# Update the transitive reduction
if te.tos.has(f) then return # Skip the reduction if there is a loop
- for x in te.dfroms.to_a do
+ # Remove transitive edges.
+ # Because the sets of direct is iterated, the list of edges to remove
+ # is stored and is applied after the iteration.
+ # The usual case is that no direct edges need to be removed,
+ # so start with a `null` list of edges.
+ var to_remove: nullable Array[E] = null
+ for x in te.dfroms do
var xe = self.elements[x]
if xe.tos.has(f) then
- te.dfroms.remove(x)
+ if to_remove == null then to_remove = new Array[E]
+ to_remove.add x
xe.dtos.remove(t)
end
end
- for x in fe.dtos.to_a do
+ if to_remove != null then
+ for x in to_remove do te.dfroms.remove(x)
+ to_remove.clear
+ end
+
+ for x in fe.dtos do
var xe = self.elements[x]
if xe.froms.has(t) then
xe.dfroms.remove(f)
- fe.dtos.remove(x)
+ if to_remove == null then to_remove = new Array[E]
+ to_remove.add x
end
end
+ if to_remove != null then
+ for x in to_remove do fe.dtos.remove(x)
+ end
+
fe.dtos.add t
te.dfroms.add f
end
return default
end
- # Alias for `keys.has`
+ # Is there an item associated with `key`?
+ #
+ # var x = new HashMap[String, Int]
+ # x["four"] = 4
+ # assert x.has_key("four") == true
+ # assert x.has_key("five") == false
+ #
+ # By default it is a synonymous to `keys.has` but could be redefined with a direct implementation.
fun has_key(key: K): Bool do return self.keys.has(key)
# Get a new iterator on the map.
return c.second
end
end
+
+ redef fun has_key(key) do return couple_at(key) != null
end
# Iterator on CoupleMap
end
end
- redef fun iterator: ArrayIterator[E] do return new ArrayIterator[E](self)
+ redef fun iterator: ArrayIterator[E] do
+ var res = _free_iterator
+ if res == null then return new ArrayIterator[E](self)
+ res._index = 0
+ _free_iterator = null
+ return res
+ end
+
+ # An old iterator, free to reuse.
+ # Once an iterator is `finish`, it become reusable.
+ # Since some arrays are iterated a lot, this avoid most of the
+ # continuous allocation/garbage-collection of the needed iterators.
+ private var free_iterator: nullable ArrayIterator[E] = null
+
redef fun reverse_iterator do return new ArrayReverseIterator[E](self)
end
redef var index = 0
var array: AbstractArrayRead[E]
+
+ redef fun finish do _array._free_iterator = self
end
private class ArrayReverseIterator[E]
end
end
- redef var keys: RemovableCollection[K] = new ArrayMapKeys[K, E](self)
- redef var values: RemovableCollection[E] = new ArrayMapValues[K, E](self)
+ redef var keys: RemovableCollection[K] = new ArrayMapKeys[K, E](self) is lazy
+ redef var values: RemovableCollection[E] = new ArrayMapValues[K, E](self) is lazy
# O(1)
redef fun length do return _items.length
enlarge(0)
end
- redef var keys: RemovableCollection[K] = new HashMapKeys[K, V](self)
- redef var values: RemovableCollection[V] = new HashMapValues[K, V](self)
+ redef var keys: RemovableCollection[K] = new HashMapKeys[K, V](self) is lazy
+ redef var values: RemovableCollection[V] = new HashMapValues[K, V](self) is lazy
+ redef fun has_key(k) do return node_at(k) != null
end
# View of the keys of a HashMap
_file = new NativeFile.native_stdout
path = "/dev/stdout"
_is_writable = true
+ set_buffering_mode(256, sys.buffer_mode_line)
end
end
redef class Sys
- init do
- if stdout isa FileStream then stdout.as(FileStream).set_buffering_mode(256, buffer_mode_line)
- end
-
# Standard input
- var stdin: PollableReader = new Stdin is protected writable
+ var stdin: PollableReader = new Stdin is protected writable, lazy
# Standard output
- var stdout: Writer = new Stdout is protected writable
+ var stdout: Writer = new Stdout is protected writable, lazy
# Standard output for errors
- var stderr: Writer = new Stderr is protected writable
+ var stderr: Writer = new Stderr is protected writable, lazy
# Enumeration for buffer mode full (flushes when buffer is full)
fun buffer_mode_full: Int is extern "file_Sys_Sys_buffer_mode_full_0"
do
return is_lower or is_upper
end
+
+ # Is self a whitespace character?
+ #
+ # These correspond to the "Other" and "Separator" groups of the Unicode.
+ #
+ # In the ASCII encoding, this is those <= to space (0x20) plus delete (0x7F).
+ #
+ # assert 'A'.is_whitespace == false
+ # assert ','.is_whitespace == false
+ # assert ' '.is_whitespace == true
+ # assert '\t'.is_whitespace == true
+ fun is_whitespace: Bool
+ do
+ var i = ascii
+ return i <= 0x20 or i == 0x7F
+ end
end
# Pointer classes are used to manipulate extern C structures.
# Is there something to read.
# This function returns 'false' if there is something to read.
fun eof: Bool is abstract
+
+ # Read the next sequence of non whitespace characters.
+ #
+ # Leading whitespace characters are skipped.
+ # The first whitespace character that follows the result is consumed.
+ #
+ # An empty string is returned if the end of the file or an error is encounter.
+ #
+ # ~~~
+ # var w = new StringReader(" Hello, \n\t World!")
+ # assert w.read_word == "Hello,"
+ # assert w.read_char == '\n'.ascii
+ # assert w.read_word == "World!"
+ # assert w.read_word == ""
+ # ~~~
+ #
+ # `Char::is_whitespace` determines what is a whitespace.
+ fun read_word: String
+ do
+ var buf = new FlatBuffer
+ var c = read_nonwhitespace
+ if c > 0 then
+ buf.add(c.ascii)
+ while not eof do
+ c = read_char
+ if c < 0 then break
+ var a = c.ascii
+ if a.is_whitespace then break
+ buf.add(a)
+ end
+ end
+ var res = buf.to_s
+ return res
+ end
+
+ # Skip whitespace characters (if any) then return the following non-whitespace character.
+ #
+ # Returns the code point of the character.
+ # Return -1 on end of file or error.
+ #
+ # In fact, this method works like `read_char` except it skips whitespace.
+ #
+ # ~~~
+ # var w = new StringReader(" \nab\tc")
+ # assert w.read_nonwhitespace == 'a'.ascii
+ # assert w.read_nonwhitespace == 'b'.ascii
+ # assert w.read_nonwhitespace == 'c'.ascii
+ # assert w.read_nonwhitespace == -1
+ # ~~~
+ #
+ # `Char::is_whitespace` determines what is a whitespace.
+ fun read_nonwhitespace: Int
+ do
+ var c = -1
+ while not eof do
+ c = read_char
+ if c < 0 or not c.ascii.is_whitespace then break
+ end
+ return c
+ end
end
# Iterator returned by `Reader::each_line`.
#
# assert " \n\thello \n\t".l_trim == "hello \n\t"
#
- # A whitespace is defined as any character which ascii value is less than or equal to 32
+ # `Char::is_whitespace` determines what is a whitespace.
fun l_trim: SELFTYPE
do
var iter = self.chars.iterator
while iter.is_ok do
- if iter.item.ascii > 32 then break
+ if not iter.item.is_whitespace then break
iter.next
end
if iter.index == length then return self.empty
#
# assert " \n\thello \n\t".r_trim == " \n\thello"
#
- # A whitespace is defined as any character which ascii value is less than or equal to 32
+ # `Char::is_whitespace` determines what is a whitespace.
fun r_trim: SELFTYPE
do
var iter = self.chars.reverse_iterator
while iter.is_ok do
- if iter.item.ascii > 32 then break
+ if not iter.item.is_whitespace then break
iter.next
end
if iter.index < 0 then return self.empty
end
# Trims trailing and preceding white spaces
- # A whitespace is defined as any character which ascii value is less than or equal to 32
#
# assert " Hello World ! ".trim == "Hello World !"
# assert "\na\nb\tc\t".trim == "a\nb\tc"
+ #
+ # `Char::is_whitespace` determines what is a whitespace.
fun trim: SELFTYPE do return (self.l_trim).r_trim
+ # Is the string non-empty but only made of whitespaces?
+ #
+ # assert " \n\t ".is_whitespace == true
+ # assert " hello ".is_whitespace == false
+ # assert "".is_whitespace == false
+ #
+ # `Char::is_whitespace` determines what is a whitespace.
+ fun is_whitespace: Bool
+ do
+ if is_empty then return false
+ for c in self.chars do
+ if not c.is_whitespace then return false
+ end
+ return true
+ end
+
# Returns `self` removed from its last line terminator (if any).
#
# assert "Hello\n".chomp == "Hello"
# Indes in _items of the last item of the string
private var index_to: Int is noinit
- redef var chars: SequenceRead[Char] = new FlatStringCharView(self)
+ redef var chars: SequenceRead[Char] = new FlatStringCharView(self) is lazy
redef fun [](index)
do
super FlatText
super Buffer
- redef var chars: Sequence[Char] = new FlatBufferCharView(self)
+ redef var chars: Sequence[Char] = new FlatBufferCharView(self) is lazy
private var capacity: Int = 0
* Automatic indentation
* Syntax checker (require [Syntastic][2]).
* Autocomplete for whole projects using module importations
+ * Show documentation in preview window
+ * Search declarations and usages of the word under the cursor
[2]: https://github.com/scrooloose/syntastic
The metadata files from nitpick are stored in `~/.vim/nit/`. This location can be customized with
the environment variable `NIT_VIM_DIR`.
+
+## Documentation in preview window
+
+You can display the documentation for the entity under the cursor with `:call Nitdoc()`.
+It will use the same metadata files as the omnifunc and the preview window.
+You may want to map the function to a shortcut by adding the following code to `~/.vimrc`.
+
+~~~
+" Map displaying Nitdoc to Ctrl-D
+map <C-d> :call Nitdoc()<enter>
+~~~
+
+## Search declarations and usages of the word under the cursor
+
+The function `NitGitGrep` calls `git grep` to find declarations and usages of the word under the cursor.
+It displays the results in the preview window.
+You may want to map the function to a shortcut by adding the following code to `~/.vimrc`.
+
+~~~
+" Map the NitGitGrep function to Ctrl-G
+map <C-g> :call NitGitGrep()<enter>
+~~~
call NitComplete()
endfunction
-" Internal function to search for lines in `path` corresponding to the partial
-" word `base`. Adds found and formated match to `matches`.
+" Get path to the best metadata file named `name`
"
-" Will order the results in 3 levels:
-" 1. Exact matches
-" 2. Common prefix matches
-" 3. Substring matches
-fun NitOmnifuncAddFromFile(base, matches, path)
- let prefix_matches = []
- let substring_matches = []
-
+" Returns an empty string if not found.
+fun NitMetadataFile(name)
" Where are the generated metadata files?
if empty($NIT_VIM_DIR)
let metadata_dir = $HOME . '/.vim/nit'
let metadata_dir = $NIT_VIM_DIR
end
- let path = metadata_dir . '/' . a:path
+ let path = metadata_dir . '/' . a:name
+
" Is there generated custom metadata files?
if ! filereadable(path)
- let path = s:script_dir . '/' . a:path
+ let path = s:script_dir . '/' . a:name
" Is there standard metadata files?
if ! filereadable(path)
- return
+ return ''
endif
endif
+ return path
+endfun
+
+" Internal function to search for lines in `path` corresponding to the partial
+" word `base`. Adds found and formated match to `matches`.
+"
+" Will order the results in 5 levels:
+" 1. Exact matches
+" 2. Common prefix matches
+" 3. Substring matches
+" 4. Synopsis matches
+" 5. Doc matches
+fun NitOmnifuncAddFromFile(base, matches, path)
+ let prefix_matches = []
+ let substring_matches = []
+ let synopsis_matches = []
+ let doc_matches = []
+
+ let path = NitMetadataFile(a:path)
+ if empty(path)
+ return
+ endif
+
for line in readfile(path)
let words = split(line, '#====#', 1)
let name = get(words, 0, '')
if name == a:base
" Exact match
call NitOmnifuncAddAMatch(a:matches, words, name)
- elseif name =~ '^'.a:base
+ elseif name =~? '^'.a:base
" Common-prefix match
call NitOmnifuncAddAMatch(prefix_matches, words, name)
- elseif name =~ a:base
+ elseif name =~? a:base
" Substring match
call NitOmnifuncAddAMatch(substring_matches, words, name)
+ elseif get(words, 2, '') =~? a:base
+ " Match in the synopsis
+ call NitOmnifuncAddAMatch(synopsis_matches, words, name)
+ elseif get(words, 3, '') =~? a:base
+ " Match in the longer doc
+ call NitOmnifuncAddAMatch(synopsis_matches, words, name)
endif
endfor
" Assemble the final match list
call extend(a:matches, sort(prefix_matches))
call extend(a:matches, sort(substring_matches))
+ call extend(a:matches, sort(synopsis_matches))
+ call extend(a:matches, sort(doc_matches))
endfun
" Internal function to search parse the information from a metadata line
" find keyword matching with "a:base"
let matches = []
- " Advanced suggestions
+ " advanced suggestions
let cursor_line = getline('.')
- " Content of the line before the partial word
+ " content of the line before the partial word
let line_prev_cursor = cursor_line[:col('.')-1]
let prev_char_at = strlen(line_prev_cursor) - 1
endif
endfun
+" Show doc for the entity under the cursor in the preview window
+fun Nitdoc()
+ " Word under cursor
+ let word = expand("<cword>")
+
+ " All possible docs (there may be more than one entity with the same name)
+ let docs = []
+
+ " Search in all metadata files
+ for file in ['modules', 'classes', 'properties']
+ let path = NitMetadataFile(file.'.txt')
+ if empty(path)
+ continue
+ endif
+
+ for line in readfile(path)
+ let words = split(line, '#====#', 1)
+ let name = get(words, 0, '')
+ if name =~ '^' . word
+ " It fits our word, get long doc
+ let desc = get(words,3,'')
+ let desc = join(split(desc, '#nnnn#', 1), "\n")
+ call add(docs, desc)
+ endif
+ endfor
+ endfor
+
+ " Found no doc, give up
+ if empty(docs) || !(join(docs, '') =~ '\w')
+ return
+ endif
+
+ " Open the preview window on a temp file
+ execute "silent pedit " . tempname()
+
+ " Change to preview window
+ wincmd P
+
+ " Show all found doc one after another
+ for doc in docs
+ if doc =~ '\w'
+ silent put = doc
+ silent put = ''
+ endif
+ endfor
+
+ " Set options
+ setlocal buftype=nofile
+ setlocal noswapfile
+ setlocal syntax=none
+ setlocal bufhidden=delete
+
+ " Change back to the source buffer
+ wincmd p
+ redraw!
+endfun
+
+" Call `git grep` on the word under the cursor
+"
+" Shows declarations first, then all matches, in the preview window.
+fun NitGitGrep()
+ let word = expand("<cword>")
+ let out = tempname()
+ execute 'silent !(git grep "\\(module\\|class\\|universal\\|interface\\|var\\|fun\\) '.word.'";'.
+ \'echo; git grep '.word.') > '.out
+
+ " Open the preview window on a temp file
+ execute "silent pedit " . out
+
+ " Change to preview window
+ wincmd P
+
+ " Set options
+ setlocal buftype=nofile
+ setlocal noswapfile
+ setlocal syntax=none
+ setlocal bufhidden=delete
+
+ " Change back to the source buffer
+ wincmd p
+ redraw!
+endfun
+
" Activate the omnifunc on Nit files
autocmd FileType nit set omnifunc=NitOmnifunc
super Visitor
redef fun visit(node)
do
- path.unshift(node)
node.accept_ast_validation(self)
- path.shift
end
private var path = new List[ANode]
private var seen = new HashSet[ANode]
private fun accept_ast_validation(v: ASTValidationVisitor)
do
var parent = self.parent
+ var path = v.path
- if v.path.length > 1 then
- var path_parent = v.path[1]
+ if path.length > 0 then
+ var path_parent = v.path.first
if parent == null then
self.parent = path_parent
#debug "PARENT: expected parent: {path_parent}"
+ v.seen.add(self)
else if parent != path_parent then
self.parent = path_parent
- debug "PARENT: expected parent: {path_parent}, got {parent}"
+ if v.seen.has(self) then
+ debug "DUPLICATE (NOTATREE): already seen node with parent {parent} now with {path_parent}."
+ else
+ v.seen.add(self)
+ debug "PARENT: expected parent: {path_parent}, got {parent}"
+ end
end
end
- if v.seen.has(self) then
- debug "DUPLICATE: already seen node. NOTATREE"
- end
- v.seen.add(self)
-
if not isset _location then
#debug "LOCATION: unlocated node {v.path.join(", ")}"
_location = self.parent.location
end
+ path.unshift(self)
visit_all(v)
+ path.shift
end
end
fun init_expr(v: AbstractCompilerVisitor, recv: RuntimeVariable)
do
- if has_value and not is_lazy then evaluate_expr(v, recv)
+ if has_value and not is_lazy and not n_expr isa ANullExpr then evaluate_expr(v, recv)
end
# Evaluate, store and return the default value of the attribute
# 4. Full doc with extra
stream.write field_separator
+ stream.write "# "
+ stream.write full_name
+ write_signature_to_stream(stream)
if mdoc != null then
- stream.write "# "
- stream.write full_name
- write_signature_to_stream(stream)
for i in 2.times do stream.write line_separator
stream.write mdoc.content.join(line_separator)
end
end
# Add a constructor to the automated nclassdef
- fun generate_deserialization_init(nclassdef: AClassdef)
+ fun generate_deserialization_init(nclassdef: AStdClassdef)
do
+ # Do not generate constructors for abstract classes
+ if nclassdef.n_classkind isa AAbstractClasskind then return
+
var npropdefs = nclassdef.n_propdefs
var code = new Array[String]
for nclassdef in nclassdefs do
var name = nclassdef.n_id.text
- if nclassdef.n_formaldefs.is_empty then
+ if nclassdef.n_formaldefs.is_empty and
+ not nclassdef.n_classkind isa AAbstractClasskind then
+
code.add " if name == \"{name}\" then return new {name}.from_deserializer(self)"
end
end
# Where do we put the result?
var opt_dir: OptionString = new OptionString("Output directory", "--dir")
+ # Depth of the visit and generation
+ var opt_depth = new OptionEnum(["module", "group", "project"],
+ "Depth of the visit and generation", 0, "-d", "--depth")
+
redef init
do
- option_context.add_option(opt_output, opt_dir)
+ option_context.add_option(opt_output, opt_dir, opt_depth)
super
end
end
var mmodules = modelbuilder.parse_full(arguments)
modelbuilder.run_phases
-# Create a distinct support module per targetted modules
+# Create a distinct support module per target modules
for mmodule in mmodules do
- var rta = modelbuilder.do_rapid_type_analysis(mmodule)
-
# Name of the support module
var module_name
module_path += ".nit"
end
+ var target_modules = null
+ var importations = null
+ var mgroup = mmodule.mgroup
+ if toolcontext.opt_depth.value == 1 and mgroup != null then
+ modelbuilder.visit_group mgroup
+ target_modules = mgroup.mmodules
+ else if toolcontext.opt_depth.value == 2 then
+ # project
+ target_modules = new Array[MModule]
+ importations = new Array[MModule]
+ if mgroup != null then
+ for g in mgroup.mproject.mgroups do
+ target_modules.add_all g.mmodules
+ end
+
+ for g in mgroup.in_nesting.direct_smallers do
+ var dm = g.default_mmodule
+ if dm != null then
+ importations.add dm
+ end
+ end
+
+ for m in mgroup.mmodules do
+ importations.add m
+ end
+ end
+ end
+
+ if target_modules == null then target_modules = [mmodule]
+ if importations == null then importations = target_modules
+
var nit_module = new NitModule(module_name)
nit_module.header = """
# This file is generated by nitserial
# Do not modify, but you can redef
"""
- nit_module.imports.add mmodule.name
+ for importation in importations do
+ nit_module.imports.add importation.name
+ end
+
nit_module.imports.add "serialization"
nit_module.content.add """
do"""
var serializable_type = mmodule.serializable_type
- for mtype in rta.live_types do
- # We are only interested in instanciated generics, subtypes of Serializable
- # and which are visibles.
- if mtype isa MGenericType and
- mtype.is_subtype(mmodule, null, serializable_type) and
- mtype.is_visible_from(mmodule) then
-
- nit_module.content.add """
+ var compiled_types = new Array[MType]
+ for m in target_modules do
+ nit_module.content.add """
+ # Module: {{{m.to_s}}}"""
+
+ var rta = modelbuilder.do_rapid_type_analysis(m)
+
+ for mtype in rta.live_types do
+ # We are only interested in instanciated generics, subtypes of Serializable
+ # and which are visibles.
+ if mtype isa MGenericType and
+ mtype.is_subtype(m, null, serializable_type) and
+ mtype.is_visible_from(mmodule) and
+ not compiled_types.has(mtype) then
+
+ compiled_types.add mtype
+ nit_module.content.add """
if name == \"{{{mtype}}}\" then return new {{{mtype}}}.from_deserializer(self)"""
+ end
end
end
var n_kwlabel: TKwlabel is writable, noinit
# The name of the label, if any
- var n_id: nullable TId is writable
+ var n_id: nullable TId is writable, noinit
end
# Expression and statements
super AExpr
# The `self` keyword
- var n_kwself: nullable TKwself is writable
+ var n_kwself: nullable TKwself = null is writable
end
# When there is no explicit receiver, `self` is implicit
for phase in phases do
if phase.disabled then continue
- self.info(" phase: {phase}", 3)
assert phase.toolcontext == self
var errcount = self.error_count
phase.process_nmodule(nmodule)
return
end
- # FIXME: THIS IS STUPID (be here to keep the old code working)
- if not mpropdef.mclassdef.is_intro then return
-
# Do we inherit for a constructor?
var skip = true
for cd in mclassdef.in_hierarchy.direct_greaters do
if not mpropdef.is_intro then
auto_super_call = true
mpropdef.has_supercall = true
+ modelbuilder.toolcontext.info("Auto-super call for {mpropdef}", 4)
return
end
var callsite = new CallSite(self, recvtype, mmodule, anchor, true, candidate, candidatedef, msignature, false)
auto_super_inits.add(callsite)
+ modelbuilder.toolcontext.info("Old-style auto-super init for {mpropdef} to {candidate.full_name}", 4)
end
# No old style? The look for new-style super constructors (called from a old style constructor)
var callsite = new CallSite(self, recvtype, mmodule, anchor, true, the_root_init_mmethod, candidatedef, msignature, false)
auto_super_inits.add(callsite)
+ modelbuilder.toolcontext.info("Auto-super init for {mpropdef} to {the_root_init_mmethod.full_name}", 4)
end
if auto_super_inits.is_empty then
modelbuilder.error(self, "Error: No constructors to call implicitely in {mpropdef}. Call one explicitely.")
--- /dev/null
+# This file is part of NIT ( http://www.nitlanguage.org ).
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+# http://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+
+import base_init
+
+redef class A
+ init
+ do
+ 'a'.output
+ end
+end
+
+redef class B
+ init
+ do
+ 'b'.output
+ end
+end
+
+redef class C
+ init
+ do
+ 'c'.output
+ end
+end
--- /dev/null
+Aa
+AaBb
+Aac
redef class Deserializer
redef fun deserialize_class(name)
do
+ # Module: test_serialization
if name == "Array[Object]" then return new Array[Object].from_deserializer(self)
if name == "Array[nullable Object]" then return new Array[nullable Object].from_deserializer(self)
if name == "Array[Serializable]" then return new Array[Serializable].from_deserializer(self)
Numeric -> Int [dir=back arrowtail=open style=dashed];
Char [
- label = "{Char||+ to_i(): Int\l+ ascii(): Int\l+ to_lower(): Char\l+ to_upper(): Char\l+ is_digit(): Bool\l+ is_lower(): Bool\l+ is_upper(): Bool\l+ is_letter(): Bool\l}"
+ label = "{Char||+ to_i(): Int\l+ ascii(): Int\l+ to_lower(): Char\l+ to_upper(): Char\l+ is_digit(): Bool\l+ is_lower(): Bool\l+ is_upper(): Bool\l+ is_letter(): Bool\l+ is_whitespace(): Bool\l}"
]
Discrete -> Char [dir=back arrowtail=open style=dashed];
Numeric -> Int [dir=back arrowtail=open style=dashed];
Char [
- label = "{Char||+ to_i(): Int\l+ ascii(): Int\l+ to_lower(): Char\l+ to_upper(): Char\l+ is_digit(): Bool\l+ is_lower(): Bool\l+ is_upper(): Bool\l+ is_letter(): Bool\l}"
+ label = "{Char||+ to_i(): Int\l+ ascii(): Int\l+ to_lower(): Char\l+ to_upper(): Char\l+ is_digit(): Bool\l+ is_lower(): Bool\l+ is_upper(): Bool\l+ is_letter(): Bool\l+ is_whitespace(): Bool\l}"
]
Discrete -> Char [dir=back arrowtail=open style=dashed];
-Runtime error: Cast failed. Expected `E`, got `Bool` (../lib/standard/collection/array.nit:894)
+Runtime error: Cast failed. Expected `E`, got `Bool` (../lib/standard/collection/array.nit:909)
NativeString
N
Nit
nitlanguage / nit.git / commitdiff