redef class FlatText
- # First byte of the NativeString
+ # First byte of the CString
protected fun first_byte: Int do return 0
- # Last byte of the NativeString
+ # Last byte of the CString
protected fun last_byte: Int do return first_byte + _byte_length - 1
# Cache of the latest position (char) explored in the string
var position: Int = 0
- # Cached position (bytes) in the NativeString underlying the String
+ # Cached position (bytes) in the CString underlying the String
var bytepos: Int = 0
# Index of the character `index` in `_items`
var its = _items
if dpos == 1 then
- if its[b] & 0x80u8 == 0x00u8 then
+ if its[b] & 0x80 == 0x00 then
b += 1
else
b += its.length_of_char_at(b)
var endlen = 0
while pos <= max do
var c = its[pos]
- if c == 0x3Cu8 then
+ if c == u'<' then
endlen += 3
- else if c == 0x3Eu8 then
+ else if c == u'>' then
endlen += 3
- else if c == 0x26u8 then
+ else if c == u'&' then
endlen += 4
- else if c == 0x22u8 then
+ else if c == u'"' then
endlen += 4
- else if c == 0x27u8 then
+ else if c == u'\'' then
endlen += 4
- else if c == 0x2Fu8 then
+ else if c == 0x2F then
endlen += 4
end
pos += 1
var max = last_byte
var pos = first_byte
var nlen = extra + _byte_length
- var nits = new NativeString(nlen)
+ var nits = new CString(nlen)
var outpos = 0
while pos <= max do
var c = its[pos]
# Special codes:
# Some HTML characters are used as meta-data, they need
# to be replaced by an HTML-Escaped equivalent
- #
- # * 0x3C (<) => <
- # * 0x3E (>) => >
- # * 0x26 (&) => &
- # * 0x22 (") => "
- # * 0x27 (') => '
- # * 0x2F (/) => /
- if c == 0x3Cu8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x6Cu8
- nits[outpos + 2] = 0x74u8
- nits[outpos + 3] = 0x3Bu8
+ if c == u'<' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'l'
+ nits[outpos + 2] = u't'
+ nits[outpos + 3] = u';'
outpos += 4
- else if c == 0x3Eu8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x67u8
- nits[outpos + 2] = 0x74u8
- nits[outpos + 3] = 0x3Bu8
+ else if c == u'>' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'g'
+ nits[outpos + 2] = u't'
+ nits[outpos + 3] = u';'
outpos += 4
- else if c == 0x26u8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x61u8
- nits[outpos + 2] = 0x6Du8
- nits[outpos + 3] = 0x70u8
- nits[outpos + 4] = 0x3Bu8
+ else if c == u'&' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'a'
+ nits[outpos + 2] = u'm'
+ nits[outpos + 3] = u'p'
+ nits[outpos + 4] = u';'
outpos += 5
- else if c == 0x22u8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x23u8
- nits[outpos + 2] = 0x33u8
- nits[outpos + 3] = 0x34u8
- nits[outpos + 4] = 0x3Bu8
+ else if c == u'"' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'#'
+ nits[outpos + 2] = u'3'
+ nits[outpos + 3] = u'4'
+ nits[outpos + 4] = u';'
outpos += 5
- else if c == 0x27u8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x23u8
- nits[outpos + 2] = 0x33u8
- nits[outpos + 3] = 0x39u8
- nits[outpos + 4] = 0x3Bu8
+ else if c == u'\'' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'#'
+ nits[outpos + 2] = u'3'
+ nits[outpos + 3] = u'9'
+ nits[outpos + 4] = u';'
outpos += 5
- else if c == 0x2Fu8 then
- nits[outpos] = 0x26u8
- nits[outpos + 1] = 0x23u8
- nits[outpos + 2] = 0x34u8
- nits[outpos + 3] = 0x37u8
- nits[outpos + 4] = 0x3Bu8
+ else if c == u'/' then
+ nits[outpos] = u'&'
+ nits[outpos + 1] = u'#'
+ nits[outpos + 2] = u'4'
+ nits[outpos + 3] = u'7'
+ nits[outpos + 4] = u';'
outpos += 5
else
nits[outpos] = c
var req_esc = 0
while pos <= max do
var c = its[pos]
- if c == 0x0Au8 then
+ if c == u'\n' then
req_esc += 1
- else if c == 0x09u8 then
+ else if c == u'\t' then
req_esc += 1
- else if c == 0x22u8 then
+ else if c == u'"' then
req_esc += 1
- else if c == 0x27u8 then
+ else if c == u'\'' then
req_esc += 1
- else if c == 0x5Cu8 then
+ else if c == u'\\' then
req_esc += 1
- else if c == 0x3Fu8 then
+ else if c == u'?' then
var j = pos + 1
if j < length then
var next = its[j]
# We ignore `??'` because it will be escaped as `??\'`.
if
- next == 0x21u8 or
- next == 0x28u8 or
- next == 0x29u8 or
- next == 0x2Du8 or
- next == 0x2Fu8 or
- next == 0x3Cu8 or
- next == 0x3Du8 or
- next == 0x3Eu8
+ next == 0x21 or
+ next == 0x28 or
+ next == 0x29 or
+ next == 0x2D or
+ next == 0x2F or
+ next == 0x3C or
+ next == 0x3D or
+ next == 0x3E
then req_esc += 1
end
- else if c < 32u8 then
+ else if c < 32 then
req_esc += 3
end
pos += 1
var its = _items
var max = last_byte
var nlen = _byte_length + ln_extra
- var nns = new NativeString(nlen)
+ var nns = new CString(nlen)
var pos = first_byte
var opos = 0
while pos <= max do
# * 0x22 => \"
# * 0x27 => \'
# * 0x5C => \\
- if c == 0x09u8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x74u8
+ if c == u'\t' then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u't'
opos += 2
- else if c == 0x0Au8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x6Eu8
+ else if c == u'\n' then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u'n'
opos += 2
- else if c == 0x22u8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x22u8
+ else if c == u'"' then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u'"'
opos += 2
- else if c == 0x27u8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x27u8
+ else if c == u'\'' then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u'\''
opos += 2
- else if c == 0x5Cu8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x5Cu8
+ else if c == u'\\' then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u'\\'
opos += 2
- else if c == 0x3Fu8 then
+ else if c == u'?' then
var j = pos + 1
if j < length then
var next = its[j]
# We ignore `??'` because it will be escaped as `??\'`.
if
- next == 0x21u8 or
- next == 0x28u8 or
- next == 0x29u8 or
- next == 0x2Du8 or
- next == 0x2Fu8 or
- next == 0x3Cu8 or
- next == 0x3Du8 or
- next == 0x3Eu8
+ next == 0x21 or
+ next == 0x28 or
+ next == 0x29 or
+ next == 0x2D or
+ next == 0x2F or
+ next == 0x3C or
+ next == 0x3D or
+ next == 0x3E
then
- nns[opos] = 0x5Cu8
+ nns[opos] = 0x5C
opos += 1
end
end
- nns[opos] = 0x3Fu8
+ nns[opos] = 0x3F
opos += 1
- else if c < 32u8 then
- nns[opos] = 0x5Cu8
- nns[opos + 1] = 0x30u8
- nns[opos + 2] = ((c & 0x38u8) >> 3) + 0x30u8
- nns[opos + 3] = (c & 0x07u8) + 0x30u8
+ else if c < 32 then
+ nns[opos] = u'\\'
+ nns[opos + 1] = u'0'
+ nns[opos + 2] = ((c & 0x38) >> 3) + u'0'
+ nns[opos + 3] = (c & 0x07) + u'0'
opos += 4
else
nns[opos] = c
end
pos += 1
end
- return nns.to_s_unsafe(nlen)
+ return nns.to_s_unsafe(nlen, copy=false, clean=false)
end
redef fun [](index) do
if dpos == 1 and index < len - 1 then
var its = _items
var c = its[b]
- if c & 0x80u8 == 0x00u8 then
+ if c & 0x80 == 0x00 then
# We want the next, and current is easy.
# So next is easy to find!
b += 1
else if dpos == -1 and index > 1 then
var its = _items
var c = its[b-1]
- if c & 0x80u8 == 0x00u8 then
+ if c & 0x80 == 0x00 then
# We want the previous, and it is easy.
b -= 1
dpos = 0
_position = index
_bytepos = b
- return c.ascii
+ return c.code_point
end
end
if dpos == 0 then
# We know what we want (+0 or +1) just get it now!
var its = _items
var c = its[b]
- if c & 0x80u8 == 0x00u8 then return c.ascii
+ if c & 0x80 == 0x00 then return c.code_point
return items.char_at(b)
end
var i = char_to_byte_index(index)
var items = _items
var b = items[i]
- if b & 0x80u8 == 0x00u8 then return b.ascii
+ if b & 0x80 == 0x00 then return b.code_point
return items.char_at(i)
end
var max = pos + ln
for i in [pos .. max[ do
res <<= 4
- res += its[i].ascii.from_hex
+ res += its[i].code_point.from_hex
end
return res
end
redef fun to_cstring do
var blen = _byte_length
- var new_items = new NativeString(blen + 1)
+ var new_items = new CString(blen + 1)
_items.copy_to(new_items, blen, _first_byte, 0)
- new_items[blen] = 0u8
+ new_items[blen] = 0
return new_items
end
#
# `_items` will be used as is, without copy, to retrieve the characters of the string.
# Aliasing issues is the responsibility of the caller.
- private new with_infos(items: NativeString, byte_length, from: Int)
+ private new with_infos(items: CString, byte_length, from: Int)
do
var len = items.utf8_length(from, byte_length)
if byte_length == len then return new ASCIIFlatString.full_data(items, byte_length, from, len)
#
# `_items` will be used as is, without copy, to retrieve the characters of the string.
# Aliasing issues is the responsibility of the caller.
- private new full(items: NativeString, byte_length, from, length: Int)
+ private new full(items: CString, byte_length, from, length: Int)
do
if byte_length == length then return new ASCIIFlatString.full_data(items, byte_length, from, length)
return new UnicodeFlatString.full_data(items, byte_length, from, length)
if s isa FlatText then
var sits = s._items
var sifrom = s.first_byte
- var ns = new NativeString(nlen + 1)
+ var ns = new CString(nlen + 1)
mits.copy_to(ns, mlen, mifrom, 0)
sits.copy_to(ns, slen, sifrom, mlen)
return new FlatString.full(ns, nlen, 0, _length + o.length)
var newlen = mylen * i
var its = _items
var fb = _first_byte
- var ns = new NativeString(new_byte_length + 1)
- ns[new_byte_length] = 0u8
+ var ns = new CString(new_byte_length + 1)
+ ns[new_byte_length] = 0
var offset = 0
while i > 0 do
its.copy_to(ns, mybtlen, fb, offset)
private class UnicodeFlatString
super FlatString
- init full_data(items: NativeString, byte_length, from, length: Int) do
+ init full_data(items: CString, byte_length, from, length: Int) do
self._items = items
self._length = length
self._byte_length = byte_length
private class ASCIIFlatString
super FlatString
- init full_data(items: NativeString, byte_length, from, length: Int) do
+ init full_data(items: CString, byte_length, from, length: Int) do
self._items = items
self._length = length
self._byte_length = byte_length
redef fun [](idx) do
assert idx < _byte_length and idx >= 0
- return _items[idx + _first_byte].ascii
+ return _items[idx + _first_byte].code_point
end
redef fun substring(from, count) do
return new ASCIIFlatString.full_data(_items, count, from + _first_byte, count)
end
- redef fun fetch_char_at(i) do return _items[i + _first_byte].ascii
+ redef fun fetch_char_at(i) do return _items[i + _first_byte].code_point
end
private class FlatStringCharReverseIterator
end
private class FlatStringByteReverseIterator
- super IndexedIterator[Byte]
+ super IndexedIterator[Int]
var target: FlatString
- var target_items: NativeString is noautoinit
+ var target_items: CString is noautoinit
var curr_pos: Int
end
private class FlatStringByteIterator
- super IndexedIterator[Byte]
+ super IndexedIterator[Int]
var target: FlatString
- var target_items: NativeString is noautoinit
+ var target_items: CString is noautoinit
var curr_pos: Int
redef fun substrings do return new FlatSubstringsIter(self)
- # Re-copies the `NativeString` into a new one and sets it as the new `Buffer`
+ # Re-copies the `CString` into a new one and sets it as the new `Buffer`
#
# This happens when an operation modifies the current `Buffer` and
# the Copy-On-Write flag `written` is set at true.
private fun reset do
- var nns = new NativeString(capacity)
+ var nns = new CString(capacity)
if _byte_length != 0 then _items.copy_to(nns, _byte_length, 0, 0)
_items = nns
written = false
var bt = _byte_length
if bt + len > capacity then
capacity = capacity * 2 + 2
- nit = new NativeString(capacity)
+ nit = new CString(capacity)
oit.copy_to(nit, 0, 0, from)
end
oit.copy_to(nit, bt - from, from, from + len)
it.set_char_at(ip, item)
end
+ redef fun insert(s, pos) do
+ assert pos >= 0 and pos <= length
+ if pos == length then
+ append s
+ return
+ end
+ var slen = s.byte_length
+ enlarge(byte_length + slen)
+ var it = _items
+ var shpos = it.char_to_byte_index(pos)
+ rshift_bytes(shpos, slen)
+ s.copy_to_native(it, slen, 0, shpos)
+ length += s.length
+ byte_length += slen
+ end
+
+ redef fun insert_char(c, pos) do
+ assert pos >= 0 and pos <= length
+ if pos == length then
+ add c
+ return
+ end
+ var clen = c.u8char_len
+ enlarge(byte_length + clen)
+ var it = _items
+ var shpos = it.char_to_byte_index(pos)
+ rshift_bytes(shpos, clen)
+ it.set_char_at(shpos, c)
+ length += 1
+ byte_length += clen
+ end
+
redef fun add(c)
do
if written then reset
# it does a copy of the current `Buffer`
written = false
var bln = _byte_length
- var a = new NativeString(c)
+ var a = new CString(c)
if bln > 0 then
var it = _items
if bln > 0 then it.copy_to(a, bln, 0, 0)
do
written = true
var bln = _byte_length
- if bln == 0 then _items = new NativeString(1)
+ if bln == 0 then _items = new CString(1)
return new FlatString.full(_items, bln, 0, _length)
end
redef fun to_cstring
do
var bln = _byte_length
- var new_native = new NativeString(bln + 1)
- new_native[bln] = 0u8
+ var new_native = new CString(bln + 1)
+ new_native[bln] = 0
if _length > 0 then _items.copy_to(new_native, bln, 0, 0)
return new_native
end
#
# If `_items` is shared, `written` should be set to true after the creation
# so that a modification will do a copy-on-write.
- private init with_infos(items: NativeString, capacity, byte_length, length: Int)
+ private init with_infos(items: CString, capacity, byte_length, length: Int)
do
self._items = items
self.capacity = capacity
# Create a new string copied from `s`.
init from(s: Text)
do
- _items = new NativeString(s.byte_length)
+ _items = new CString(s.byte_length)
for i in s.substrings do i._items.copy_to(_items, i._byte_length, first_byte, 0)
_byte_length = s.byte_length
_length = s.length
init with_capacity(cap: Int)
do
assert cap >= 0
- _items = new NativeString(cap)
+ _items = new CString(cap)
capacity = cap
_byte_length = 0
end
var byteto = its.char_to_byte_index(count + from - 1)
byteto += its.char_at(byteto).u8char_len - 1
var byte_length = byteto - bytefrom + 1
- var r_items = new NativeString(byte_length)
+ var r_items = new CString(byte_length)
its.copy_to(r_items, byte_length, bytefrom, 0)
return new FlatBuffer.with_infos(r_items, byte_length, byte_length, count)
end
super
return
end
+ var sits = s._items
var bytest = s.char_to_byte_index(from)
var bytend = s.char_to_byte_index(from + length - 1)
- var btln = bytend - bytest + 1
+ var btln = bytend - bytest + sits.char_at(bytend).u8char_len
enlarge(btln + _byte_length)
- s._items.copy_to(_items, btln, bytest, _byte_length)
+ sits.copy_to(_items, btln, bytest, _byte_length)
_byte_length += btln
_length += length
end
+ redef fun remove_at(p, len) do
+ if len == null then len = 1
+ if len == 0 then return
+ var its = _items
+ var bst = char_to_byte_index(p)
+ var bend = char_to_byte_index(p + len - 1)
+ bend += its.char_at(bend).u8char_len
+ var blen = bend - bst
+ lshift_bytes(bend, bend - bst)
+ byte_length -= blen
+ length -= len
+ end
+
redef fun reverse
do
written = false
end
private class FlatBufferByteReverseIterator
- super IndexedIterator[Byte]
+ super IndexedIterator[Int]
var target: FlatBuffer
- var target_items: NativeString is noautoinit
+ var target_items: CString is noautoinit
var curr_pos: Int
end
private class FlatBufferByteIterator
- super IndexedIterator[Byte]
+ super IndexedIterator[Int]
var target: FlatBuffer
- var target_items: NativeString is noautoinit
+ var target_items: CString is noautoinit
var curr_pos: Int
- init do target_items = target._items
+ init do if isset target._items then target_items = target._items
redef fun index do return curr_pos
end
-redef class NativeString
- redef fun to_s
- do
- return to_s_with_length(cstring_length)
- end
+redef class CString
- redef fun to_s_with_length(length)
- do
- assert length >= 0
- return clean_utf8(length)
- end
+ # Get a `String` from the data at `self` copied into Nit memory
+ #
+ # Require: `self` is a null-terminated string.
+ redef fun to_s do return to_s_unsafe
- redef fun to_s_full(byte_length, unilen) do
- return new FlatString.full(self, byte_length, 0, unilen)
- end
+ # Get a `String` from `byte_length` bytes at `self` copied into Nit memory
+ #
+ # The string is cleaned.
+ fun to_s_with_length(byte_length: Int): String do return to_s_unsafe(byte_length)
- redef fun to_s_unsafe(len) do
- if len == null then len = cstring_length
- return new FlatString.with_infos(self, len, 0)
- end
+ redef fun to_s_unsafe(byte_length, char_length, copy, clean)
+ do
+ byte_length = byte_length or else cstring_length
+ clean = clean or else true
+ copy = copy or else true
+
+ # Clean?
+ var str = null
+ if clean then
+ str = clean_utf8(byte_length)
+ char_length = str.length
+ else
+ char_length = char_length or else utf8_length(0, byte_length)
+ end
- redef fun to_s_with_copy do return to_s_with_copy_and_length(cstring_length)
+ # Copy? (if not already copied by `clean_utf8`)
+ if copy and (str == null or str.items == self) then
+ var new_cstr = new CString(byte_length + 1)
+ copy_to(new_cstr, byte_length, 0, 0)
+ new_cstr[byte_length] = 0
+ str = new FlatString.full(new_cstr, byte_length, 0, char_length)
+ end
+
+ if str == null then
+ str = new FlatString.full(self, byte_length, 0, char_length)
+ end
- # Get a `String` from `length` bytes at `self` copied into Nit memory
- fun to_s_with_copy_and_length(length: Int): String
- do
- var r = clean_utf8(length)
- if r.items != self then return r
- var new_self = new NativeString(length + 1)
- copy_to(new_self, length, 0, 0)
- var str = new FlatString.with_infos(new_self, length, 0)
- new_self[length] = 0u8
return str
end
- # Cleans a NativeString if necessary
+ # Cleans a CString if necessary
fun clean_utf8(len: Int): FlatString do
var replacements: nullable Array[Int] = null
var end_length = len
while rem > 0 do
while rem >= 4 do
var i = fetch_4_chars(pos)
- if i & 0x80808080 != 0 then break
+ if i & 0x80808080u32 != 0u32 then break
pos += 4
chr_ln += 4
rem -= 4
end
if rem == 0 then break
var b = self[pos]
- if b & 0x80u8 == 0x00u8 then
+ if b & 0x80 == 0x00 then
pos += 1
chr_ln += 1
rem -= 1
var nxst = length_of_char_at(pos)
var ok_st: Bool
if nxst == 1 then
- ok_st = b & 0x80u8 == 0u8
+ ok_st = b & 0x80 == 0
else if nxst == 2 then
- ok_st = b & 0xE0u8 == 0xC0u8
+ ok_st = b & 0xE0 == 0xC0
else if nxst == 3 then
- ok_st = b & 0xF0u8 == 0xE0u8
+ ok_st = b & 0xF0 == 0xE0
else
- ok_st = b & 0xF8u8 == 0xF0u8
+ ok_st = b & 0xF8 == 0xF0
end
if not ok_st then
if replacements == null then replacements = new Array[Int]
end
var ret = self
if end_length != len then
- ret = new NativeString(end_length)
+ ret = new CString(end_length)
var old_repl = 0
var off = 0
var repls = replacements.as(not null)
var chkln = repl_pos - old_repl
copy_to(ret, chkln, old_repl, off)
off += chkln
- ret[off] = 0xEFu8
- ret[off + 1] = 0xBFu8
- ret[off + 2] = 0xBDu8
+ ret[off] = 0xEF
+ ret[off + 1] = 0xBF
+ ret[off + 2] = 0xBD
old_repl = repl_pos + 1
off += 3
end
private fun set_char_at(pos: Int, c: Char) do
var cp = c.code_point
if cp < 128 then
- self[pos] = cp.to_b
+ self[pos] = cp
return
end
var ln = c.u8char_len
if ln == 2 then
- self[pos] = (0xC0 | ((cp & 0x7C0) >> 6)).to_b
- self[pos + 1] = (0x80 | (cp & 0x3F)).to_b
+ self[pos] = 0xC0 | ((cp & 0x7C0) >> 6)
+ self[pos + 1] = 0x80 | (cp & 0x3F)
else if ln == 3 then
- self[pos] = (0xE0 | ((cp & 0xF000) >> 12)).to_b
- self[pos + 1] = (0x80 | ((cp & 0xFC0) >> 6)).to_b
- self[pos + 2] = (0x80 | (cp & 0x3F)).to_b
+ self[pos] = 0xE0 | ((cp & 0xF000) >> 12)
+ self[pos + 1] = 0x80 | ((cp & 0xFC0) >> 6)
+ self[pos + 2] = 0x80 | (cp & 0x3F)
else if ln == 4 then
- self[pos] = (0xF0 | ((cp & 0x1C0000) >> 18)).to_b
- self[pos + 1] = (0x80 | ((cp & 0x3F000) >> 12)).to_b
- self[pos + 2] = (0x80 | ((cp & 0xFC0) >> 6)).to_b
- self[pos + 3] = (0x80 | (cp & 0x3F)).to_b
+ self[pos] = 0xF0 | ((cp & 0x1C0000) >> 18)
+ self[pos + 1] = 0x80 | ((cp & 0x3F000) >> 12)
+ self[pos + 2] = 0x80 | ((cp & 0xFC0) >> 6)
+ self[pos + 3] = 0x80 | (cp & 0x3F)
end
end
end
if self == 1 then return "1"
var nslen = int_to_s_len
- var ns = new NativeString(nslen + 1)
- ns[nslen] = 0u8
+ var ns = new CString(nslen + 1)
+ ns[nslen] = 0
native_int_to_s(ns, nslen + 1)
return new FlatString.full(ns, nslen, 0, nslen)
end
i += 1
mypos += 1
end
- var ns = new NativeString(sl + 1)
- ns[sl] = 0u8
+ var ns = new CString(sl + 1)
+ ns[sl] = 0
i = 0
var off = 0
while i < mypos do
i += 1
mypos += 1
end
- var ns = new NativeString(sl + 1)
- ns[sl] = 0u8
+ var ns = new CString(sl + 1)
+ ns[sl] = 0
i = 0
var off = 0
while i < mypos do
nitlanguage / nit.git / blobdiff