/usr/share/THE/rexxeec.syntax is in the 3.3~rc1-2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 | * THE Function Syntax file for Rexx/EEC
: KEYWORD LITERAL
EECencode( Str )
> * NAME
> * EECencode
> * SYNOPSIS
> * encstr = EECencode( Str )
> * FUNCTION
> * Encodes Str to a 7-bit string.
> * ARGUMENTS
> * - Str - The raw, 8-bit string to encode.
> * RESULT
> * Str uuencoded or blank if an error.
> * SEE ALSO
> * EECdecode, !REXXEEC.!INTERRM
> * SOURCE
> *
>...
>str = 'This is my string.'
>encstr = eecencode( str )
EECdecode( EncStr )
> * NAME
> * EECdecode
> * SYNOPSIS
> * str = EECdecode( EncStr )
> * FUNCTION
> * Decodes EncStr to an 8-bit string.
> * ARGUMENTS
> * - EncStr - The encoded, 7-bit string to encode.
> * RESULT
> * EncStr uudecoded or blank if an error.
> * SEE ALSO
> * EECencode, !REXXEEC.!INTERRM
> * SOURCE
> *
>...
>str = 'This is my string.'
>encstr = eecencode( str )
>samestr = eecdecode( encstr )
>If samestr \== str Then Say 'error encoding/decoding'
EECencrypt( Str, Key[, Type] )
> * NAME
> * EECencrypt
> * SYNOPSIS
> * encstr = EECencrypt( Str, Key[, Type] )
> * FUNCTION
> * Encrypts a Rexx string using the specified Key and encryption Type.
> * ARGUMENTS
> * - Str - the Rexx string to be encrypted
> * - Key - the key to be used for encryption
> * - Type - Optional. DES, RIJNDAEL or BLOWFISH. BLOWFISH is default.
> * RESULT
> * The encrypted string. If an error occurs during encryption, the return
> * value will be blank and an error available in the variable !REXXEEC.!ERRMSG.
> * SEE ALSO
> * EECdecrypt
> * SOURCE
> *
>...
>encstr = eecencrypt( 'my secret data', 'mykey, 'DES' )
>If encstr = '' Then Say 'Error encrypting' !REXXEEC.!INTERRM
EECdecrypt( EncStr, Key[, Type] )
> * NAME
> * EECdecrypt
> * SYNOPSIS
> * str = EECdecrypt( EncStr, Key[, Type] )
> * FUNCTION
> * Decrypts a Rexx string using the specified Key and encryption Type.
> * ARGUMENTS
> * - EncStr - the Rexx string to be decrypted
> * - Key - the key to be used for decryption
> * - Type - Optional. DES, RIJNDAEL or BLOWFISH. BLOWFISH is default.
> * RESULT
> * The decrypted string. If an error occurs during decryption, the return
> * value will be blank.
> * SEE ALSO
> * EECencrypt
> * SOURCE
> *
>...
>str = eecdecrypt( '^^#((@#(', 'mykey' )
>If str = '' Then Say 'Error decrypting' !REXXEEC.!INTERRM
EECcompress( Str[, Type] )
> * NAME
> * EECcompress
> * SYNOPSIS
> * cmpstr = EECcompress( Str[, Type] )
> * FUNCTION
> * Compresses Str with the algorith specified by Type.
> * ARGUMENTS
> * - Str - the Rexx string to be compressed
> * - Type - Optional. ZLIB. ZLIB is default.
> * RESULT
> * The compressed string.
> * SEE ALSO
> * EECdecompress
> * SOURCE
> *
>...
>cmpstr = eeccompress( 'my big, fat data' )
>If cmpstr = '' Then Say 'Error compressing' !REXXEEC.!INTERRM
EECdecompress( CmpStr[, Type] )
> * NAME
> * EECdecompress
> * SYNOPSIS
> * str = EECdecompress( CmpStr[, Type] )
> * FUNCTION
> * Decompresses CmpStr with the algorith specified by Type.
> * ARGUMENTS
> * - CmpStr - the Rexx string to be decompressed
> * - Type - Optional. ZLIB. ZLIB is default.
> * RESULT
> * The decompressed string.
> * SEE ALSO
> * EECcompress
> * SOURCE
> *
>...
>str = eecdecompress( '*#*@', 'ZLIB' )
>If str = '' Then Say 'Error decompressing' !REXXEEC.!INTERRM
EECloadfuncs()
> * NAME
> * EECloadfuncs
> * SYNOPSIS
> * rcode = EECloadfuncs()
> * FUNCTION
> * Loads all other RexxEEC external functions
> * ARGUMENTS
> * None
> * RESULT
> * 0 in all cases
> * SEE ALSO
> * EECdropfuncs
EECdropfuncs(["UNLOAD"])
> * NAME
> * EECdropfuncs
> * SYNOPSIS
> * rcode = EECdropfuncs(["UNLOAD"])
> * FUNCTION
> * Cleans up RexxEEC environment and optionally will drop the
> * external functions.
> * ARGUMENTS
> * - UNLOAD - causes the external functions to be dropped.
> * RESULT
> * 0 in all cases
> * SEE ALSO
> * EECloadfuncs
EECvariable(Variable [,NewValue])
> * NAME
> * EECvariable
> * SYNOPSIS
> * rcode = EECvariable(Variable [,NewValue])
> * FUNCTION
> * Get or set an internal RexxEEC variable.
> * ARGUMENTS
> * - Variable - name of the variable to get or set. See NOTES for
> * - NewValue - the new value of "Variable", if the variable is settable
> * RESULT
> * When setting a variable, then 0 if success, any other value is an error
> * When getting a variable, then the value of the variable is returned.
> * NOTES
> * The "Variable" argument can be one of:
> * DEBUG (settable)
> * 0 - no debugging
> * 1 - all Rexx variables set by RexxEEC are displayed as they are set
> * 2 - all RexxEEC functions are traced on entry with argument values and
> * on exit with the return value
> * 4 - all internal RexxEEC functions are traced with their arguments
> * (really only useful for developers)
> * The values can be added together for a combination of the above details.
> * DEBUGFILE (settable)
> * Where any debugging output is written. By default this goes to
> * the system's error stream; usually 'stderr'.
> * CONSTANTPREFIX (settable)
> * The variable name prefix for all RexxEEC constants. By default this is
> * '!REXXEEC.!'. If you change this, it is useful to make the prefix result
> * in stemmed variables; this makes it far easier to EXPOSE these constants.
> * VERSION (readonly)
> * The full version details of RexxEEC in the format:
> * package version version_date
> * Where:
> * package - the string 'rexxeec'
> * version - package version in n.n format; eg 1.0
> * version_date - date package was released in DATE('N') format
> * SOURCE
> *
>...
>Say 'We are running at debug level:' EECvariable( 'DEBUG' )
EECqueryfunction(FunctionName|ResultArray[, Option])
> * NAME
> * EECQueryFunction
> * SYNOPSIS
> * rcode = EECqueryfunction(FunctionName|ResultArray[, Option])
> * FUNCTION
> * Populates an array of all functions supplied by this package depending
> * on Option
> * ARGUMENTS
> * - FunctionName - the name of a function to query (no trailing period)
> * - ResultArray - the stem (trailing period) in which the list of functions is returned
> * - Option - one of 'R' (the default) for "registered" functions or 'A' for
> * "available" functions
> * RESULT
> * 0 if successful or 1 if the FunctionName is not found
> * NOTES
> * To determine if a FunctionName can be executed in your code, pass
> * the function name as the first argument, and 'R' as the second. If the
> * function can be called the function returns 0, otherwise it returns 1
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