How to use scan method of end.end.end Package

Best Unobtainium_ruby code snippet using end.end.end.scan

Perl5Matcher.java

Source:Perl5Matcher.java

...661    return false;662  }663    664  private int __repeat(int offset, int max) {665    int scan, eol, operand, ret;666    char ch;667    char op;668    scan = __inputOffset;669    eol  = __eol;670    if(max != Character.MAX_VALUE && max < eol - scan)671      eol = scan + max;672    operand = OpCode._getOperand(offset);673    switch(op = __program[offset]) {674    case OpCode._ANY:675      while(scan < eol && __input[scan] != '\n')676	++scan;677      break;678    case OpCode._SANY:679      scan = eol;680      break;681    case OpCode._EXACTLY:682      ++operand;683      while(scan < eol && __program[operand] == __input[scan])684	++scan;685      break;686    case OpCode._ANYOF:687      if(scan < eol && (ch = __input[scan]) < 256) {688	while((ch < 256  ) && (__program[operand + (ch >> 4)] & (1 << (ch & 0xf))) == 0) {689	  if(++scan < eol)690	    ch = __input[scan];691	  else692	    break;693	}694      }695      break;696    case OpCode._ANYOFUN:697    case OpCode._NANYOFUN:698      if(scan < eol) {699	ch = __input[scan];700	while(__matchUnicodeClass(ch, __program, operand, op)){701	  if(++scan < eol)702	    ch = __input[scan];703	  else704	    break;705	}706      }707      break;708    case OpCode._ALNUM:709      while(scan < eol && OpCode._isWordCharacter(__input[scan]))710	++scan;711      break;712    case OpCode._NALNUM:713      while(scan < eol && !OpCode._isWordCharacter(__input[scan]))714	++scan;715      break;716    case OpCode._SPACE:717      while(scan < eol && Character.isWhitespace(__input[scan]))718	++scan;719      break;720    case OpCode._NSPACE:721      while(scan < eol && !Character.isWhitespace(__input[scan]))722	++scan;723      break;724    case OpCode._DIGIT:725      while(scan < eol && Character.isDigit(__input[scan]))726	++scan;727      break;728    case OpCode._NDIGIT:729      while(scan < eol && !Character.isDigit(__input[scan]))730	++scan;731      break;732    default:733      break;734    }735    ret = scan - __inputOffset;736    __inputOffset = scan;737    return ret;738  }739  private boolean __match(int offset) {740    char nextChar, op;741    int scan, next, input, maxScan, current, line, arg;742    boolean inputRemains = true, minMod = false;743    Perl5Repetition rep;744    input    = __inputOffset;745    inputRemains = (input < __endOffset);746    nextChar = (inputRemains ? __input[input] : __EOS);747    scan     = offset;748    maxScan  = __program.length;749    while(scan < maxScan /*&& scan > 0*/){750      next = OpCode._getNext(__program, scan);751      switch(op = __program[scan]) {752      case OpCode._BOL:753	if(input == __bol ? __previousChar == '\n' :754	   (__multiline && (inputRemains || input < __eol) && 755	    __input[input - 1] == '\n'))756	  break;757	return false;758      case OpCode._MBOL:759	if(input == __bol ? __previousChar == '\n' :760	   ((inputRemains || input < __eol) && __input[input - 1] == '\n'))761	  break;762	return false;763      case OpCode._SBOL:764	if(input == __bol && __previousChar == '\n')765	  break;766	return false;767      case OpCode._GBOL:768	if(input == __bol)769	  break;770	return true;771      case OpCode._EOL :772	if((inputRemains || input < __eol) && nextChar != '\n')773	  return false;774	if(!__multiline && __eol - input > 1)775	  return false;776	break;777      case OpCode._MEOL:778	if((inputRemains || input < __eol) && nextChar != '\n')779	  return false;780	break;781      case OpCode._SEOL:782	if((inputRemains || input < __eol) && nextChar != '\n')783	  return false;784	if(__eol - input > 1)785	  return false;786	break;787      case OpCode._SANY:788	if(!inputRemains && input >= __eol)789	  return false;790	inputRemains = (++input < __endOffset);791	nextChar = (inputRemains ? __input[input] : __EOS);792	break;793      case OpCode._ANY:794	if((!inputRemains && input >= __eol) || nextChar == '\n')795	  return false;796	inputRemains = (++input < __endOffset);797	nextChar = (inputRemains ? __input[input] : __EOS);798	break;799      case OpCode._EXACTLY:800	current = OpCode._getOperand(scan);801	line = __program[current++];802	if(__program[current] != nextChar)803	  return false;804	if(__eol - input < line)805	  return false;806	if(line > 1 && !__compare(__program, current, __input, input, line))807	  return false;808	input+=line;809	inputRemains = (input < __endOffset);810	nextChar = (inputRemains ? __input[input] : __EOS);811	break;812      case OpCode._ANYOF:813	current = OpCode._getOperand(scan);814	if(nextChar == __EOS && inputRemains)815	  nextChar = __input[input];816	if(nextChar >= 256 || (__program[current + (nextChar >> 4)] &817	    (1 << (nextChar & 0xf))) != 0)818	  return false;819	if(!inputRemains && input >= __eol)820	  return false;821	inputRemains = (++input < __endOffset);822	nextChar = (inputRemains ? __input[input] : __EOS);823	break;824      case OpCode._ANYOFUN:825      case OpCode._NANYOFUN:826	current = OpCode._getOperand(scan);827	if(nextChar == __EOS && inputRemains)828	  nextChar = __input[input];829	if(!__matchUnicodeClass(nextChar, __program, current, op))830	  return false;831	if(!inputRemains && input >= __eol)832	  return false;833	inputRemains = (++input < __endOffset);834	nextChar = (inputRemains ? __input[input] : __EOS);835	break;836      case OpCode._ALNUM:837	if(!inputRemains)838	  return false;839	if(!OpCode._isWordCharacter(nextChar))840	  return false;841	inputRemains = (++input < __endOffset);842	nextChar = (inputRemains ? __input[input] : __EOS);843	break;844      case OpCode._NALNUM:845	if(!inputRemains && input >= __eol)846	  return false;847	if(OpCode._isWordCharacter(nextChar))848	  return false;849	inputRemains = (++input < __endOffset);850	nextChar = (inputRemains ? __input[input] : __EOS);851	break;852      case OpCode._NBOUND:853      case OpCode._BOUND:854	boolean a, b;855	if(input == __bol)856	  a = OpCode._isWordCharacter(__previousChar);857	else858	  a = OpCode._isWordCharacter(__input[input - 1]);859	b = OpCode._isWordCharacter(nextChar);860	if((a == b) == (__program[scan] == OpCode._BOUND))861	  return false;862	break;863      case OpCode._SPACE:864	if(!inputRemains && input >= __eol)865	  return false;866	if(!Character.isWhitespace(nextChar))867	  return false;868	inputRemains = (++input < __endOffset);869	nextChar = (inputRemains ? __input[input] : __EOS);870	break;871      case OpCode._NSPACE:872	if(!inputRemains)873	  return false;874	if(Character.isWhitespace(nextChar))875	  return false;876	inputRemains = (++input < __endOffset);877	nextChar = (inputRemains ? __input[input] : __EOS);878	break;879      case OpCode._DIGIT:880	if(!Character.isDigit(nextChar))881	  return false;882	inputRemains = (++input < __endOffset);883	nextChar = (inputRemains ? __input[input] : __EOS);884	break;885      case OpCode._NDIGIT:886	if(!inputRemains && input >= __eol)887	  return false;888	if(Character.isDigit(nextChar))889	  return false;890	inputRemains = (++input < __endOffset);891	nextChar = (inputRemains ? __input[input] : __EOS);892	break;893      case OpCode._REF:894	arg = OpCode._getArg1(__program, scan);895	current = __beginMatchOffsets[arg];896	if(current == OpCode._NULL_OFFSET)897	  return false;898	if(__endMatchOffsets[arg] == OpCode._NULL_OFFSET)899	  return false;900	if(current == __endMatchOffsets[arg])901	  break;902	if(__input[current] != nextChar)903	  return false;904	line = __endMatchOffsets[arg] - current;905	if(input + line > __eol)906	  return false;907	if(line > 1 && !__compare(__input, current, __input, input, line))908	  return false;909	input+=line;910	inputRemains = (input < __endOffset);911	nextChar     = (inputRemains ? __input[input] : __EOS);912	break;913      case OpCode._NOTHING:914	break;915      case OpCode._BACK:916	break;917      case OpCode._OPEN:918	arg = OpCode._getArg1(__program, scan);919	__beginMatchOffsets[arg] = input;920	if(arg > __expSize)921	  __expSize = arg;922	break;923      case OpCode._CLOSE:924	arg = OpCode._getArg1(__program, scan);925	__endMatchOffsets[arg] = input;926	if(arg > __lastParen)927	  __lastParen = arg;928	break;929      case OpCode._CURLYX:930	rep = new Perl5Repetition();931	rep._lastRepetition = __currentRep;932	__currentRep = rep;933	rep._parenFloor = __lastParen;934	rep._numInstances = -1;935	rep._min    = OpCode._getArg1(__program, scan);936	rep._max    = OpCode._getArg2(__program, scan);937	rep._scan   = OpCode._getNextOperator(scan) + 2;938	rep._next   = next;939	rep._minMod = minMod;940	// Must initialize to -1 because if we initialize to 0 and are941	// at the beginning of the input the OpCode._WHILEM case will942	// not work right.943	rep._lastLocation = -1;944	__inputOffset = input;945	// use minMod as temporary946	minMod = __match(OpCode._getPrevOperator(next));947	// leave scope call not pertinent?948	__currentRep = rep._lastRepetition;949	return minMod;950      case OpCode._WHILEM:951	rep = __currentRep;952	arg = rep._numInstances + 1;953	__inputOffset = input;954	if(input == rep._lastLocation) {955	  __currentRep = rep._lastRepetition;956	  line = __currentRep._numInstances;957	  if(__match(rep._next))958	    return true;959	  __currentRep._numInstances = line;960	  __currentRep = rep;961	  return false;962	}963	if(arg < rep._min) {964	  rep._numInstances = arg;965	  rep._lastLocation = input;966	  if(__match(rep._scan))967	    return true;968	  rep._numInstances = arg - 1;969	  return false;970	}971	if(rep._minMod) {972	  __currentRep = rep._lastRepetition;973	  line = __currentRep._numInstances;974	  if(__match(rep._next))975	    return true;976	  __currentRep._numInstances = line;977	  __currentRep = rep;978	  if(arg >= rep._max)979	    return false;980	  __inputOffset = input;981	  rep._numInstances = arg;982	  rep._lastLocation = input;983	  if(__match(rep._scan))984	    return true;985	  rep._numInstances = arg - 1;986	  return false;987	}988	if(arg < rep._max) {989	  __pushState(rep._parenFloor);990	  rep._numInstances = arg;991	  rep._lastLocation = input;992	  if(__match(rep._scan))993	    return true;994	  __popState();995	  __inputOffset = input;996	}997	__currentRep = rep._lastRepetition;998	line = __currentRep._numInstances;999	if(__match(rep._next))1000	  return true;1001	rep._numInstances = line;1002	__currentRep = rep;1003	rep._numInstances = arg - 1;1004	return false;1005      case OpCode._BRANCH:1006	if(__program[next] != OpCode._BRANCH)1007	  next = OpCode._getNextOperator(scan);1008	else {1009	  int lastParen;1010	  lastParen = __lastParen;1011	  do {1012	    __inputOffset = input;1013	    if(__match(OpCode._getNextOperator(scan)))1014	      return true;1015	    for(arg = __lastParen; arg > lastParen; --arg)1016	      //__endMatchOffsets[arg] = 0;1017	      __endMatchOffsets[arg] = OpCode._NULL_OFFSET;1018	    __lastParen = arg;1019	    scan = OpCode._getNext(__program, scan);1020	  } while(scan != OpCode._NULL_OFFSET &&1021		  __program[scan] == OpCode._BRANCH);1022	  return false;1023	}1024	break;1025      case OpCode._MINMOD:1026	minMod = true;1027	break;1028      case OpCode._CURLY:1029      case OpCode._STAR:1030      case OpCode._PLUS:1031	if(op == OpCode._CURLY) {1032	  line = OpCode._getArg1(__program, scan);1033	  arg  = OpCode._getArg2(__program, scan);1034	  scan = OpCode._getNextOperator(scan) + 2;1035	} else if(op == OpCode._STAR) {1036	  line = 0;1037	  arg  = Character.MAX_VALUE;1038	  scan = OpCode._getNextOperator(scan);1039	} else {1040	  line = 1;1041	  arg  = Character.MAX_VALUE;1042	  scan = OpCode._getNextOperator(scan);1043	}1044	if(__program[next] == OpCode._EXACTLY) {1045	  nextChar = __program[OpCode._getOperand(next) + 1];1046	  current  = 0;1047	} else {1048	  nextChar = __EOS;1049	  current  = -1000;1050	}1051	__inputOffset = input;1052	if(minMod) {1053	  minMod = false;1054	  if(line > 0 && __repeat(scan, line) < line)1055	    return false;1056	  while(arg >= line || (arg == Character.MAX_VALUE && line > 0)) {1057	    // there may be a bug here with respect to1058	    // __inputOffset >= __endOffset, but it seems to be right for1059	    // now.  the issue is with __inputOffset being reset later.1060	    // is this test really supposed to happen here?1061	    if(current == -1000 || __inputOffset >= __endOffset ||1062	       __input[__inputOffset] == nextChar) {1063	      if(__match(next))1064		return true;1065	    }1066	    __inputOffset = input + line;1067	    if(__repeat(scan, 1) != 0) {1068	      ++line;1069	      __inputOffset = input + line;1070	    } else1071	      return false;1072	  }1073	} else {1074	  arg = __repeat(scan, arg);1075	  if(line < arg && OpCode._opType[__program[next]] == OpCode._EOL &&1076	     ((!__multiline && __program[next] != OpCode._MEOL) ||1077              __program[next] == OpCode._SEOL))1078	    line = arg;1079	  while(arg >= line) {1080	    // there may be a bug here with respect to1081	    // __inputOffset >= __endOffset, but it seems to be right for1082	    // now.  the issue is with __inputOffset being reset later.1083	    // is this test really supposed to happen here?1084	    if(current == -1000 || __inputOffset >= __endOffset ||1085	       __input[__inputOffset] == nextChar) {1086	      if(__match(next))1087		return true;1088	    }1089	    --arg;1090	    __inputOffset = input + arg;1091	  }1092	}1093	return false;1094      case OpCode._SUCCEED:1095      case OpCode._END:1096	__inputOffset = input;1097	// This enforces the rule that two consecutive matches cannot have1098	// the same end offset.1099	if(__inputOffset == __lastMatchInputEndOffset)1100	  return false;1101	return true;1102      case OpCode._IFMATCH:1103	__inputOffset = input;1104	scan = OpCode._getNextOperator(scan);1105	if(!__match(scan))1106	  return false;1107	break;1108      case OpCode._UNLESSM:1109	__inputOffset = input;1110	scan = OpCode._getNextOperator(scan);1111	if(__match(scan))1112	  return false;1113	break;1114      default:1115	// todo: Need to throw an exception here.1116      } // end switch1117      //scan = (next > 0 ? next : 0);1118      scan = next;1119    } // end while scan1120    return false;1121  }1122  /**1123   * Set whether or not subsequent calls to {@link #matches matches()}1124   * or {@link #contains contains()} should treat the input as1125   * consisting of multiple lines.  The default behavior is for 1126   * input to be treated as consisting of multiple lines.  This method1127   * should only be called if the Perl5Pattern used for a match was1128   * compiled without either of the Perl5Compiler.MULTILINE_MASK or1129   * Perl5Compiler.SINGLELINE_MASK flags, and you want to alter the1130   * behavior of how the <b>^</b>, <b>$</b>, and <b>.</b> metacharacters are1131   * interpreted on the fly.  The compilation options used when compiling1132   * a pattern ALWAYS override the behavior specified by setMultiline().  See1133   * {@link Perl5Compiler} for more details....

TestScanRange.java

Source:TestScanRange.java

...51		String signedEndLocation = "-"+endLocation;52		53		String expectToString = "I12.750-I602.750";54		55		ScanRange scanRange = new ScanRange(signedStartLocation,signedEndLocation);56		57		assertEquals("Checking startDirection",startDirection,scanRange.getStartDirection());58		assertEquals("Checking startLocation",startLocation,scanRange.getStartLocation());59		assertEquals("Checking endDirection",endDirection,scanRange.getEndDirection());60		assertEquals("Checking endLocation",endLocation,scanRange.getEndLocation());61		62		assertEquals("Checking toString",expectToString,scanRange.toString());63	}64	65	public void testScanRangeConstructor_SignedPositiveConstructor() {66		67		String startDirection = "S";68		String startLocation = "12.750";69		String signedStartLocation = "+"+startLocation;70		String endDirection = "S";71		String endLocation = "602.750";72		String signedEndLocation = "+"+endLocation;73		74		String expectToString = "S12.750-S602.750";75		76		ScanRange scanRange = new ScanRange(signedStartLocation,signedEndLocation);77		78		assertEquals("Checking startDirection",startDirection,scanRange.getStartDirection());79		assertEquals("Checking startLocation",startLocation,scanRange.getStartLocation());80		assertEquals("Checking endDirection",endDirection,scanRange.getEndDirection());81		assertEquals("Checking endLocation",endLocation,scanRange.getEndLocation());82		83		assertEquals("Checking toString",expectToString,scanRange.toString());84	}85	86	public void testScanRangeConstructor_SignedPostiveAndNegativeConstructor() {87		88		String startDirection = "I";89		String startLocation = "12.750";90		String signedStartLocation = "-"+startLocation;91		String endDirection = "S";92		String endLocation = "602.750";93		String signedEndLocation = "+"+endLocation;94		95		String expectToString = "I12.750-S602.750";96		97		ScanRange scanRange = new ScanRange(signedStartLocation,signedEndLocation);98		99		assertEquals("Checking startDirection",startDirection,scanRange.getStartDirection());100		assertEquals("Checking startLocation",startLocation,scanRange.getStartLocation());101		assertEquals("Checking endDirection",endDirection,scanRange.getEndDirection());102		assertEquals("Checking endLocation",endLocation,scanRange.getEndLocation());103		104		assertEquals("Checking toString",expectToString,scanRange.toString());105	}106	107	public void testScanRangeConstructor_WithAllParameters() {108		109		String startDirection = "I";110		String startLocation = "12.750";111		String endDirection = "I";112		String endLocation = "602.750";113		114		String expectToString = "I12.750-I602.750";115		116		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);117		118		assertEquals("Checking startDirection",startDirection,scanRange.getStartDirection());119		assertEquals("Checking startLocation",startLocation,scanRange.getStartLocation());120		assertEquals("Checking endDirection",endDirection,scanRange.getEndDirection());121		assertEquals("Checking endLocation",endLocation,scanRange.getEndLocation());122		123		assertEquals("Checking toString",expectToString,scanRange.toString());124	}125	126	public void testScanRangeConstructor_Equality() {127		128		String startDirection = "I";129		String startLocation = "12.750";130		String endDirection = "I";131		String endLocation = "602.750";132		133		ScanRange scanRange1 = new ScanRange(startDirection,startLocation,endDirection,endLocation);134		ScanRange scanRange2 = new ScanRange(startDirection,startLocation,endDirection,endLocation);135		136		assertTrue("Checking equality",scanRange1.equals(scanRange2));137		assertTrue("Checking hashCode",scanRange1.hashCode() == scanRange2.hashCode());138	}139	140	public void testScanRangeConstructor_Inequality() {141		142		String startDirection1 = "I";143		String startLocation1 = "12.750";144		String endDirection1 = "I";145		String endLocation1 = "602.750";146		147		String startDirection2 = "S";148		String startLocation2 = "13.750";149		String endDirection2 = "S";150		String endLocation2 = "603.750";151		152		ScanRange scanRange = new ScanRange(startDirection1,startLocation1,endDirection1,endLocation1);153		154		assertTrue("Checking inequality endLocation",   !scanRange.equals(new ScanRange(startDirection1,startLocation1,endDirection1,endLocation2)));155		assertTrue("Checking inequality endDirection",  !scanRange.equals(new ScanRange(startDirection1,startLocation1,endDirection2,endLocation1)));156		assertTrue("Checking inequality startLocation", !scanRange.equals(new ScanRange(startDirection1,startLocation2,endDirection1,endLocation1)));157		assertTrue("Checking inequality startDirection",!scanRange.equals(new ScanRange(startDirection2,startLocation1,endDirection1,endLocation1)));158	}159	160	public void testScanRange_Range_ZeroI() {161		162		String startDirection = "I";163		String startLocation = "603.750";164		String endDirection = "I";165		String endLocation = "603.750";166		String expectAbsoluteRange = "0.000";167		168		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);169		170		assertEquals("Checking getRange Zero I",expectAbsoluteRange,scanRange.getAbsoluteRange());171	}172	173	public void testScanRange_Range_ZeroS() {174		175		String startDirection = "S";176		String startLocation = "603.750";177		String endDirection = "S";178		String endLocation = "603.750";179		String expectAbsoluteRange = "0.000";180		181		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);182		183		assertEquals("Checking getRange Zero S",expectAbsoluteRange,scanRange.getAbsoluteRange());184	}185	186	public void testScanRange_Range_IToS() {187		188		String startDirection = "I";189		String startLocation = "12.750";190		String endDirection = "S";191		String endLocation = "603.750";192		String expectAbsoluteRange = "616.500";193		194		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);195		196		assertEquals("Checking getRange I to S",expectAbsoluteRange,scanRange.getAbsoluteRange());197	}198	199	public void testScanRange_Range_SToI() {200		201		String startDirection = "S";202		String startLocation = "12.750";203		String endDirection = "I";204		String endLocation = "603.750";205		String expectAbsoluteRange = "616.500";206		207		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);208		209		assertEquals("Checking getRange S to I",expectAbsoluteRange,scanRange.getAbsoluteRange());210	}211	212	public void testScanRange_Range_SToI_NotPooled() {213		214		String startDirection = new String("S");215		String startLocation = "188.000";216		String endDirection = new String("I");217		String endLocation = "105.000";218		String expectAbsoluteRange = "293.000";219		220		ScanRange scanRange = new ScanRange(startDirection,startLocation,endDirection,endLocation);221		222		assertEquals("Checking getRange S to I not using String literal pool",expectAbsoluteRange,scanRange.getAbsoluteRange());223	}224}...

DdeuAnal.java

Source:DdeuAnal.java

1package application;2public class DdeuAnal {3	public DdeuAnal() {}4	5	private String id;6	7	private String mz;8	9	private String charge;10	11	private String peptide;12	13	private String D2OLabelfirst;14	15	private String FirstDdeuNum;16	17	private String FirstDdeuPercent;18	19	private String SecondDdeuNum;20	21	private String SecondDdeuPercent;22	23	private String PredictedDdeu;24	25	private String StartScan;26	27	private String EndScan;28	29	private String StartRT;30	31	private String EndRT;32	33	private String ObservedDdeu;34	35	private String MatchedScore;36	37	public String getId() {38		return this.id;39	}40	41	public String getMz() {42		return this.mz;43	}44	45	public String getCharge() {46		return this.charge;47	}48	49	public String getPeptide() {50		return this.peptide;51	}52	53	public void setId(String id){54		this.id = id;55	}56	57	public void setMz(String mz) {58		this.mz = mz;59	}60	61	public void setCharge(String charge) {62		this.charge = charge;63	}64	65	public void setPeptide(String peptide) {66		this.peptide = peptide;67	}68	69	public String toString() {70		return "" + id + mz + charge + peptide;71	}72	public String getD2OLabelfirst() {73		return D2OLabelfirst;74	}75	public void setD2OLabelfirst(String d2oLabelfirst) {76		D2OLabelfirst = d2oLabelfirst;77	}78	public String getFirstDdeuNum() {79		return FirstDdeuNum;80	}81	public void setFirstDdeuNum(String firstDdeuNum) {82		FirstDdeuNum = firstDdeuNum;83	}84	public String getFirstDdeuPercent() {85		return FirstDdeuPercent;86	}87	public void setFirstDdeuPercent(String firstDdeuPercent) {88		FirstDdeuPercent = firstDdeuPercent;89	}90	public String getSecondDdeuNum() {91		return SecondDdeuNum;92	}93	public void setSecondDdeuNum(String secondDdeuNum) {94		SecondDdeuNum = secondDdeuNum;95	}96	public String getSecondDdeuPercent() {97		return SecondDdeuPercent;98	}99	public void setSecondDdeuPercent(String secondDdeuPercent) {100		SecondDdeuPercent = secondDdeuPercent;101	}102	public String getPredictedDdeu() {103		return PredictedDdeu;104	}105	public void setPredictedDdeu(String predictedDdeu) {106		PredictedDdeu = predictedDdeu;107	}108	public String getStartScan() {109		return StartScan;110	}111	public void setStartScan(String startScan) {112		StartScan = startScan;113	}114	public String getEndScan() {115		return EndScan;116	}117	public void setEndScan(String endScan) {118		EndScan = endScan;119	}120	public String getStartRT() {121		return StartRT;122	}123	public void setStartRT(String startRT) {124		StartRT = startRT;125	}126	public String getEndRT() {127		return EndRT;128	}129	public void setEndRT(String endRT) {130		EndRT = endRT;131	}132	public String getObservedDdeu() {133		return ObservedDdeu;134	}135	public void setObservedDdeu(String observedDdeu) {136		ObservedDdeu = observedDdeu;137	}138	public String getMatchedScore() {139		return MatchedScore;140	}141	public void setMatchedScore(String matchedScore) {142		MatchedScore = matchedScore;143	}144}...

scan

Using AI Code Generation

1scanner = StringScanner.new(str)2scanner = StringScanner.new(str)3scanner = StringScanner.new(str)4scanner = StringScanner.new(str)5scanner = StringScanner.new(str)

scan

Using AI Code Generation

1str.scan(word) { print replace, " " }2puts str.gsub(word, replace)3str.gsub!(word, replace)4str.sub(word, replace)5str.sub!(word, replace)6str.gsub(word, replace)7str.gsub!(word, replace)8str.sub(word, replace)9str.sub!(word, replace)10str.gsub(word, replace)11str.gsub!(word, replace)12str.sub(word, replace)13str.sub!(word, replace)14str.gsub(word, replace)15str.gsub!(word, replace)16str.sub(word, replace)17str.sub!(word, replace)18str.gsub(word, replace)19str.gsub!(word, replace)20str.sub(word, replace)21str.sub!(word, replace)

scan

Using AI Code Generation

1p str.scan(/\b[aeiou]\w+/)2p str.scan(/\b[aeiou]\w+[aeiou]\b/)3p str.scan(/\b[aeiou]\w*[o]\w*[aeiou]\b/)4p str.scan(/\b[aeiou]\w*[o]\w*[e]\w*[aeiou]\b/)5p str.scan(/\b[aeiou]\w*[o]\w*[e]\w*[d]\w*[aeiou]\b/)6p str.scan(/\b[aeiou]\w*[o]\w*[e]\w*[d]\w*[r]\w*[aeiou]\b/)7p str.scan(/\b[aeiou]\w*[o]\w*[e]\w*[d]\w*[r]\w*[b]\w*[aeiou]\b/)

scan

Using AI Code Generation

1p str.scan(/is/)2p str.scan(/s/)3p str.scan(/s/).count4p str.scan(/s/).length5p str.scan(/s/).size6p str.scan(/s/).to_s

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