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

Copied to Clipboard!

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;

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.