X-Git-Url: http://nitlanguage.org

diff --git a/src/metrics/mclasses_metrics.nit b/src/metrics/mclasses_metrics.nit
index c48cb35..2404a38 100644
--- a/src/metrics/mclasses_metrics.nit
+++ b/src/metrics/mclasses_metrics.nit
@@ -17,215 +17,283 @@
 # Collect common metrics about mclasses
 module mclasses_metrics
 
-import model
 import metrics_base
-import phase
-import frontend
+import model::model_collect
 
 redef class ToolContext
-	var mclasses_metrics_phase = new MClassesMetricsPhase(self, null)
+
+	# MClass related metrics phase
+	var mclasses_metrics_phase: Phase = new MClassesMetricsPhase(self, null)
 end
 
 # Extract metrics about mclasses from model.
 private class MClassesMetricsPhase
 	super Phase
-	redef fun process_mainmodule(mainmodule)
+	redef fun process_mainmodule(mainmodule, given_mmodules)
 	do
 		if not toolcontext.opt_mclasses.value and not toolcontext.opt_all.value then return
+		var csv = toolcontext.opt_csv.value
+		var out = "{toolcontext.opt_dir.value or else "metrics"}/mclasses"
+		out.mkdir
+
+		var model = toolcontext.modelbuilder.model
+		var filter = new ModelFilter(private_visibility)
 
 		print toolcontext.format_h1("\n# MClasses metrics")
 
-		var metrics = new MClassMetricSet
-		metrics.register(new CNOA, new CNOP, new CNOC, new CNOD, new CDIT)
-		metrics.register(new CNBIP, new CNBRP, new CNBHP)
-		#TODO metrics.register(new CNBI) # nb init
-		#TODO metrics.register(new CNBA) # nb attrs
-		#TODO metrics.register(new CNBM) # nb methods
-		#TODO metrics.register(new CNBV) # nb vtypes
+		var metrics = new MetricSet
+		metrics.register(new CNOA(model, mainmodule, filter))
+		metrics.register(new CNOP(model, mainmodule, filter))
+		metrics.register(new CNOC(model, mainmodule, filter))
+		metrics.register(new CNOD(model, mainmodule, filter))
+		metrics.register(new CDIT(model, mainmodule, filter))
+		metrics.register(new CNBP(model, mainmodule, filter))
+		metrics.register(new CNBA(model, mainmodule, filter))
+		metrics.register(new CNBI(model, mainmodule, filter))
+		metrics.register(new CNBM(model, mainmodule, filter))
+		metrics.register(new CNBV(model, mainmodule, filter))
+		metrics.register(new CNBIP(model, mainmodule, filter))
+		metrics.register(new CNBRP(model, mainmodule, filter))
+		metrics.register(new CNBHP(model, mainmodule, filter))
 
-		var model = toolcontext.modelbuilder.model
 		var mclasses = new HashSet[MClass]
-		for mproject in model.mprojects do
+		for mpackage in model.mpackages do
 
-			print toolcontext.format_h2("\n ## project {mproject}")
+			print toolcontext.format_h2("\n ## package {mpackage}")
 
-			for mgroup in mproject.mgroups do
+			for mgroup in mpackage.mgroups do
 				if mgroup.mmodules.is_empty then continue
+				metrics.clear
 
 				# Scalar metrics
 				print toolcontext.format_h3("  `- group {mgroup.full_name}")
-
 				var mod_mclasses = new HashSet[MClass]
 				for mmodule in mgroup.mmodules do mod_mclasses.add_all(mmodule.intro_mclasses)
 				if mod_mclasses.is_empty then continue
 				mclasses.add_all(mod_mclasses)
-				metrics.collect(new HashSet[MClass].from(mod_mclasses), mainmodule)
-				for name, metric in metrics.metrics do
-					print toolcontext.format_h4("\t{name}: {metric.desc}")
-					print toolcontext.format_p("\t    avg: {metric.avg}")
-					var max = metric.max
-					print toolcontext.format_p("\t    max: {max.first} ({max.second})")
-					var min = metric.min
-					print toolcontext.format_p("\t    min: {min.first} ({min.second})")
-				end
+				metrics.collect(new HashSet[MClass].from(mod_mclasses))
+				metrics.to_console(1, not toolcontext.opt_nocolors.value)
+				if csv then metrics.to_csv.write_to_file("{out}/{mgroup}.csv")
 			end
 		end
 		if not mclasses.is_empty then
+			metrics.clear
 			# Global metrics
 			print toolcontext.format_h2("\n ## global metrics")
-
-			metrics.collect(mclasses, mainmodule)
-			for name, metric in metrics.metrics do
-				print toolcontext.format_h4("\t{name}: {metric.desc}")
-				print toolcontext.format_p("\t    avg: {metric.avg}")
-				var max = metric.max
-				print toolcontext.format_p("\t    max: {max.first} ({max.second})")
-				var min = metric.min
-				print toolcontext.format_p("\t    min: {min.first} ({min.second})")
-			end
+			metrics.collect(mclasses)
+			metrics.to_console(1, not toolcontext.opt_nocolors.value)
+			if csv then metrics.to_csv.write_to_file("{out}/summary.csv")
 		end
 	end
 end
 
-# An MetricSet for MClasses metrics
-class MClassMetricSet
-	super MetricSet
-	redef type METRIC: MClassMetric
+# A metric about MClass
+abstract class MClassMetric
+	super Metric
+	redef type ELM: MClass
 
-	# Collect all the metrics on the set of MClasses
-	fun collect(mclasses: Set[MClass], mainmodule: MModule) do
-		clear
-		for metric in metrics.values do
-			for mclass in mclasses do
-				metric.collect(mclass, mainmodule)
-			end
-		end
-	end
-end
+	# Model used to collect and filter entities
+	var model: Model
 
-# An abstract metric about MClass
-abstract class MClassMetric
-	super IntMetric[MClass]
-	# Collect the metric value for this mclass
-	fun collect(mclass: MClass, mainmodule: MModule) is abstract
+	# Mainmodule for class linearization
+	var mainmodule: MModule
+
+	# Filter to apply
+	var filter: nullable ModelFilter
 end
 
 # Class Metric: Number of Ancestors
 class CNOA
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnoa"
 	redef fun desc do return "number of ancestor classes"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.in_hierarchy(mainmodule).greaters.length - 1
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.in_hierarchy(mainmodule).greaters.length - 1
+		end
 	end
 end
 
 # Class Metric: Number of Parents
 class CNOP
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnop"
 	redef fun desc do return "number of parent classes"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.in_hierarchy(mainmodule).direct_greaters.length
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.in_hierarchy(mainmodule).direct_greaters.length
+		end
 	end
 end
 
 # Class Metric: Number of Children
 class CNOC
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnoc"
 	redef fun desc do return "number of child classes"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.in_hierarchy(mainmodule).direct_smallers.length
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.in_hierarchy(mainmodule).direct_smallers.length
+		end
 	end
 end
 
 # Class Metric: Number of Descendants
 class CNOD
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnod"
 	redef fun desc do return "number of descendant classes"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.in_hierarchy(mainmodule).smallers.length - 1
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.in_hierarchy(mainmodule).smallers.length - 1
+		end
 	end
 end
 
 # Class Metric: Depth in Inheritance Tree
 class CDIT
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cdit"
 	redef fun desc do return "depth in class tree"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.in_hierarchy(mainmodule).depth
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.in_hierarchy(mainmodule).depth
+		end
+	end
+end
+
+# Class Metric: Number of MProperties
+class CNBP
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnbp"
+	redef fun desc do return "number of accessible properties (inherited + local)"
+
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_accessible_mproperties(mainmodule, filter).length
+		end
+	end
+end
+
+# Class Metric: Number of MAttributes
+class CNBA
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnba"
+	redef fun desc do return "number of accessible attributes (inherited + local)"
+
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_accessible_mattributes(mainmodule, filter).length
+		end
+	end
+end
+
+# Class Metric: Number of MMethods
+class CNBM
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnbm"
+	redef fun desc do return "number of accessible methods (inherited + local)"
+
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_accessible_mmethods(mainmodule, filter).length
+		end
+	end
+end
+
+# Class Metric: Number of Constructors
+class CNBI
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnbi"
+	redef fun desc do return "number of accessible constructors (inherited + local)"
+
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_accessible_inits(mainmodule, filter).length
+		end
+	end
+end
+
+# Class Metric: Number of Virtual Types
+class CNBV
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnbv"
+	redef fun desc do return "number of accessible virtual types (inherited + local)"
+
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_accessible_vts(mainmodule, filter).length
+		end
 	end
 end
 
 # Class Metric: Number of Introduced MProperties
 class CNBIP
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnbip"
 	redef fun desc do return "number of introduced properties"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.intro_mproperties.length
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_intro_mproperties(filter).length
+		end
 	end
 end
 
 # Class Metric: Number of Refined MProperties
 class CNBRP
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnbrp"
 	redef fun desc do return "number of redefined properties"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.redef_mproperties.length
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_redef_mproperties(filter).length
+		end
 	end
 end
 
 # Class Metric: Number of Inherited MProperties
 class CNBHP
 	super MClassMetric
+	super IntMetric
 	redef fun name do return "cnbhp"
 	redef fun desc do return "number of inherited properties"
 
-	redef fun collect(mclass, mainmodule) do
-		values[mclass] = mclass.inherited_mproperties2(mainmodule).length
-	end
-end
-
-redef class MClass
-	# FIXME wait for cleaning in model_utils
-	redef fun intro_mproperties: Set[MProperty] do
-		var set = new HashSet[MProperty]
-		for mclassdef in mclassdefs do
-			set.add_all(mclassdef.intro_mproperties)
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_inherited_mproperties(mainmodule, filter).length
 		end
-		return set
 	end
+end
 
-	# FIXME wait for cleaning in model_utils
-	redef fun redef_mproperties: Set[MProperty] do
-		var set = new HashSet[MProperty]
-		for mclassdef in mclassdefs do
-			for mpropdef in mclassdef.mpropdefs do
-				if mpropdef.mproperty.intro_mclassdef.mclass != self then set.add(mpropdef.mproperty)
-			end
-		end
-		return set
-	end
+# Class Metric: Number of Local MProperties (Intro + Redef)
+class CNBLP
+	super MClassMetric
+	super IntMetric
+	redef fun name do return "cnblp"
+	redef fun desc do return "number of local properties (intro + redef)"
 
-	# FIXME wait for cleaning in model_utils
-	fun inherited_mproperties2(mainmodule: MModule): Set[MProperty] do
-		var set = new HashSet[MProperty]
-		for parent in in_hierarchy(mainmodule).direct_greaters do
-			set.add_all(parent.intro_mproperties)
-			set.add_all(parent.inherited_mproperties2(mainmodule))
+	redef fun collect(mclasses) do
+		for mclass in mclasses do
+			values[mclass] = mclass.collect_local_mproperties(filter).length
 		end
-		return set
 	end
 end