CHARSET

Createsets ............... Creates a set on the heap

Emptyset ............... Cleans out set

Rangeset ............... Add a range of values to a set

Addstr ............... Add a group of characters to a set.

Rmvstr ............... Remove a string from a set.

AddChar ............... Add a single character to a set.

Rmvchar ............... Remove a single character to a set.

Member ............... Find if a character is in a set.

CopySet ............... Makes a verbatim copy of a set to another.

SetUnion ............... Computes the union of two sets.

SetIntersect ............... Computes the intersection of two sets into a third.

SetDifference ............... Removes items in second set which are in first.

Nextitem ............... Searches the first character (item) in the set pointing to its mask byte.

Rmvitem ............... Removes an item from a set.

UTIL

ISize ............... Calculate number of spaces needed to print signed integer

USize ............... Calculate number of spaces needed to print unsigned integer

LSize ............... Calculate number of spaces needed to print signed long integer

ULSize ............... Calculate number of spaces needed to print unsigned long integer

IsAlNum ............... Checks to see if AL is in the range of A-Z, a-z, 0-9

IsXDigit ............... Checks to see if AL is in the range of A-F, a-f, 0-9

IsDigit ............... Checks to see if AL is in the range of 0-9

IsAlpha ............... Checks to see if AL is in the range of A-Z, a-z

IsLower ............... Checks to see if AL is in the range of a-z

IsUpper ............... Checks to see if AL is in the range of A-Z

STRINGS

Strcpy ............... Copies string.

stringsStrcpyl ............... Copies string literal

StrDup ............... Copies string to newly allocated memory

StrDupl ............... Copies string to newly allocated memory from literal

Strlen ............... Calculate length of string

Strcat ............... Concatenate two strings

Strcatm ............... Concatenate two strings, allocating enough memory for the final resulting string on the heap

Strcatl ............... Concatenate string from literal

Strcatml ............... Concatenate string from literal to allocated memory

Strchr ............... Searches for first occurence of a character in a string

Strstr ............... Searches for the position of a substring within another string

Strcmp ............... Compares one string to another

Strcmpl ............... Compares one string to literal string

Stricmp ............... Compares one string to another disregarding case

Strupr ............... Converts a string to uppercase

Struprm ............... Copies string to heap, then converts to upper and returns address

Strlwr ............... Convert string to lower case

Strlwrm .......... Copies string to heap, converts, then returns new string

Strset ............... Overwrites data on input string with character in AL

Strsetm ............... Allocates new strings, then overwrites with character in AL

Strspan ............... Compares strings, returning 1st position not equal

Strspanl ............... Compares strings, returning 1st position not equal, literal

Strcspan ............... Compares strings, returning 1st position that _IS_ equal

Strcspanl ...............
Compares strings, returning 1st position that _IS_ equal,literal

StrIns ............... Inserts one string into another

StrInsl ............... Inserts one string into another, literal

StrInsm ............... Inserts one string into another after allocating memory

StrInsml ............... Inserts one string into another after allocating memory, literal

StrDel ............... Deletes characters from a string

StrDelm ............... Deletes characters from a copy of a string

StrTrim ............... Removes trailing spaces from a string

StrTrimm ............... Removes trailing spaces from a copy of a string

StrBlkDel ............... Removes leading spaces from a string

StrBlkDelm ............... Removes leading spaces from a copy of a string

Strrev ............... Reverses the characters in a string. ie: "BLAH" -> "HALB"

Strrevm ............... Reverses the characters in a copy of a string

StrBDel ............... Removes leading spaces from a string

StrBDelm ............... Removes leading spaces from a copy of a string

ToHex ............... Converts a stream of binary vaues into Intel Hex format

STDOUT

Putc ............... Print a character out to stdout

PutCR ............... Print a CR/LF to stdout

PutcStdOut ............... Print a character to stdout

PutcBIOS ............... Use BIOS to print a character to the _SCREEN_

GetOutAdrs ............... Get the address of the current output routine

SetOutAdrs ............... Redirects calls to output routine to user defined

PushOutAdrs ............... Pushes current output address to internal stack

PopOutAdrs ............... Pops output address from internal stack and sets

Puts ............... Print a string to stdout

Puth ............... Print a value out in hex format

Putw ............... Print a value out in word hex format

Puti ............... Print a value out in signed integer format

Putu ............... Print a value out in unsigned integer format

Putl ............... Print a value out in signed long integer format

Putul ............... Print a value out in unsigned long integer format

PutISize ............... Print a value out in signed integer format using minimum spaces

PutUSize ............... Print a value out in unsigned integer format using minimum spaces

PutLSize ............... Print a value out in signed long format using minimum spaces

PutULSize ............... Print a value out in unsigned long fomat using minimum spaces

Print ............... Print out a literal string

Printf ............... Print out a literal string using C library type formatters

Printff ............... Print out a literal string using C library type formatters. Also supports printout out floating point values

STDIN

Getc ............... Gets a character from STDIN

GetcStdIn ............... Gets a character from STDIN

GetcBIOS ............... Gets a character using BIOS. Redirection is not allowed

SetInAdrs ............... Sets the address to the routine which you want to use for input

GetInAdrs ............... Gets the address which is being used to take input

PushInAdrs ............... Pushes the address of the input routine to an internal stack

PopInAdrs ............... Pop the address of the input routine from an internal stack

Gets ............... Get a string from STDIN

Getsm ............... Get a string in STDIN and stuff into newly alloacted buffer

Scanf ............... Gets string from STDIN using C library type formatters

SERIAL PORT STUFF

ComBaud ............... Inits the seral port to a user defined speed

ComStop ............... Inits number of stop bits to use in transmission

ComSize ............... Inits number of data bits to use in transmission

ComParity ............... Inits the serial port as to whether or not to use parity checking

ComRead ............... Reads character from serial port

ComWrite ............... Transmits character to serial port

ComTstIn ............... Checks to see if character is availble in buffer. Does not read

ComTstOut ............... Checks if character can be transmitted

ComGetLSR ............... Reads current status of Line Status Register

ComGetMSR ............... Reads current status of Modem Status Regster

ComGetMCR ............... Reads current status of Modem Control Register

ComGetLCR ............... Reads current status of Line Control Register

ComGetIIR ............... Reads current status of Interrupt Identification Register

ComGetIER ............... Reads current status of Interupt Enable Register

ComSetMCR ............... Writes value to Modem Control Register

ComSetLCR ............... Writes value to Line Control Register

ComSetIER ............... Writes value to Interrupt Enable Register

ComInitIntr ............... Sets up interrupts and progams to control serial chip

ComDisIntr ............... Untinstalls all programs installed with ComInitIntr

ComIn ............... Reads chracter from serial port. Will wait if none available.

ComOut ............... Writes character to serial port, waiting if port is busy.

comout is not connecting

PROCESS

Prcsinit ............... Starts the process manager

Prcsquit ............... Shutsdown the process manager

Fork ............... Spawns a new process

Die ............... Kills the current process

Kill ............... Lets one process terminate another

Yield ............... Forces context switch, surrendering rest of current time slice

CoInit ............... Inits the CoRoutine package

CoCall ............... Switches context between two coroutines

CoCalll ............... Switches context between two coroutines, passing info another way

WaitSemaph ............... Protects critical regions in memory

RlsSemaPh ............... Releases a semaphore that the current process has aquired

PATTERN

Spancset ............... Match any number of characters belonging to a character set

Brkcset ............... Y Match any number of characters which are *not* in a character set

MatchStr ............... Matches a specified string

MatchToStr ............... Match characters in string until specified substring

MatchChar ............... Matches a single character

MatchChars ............... Matches zero or more occurrences of the same character

MatchToChar ............... Matches characters up to and including specified character

MatchToPat ............... Matches all characters up to specified characters

Anycset ............... Matches single character from a character set

NotAnycset ............... Match single character which is not in character set

EOS ............... Matches end of string

ARB ............... Matches arbitary number of characters

ARBNUM ............... Matches arbitary number of strings

Skip ............... Matches "n" arbitary characters.

POS ............... Matches at position "n" in the string

RPOS ............... Matches at position "n" from the end of the string

GOTOpos ............... YY Moves to position in string

RGOTOpos ............... Moves to position "n" from end of string

Match ............... General purpose matching subroutine

Match2 ............... A special, reentrant, version of Match

Patgrab ............... Extract a substring matched by some particular pattern

MISC

Random ............... Generate a random number

Randomize ............... Reseed random number generator based on time of day

cpuident ............... Identifies CPU

Argc ............... Return number of command line parameters

Argv ............... Returns address to string of command line parameter specified

GetEnv ............... Returns address of environment table information

DOS ............... Invokes DOS INT 21h interrupt

ExitPgm ............... Exits current program and returns to DOS

exitpgm is not connecting

MEMORY

MemInit ............... Initializes memory manager. Must be called first.

MemInit2 ............... Initializes another part of memory manager

Malloc ............... Dynamically allocate memory

Realloc ............... Resize a block of memory already allocated with Malloc

Free ............... Deallocate a chunk of memory allocated with Malloc

DupPtr ............... Replicate a pointer to a chunk of memory so free won't deallocate it until all the pointers are taken care of

IsInHeap ............... Tells you if ES:DI points somewhere in the heap

IsPtr ............... Tells you if ES:DI points to a properlly allocated chunk of heap

BlockSize ............... Returns size of block currently pointed to in the heap

MemAvail ............... Returns size of largest free block on the heap

MemFree ............... Returns size of total bytes free on the heap

memfree is not connecting

LIST

CreateList ............... Allocates storage for a list variable on the head

AppendLast ............... Add a node to the list

Remove1st ............... Removes the first item from a list

Peek1st ............... Looks at the first item from a list

Insert1st ............... Inserts a node at the first node from a list

RemoveLast ............... Removes the last node from a list

PeekLast ............... R>Looks at the last item from a list

InsertCur ............... Inserts a node into the list

InsertmCur ............... Builds a node on the heap, then inserts that into the list

AppendCur ............... Inserts a node into the list after the current node pointed to

AppendmCur ............... Builds node on heap, then inserts that after current node

RemoveCur ............... Removes current node from the list

PeekCur ............... Looks at current node on the list

SetCur ............... Sets the specified node as the current node

NextNode ............... NextNode modifies the current nodepointer

PrevNode ............... PrevNode modifies the CurrentNode pointer

Insert ............... Inserts a new node before a specified node in the list

Insertm ............... Insertm allocates a new node on the heap

Append ............... Inserts a new node after a specified node in the list

Appendm ............... Appendm allocates a new node on the heap

Remove ............... Removes the specified node from the list

FLOATING POINT (FP)

lsfpa ............... Load single percision float value into internal accumulator

ssfpa ............... Store single percision float value from accumulator to memory

ldfpa ............... Load double percision float value into internal accumulator

sdfpa ............... Store double percision float value from accumulator to memory

lefpa ............... Load extended percision float value into internal accumulator

lefpal ............... lefpa with a literal value after it in the code

sefpa ............... Store extended percision float value from accumulator to memory

lsfpo ............... lsfpa a value, then convert to extended percision

ldfpo ............... ldfpa a value, then convert to extended percision

lefpo ............... lefpa a value, then convert to extended percision

lefpol ............... lefpo a value, with the value being literal in the code

itof ............... Convert a 16bit signed integer to float

utof ............... Convert a 16bit unsigned integer to float

ultof ............... Convert a 32bit unsigned integer to float

ltof ............... Convert a 32bit signed integer to float

ftoi ............... Convert float number to signed 16bit integer format

ftou ............... Convert float number to unsigned 16bit integer format

ftol ............... Convert float number to signed 32bit integer format

ftoul ............... Convert float number to unsigned 32bit integer format

fpadd ............... Add float accumulator to float operand

fpsub ............... Subtract float operand from the float accumulator

fpcmp ............... Compare float accumulator to operand and set flags accordingly

fpmul ............... Multiply float operand to float accumulator

fpdiv ............... Divides float accumulator by operand

ftoa ............... Converts float number into string, preserving DI

ftoa2 ............... Converts float number into string, not preserving DI

ftoam ............... Converts float to string, allocating enough space for string

etoa ............... Convert float to string using scientific notation

etoa2 ............... Works like etoa, except not preserving DI

etoam ............... Works like etoa, this time allocing space on the heap for string

atof ............... Converts string into float

DATE TIME

DTOA ............... Converts a dos system date to an ascii string

DTOA2 ............... Converts a dos system date to an ascii string

DTOAm ............... Converts a dos system date to an ascii string

Date ............... Converts DOS system date into string ( mm/dd/yy )

Date2 ............... Converts DOS system date into string, not preserving DI

Datem ............... Converts DOS system date into string allocated from heap

xDate ............... Converts current DOS system date into string

xDate2 ............... Converts current DOS system date into string, killing DI

xDatem ............... Converts current DOS system date to string with memory from heap

lDate ............... Converts DOS date into string ( mmm, dd, yyyy )

lDate2 ............... Converts DOS date into string killing DI

lDatem ............... Converts DOS date into string, memory allocated from heap

xlDate ............... Converts current DOS date into string

xlDate2 ............... Converts current DOS date into string killing DI

xlDatem ............... Converts current DOS date into string allocated from heap

atod ............... Converts string (mm/dd/yy or mm-dd-yy) into DOS date

atod2 ............... Converts string into DOS date, killing DI

atot ............... Converts string (hh:mm:ss or hh:mm:ss.xxx) into DOS time

atot2 ............... Converts string into DOS time killing DI

time ............... Converts DOS time to string

time2 ............... Converts DOS time to string, killing DI

timem ............... Converts DOS time to string, allocated from heap

xtime ............... Converts current DOS time to string

xtime2 ............... Converts current DOS time to string, killing DI

xtimem ............... Converts current DOS time to string, allocated from heap

CONVERSION

ATOL ............... Converts string of numbers to signed 32bit integer

AtoUL ............... Converts string of numbers to unsigned 32bit integer

ATOU ............... Converts string of numbers to unsigned 16bit integer

ATOH ............... Converts string of hex numbers to unsigned 16bit integer

ATOH2 ............... Converts string of hex numbers to unsigned 16bit int killing DI

ATOLH ............... Converts string of hex numbers to unsigned 32bit int

ATOLH2 ............... Converts string of hex numbers to unsigned 32bit int killing DI

ATOI ............... Converts string of numbers to signed 16bit integer

ITOA ............... Converts signed integer to string

ITOAm ............... Converts signed integer to string, allocting space from heap

ITOA2 ............... Converts signed integer to string, killing DI

UTOA ............... Converts unsigned integer to string

UTOAm ............... Converts unsigned integer to string, allocating space from heap

UTOA2 ............... Converts unsigned integer to string, killing DI

HTOA ............... Converts 8bit hex value to string

HTOA2 ............... Converts 8bit hex value to string, killing DI

HTOAm ............... Converts 8bit hex value to string, allocating space from heap

WTOA ............... Converts 16bit hex value to string

WTOA2 ............... Converts 16bit hex value to string, killing DI

WTOAm ............... Converts 16bit hex value to string, allocating space from heap

LTOA ............... Converts 32bit signed integer to string

LTOA2 ............... Converts 32bit signed integer to string, killing DI

LTOAm ............... Converts 32bit signed integer to string, getting space from heap

ULTOA ............... Converts 32bit unsigned int to string

ULTOA2 ............... Converts 32bit unsigned int to string, killing DI

ULTOAm ............... Converts 32bit unsigned int to string, getting space from heap

SPrintf ............... In memory print formatting

SPrintf2 ............... In memory print formatting, killing DI

SPrintfm ............... In memory print formatting, getting space from heap

SScanf ............... In memory input formatting

SScanf2 ............... In memory input formatting, killing DI

SScanfm ............... In memory input formatting, getting space from heap

ToLower ............... Converts character to lowercase

ToUpper ............... Converts to uppercase

By: Steve Shah sshah@ucrengr.ucr.edu sshah@watserv.ucr.edu sshah@mozart.ucr.edu Pick one -- any one....... Current version: UCRASM 31 Compiled 1.0 -- June 7, 1993 10:40a ?

Createsets	...............	Creates a set on the heap
Emptyset	...............	Cleans out set
Rangeset	...............	Add a range of values to a set
Addstr	...............	Add a group of characters to a set.
Rmvstr	...............	Remove a string from a set.
AddChar	...............	Add a single character to a set.
Rmvchar	...............	Remove a single character to a set.
Member	...............	Find if a character is in a set.
CopySet	...............	Makes a verbatim copy of a set to another.
SetUnion	...............	Computes the union of two sets.
SetIntersect	...............	Computes the intersection of two sets into a third.
SetDifference	...............	Removes items in second set which are in first.
Nextitem	...............	Searches the first character (item) in the set pointing to its mask byte.
Rmvitem	...............	Removes an item from a set.

ISize	...............	Calculate number of spaces needed to print signed integer
USize	...............	Calculate number of spaces needed to print unsigned integer
LSize	...............	Calculate number of spaces needed to print signed long integer
ULSize	...............	Calculate number of spaces needed to print unsigned long integer
IsAlNum	...............	Checks to see if AL is in the range of A-Z, a-z, 0-9
IsXDigit	...............	Checks to see if AL is in the range of A-F, a-f, 0-9
IsDigit	...............	Checks to see if AL is in the range of 0-9
IsAlpha	...............	Checks to see if AL is in the range of A-Z, a-z
IsLower	...............	Checks to see if AL is in the range of a-z
IsUpper	...............	Checks to see if AL is in the range of A-Z

Strcpy	...............	Copies string.
stringsStrcpyl	...............	Copies string literal
StrDup	...............	Copies string to newly allocated memory
StrDupl	...............	Copies string to newly allocated memory from literal
Strlen	...............	Calculate length of string
Strcat	...............	Concatenate two strings
Strcatm	...............	Concatenate two strings, allocating enough memory for the final resulting string on the heap
Strcatl	...............	Concatenate string from literal
Strcatml	...............	Concatenate string from literal to allocated memory
Strchr	...............	Searches for first occurence of a character in a string
Strstr	...............	Searches for the position of a substring within another string
Strcmp	...............	Compares one string to another
Strcmpl	...............	Compares one string to literal string
Stricmp	...............	Compares one string to another disregarding case
Strupr	...............	Converts a string to uppercase
Struprm	...............	Copies string to heap, then converts to upper and returns address
Strlwr	...............	Convert string to lower case
Strlwrm	..........	Copies string to heap, converts, then returns new string
Strset	...............	Overwrites data on input string with character in AL
Strsetm	...............	Allocates new strings, then overwrites with character in AL
Strspan	...............	Compares strings, returning 1st position not equal
Strspanl	...............	Compares strings, returning 1st position not equal, literal
Strcspan	...............	Compares strings, returning 1st position that _IS_ equal
Strcspanl	...............	Compares strings, returning 1st position that _IS_ equal,literal
StrIns	...............	Inserts one string into another
StrInsl	...............	Inserts one string into another, literal
StrInsm	...............	Inserts one string into another after allocating memory
StrInsml	...............	Inserts one string into another after allocating memory, literal
StrDel	...............	Deletes characters from a string
StrDelm	...............	Deletes characters from a copy of a string
StrTrim	...............	Removes trailing spaces from a string
StrTrimm	...............	Removes trailing spaces from a copy of a string
StrBlkDel	...............	Removes leading spaces from a string
StrBlkDelm	...............	Removes leading spaces from a copy of a string
Strrev	...............	Reverses the characters in a string. ie: "BLAH" -> "HALB"
Strrevm	...............	Reverses the characters in a copy of a string
StrBDel	...............	Removes leading spaces from a string
StrBDelm	...............	Removes leading spaces from a copy of a string
ToHex	...............	Converts a stream of binary vaues into Intel Hex format

Putc	...............	Print a character out to stdout
PutCR	...............	Print a CR/LF to stdout
PutcStdOut	...............	Print a character to stdout
PutcBIOS	...............	Use BIOS to print a character to the _SCREEN_
GetOutAdrs	...............	Get the address of the current output routine
SetOutAdrs	...............	Redirects calls to output routine to user defined
PushOutAdrs	...............	Pushes current output address to internal stack
PopOutAdrs	...............	Pops output address from internal stack and sets
Puts	...............	Print a string to stdout
Puth	...............	Print a value out in hex format
Putw	...............	Print a value out in word hex format
Puti	...............	Print a value out in signed integer format
Putu	...............	Print a value out in unsigned integer format
Putl	...............	Print a value out in signed long integer format
Putul	...............	Print a value out in unsigned long integer format
PutISize	...............	Print a value out in signed integer format using minimum spaces
PutUSize	...............	Print a value out in unsigned integer format using minimum spaces
PutLSize	...............	Print a value out in signed long format using minimum spaces
PutULSize	...............	Print a value out in unsigned long fomat using minimum spaces
Print	...............	Print out a literal string
Printf	...............	Print out a literal string using C library type formatters
Printff	...............	Print out a literal string using C library type formatters. Also supports printout out floating point values

Getc	...............	Gets a character from STDIN
GetcStdIn	...............	Gets a character from STDIN
GetcBIOS	...............	Gets a character using BIOS. Redirection is not allowed
SetInAdrs	...............	Sets the address to the routine which you want to use for input
GetInAdrs	...............	Gets the address which is being used to take input
PushInAdrs	...............	Pushes the address of the input routine to an internal stack
PopInAdrs	...............	Pop the address of the input routine from an internal stack
Gets	...............	Get a string from STDIN
Getsm	...............	Get a string in STDIN and stuff into newly alloacted buffer
Scanf	...............	Gets string from STDIN using C library type formatters

ComBaud	...............	Inits the seral port to a user defined speed
ComStop	...............	Inits number of stop bits to use in transmission
ComSize	...............	Inits number of data bits to use in transmission
ComParity	...............	Inits the serial port as to whether or not to use parity checking
ComRead	...............	Reads character from serial port
ComWrite	...............	Transmits character to serial port
ComTstIn	...............	Checks to see if character is availble in buffer. Does not read
ComTstOut	...............	Checks if character can be transmitted
ComGetLSR	...............	Reads current status of Line Status Register
ComGetMSR	...............	Reads current status of Modem Status Regster
ComGetMCR	...............	Reads current status of Modem Control Register
ComGetLCR	...............	Reads current status of Line Control Register
ComGetIIR	...............	Reads current status of Interrupt Identification Register
ComGetIER	...............	Reads current status of Interupt Enable Register
ComSetMCR	...............	Writes value to Modem Control Register
ComSetLCR	...............	Writes value to Line Control Register
ComSetIER	...............	Writes value to Interrupt Enable Register
ComInitIntr	...............	Sets up interrupts and progams to control serial chip
ComDisIntr	...............	Untinstalls all programs installed with ComInitIntr
ComIn	...............	Reads chracter from serial port. Will wait if none available.
ComOut	...............	Writes character to serial port, waiting if port is busy.
	comout is not connecting

Prcsinit	...............	Starts the process manager
Prcsquit	...............	Shutsdown the process manager
Fork	...............	Spawns a new process
Die	...............	Kills the current process
Kill	...............	Lets one process terminate another
Yield	...............	Forces context switch, surrendering rest of current time slice
CoInit	...............	Inits the CoRoutine package
CoCall	...............	Switches context between two coroutines
CoCalll	...............	Switches context between two coroutines, passing info another way
WaitSemaph	...............	Protects critical regions in memory
RlsSemaPh	...............	Releases a semaphore that the current process has aquired

Spancset	...............	Match any number of characters belonging to a character set
Brkcset	...............	Y Match any number of characters which are not in a character set
MatchStr	...............	Matches a specified string
MatchToStr	...............	Match characters in string until specified substring
MatchChar	...............	Matches a single character
MatchChars	...............	Matches zero or more occurrences of the same character
MatchToChar	...............	Matches characters up to and including specified character
MatchToPat	...............	Matches all characters up to specified characters
Anycset	...............	Matches single character from a character set
NotAnycset	...............	Match single character which is not in character set
EOS	...............	Matches end of string
ARB	...............	Matches arbitary number of characters
ARBNUM	...............	Matches arbitary number of strings
Skip	...............	Matches "n" arbitary characters.
POS	...............	Matches at position "n" in the string
RPOS	...............	Matches at position "n" from the end of the string
GOTOpos	...............	YY Moves to position in string
RGOTOpos	...............	Moves to position "n" from end of string
Match	...............	General purpose matching subroutine
Match2	...............	A special, reentrant, version of Match
Patgrab	...............	Extract a substring matched by some particular pattern

Random	...............	Generate a random number
Randomize	...............	Reseed random number generator based on time of day
cpuident	...............	Identifies CPU
Argc	...............	Return number of command line parameters
Argv	...............	Returns address to string of command line parameter specified
GetEnv	...............	Returns address of environment table information
DOS	...............	Invokes DOS INT 21h interrupt
ExitPgm	...............	Exits current program and returns to DOS

MemInit	...............	Initializes memory manager. Must be called first.
MemInit2	...............	Initializes another part of memory manager
Malloc	...............	Dynamically allocate memory
Realloc	...............	Resize a block of memory already allocated with Malloc
Free	...............	Deallocate a chunk of memory allocated with Malloc
DupPtr	...............	Replicate a pointer to a chunk of memory so free won't deallocate it until all the pointers are taken care of
IsInHeap	...............	Tells you if ES:DI points somewhere in the heap
IsPtr	...............	Tells you if ES:DI points to a properlly allocated chunk of heap
BlockSize	...............	Returns size of block currently pointed to in the heap
MemAvail	...............	Returns size of largest free block on the heap
MemFree	...............	Returns size of total bytes free on the heap

CreateList	...............	Allocates storage for a list variable on the head
AppendLast	...............	Add a node to the list
Remove1st	...............	Removes the first item from a list
Peek1st	...............	Looks at the first item from a list
Insert1st	...............	Inserts a node at the first node from a list
RemoveLast	...............	Removes the last node from a list
PeekLast	...............	R>Looks at the last item from a list
InsertCur	...............	Inserts a node into the list
InsertmCur	...............	Builds a node on the heap, then inserts that into the list
AppendCur	...............	Inserts a node into the list after the current node pointed to
AppendmCur	...............	Builds node on heap, then inserts that after current node
RemoveCur	...............	Removes current node from the list
PeekCur	...............	Looks at current node on the list
SetCur	...............	Sets the specified node as the current node
NextNode	...............	NextNode modifies the current nodepointer
PrevNode	...............	PrevNode modifies the CurrentNode pointer
Insert	...............	Inserts a new node before a specified node in the list
Insertm	...............	Insertm allocates a new node on the heap
Append	...............	Inserts a new node after a specified node in the list
Appendm	...............	Appendm allocates a new node on the heap
Remove	...............	Removes the specified node from the list

lsfpa	...............	Load single percision float value into internal accumulator
ssfpa	...............	Store single percision float value from accumulator to memory
ldfpa	...............	Load double percision float value into internal accumulator
sdfpa	...............	Store double percision float value from accumulator to memory
lefpa	...............	Load extended percision float value into internal accumulator
lefpal	...............	lefpa with a literal value after it in the code
sefpa	...............	Store extended percision float value from accumulator to memory
lsfpo	...............	lsfpa a value, then convert to extended percision
ldfpo	...............	ldfpa a value, then convert to extended percision
lefpo	...............	lefpa a value, then convert to extended percision
lefpol	...............	lefpo a value, with the value being literal in the code
itof	...............	Convert a 16bit signed integer to float
utof	...............	Convert a 16bit unsigned integer to float
ultof	...............	Convert a 32bit unsigned integer to float
ltof	...............	Convert a 32bit signed integer to float
ftoi	...............	Convert float number to signed 16bit integer format
ftou	...............	Convert float number to unsigned 16bit integer format
ftol	...............	Convert float number to signed 32bit integer format
ftoul	...............	Convert float number to unsigned 32bit integer format
fpadd	...............	Add float accumulator to float operand
fpsub	...............	Subtract float operand from the float accumulator
fpcmp	...............	Compare float accumulator to operand and set flags accordingly
fpmul	...............	Multiply float operand to float accumulator
fpdiv	...............	Divides float accumulator by operand
ftoa	...............	Converts float number into string, preserving DI
ftoa2	...............	Converts float number into string, not preserving DI
ftoam	...............	Converts float to string, allocating enough space for string
etoa	...............	Convert float to string using scientific notation
etoa2	...............	Works like etoa, except not preserving DI
etoam	...............	Works like etoa, this time allocing space on the heap for string
atof	...............	Converts string into float

DTOA	...............	Converts a dos system date to an ascii string
DTOA2	...............	Converts a dos system date to an ascii string
DTOAm	...............	Converts a dos system date to an ascii string
Date	...............	Converts DOS system date into string ( mm/dd/yy )
Date2	...............	Converts DOS system date into string, not preserving DI
Datem	...............	Converts DOS system date into string allocated from heap
xDate	...............	Converts current DOS system date into string
xDate2	...............	Converts current DOS system date into string, killing DI
xDatem	...............	Converts current DOS system date to string with memory from heap
lDate	...............	Converts DOS date into string ( mmm, dd, yyyy )
lDate2	...............	Converts DOS date into string killing DI
lDatem	...............	Converts DOS date into string, memory allocated from heap
xlDate	...............	Converts current DOS date into string
xlDate2	...............	Converts current DOS date into string killing DI
xlDatem	...............	Converts current DOS date into string allocated from heap
atod	...............	Converts string (mm/dd/yy or mm-dd-yy) into DOS date
atod2	...............	Converts string into DOS date, killing DI
atot	...............	Converts string (hh:mm:ss or hh:mm:ss.xxx) into DOS time
atot2	...............	Converts string into DOS time killing DI
time	...............	Converts DOS time to string
time2	...............	Converts DOS time to string, killing DI
timem	...............	Converts DOS time to string, allocated from heap
xtime	...............	Converts current DOS time to string
xtime2	...............	Converts current DOS time to string, killing DI
xtimem	...............	Converts current DOS time to string, allocated from heap

ATOL	...............	Converts string of numbers to signed 32bit integer
AtoUL	...............	Converts string of numbers to unsigned 32bit integer
ATOU	...............	Converts string of numbers to unsigned 16bit integer
ATOH	...............	Converts string of hex numbers to unsigned 16bit integer
ATOH2	...............	Converts string of hex numbers to unsigned 16bit int killing DI
ATOLH	...............	Converts string of hex numbers to unsigned 32bit int
ATOLH2	...............	Converts string of hex numbers to unsigned 32bit int killing DI
ATOI	...............	Converts string of numbers to signed 16bit integer
ITOA	...............	Converts signed integer to string
ITOAm	...............	Converts signed integer to string, allocting space from heap
ITOA2	...............	Converts signed integer to string, killing DI
UTOA	...............	Converts unsigned integer to string
UTOAm	...............	Converts unsigned integer to string, allocating space from heap
UTOA2	...............	Converts unsigned integer to string, killing DI
HTOA	...............	Converts 8bit hex value to string
HTOA2	...............	Converts 8bit hex value to string, killing DI
HTOAm	...............	Converts 8bit hex value to string, allocating space from heap
WTOA	...............	Converts 16bit hex value to string
WTOA2	...............	Converts 16bit hex value to string, killing DI
WTOAm	...............	Converts 16bit hex value to string, allocating space from heap
LTOA	...............	Converts 32bit signed integer to string
LTOA2	...............	Converts 32bit signed integer to string, killing DI
LTOAm	...............	Converts 32bit signed integer to string, getting space from heap
ULTOA	...............	Converts 32bit unsigned int to string
ULTOA2	...............	Converts 32bit unsigned int to string, killing DI
ULTOAm	...............	Converts 32bit unsigned int to string, getting space from heap
SPrintf	...............	In memory print formatting
SPrintf2	...............	In memory print formatting, killing DI
SPrintfm	...............	In memory print formatting, getting space from heap
SScanf	...............	In memory input formatting
SScanf2	...............	In memory input formatting, killing DI
SScanfm	...............	In memory input formatting, getting space from heap
ToLower	...............	Converts character to lowercase
ToUpper	...............	Converts to uppercase