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+\ingroup module_hidden
+\page jbmc-user-manual JBMC User Manual
+
+
+\section jbmc-manual-intro Introduction
+
+JBMC is a bounded model checking tool for the Java language. It follows the
+same principles as CBMC, thus the existing
+[documentation for CBMC](http://www.cprover.org/cprover-manual/cbmc.html)
+largely applies to JBMC.
+
+In brief, JBMC creates a model from Java Bytecode (given as input as a .class
+file or a .jar) and performs static analysis and symbolic execution which allow
+us to prove or refute properties. These properties are either automatically
+generated (runtime errors), or provided by the user in the form of assertions.
+
+Using examples, the following section will guide you through the basic
+features of JBMC.
+
+
+\section jbmc-tutorial JBMC tutorial
+
+\subsection jbmc-manual-auto-assert Automatic assertions
+
+Consider the following simplistic `ExampleArray.java` file which we have
+compiled into `tutorial/ExampleArray.class` and which queries the array of
+input arguments at index 3:
+```
+ 1| package tutorial;
+ 2|
+ 3| public class ExampleArray {
+ 4|
+ 5|     public static void main(String[] args) {
+ 6|         final int index = 3;
+ 7|         String arg3 = args[index];
+ 8|     }
+ 9|
+10| }
+```
+
+Now let's run the following command to let JBMC tell us about potential errors
+in our program.
+
+    $ jbmc tutorial/ExampleArray.class
+
+The output contains the following:
+```c
+[java::tutorial.ExampleArray.main:([Ljava/lang/String;)V.null-pointer-exception.1] line 7 Null pointer check: SUCCESS
+[java::tutorial.ExampleArray.main:([Ljava/lang/String;)V.array-index-out-of-bounds-low.1] line 7 Array index should be >= 0: SUCCESS
+[java::tutorial.ExampleArray.main:([Ljava/lang/String;)V.array-index-out-of-bounds-high.1] line 7 Array index should be < length: FAILURE
+[java::tutorial.ExampleArray.main:([Ljava/lang/String;)V.1] line 7 no uncaught exception: SUCCESS
+
+** 1 of 13 failed (2 iterations)
+VERIFICATION FAILED
+```
+
+We have a reported failure: JBMC found that the array access could potentially
+be out of bounds, if the size of the argument array is too small.
+
+If we make our code more robust by adding guards to make the array access
+safe as follows:
+```
+  1| package tutorial;
+  2|
+  3| public class ExampleArraySafe {
+  4|
+  5|     public static void main(String[] args) {
+  6|         final int index = 3;
+  7|         String arg3 = "none";
+  8|         if (index < args.length) {
+  9|             arg3 = args[index];
+ 10|         }
+ 11|     }
+ 12|
+ 13| }
+```
+then when running JBMC on that corrected version:
+
+    $ jbmc tutorial/ExampleArraySafe.class
+
+all the automatic assertions become valid, meaning that there is no
+possible inputs (argument values) for which they can be violated:
+```c
+[java::tutorial.ExampleArraySafe.main:([Ljava/lang/String;)V.1] line 7 no uncaught exception: SUCCESS
+[java::tutorial.ExampleArraySafe.main:([Ljava/lang/String;)V.null-pointer-exception.1] line 8 Null pointer check: SUCCESS
+[java::tutorial.ExampleArraySafe.main:([Ljava/lang/String;)V.null-pointer-exception.2] line 9 Null pointer check: SUCCESS
+[java::tutorial.ExampleArraySafe.main:([Ljava/lang/String;)V.array-index-out-of-bounds-low.1] line 9 Array index should be >= 0: SUCCESS
+[java::tutorial.ExampleArraySafe.main:([Ljava/lang/String;)V.array-index-out-of-bounds-high.1] line 9 Array index should be < length: SUCCESS
+```
+
+\subsection jbmc-manual-unwind Loop unwinding
+
+As CBMC, JBMC needs to unwind loops up to a given value. Consider the `isPrime`
+method in the code below. Without specifying an unwind limit, JBMC will not
+terminate when analyzing the following function whose state representation is
+theoretically unbounded (because of the for-loop whose number of iterations
+depends on an input):
+```
+ 1| package tutorial;
+ 2|
+ 3| public class ExampleUnwind {
+ 4|
+ 5|     public static void doSomething(int inputVal) {
+ 6|         if (inputVal > 1 && inputVal % 2 == 1) {
+ 7|             assert isPrime(inputVal);
+ 8|             // do something
+ 9|         }
+10|     }
+11|
+12|     public static boolean isPrime(int candidate) {
+13|         for (int div = 2; div * div <= candidate; div++) {
+14|             if (candidate % div == 0) {
+15|                 return false;
+16|             }
+17|         }
+18|         return candidate > 1;
+19|     }
+20|
+21| }
+ ```
+To limit the number of times the for-loop is unwound, we use the `--unwind N`
+options, in which case the following call to JBMC:
+
+    $ jbmc tutorial/ExampleUnwind.class --function tutorial.ExampleUnwind.isPrime --unwind 10
+
+will terminate correctly. In this case, we will see `VERIFICATION SUCCESSFUL`,
+as no automatic assertions are violated.
+
+Note that in that example, there are is no main function, so we give specify
+the desired entry point via the `--function` option.
+
+
+\subsection jbmc-manual-user-assert User assertions
+
+Elaborating on the example above, users may provide their own assertions, that
+JBMC will try to refute. On line 7, we check the assertion that all odd
+numbers greater than 1 are prime. To be sure that this always holds, we run
+JBMC on the example, with a reasonable `unwind` value:
+
+    $ jbmc tutorial/ExampleUnwind.class --function tutorial.ExampleUnwind.doSomething --unwind 10
+
+Unsurprisingly JBMC doesn't agree, and prints an assertion failure
+(truncated here for readability):
+```c
+[...doSomething:(I)V.assertion.1] line 7 assertion at file tutorial/ExampleUnwind.java: FAILURE
+```
+
+Rerunning the analysis with the `--trace` option, the following line appears
+somewhere in the trace output and tells us which input value JBMC found to
+trigger the violation (note that to see the original parameter names in the
+trace output, the Java source must be compiled in debug mode: `javac -g`):
+```c
+INPUT inputVal: 15
+```
+The value chosen by JBMC is arbitrary, and could as well be 9
+or 2084569161.
+
+\subsection jbmc-manual-library Java Library support
+
+The examples above only involve primitive types. In order to analyse code
+involving Java Library classes, the core models (located in the same
+repository) need to be added to the classpath:
+
+    --cp <path_to_cbmc>/jbmc/src/java_bytecode/library/core-models.jar
+
+
+The core models library simulate the behavior of the Java Library and
+contains some commonly used classes, such as Object, Class, String, Enum.
+Some JBMC-specific utilities reside in the `org.cprover` package.
+
+Using the models, JBMC can reason with a variety of String operations
+from `java.lang.String`, e.g.
+```
+  1| package tutorial;
+  2|
+  3| public class ExampleModels {
+  4|
+  5|     public static void main(String[] args) {
+  6|         StringBuilder sb = new StringBuilder("abcd");
+  7|         StringBuilder sb2 = sb.insert(2, "$");
+  8|         assert sb2.toString().startsWith("abc");
+  9|     }
+ 10|
+ 11| }
+```
+The following command line (note that the current directory is also added to
+the classpath):
+
+    $ jbmc tutorial/ExampleModels.class --cp <path_to_cbmc>/jbmc/src/java_bytecode/library/core-models.jar:.
+
+will flag this violation (truncated):
+```c
+[java::tutorial.ExampleModels.stringOp:()V.assertion.1] line 8 assertion: FAILURE
+```
+
+Again, the trace (when re-running with `--trace`) shows the string violating
+the condition in the assertion:
+```c
+dynamic_object2={ 'a', 'b', '$', 'c', 'd' }
+```
+
+\subsection jbmc-manual-exceptions Exceptions
+
+In its analysis, JBMC can take into account exceptions thrown by user code or
+library classes, as well as runtime exceptions such as NullPointerException.
+To have JBMC reliably notify about all uncaught exceptions, the
+`--throw-runtime-exceptions` can be used.
+
+Consider the following code:
+```
+  1| package tutorial;
+  2|
+  3| public class ExampleExceptions {
+  4|
+  5|     public static int strLength(String str) {
+  6|         return str.length();
+  7|     }
+  8|
+  9| }
+```
+
+When given the `--throw-runtime-exceptions` options:
+
+    $ jbmc tutorial/ExampleExceptions --tutorial.ExampleExceptions.strLength --throw-runtime-exceptions
+
+JBMC will signal that the `str.length()` call may throw a runtime exception
+and that this exception is not caught.
+
+```c
+[java::tutorial.ExampleExceptions.strLength:(Ljava/lang/String;)I.1] line 6 no uncaught exception: FAILURE
+```
+This could be fixed by adding a try-catch statement, or else checking that
+`str` is non-null before accessing it.
+
+To silence errors about uncaught exceptions while keeping JBMC's ability to
+throw runtime exceptions (for example when analyzing code that has try-catch
+blocks), the `--disable-uncaught-exception-check` option can be added.
+In our example, the assertion check will disappear completely
+from the output:
+```
+Generated 2 VCC(s), 0 remaining after simplification
+VERIFICATION SUCCESSFUL
+```
+
+When analyzing this function without runtime exception support:
+
+    $ jbmc tutorial/ExampleExceptions
+
+JBMC only reports the error as a null pointer check failure:
+```
+[...null-pointer-exception.1] line 6 Null pointer check: FAILURE
+[...strLength:(Ljava/lang/String;)I.1] line 6 no uncaught exception: SUCCESS
+```
+
+It is worth noting that in the JVM, `assert` actually throws an AssertionError
+on violation. This behavior can be replicated in JBMC by using the
+`--throw-assertion-error`. Violations of user assertions (if uncaught) would
+then be reported like any other uncaught exception.
+
+
+\subsection jbmc-manual-further-doc Further documentation
+
+JBMC has a wealth of other options that can either constrain the model (to
+cope with complexity issues), or output more relevant information. The list
+of all available options is printed by running:
+
+    $ jbmc --help
+