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How to use handleNestedSymbolInTypeName method of org.evomaster.client.java.controller.problem.rpc.CodeJavaGenerator class

Best EvoMaster code snippet using org.evomaster.client.java.controller.problem.rpc.CodeJavaGenerator.handleNestedSymbolInTypeName

Source:CodeJavaGenerator.java

...48     * @param itemName the item name of the enum49     * @return a string which could retrieve the item of a Enum type, eg, Gender.Female50     */51    public static String enumValue(String enumTypeName, String itemName){52        return String.format("%s.%s", handleNestedSymbolInTypeName(enumTypeName), itemName);53    }54    /**55     * create an instance with one line56     * eg, fullName varName = value;57     * @param isDeclaration whether the instance is also for declaration58     * @param doesIncludeName whether to include variable name59     * @param fullName is the full name of the variable60     * @param varName is the variable name61     * @param value is string to create the instance62     * @return a string which could create the instance63     */64    public static String oneLineInstance(boolean isDeclaration, boolean doesIncludeName, String fullName, String varName, String value){65        return oneLineInstance(isDeclaration, doesIncludeName, fullName, varName, value, false);66    }67    /**68     * create an instance with one line69     * eg, fullName varName = value;70     * @param isDeclaration whether the instance is also for declaration71     * @param doesIncludeName whether to include variable name72     * @param fullName is the full name of the variable73     * @param varName is the variable name74     * @param value is string to create the instance75     * @param isPrimitive indicates whether it is primitive type76     * @return a string which could create the instance77     */78    public static String oneLineInstance(boolean isDeclaration, boolean doesIncludeName, String fullName, String varName, String value, Boolean isPrimitive){79        StringBuilder sb = new StringBuilder();80        if (isDeclaration)81            sb.append(handleNestedSymbolInTypeName(fullName)).append(" ");82        if (doesIncludeName){83            sb.append(varName);84            if (value != null || !isPrimitive)85                sb.append(" = ");86        }87        String stringValue = NULL_EXP;88        if (isPrimitive)89            stringValue = "";90        if (value != null)91            stringValue = value;92        sb.append(stringValue).append(";");93        return sb.toString();94    }95    /**96     * set instance with setter97     * eg, varName.setterMethodName((fullName)value)98     * @param setterMethodName is the setter method name99     * @param fullName is full name of the instance100     * @param varName is variable name101     * @param value of the instance102     * @return a string which set instance103     */104    public static String oneLineSetterInstance(String setterMethodName, String fullName, String varName, String value){105        String stringValue = NULL_EXP;106        if (value != null)107            stringValue = castToType(fullName, value);108        return String.format("%s.%s(%s);", varName, setterMethodName, stringValue);109    }110    /**111     * process [varName] = new Object()112     * @param varName specifies the variable name113     * @param fullName specifies the full name of the class114     * @return code to set value with new object which has default constructor115     */116    public static String setInstanceObject(String fullName, String varName){117        return String.format("%s = %s;", varName, newObject(fullName));118    }119    /**120     * process [varName] = [instance]121     * @param varName specifies the variable name122     * @param instance specifies the instance123     * @return code to set value124     */125    public static String setInstance(String varName, String instance){126        return String.format("%s = %s;", varName, instance);127    }128    /**129     * process [varName] = [instance]; or [instance];130     * @param includeVarName specifies whether to set instance to variable131     * @param varName specifies the variable name132     * @param instance specifies the instance133     * @return code to set value134     */135    public static String setInstance(boolean includeVarName, String varName, String instance){136        if (includeVarName)137            return String.format("%s = %s;", varName, instance);138        return instance+ appendLast();139    }140    /**141     * process new Object()142     * @param fullName is a full name of the type of object143     * @return code to new object with default constructor144     */145    public static String newObject(String fullName){146        return newObjectConsParams(fullName, "");147    }148    /**149     * process new Object(p1, p2)150     * @param fullName is a full name of the type of object151     * @param params is a string which could represent a list of params divided with ,152     * @return code to new object with params constructor153     */154    public static String newObjectConsParams(String fullName, String params){155        return String.format("new %s(%s)", handleNestedSymbolInTypeName(fullName), params);156    }157    /**158     *159     * @param fullName is full name of the type160     * @param length is length of array to new161     * @return a string which could create a new array, eg, new String[5]162     */163    public static String newArray(String fullName, int length){164        return String.format("new %s[%d]", fullName, length);165    }166    /**167     * @return a string which could create a new HashSet168     */169    public static String newSet(){170        return "new "+ HashSet.class.getName()+"<>()";171    }172    /**173     * @return a string which could create a new HashMap174     */175    public static String newMap(){176        return "new " + HashMap.class.getName()+"<>()";177    }178    /**179     * @return a string which could create a new ArrayList180     */181    public static String newList(){182        return "new "+ArrayList.class.getName()+"<>()";183    }184    /**185     * @param indent is a number of indent (here we use space)186     * @return a string which contains [indent] space187     */188    public static String getIndent(int indent){189        return String.join("", Collections.nCopies(indent, " "));190    }191    /**192     *193     * @param codes a list of codes, could be a block194     * @param indent is a number of indent for the codes195     * @return a list of indented codes196     */197    public static List<String> getStringListWithIndent(List<String> codes, int indent){198        codes.replaceAll(s-> CodeJavaGenerator.getIndent(indent)+s);199        return codes;200    }201    /**202     *203     * @param codes is a list of current code204     * @param code is one line code to be appended to the [codes]205     * @param indent is a number of indent for the [code]206     * @return a list of codes appended with the [code]207     */208    public static List<String> addCode(List<String> codes, String code, int indent){209        codes.add(getIndent(indent) + code);210        return codes;211    }212    /**213     *214     * @param codes is a list of current code215     * @param comment is one line comment216     * @param indent is a number of indent for the [code]217     * @return a list of codes with comment218     */219    public static List<String> addComment(List<String> codes, String comment, int indent){220        codes.add(getIndent(indent) + "// " + comment);221        return codes;222    }223    /**224     * cast object to a type225     * @param typeName to cast226     * @param objCode is the code representing object to cast227     * @return a java code which casts obj to a type228     */229    public static String castToType(String typeName, String objCode){230        if (typeName == null) return objCode;231        return String.format("((%s)(%s))", handleNestedSymbolInTypeName(typeName), objCode);232    }233    private static String handleNestedSymbolInTypeName(String typeName){234        return typeName.replaceAll("\\$","\\.");235    }236    /**237     * process the code to get RPC client238     * @param controllerVarName specifies the controller variable name239     * @param interfaceName specifies the interface name to get its corresponding client240     * @return code which enables getting RPC client241     */242    public static String getGetClientMethod(String controllerVarName, String interfaceName){243        return String.format("%s(%s)", controllerVarName + "." + GET_CLIENT_METHOD, interfaceName);244    }245    /**246     *247     * @param obj specifies an object which owns the method. it is nullable...

handleNestedSymbolInTypeName

Using AI Code Generation

1    public class CodeJavaGenerator {2     public String handleNestedSymbolInTypeName(String typeName) {3        String[] words = typeName.split("\\.");4        StringBuilder sb = new StringBuilder();5        for (int i = 0; i < words.length; i++) {6            String word = words[i];7            if (i == words.length - 1) {8                sb.append(

handleNestedSymbolInTypeName

Using AI Code Generation

1public static String handleNestedSymbolInTypeName(String type) {2    if (type == null || type.isEmpty()) {3        return type;4    }5    String[] parts = type.split("\\.");6    if (parts.length == 1) {7        return type;8    }9    StringBuilder sb = new StringBuilder();10    for (int i = 0; i < parts.length - 1; i++) {11        sb.append(parts[i]).append('.');12    }13    sb.append(handleNestedSymbolInTypeName(parts[parts.length - 1]));14    return sb.toString();15}16public static String handleNestedSymbolInTypeName(String type) {17    if (type == null || type.isEmpty()) {18        return type;19    }20    String[] parts = type.split("\\.");21    if (parts.length == 1) {22        return type;23    }24    StringBuilder sb = new StringBuilder();25    for (int i = 0; i < parts.length - 1; i++) {26        sb.append(parts[i]).append('.');27    }28    sb.append(handleNestedSymbolInTypeName(parts[parts.length - 1]));29    return sb.toString();30}31public static String handleNestedSymbolInTypeName(String type) {32    if (type == null || type.isEmpty()) {33        return type;34    }35    String[] parts = type.split("\\.");36    if (parts.length == 1) {37        return type;38    }39    StringBuilder sb = new StringBuilder();40    for (int i = 0; i < parts.length - 1; i++) {41        sb.append(parts[i]).append('.');42    }43    sb.append(handleNestedSymbolInTypeName(parts[parts.length - 1]));44    return sb.toString();45}46public static String handleNestedSymbolInTypeName(String type) {47    if (type == null || type.isEmpty()) {48        return type;49    }50    String[] parts = type.split("\\.");51    if (parts.length ==

handleNestedSymbolInTypeName

Using AI Code Generation

1public String handleNestedSymbolInTypeName(String type) {2    if (type == null) {3        return null;4    }5    if (type.contains("[")) {6        String[] typeSplit = type.split("\\[");7        String[] typeSplit2 = typeSplit[1].split("\\]");8        String type2 = typeSplit2[0];9        String type3 = typeSplit[0];10        String type4 = typeSplit[2];11        return type3 + handleNestedSymbolInTypeName(type2) + type4;12    }13    return type;14}15public String handleNestedSymbolInTypeName(String type) {16    if (type == null) {17        return null;18    }19    if (type.contains("[")) {20        String[] typeSplit = type.split("\\[");21        String[] typeSplit2 = typeSplit[1].split("\\]");22        String type2 = typeSplit2[0];23        String type3 = typeSplit[0];24        String type4 = typeSplit[2];25        return type3 + handleNestedSymbolInTypeName(type2) + type4;26    }27    return type;28}29public String handleNestedSymbolInTypeName(String type) {30    if (type == null) {31        return null;32    }33    if (type.contains("[")) {34        String[] typeSplit = type.split("\\[");35        String[] typeSplit2 = typeSplit[1].split("\\]");36        String type2 = typeSplit2[0];37        String type3 = typeSplit[0];38        String type4 = typeSplit[2];39        return type3 + handleNestedSymbolInTypeName(type2) + type4;

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