Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

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

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.