Permuted Index

    ’: introduce remarks. rem(stmt)
abs: absolute value function. abs(func)
abs: absolute value function. abs(func)
store constants for subsequent READ access.  data:data(stmt)
get: read a record from random access file. get(stmt)
lock: lock/unlock file access. lock(stmt)
varptr$: character form of the address of a variable. varptr$(func)
seg: current segment address. seg(vrbl)
random file buffer.  field: allocate space for variables infield(stmt)
instr: find one string in another. instr(func)
atn: arctangent function. atn(func)
command$: return command line arguments. command$(func)
erase: erase array. erase(stmt)
set the minimum value for array.  option base:option base(stmt)
redim: redimension array. redim(stmt)
lbound: return lower bound for array subscripts. lbound(func)
ubound: return upper bound for array subscripts. ubound(func)
specify maximum subscript values for arrays.  dim:dim(stmt)
$dynamic: make arrays dynamic by default. $dynamic(meta)
$static: make arrays static by default. $static(meta)
character.  asc: return the ASCII code for aasc(func)
asc: return the ASCII code for a character. asc(func)
chr$: convert ASCII code to character. chr$(func)
read: read data statements and assign values to variables. read(stmt)
let: assignment statement. let(stmt)
atn: arctangent function. atn(func)
shell: execute background shell command. shell(func)
on gosub: branch to subroutine based on expression. on gosub(stmt)
on goto: branch based on expression. on goto(stmt)
select case: select branch based on expression. select case(stmt)
chain: transfer control to another BASIC program. chain(stmt)
$include: include a BASIC source file. $include(meta)
c-isam: BASIC to C-ISAM interface. c-isam(stmt)
beep: sound the speaker. beep(stmt)
bload: load binary memory image from disk. bload(stmt)
ltrim$: trim left blanks. ltrim$(func)
rtrim$: trim right blanks. rtrim$(func)
disk.  bload: load binary memory image frombload(stmt)
read from the keyboard without blocking.  inkey$:inkey$(vrbl)
lbound: return lower bound for array subscripts. lbound(func)
ubound: return upper bound for array subscripts. ubound(func)
on goto: branch based on expression. on goto(stmt)
select case: select branch based on expression. select case(stmt)
goto: branch to a specified line. goto(stmt)
gosub: branch to a subroutine. gosub(stmt)
expression.  on gosub: branch to subroutine based onon gosub(stmt)
bsave: save memory image on disk. bsave(stmt)
space for variables in random file buffer.  field: allocatefield(stmt)
lset: move data into random file buffer. lset(stmt)
rset: move data into random file buffer. rset(stmt)
put: write record from random buffer to random file. put(stmt)
peek: read a byte from memory. peek(func)
poke: write a byte to memory. poke(stmt)
call: call a subprogram. call(stmt)
call: call a subprogram. call(stmt)
lcase$: convert upper case to lower case. lcase$(func)
lcase$: convert upper case to lower case. lcase$(func)
ucase$: convert lower case to upper case. ucase$(func)
ucase$: convert lower case to upper case. ucase$(func)
cdbl: convert to double-precision. cdbl(func)
BASIC program.  chain: transfer control to anotherchain(stmt)
chdir: change current working directory. chdir(stmt)
asc: return the ASCII code for a character. asc(func)
chr$: convert ASCII code to character. chr$(func)
variable.  varptr$: character form of the address of avarptr$(func)
file.  input$: read characters from the keyboard or ainput$(func)
return a string of specified characters.  string$:string$(func)
directory.  chdir: change current workingchdir(stmt)
character.  chr$: convert ASCII code tochr$(func)
cint: convert to integer. cint(func)
c-isam: BASIC to C-ISAM interface. c-isam(stmt)
c-isam: BASIC to C-ISAM interface. c-isam(stmt)
cls: clear the screen. cls(stmt)
close: close a file. close(stmt)
reset: close all disk files. reset(stmt)
close: close a file. close(stmt)
cls: clear the screen. cls(stmt)
asc: return the ASCII code for a character. asc(func)
err: error code for the most recent error. err, erl(vrbl)
chr$: convert ASCII code to character. chr$(func)
color: set the “color” of the screen. color(stmt)
screen.  color: set the “color” of thecolor(stmt)
command$: return command line arguments. command$(func)
arguments.  command$: return command linecommand$(func)
shell: execute background shell command. shell(func)
shell: execute shell command. shell(stmt)
common: declare variables as common. common(stmt)
common: declare variables as common. common(stmt)
do...loop: general condition loop statement. do...loop(stmt)
access.  data: store constants for subsequent READdata(stmt)
chain: transfer control to another BASIC program. chain(stmt)
val: string to numeric conversion. val(func)
chr$: convert ASCII code to character. chr$(func)
old format.  cvdmbf: convert floating point value fromcvsmbf, cvdmbf(func)
old format.  cvsmbf: convert floating point value fromcvsmbf, cvdmbf(func)
format.  mkdmbf$: convert floating point value to oldmksmbf$, mkdmbf$(func)
format.  mksmbf$: convert floating point value to oldmksmbf$, mkdmbf$(func)
ucase$: convert lower case to upper case. ucase$(func)
string.  hex$: convert numeric to hexadecimalhex$(func)
representation.  oct$: convert numeric to octal stringoct$(func)
str$: convert numeric to string. str$(func)
mkd$: convert numeric value to string. mki$, mks$, mkd$(func)
mki$: convert numeric value to string. mki$, mks$, mkd$(func)
mks$: convert numeric value to string. mki$, mks$, mkd$(func)
cdbl: convert to double-precision. cdbl(func)
cint: convert to integer. cint(func)
csng: convert to single-precision. csng(func)
lcase$: convert upper case to lower case. lcase$(func)
position.  csrlin: vertical coordinate of current cursorcsrlin(vrbl)
pos: return the horizontal coordinate of the cursor. pos(func)
cos: trigonometric cosine function. cos(func)
cos: trigonometric cosine function. cos(func)
csng: convert to single-precision. csng(func)
current cursor position.  csrlin: vertical coordinate ofcsrlin(vrbl)
csrlin: vertical coordinate of current cursor position. csrlin(vrbl)
date$: current date. date$(vrbl)
files: list files in current directory. files(stmt)
loc: current position in file. loc(func)
seg: current segment address. seg(vrbl)
def seg: define the current segment. def seg(stmt)
chdir: change current working directory. chdir(stmt)
locate: position the cursor on the screen. locate(stmt)
the horizontal coordinate of the cursor.  pos: returnpos(func)
vertical coordinate of current cursor position.  csrlin:csrlin(vrbl)
variables.  cvd: map string variables to numericcvi, cvs, cvd(func)
from old format.  cvdmbf: convert floating point valuecvsmbf, cvdmbf(func)
variables.  cvi: map string variables to numericcvi, cvs, cvd(func)
variables.  cvs: map string variables to numericcvi, cvs, cvd(func)
from old format.  cvsmbf: convert floating point valuecvsmbf, cvdmbf(func)
lset: move data into random file buffer. lset(stmt)
rset: move data into random file buffer. rset(stmt)
lprint: print data on the line printer. lprint(stmt)
print: display data on the screen. print(stmt)
variables.  read: read data statements and assign values toread(stmt)
restore: modify read pointer for data statements. restore(stmt)
READ access.  data: store constants for subsequentdata(stmt)
print #: write data to a sequential file. print #(stmt)
date$: current date. date$(vrbl)
date$: current date. date$(vrbl)
time$: time of day. time$(vrbl)
common: declare variables as common. common(stmt)
shared: declare variables as shared. shared(stmt)
static: declare variables as static. static(stmt)
$dynamic: make arrays dynamic by default. $dynamic(meta)
$static: make arrays static by default. $static(meta)
defdbl: default variable types. deftype(stmt)
defint: default variable types. deftype(stmt)
defsng: default variable types. deftype(stmt)
defstr: default variable types. deftype(stmt)
defdbl: default variable types. deftype(stmt)
def fn: define a user function. def fn(stmt)
sub: define a subprogram. sub(stmt)
def fn: define a user function. def fn(stmt)
def seg: define the current segment. def seg(stmt)
defint: default variable types. deftype(stmt)
def seg: define the current segment. def seg(stmt)
defsng: default variable types. deftype(stmt)
defstr: default variable types. deftype(stmt)
kill: delete a file. kill(stmt)
values for arrays.  dim: specify maximum subscriptdim(stmt)
chdir: change current working directory. chdir(stmt)
files: list files in current directory. files(stmt)
mkdir: make a directory. mkdir(stmt)
rmdir: remove a directory. rmdir(stmt)
bload: load binary memory image from disk. bload(stmt)
bsave: save memory image on disk. bsave(stmt)
reset: close all disk files. reset(stmt)
print: display data on the screen. print(stmt)
statement.  do...loop: general condition loopdo...loop(stmt)
cdbl: convert to double-precision. cdbl(func)
$dynamic: make arrays dynamic by default. $dynamic(meta)
default.  $dynamic: make arrays dynamic by$dynamic(meta)
environ: edit the environment variable list. environ(stmt)
on error: enable error trapping and handling. on error(stmt)
end: terminate program execution. end(stmt)
eof: end-of-file function. eof(func)
variable list.  environ: edit the environmentenviron(stmt)
variable list.  environ$: read the environmentenviron$(func)
environ: edit the environment variable list. environ(stmt)
environ$: read the environment variable list. environ$(func)
eof: end-of-file function. eof(func)
erase: erase array. erase(stmt)
erase: erase array. erase(stmt)
error.  err: error code for the most recenterr, erl(vrbl)
error.  err: error code for the most recenterr, erl(vrbl)
err: error code for the most recent error. err, erl(vrbl)
simulate occurrence of a run-time error.  error:error(stmt)
resume: resume execution after error recovery. resume(stmt)
run-time error.  error: simulate occurrence of aerror(stmt)
on error: enable error trapping and handling. on error(stmt)
intro: introduction to statements, etc. intro(stmt, func, vrbl)
variables.  swap: exchange the values of twoswap(stmt)
shell: execute background shell command. shell(func)
shell: execute shell command. shell(stmt)
resume: resume execution after error recovery. resume(stmt)
end: terminate program execution. end(stmt)
stop: terminate program execution. stop(stmt)
system: terminate program execution. system(stmt)
tron: turn on execution tracing. tron & troff(stmt)
exp: exponential function. exp(func)
exp: exponential function. exp(func)
branch to subroutine based on expression.  on gosub:on gosub(stmt)
on goto: branch based on expression. on goto(stmt)
select case: select branch based on expression. select case(stmt)
fix: truncate numeric expression to integer. fix(func)
in random file buffer.  field: allocate space for variablesfield(stmt)
lock: lock/unlock file access. lock(stmt)
space for variables in random file buffer.  field: allocatefield(stmt)
lset: move data into random file buffer. lset(stmt)
rset: move data into random file buffer. rset(stmt)
close: close a file. close(stmt)
read a record from random access file.  get:get(stmt)
$include: include a BASIC source file. $include(meta)
characters from the keyboard or a file.  input$: readinput$(func)
input #: read from sequential file. input #(stmt)
kill: delete a file. kill(stmt)
read a line from a sequential file.  line input #:line input #(stmt)
loc: current position in file. loc(func)
lof: length of file. lof(func)
name: rename a file. name(stmt)
open: open a file. open(stmt)
print #: write data to a sequential file. print #(stmt)
formatted write to sequential file.  print # using:print # using(stmt)
record from random buffer to random file.  put: writeput(stmt)
write #: write to a sequential file. write #(stmt)
files: list files in current directory. files(stmt)
directory.  files: list files in currentfiles(stmt)
reset: close all disk files. reset(stmt)
instr: find one string in another. instr(func)
integer.  fix: truncate numeric expression tofix(func)
format.  cvdmbf: convert floating point value from oldcvsmbf, cvdmbf(func)
format.  cvsmbf: convert floating point value from oldcvsmbf, cvdmbf(func)
mkdmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
mksmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
varptr$: character form of the address of a variable. varptr$(func)
floating point value from old format.  cvdmbf: convertcvsmbf, cvdmbf(func)
floating point value from old format.  cvsmbf: convertcvsmbf, cvdmbf(func)
convert floating point value to old format.  mkdmbf$:mksmbf$, mkdmbf$(func)
convert floating point value to old format.  mksmbf$:mksmbf$, mkdmbf$(func)
print using: formatted print. print using(stmt)
print # using: formatted write to sequential file. print # using(stmt)
for...next: for statement. for...next(stmt)
abs: absolute value function. abs(func)
atn: arctangent function. atn(func)
cos: trigonometric cosine function. cos(func)
def fn: define a user function. def fn(stmt)
eof: end-of-file function. eof(func)
exp: exponential function. exp(func)
int: greatest integer function. int(func)
len: string length function. len(func)
log: natural logarithm function. log(func)
sgn: signum function. sgn(func)
sin: trigonometric sine function. sin(func)
sqr: square root function. sqr(func)
tan: trigonometric tangent function. tan(func)
do...loop: general condition loop statement. do...loop(stmt)
randomize: reseed the random number generator. randomize(stmt)
rnd: random number generator. rnd(func)
access file.  get: read a record from randomget(stmt)
gosub: branch to a subroutine. gosub(stmt)
goto: branch to a specified line. goto(stmt)
int: greatest integer function. int(func)
on error: enable error trapping and handling. on error(stmt)
string.  hex$: convert numeric to hexadecimalhex$(func)
hex$: convert numeric to hexadecimal string. hex$(func)
pos: return the horizontal coordinate of the cursor. pos(func)
printer.  lpos: return the horizontal position of the linelpos(func)
$main: identify main module. $main(meta)
statement.  if...then...else: if-then-elseif...then...else(stmt)
if...then...else: if-then-else statement. if...then...else(stmt)
bload: load binary memory image from disk. bload(stmt)
bsave: save memory image on disk. bsave(stmt)
$include: include a BASIC source file. $include(meta)
file.  $include: include a BASIC source$include(meta)
without blocking.  inkey$: read from the keyboardinkey$(vrbl)
input: take input from the keyboard. input(stmt)
keyboard or a file.  input$: read characters from theinput$(func)
input #: read from sequential file. input #(stmt)
input: take input from the keyboard. input(stmt)
spc: insert spaces in a print statement. spc(func)
instr: find one string in another. instr(func)
int: greatest integer function. int(func)
cint: convert to integer. cint(func)
fix: truncate numeric expression to integer. fix(func)
int: greatest integer function. int(func)
c-isam: BASIC to C-ISAM interface. c-isam(stmt)
etc.  intro: introduction to statements,intro(stmt, func, vrbl)
’: introduce remarks. rem(stmt)
rem: introduce remarks. rem(stmt)
intro: introduction to statements, etc. intro(stmt, func, vrbl)
input: take input from the keyboard. input(stmt)
line input: read a line from the keyboard. line input(stmt)
input$: read characters from the keyboard or a file. input$(func)
inkey$: read from the keyboard without blocking. inkey$(vrbl)
kill: delete a file. kill(stmt)
subscripts.  lbound: return lower bound for arraylbound(func)
case.  lcase$: convert upper case to lowerlcase$(func)
ltrim$: trim left blanks. ltrim$(func)
string.  left$: return leftmost part ofleft$(func)
left$: return leftmost part of string. left$(func)
len: string length function. len(func)
len: string length function. len(func)
lof: length of file. lof(func)
let: assignment statement. let(stmt)
command$: return command line arguments. command$(func)
line input #: read a line from a sequential file. line input #(stmt)
line input: read a line from the keyboard. line input(stmt)
goto: branch to a specified line. goto(stmt)
the horizontal position of the line printer.  lpos: returnlpos(func)
lprint: print data on the line printer. lprint(stmt)
sequential file.  line input #: read a line from aline input #(stmt)
keyboard.  line input: read a line from theline input(stmt)
width: set the width of output lines. width(stmt)
edit the environment variable list.  environ:environ(stmt)
read the environment variable list.  environ$:environ$(func)
files: list files in current directory. files(stmt)
bload: load binary memory image from disk. bload(stmt)
loc: current position in file. loc(func)
screen.  locate: position the cursor on thelocate(stmt)
lock: lock/unlock file access. lock(stmt)
lock: lock/unlock file access. lock(stmt)
lof: length of file. lof(func)
log: natural logarithm function. log(func)
log: natural logarithm function. log(func)
do...loop: general condition loop statement. do...loop(stmt)
lbound: return lower bound for array subscripts. lbound(func)
lcase$: convert upper case to lower case. lcase$(func)
ucase$: convert lower case to upper case. ucase$(func)
of the line printer.  lpos: return the horizontal positionlpos(func)
printer.  lprint: print data on the linelprint(stmt)
buffer.  lset: move data into random filelset(stmt)
ltrim$: trim left blanks. ltrim$(func)
$main: identify main module. $main(meta)
$main: identify main module. $main(meta)
mkdir: make a directory. mkdir(stmt)
$dynamic: make arrays dynamic by default. $dynamic(meta)
$static: make arrays static by default. $static(meta)
variables.  cvd: map string variables to numericcvi, cvs, cvd(func)
variables.  cvi: map string variables to numericcvi, cvs, cvd(func)
variables.  cvs: map string variables to numericcvi, cvs, cvd(func)
dim: specify maximum subscript values for arrays. dim(stmt)
bload: load binary memory image from disk. bload(stmt)
bsave: save memory image on disk. bsave(stmt)
sadd: memory offset of a string variable. sadd(func)
varptr: memory offset of a variable. varptr(func)
peek: read a byte from memory. peek(func)
poke: write a byte to memory. poke(stmt)
mid$: replace part of a string. mid$(stmt)
mid$: return a portion of a string. mid$(func)
return the number of seconds since midnight.  timer:timer(func)
option base: set the minimum value for array. option base(stmt)
string.  mkd$: convert numeric value tomki$, mks$, mkd$(func)
mkdir: make a directory. mkdir(stmt)
value to old format.  mkdmbf$: convert floating pointmksmbf$, mkdmbf$(func)
string.  mki$: convert numeric value tomki$, mks$, mkd$(func)
string.  mks$: convert numeric value tomki$, mks$, mkd$(func)
value to old format.  mksmbf$: convert floating pointmksmbf$, mkdmbf$(func)
statements.  restore: modify read pointer for datarestore(stmt)
$main: identify main module. $main(meta)
lset: move data into random file buffer. lset(stmt)
rset: move data into random file buffer. rset(stmt)
name: rename a file. name(stmt)
log: natural logarithm function. log(func)
randomize: reseed the random number generator. randomize(stmt)
rnd: random number generator. rnd(func)
timer: return the number of seconds since midnight. timer(func)
val: string to numeric conversion. val(func)
fix: truncate numeric expression to integer. fix(func)
hex$: convert numeric to hexadecimal string. hex$(func)
representation.  oct$: convert numeric to octal stringoct$(func)
str$: convert numeric to string. str$(func)
mkd$: convert numeric value to string. mki$, mks$, mkd$(func)
mki$: convert numeric value to string. mki$, mks$, mkd$(func)
mks$: convert numeric value to string. mki$, mks$, mkd$(func)
cvd: map string variables to numeric variables. cvi, cvs, cvd(func)
cvi: map string variables to numeric variables. cvi, cvs, cvd(func)
cvs: map string variables to numeric variables. cvi, cvs, cvd(func)
error: simulate occurrence of a run-time error. error(stmt)
string representation.  oct$: convert numeric to octaloct$(func)
oct$: convert numeric to octal string representation. oct$(func)
sadd: memory offset of a string variable. sadd(func)
varptr: memory offset of a variable. varptr(func)
convert floating point value from old format.  cvdmbf:cvsmbf, cvdmbf(func)
convert floating point value from old format.  cvsmbf:cvsmbf, cvdmbf(func)
convert floating point value to old format.  mkdmbf$:mksmbf$, mkdmbf$(func)
convert floating point value to old format.  mksmbf$:mksmbf$, mkdmbf$(func)
instr: find one string in another. instr(func)
handling.  on error: enable error trapping andon error(stmt)
on expression.  on gosub: branch to subroutine basedon gosub(stmt)
on goto: branch based on expression. on goto(stmt)
open: open a file. open(stmt)
open: open a file. open(stmt)
for array.  option base: set the minimum valueoption base(stmt)
width: set the width of output lines. width(stmt)
write: write to standard output. write(stmt)
mid$: replace part of a string. mid$(stmt)
right$: return the rightmost part of a string. right$(func)
left$: return leftmost part of string. left$(func)
peek: read a byte from memory. peek(func)
cvdmbf: convert floating point value from old format. cvsmbf, cvdmbf(func)
cvsmbf: convert floating point value from old format. cvsmbf, cvdmbf(func)
mkdmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
mksmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
restore: modify read pointer for data statements. restore(stmt)
poke: write a byte to memory. poke(stmt)
mid$: return a portion of a string. mid$(func)
coordinate of the cursor.  pos: return the horizontalpos(func)
coordinate of current cursor position.  csrlin: verticalcsrlin(vrbl)
loc: current position in file. loc(func)
lpos: return the horizontal position of the line printer. lpos(func)
tab: tab to specified print position. tab(func)
locate: position the cursor on the screen. locate(stmt)
lprint: print data on the line printer. lprint(stmt)
print: display data on the screen. print(stmt)
tab: tab to specified print position. tab(func)
print using: formatted print. print using(stmt)
spc: insert spaces in a print statement. spc(func)
file.  print #: write data to a sequentialprint #(stmt)
the horizontal position of the line printer.  lpos: returnlpos(func)
lprint: print data on the line printer. lprint(stmt)
print using: formatted print. print using(stmt)
sequential file.  print # using: formatted write toprint # using(stmt)
transfer control to another BASIC program.  chain:chain(stmt)
end: terminate program execution. end(stmt)
stop: terminate program execution. stop(stmt)
system: terminate program execution. system(stmt)
run: run a program. run(stmt)
to random file.  put: write record from random bufferput(stmt)
get: read a record from random access file. get(stmt)
put: write record from random buffer to random file. put(stmt)
allocate space for variables in random file buffer.  field:field(stmt)
lset: move data into random file buffer. lset(stmt)
rset: move data into random file buffer. rset(stmt)
write record from random buffer to random file.  put:put(stmt)
randomize: reseed the random number generator. randomize(stmt)
rnd: random number generator. rnd(func)
generator.  randomize: reseed the random numberrandomize(stmt)
peek: read a byte from memory. peek(func)
line input #: read a line from a sequential file. line input #(stmt)
line input: read a line from the keyboard. line input(stmt)
file.  get: read a record from random accessget(stmt)
data: store constants for subsequent READ access. data(stmt)
a file.  input$: read characters from the keyboard orinput$(func)
values to variables.  read: read data statements and assignread(stmt)
input #: read from sequential file. input #(stmt)
blocking.  inkey$: read from the keyboard withoutinkey$(vrbl)
restore: modify read pointer for data statements. restore(stmt)
assign values to variables.  read: read data statements andread(stmt)
environ$: read the environment variable list. environ$(func)
err: error code for the most recent error. err, erl(vrbl)
get: read a record from random access file. get(stmt)
file.  put: write record from random buffer to randomput(stmt)
resume: resume execution after error recovery. resume(stmt)
redim: redimension array. redim(stmt)
redim: redimension array. redim(stmt)
rem: introduce remarks. rem(stmt)
’: introduce remarks. rem(stmt)
rem: introduce remarks. rem(stmt)
rmdir: remove a directory. rmdir(stmt)
name: rename a file. name(stmt)
mid$: replace part of a string. mid$(stmt)
convert numeric to octal string representation.  oct$:oct$(func)
randomize: reseed the random number generator. randomize(stmt)
reset: close all disk files. reset(stmt)
data statements.  restore: modify read pointer forrestore(stmt)
recovery.  resume: resume execution after errorresume(stmt)
recovery.  resume: resume execution after errorresume(stmt)
mid$: return a portion of a string. mid$(func)
space$: return a string of spaces. space$(func)
characters.  string$: return a string of specifiedstring$(func)
command$: return command line arguments. command$(func)
return: return from a subroutine. return(stmt)
left$: return leftmost part of string. left$(func)
subscripts.  lbound: return lower bound for arraylbound(func)
return: return from a subroutine. return(stmt)
character.  asc: return the ASCII code for aasc(func)
the cursor.  pos: return the horizontal coordinate ofpos(func)
the line printer.  lpos: return the horizontal position oflpos(func)
midnight.  timer: return the number of seconds sincetimer(func)
string.  right$: return the rightmost part of aright$(func)
subscripts.  ubound: return upper bound for arrayubound(func)
usr: subprogram which returns a value. usr(func)
rtrim$: trim right blanks. rtrim$(func)
a string.  right$: return the rightmost part ofright$(func)
right$: return the rightmost part of a string. right$(func)
rmdir: remove a directory. rmdir(stmt)
rnd: random number generator. rnd(func)
sqr: square root function. sqr(func)
buffer.  rset: move data into random filerset(stmt)
rtrim$: trim right blanks. rtrim$(func)
run: run a program. run(stmt)
run: run a program. run(stmt)
error: simulate occurrence of a run-time error. error(stmt)
variable.  sadd: memory offset of a stringsadd(func)
bsave: save memory image on disk. bsave(stmt)
cls: clear the screen. cls(stmt)
color: set the “color” of the screen. color(stmt)
locate: position the cursor on the screen. locate(stmt)
print: display data on the screen. print(stmt)
timer: return the number of seconds since midnight. timer(func)
seg: current segment address. seg(vrbl)
seg: current segment address. seg(vrbl)
def seg: define the current segment. def seg(stmt)
select case: select branch based on expression. select case(stmt)
expression.  select case: select branch based onselect case(stmt)
input #: read from sequential file. input #(stmt)
line input #: read a line from a sequential file. line input #(stmt)
print #: write data to a sequential file. print #(stmt)
print # using: formatted write to sequential file. print # using(stmt)
write #: write to a sequential file. write #(stmt)
color: set the “color” of the screen. color(stmt)
option base: set the minimum value for array. option base(stmt)
width: set the width of output lines. width(stmt)
sgn: signum function. sgn(func)
shared: declare variables as shared. shared(stmt)
shared: declare variables as shared. shared(stmt)
shell: execute shell command. shell(stmt)
shell: execute background shell command. shell(func)
command.  shell: execute background shellshell(func)
shell: execute shell command. shell(stmt)
sgn: signum function. sgn(func)
error.  error: simulate occurrence of a run-timeerror(stmt)
sin: trigonometric sine function. sin(func)
timer: return the number of seconds since midnight. timer(func)
sin: trigonometric sine function. sin(func)
csng: convert to single-precision. csng(func)
beep: sound the speaker. beep(stmt)
$include: include a BASIC source file. $include(meta)
buffer.  field: allocate space for variables in random filefield(stmt)
space$: return a string of spaces. space$(func)
spc: insert spaces in a print statement. spc(func)
space$: return a string of spaces. space$(func)
statement.  spc: insert spaces in a printspc(func)
beep: sound the speaker. beep(stmt)
string$: return a string of specified characters. string$(func)
goto: branch to a specified line. goto(stmt)
tab: tab to specified print position. tab(func)
arrays.  dim: specify maximum subscript values fordim(stmt)
sqr: square root function. sqr(func)
sqr: square root function. sqr(func)
write: write to standard output. write(stmt)
do...loop: general condition loop statement. do...loop(stmt)
for...next: for statement. for...next(stmt)
if...then...else: if-then-else statement. if...then...else(stmt)
let: assignment statement. let(stmt)
spc: insert spaces in a print statement. spc(func)
while...wend: while statement. while...wend(stmt)
variables.  read: read data statements and assign values toread(stmt)
intro: introduction to statements, etc. intro(stmt, func, vrbl)
modify read pointer for data statements.  restore:restore(stmt)
$static: make arrays static by default. $static(meta)
static: declare variables as static. static(stmt)
default.  $static: make arrays static by$static(meta)
static: declare variables as static. static(stmt)
stop: terminate program execution. stop(stmt)
access.  data: store constants for subsequent READdata(stmt)
str$: convert numeric to string. str$(func)
hex$: convert numeric to hexadecimal string. hex$(func)
instr: find one string in another. instr(func)
left$: return leftmost part of string. left$(func)
len: string length function. len(func)
mid$: replace part of a string. mid$(stmt)
mid$: return a portion of a string. mid$(func)
mkd$: convert numeric value to string. mki$, mks$, mkd$(func)
mki$: convert numeric value to string. mki$, mks$, mkd$(func)
mks$: convert numeric value to string. mki$, mks$, mkd$(func)
space$: return a string of spaces. space$(func)
string$: return a string of specified characters. string$(func)
oct$: convert numeric to octal string representation. oct$(func)
specified characters.  string$: return a string ofstring$(func)
return the rightmost part of a string.  right$:right$(func)
str$: convert numeric to string. str$(func)
val: string to numeric conversion. val(func)
sadd: memory offset of a string variable. sadd(func)
variables.  cvd: map string variables to numericcvi, cvs, cvd(func)
variables.  cvi: map string variables to numericcvi, cvs, cvd(func)
variables.  cvs: map string variables to numericcvi, cvs, cvd(func)
sub: define a subprogram. sub(stmt)
call: call a subprogram. call(stmt)
sub: define a subprogram. sub(stmt)
usr: subprogram which returns a value. usr(func)
on gosub: branch to subroutine based on expression. on gosub(stmt)
gosub: branch to a subroutine. gosub(stmt)
return: return from a subroutine. return(stmt)
dim: specify maximum subscript values for arrays. dim(stmt)
lbound: return lower bound for array subscripts. lbound(func)
ubound: return upper bound for array subscripts. ubound(func)
data: store constants for subsequent READ access. data(stmt)
variables.  swap: exchange the values of twoswap(stmt)
system: terminate program execution. system(stmt)
position.  tab: tab to specified printtab(func)
tab: tab to specified print position. tab(func)
input: take input from the keyboard. input(stmt)
tan: trigonometric tangent function. tan(func)
tan: trigonometric tangent function. tan(func)
end: terminate program execution. end(stmt)
stop: terminate program execution. stop(stmt)
system: terminate program execution. system(stmt)
time$: time of day. time$(vrbl)
time$: time of day. time$(vrbl)
since midnight.  timer: return the number of secondstimer(func)
tron: turn on execution tracing. tron & troff(stmt)
program.  chain: transfer control to another BASICchain(stmt)
on error: enable error trapping and handling. on error(stmt)
cos: trigonometric cosine function. cos(func)
sin: trigonometric sine function. sin(func)
tan: trigonometric tangent function. tan(func)
ltrim$: trim left blanks. ltrim$(func)
rtrim$: trim right blanks. rtrim$(func)
tron: turn on execution tracing. tron & troff(stmt)
integer.  fix: truncate numeric expression tofix(func)
tron: turn on execution tracing. tron & troff(stmt)
swap: exchange the values of two variables. swap(stmt)
defdbl: default variable types. deftype(stmt)
defint: default variable types. deftype(stmt)
defsng: default variable types. deftype(stmt)
defstr: default variable types. deftype(stmt)
subscripts.  ubound: return upper bound for arrayubound(func)
case.  ucase$: convert lower case to upperucase$(func)
ubound: return upper bound for array subscripts. ubound(func)
lcase$: convert upper case to lower case. lcase$(func)
ucase$: convert lower case to upper case. ucase$(func)
def fn: define a user function. def fn(stmt)
value.  usr: subprogram which returns ausr(func)
val: string to numeric conversion. val(func)
option base: set the minimum value for array. option base(stmt)
cvdmbf: convert floating point value from old format. cvsmbf, cvdmbf(func)
cvsmbf: convert floating point value from old format. cvsmbf, cvdmbf(func)
abs: absolute value function. abs(func)
mkdmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
mksmbf$: convert floating point value to old format. mksmbf$, mkdmbf$(func)
mkd$: convert numeric value to string. mki$, mks$, mkd$(func)
mki$: convert numeric value to string. mki$, mks$, mkd$(func)
mks$: convert numeric value to string. mki$, mks$, mkd$(func)
usr: subprogram which returns a value. usr(func)
dim: specify maximum subscript values for arrays. dim(stmt)
swap: exchange the values of two variables. swap(stmt)
read data statements and assign values to variables.  read:read(stmt)
environ: edit the environment variable list. environ(stmt)
environ$: read the environment variable list. environ$(func)
sadd: memory offset of a string variable. sadd(func)
defdbl: default variable types. deftype(stmt)
defint: default variable types. deftype(stmt)
defsng: default variable types. deftype(stmt)
defstr: default variable types. deftype(stmt)
character form of the address of a variable.  varptr$:varptr$(func)
varptr: memory offset of a variable. varptr(func)
common: declare variables as common. common(stmt)
shared: declare variables as shared. shared(stmt)
static: declare variables as static. static(stmt)
cvd: map string variables to numeric variables. cvi, cvs, cvd(func)
cvi: map string variables to numeric variables. cvi, cvs, cvd(func)
cvs: map string variables to numeric variables. cvi, cvs, cvd(func)
field: allocate space for variables in random file buffer. field(stmt)
data statements and assign values to variables.  read: readread(stmt)
swap: exchange the values of two variables. swap(stmt)
cvd: map string variables to numeric variables. cvi, cvs, cvd(func)
cvi: map string variables to numeric variables. cvi, cvs, cvd(func)
cvs: map string variables to numeric variables. cvi, cvs, cvd(func)
address of a variable.  varptr$: character form of thevarptr$(func)
varptr: memory offset of a variable. varptr(func)
cursor position.  csrlin: vertical coordinate of currentcsrlin(vrbl)
while...wend: while statement. while...wend(stmt)
while...wend: while statement. while...wend(stmt)
width: set the width of output lines. width(stmt)
lines.  width: set the width of outputwidth(stmt)
chdir: change current working directory. chdir(stmt)
poke: write a byte to memory. poke(stmt)
print #: write data to a sequential file. print #(stmt)
random file.  put: write record from random buffer toput(stmt)
write #: write to a sequential file. write #(stmt)
print # using: formatted write to sequential file. print # using(stmt)
write: write to standard output. write(stmt)
write #: write to a sequential file. write #(stmt)
write: write to standard output. write(stmt)

from The Basmark QuickBASIC Programmer’s Manual by Lawrence Leinweber