3 ## Module importation hierarchy
5 Number of edges: 1 (1.00 per node)
6 Number of direct edges: 0 (0.0 per node)
7 Distribution of greaters
14 <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
15 Distribution of direct greaters
22 <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
23 Distribution of smallers
30 <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
31 Distribution of direct smallers
38 <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
39 ## Module nesting hierarchy
41 Number of edges: 1 (1.00 per node)
42 Number of direct edges: 0 (0.0 per node)
43 Distribution of greaters
50 <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
51 Distribution of direct greaters
58 <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
59 Distribution of smallers
66 <=1: sub-population=1 (100.00%); cumulated value=1 (100.00%)
67 Distribution of direct smallers
74 <=0: sub-population=1 (100.00%); cumulated value=0 (na%)
77 Number of edges: 22 (2.75 per node)
78 Number of direct edges: 7 (0.87 per node)
79 Distribution of greaters
86 <=2: sub-population=2 (25.00%); cumulated value=4 (18.18%)
87 <=4: sub-population=6 (75.00%); cumulated value=18 (81.81%)
88 Distribution of direct greaters
95 <=0: sub-population=1 (12.50%); cumulated value=0 (0.0%)
96 <=1: sub-population=7 (87.50%); cumulated value=7 (100.00%)
97 Distribution of smallers
104 <=1: sub-population=6 (75.00%); cumulated value=6 (27.27%)
105 <=8: sub-population=2 (25.00%); cumulated value=16 (72.72%)
106 Distribution of direct smallers
113 <=0: sub-population=6 (75.00%); cumulated value=0 (0.0%)
114 <=1: sub-population=1 (12.50%); cumulated value=1 (14.28%)
115 <=8: sub-population=1 (12.50%); cumulated value=6 (85.71%)
118 Number of edges: 13 (1.85 per node)
119 Number of direct edges: 6 (0.85 per node)
120 Distribution of greaters
127 <=1: sub-population=1 (14.28%); cumulated value=1 (7.69%)
128 <=2: sub-population=6 (85.71%); cumulated value=12 (92.30%)
129 Distribution of direct greaters
136 <=0: sub-population=1 (14.28%); cumulated value=0 (0.0%)
137 <=1: sub-population=6 (85.71%); cumulated value=6 (100.00%)
138 Distribution of smallers
145 <=1: sub-population=6 (85.71%); cumulated value=6 (46.15%)
146 <=8: sub-population=1 (14.28%); cumulated value=7 (53.84%)
147 Distribution of direct smallers
154 <=0: sub-population=6 (85.71%); cumulated value=0 (0.0%)
155 <=8: sub-population=1 (14.28%); cumulated value=6 (100.00%)
157 ## All nodes of the AST
164 <=1: sub-population=14 (29.78%); cumulated value=14 (5.51%)
165 <=2: sub-population=6 (12.76%); cumulated value=12 (4.72%)
166 <=4: sub-population=9 (19.14%); cumulated value=29 (11.41%)
167 <=8: sub-population=10 (21.27%); cumulated value=61 (24.01%)
168 <=16: sub-population=4 (8.51%); cumulated value=44 (17.32%)
169 <=32: sub-population=3 (6.38%); cumulated value=55 (21.65%)
170 <=64: sub-population=1 (2.12%); cumulated value=39 (15.35%)
173 AListExprs: 19 (7.48%)
174 APublicVisibility: 18 (7.08%)
175 ACallExpr: 18 (7.08%)
181 ASignature: 8 (3.14%)
184 AMainClassdef: 1 (0.39%)
185 ATopClassdef: 1 (0.39%)
187 AReturnExpr: 1 (0.39%)
188 TKwinterface: 1 (0.39%)
190 AInterfaceClasskind: 1 (0.39%)
191 AMainMethPropdef: 1 (0.39%)
193 ## All identifiers of the AST
200 <=1: sub-population=2 (10.52%); cumulated value=2 (3.70%)
201 <=2: sub-population=12 (63.15%); cumulated value=24 (44.44%)
202 <=4: sub-population=3 (15.78%); cumulated value=10 (18.51%)
203 <=8: sub-population=1 (5.26%); cumulated value=7 (12.96%)
204 <=16: sub-population=1 (5.26%); cumulated value=11 (20.37%)
225 --- Global Summary metrics ---
226 (NMD) Number of Modules: 1
227 (NC) Number of Classes: 4
228 (NI) Number of Interfaces: 1
229 (NAC) Number of Abstract Classes: 0
230 (NGC) Number of Generic Classes: 0
231 (NGI) Number of Generic Interfaces: 0
232 --- (SL) Std-Lib Summary metrics ---
233 (NMDSL) Number of Modules: 0
234 (NCSL) Number of Classes: 0
235 (NISL) Number of Interfaces: 0
236 (NACSL) Number of Abstract Classes: 0
237 (NGCSL) Number of Generic Classes: 0
238 (NGISL) Number of Generic Interfaces: 0
239 --- (UD) User-Defined Summary metrics ---
240 (NMDUD) Number of Modules: 1
241 (NCUD) Number of Classes: 4
242 (NIUD) Number of Interfaces: 1
243 (NACUD) Number of Abstract Classes: 0
244 (NGCUD) Number of Generic Classes: 0
245 (NGIUD) Number of Generic Interfaces: 0
247 --- Global Inheritance metrics ---
248 (DIT) Global Depth in Inheritance Tree: 0.85
249 (DUI) Proportion of types inheriting another type other than Object: 0.0%
250 (CCDUI) Proportion of classes that extend some other class: 0.0%
251 (CIDUI) Proportion of classes that implement some other interface: 0.0%
252 (IIDUI) Proportion of interfaces that extend some other interface: 0.0%
253 (IF) Proportion of types Inherited From: 20.00%
254 (CCIF) Proportion of classes extended by class: 0.0%
255 (ICIF) Proportion of interfaces implemented by class: 100.00%
256 (IIIF) Proportion of interfaces extended by interface: 100.00%
258 --- (SL -> *) Std-Lib Inheritance metrics ---
259 (SLDUI) Proportion of SL types inheriting another type other than Object: na%
260 (SLCCDUI) Proportion of SL classes that extend some other class: na%
261 (SLCIDUI) Proportion of SL classes that implement some other interface: na%
262 (SLIIDUI) Proportion of SL interfaces that extend some other interface: na%
263 (SLIF) Proportion of SL types Inherited From: na%
264 (SLCCIF) Proportion of SL classes extended by class: na%
265 (SLICIF) Proportion of SL interfaces implemented by class: na%
266 (SLIIIF) Proportion of SL interfaces extended by interface: na%
268 --- (SL -> SL) Std-Lib Inheritance metrics ---
269 (SLIFSL) Proportion of SL types Inherited From by SL type: na%
270 (SLCCIFSL) Proportion of SL classes extended by SL class: na%
271 (SLICIFSL) Proportion of SL interfaces implemented by SL class: na%
272 (SLIIIFSL) Proportion of SL interfaces extended by SL interface: na%
274 --- (SL->UD) Std-Lib Inheritance metrics ---
275 (SLIFUD) Proportion of SL types Inherited From by UD type: na%
276 (SLCCIFUD) Proportion of SL classes extended by UD class: na%
277 (SLICIFUD) Proportion of SL interfaces implemented by UD class: na%
278 (SLIIIFUD) Proportion of SL interfaces extended by UD interface: na%
280 --- (UD->*) User-Defined Inheritance metrics ---
281 (UDDUI) Proportion of UD types inheriting another type other than Object: 0.0%
282 (UDCCDUI) Proportion of UD classes that extend some other class: 0.0%
283 (UDCIDUI) Proportion of UD classes that implement some other interface: 0.0%
284 (UDIIDUI) Proportion of UD interfaces that extend some other interface: 0.0%
285 (UDIF) Proportion of UD types Inherited From: 20.00%
286 (UDCCIF) Proportion of UD classes extended by class: 0.0%
287 (UDICIF) Proportion of UD interfaces implemented by class: 100.00%
288 (UDIIIF) Proportion of UD interfaces extended by interface: 100.00%
290 --- (UD -> SL) User-Defined Inheritance metrics ---
291 (UDDUISL) Proportion of UD types inheriting another type other SL type: 0.0%
292 (UDCCDUISL) Proportion of UD classes that extend some other SL class: 0.0%
293 (UDCIDUISL) Proportion of UD classes that implement some other SL interface: 0.0%
294 (UDIIDUISL) Proportion of UD interfaces that extend some other SL interface: 0.0%
296 --- (UD -> UD) User-Defined Inheritance metrics ---
297 (UDDUIUD) Proportion of UD types inheriting another type other UD type: 0.0%
298 (UDCCDUIUD) Proportion of UD classes that extend some other UD class: 0.0%
299 (UDCIDUIUD) Proportion of UD classes that implement some other UD interface: 0.0%
300 (UDIIDUIUD) Proportion of UD interfaces that extend some other UD interface: 0.0%
301 (UDIFUD) Proportion of UD types Inherited From: 20.00%
302 (UDCCIFUD) Proportion of UD classes extended by UD class: 0.0%
303 (UDICIFUD) Proportion of UD interfaces implemented by UD class: 100.00%
304 (UDIIIFUD) Proportion of UD interfaces extended by UD interface: 100.00%
305 --- Metrics of refinement usage ---
309 Number of interface kind: 1 (14.28%)
310 Number of enum kind: 2 (28.57%)
311 Number of class kind: 4 (57.14%)
313 Number of class definitions: 8
314 Number of refined classes: 1 (14.28%)
315 Average number of class refinments by classes: 0.14
316 Average number of class refinments by refined classes: 1.00
318 Number of properties: 19
319 Number of MAttribute: 3 (15.78%)
320 Number of MMethod: 16 (84.21%)
322 Number of property definitions: 19
323 Number of redefined properties: 0 (0.0%)
324 Average number of property redefinitions by property: 0.0
325 Average number of property redefinitions by redefined property: na
326 --- Metrics of the explitic static types ---
327 Total number of explicit static types: 9
328 Statistics of type usage:
335 <=1: sub-population=3 (75.00%); cumulated value=3 (33.33%)
336 <=8: sub-population=1 (25.00%); cumulated value=6 (66.66%)
342 --- Sends on Nullable Reciever ---
343 Total number of sends: 19
344 Number of sends on a nullable receiver: 0 (0.0%)
345 Number of buggy sends (cannot determine the type of the receiver): 0 (0.0%)
346 --- Explicit vs. Implicit Self ---
347 Total number of self: 5
348 Total number of implicit self: 4 (80.00%)
349 --- Construction of tables ---
350 Number of runtime classes: 6 (excluding interfaces and abstract classes)
351 Average number of composing class definition by runtime class: 3.00
352 Total size of tables (classes and instances): 34 (not including stuff like info for subtyping or call-next-method)
353 Average size of table by runtime class: 5.66
354 Values never redefined: 34 (100.00%)
356 Number of live runtime classes: 6
358 Number of live runtime types (instantied resolved type): 6
360 Number of live methods: 11
361 Number of live method definitions: 14
362 Number of live runtime cast types (ie used in as and isa): 0
364 Number of dead method definitions of live methods: 0
366 classdef_hierarchy.dot