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Restyle Eap7.4.x #20

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Original file line number Diff line number Diff line change
Expand Up @@ -48,8 +48,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.WARN)
@Message(id = 4,
value = "Could not invoke JNLPClassLoader#getJarFile(URL) on " +
"context class loader, expecting Web Start class loader",
value = "Could not invoke JNLPClassLoader#getJarFile(URL) on "
+ "context class loader, expecting Web Start class loader",
format = Format.MESSAGE_FORMAT)
void
unexpectedClassLoader(@Cause Throwable cause);
Comment on lines 49 to 55

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The method unexpectedClassLoader logs a warning when an unexpected class loader is encountered, but it lacks parameters that could provide more context about the issue, such as the URL or specific class loader that was expected. This makes debugging more difficult.

Recommendation:
Consider adding parameters to capture the URL and the expected class loader type. This would provide more actionable information in the log message, aiding in quicker resolution of issues.

Expand All @@ -62,8 +62,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.WARN)
@Message(id = 6,
value = "Could not invoke JNLPClassLoader#getJarFile(URL) on " +
"context class loader",
value = "Could not invoke JNLPClassLoader#getJarFile(URL) on "
+ "context class loader",
format = Format.MESSAGE_FORMAT)
void
jnlpClassLoaderInvocationException(@Cause Throwable cause);
Comment on lines 63 to 69

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The method jnlpClassLoaderInvocationException logs when JNLPClassLoader#getJarFile(URL) cannot be invoked, but it only includes a Throwable for the cause and lacks details about the URL or the context that led to the exception.

Recommendation:
Enhance the method by including a parameter for the URL that was being accessed when the exception occurred. This additional detail would improve the utility of the log message for debugging purposes.

Expand All @@ -78,16 +78,16 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.WARN)
@Message(id = 10,
value = "Could not open the stream on the url {0} when adding to " +
"the jandex index.",
value = "Could not open the stream on the url {0} when adding to "
+ "the jandex index.",
format = Format.MESSAGE_FORMAT)
void
couldNotOpenStreamForURL(Object param1, @Cause Throwable cause);

@LogMessage(level = Level.WARN)
@Message(id = 11,
value = "Could not close the stream on the url {0} when adding to " +
"the jandex index.",
value = "Could not close the stream on the url {0} when adding to "
+ "the jandex index.",
format = Format.MESSAGE_FORMAT)
void
couldNotCloseStreamForURL(Object param1, @Cause Throwable cause);
Comment on lines 78 to 93

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The methods couldNotOpenStreamForURL and couldNotCloseStreamForURL log warnings about issues with stream operations on URLs. While these methods effectively log the occurrence of errors, they could be improved by providing more specific details about the nature of the errors or potential recovery steps. This would enhance the utility of the logs for debugging and operational maintenance.

Recommendation: Enhance the error messages to include suggestions for troubleshooting or more detailed descriptions of the error conditions.

Expand All @@ -106,9 +106,9 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.INFO)
@Message(id = 14,
value = "Falling back to Java Reflection for " +
"bean-discovery-mode=\"annotated\" discovery. Add " +
"org.jboss:jandex to the classpath to speed-up startup.",
value = "Falling back to Java Reflection for "
+ "bean-discovery-mode=\"annotated\" discovery. Add "
+ "org.jboss:jandex to the classpath to speed-up startup.",
format = Format.MESSAGE_FORMAT)
void
reflectionFallback();
Expand Down Expand Up @@ -155,8 +155,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.DEBUG)
@Message(id = 24,
value = "Archive isolation enabled - creating multiple isolated " +
"bean archives if needed",
value = "Archive isolation enabled - creating multiple isolated "
+ "bean archives if needed",
format = Format.MESSAGE_FORMAT)
void
archiveIsolationEnabled();
Expand Down Expand Up @@ -190,8 +190,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.WARN)
@Message(id = 31,
value = "The bean archive reference {0} cannot be handled by any " +
"BeanArchiveHandler: {1}",
value = "The bean archive reference {0} cannot be handled by any "
+ "BeanArchiveHandler: {1}",
format = Format.MESSAGE_FORMAT)
void
beanArchiveReferenceCannotBeHandled(Object beanArchiveRef, Object handlers);
Expand All @@ -203,8 +203,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {
processingBeanArchiveReference(Object beanArchiveRef);

@Message(id = 33,
value = "Invalid bean archive scanning result - found multiple " +
"results with the same reference: {0}",
value = "Invalid bean archive scanning result - found multiple "
+ "results with the same reference: {0}",
format = Format.MESSAGE_FORMAT)
IllegalStateException
invalidScanningResult(Object beanArchiveRef);
Expand All @@ -231,8 +231,8 @@ public interface CommonLogger extends WeldEnvironmentLogger {
unableToInitializeProbeComponent(Object component, @Cause Throwable cause);

@Message(id = 38,
value = "Development mode is enabled but the following Probe " +
"component is not found on the classpath: {0}",
value = "Development mode is enabled but the following Probe "
+ "component is not found on the classpath: {0}",
format = Format.MESSAGE_FORMAT)
IllegalStateException
probeComponentNotFoundOnClasspath(Object component);
Comment on lines 231 to 238

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The methods unableToInitializeProbeComponent and probeComponentNotFoundOnClasspath handle errors related to the Probe component. These methods currently log the issues but do not provide guidance on how to resolve them or the potential impact of these errors on the system.

Recommendation: Include recovery suggestions or additional context about the implications of these errors in the log messages. This could help in quicker resolution and understanding the severity of the issues.

Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -64,8 +64,8 @@ public interface WeldSELogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.INFO)
@Message(id = 2006,
value = "Multiple containers running - CDI.current() may not work " +
"properly: {0}",
value = "Multiple containers running - CDI.current() may not work "
+ "properly: {0}",
format = Format.MESSAGE_FORMAT)
void
multipleContainersRunning(Object ids);
Expand All @@ -78,8 +78,8 @@ public interface WeldSELogger extends WeldEnvironmentLogger {

@LogMessage(level = Level.WARN)
@Message(id = 2008,
value = "Bean class {0} found in multiple bean archives - this " +
"may result in incorrect behavior: {1}",
value = "Bean class {0} found in multiple bean archives - this "
+ "may result in incorrect behavior: {1}",
format = Format.MESSAGE_FORMAT)
void
beanClassDeployedInMultipleBeanArchives(Object beanClass, Object bdas);

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The methods multipleContainersRunning and beanClassDeployedInMultipleBeanArchives use Object as the parameter type for their inputs. This generic type does not enforce any specific type of input, which could lead to runtime errors if an incompatible type is passed. It is recommended to use more specific types for these parameters to ensure type safety and prevent potential runtime issues. For example, if ids is expected to be a collection of identifiers, using Collection<?> or a more specific collection type would be more appropriate.

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Issue: Generic Object Type for Parameters

The methods multipleContainersRunning and beanClassDeployedInMultipleBeanArchives use Object as the type for their parameters. This is overly generic and can lead to runtime type errors if the passed objects are not compatible with the expected format operations.

Recommendation:
Refine the parameter types to more specific classes or interfaces that accurately reflect the expected input. This change would enhance type safety, reduce the risk of runtime errors, and improve the readability and maintainability of the code.

Expand All @@ -99,8 +99,8 @@ public interface WeldSELogger extends WeldEnvironmentLogger {
observedTypeNotContonainerLifecycleEventType(Object type);

@Message(id = 2011,
value = "The observed type {0} does not match the container " +
"lifecycle event type {1}",
value = "The observed type {0} does not match the container "
+ "lifecycle event type {1}",
format = Format.MESSAGE_FORMAT)
IllegalArgumentException
observedTypeDoesNotMatchContonainerLifecycleEventType(Object type,
Comment on lines 99 to 106

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The method observedTypeDoesNotMatchContonainerLifecycleEventType uses Object for the parameters type and eventType, which is overly generic and could lead to type mismatches at runtime. To improve type safety and maintainability, consider specifying more concrete types for these parameters, such as Class<?> or a specific interface that all event types should implement. This change would help prevent type errors and make the code more robust.

Expand All @@ -118,49 +118,50 @@ public interface WeldSELogger extends WeldEnvironmentLogger {

@Message(
id = 2014,
value = "Weld SE container with id {0} has not yet validated the " +
"deployment - methods for programmatic lookup cannot be used",
value = "Weld SE container with id {0} has not yet validated the "
+ "deployment - methods for programmatic lookup cannot be used",
format = Format.MESSAGE_FORMAT)
IllegalStateException
weldContainerDeploymentNotValidated(Object id);

@Message(id = 2015,
value = "Bean discovery mode NONE is not a valid option for Weld " +
"SE deployment archive - Weld SE container with id {0}.",
value = "Bean discovery mode NONE is not a valid option for Weld "
+ "SE deployment archive - Weld SE container with id {0}.",
format = Format.MESSAGE_FORMAT)
IllegalArgumentException
beanArchiveWithModeNone(Object id);

@Message(
id = 2016,
value = "Zero or more than one container is running - " +
value = "Zero or more than one container is running - "
+
"WeldContainer.current() cannot determine the current container.",
format = Format.MESSAGE_FORMAT)
IllegalStateException
zeroOrMoreThanOneContainerRunning();

@Message(id = 2017,
value = "Unexpected value for parameter " +
"'org.jboss.weld.se.additionalBeanDefiningAnnotations'. " +
"Expected java.util.Collection but found {0}. ",
value = "Unexpected value for parameter "
+ "'org.jboss.weld.se.additionalBeanDefiningAnnotations'. "
+ "Expected java.util.Collection but found {0}. ",
format = Format.MESSAGE_FORMAT)
IllegalArgumentException
unexpectedValueForAdditionalBeanDefiningAnnotations(Class clazz);

@LogMessage(level = Level.WARN)
@Message(
id = 2018,
value = "Skipping registration of additional bean defining annotation " +
"via `org.jboss.weld.se.additionalBeanDefiningAnnotations`. "
+ "Only values of type Class<? extends Annotation> are valid. " +
"Found: {0}",
value = "Skipping registration of additional bean defining annotation "
+ "via `org.jboss.weld.se.additionalBeanDefiningAnnotations`. "
+ "Only values of type Class<? extends Annotation> are valid. "
+ "Found: {0}",
format = Format.MESSAGE_FORMAT)
void
unexpectedItemsInValueCollection(Class clazz);

@Message(id = 2019,
value = "Failed to parse the following string as additional bean " +
"defining annotation: {0}. The exception was: {1}",
value = "Failed to parse the following string as additional bean "
+ "defining annotation: {0}. The exception was: {1}",
format = Format.MESSAGE_FORMAT)
IllegalArgumentException
failedToLoadClass(String className, String exception);
Comment on lines 165 to 167

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Issue: Inclusion of Raw Exception Messages

The method failedToLoadClass includes the raw message of an exception ({1}) in the output. This practice can potentially expose sensitive information or details about the internal implementation.

Recommendation:
Avoid directly including exception messages in user-facing outputs. Instead, log these details at an appropriate level internally and provide a generic error message to the user. This approach helps in safeguarding sensitive information and maintaining a clean separation between internal diagnostics and user-facing messages.

Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -142,8 +142,8 @@ public void testGetAfterDestroyingContextualInstance() {
// try to invoke Handle.get() again; this should throw an exception
try {
alphaHandle.get();
fail("Invoking Handle.get() after destroying contextual instance " +
"should throw an exception.");
fail("Invoking Handle.get() after destroying contextual instance "
+ "should throw an exception.");
Comment on lines +145 to +146

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The failure message in fail() is generic and could be improved for better clarity. When the test fails because the IllegalStateException is not thrown, the message should clearly state what was expected and what the actual behavior was. This will aid in debugging and understanding the test failure.

Recommended Change:

fail("Expected IllegalStateException to be thrown when accessing a destroyed contextual instance via Handle.get(), but no exception was thrown.");

Comment on lines +145 to +146

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The failure message in fail() method is generic and does not provide specific details about the context or reason for the failure. Consider providing a more detailed message that includes the expected behavior and why the test should fail if alphaHandle.get() does not throw an exception. This will improve the maintainability and understandability of the test.

Suggested Improvement:

fail("Expected IllegalStateException when invoking get() on a destroyed contextual instance of Alpha.");

} catch (IllegalStateException e) {
// expected
Comment on lines 147 to 148

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The catch block for IllegalStateException is underutilized. It catches the exception as expected but does not perform any assertions or checks on the exception details. Adding assertions for the exception's message or the system's state could provide more robust testing to ensure the exception is thrown under the correct circumstances and contains the correct information.

Recommended Change:

assertEquals("Expected message to indicate reason for IllegalStateException", expectedMessage, e.getMessage());

}
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -52,8 +52,8 @@ public class JsfTest {
+ "version=\"2.0\"> "
+ "<jsp:output doctype-root-element=\"html\" "
+ "doctype-public=\"-//W3C//DTD XHTML 1.0 Transitional//EN\" "
+ "doctype-system=\"http://www.w3c.org/TR/xhtml1/DTD/" +
"xhtml1-transitional.dtd\"/> "
+ "doctype-system=\"http://www.w3c.org/TR/xhtml1/DTD/"
+ "xhtml1-transitional.dtd\"/> "
+ "<jsp:directive.page contentType=\"text/html\"/> "
+ "<html> "
+ "<head /> "
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -43,15 +43,15 @@ public class FilterInjectionTest {
extendDefaultWebXml(
"<filter><filter-name>Cat Filter</filter-name><filter-class>" +
CatFilter.class.getName() +
("</filter-class></filter><filter-mapping><filter-name>Cat " +
"Filter</filter-name><url-pattern>/cat</url-pattern></" +
"filter-mapping> <servlet><servlet-name>Wolverine " +
"Servlet</servlet-name><servlet-class>") +
("</filter-class></filter><filter-mapping><filter-name>Cat "
+ "Filter</filter-name><url-pattern>/cat</url-pattern></"
+ "filter-mapping> <servlet><servlet-name>Wolverine "
+ "Servlet</servlet-name><servlet-class>") +
WolverineServlet.class.getName() +
("</servlet-class></servlet> " +
"<servlet-mapping><servlet-name>Wolverine " +
"Servlet</servlet-name><url-pattern>/</url-pattern></" +
"servlet-mapping>"))
("</servlet-class></servlet> "
+ "<servlet-mapping><servlet-name>Wolverine "
+ "Servlet</servlet-name><url-pattern>/</url-pattern></"
+ "servlet-mapping>"))
Comment on lines 43 to +54

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The XML configuration for servlets and filters is constructed using string concatenation which is error-prone and hard to maintain. Consider using a dedicated XML builder or templating library to construct XML configurations. This approach would improve readability, reduce the risk of errors, and make the code easier to maintain and extend.

For example, you could use javax.xml.parsers.DocumentBuilder or a library like JDOM to programmatically construct your XML.

Comment on lines 43 to +54

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The XML configuration for servlets and filters is constructed using string concatenation within the Java code, which can lead to maintainability issues. This method is error-prone and makes the code difficult to read and modify. Consider using a dedicated XML configuration file or a builder utility that ensures well-formed XML and improves code clarity.

Recommended Solution:

  • Move the XML configuration to a separate XML file and load it as a resource.
  • Alternatively, implement a builder pattern or use a library designed for building XML to programmatically ensure the correctness and readability of the XML structure.

.getBytes());

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The getBytes() method is used without specifying a character encoding, which can lead to platform-dependent behavior. It's recommended to specify the charset explicitly to avoid potential issues with different platform defaults. For XML and web applications, UTF-8 is typically used.

Change the code to getBytes(StandardCharsets.UTF_8); to ensure consistent behavior across different platforms.

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The XML string is converted to bytes every time the WEB_XML static field is accessed. This is inefficient if the configuration does not change frequently. To improve performance, consider initializing this byte array as a static final field if the configuration is static, or caching the results if the configuration might change but does so infrequently.

Recommended Solution:

  • Declare the byte array as static final if the configuration is immutable.
  • Implement caching mechanisms if the configuration changes infrequently to avoid repeated conversions and memory usage.


@Deployment
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -49,12 +49,12 @@ public static WebArchive createTestArchive() {
Asset webXml = new ByteArrayAsset(
extendDefaultWebXml(
listeners.toString() +
("<servlet><servlet-name>Bat " +
"Servlet</servlet-name><servlet-class>") +
("<servlet><servlet-name>Bat "
+ "Servlet</servlet-name><servlet-class>") +
BatServlet.class.getName() +
("</servlet-class></servlet> <servlet-mapping><servlet-name>Bat " +
"Servlet</servlet-name><url-pattern>/bat</url-pattern></" +
"servlet-mapping>"))
("</servlet-class></servlet> <servlet-mapping><servlet-name>Bat "
+ "Servlet</servlet-name><url-pattern>/bat</url-pattern></"
+ "servlet-mapping>"))
Comment on lines 49 to +57

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The construction of XML content through string concatenation (lines 49-57) is prone to errors and difficult to maintain. This approach can lead to issues such as typos, mismatched tags, or improperly formatted XML, which are hard to detect until runtime.

Recommendation: Consider using a more structured approach to generate XML, such as utilizing an XML library (e.g., javax.xml.parsers, org.w3c.dom, etc.) that supports building and validating XML documents against a schema. This would enhance readability, maintainability, and correctness of the XML content.

Comment on lines 49 to +57

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The construction of XML content through string concatenation is error-prone and can lead to maintenance issues. It is recommended to use an XML builder or similar utility to construct XML documents. This approach enhances readability, reduces the risk of errors, and makes the code easier to maintain.

Recommended Change:

DocumentBuilderFactory dbFactory = DocumentBuilderFactory.newInstance();
DocumentBuilder dBuilder = dbFactory.newDocumentBuilder();
Document doc = dBuilder.newDocument();
// build XML document with doc.createElement, etc.

This method ensures that the XML is well-formed and easier to modify or extend in the future.

Comment on lines 49 to +57

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Directly constructing XML from strings can expose the application to XML Injection, especially if any part of the XML structure is derived from untrusted sources. To mitigate this risk, ensure that any dynamic content is properly escaped or sanitized before inclusion in the XML structure.

Recommended Change:
Use an XML library that automatically handles escaping, or manually sanitize inputs using a library designed for XML content. This will help prevent potential security vulnerabilities related to improper handling of XML input.

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Micro-Learning Topic: XML injection (Detected by phrase)

Matched on "XML Injection"

What is this? (2min video)

XML injection is a vulnerability affecting the handling of XML documents used by an application. If an application uses unsafe inputs as part of an XML document, it may result in corrupted XML that changes the behaviour of application components that use the modified document. Where XML documents are accepted by an application, it may allow information disclosure, denial of service or unauthorised file access if certain XML processing is permitted.

Try a challenge in Secure Code Warrior

Helpful references

.getBytes());
return baseDeployment(webXml).addClasses(
BatRequestListener.class, BatSessionListener.class,
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -43,9 +43,9 @@ public class ServletInjectionTest {
extendDefaultWebXml(
"<servlet><servlet-name>Rat Servlet</servlet-name><servlet-class>" +
RatServlet.class.getName() +
("</servlet-class></servlet> <servlet-mapping><servlet-name>Rat " +
"Servlet</servlet-name><url-pattern>/rat</url-pattern></" +
"servlet-mapping>"))
("</servlet-class></servlet> <servlet-mapping><servlet-name>Rat "
+ "Servlet</servlet-name><url-pattern>/rat</url-pattern></"
+ "servlet-mapping>"))
Comment on lines 43 to +48

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The construction of XML using string concatenation is error-prone and hard to maintain. Consider using an XML construction library (like javax.xml.parsers.DocumentBuilder) which can programmatically create XML structures. This approach enhances readability, reduces the chance of errors, and makes the code easier to maintain.

Example:

DocumentBuilderFactory dbFactory = DocumentBuilderFactory.newInstance();
DocumentBuilder dBuilder = dbFactory.newDocumentBuilder();
Document doc = dBuilder.newDocument();
Element rootElement = doc.createElement("servlet");
doc.appendChild(rootElement);
// add more elements

This method also makes it easier to modify the XML structure in the future and provides built-in validation of the XML structure.

Comment on lines 43 to +48

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Constructing XML through string concatenation as seen here can lead to errors and is hard to maintain, especially with more complex XML structures or dynamic content. Consider using a more robust method such as javax.xml.parsers.DocumentBuilder or a similar XML construction tool to programmatically build your XML. This approach would enhance readability and reduce the risk of malformed XML errors.

.getBytes());

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The method .getBytes() is used without specifying a charset, which relies on the system's default charset and can lead to inconsistencies across different environments. It is recommended to specify a charset explicitly, e.g., .getBytes(StandardCharsets.UTF_8), to ensure consistent behavior and avoid issues with XML parsing in environments with different default charsets.


@Deployment
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -94,7 +94,7 @@ public Set<Annotation> getQualifiers() {

@Override
public String toString() {
return "Implicit Bean [javax.enterprise.inject.spi.Bean] with qualifiers " +
"[@Decorated]";
return "Implicit Bean [javax.enterprise.inject.spi.Bean] with qualifiers "
+ "[@Decorated]";
Comment on lines 96 to +98

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The toString() method returns a static string that does not reflect the actual state of the object. This could lead to issues with maintainability and debugging, especially if the class is extended or its properties change in the future.

Recommendation: Modify the toString() method to dynamically include the state of the object. For instance, if any properties are added to the class, they should be reflected in the toString() output to ensure it provides an accurate and up-to-date representation of the object's state.

Comment on lines 96 to +98

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The toString() method uses hard-coded string values to represent the bean type and qualifiers. While this is clear and straightforward, it could lead to maintenance issues if the bean structure or qualifiers change in the future. Consider using a more dynamic approach if the bean's structure is subject to frequent changes. This could involve using reflection to fetch the bean's class name and annotations dynamically, thus reducing the need for manual updates to the toString() method when the bean's design changes.

}
}
Original file line number Diff line number Diff line change
Expand Up @@ -244,8 +244,8 @@ static String getProxyName(String contextId, Class<?> proxiedBeanType,
Class<?> superInterface = typeInfo.getSuperInterface();
if (superInterface == null) {
throw new IllegalArgumentException(
"Proxied bean type cannot be java.lang.Object without an " +
"interface");
"Proxied bean type cannot be java.lang.Object without an "
+ "interface");
} else {
String reason = getDefaultPackageReason(superInterface);
if (reason != null) {
Comment on lines 244 to 251

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The method getDefaultPackageReason is used to determine if the proxy should be generated in the default package based on conditions like the package name being null or the class being signed. While this approach centralizes the logic, it also creates a single point of failure. If the logic in getDefaultPackageReason is flawed or incomplete, it could lead to incorrect package determination for proxies. Recommendation: Consider implementing additional checks or validations within getDefaultPackageReason to handle edge cases more robustly, or provide a mechanism to override the default package determination when necessary.

Expand Down Expand Up @@ -379,8 +379,8 @@ public void addInterfacesFromTypeClosure(Set<? extends Type> typeClosure,
*/
public void addInterface(Class<?> newInterface) {
if (!newInterface.isInterface()) {
throw new IllegalArgumentException(newInterface + (" is not an " +
"interface"));
throw new IllegalArgumentException(newInterface + (" is not an "
+ "interface"));
}
additionalInterfaces.add(newInterface);
}
Comment on lines 379 to 386

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The method addInterface directly adds the interface to the additionalInterfaces set without checking for duplicates. Although Set inherently prevents duplicates, the lack of explicit handling or logging for duplicate additions might obscure important debugging or auditing information. Recommendation: Implement logging or a feedback mechanism to inform when a duplicate interface is attempted to be added. This would enhance the maintainability and traceability of the code, especially in complex environments where multiple components might interact with the proxy factory.

Comment on lines 379 to 386

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The exception thrown in addInterface when the provided class is not an interface could be more descriptive. Currently, it only states that the class is not an interface, but it could also include the name of the class to aid in debugging. Consider modifying the exception message to include the class name, like so:

throw new IllegalArgumentException(newInterface.getName() + " is not an interface");

This change would make the error messages more informative and helpful during development and debugging.

Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -74,8 +74,8 @@ public Object run() throws Exception {

public ClassLoader getClassLoader(final Class<?> proxiedBeanType) {
throw new UnsupportedOperationException(
"WeldDefaultProxyServices.getClassLoader(Class<?>) is not " +
"implemented.");
"WeldDefaultProxyServices.getClassLoader(Class<?>) is not "
+ "implemented.");
}

public Class<?> loadBeanClass(final String className) {
Comment on lines 75 to 81

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The methods getClassLoader and loadBeanClass throw UnsupportedOperationException indicating they are not implemented. While this approach is straightforward for unimplemented methods, the exception messages could be enhanced to provide more context or guidance. For instance, explaining why these methods are not implemented or suggesting alternative approaches could improve the user's understanding and experience.

Recommendation:
Consider adding more detailed messages in the exceptions that guide the user on what to do next or why these methods are not implemented. This could involve pointing to documentation or suggesting alternative methods or configurations.

Comment on lines 75 to 81

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The methods getClassLoader and loadBeanClass are throwing UnsupportedOperationException without any implementation. This approach can lead to runtime exceptions if these methods are called, affecting the robustness of the application.

Recommendation:

  • If these methods are intended to be used in the future, consider implementing them or providing a default behavior that does not disrupt the system.
  • If these methods are not needed, consider removing them or ensuring they are not called to avoid unnecessary performance overhead due to exception handling.

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Original file line number Diff line number Diff line change
Expand Up @@ -70,8 +70,8 @@ protected int getThreadPoolSize() {

@Override
public String toString() {
return String.format("TimingOutFixedThreadPoolExecutorServices " +
"[threadPoolSize=%s, keepAliveTime=%s]",
return String.format("TimingOutFixedThreadPoolExecutorServices "
+ "[threadPoolSize=%s, keepAliveTime=%s]",
Comment on lines +73 to +74

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The use of String.format in the toString() method might lead to performance issues if this method is called frequently. The method involves parsing the format string and processing variable arguments, which can be computationally expensive.

Recommendation: Consider using string concatenation or StringBuilder for constructing the toString() output. This approach avoids the overhead associated with String.format and can be more efficient in scenarios where the method is called often.

Example:

@Override
public String toString() {
    return "TimingOutFixedThreadPoolExecutorServices [threadPoolSize=" + threadPoolSize + ", keepAliveTime=" + keepAliveTime + "]";
}

threadPoolSize, keepAliveTime);
Comment on lines +73 to 75

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The use of String.format in the toString() method, while providing clear and readable output, might not be the most performant choice for string construction, especially if this method is called frequently in a performance-sensitive context. Consider using StringBuilder for more efficient string concatenation.

Suggested Change:

@Override
public String toString() {
    StringBuilder sb = new StringBuilder("TimingOutFixedThreadPoolExecutorServices [threadPoolSize=");
    sb.append(threadPoolSize);
    sb.append(", keepAliveTime=");
    sb.append(keepAliveTime);
    sb.append("]");
    return sb.toString();
}

Comment on lines +74 to 75

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Direct access to the fields threadPoolSize and keepAliveTime in the toString() method bypasses the benefits of encapsulation. It's recommended to use getter methods to access these fields. This approach enhances maintainability and ensures that any future changes in how these values are computed or retrieved will not require changes to this method.

Suggested Change:

@Override
public String toString() {
    return String.format("TimingOutFixedThreadPoolExecutorServices [threadPoolSize=%s, keepAliveTime=%s]", getThreadPoolSize(), getKeepAliveTime());
}

}
}
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