Symsyn Instructions ``` + C \$S | add character string to end of ansi string + C \$S N | as above for N characters + C.I \$S N | add N characters from C at I to end of string + C \$S.I N | insert string into string at I for N + C.I \$S.J N | insert N characters from C at I to string at J + X | add 1 to X + X Y | add X to Y + X Y Z | add X to Y store in Z + \$S \$R | add \$S to end of \$R + \$S \$R.I | insert \$S to \$R at I ABS X | make X a positive number AND X Y | logical and X to Y AND X Y Z | as above store in Z CALL LABEL | subroutine call CALLTHRU X | call address in X CLOSE X | close file ~ X \$S | convert binary to decimal string ~ \$S X | convert decimal string to binary DATETIME X | system date and time to binary DATETIME \$S | system date and time to string DDES KEY DATA | decrypt data (8 bytes) with key (8 bytes) result in data DDES KEY DATA.I | as above, data indexed DELAY N | sleep for N milliseconds / X Y Z | divide X by Y store in Z ENDIF | end of the IF clause EDES KEY DATA | encrypt data (8 bytes) with key (8 bytes) result in data EDES KEY DATA.I | as above, data indexed ELSE | code follows that will be run if the previous IF was not true FILL 'A' C | fill string C with 'A' FILL 123 X | fill array X with value 123 FIND C \$S I | find character C in string store address in I FIND \$S \$R I | find string in string store address in I GOIF | go back to previous IF and retest GO LABEL | go to label GOTHRU X | go to address in X GRAB C | own resource named in string C IF X BIT 23 | if bit number 23 of X is a 1 IF C EQ D | if character equals character IF X EQ Y | if integer equals integer IF \$S EQ \$R | if string equals string | = may be used instead of EQ IF C GE D | greater than or equal to IF X GE Y | IF \$S GE \$R | | >= may be used instead of GE IF C GT D | greater than IF X GT Y | IF \$S GT \$R |  | > may be used instead of GT  IF C LE D | less than or equal to IF X LE Y | IF \$S LE \$R |  | <= may be used instead of LE IF C LT D | less than IF X LT Y | IF \$S LT \$R |  | < may be used instead of LT  IF C NE D | not equal IF X NE Y | IF \$S NE \$R |  | <> may be used instead of NE  IFPOSTED C | if event C has been posted IFPOSTED C \$S | if event C has been posted, receive data into \$S IORESULT | value of the last I/O operation MAKEFILE C X | create an untyped file named by string C. X will be the handle MAKEFILE \$S X | as above with string \$S MAKETEXT C X | create a text file named by string C MAKETEXT \$S X | as above C D | move character(s) C to D C D N | move N characters from C to D C \$S | move character(s) C to string \$S C \$S N | move N characters from C to \$S C.I \$S N | move N characters from C at I to \$S C \$S.I N | move N characters from C to \$S at I C.I \$S.J N | move N characters from C at I to \$S at J C [] | display string C C.I D.J N | move N characters from C at I to D at J X | move 0 to X X Y | move X to Y X Y.I | move X to word I in array Y X \$S.I | move 8 bytes from word X to string \$S at location I X #\$S | set string length of \$S to value in X X.I Y | move word I in array X to Y X.I Y.J | move word I in array X to word J in array Y X:18:4 Y | move the 4 bits of X starting with bit number 18 to Y Y X:18:4 | move least significant 4 bits of Y to X starting at bit number 18 \$S | set length of string \$S to 0 \$S C | move string \$S to C \$S C N | move N characters from \$S to C \$S \$R | move \$S to \$R \$S \$R N | move N characters from \$S to \$R \$S X | move 8 bytes from \$S to word X \$S.I C N | move N characters from location I in string \$S to C \$S.I C.J N | move N characters from location I in \$S to J in \$R \$S.I X | move 8 bytes from location I in \$S to X \$S.I \$R N | move N characters from I in \$S to \$R [] \$S | read from console message to this prog, place in \$S #\$S X | move length of \$S to X LOWERCASE \$S | make characters in string lower case MAX X Y Z | move the larger of X and Y to Z MIN X Y Z | move the smaller of X and Y to Z MOD X Y Z | X mod Y store in Z MSBETWEEN X Y Z | milliseconds between X and Y into Z * X Y | multiply X times Y, result in Y * X Y Z | multiply X times Y result in Z ^ X Y Z | raise X to the Y power store in Z NOT X | logical not of X OPENFILE C X | open an existing untyped file named by string C. X is the handle OPENFILE \$S X | as above with string \$S OPENTEXT C X | open an exiting text file OPENTEXT \$S X | as above OR X Y | logical or X with Y result in Y OR X Y Z | logical or X with Y result in Z PACKHEX \$R \$S | compact displayable hex characters to 4 bit nibbles PACKHEX \$S | as above PAUSE | let next prog in the queue run POPCOUNT X Y Z | number of one bits in X, store in Z. Y is 0..63 - highest bit POST C | post an event named in C POST C \$S | post an event named in C and associate data in \$S REPLACE C D \$S | replace each occurrence of C with character D in string \$S RETURN | go back to calling point SHL X N | logical shift left X by N bits SHR X N | logical shift right X by N bits SQRT X Y | square root of X to Y (rounded) SYMSYN C | command in the string C to Symsyn SYMSYN \$S | command in the string \$S to Symsyn STARTIMER N | start the timer N milliseconds STOP | end prog - X | subtract 1 from X - X Y | subtract X from Y - X Y Z | subtract X from Y result in Z - \$S N | delete N characters from \$S - \$S.I N | delete N characters from \$S at I TRIMLEFT \$S | delete leading spaces UNGRAB C | release resource named by C UNPACKHEX \$R \$S | expand 4 bit nibbles to displayable characters UNPACKHEX \$S | as above UNPOST C | unpost event named by C UPCASE \$S | make characters in string upper case VADD X Y Z | add corresponding members of X to Y store in Z VAVG X Y | average of members of X store in Y VMUL X Y Z | multiply corresponding members of X to Y store in Z VSUM X Y | sum members of X store total in Y WAIT C | wait for event C to be posted WAIT C \$S | wait for event C to be posted, place associated data in \$S WAITIMER | wait for timer to expire XOR X Y | logical exclusive or X with Y result in Y XOR X Y Z | logical exclusive or X with Y result in Z ```Math ExpressionsAn expression is a combination of Integers or Reals and operators that Symsyn interprets according to rules of precedence to produce another value. Integer ExpressionsInteger expressions are enclosed in a pair of (   ).  The result of the expression is placed in the following integer variable.    ( x + 3 ) y    ( x min y ) z    ( x shl 2 ) z    ( ( ( x * 3 ) + 5 ) mod 2 ) z   ( x xor y ) z    ( not x ) yThe Integer operators:   +             | add   -              | subtract   *              | multiply   /              | integer divide   mod        | modulus   ^             | power   and         | logical and   or            | logical or   xor          | logical exclusive or   shl          | shift left bits   shr          | shift right bits   min         | minimum of 2 values   max        | maximum of 2 values   not          | logical not   abs         | absolute value   sqrt         | integer square root Real (Floating Point) ExpressionsReal expressions are enclosed in a pair of {   }.  The result of the expression is placed in the following real variable.   { sqrt ( rx^2 + ry^2 ) }   rz   { 15 % ((rx + ry) * 1.06 ) }   rzThe Real operators:   +             | add   -              | subtract   *              | multiply   /              | divide   ^             | power   %            | percent   min         | minimum of 2 values   max        | maximum of 2 values   abs         | absolute value   sqrt        | square root Copyright 2015 - 2018 Symsyn Group