<commit_before>module Qt
        module DebugLevel
                Off, Minimal, High = *(0..2).to_a
        end

        @@debug_level = DebugLevel::Off
        def Qt.debug_level=(level)
                @@debug_level = level
        end
        def Qt.debug_level
                @@debug_level
        end
		
		class Base
			def **(a)
				return Qt::**(self, a)
			end
			def +(a)
				return Qt::+(self, a)
			end
			def ~(a)
				return Qt::~(self, a)
			end
			def -@()
				return Qt::-(self)
			end
			def -(a)
				return Qt::-(self, a)
			end
			def *(a)
				return Qt::*(self, a)
			end
			def /(a)
				return Qt::/(self, a)
			end
			def %(a)
				return Qt::%(self, a)
			end
			def >>(a)
				return Qt::>>(self, a)
			end
			def <<(a)
				return Qt::<<(self, a)
			end
			def &(a)
				return Qt::&(self, a)
			end
			def ^(a)
				return Qt::^(self, a)
			end
			def |(a)
				return Qt::|(self, a)
			end
			def <(a)
				return Qt::<(self, a)
			end
			def <=(a)
				return Qt::<=(self, a)
			end
			def >(a)
				return Qt::>(self, a)
			end
			def >=(a)
				return Qt::>=(self, a)
			end
			def ==(a)
				return Qt::==(self, a)
			end
		end
		
	module Internal

		@@classes   = {}
		@@cpp_names = {}
		@@idclass   = []

		def normalize_classname(classname)
			classname.sub(/^Q(?=[A-Z])/,'Qt::')
		end

		def init_class(c)
			classname = normalize_classname(c)
			classId = idClass(c)
			insert_pclassid(classname, classId)
			@@idclass[classId] = classname
			@@cpp_names[classname] = c
			klass = isQObject(classId) ? create_qobject_class(classname) \
                                                   : create_qt_class(classname)
			@@classes[classname] = klass unless klass.nil?
		end

                def debug_level
                        Qt.debug_level
                end

		def checkarg(argtype, method, i)
			typename = getTypeNameOfArg(method, i)
			puts "      #{typename} (#{argtype})" if debug_level >= DebugLevel::High
			if argtype == 'i'
				if typename =~ /^(?:short|ushort|int|uint|long|ulong|signed|unsigned)$/
					return 0
				end
			elsif argtype == 'n'
				if typename =~ /^(?:float|double)$/
					return 0
				end
			elsif argtype == 's'
				if typename =~ /^(?:u?char\*|const u?char\*|(?:const )?((Q(C?)String)|QByteArray)[*&]?)$/
					qstring = !$1.nil?
					c = !$2.nil?
					return c ? 1 : (qstring ? 2 : 0)
				end
			elsif argtype == 'a'
				# FIXME: shouldn't be hardcoded. Installed handlers should tell what ruby type they expect.
				if typename =~ /^(?:
						const\ QCOORD\*|
						(?:const\ )?
						(?:
						    QStringList[\*&]?|
						    QValueList<int>[\*&]?|
						    QRgb\*|
						    char\*\*
						)
					        )$/x
					return 0
				end
			elsif argtype == 'u'
				if typename =~ /^(?:float|double)$/
					return 0
				end
			elsif argtype == 'U'
				return 0
			else
				t = typename.sub(/^const\s+/, '')
				t.sub!(/[&*]$/, '')
				if classIsa(argtype, t)
					return 0
				end
			end
			return nil
		end

		def arg_matches?(methodIds, args, i)
			match = {}
			argtype = getVALUEtype(args[i])
                        methodIds.each {
                                |id|
				puts "   #{id}:" if debug_level >= DebugLevel::High
				match_value = checkarg(argtype, id, i)
				match[id] = match_value unless match_value.nil?
                        }
			return match.sort {|a,b| a[1] <=> b[1]}
		end

		def find_class(classname)
			@@classes[classname]
		end

                # 
		def try_initialize(instance, *args)
			initializer = instance.method(:initialize)
			return callcc {
                                |continuation|
				@@current_initializer = continuation
				initializer.call(*args)
			}
		end

                # continues off here after first stage initialize is complete
		def continue_new_instance(instance)
			@@current_initializer.call(instance)
		end
		
                # If a block was passed to the constructor then
				# run that now in the context of the new instance
		def run_initializer_block(instance, block)
			if block.arity == -1
				instance.instance_eval(&block)
			else
				block.call(instance)
			end
		end
		
		def type_char(arg)
		    if arg.nil? or isObject(arg)
			    "#"
		    elsif arg.kind_of? Array or arg.kind_of? Hash
			    "?"
		    else
			    "$"
		    end
		end

		def do_method_missing(package, method, klass, this, *args)
			classname = @@cpp_names[klass.name]
			if classname.nil? && klass != Object
				do_method_missing(package, method, klass.superclass, this, *args)<commit_msg>Improved error checking for wrong number of args passed to a contructor initializer block<commit_after>module Qt
        module DebugLevel
                Off, Minimal, High = *(0..2).to_a
        end

        @@debug_level = DebugLevel::Off
        def Qt.debug_level=(level)
                @@debug_level = level
        end
        def Qt.debug_level
                @@debug_level
        end
		
		class Base
			def **(a)
				return Qt::**(self, a)
			end
			def +(a)
				return Qt::+(self, a)
			end
			def ~(a)
				return Qt::~(self, a)
			end
			def -@()
				return Qt::-(self)
			end
			def -(a)
				return Qt::-(self, a)
			end
			def *(a)
				return Qt::*(self, a)
			end
			def /(a)
				return Qt::/(self, a)
			end
			def %(a)
				return Qt::%(self, a)
			end
			def >>(a)
				return Qt::>>(self, a)
			end
			def <<(a)
				return Qt::<<(self, a)
			end
			def &(a)
				return Qt::&(self, a)
			end
			def ^(a)
				return Qt::^(self, a)
			end
			def |(a)
				return Qt::|(self, a)
			end
			def <(a)
				return Qt::<(self, a)
			end
			def <=(a)
				return Qt::<=(self, a)
			end
			def >(a)
				return Qt::>(self, a)
			end
			def >=(a)
				return Qt::>=(self, a)
			end
			def ==(a)
				return Qt::==(self, a)
			end
		end
		
	module Internal

		@@classes   = {}
		@@cpp_names = {}
		@@idclass   = []

		def normalize_classname(classname)
			classname.sub(/^Q(?=[A-Z])/,'Qt::')
		end

		def init_class(c)
			classname = normalize_classname(c)
			classId = idClass(c)
			insert_pclassid(classname, classId)
			@@idclass[classId] = classname
			@@cpp_names[classname] = c
			klass = isQObject(classId) ? create_qobject_class(classname) \
                                                   : create_qt_class(classname)
			@@classes[classname] = klass unless klass.nil?
		end

                def debug_level
                        Qt.debug_level
                end

		def checkarg(argtype, method, i)
			typename = getTypeNameOfArg(method, i)
			puts "      #{typename} (#{argtype})" if debug_level >= DebugLevel::High
			if argtype == 'i'
				if typename =~ /^(?:short|ushort|int|uint|long|ulong|signed|unsigned)$/
					return 0
				end
			elsif argtype == 'n'
				if typename =~ /^(?:float|double)$/
					return 0
				end
			elsif argtype == 's'
				if typename =~ /^(?:u?char\*|const u?char\*|(?:const )?((Q(C?)String)|QByteArray)[*&]?)$/
					qstring = !$1.nil?
					c = !$2.nil?
					return c ? 1 : (qstring ? 2 : 0)
				end
			elsif argtype == 'a'
				# FIXME: shouldn't be hardcoded. Installed handlers should tell what ruby type they expect.
				if typename =~ /^(?:
						const\ QCOORD\*|
						(?:const\ )?
						(?:
						    QStringList[\*&]?|
						    QValueList<int>[\*&]?|
						    QRgb\*|
						    char\*\*
						)
					        )$/x
					return 0
				end
			elsif argtype == 'u'
				if typename =~ /^(?:float|double)$/
					return 0
				end
			elsif argtype == 'U'
				return 0
			else
				t = typename.sub(/^const\s+/, '')
				t.sub!(/[&*]$/, '')
				if classIsa(argtype, t)
					return 0
				end
			end
			return nil
		end

		def arg_matches?(methodIds, args, i)
			match = {}
			argtype = getVALUEtype(args[i])
                        methodIds.each {
                                |id|
				puts "   #{id}:" if debug_level >= DebugLevel::High
				match_value = checkarg(argtype, id, i)
				match[id] = match_value unless match_value.nil?
                        }
			return match.sort {|a,b| a[1] <=> b[1]}
		end

		def find_class(classname)
			@@classes[classname]
		end

		@@current_initializer = nil
                
				# Runs the initializer as far as allocating the Qt C++ instance.
				# Then uses the @@current_initializer continuation to jump back to here
		def try_initialize(instance, *args)
			initializer = instance.method(:initialize)
			return callcc {
                                |continuation|
				@@current_initializer = continuation
				initializer.call(*args)
			}
		end

                # continues off here after first stage initialize is complete
		def continue_new_instance(instance)
			@@current_initializer.call(instance)
		end
		
                # If a block was passed to the constructor, then
				# run that now. Either run the context of the new instance
				# if no args were passed to the block. Or otherwise,
				# run the block in the context of the arg.
		def run_initializer_block(instance, block)
			if block.arity == -1
				instance.instance_eval(&block)
			elsif block.arity == 1
				block.call(instance)
			else
				raise ArgumentError, "Wrong number of arguments to block(#{block.arity} for 1)"
			end
		end
		
		def type_char(arg)
		    if arg.nil? or isObject(arg)
			    "#"
		    elsif arg.kind_of? Array or arg.kind_of? Hash
			    "?"
		    else
			    "$"
		    end
		end

		def do_method_missing(package, method, klass, this, *args)
			classname = @@cpp_names[klass.name]
			if classname.nil? && klass != Object
				do_method_missing(package, method, klass.superclass, this, *args)
{'fraction_non_alphanumeric': 0.13834618227901574, 'fraction_numerical': 0.003590664272890485, 'mean_word_length': 2.0140038192234244, 'pattern_counts': {'":': 0, '<': 23, '<?xml version=': 0, '>': 27, 'https://': 0, 'lorem ipsum': 0, 'www.': 0, 'xml': 0}, 'pii_count': 0, 'substrings_counts': 0, 'word_list_counts': {'cursed_substrings.json': 4, 'profanity_word_list.json': 0, 'sexual_word_list.json': 0, 'zh_pornsignals.json': 0}}
{'dir': 'git-commits-cleaned', 'id': '4368945', 'n_tokens_mistral': 4134, 'n_tokens_neox': 3217, 'n_words': 846}