIZE} and may be manually resized by modifying @code{SYMBOL_TABLE_SIZE}. If set to @code{1}, the two symbol tables will grow automatically as necessary. |
Determines whether or not the size of the two FreeM symbol tables will be automatically adjusted at runtime. If set to @code{0}, the symbol table will be fixed to the byte size specified in @code{SYMBOL_TABLE_SIZE} and may be manually resized by modifying @code{SYMBOL_TABLE_SIZE}. If set to @code{1}, the two symbol tables will grow automatically as necessary. |
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@item @code{SYMBOL_TABLE_SIZE} +R +U -D |
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Returns or sets the number of bytes allocated to each of the two FreeM symbol tables. If @code{SYMBOL_TABLE_AUTO_ADJUST} is @code{1}, this value is treated as a default, initial size. If @code{SYMBOL_TABLE_AUTO_ADJUST} is @code{0}, this value controls the fixed size of the two symbol tables. |
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| @item @code{USER_DEFINED_ISV_TABLE_SIZE} +R +U -D |
@item @code{USER} +R -U -D |
| Returns or sets the number of bytes allocated to the FreeM user-defined intrinsic special variable table. If @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} is @code{1}, this value is treated as a default, initial size. If @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} is @code{0}, this value controls the fixed byte size of the user-defined intrinsic special variable table. |
Returns the UID of the user owning the job. |
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| @item @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} +R +U -D |
@item @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} +R +U -D |
| Determines whether or not the size of the FreeM user-defined intrinsic special variable table will be automatically adjusted at runtime. If set to @code{0}, the user-defined ISV table will be fixed to the byte size specified in @code{USER_DEFINED_ISV_TABLE_SIZE} and may be manually resized by modifying @code{USER_DEFINED_ISV_TABLE_SIZE}. If set to @code{1}, the user-defined ISV table will grow automatically as necessary. |
Determines whether or not the size of the FreeM user-defined intrinsic special variable table will be automatically adjusted at runtime. If set to @code{0}, the user-defined ISV table will be fixed to the byte size specified in @code{USER_DEFINED_ISV_TABLE_SIZE} and may be manually resized by modifying @code{USER_DEFINED_ISV_TABLE_SIZE}. If set to @code{1}, the user-defined ISV table will grow automatically as necessary. |
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| @item @code{GVN_UNIQUE_CHARS} +R +U -D |
@item @code{USER_DEFINED_ISV_TABLE_SIZE} +R +U -D |
| Returns or sets the number of characters of a global name that make it unique, from 1 to 255. |
Returns or sets the number of bytes allocated to the FreeM user-defined intrinsic special variable table. If @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} is @code{1}, this value is treated as a default, initial size. If @code{USER_DEFINED_ISV_TABLE_AUTO_ADJUST} is @code{0}, this value controls the fixed byte size of the user-defined intrinsic special variable table. |
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| @item @code{GVN_CASE_SENSITIVE} +R +U -D |
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| Returns or sets the case sensitivity of global names. If set to @code{0}, global names are case-insensitive. If set to @code{1}, global names are case-sensitive. |
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| @item @code{GVN_NAME_SUB_LENGTH} +R +U -D |
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| Returns or sets the maximum number of characters of a global name plus all of its subscripts, from 1-255. |
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| @item @code{GVN_SUB_LENGTH} +R +U -D |
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| Returns or sets the maximum number of characters of a single global subscript, from 1-255. |
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| @item @code{SINGLE_USER} +R +U -D |
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| If set to @code{1}, FreeM will skip all file locking operations on globals. If set to @code{0}, FreeM will enforce file locking on both. |
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| Setting @code{SINGLE_USER} to @code{1} will improve FreeM performance, but you must @emph{ONLY} use this on systems where you are absolutely sure that only one FreeM process will run at any given time, as running multiple instances of FreeM concurrently when any of them are set to @code{SINGLE_USER} mode @emph{will} cause global data corruption. |
@item @code{USER_ERRORS} +R +U +D |
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| @item @code{CHARACTER} +R -U -D |
Custom error messages for @code{ZUSERERR} may be set in @code{^$JOB($JOB,"USER_ERRORS",<user_error_code>)}, where @code{<user_error_code>} represents the custom error code. |
| Returns the character set of the job. |
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| @item @code{CWD} +R +U -D |
For example: |
| Returns or sets the current working directory of the job. |
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| @item @code{OPEN} +R -U -D |
@example |
| The @code{^$JOB($JOB,"OPEN",<channel>} subscripts list the open I/O channels in the specified job. |
DEFAULT.USER> S ^$JOB($JOB,"USER_ERRORS","UBLACKHOLE")="black hole encountered" |
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| @item @code{BERKELEYDB,FLUSH_THRESHOLD} +R +U -D |
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| Returns or sets the number of write operations that will be cached in the BerkeleyDB global handler prior to flushing BerkeleyDB's cache to disk. |
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| @item @code{EVENT} +R +U +D |
DEFAULT.USER> ZTHROW UBLACKHOLE |
| The subtree contained under @code{^$JOB($J,"EVENT")} defines asynchronous event handlers for the current job. Please see @emph{Asynchronous Event Handling} for more information. |
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| @item @code{GLOBAL} +R -U -D |
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| Returns the global environment of the job. |
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| @item @code{IOPATH} +R +U -D |
>> Error UBLACKHOLE: black hole encountered in SYSTEM::^%SYSINIT [$STACK = 0] |
| Returns or sets the @emph{I/O path} to be used by the @code{OPEN} command. |
>> ZTHROW UBLACKHOLE |
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^ |
| @item @code{PRIORITY} +R +U -D |
@end example |
| Returns or sets the @emph{nice} value of the FreeM job. |
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| @item @code{REVSTR} +R +U -D |
Note that the error code must begin with @code{U}. |
| When set to 1, allows @code{$EXTRACT} to accept negative values. |
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| @item @code{ROUTINE} +R -U -D |
@item @code{ZCOMMANDS} +R +U -D |
| Returns the name of the routine currently being executed by the job. |
Contains a space-delimited list of @code{Z}-commands to be treated as intrinsic. Any @code{Z}-command not appearing in this list will be treated as a user-defined command. |
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| @item @code{SYMTAB} +R +U -D |
For instance, if command @code{ZFOO} does @emph{not} appear in this list, FreeM will attempt to run @code{^%ZFOO} as a subroutine when the @code{ZFOO} command is encountered in program code. |
| Returns or sets the current local variable symbol table in use. |
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| FreeM supports two unique and independent symbol tables, allowing FreeM programs to maintain two independent sets of identically- or differently-named local variables per process. |
If you remove a command from this list, you may provide your own private M implementation of the command in the manner described above. |
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| The default symbol table is @code{0}, and the alternate symbol table is @code{1}, corresponding to the valid values for @code{^$JOB($JOB,"SYMTAB")}. |
If an argument is passed to a @code{Z}-command you implement in M, it is made available to your M code in a variable whose name is specified in @code{^$JOB($JOB,"ZCOMMAND_ARGUMENT_NAME")}, which defaults to @code{%}. |
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| Setting this subscript to values other than @code{0} or @code{1} will result in a @code{ZINVEXPR} error. |
@item @code{ZCOMMAND_ARGUMENT_NAME} +R +U -D |
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Returns or sets the variable name in which arguments to user-defined @code{Z}-commands are passed. Defaults to @code{%}. |
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| @item @code{$PDISPLAY} +R -U -D |
@item @code{ZFUNCTIONS} +R +U -D |
| Returns the value of @code{$PDISPLAY} for the job. |
Contains a space-delimited list of @code{Z} functions to be treated as intrinsic. Any @code{Z} function not appearing in this list will be treated as a user-defined extrinsic function. |
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| @item @code{$PRINCIPAL} +R -U -D |
For instance, if function @code{$ZFOO} does @emph{not} appear in this list, FreeM will attempt to return the value of @code{$$^%ZFOO} called as an extrinsic function. |
| Returns the value of @code{$PRINCIPAL} for the job. |
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| @item @code{$TLEVEL} +R -U -D |
If you remove a function from this list, you may provide your own private M implementation of the function in the manner described above. |
| Returns the current transaction level (value of @code{$TLEVEL} for the job. |
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| @item @code{$IO} +R -U -D |
@item @code{ZSVS} +R +U -D |
| Returns the current value of @code{$IO} for the job. |
Contains a space-delimited list of @code{Z} special variables to be treated as intrinsic. Any @code{Z} special variable not appearing in this list will be treated as a user-defined extrinsic function taking no arguments. |
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| @item @code{USER} +R -U -D |
For instance, if the special variable @code{$ZFOO} does @emph{not} appear in this list, FreeM will attempt to return the value of @code{$$^%ZFOO} called as an extrinsic function. |
| Returns the UID of the user owning the job. |
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| @item @code{GROUP} +R -U -D |
If you remove a built-in special variable from this list, you may provide your own private M implementation of the special variable in the manner described above. |
| Returns the GID of the group owning the job. |
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| @item @code{NAMESPACE} +R +U -D |
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| Returns or sets the name of the job's currently-active namespace. |
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| @item @code{MATH} +R +U -D |
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| Returns or sets the mode in which decimal comparisons and arithmetic calculations are conducted. Valid values are @code{FIXED}, for fixed-point decimals having up to 20,000 digits of precision, as determined by the @code{$ZPRECISION} intrinsic special variable, and @code{IEEE754}, to use IEEE 754 floating-point decimals. When in @code{IEEE754} mode, floating-point numbers support up to 16 digits of numeric precision. |
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| @code{IEEE754} mode will make mathematical calculations significantly faster, especially when accelerated by a floating-point processor, at the expense of precision and accuracy. |
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| @code{FIXED} mode is recommended for financial calculations, or where precision and accuracy are valued over performance. @code{FIXED} is the default mode of FreeM operation. |
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| Attempting to @code{SET} this node to values other than @code{FIXED} or @code{IEEE754} will set @code{$ECODE} to @code{M29}. |
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| @end table |
@end table |
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Line 5860 Raised when attempts are made to set @co
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Line 5871 Raised when attempts are made to set @co
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| Raised when an @code{ZASSERT} expression's result is not true. |
Raised when an @code{ZASSERT} expression's result is not true. |
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| @item @code{ZUSERERR} - @emph{user-defined error} |
@item @code{ZUSERERR} - @emph{user-defined error} |
| Raised when program code calls @code{THROW} with an error code argument for which the first character is @code{U}, or when @code{$ECODE} is set to an error code for which the first character is @code{U}. |
Raised when program code calls @code{ZTHROW} with an error code argument for which the first character is @code{U}, or when @code{$ECODE} is set to an error code for which the first character is @code{U}. |
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| Custom error messages for @code{ZUSERERR} may be set in @code{^$JOB($JOB,"USER_ERRORS",<user_error_code>)}, where @code{<user_error_code>} represents the custom error code. |
Custom error messages for @code{ZUSERERR} may be set in @code{^$JOB($JOB,"USER_ERRORS",<user_error_code>)}, where @code{<user_error_code>} represents the custom error code. |
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Line 5870 For example:
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Line 5881 For example:
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| DEFAULT.USER> S ^$JOB($JOB,"USER_ERRORS","UBLACKHOLE")="black hole encountered" |
DEFAULT.USER> S ^$JOB($JOB,"USER_ERRORS","UBLACKHOLE")="black hole encountered" |
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| DEFAULT.USER> THROW UBLACKHOLE |
DEFAULT.USER> ZTHROW UBLACKHOLE |
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| >> Error UBLACKHOLE: black hole encountered in SYSTEM::^%SYSINIT [$STACK = 0] |
>> Error UBLACKHOLE: black hole encountered in SYSTEM::^%SYSINIT [$STACK = 0] |
| >> THROW UBLACKHOLE |
>> ZTHROW UBLACKHOLE |
| ^ |
^ |
| @end example |
@end example |
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