001 /*
002 * Sonar, open source software quality management tool.
003 * Copyright (C) 2009 SonarSource SA
004 * mailto:contact AT sonarsource DOT com
005 *
006 * Sonar is free software; you can redistribute it and/or
007 * modify it under the terms of the GNU Lesser General Public
008 * License as published by the Free Software Foundation; either
009 * version 3 of the License, or (at your option) any later version.
010 *
011 * Sonar is distributed in the hope that it will be useful,
012 * but WITHOUT ANY WARRANTY; without even the implied warranty of
013 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
014 * Lesser General Public License for more details.
015 *
016 * You should have received a copy of the GNU Lesser General Public
017 * License along with Sonar; if not, write to the Free Software
018 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02
019 */
020 package org.sonar.api.measures;
021
022 import org.sonar.api.utils.SonarException;
023
024 import java.lang.reflect.Field;
025 import java.util.ArrayList;
026 import java.util.HashSet;
027 import java.util.List;
028 import java.util.Set;
029
030 /**
031 * @since 1.10
032 */
033 public final class CoreMetrics {
034
035 private CoreMetrics() {
036 // only static stuff
037 }
038
039 public static final String DOMAIN_SIZE = "Size";
040 public static final String DOMAIN_TESTS = "Tests";
041 public static final String DOMAIN_COMPLEXITY = "Complexity";
042 public static final String DOMAIN_DOCUMENTATION = "Documentation";
043 public static final String DOMAIN_RULES = "Rules";
044 public static final String DOMAIN_RULE_CATEGORIES = "Rule categories";
045 public static final String DOMAIN_GENERAL = "General";
046 public static final String DOMAIN_DUPLICATION = "Duplication";
047 public static final String DOMAIN_DESIGN = "Design";
048
049 public static final String LINES_KEY = "lines";
050 public static final Metric LINES = new Metric(LINES_KEY, "Lines", "Lines", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
051 .setFormula(new SumChildValuesFormula(false));
052
053
054 public static final String NCLOC_KEY = "ncloc";
055 public static final Metric NCLOC = new Metric(NCLOC_KEY, "Lines of code", "Non Commenting Lines of Code", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
056 .setFormula(new SumChildValuesFormula(false));
057
058
059 public static final String CLASSES_KEY = "classes";
060 public static final Metric CLASSES = new Metric(CLASSES_KEY, "Classes", "Classes", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
061 .setFormula(new SumChildValuesFormula(false));
062
063
064 public static final String FILES_KEY = "files";
065 public static final Metric FILES = new Metric(FILES_KEY, "Files", "Number of files", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
066 .setFormula(new SumChildValuesFormula(false));
067
068 public static final String DIRECTORIES_KEY = "directories";
069 public static final Metric DIRECTORIES = new Metric(DIRECTORIES_KEY, "Directories", "Directories", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
070 .setFormula(new SumChildValuesFormula(false));
071
072
073 public static final String PACKAGES_KEY = "packages";
074 public static final Metric PACKAGES = new Metric(PACKAGES_KEY, "Packages", "Packages", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
075 .setFormula(new SumChildValuesFormula(false));
076
077
078 public static final String FUNCTIONS_KEY = "functions";
079 public static final Metric FUNCTIONS = new Metric(FUNCTIONS_KEY, "Methods", "Methods", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
080 .setFormula(new SumChildValuesFormula(false));
081
082
083 public static final String ACCESSORS_KEY = "accessors";
084 public static final Metric ACCESSORS = new Metric(ACCESSORS_KEY, "Accessors", "Accessors", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
085 .setFormula(new SumChildValuesFormula(false));
086
087
088 public static final String STATEMENTS_KEY = "statements";
089 public static final Metric STATEMENTS = new Metric(STATEMENTS_KEY, "Statements", "Number of statements", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
090 .setFormula(new SumChildValuesFormula(false));
091
092
093 public static final String PUBLIC_API_KEY = "public_api";
094 public static final Metric PUBLIC_API = new Metric(PUBLIC_API_KEY, "Public API", "Public API", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_SIZE)
095 .setFormula(new SumChildValuesFormula(false));
096
097
098 public static final String COMPLEXITY_KEY = "complexity";
099 public static final Metric COMPLEXITY = new Metric(COMPLEXITY_KEY, "Complexity", "Cyclomatic complexity", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_COMPLEXITY)
100 .setFormula(new SumChildValuesFormula(false));
101
102
103 public static final String CLASS_COMPLEXITY_KEY = "class_complexity";
104 public static final Metric CLASS_COMPLEXITY = new Metric(CLASS_COMPLEXITY_KEY, "Complexity /class", "Complexity average by class", Metric.ValueType.FLOAT, Metric.DIRECTION_WORST, true, DOMAIN_COMPLEXITY);
105
106 public static final String FUNCTION_COMPLEXITY_KEY = "function_complexity";
107 public static final Metric FUNCTION_COMPLEXITY = new Metric(FUNCTION_COMPLEXITY_KEY, "Complexity /method", "Complexity average by method", Metric.ValueType.FLOAT, Metric.DIRECTION_WORST, true, DOMAIN_COMPLEXITY);
108
109
110 public static final String FILE_COMPLEXITY_KEY = "file_complexity";
111 public static final Metric FILE_COMPLEXITY = new Metric(FILE_COMPLEXITY_KEY, "Complexity /file", "Complexity average by file", Metric.ValueType.FLOAT, Metric.DIRECTION_WORST, true, DOMAIN_COMPLEXITY);
112
113
114 public static final String CLASS_COMPLEXITY_DISTRIBUTION_KEY = "class_complexity_distribution";
115 public static final Metric CLASS_COMPLEXITY_DISTRIBUTION = new Metric(CLASS_COMPLEXITY_DISTRIBUTION_KEY, "Classes distribution /complexity", "Classes distribution /complexity", Metric.ValueType.DISTRIB, Metric.DIRECTION_NONE, true, DOMAIN_COMPLEXITY)
116 .setFormula(new SumChildDistributionFormula());
117
118 public static final String FUNCTION_COMPLEXITY_DISTRIBUTION_KEY = "function_complexity_distribution";
119 public static final Metric FUNCTION_COMPLEXITY_DISTRIBUTION = new Metric(FUNCTION_COMPLEXITY_DISTRIBUTION_KEY, "Functions distribution /complexity", "Functions distribution /complexity", Metric.ValueType.DISTRIB, Metric.DIRECTION_NONE, true, DOMAIN_COMPLEXITY).setFormula(new SumChildDistributionFormula());
120
121
122 public static final String COMMENT_LINES_KEY = "comment_lines";
123 public static final Metric COMMENT_LINES = new Metric(COMMENT_LINES_KEY, "Comment lines", "Number of comment lines", Metric.ValueType.INT, Metric.DIRECTION_BETTER, false, DOMAIN_DOCUMENTATION).setFormula(new SumChildValuesFormula(false));
124
125 public static final String COMMENT_LINES_DENSITY_KEY = "comment_lines_density";
126 public static final Metric COMMENT_LINES_DENSITY = new Metric(COMMENT_LINES_DENSITY_KEY, "Comments (%)", "Comments balanced by ncloc + comment lines", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_DOCUMENTATION);
127
128 public static final String PUBLIC_DOCUMENTED_API_DENSITY_KEY = "public_documented_api_density";
129 public static final Metric PUBLIC_DOCUMENTED_API_DENSITY = new Metric(PUBLIC_DOCUMENTED_API_DENSITY_KEY, "Public documented API (%)", "Public documented classes and methods balanced by ncloc", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_DOCUMENTATION)
130 .setWorstValue(0.0)
131 .setBestValue(100.0)
132 .setOptimizedBestValue(true);
133
134 public static final String PUBLIC_UNDOCUMENTED_API_KEY = "public_undocumented_api";
135 public static final Metric PUBLIC_UNDOCUMENTED_API = new Metric(PUBLIC_UNDOCUMENTED_API_KEY, "Public undocumented API", "Public undocumented classes, methods and variables", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_DOCUMENTATION)
136 .setWorstValue(100.0)
137 .setBestValue(0.0)
138 .setDirection(Metric.DIRECTION_WORST)
139 .setOptimizedBestValue(true)
140 .setFormula(new SumChildValuesFormula(false));
141
142
143 public static final String COMMENTED_OUT_CODE_LINES_KEY = "commented_out_code_lines";
144 public static final Metric COMMENTED_OUT_CODE_LINES = new Metric(COMMENTED_OUT_CODE_LINES_KEY, "Commented LOCs", "Commented lines of code", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_DOCUMENTATION)
145 .setFormula(new SumChildValuesFormula(false))
146 .setBestValue(0.0)
147 .setOptimizedBestValue(true);
148
149 /* unit tests */
150 public static final String TESTS_KEY = "tests";
151 public static final Metric TESTS = new Metric(TESTS_KEY, "Unit tests", "Number of unit tests", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS);
152
153
154 public static final String TEST_EXECUTION_TIME_KEY = "test_execution_time";
155 public static final Metric TEST_EXECUTION_TIME = new Metric(TEST_EXECUTION_TIME_KEY, "Unit tests duration", "Execution duration of unit tests ", Metric.ValueType.MILLISEC, Metric.DIRECTION_WORST, false, DOMAIN_TESTS);
156
157
158 public static final String TEST_ERRORS_KEY = "test_errors";
159 public static final Metric TEST_ERRORS = new Metric(TEST_ERRORS_KEY, "Unit test errors", "Number of unit test errors", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS)
160 .setBestValue(0.0)
161 .setOptimizedBestValue(true);
162 public static final String SKIPPED_TESTS_KEY = "skipped_tests";
163 public static final Metric SKIPPED_TESTS = new Metric(SKIPPED_TESTS_KEY, "Skipped unit tests", "Number of skipped unit tests", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS)
164 .setBestValue(0.0)
165 .setOptimizedBestValue(true);
166 public static final String TEST_FAILURES_KEY = "test_failures";
167 public static final Metric TEST_FAILURES = new Metric(TEST_FAILURES_KEY, "Unit test failures", "Number of unit test failures", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS)
168 .setBestValue(0.0)
169 .setOptimizedBestValue(true);
170 public static final String TEST_SUCCESS_DENSITY_KEY = "test_success_density";
171 public static final Metric TEST_SUCCESS_DENSITY = new Metric(TEST_SUCCESS_DENSITY_KEY, "Unit test success (%)", "Density of successful unit tests", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_TESTS)
172 .setWorstValue(0.0)
173 .setBestValue(100.0)
174 .setOptimizedBestValue(true);
175 public static final String TEST_DATA_KEY = "test_data";
176 public static final Metric TEST_DATA = new Metric(TEST_DATA_KEY, "Unit tests details", "Unit tests details", Metric.ValueType.DATA, Metric.DIRECTION_WORST, false, DOMAIN_TESTS);
177
178 public static final String COVERAGE_KEY = "coverage";
179 public static final Metric COVERAGE = new Metric(COVERAGE_KEY, "Coverage", "Coverage by unit tests", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_TESTS)
180 .setWorstValue(0.0)
181 .setBestValue(100.0);
182
183 public static final String LINES_TO_COVER_KEY = "lines_to_cover";
184 public static final Metric LINES_TO_COVER = new Metric(LINES_TO_COVER_KEY, "Lines to cover", "Lines to cover", Metric.ValueType.INT, Metric.DIRECTION_BETTER, false, DOMAIN_TESTS)
185 .setFormula(new SumChildValuesFormula(false))
186 .setHidden(true);
187
188 public static final String UNCOVERED_LINES_KEY = "uncovered_lines";
189 public static final Metric UNCOVERED_LINES = new Metric(UNCOVERED_LINES_KEY, "Uncovered lines", "Uncovered lines", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS)
190 .setFormula(new SumChildValuesFormula(false))
191 .setHidden(true);
192
193 public static final String LINE_COVERAGE_KEY = "line_coverage";
194 public static final Metric LINE_COVERAGE = new Metric(LINE_COVERAGE_KEY, "Line coverage", "Line coverage", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_TESTS);
195
196 public static final String COVERAGE_LINE_HITS_DATA_KEY = "coverage_line_hits_data";
197 public static final Metric COVERAGE_LINE_HITS_DATA = new Metric(COVERAGE_LINE_HITS_DATA_KEY, "Coverage hits data", "Code coverage line hits data", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_TESTS);
198
199 public static final String CONDITIONS_TO_COVER_KEY = "conditions_to_cover";
200 public static final Metric CONDITIONS_TO_COVER = new Metric(CONDITIONS_TO_COVER_KEY, "Conditions to cover", "Conditions to cover", Metric.ValueType.INT, Metric.DIRECTION_BETTER, false, DOMAIN_TESTS)
201 .setFormula(new SumChildValuesFormula(false))
202 .setHidden(true);
203
204 public static final String UNCOVERED_CONDITIONS_KEY = "uncovered_conditions";
205 public static final Metric UNCOVERED_CONDITIONS = new Metric(UNCOVERED_CONDITIONS_KEY, "Uncovered conditions", "Uncovered conditions", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_TESTS)
206 .setFormula(new SumChildValuesFormula(false))
207 .setHidden(true);
208
209 public static final String BRANCH_COVERAGE_KEY = "branch_coverage";
210 public static final Metric BRANCH_COVERAGE = new Metric(BRANCH_COVERAGE_KEY, "Branch coverage", "Branch coverage", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_TESTS)
211 .setWorstValue(0.0)
212 .setBestValue(100.0);
213
214 public static final String BRANCH_COVERAGE_HITS_DATA_KEY = "branch_coverage_hits_data";
215 public static final Metric BRANCH_COVERAGE_HITS_DATA = new Metric(BRANCH_COVERAGE_HITS_DATA_KEY, "Branch coverage hits", "Branch coverage hits", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_TESTS);
216
217 /**
218 * @deprecated replaced since 1.11 by UNCOVERED_LINES and UNCOVERED_CONDITIONS
219 */
220 @Deprecated
221 public static final String UNCOVERED_COMPLEXITY_BY_TESTS_KEY = "uncovered_complexity_by_tests";
222 /**
223 * @deprecated replaced since 1.11 by UNCOVERED_LINES and UNCOVERED_CONDITIONS
224 */
225 @Deprecated
226 public static final Metric UNCOVERED_COMPLEXITY_BY_TESTS = new Metric(UNCOVERED_COMPLEXITY_BY_TESTS_KEY, "Uncovered complexity", "Uncovered complexity", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_COMPLEXITY).setFormula(new SumChildValuesFormula(false));
227
228
229 public static final String DUPLICATED_LINES_KEY = "duplicated_lines";
230 public static final Metric DUPLICATED_LINES = new Metric(DUPLICATED_LINES_KEY, "Duplicated lines", "Duplicated lines", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DUPLICATION)
231 .setBestValue(0.0)
232 .setOptimizedBestValue(true);
233
234 public static final String DUPLICATED_BLOCKS_KEY = "duplicated_blocks";
235 public static final Metric DUPLICATED_BLOCKS = new Metric(DUPLICATED_BLOCKS_KEY, "Duplicated blocks", "Duplicated blocks", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DUPLICATION)
236 .setBestValue(0.0)
237 .setOptimizedBestValue(true);
238
239 public static final String DUPLICATED_FILES_KEY = "duplicated_files";
240 public static final Metric DUPLICATED_FILES = new Metric(DUPLICATED_FILES_KEY, "Duplicated files", "Duplicated files", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_DUPLICATION)
241 .setBestValue(0.0)
242 .setOptimizedBestValue(true);
243
244 public static final String DUPLICATED_LINES_DENSITY_KEY = "duplicated_lines_density";
245 public static final Metric DUPLICATED_LINES_DENSITY = new Metric(DUPLICATED_LINES_DENSITY_KEY, "Duplicated lines (%)", "Duplicated lines balanced by statements", Metric.ValueType.PERCENT, Metric.DIRECTION_WORST, true, DOMAIN_DUPLICATION)
246 .setWorstValue(50.0)
247 .setBestValue(0.0)
248 .setOptimizedBestValue(true);
249
250 public static final String DUPLICATIONS_DATA_KEY = "duplications_data";
251 public static final Metric DUPLICATIONS_DATA = new Metric(DUPLICATIONS_DATA_KEY, "Duplications details", "Duplications details", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_DUPLICATION);
252
253
254 /* coding rules */
255 public static final String USABILITY_KEY = "usability";
256 public static final Metric USABILITY = new Metric(USABILITY_KEY, "Usability", "Usability", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULE_CATEGORIES)
257 .setBestValue(100.0)
258 .setOptimizedBestValue(true);
259 public static final String RELIABILITY_KEY = "reliability";
260 public static final Metric RELIABILITY = new Metric(RELIABILITY_KEY, "Reliability", "Reliability", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULE_CATEGORIES)
261 .setBestValue(100.0)
262 .setOptimizedBestValue(true);
263 public static final String EFFICIENCY_KEY = "efficiency";
264 public static final Metric EFFICIENCY = new Metric(EFFICIENCY_KEY, "Efficiency", "Efficiency", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULE_CATEGORIES)
265 .setBestValue(100.0)
266 .setOptimizedBestValue(true);
267 public static final String PORTABILITY_KEY = "portability";
268 public static final Metric PORTABILITY = new Metric(PORTABILITY_KEY, "Portability", "Portability", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULE_CATEGORIES)
269 .setBestValue(100.0)
270 .setOptimizedBestValue(true);
271 public static final String MAINTAINABILITY_KEY = "maintainability";
272 public static final Metric MAINTAINABILITY = new Metric(MAINTAINABILITY_KEY, "Maintainability", "Maintainability", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULE_CATEGORIES)
273 .setBestValue(100.0)
274 .setOptimizedBestValue(true);
275
276 public static final String WEIGHTED_VIOLATIONS_KEY = "weighted_violations";
277 public static final Metric WEIGHTED_VIOLATIONS = new Metric(WEIGHTED_VIOLATIONS_KEY, "Weighted violations", "Weighted Violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_RULES)
278 .setHidden(true);
279
280 public static final String VIOLATIONS_DENSITY_KEY = "violations_density";
281 public static final Metric VIOLATIONS_DENSITY = new Metric(VIOLATIONS_DENSITY_KEY, "Rules compliance", "Rules compliance", Metric.ValueType.PERCENT, Metric.DIRECTION_BETTER, true, DOMAIN_RULES);
282
283 public static final String VIOLATIONS_KEY = "violations";
284 public static final Metric VIOLATIONS = new Metric(VIOLATIONS_KEY, "Violations", "Violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
285 .setBestValue(0.0)
286 .setOptimizedBestValue(true);
287
288 public static final String BLOCKER_VIOLATIONS_KEY = "blocker_violations";
289 public static final Metric BLOCKER_VIOLATIONS = new Metric(BLOCKER_VIOLATIONS_KEY, "Blocker violations", "Blocker violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
290 .setBestValue(0.0)
291 .setOptimizedBestValue(true);
292
293 public static final String CRITICAL_VIOLATIONS_KEY = "critical_violations";
294 public static final Metric CRITICAL_VIOLATIONS = new Metric(CRITICAL_VIOLATIONS_KEY, "Critical violations", "Critical violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
295 .setBestValue(0.0)
296 .setOptimizedBestValue(true);
297
298 public static final String MAJOR_VIOLATIONS_KEY = "major_violations";
299 public static final Metric MAJOR_VIOLATIONS = new Metric(MAJOR_VIOLATIONS_KEY, "Major violations", "Major violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
300 .setBestValue(0.0)
301 .setOptimizedBestValue(true);
302
303 public static final String MINOR_VIOLATIONS_KEY = "minor_violations";
304 public static final Metric MINOR_VIOLATIONS = new Metric(MINOR_VIOLATIONS_KEY, "Minor violations", "Minor violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
305 .setBestValue(0.0)
306 .setOptimizedBestValue(true);
307
308 public static final String INFO_VIOLATIONS_KEY = "info_violations";
309 public static final Metric INFO_VIOLATIONS = new Metric(INFO_VIOLATIONS_KEY, "Info violations", "Info violations", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_RULES)
310 .setBestValue(0.0)
311 .setOptimizedBestValue(true);
312
313 /* Design */
314
315 public static final String ABSTRACTNESS_KEY = "abstractness";
316 public static final Metric ABSTRACTNESS = new Metric(ABSTRACTNESS_KEY, "Abstractness", "Abstractness", Metric.ValueType.PERCENT, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
317 public static final String INSTABILITY_KEY = "instability";
318 public static final Metric INSTABILITY = new Metric(INSTABILITY_KEY, "Instability", "Instability", Metric.ValueType.PERCENT, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
319 public static final String DISTANCE_KEY = "distance";
320 public static final Metric DISTANCE = new Metric(DISTANCE_KEY, "Distance", "Distance", Metric.ValueType.FLOAT, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
321
322
323 public static final String DEPTH_IN_TREE_KEY = "dit";
324 public static final Metric DEPTH_IN_TREE = new Metric(DEPTH_IN_TREE_KEY, "Depth in Tree", "Depth in Inheritance Tree", Metric.ValueType.INT, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
325
326 public static final String NUMBER_OF_CHILDREN_KEY = "noc";
327 public static final Metric NUMBER_OF_CHILDREN = new Metric(NUMBER_OF_CHILDREN_KEY, "Number of Children", "Number of Children", Metric.ValueType.INT, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
328
329 public static final String RFC_KEY = "rfc";
330 public static final Metric RFC = new Metric(RFC_KEY, "RFC", "Response for Class", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN)
331 .setFormula(new WeightedMeanAggregationFormula(CoreMetrics.FILES, false));
332
333 public static final String RFC_DISTRIBUTION_KEY = "rfc_distribution";
334 public static final Metric RFC_DISTRIBUTION = new Metric(RFC_DISTRIBUTION_KEY, "Class distribution /RFC", "Class distribution /RFC", Metric.ValueType.DISTRIB, Metric.DIRECTION_NONE, true, DOMAIN_DESIGN)
335 .setFormula(new SumChildDistributionFormula());
336
337 public static final String LCOM4_KEY = "lcom4";
338 public static final Metric LCOM4 = new Metric(LCOM4_KEY, "LCOM4", "Lack of Cohesion of Methods", Metric.ValueType.FLOAT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN)
339 .setFormula(new WeightedMeanAggregationFormula(CoreMetrics.FILES, false));
340
341 public static final String LCOM4_BLOCKS_KEY = "lcom4_blocks";
342 public static final Metric LCOM4_BLOCKS = new Metric(LCOM4_BLOCKS_KEY, "LCOM4 blocks", "LCOM4 blocks", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN)
343 .setHidden(true);
344
345 public static final String LCOM4_DISTRIBUTION_KEY = "lcom4_distribution";
346 public static final Metric LCOM4_DISTRIBUTION = new Metric(LCOM4_DISTRIBUTION_KEY, "Class distribution /LCOM4", "Class distribution /LCOM4", Metric.ValueType.DISTRIB, Metric.DIRECTION_NONE, true, DOMAIN_DESIGN)
347 .setFormula(new SumChildDistributionFormula());
348
349 public static final String SUSPECT_LCOM4_DENSITY_KEY = "suspect_lcom4_density";
350 public static final Metric SUSPECT_LCOM4_DENSITY = new Metric(SUSPECT_LCOM4_DENSITY_KEY, "Suspect LCOM4 density", "Density of classes having LCOM4>1", Metric.ValueType.PERCENT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN);
351
352 public static final String AFFERENT_COUPLINGS_KEY = "ca";
353 public static final Metric AFFERENT_COUPLINGS = new Metric(AFFERENT_COUPLINGS_KEY, "Afferent couplings", "Afferent couplings", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN);
354 public static final String EFFERENT_COUPLINGS_KEY = "ce";
355 public static final Metric EFFERENT_COUPLINGS = new Metric(EFFERENT_COUPLINGS_KEY, "Efferent couplings", "Efferent couplings", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN);
356
357 public static final String DEPENDENCY_MATRIX_KEY = "dsm";
358 public static final Metric DEPENDENCY_MATRIX = new Metric(DEPENDENCY_MATRIX_KEY, "Dependency Matrix", "Dependency Matrix", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_DESIGN);
359
360 public static final String PACKAGE_CYCLES_KEY = "package_cycles";
361 public static final Metric PACKAGE_CYCLES = new Metric(PACKAGE_CYCLES_KEY, "Package cycles", "Package cycles", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN)
362 .setFormula(new SumChildValuesFormula(false));
363
364 public static final String PACKAGE_TANGLE_INDEX_KEY = "package_tangle_index";
365 public static final Metric PACKAGE_TANGLE_INDEX = new Metric(PACKAGE_TANGLE_INDEX_KEY, "Package tangle index", "Package tangle index", Metric.ValueType.PERCENT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN);
366
367 public static final String PACKAGE_TANGLES_KEY = "package_tangles";
368 public static final Metric PACKAGE_TANGLES = new Metric(PACKAGE_TANGLES_KEY, "File dependencies to cut", "File dependencies to cut", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN)
369 .setFormula(new SumChildValuesFormula(false));
370
371 public static final String PACKAGE_FEEDBACK_EDGES_KEY = "package_feedback_edges";
372 public static final Metric PACKAGE_FEEDBACK_EDGES = new Metric(PACKAGE_FEEDBACK_EDGES_KEY, "Package dependencies to cut", "Package dependencies to cut", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN)
373 .setFormula(new SumChildValuesFormula(false));
374
375 public static final String PACKAGE_EDGES_WEIGHT_KEY = "package_edges_weight";
376 public static final Metric PACKAGE_EDGES_WEIGHT = new Metric(PACKAGE_EDGES_WEIGHT_KEY, "Package edges weight", "Package edges weight", Metric.ValueType.INT, Metric.DIRECTION_BETTER, false, DOMAIN_DESIGN)
377 .setFormula(new SumChildValuesFormula(false))
378 .setHidden(true);
379
380 public static final String FILE_CYCLES_KEY = "file_cycles";
381 public static final Metric FILE_CYCLES = new Metric(FILE_CYCLES_KEY, "File cycles", "File cycles", Metric.ValueType.INT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN)
382 .setHidden(true);
383
384 public static final String FILE_TANGLE_INDEX_KEY = "file_tangle_index";
385 public static final Metric FILE_TANGLE_INDEX = new Metric(FILE_TANGLE_INDEX_KEY, "File tangle index", "File tangle index", Metric.ValueType.PERCENT, Metric.DIRECTION_WORST, true, DOMAIN_DESIGN)
386 .setHidden(true);
387
388 public static final String FILE_TANGLES_KEY = "file_tangles";
389 public static final Metric FILE_TANGLES = new Metric(FILE_TANGLES_KEY, "File tangles", "Files tangles", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN)
390 .setHidden(true);
391
392 public static final String FILE_FEEDBACK_EDGES_KEY = "file_feedback_edges";
393 public static final Metric FILE_FEEDBACK_EDGES = new Metric(FILE_FEEDBACK_EDGES_KEY, "Suspect file dependencies", "Suspect file dependencies", Metric.ValueType.INT, Metric.DIRECTION_WORST, false, DOMAIN_DESIGN)
394 .setHidden(true);
395
396 public static final String FILE_EDGES_WEIGHT_KEY = "file_edges_weight";
397 public static final Metric FILE_EDGES_WEIGHT = new Metric(FILE_EDGES_WEIGHT_KEY, "File edges weight", "File edges weight", Metric.ValueType.INT, Metric.DIRECTION_BETTER, false, DOMAIN_DESIGN)
398 .setHidden(true);
399
400
401 /* alerts */
402 public static final String ALERT_STATUS_KEY = "alert_status";
403 public static final Metric ALERT_STATUS = new Metric(ALERT_STATUS_KEY, "Alert", "Alert", Metric.ValueType.LEVEL, Metric.DIRECTION_BETTER, true, DOMAIN_GENERAL);
404
405 /* quality profile */
406 public static final String PROFILE_KEY = "profile";
407 public static final Metric PROFILE = new Metric(PROFILE_KEY, "Profile", "Selected quality profile", Metric.ValueType.DATA, Metric.DIRECTION_NONE, false, DOMAIN_GENERAL);
408
409 public static List<Metric> metrics = new ArrayList<Metric>();
410
411 public static Set<String> metricKeys = new HashSet<String>();
412
413
414 public static List<Metric> getMetrics() {
415 if (metrics.isEmpty()) {
416 for (Field field : CoreMetrics.class.getFields()) {
417 if (Metric.class.isAssignableFrom(field.getType())) {
418 try {
419 metrics.add((Metric) field.get(null));
420 } catch (IllegalAccessException e) {
421 throw new SonarException("can not load metrics from " + CoreMetrics.class.getSimpleName(), e);
422 }
423 }
424 }
425 }
426 return metrics;
427 }
428 }