Java reflection is a term that is used to describe code which is able to inspect other code in the same system or itself. Therefore, you are able to inspect classes, interfaces, methods and fields at runtime without knowing their names when you compile them.
ReflectASM is a small Java library that has the role of providing high-quality reflections using the code generation. What makes the utility stand out is that the tool generates an access class in order to set or get the call methods, fields or create a new instance. Since the access class employs bytecode than the classic Java's reflection, the process is considerably faster. Moreover, as it relies on bytecode, it means that it can access primitive fields as well while avoiding boxing at the same time.
In the eventuality that you want to get maximum performance, particularly for those times when the fields or methods need to be accessed repeatedly, the developer recommends that you should use the field index or the method instead of the name of an object.
In case you run into a checked exception while the app scans the invoked code, then it is normally ignored. However, you should bear in mind that the app does not declare the exception as being thrown and hence, you must try to do so via other methods.







ReflectASM Crack + [Mac/Win]

The ReflectASM is used to generate reflection code to inspect classes, interfaces, methods and fields. It includes a runtime exception that can be used to trace or test the exception that is thrown by a method.
In case you want to force the code generator to return a particular value, then you can use the tag in the code generator to achieve so. This tag is used to control the method that is generated. When you are compiling the tag appears to be a string of comma-separated values. It is a piece of code that is used to control the code generator that is used to generate the bytecode.
The caller and called methods are determined via the code generator. Moreover, the generator is used to find the name of the methods, fields or constructors. You can use this tool for Java, C, C++, Objective-C, C#, PHP, C++, Perl, Ruby, JRuby, Groovy, App Engine, Android, Haxe, and HTML5. It is also used to generate the core program or program that is used to generate the access class.
Consequently, the tag is used to manipulate the method that is generated to make the code work or look up the class to generate the bytecode.
Usage Example:
PackageName.ClassName = new ClassName();



Java Bytecode.

Retrieving field value:
method m1 = g0.getDeclaredMethod(“foo”);
int value = (int)m1.invoke(g0);

Retrieving field value in constructor:
class MyClass {
int v;

MyClass(int v) {
this.v = v;

public static void main(String[] args) throws Exception {
Class cl = getClass(“MyClass”);

Can be used by Java 8 only.


You can get a list of all the fields of a given class with reflection:
public static Set getFields(Class clazz) {

ReflectASM Full Version Free [2022-Latest]


ReflectASM Free [Mac/Win]

ReflectASM is a lightweight Java reflection tool that takes the
bytecode generated by the compiler and executes it with the virtual
The utility runs fast and produces native binaries without requiring
a Java Virtual Machine to be present at runtime.

Now that we know the basic of ReflectASM, let’s see how to use it:

Write the source code for the class that you want to inspect
Compile it in the same way as you normally do
Then, point the tool to your compiled file and execute it

Now, the output will show you the type of the object as well as its fields and methods.

More Information on ReflectASM:

PEXIS – ReflectASM’s GitHub page
Sourceforge’s page


C# DataTable – Could not find stored procedure ‘GetTypeTable’ in database

I’m running the following code in ASP.NET MVC 5. The code is within a controller.
private List ParseTypes()
DataSet dsTypes = null;
StringBuilder sb = new StringBuilder();
using (SqlConnection con = new SqlConnection(@”Data Source=.;Initial Catalog=FISEEnvrtest;Integrated Security=True”))
SqlDataAdapter da = new SqlDataAdapter(“GetTypeTable”, con);
DataSet dsTypes = new DataSet();
dsTypes.Tables[“FiseTypeTable”].PrimaryKey = dsTypes.Tables[“FiseTypeTable”].Columns[“Id”];
dsTypes.Tables[“FiseTypeTable”].Columns[“ResourceId”].ColumnMapping = “ResourceId”;
dsTypes.Tables[“FiseTypeTable”].Columns[“TypeId”].ColumnMapping = “TypeId”;
dsTypes.Tables[“FiseTypeTable”].Columns[“Type”].ColumnMapping = “Type”;

What’s New in the ReflectASM?

[ARM 1.1] ⌘

Develop a large-scale Java application in which you need to set or retrieve a large number of the properties of an object. You should use the code generation instead of the normal reflection. Therefore, ReflectASM facilitates you in this task by enhancing the tool’s reflection API. As the tool relies on the Java code generation, you should note that it requires a JVM (Java virtual machine) version 1.3 or later.

The app supports user-defined annotations in the code to represent the custom properties that you might be interested in. The tool is not limited to access the fields but it can also be used to access the method parameters of the methods.

The utility will create a set of class file (.class) in the current directory. Since the tool is Java, it uses JDK 1.3 or later. ReflectASM supports reflection. Thus, it is possible to inspect the fields of an object at runtime.

Using the app is extremely easy. Simply add the folder that the.class file lies to your Project’s Classpath. Once you have done this, run the app and enjoy the ease of using it.


ReflectASM is released under the GNU General Public License (GPL). You are able to modify the program for your needs.

How to Install:

You can download ReflectASM for free at and you can also take a look at the official website.


After you have installed ReflectASM, you need to make use of its capability. The utility supports both the usage of bytecode and classic Java reflection. The tool’s API is very easy to use. Therefore, the only thing you need to do is to add the class file to your Project Classpath and then run the app. You will not have to do anything else.

In order to add a new class file to your Project Classpath, you can either use the Add Class File option or the Add External Jar option.

Add Class File:

[ARM 1.1] ⌘

Using the app’s Add Class File option, you can add new class files to your Project Classpath.

Add External Jar:

[ARM 1.1] ⌘

Using the app’s Add External Jar option, you can add a Java.jar file to your Project Classpath.

E.g. you can add the tools.jar file to your Project Classpath to have access to the tools class and reflection class objects.

When you have run the app, you should see a list of class files that are in the current directory or the folders that you added. You can open the class file that you want to inspect.

In order to view the class file, you can either add a

System Requirements:

OS: Windows® 10, Windows® 8.1, Windows® 7, Windows® Vista
Windows® 10, Windows® 8.1, Windows® 7, Windows® Vista Processor: Intel® Pentium® 4, Intel® Core™ 2 Duo
Intel® Pentium® 4, Intel® Core™ 2 Duo RAM: 2 GB or more
2 GB or more Hard Drive: 400 MB free space on C: drive
400 MB free space on C: drive Video Card: 1024×768 resolution

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