It's possible with classic Informix 4gl with something like this...
define
p_list dynamic array of char(10)
main
define
i smallint,
cnt smallint,
p_str char(500)
let p_str = "a;b;c;d"
let cnt = toarray(p_str, ";")
for i = 1 to cnt
display p_list[i]
end for
end main
function toarray(p_str, p_sep)
define
p_str char(2000),
p_sep char(1),
i smallint,
last smallint,
ix smallint,
p_len smallint
let ix = 0
let p_len = length(p_str)
# -- get size of array needed
for i = 1 to p_len
if p_str[i] = p_sep then
let ix = ix + 1
end if
end for
if ix > 0 then
# -- we have more then one
allocate array p_list[ix + 1]
let ix = 1
let last = 1
for i = 1 to p_len
if p_str[i] = p_sep then
let p_list[ix] = p_str[last,i-1]
let ix = ix + 1
let last = i + 1
end if
end for
# -- set the last one
let p_list[ix] = p_str[last, p_len]
else
# -- only has one
allocate array p_list[1]
let ix = 1
let p_list[ix] = p_str
end if
return ix
end function
Out:
a
b
c
d
Dynamic array support requires IBM Informix 4GL 7.32.UC1 or higher