bundles/org.simantics.trend/example/org/simantics/trend/TestTimeFormat.java

   1 /*******************************************************************************\r
   2  * Copyright (c) 2007, 2011 Association for Decentralized Information Management in\r
   3  * Industry THTH ry.\r
   4  * All rights reserved. This program and the accompanying materials\r
   5  * are made available under the terms of the Eclipse Public License v1.0\r
   6  * which accompanies this distribution, and is available at\r
   7  * http://www.eclipse.org/legal/epl-v10.html\r
   8  *\r
   9  * Contributors:\r
  10  *     VTT Technical Research Centre of Finland - initial API and implementation\r
  11  *******************************************************************************/\r
  12 package org.simantics.trend;\r
  13 \r
  14 import java.text.ParseException;\r
  15 import java.util.regex.Matcher;\r
  16 \r
  17 import org.simantics.utils.format.TimeFormat;\r
  18 \r
  19 public class TestTimeFormat {\r
  20 \r
  21         static void pn(double x, int s) {\r
  22                 TimeFormat tf = new TimeFormat(x, s);\r
  23                 System.out.println("decimals="+s+", v="+x+", time="+tf.format(x));\r
  24                 \r
  25         }\r
  26         \r
  27         static void pr(String s) throws ParseException {\r
  28                 TimeFormat tf = new TimeFormat(1000, 3);                                \r
  29                 System.out.print("\""+s+"\"");\r
  30                 Matcher m = TimeFormat.PATTERN.matcher(s);\r
  31                 if (m.matches()) {\r
  32                         System.out.print(", groups="+m.groupCount()+", group={");\r
  33                         for (int i=0; i<=m.groupCount(); i++) {\r
  34                                 System.out.print("\""+m.group(i)+"\"");\r
  35                                 if (i<m.groupCount()) System.out.print(", ");\r
  36                         }\r
  37                         System.out.print("}");\r
  38                         \r
  39                         Double x = (Double) tf.parseObject( s );\r
  40                         System.out.print(", seconds="+x+", formatted=\""+tf.format(x)+"\"");                    \r
  41                 } else {\r
  42                         System.out.print(", no match");\r
  43                 }\r
  44                 System.out.println();\r
  45         }\r
  46         \r
  47         public static void main(String[] args) throws ParseException {\r
  48                 TimeFormat tf = new TimeFormat(1000, 3);                                \r
  49                 Double d = (Double) tf.parseObject("-09:14.612");\r
  50                 System.out.println(d);\r
  51                 \r
  52                 pr("0");\r
  53                 pr("0.1");\r
  54                 pr("0.123");\r
  55                 pr("01");\r
  56                 pr("12");\r
  57                 pr("123");\r
  58                 pr("1:23");\r
  59                 pr("1:23.456");\r
  60                 pr("12:345.567");\r
  61                 pr("123:45.678");\r
  62                 pr("12:34:5.678");\r
  63                 pr("12:34:56.789");\r
  64                 pr("0d 12:34:56.789");\r
  65                 pr("1d 23:45:67.890");\r
  66                 pr("0d 12:34:56");\r
  67                 pr("1d 23:45:67");\r
  68                 pr("100d 23:45:67.890");\r
  69                 pr("001d 23:45:67.890");\r
  70                 pr("0d");\r
  71                 pr("1d");\r
  72                 pr("0y");\r
  73                 pr("1y");\r
  74                 pr("100y 100d 23:45:67.890");\r
  75                 pr("001y 001d 23:45:67.890");\r
  76                 pr("-1y 2d 03:45:67.890");\r
  77                 \r
  78                 pn(123456.7890, -6);\r
  79                 pn(123456.7890, -5);\r
  80                 pn(123456.7890, -4);\r
  81                 pn(123456.7890, -3);\r
  82                 pn(123456.7890, -2);\r
  83                 pn(123456.7890, -1);\r
  84                 pn(123456.7890, 0);\r
  85                 pn(123456.7890, 1);\r
  86                 pn(123456.7890, 2);\r
  87                 pn(123456.7890123, 3);\r
  88                 pn(123456.7890123, 4);\r
  89                 pn(123456.7890123, 5);          \r
  90 \r
  91                 pn(.1234567890, -6);\r
  92                 pn(.1234567890, -5);\r
  93                 pn(.1234567890, -4);\r
  94                 pn(.1234567890, -3);\r
  95                 pn(.1234567890, -2);\r
  96                 pn(.1234567890, -1);\r
  97                 pn(.1234567890, 0);\r
  98                 pn(.1234567890, 1);\r
  99                 pn(.1234567890, 2);\r
 100                 pn(.1234567890123, 3);\r
 101                 pn(.1234567890123, 4);\r
 102                 pn(.1234567890123, 5);          \r
 103         \r
 104                 pn(-123456.7890, -6);\r
 105                 pn(-123456.7890, -5);\r
 106                 pn(-123456.7890, -4);\r
 107                 pn(-123456.7890, -3);\r
 108                 pn(-123456.7890, -2);\r
 109                 pn(-123456.7890, -1);\r
 110                 pn(-123456.7890, 0);\r
 111                 pn(-123456.7890, 1);\r
 112                 pn(-123456.7890, 2);\r
 113                 pn(-123456.7890123, 3);\r
 114                 pn(-123456.7890123, 4);\r
 115                 pn(-123456.7890123, 5);         \r
 116 \r
 117                 pn(12.9876543210, -6);\r
 118                 pn(12.9876543210, -5);\r
 119                 pn(12.9876543210, -4);\r
 120                 pn(12.9876543210, -3);\r
 121                 pn(12.9876543210, -2);\r
 122                 pn(12.9876543210, -1);\r
 123                 pn(12.9876543210, 0);\r
 124                 pn(12.9876543210, 1);\r
 125                 pn(12.9876543210, 2);\r
 126                 pn(12.9876543210, 3);\r
 127                 pn(12.9876543210, 4);\r
 128                 pn(12.9876543210, 5);           \r
 129 \r
 130                 pn(-12.9876543210, -6);\r
 131                 pn(-12.9876543210, -5);\r
 132                 pn(-12.9876543210, -4);\r
 133                 pn(-12.9876543210, -3);\r
 134                 pn(-12.9876543210, -2);\r
 135                 pn(-12.9876543210, -1);\r
 136                 pn(-12.9876543210, 0);\r
 137                 pn(-12.9876543210, 1);\r
 138                 pn(-12.9876543210, 2);\r
 139                 pn(-12.9876543210, 3);\r
 140                 pn(-12.9876543210, 4);\r
 141                 pn(-12.9876543210, 5);          \r
 142 \r
 143                 pn(-.1234567890, -6);\r
 144                 pn(-.1234567890, -5);\r
 145                 pn(-.1234567890, -4);\r
 146                 pn(-.1234567890, -3);\r
 147                 pn(-.1234567890, -2);\r
 148                 pn(-.1234567890, -1);\r
 149                 pn(-.1234567890, 0);\r
 150                 pn(-.1234567890, 1);\r
 151                 pn(-.1234567890, 2);\r
 152                 pn(-.1234567890123, 3);\r
 153                 pn(-.1234567890123, 4);\r
 154                 pn(-.1234567890123, 5);\r
 155 \r
 156                 pn(1.4999999999, 1);\r
 157                 pn(1.5, 1);\r
 158                 pn(1.5000000001, 1);\r
 159                 pn(1.4999999999, 0);\r
 160                 pn(1.5, 0);\r
 161                 pn(1.5000000001, 0);\r
 162 \r
 163                 pn(34.999999999999, 3);\r
 164                 pn(-34.999999999999, 3);\r
 165 \r
 166                 for (int i = 0; i < 10; ++i)\r
 167                         pn(i, 3);\r
 168                 pn(0.5, 3);\r
 169         }\r
 170 \r
 171 }\r