Cross Reference: /art/test/003-omnibus-opcodes/src/FloatMath.java

Lines Matching refs:results
132      * We pass in the arguments and return the results so the compiler
138         float[] results = new float[10];
142         results[0] = x + y;
143         results[1] = x - y;
144         results[2] = x * y;
145         results[3] = x / y;
146         results[4] = x % -y;
151         results[5] = tmp;
154         results[6] = tmp;
157         results[7] = tmp;
160         results[8] = tmp;
163         results[9] = tmp;
165         return results;
167     static void floatOperCheck(float[] results) {
168         Main.assertTrue(results[0] > 69996.99f && results[0] < 69997.01f);
169         Main.assertTrue(results[1] > 70002.99f && results[1] < 70003.01f);
170         Main.assertTrue(results[2] > -210000.01f && results[2] < -209999.99f);
171         Main.assertTrue(results[3] > -23333.34f && results[3] < -23333.32f);
172         Main.assertTrue(results[4] > 0.999f && results[4] < 1.001f);
173         Main.assertTrue(results[5] > 69996.99f && results[5] < 69997.01f);
174         Main.assertTrue(results[6] > 70002.99f && results[6] < 70003.01f);
175         Main.assertTrue(results[7] > -210000.01f && results[7] < -209999.99f);
176         Main.assertTrue(results[8] > -23333.34f && results[8] < -23333.32f);
177         Main.assertTrue(results[9] > 0.999f && results[9] < 1.001f);
181      * We pass in the arguments and return the results so the compiler
187         double[] results = new double[10];
191         results[0] = x + y;
192         results[1] = x - y;
193         results[2] = x * y;
194         results[3] = x / y;
195         results[4] = x % -y;
200         results[5] = tmp;
203         results[6] = tmp;
206         results[7] = tmp;
209         results[8] = tmp;
212         results[9] = tmp;
214         return results;
216     static void doubleOperCheck(double[] results) {
217         Main.assertTrue(results[0] > 69996.99 && results[0] < 69997.01);
218         Main.assertTrue(results[1] > 70002.99 && results[1] < 70003.01);
219         Main.assertTrue(results[2] > -210000.01 && results[2] < -209999.99);
220         Main.assertTrue(results[3] > -23333.34 && results[3] < -23333.32);
221         Main.assertTrue(results[4] > 0.999 && results[4] < 1.001);
222         Main.assertTrue(results[5] > 69996.99 && results[5] < 69997.01);
223         Main.assertTrue(results[6] > 70002.99 && results[6] < 70003.01);
224         Main.assertTrue(results[7] > -210000.01 && results[7] < -209999.99);
225         Main.assertTrue(results[8] > -23333.34 && results[8] < -23333.32);
226         Main.assertTrue(results[9] > 0.999 && results[9] < 1.001);
238         int[] results = new int[6];
239         results[0] = (int) l;
240         results[1] = (int) f;
241         results[2] = (int) d;
242         results[3] = (int) (1.0f / zero);       // +inf
243         results[4] = (int) (-1.0f / zero);      // -inf
244         results[5] = (int) ((1.0f / zero) / (1.0f / zero)); // NaN
245         return results;
247     static void checkConvI(int[] results) {
249         Main.assertTrue(results[0] == 0x44332211);
250         Main.assertTrue(results[1] == 123);
251         Main.assertTrue(results[2] == -3);
252         Main.assertTrue(results[3] == 0x7fffffff);
253         Main.assertTrue(results[4] == 0x80000000);
254         Main.assertTrue(results[5] == 0);
258         long[] results = new long[6];
259         results[0] = (long) i;
260         results[1] = (long) f;
261         results[2] = (long) d;
262         results[3] = (long) (1.0 / zero);       // +inf
263         results[4] = (long) (-1.0 / zero);      // -inf
264         results[5] = (long) ((1.0 / zero) / (1.0 / zero));  // NaN
265         return results;
267     static void checkConvL(long[] results) {
269         Main.assertTrue(results[0] == 0xFFFFFFFF88776655L);
270         Main.assertTrue(results[1] == 123);
271         Main.assertTrue(results[2] == -3);
272         Main.assertTrue(results[3] == 0x7fffffffffffffffL);
273         Main.assertTrue(results[4] == 0x8000000000000000L);
274         Main.assertTrue(results[5] == 0);
278         float[] results = new float[3];
279         results[0] = (float) i;
280         results[1] = (float) l;
281         results[2] = (float) d;
282         return results;
284     static void checkConvF(float[] results) {
286         Main.assertTrue(results[0] == -2.0054409E9f);
287         Main.assertTrue(results[1] == -8.613303E18f);
288         Main.assertTrue(results[2] == -3.1415927f);
292         double[] results = new double[3];
293         results[0] = (double) i;
294         results[1] = (double) l;
295         results[2] = (double) f;
296         return results;
298     static void checkConvD(double[] results) {
300         Main.assertTrue(results[0] == -2.005440939E9);
301         Main.assertTrue(results[1] == -8.6133032459203287E18);
302         Main.assertTrue(results[2] == 123.45600128173828);