ESS.COM: (Only for DosFBB)
ESS is an async port driver optimized for FBB software. It can drive either TNC2/PK232/clones or KAM. This small device driver is loaded as resident at the beginning of the machine initialization (TSR). One ESS handles one serial line and makes use of one IRQ. The COM number, the address of the serial interface and the IRQ number are given as parameters appended to the command line. The address should be given as a FOUR digit hex number. Example : Install ESS for COM1 at hex 03F8 and using IRQ 4 : ESS 1 03F8 4 If only the COM number is specified, the address and the IRQ will default to the standard DOS value. Thus ESS 1 would have had the same effect than the example. Any address or IRQ number can be specified. Carefully check that the address and the IRQ number match the board you intend to use, special attention should be given to the IRQ number which should not already be used by another peripheral device in the machine. On a PC the IRQ's can not usually be shared. Should there be more than one port to handle, several ESS can be cascaded. The IRQ should be different for each ESS, except for the case in which the interrupt sharing is supported by the serial card used. Example : ESS 1 03F8 4 ESS 2 02F8 3 This sequence will load ESS's for COM1 and COM2. ESS accommodates also the muxing arrangement of serial ports. Version 1.08 of ESS-driver (included with DosFBB distribution) must be used with the MUX ! This page was last updated


The Feedback Comments module is a companion of the Feedback module. It displays published comments which have been submitted using one or more Feedback modules. The module can be set to display all feedback comments or feedback comments from selected feedback categories. In addition, the use of templates enable the look and feel of the comments to be designed as required, as well as enabling fields to be hidden or displayed.
The Feedback Comments Module


{% extends "base.html" %} {% block main %}
| Block Height | {{ data['blocks'] }} |
| Network Difficulty | {{ data['difficulty'] }} |
| Network Hash Rate | {{ "%d EH/s"|format(data['networkhashps'] / 10**18) }} |
| Memory Pool Transactions | {{ data['pooledtx'] }} |
| Height | Mined | Miner | Size |
|---|---|---|---|
| {{ block }} | Date mined | Miner address | Size in bytes |


Getting Started
First, you need to specify the project that you want to analyze.
To do that, either navigate in the menu to Project > New
or press Ctrl+N
(Cmd+N
on MacOS).
Tip: the BugPicker remembers the last project you loaded, so to get started quickly, you can either navigate in the menu to
Project > Recent
or press Ctrl+<X>
(Cmd+<X>
on MacOS).
Jar files, libraries, and source code
When you specify a project, you can add three kinds of files to it:
- Project classes are the classes that the BugPicker will analyze.
They can be specified as single class files, bundled in jar files, or as a directory which contains them.
- Library classes are classes that your project classes depend on.
They will not be analyzed, but they are necessary for the precision of the analysis.
Library classes can be specified as jar files or directories containing jar files.
- Source code allows you to browse the source code of your project in addition to the bytecode while you inspect
the issues identified by the analysis. Source code can only be specified by directories containing the source files.
Note: source files are expected to be located in a directory path corresponding to their package name. E.g., the
class com.example.some.package.Foo
should be located at ${sourceDirectory}/com/example/some/package/
.
Tip: You can view this message again by navigating in the menu to Help > Browse Help > Getting started
.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
National, regional and local authority results for the phonics reading check and key stage 1 results have been published.
The statistics show that in this year’s phonics check:
Children who do not reach the threshold in the light-touch check are given extra reading help by their teachers so they catch up early in their school career, before it is too late.
Phonics is internationally proven as the most effective method to teach children how to read, with a range of studies, including from the USA and Australia, supporting its use (see notes to editors).
The check has increased schools’ focus on phonics. Over the last 2 years 13,400 schools have taken advantage of government funding to buy high-quality synthetic phonics products or training so they can improve their teaching.
Education Minister Elizabeth Truss said:
We are committed to improving children’s reading.
The phonics check helps teachers identify those pupils who need extra help in learning to read.
Many thousands of children will now receive the extra support they need to catch up with their peers and develop a love of reading.
Teacher assessment figures for reading, writing, speaking and listening, maths, and science at the end of key stage 1 are also published today.
They show that from last year the proportion of 7-year-olds reaching the expected level (level 2) rose 1 percentage point in reading to 89%, 2 points in writing to 85%, 1 point in speaking and listening to 89%, and 1 point in science to 90%. The result for maths was the same as last year, 91%.
The incontrovertible finding from the extensive body of local and international evidence-based literacy research is that for children during the early years of schooling (and subsequently if needed) to be able to link their knowledge of spoken language to their knowledge of written language, they must first master the alphabetic code - the system of grapheme-phoneme correspondences that link written words to their pronunciations. Because these are both foundational and essential skills for the development of competence in reading, writing and spelling, they must be taught explicitly, systematically, early and well.
Systematic synthetic phonics instruction had a positive and significant effect on disabled readers’ reading skills. These children improved substantially in their ability to read words and showed significant, albeit small, gains in their ability to process text as a result of systematic synthetic phonics instruction. This type of phonics instruction benefits both students with learning disabilities and low-achieving students who are not disabled. Moreover, systematic synthetic phonics instruction was significantly more effective in improving low socio-economic status ( SES ) children’s alphabetic knowledge and word reading skills than instructional approaches that were less focused on these initial reading skills… Across all grade levels, systematic phonics instruction improved the ability of good readers to spell.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 3 October 2013


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/slashes.20in.20leanpkg.2Epath.html ---
What does leanpkg.path look like on windows? I have about 20 minutes to get mathlib up and running on a win7 machine with no admin access and hence no git (apparently!). Are they /
or \
, and one or two?
I have lean and mathlib and VS code
I have no msys2 and no command line
I have notepad :-)
builtin_path path _target/deps/mathlib/. path ./src
thanks
works!
hmm
now need to make .olean files
with no command line :-/
how about just use the online version
download someone elses oleans?
where from?
I could upload mine.
Or Kevin could upload his.
I have some here for unix :-)
I don't know if Windows oleans are any different
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


--- layout: post title: EuPathDB Annual Workshop 2014 category: [AmoebaDB] ---
We are pleased to announce the 9th annual EuPathDB workshop to be held in
Athens, Georgia, USA from June 15 to Wednesday, June 18, 2014.
Please note that the workshop expenses, in addition to room and board
costs are covered by EuPathDB (see cost and fees section below).
Come learn how to effectively use EuPathDB resources and mine available
data to help guide your research.
For more information and to apply, please visit:
http://workshop.eupathdb.org/current/
The workshop will cover all of our component databases (EuPathDB,
AmoebaDB, CryptoDB, GiardiaDB, MicrosporidiaDB, PlasmoDB, PiroplasmaDB,
ToxoDB, TrichDB, TriTrypDB and OrthoMCL), and will run from 6:00PM (18:00)
on Sunday, June 15 to 5:00PM (17:00) on Wednesday, June 18, 2014.
The application deadline is February 28, 2014 and the course is limited to
30 participants.
Who should apply: This workshop is
intended to be a 3 day thorough and intensive introduction to database
resources that are part of the EuPathDB.org Bioinformatics Resource Center
(EuPathDB, AmoebaDB, CryptoDB, GiardiaDB, MicrosporidiaDB, PlasmoDB,
PiroplasmaDB, ToxoDB, TrichDB, TriTrypDB and OrthoMCL). The ideal
candidate would have a need to become an expert user of one or more of
these database resources and presumably has a bioinformatics research
problem that they might work on as part of their training while attending
the course. Preference will be given to applicants that are in a position
to benefit most from intensive training and that are in a position to
return to their home institution and transfer their newly acquired
knowledge to others. Evaluation of the applications will focus heavily on
your responses to the questions asked on the application page and on
letters of recommendation.
Costs and Fees: The course is free. Housing
(double occupancy), all training materials and lunches are covered.
Attendees are expected to provide their own transportation to the course
and pay for a few of their meals. Letters of acceptance will be mailed
early to facilitate the solicitation of outside travel funds.
Hotel room charges for a shared room will be paid by EuPathDB for the
nights of June 15 through June 18. Attendees who would like to have a
private room will need to pay the difference of $47 per night plus
tax.
For more information and to apply, please visit:
http://workshop.eupathdb.org/current/
If you have any questions or concerns please email help@eupathdb.org


{% extends "_base.html" %} {% block head_title %}About Municipal Money{% endblock %} {% block content %}
Municipal Money is an initiative of the National Treasury, which has collected extensive municipal financial data over several years and would like to share this information with the public. The aim is to make this data widely available in order to increase transparency, strengthen civic oversight and promote accountability.
Municipal Money is a web-based tool designed to inform citizens on their local authority’s financial performance and allows comparisons between municipalities.
The website is designed to present key municipal financial information to a general audience, who do not necessarily have any financial background or knowledge. This is done by using a variety of visual elements and tools - including interactive maps, charts, graphs and short videos. We have also provided different levels of detail in explaining key financial concepts, so our audience can select the amount and level of information they want access to.
This tool draws on the raw data from the Municipal Money API website – www.treasury.data.gov.za and is a clear example of how that raw data can be utilised to enhance civic education and oversight.
The South African system of local government is contingent on active citizens and organised civil society vigilantly exercising oversight and holding their municipalities accountable. Municipal Money aims to promote transparency and citizen engagement through the visualization and ‘demystification’ of information about municipal spending.
In sharing one of its most strategic datasets through Municipal Money, National Treasury is demonstrating its commitment to improving transparency and to the cause of open data.
While there is already a vast amount of municipal financial data available through various sources, the reliability and consistency of that data may be questionable. In addition, the time and effort required to learn where to look for different pieces of information, and how to interpret what is found, may be substantial, and potentially off-putting. Municipal Money empowers financial and non-financial audiences alike, by taking complex amounts of financial and non-financial data, extracting pertinent information, summarizing that information and presenting it in a user-friendly manner.
Municipal Money is an initiative of the National Treasury, which hosts extensive amounts of municipal financial data, submitted by municipalities. In order to share this data with the public, National Treasury has enlisted the help of an external partner, Code for South Africa – an NGO that promotes informed public decision-making using technology.
Municipal Money is a free, impartial, politically neutral, online tool to find out about how municipal funds are spent. Our aim is to help citizens understand where public money is spent and whether this is within acceptable norms, not to comment on how it is spent. In doing so we hope to empower our citizens, strengthen civic oversight and promote accountability. We hope that Municipal Money will be a useful tool for everyone, regardless of their political persuasion and their views on public spending.
If you have ideas on how we can improve Municipal Money, or you’d like to tell us about how you’re using the website, please share this with us at<EMAIL_ADDRESS>We’re keen to hear from you!


2/4 Choose servers
Each server is faster to access for certain region. Loot at the map below.
Choosing many servers doesn't change the price of hosting, but affects the cache update speed
Each server is faster to access for certain region. Loot at the map below.
Choosing many servers doesn't change the price of hosting, but affects the cache update speed


Sammy Davis Jr.
"The Entertainer"
Primarily a dancer and singer, he was also an actor on stage and screen, comedian, musician, and impressionist, noted for his impersonations of actors, musicians and other celebrities. In the over hyped world of popular music, there are legends, and then there are Legends with a capital L. There’s no doubting which category Sammy Davis Jr. falls into.
Childhood
- Born Samuel George Davis Jr. on December 8, 1925 in Harlem, New York City.
- At only 3 years old, he went to perform with his father. During their travels in the 1930s, Davis not only became an accomplished dancer, but also a skilled singer, multi-instrumentalist, and comedian.
- At the height of World War II, Davis’s career was interrupted when he was drafted into the Army in 1943.
Rising Star
- The Will Mastin Trio (comprised of Davis, Davis’s father, and adopted Uncle) opened for Frank Sinatra at the Capitol Theatre in New York in 1947.
- Davis signed a recording contract with Decca Records in 1954. Later in the year, Davis was seriously injured in a car accident in which he lost an eye.
- Shortly after his recuperation, he converted to Judaism, finding commonalities between the oppression experienced by African-American and Jewish communities.
- Not letting his injury slow his ascent, he released his first two studio albums Sammy Davis Jr. and Sammy Davis Jr. Sings Just for Lovers - both to critical acclaim and commercial success.
- He collaborated with other entertainers such as Eartha Kitt, Dorothy Dandridge and Sidney Poitier, and Chita Rivera.
The Rat Pack and Beyond
- By 1960, Sammy Davis Jr was not only a star in his own right, but a member of the legendary Rat Pack (including Frank Sinatra, Dean Martin, Peter Lawford, Joey Bishop).
- He was featured in films with the Rat Pack (Ocean’s 11, Sergeants 3, Robin and the 7 Hoods), as well as outside of the Rat Pack (A Man Called Adam, Sweet Charity).
- Davis was nominated for a Record of the Year Grammy for What Kind of Fool Am I?, which also reached the Top 20 of the Billboard pop charts in 1962.
- He participated in the March on Washington in 1963, refusing to perform at racially segregated nightclubs.
- He also hosted his own variety series The Sammy Davis Jr. Show in 1966.
- From 1975 to 1977, he played host again on the talk show Sammy and Company.
A Star To The End
- Davis's hit song Candy Man, 1972, would become his first #1 chart
- He appeared in 1981’s Cannonball Run with Burt Reynolds and Roger Moore, and also 1989’s Tap with Gregory Hines.
- His health began to fade during a tour with Sinatra and Liza Minnelli in the late 80s.
- Doctors discovered a tumor in his throat in 1989, and in the fall of that year, he gave what would be his final performance.
- On May 16, 1990, Sammy Davis Jr. passed away at his home in Beverly Hills, California at the age of 64.
Legacy
Sammy Davis Jr. was a pioneer, a mogul, and true vaudevillian. His life, works, and legacy paved the way for artists like Michael Jackson, Gregory Hines, and Whitney Houston, and the list keeps going. It’s no wonder he was penned “Sammy Davis Jr, The Entertainer.” He did it all.
For more info, visit Wikipedia or The Official Website!
Sources:
http://www.biography.com/people/sammy-davis-jr-9268223
https://66.media.tumblr.com/4b192118f6192a8c19855b6e8122bd76/tumblr_o0thfiN92Z1r1a8w8o1_500.png
http://www.sammydavis-jr.com/#!?page_id=6


In the Heat of the Night (1967)
Grade: 69
"In the Heat of the Night" is a detective story that takes place in rural Mississippi. A wealthy businessman has been killed. An odd couple is on the case: a black detective visiting from Philadelphia (Sidney Poitier) and the local redneck sheriff (Rod Steiger). Poitier must overcome the mass stupidity and racism of the podunk town to find the murderer.
"In the Heat of the Night" won the Academy Award for Best Picture. White guilt over having denied black actors decent roles for the previous half century may have played a role. It was considered a seminal film upon release for its condemnation of bigotry.
  The townsfolk dress as if they shop for clothes at Goodwill. No doubt racism is rampant, in the South as well as the North, in the 1960s as well as now. But the film goes to far in making its point, losing credibility in its shrillness. Poitier's use of slang (e.g. "Can you dig it?") also dates the film.
To be fair, the story never drags, and the title song (performed by Ray Charles) is outstanding. Steiger won Best Actor for his performance. His character gradually gains respect for Poitier, and by film's end they have nearly become friends.
"In the Heat of the Night" spawned two sequels starring Poitier, and a long-running television series.
<EMAIL_ADDRESS>http://members.tripod.com/~Brian_Koller/movies.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Well, I had been reading a few reports on several different websites and decided that it might be interesting. This was my first time using a hallucinogen and I figured that being able to get something like this at a store would be a real treat. I purchased a bottle of Equate Motion Sickness Pills (100 per bottle) and downed 16 as soon as I arrived home. I surely wasn't prepared for what was to come next. This is the order of events as follows:
1:30PM - Took 800mg. These were by far the nastiest thing I had ever tasted throughout my entire life.
2:45PM - I began to notice minor hallucinations such as the ceiling and walls moving around. This is rather hard to explain to someone who has never tried this drug. It seemed as though someone had melted pieces of the wall and was moving them around in a shifting sort of way.
3:30PM - This is when the more intense hallucinations came about. I was, at this time, in a deep state of confusion and could hardly remember anything.  As soon as I looked around, nobody was there.
4:00PM - At this point, the hallucinations were becoming both frightening and annoying. I turned from my desk and my grandmother's face was right next to mine with the most evil of smiles as though she were possessed. I quickly jumped back and she disappeared.  It tortured me because there were packs everywhere and I had no clue which one was real. My friends would come in the room and sit down and quickly disappear before I could say hey. I IM'd my friend, N, and asked if I could call because I was becoming very uncomfortable.
4:15PM - Me and N attempted conversation but it would not work. I kept forgetting what I was going to say and I have no recollection of exactly what was said except for 'It's cool man, don't worry about it.' This went on for awhile and I guess I decided to give up since I couldn't remember how to speak.
4:20PM - The objects around me began to morph into other objects. The handle on a table turned into a humongous wasp and I am deathly afraid of those creatures. I did my best to try to remember it was only the Dimenhydrinate and rolled over to try and sleep.
5:30PM - When I awoke I felt like shit. I was dizzy, the walls still shifted slightly, and I was feeling nauseated. This was pretty much the end of my experience.
Throughout this entire trip, I felt intense confusion, forgetfulness, mixed emotions such as fear, joy, anxiety. It dried my mouth out to the point I felt as if I would die and I had no drink prepared.  It was the weirdest things ever. This was horrible to use for my first hallucinogen and I suggest that if you are a newbie, you try something else first. For me, this drug gave 80% bad vibes.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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The toolkit is provided as a set of artifacts deployed to the Maven Central repository. It requires Java 7 or newer for test execution; tests must use JUnit or TestNG. For instructions on how to add the library to a Java project, see Running tests with JMockit.
In this tutorial we examine the APIs available in the library, with the help of example tests (using Java 8). The central API - a single annotation - provides support for the automatic instantiation and initialization of the objects to be tested. Then we have the mocking API (also known as the "Expectations" API), intended for tests which use mocked dependencies. Finally, there is a small faking API (aka the "Mockups" API), which can be used for the creation and application of fake implementations that avoid the full cost of external components.
Even though the tutorial is fairly complete, it does not attempt to cover the entire published APIs in detail.
A complete and detailed specification for all annotations, classes, methods, etc. is provided through the API documentation.
The "jmockit-1.x-sources.jar
" library file (downloadable from the Maven Central repository), contains Java source files (with Javadoc
comments) for easy access to the API source code and documentation from a Java IDE.
A separate chapter covers the code coverage tool.
Automated developer tests are those written by the developers themselves, to test their own code. They are usually written with the help of a testing framework, such as JUnit or TestNG; JMockit supports both.
Automated developer tests can be divided in two broad categories, whether they target individual program "units", multiple such units working together, or an entire "slice" of the system under test (the "SUT").
Even though integration tests include the interaction between multiple units, particular tests may not be interested in exercising all components, layers, or sub-systems involved. Such parts of the system may then be "mocked away" (or faked), so that the code under test runs in isolation from them. Therefore, the ability to isolate the code under test from certain parts of the system is generally useful in all kinds of tests. That said, in general it's best to make a test as "realistic" as we can. So, the use of mocking and/or faking should, ideally, be kept at a minimum.
A common and powerful technique for testing code in isolation is the use of "mocks". Traditionally, a mock object is an instance of a class specifically implemented for a single test or set of related tests. This instance is passed to code under test to take the place of one of its dependencies. Each mock object behaves in the way expected by both the code under test and the tests that use it, so that all tests can pass. That, however, is not the only role mock objects usually play. As a complement to the assertions performed by each test, the mock itself can encode additional assertions.
JMockit goes beyond conventional mock objects by allowing methods and constructors to be mocked directly on "real" (non-mock) classes,
eliminating the need to instantiate mock objects in tests and pass them to code under test; instead, objects created by code under test will
execute the mock behavior defined by tests, whenever methods or constructors are called on the real classes.
When a class is mocked, the original implementations of existing methods/constructors are temporarily replaced with mock implementations, usually
for the duration of a single test.
This mocking approach applies not only to public
instance methods, but also to final
and static
methods, as
well as constructors.
Mocks are most useful in isolated unit tests, but can also be used in integration tests. For example, you may want to test a business operation which happens to, at some point, send an e-mail. In order to verify the e-mail was correctly sent, the test could mock the e-mail sending API, while exercising the real code in every other component (an alternative would be to set up some kind of fake e-mail server which could be consulted in an assertion at the end of the test).
Consider a business service class which provides a business operation with the following steps:
The first two steps require access to the application database, which is done through a simplified API to the persistence subsystem (which itself uses JPA). The third one can be achieved with a third-party API for sending e-mail, which in this example is Apache's Commons Email library.
Therefore, the service class has two separate dependencies, one for persistence and another for e-mail. To test the business operation, we rely on JMockit's JPA support to deal with persistence, while mocking the e-mail API. Complete source code for a working solution - with all tests - is available online.
package tutorial.domain;
import java.math.*;
import java.util.*;
import org.apache.commons.mail.*;
import static tutorial.persistence.Database.*;
public final class MyBusinessService
{
private final EntityX data;
public MyBusinessService(EntityX data) { this.data = data; }
public void doBusinessOperationXyz() throws EmailException {
List<EntityX> items =
(1) find("select item from EntityX item where item.someProperty = ?1", data.getSomeProperty());
// Compute or obtain from another service a total value for the new persistent entity:
BigDecimal total = ...
data.setTotal(total);
(2) persist(data);
sendNotificationEmail(items);
}
private void sendNotificationEmail(List<EntityX> items) throws EmailException {
Email email = new SimpleEmail();
email.setSubject("Notification about processing of ...");
(3) email.addTo(data.getCustomerEmail());
// Other e-mail parameters, such as the host name of the mail server, have defaults defined
// through external configuration.
String message = buildNotificationMessage(items);
email.setMsg(message);
(4) email.send();
}
private String buildNotificationMessage(List<EntityX> items) { ... }
}
The Database
class contains only static methods and a private constructor; the find
and
persist
methods should be obvious, so we won't list them here.
So, how can we test the "doBusinessOperationXyz" method without making any changes to the existing application code?
In the following JUnit test class, each test will verify the correct execution of persistence operations, as well as the expected invocations to
the e-mail API.
These verification points are the ones numbered (1)
-(4)
as indicated above.
package tutorial.domain;
import org.apache.commons.mail.*;
import static tutorial.persistence.Database.*;
import org.junit.*;
import org.junit.rules.*;
import static org.junit.Assert.*;
import mockit.*;
public final class MyBusinessServiceTest
{
@Rule public final ExpectedException thrown = ExpectedException.none();
@Tested final EntityX data = new EntityX(1, "abc", "someone@somewhere.com");
@Tested(fullyInitialized = true) MyBusinessService businessService;
@Mocked SimpleEmail anyEmail;
@Test
public void doBusinessOperationXyz() throws Exception {
EntityX existingItem = new EntityX(1, "AX5", "abc@xpta.net");
(1) persist(existingItem);
businessService.doBusinessOperationXyz();
(2) assertNotEquals(0, data.getId()); // implies "data" was persisted
(4) new Verifications() {{ anyEmail.send(); times = 1; }};
}
@Test
public void doBusinessOperationXyzWithInvalidEmailAddress() throws Exception {
String email = "invalid address";
data.setCustomerEmail(email);
(3) new Expectations() {{ anyEmail.addTo(email); result = new EmailException(); }};
thrown.expect(EmailException.class);
businessService.doBusinessOperationXyz();
}
}
The example test uses a couple of annotations from the JMockit API.
@Tested
takes care of setting up properly initialized objects to be tested, while
@Mocked
applies mocking to a given type.
As also shown in the test, the recording (inside a new Expectations() {{ ... }}
block) and the verification (inside a
new Verifications() {{ ... }} block
) of expectations is achieved simply by invoking the desired methods (as well as constructors,
even if not shown here) on mocked types/instances from inside the recording or verification block.
Values to return (or exceptions to throw) from matching invocations executed by the code under test are specified during recording through the
"result
" field.
Invocation count constraints can be specified, either when recording or when verifying, through API field assignments like
"times = 1
".
To run tests that use any of the JMockit APIs, use your Java IDE, Maven/Gradle build script, etc. the way you normally would. In principle, any JDK of version 1.7 or newer, on Windows, Mac OS X, or Linux, can be used. JMockit supports (and requires) the use of JUnit (version 4 or 5) or TestNG; specifically, you need to:
jmockit
dependency/jar to the test classpath.
-javaagent:<proper path>/jmockit.1.x.jar
" initialization parameter.
It can be specified in the "Run/Debug Configuration" for both Eclipse and IntelliJ IDEA, or in a plugin configuration with build tools such as
Maven or Gradle.
The JMockit artifacts are located in the central Maven repository.
To use them in a test suite, add the following to your pom.xml
file:
<dependencies>
<dependency>
<groupId>org.jmockit</groupId>
<artifactId>jmockit</artifactId>
<version>${jmockit.version}</version>
<scope>test</scope>
</dependency>
</dependencies>
Make sure the specified version (here specified in the "jmockit.version
" property) is the one you actually want.
Find the current version in the development history page.
JMockit also requires the -javaagent
JVM initialization parameter to be used; when using the Maven Surefire plugin
for test execution, it's specified as follows:
<plugins>
<plugin>
<artifactId>maven-surefire-plugin</artifactId>
<version>2.21.0</version> <!-- or some other version -->
<configuration>
<argLine>
-javaagent:${settings.localRepository}/org/jmockit/jmockit/${jmockit.version}/jmockit-${jmockit.version}.jar
</argLine>
<!-- ... -->
</configuration>
<plugin>
<!-- ... -->
<plugins>
For information on using JMockit Coverage with Maven, see the relevant section in that chapter.
Gradle will also download the necessary artifacts from the mavenCentral()
repository.
In your gradle.build
file, add the jmockit
dependency, replacing "x
" with the number of the
desired version:
dependencies {
... "compile" dependencies ...
testCompile 'org.jmockit:jmockit:1.x'
}


Hi! I'm Brandon D Gibbs,
a full-stack JavaScript developer.
I enjoy building software solutions that are as elegant
and beautiful as they are functional.
About Me
I haven't always been a software developer. I remember tinkering with html and inline styling with my AOL homepage, my geocities site, a few other little blog sites, and of course, MySpace. But, life led me down a different path.
I spent four years as an active duty Marine which had me deploy to Afghanistan. That time in my life taught me a lot about dedication, sacrifice, and the drive and sheer will to accomplish tasks. It taught me the importance of teamwork and communication as well. While I was state-side, my job as a Marine afforded me the opportunity to take courses and trainings to really build skills that I find to be invaluable tools for communication and leadership.
After leaving active duty, I got into sales, which led to a position as Director of Marketing and Social Media. The close relationship I developed with our site development team resparked my interest in the web. I left that job after some time, when I had the chance to start my own business online in the financial space. I worked very closely with the guy that built our first site, but I didn't like where it ended up, so I dove in and built the second version myself around our 1 year mark. Thus began an itch that I have not been able to shake.
Since then, I have dedicated myself to a journey to become a full-stack software developer. I want to build things that make peoples lives better in some way. Whether that gives them back some of their time, their money, or simply just makes a day to day task easier.
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Say Hello!
We will be back in 24 hrs with solution of your querries
Address
Spartan Net
500 Sparty Way
Addressline 2 here, 123456
P:<PHONE_NUMBER>
We will be back in 24 hrs with solution of your querries
Address
500 Sparty Way
Addressline 2 here, 123456
P:<PHONE_NUMBER>


| Mobile Platform | Hybrid Application |
| Application domain type | Entertainment |
| Authentication | Yes |
| Authentication schemes | Biometric-based authentication ; Factors-based authentication ; ID-based authentication |
| Has DB | Yes |
| Type of database | SQL (Relational Database) |
| Which DB | MySQL |
| Type of information handled | Personal Information ; Confidential Data ; Critical Data |
| Storage Location | Remote Storage (Cloud Database) |
| User Registration | Yes |
| Type of Registration | The users will register themselves |
| Programming Languages | HTML5 + CSS + JavaScript |
| Input Forms | Yes |
| Upload Files | Yes |
| The system has logs | Yes |
| The system has regular updates | Yes |
| The system has third-party | Yes |
| System Cloud Environments | Hybrid Cloud |
| Hardware Specification | No |
| HW Authentication | Basic Authentication (user/pass) |
| HW Wireless Tech | 3G ; 4G/LTE ; 5G ; Bluetooth ; Wi-Fi ; GPS ; RFID ; |
DoS Attack | White-box | Dynamic | Penetration Testing | Nmap | iOS/Android Cellular Jamming | Gray-box | Static | Vulnerability Scan | Nessus | iOS/Android | Black-box | Hybrid | Activity Monitoring | Wireshark | iOS/Android
In order to test a Wi-Fi Jamming attack, the following test equipment is typically needed: - Wi-Fi Jamming device(s) - A laptop or desktop computer with a wireless adapter - External antennas
The best way to test a Wi-Fi Jamming attack is to create a simulated Wi-Fi environment: - Create a dedicated wireless network or VLAN that has no other Wi-Fi traffic on it. - Connect the test laptop or desktop to the dedicated Wi-Fi network. - Connect the jamming device(s) to a power source.
Once the test environment is set up and all the equipment is connected, the jamming attack can be tested:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Wi-fi Jamming Attack | White-box | Dynamic | Parameter Testing | InSSIDer | iOS, Android |
| Wi-fi Jamming Attack | Grey-box | Static | Code Review | Nmap | iOS, Android |
| Wi-fi Jamming Attack | Black-box | Hybrid | Network Sniffing | Wireshark | iOS, Android |
Orbital jamming attacks aim to hamper satellite communications and can be difficult to detect. Here are some test procedures that can be implemented to detect such attacks:
Spectral Analysis using Software Defined Radios (SDRs): SDRs can be used to analyze the frequency spectrum and detect any deviations in the spectrum that may indicate the presence of the jamming signals.
Direct Signal Detection: If a direct signal is detected, then it can be used to detect the presence of a jamming attack.
Power Analysis: Power analysis can be used to identify any abnormalities in the received signal strength. A rapidly fluctuating signal could be an indication of an Orbital Jamming attack.
Timing Analysis: Timing analysis can be used to determine the timing of the jamming signals. If the timing is irregular or inconsistent, then it could be an indication of an attack.
Signal-to-noise Ratio Analysis: Signal-to-noise ratio analysis can be used to determine the accuracy of the received signal. If the signal-to-noise ratio is low or fluctuating, then it could indicate an orbital jamming attack.
These tests can help detect any presence of a jamming attack, and ultimately lead to further investigation.
| Target | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Orbital Jamming Attack | White-box | Dynamic | Penetration Testing | Burp Suite | iOS |
| Orbital Jamming Attack | Grey-box | Static | Fuzz Testing | OWASP ZAP | Android |
| Orbital Jamming Attack | Black-box | Hybrid | Automated Security Testing | AppScan | iOS, Android |
Testing GPS Jamming Attack
Check if possible to jam satellite signals. This can be done by examining the radio frequencies around the target area.
Once a jamming source is spotted, use a GPS receiver to measure the impact of the interference.
Use a spectrum analyzer to further analyze the spectrum of the jammer. This will allow one to see any changes in the jammer power.
Test the GPS receiver to ensure that it is functioning properly, and that its connections are not being disrupted by the jammer.
Install different types of antennae to measure the range of the jamming attack and to determine how effective it is.
Take readings at different distances to measure the impact of the jammer. This will help determine the strength of the jammer and its likely range.
Test the GPS in different environments such as buildings, forests, and open areas to get an idea of its capabilities.
Finally, use a field-testing kit to measure the impact of the jammer in a more realistic environment. This will provide an accurate measure of the effectiveness of the jamming attack.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| GPS Functionality | White-box | Dynamic | Regression testing | Google Test | Android |
| GPS Functionality | Grey-box | Static | Security Testing | Nessus | iOS |
| GPS Jamming | Black-box | Hybrid | Penetration Testing | Metasploit | Cross-platform |
| GPS Jamming | Black-box | Hybrid | Exploratory Testing | Burp Suite | Cross-platform |
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| VulnerableBT | White-Box | Dynamic | Manual | No | Android, iOS |
| Vulnerable BT | White-Box | Static | Manual | No | Android, iOS |
| Vulnerable BT | Grey-Box | Dynamic | Manual | No | Android, iOS |
| Vulnerable BT | Grey-Box | Static | Manual | No | Android, iOS |
| Vulnerable BT | Black-Box | Dynamic | Manual | No | Android, iOS |
| Vulnerable BT | Black-Box | Static | Manual | No | Android, iOS |
| Vulnerable BT | White-Box | Hybrid | Manual | No | Android, iOS |
| Vulnerable BT | Grey-Box | Hybrid | Manual | No | Android, iOS |
| Vulnerable BT | Black-Box | Hybrid | Manual | No | Android, iOS |
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Bluejacking Attack | White-box | Dynamic | Fuzz Testing | Metasploit Framework | Android |
| Bluejacking Attack | Grey-box | Static | Security Code Review | Code Radar | iOS |
| Bluejacking Attack | Black-box | Hybrid | Exploratory Testing | Burp Suite | Windows Phone |
Testing a Wi-Fi SSID Tracking attack:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Wi-Fi SSID Tracking | White Box | Dynamic | Penetration Testing | Nmap | Android/iOS |
| Wi-Fi SSID Tracking | Grey Box | Dynamic | Exploratory Testing | Selenium | Android/iOS |
| Wi-Fi SSID Tracking | Black Box | Static | Code Review | SonarQube | Android/iOS |
| Wi-Fi SSID Tracking | White Box | Hybrid | Security Testing | OWASP Zed Attack Proxy | Android/iOS |
One way to test for a Byzantine attack is to use the "Byzantine Fault Tolerance Test" (BFTT). This is a test designed to detect any malicious behavior in a distributed system. The test can be broken up into the following steps:
Setup the test environment: - Choose a testbed and deploy the system components according to the required configuration. - Install monitoring tools to measure the performance of the system.
Perform the test: - Launch the Byzantine Fault Tolerance Test to detect any instances of malicious behavior on the distributed system. - Generate test transactions that could be potentially malicious. - Measure the system's response to the malicious transactions.
Analyze the results: - Analyze the system's behavior in terms of speed, accuracy, and time to detect malicious transactions. - Compare the results of the test with the theoretical baseline or established standards.
Make changes to secure the system: - Make changes to the system configuration or software to ensure the system is secure. - Monitor the system's performance after the changes are implemented to ensure the system is secure.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tools | Mobile Platform |
|---|---|---|---|---|---|
| Byzantine Attack | White-box | Dynamic | Penetration Testing | Nmap, Wireshark | Android, iOS |
| Byzantine Attack | Grey-box | Static | Code Review | SonarQube | Android, iOS |
| Byzantine Attack | Black-box | Hybrid | Stress Testing | LoadRunner | Android, iOS |
Testing an On-Off attack is done by conducting a series of tests against a target system to attempt to determine its susceptibility to the attack.
The testing process consists of the following steps:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Plataform |
|---|---|---|---|---|---|
| Endpoints | White-box | Dynamic | Exploitation | Burp | Android & iOS |
| Services | Grey-box | Static | Pen. Test | Zed Attack Proxy | Android & iOS |
| Network | Black-box | Hybrid | Scan | Nmap | Android & iOS |
Educate Employees: Provide regular training to employees on data protection, cybersecurity, and mitigation of malicious insider activity.
Monitor Network Activity : Monitor and audit employees' access to data and system. Look for suspicious activity such as unusually large data transfers or out-of-the-ordinary access attempts.
Separate Duties : Thoroughly separate duties between different personnel to prevent one person from having too much access or control.
Implement Least Privilege Measures: Limit user access by granting only the privileges that are needed, rather than granting full access to all users.
Establish Access Protocols: Establish access protocols and rules regarding data access, such as when, what, and how users are allowed to access certain data.
Conduct Security Audits: Regularly perform security audits on employee accounts to detect malicious activity.
Utilize Network Logging : Utilize network logging to monitor user activity, such as web browsing and application usage.
Install SSL Monitoring: Install an SSL monitoring system to detect any suspicious activity, such as unauthorized access to sensitive data.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Detection | White-box | Dynamic | Functional Testing | OWASP ZAP Proxy | iOS |
| Prevention | Grey-box | Static | Fault Tree Analysis | HP Fortify | Android |
| Response | Black-box | Hybrid | Penetration Testing | Burp Suite | All |
Sniffing attacks can be tested using the tools included in most network security programs.
The following steps should be taken to test Sniffing Attacks:
Set up a network and create a designated test environment.
Monitor all of the traffic on the network and detect any signs of suspicious activity. This would include anything out of the ordinary, such as changes in IP addresses, traffic amounts, or unexpected errors.
Use the tools included in the security program to detect the sources of the suspicious traffic.
Actively scan the network in order to detect any malicious programs that might be present.
Use a packet sniffer to log all packets and analyze any anomalous behavior.
Detect and block any attempts to hijack communications or take control of any system on the network.
Perform a vulnerability assessment of the network to ensure that no weak spots are present that could be taken advantage of by a sniffing attack.
Test to see if your organization’s security measures are able to detect and block against any sniffing activity.
Once the tests have been completed, perform a validation process to ensure that all of the results are accurate and the attack can be blocked and remediated properly.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Sniffing Attacks | White-box | Static | Code Review | Wireshark | No |
| Sniffing Attacks | Grey-box | Hybrid | Fuzz Testing | Tcpdump | No |
| Sniffing Attacks | Black-box | Dynamic | Protocol Analysis | Scapy | No |
Man-in-the-middle (MitM) attacks are a type of cyber attack where an attacker intercepts the communication between two parties, allowing them to listen in on, modify, or block the communication. In order to test for MitM attacks, you must be able to detect if a third-party is attempting to intercept or modify traffic between two parties.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Man-in-the-Middle | White-box | Dynamic | Penetration | Nmap | iOS |
| Man-in-the-Middle | Grey-box | Static | Source Code | Infer | Android |
| Man-in-the-Middle | Black-box | Hybrid | Vulnerability | Burp Suite | Windows |
| Man-in-the-Middle | Grey-box | Dynamic | Performance | WebLink | iOS |
| Man-in-the-Middle | White-box | Static | Network | Wireshark | Android |
| Man-in-the-Middle | Black-box | Hybrid | Fuzzing | Afl | Windows |
Eavesdropping attacks are one of the most common and widespread cyberattacks, in which an attacker attempts to gain access and collect sensitive or confidential information sent or stored by individuals or businesses.
Testing for an eavesdropping attack can be accomplished in several ways. Some of the methods that can be used are outlined below:
Network Sniffing: This involves monitoring network traffic for any suspicious activity. Network packet sniffing tools and protocols such as TCPdump and Wireshark can be used to help detect suspicious activity and potential eavesdropping attempts.
System Logs: Reviewing system logs can help to identify any suspicious activity that may be related to an eavesdropping attack. Administrators can also monitor application and network logs for any unauthorized access or changes that may have been made to the system.
Password Testing: Utilizing password-cracking tools such as John the Ripper, administrators can test the strength of passwords that are in use against a list of thousands of common passwords. This offers the best idea of how secure a network is against eavesdropping attacks.
Penetration Testing: This is a more advanced method of testing for eavesdropping attacks and involves launching sophisticated simulated attacks on an organization's system. Penetration testers use tools such as Metasploit and Nmap to assess the effectiveness of an organization's security measures against different types of attack vectors, including eavesdropping attacks.
Antivirus Scanning: This is an important step that should be undertaken regularly. Regularly scanning the system with a reliable antivirus will help to identify any malicious software that may have been installed as part of an eavesdropping attack.
| Target Testing | Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Eavesdropping Attack | White-box | Dynamic | Penetration Testing | Nexpose, Nmap, Metasploit | Android, iOS |
Below are the steps to test for a CSRF attack:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| CSRF Attack | White-Box | Dynamic | Manual | Burp Suite | iOS & Android |
| Grey-Box | Static | Automated | Nikto | IOS & Android | |
| Black-Box | Hybrid | Automated | Owasp Zap | iOS & Android |
Cross-site scripting (XSS) is a type of attack that involves a malicious script being injected into a website. When a user visits the website, the script is executed in their browser. To test for XSS, we can insert a malicious script into the website and see if the script is executed.
SQL injection is a type of attack where malicious code is inserted into the SQL query in order to gain access to data stored in a database. To test for SQLi attacks, we can insert a malicious query into the website and check if it is executed on the database.
Parameter tampering is a type of attack where parameters of a URL are modified to gain access to restricted information or data. To test for parameter tampering, we can change the values of URL parameters and see if the website is responding with different outputs.
Brute-force attacks are attempts to guess the username and password of a system using automated tools. To test for brute-force attacks, we can use tools that try different combinations of usernames and passwords and check if the system is able to detect the attempts.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| SQLi Attack | White-box | Dynamic | Manual | SQLMap | iOS / Android |
| SQLi Attack | Grey-box | Static | Automated | OWASP ZAP | iOS / Android |
| SQLi Attack | Black-box | Hybrid | Exploration | Burp Suite | iOS / Android |
Testing XSS Attack
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tag.Prevention of XSS Attack
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| XSS Attack | White-box | Dynamic | Manual | Burp Suite | iOS, Android |
| Grey-box | Static | Automated | HP WebInspect | ||
| Black-box | Hybrid | Acunetix |
Testing SSRF Attack
Set up an attacker controlled server: This server needs to be able to accept connections from the target server and should log the requests from the target server like the source IP address, used port, timestamp, and any data sent over with the request.
Prepare a crafted URL: This URL should lead to the attacker controlled server and is used for the SSRF attack.
Send the crafted URL to the target server: This can be done manually by providing the URL as an input for a user or programmatically by sending the URL with a POST request to the target server.
Check the logs of the attacker controlled server: After the URL is sent to the target server, the attacker controlled server should log the requests sent by the target server. This is used to analyze the type of requests being sent, the data being sent, and the source IP address.
Monitor the environment of the target server: When the target server makes requests to the attacker controlled server, the attacker can set up environment variables, files, resources, etc. in order to exploit the target server.
Try to gain access to the target server: If the SSRF attack was successful, the attacker can try to access the target server from the attacker controlled server by using the access gained from the exploited environment of the target server.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Server | White-Box | Dynamic | Input Validation | DSSS - Detection of SSRF | No |
| Server | Gray-Box | Dynamic | Fuzzing | Burpsuite | No |
| Server | Black-Box | Dynamic | Vulnerability Scanner | NTOSpider | No |
| Server | White-Box | Static | Source Code Analysis | Code Editors | No |
| Server | Gray-Box | Static | Source Code Auditing | Vega | No |
| Server | Black-Box | Static | Manual Review | Manual Review | No |
| Server | White-Box | Hybrid | Interactive Testing | Manual Review | No |
| Server | Gray-Box | Hybrid | Penetration Testing | Metasploit | No |
| Server | Black-Box | Hybrid | Penetration Testing | Zed Attack Proxy | No |
| Mobile | White-Box | Dynamic | Input Validation | DSSS - Detection of SSRF | Yes |
| Mobile | Gray-Box | Dynamic | Fuzzing | Burpsuite | Yes |
| Mobile | Black-Box | Dynamic | Vulnerability Scanner | NTOSpider | Yes |
| Mobile | White-Box | Static | Source Code Analysis | Code Editors | Yes |
| Mobile | Gray-Box | Static | Source Code Auditing | Vega | Yes |
| Mobile | Black-Box | Static | Manual Review | Manual Review | Yes |
| Mobile | White-Box | Hybrid | Interactive Testing | Manual Review | Yes |
| Mobile | Gray-Box | Hybrid | Penetration Testing | Metasploit | Yes |
| Mobile | Black-Box | Hybrid | Penetration Testing | Burp Suite | Yes |
Command Injection is an attack in which malicious commands are injected into a vulnerable application in order to gain access or obtain privileged information. This type of attack involves taking user input and executing it as code on the system, making it highly dangerous and difficult to detect.
In order to test for command injection, it is important to first identify any areas of the application that may be vulnerable to attack. Applications which take user input and execute it as code are particularly at risk.
Once potential vulnerable areas have been identified, test cases can be created to simulate attempts at injecting malicious code. This can be done by attempting to insert special characters or meta-characters into input fields, such as semi-colons, backticks, or quotation marks. If the application responds in an unexpected manner or creates an externally visible result, such as creating an extra file in the directory, it is likely that command injection is possible.
It is important to note that command injection may not always be easy to spot, as the application may attempt to sanitize user input or where malicious code can be 'hidden' within benign input. As such, testing using all potential input combinations is recommended in order to ensure that vulnerabilities have been adequately identified and addressed.
Once all potential vulnerabilities have been assessed and remediated, it is recommended to repeat the testing process in order to validate the changes.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Command Injection Attack | White-box | Dynamic | Input Fuzzing | Metasploit | iOS/Android |
| Command Injection Attack | Grey-box | Static | Variant Analysis | CodeSonar | iOS/Android |
| Command Injection Attack | Black-box | Hybrid | Interactive Fuzzing | Burp | iOS/Android |
Testing code injection attacks involve attempting to inject malicious code into a web application. Testing code injection is typically done using a few different methods.
Manual Tests: Manual tests involve manual input of potentially malicious code into user inputs and forms within the application. If the application does not appropriately filter or reject suspicious input, this can lead to the vulnerability.
Automation Tools: Automation tools, such as Security Scanners, can be used to test for code injection attacks. Tools such as these can detect code injection vulnerabilities with very high accuracy, allowing security teams to quickly identify and mitigate such risks.
Penetration Testing: Penetration testing is a manual assessment of security. During this process testers attempt to gain access to restricted areas within an application, by entering or manipulating code in user input fields. This will allow testers to identify potential security weaknesses in an application, and recommend remediation strategies.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Code Injection | White-box | Dynamic | Unit Testing | HP QTP | Android |
| Code Injection | Grey-box | Dynamic | Penetration Testing | HP Fortify | Android |
| Code Injection | Black-box | Static | Security Scanning | Burp Suite | iOS |
| Code Injection | White-box | Hybrid | Code Review | Splint | iOS |
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Phishing Attack | White-box | Dynamic | Penetration | Metasploit | iOS, Android |
| Phishing Attack | Grey-box | Static | Source Code | OWASP ZAP | iOS, Android |
| Phishing Attack | Black-box | Hybrid | Fuzzing | Wfuzz | iOS, Android |
Testing a pharming attack requires several steps:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Network | White-box | Dynamic | Automation | Nmap | N/A |
| Network | White-box | Static | Manual | Wireshark | N/A |
| System | Grey-box | Dynamic | Automation | Nessus | N/A |
| System | Grey-box | Static | Manual | Regshot | N/A |
| Host | Black-box | Dynamic | Automation | Core Impact | Android, iOS |
Testing for Spoofing Attacks
Scanning For Open Ports: By using network scanning tools, such as NMAP, one can identify open ports that may be vulnerable to spoofing attacks.
Creating Honeypots: Honeypots can be created and deployed on the network to detect and identify malicious behavior.
Disabling Unused Services: Unused services can be disabled on the system to reduce the attack surface available to an attacker.
Restrict Network Traffic: Network traffic can be restricted on the system to avoid spoofing attacks.
Whitelisting: Only applications, IP addresses and services that are known and trusted should be allowed to access the system. All other traffic should be blocked.
Implement Firewalls and Intrusion Detection Systems: Firewalls and Intrusion Detection Systems (IDS) should be implemented to detect and prevent unauthorized access and activity.
Monitor Network Activity: The network activity should be monitored on a regular basis to identify any suspicious activity that may indicate a spoofing attack.
Regularly Update System Software: Systems should be updated regularly with the latest security patches to address known vulnerabilities that can be exploited by attackers.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Spoofing Attack | White-box | Dynamic | Exploratory Testing | SoapUI | iOS |
| Spoofing Attack | Grey-box | Static | Source Code Analysis | Veracode | Android |
| Spoofing Attack | Black-box | Hybrid | Penetration Testing | Nessus | iOS & Android |
Start by testing for session fixation with known tokens. Generate a known token, log into the application and submit the known token in the login form. If the application successfully logs into the system, the application may be vulnerable to session fixation.
If the form does not accept known tokens and does not reissue the token, the application may be vulnerable to session fixation.
Insert a tracking or logging code into the application and try to use different known tokens and see if they are accepted by the application.
After logged in, renew the session and check if the session ID is changed. If it is same as before, it might be vulnerable to session fixation.
Log out of the application and try to use the session ID that was captured during login. If the application continues to use the same session ID, it might be vulnerable to session fixation.
Create a honeypot page that only registered users can access. Log in with a known token and try to access the page. If the application allows access to the page using the known token, the application might be vulnerable to session fixation.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Session Fixation Attack | White-box | Dynamic | Automated | Web security scanner (e.g. Acunetix, Netsparker, Burp Suite) | N/A |
| Session Fixation Attack | Grey-box | Dynamic | Automated | Web security scanner (e.g. Acunetix, Netsparker, Burp Suite) | N/A |
| Session Fixation Attack | Black-box | Dynamic | Automated | Web security scanner (e.g. Acunetix, Netsparker, Burp Suite) | N/A |
| Session Fixation Attack | White-box | Static | Automated | Code security scanner (e.g. Checkmarx, Veracode, SonarQube) | N/A |
| Session Fixation Attack | Grey-box | Static | Automated | Code security scanner (e.g. Checkmarx, Veracode, SonarQube) | N/A |
| Session Fixation Attack | Black-box | Static | Automated | Code security scanner (e.g. Checkmarx, Veracode, SonarQube) | N/A |
| Session Fixation Attack | White-box | Hybrid | Automated | Code and web vulnerability scanner (e.g. Appscan, Appspider, Arachni) | N/A |
| Session Fixation Attack | Grey-box | Hybrid | Automated | Code and web vulnerability scanner (e.g. Appscan, Appspider, Arachni) | N/A |
| Session Fixation Attack | Black-box | Hybrid | Automated | Code and web vulnerability scanner (e.g. Appscan, Appspider, Arachni) | N/A |
| Session Fixation Attack | White-box | Dynamic | Manual | N/A | N/A |
| Session Fixation Attack | Grey-box | Dynamic | Manual | N/A | N/A |
| Session Fixation Attack | Black-box | Dynamic | Manual | N/A | N/A |
| Session Fixation Attack | White-box | Static | Manual | N/A | N/A |
| Session Fixation Attack | Grey-box | Static |
Testing Session Hijacking attack requires two machines connected to the same network. The attacker would need to intercept the network traffic from the victim's machine where the session data is being exchanged. It is also important to note that it is possible to hijack cookies from other machines on the same network.
Here are the steps to test a Session Hijacking attack:
Install a network sniffing tool (such as Wireshark) on both machines to monitor network traffic.
Use the sniffing tool to identify any cookies used in the session interaction between the two machines. Note that certain browsers may encrypt the cookie data so the cookie might appear to be encrypted.
Intercept the cookie data on the attacker’s machine - the attacker should now have temporary access to the session data.
Use the sniffing tool to analyze the data transferred between the two machines and confirm if the session data has been compromised.
Try to login to the victim’s session with the stolen credentials or cookies.
If successful, the attacker has hijacked the session and should be able to access the victim’s session data.
Log out of the session on the attacker's machine and remove all evidence of the session hijacking attack.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Session Hijacking Attack | White-box | Dynamic | Code review | Burp Suite | N/A |
| Session Hijacking Attack | Grey-box | Static | Vulnerability assessment | Nessus | N/A |
| Session Hijacking Attack | Black-box | Hybrid | Penetration testing | Nmap | N/A |
To test an Access Point (AP) Hijacking attack, follow these steps:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Access Point Hijacking Attack | White-box | Dynamic | Manual | N/A | N/A |
| Access Point Hijacking Attack | Grey-box | Dynamic | Automation | Nessus | N/A |
| Access Point Hijacking Attack | Black-box | Static | Manual | Nmap | IOS/Android |
Prerequisite:
Setup:
Testing Procedure:
Analysis:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Cellular Rogue Base Station Attack | White-box | Dynamic | Manual testing | N/A | Android/iOS |
| Cellular Rogue Base Station Attack | Grey-box | Static | Automated testing | Veracode | Android/iOS |
| Cellular Rogue Base Station Attack | Black-box | Hybrid | Penetration testing | Metasploit | Android/iOS |
Testing GPS spoofing can be done in several ways:
Open Path Verification: This involves verifying the reported path by comparing it to the landscape or terrain around it. This method can be used to identify any inconsistencies or anomalies in the path reported by the GPS device.
Dual Path Verification: This involves using two different methods to verify the accuracy of the path reported by the GPS device. The two methods are usually triangulation and celestial navigation.
Data Acquisition and Evaluation: This method involves collecting and analyzing data from the GPS device in order to identify any discrepancies or errors in its reported path. This is particularly useful when multiple GPS devices are being used in order to verify their reported paths.
Monitoring: This technique involves continuously monitoring the reported path of the GPS device in order to detect any suspicious behavior or inconsistencies. This method is often used when attempting to detect a spoofed signal.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| GPS Spoofing Attack | White-box | Dynamic | Automation | Appium | Android & iOS |
| GPS Spoofing Attack | Grey-box | Static | Manual | GPSLogger | Android & iOS |
| GPS Spoofing Attack | Black-box | Hybrid | Automation | MonkeyTalk | Android & iOS |
Botnets are malicious networks of computers infected with malware. They are typically used to generate unwanted traffic on websites, servers, networks, and services. In this article, we will discuss how to test a botnet attack.
Testing a botnet attack is essential in order to assess the effectiveness of security measures and ensure that all systems are adequately protected. With the right preparation and the right tools, it is possible to conduct effective tests and prevent botnet attacks.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Botnet Attack | White-box | Dynamic | Protocol fuzzing | nmap | Android |
| Botnet Attack | Black-box | Dynamic | Activity monitoring | Wireshark | iOS |
| Botnet Attack | Grey-box | Static | Source code review | CheckMarx | Android/iOS |
Testing Malware as a Service (MaaS) involves assessing the efficacy of a MaaS solution in detecting, preventing, and responding to potential malicious actors. It is essential to ensure that the MaaS provider has the resources and capabilities to provide effective security and protection while adhering to industry best practices.
The following steps should be taken in order to test the efficacy of a MaaS solution:
Define test objectives: The first step before testing is to clearly define what needs to be tested and what is to be achieved by the end of the testing process. For example, the objective could be to test and verify the MaaS solution's ability to detect, prevent, and respond to malicious activity.
Select test environment: Selecting the appropriate environment for testing is essential to ensure a successful test. The environment should be as similar to the actual production environment as possible.
Execute test scenarios: Once the environment is set up, the next step is to execute the various test scenarios which are designed to evaluate the effectiveness of the MaaS solution.
Record observations and results: During the testing process, the tester should make a record of the observations and results from the various test scenarios. This data can then be used to analyze the efficacy of the MaaS solution.
Analyze test results and draw conclusions: After the testing is complete, the testers should analyze the results in order to determine the efficacy of the MaaS solution. They should also draw conclusions on the ability of the solution to detect, prevent, and respond to various types of malicious activity.
Testing the efficacy of a MaaS solution is essential to ensure that the solution can provide the appropriate level of security and protection. Following the steps outlined above will help ensure that tests are successful and meaningful.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| API | White-Box | Dynamic | Automated | Webproxy | Android & iOS |
| Network Environment | White-Box | Static | Manual | Nessus Security Center | Android & iOS |
| Application Environment | Grey-Box | Hybrid | Automated | Burp Suite | Android & iOS |
| End-User Environment | Black-Box | Dynamic | Automated | Nmap | Android & iOS |
Physical security is an important part of any security system and must be tested regularly to ensure it is effective. Here are some tips for testing the physical security of your system:
Perform regular patrols around your premises to assess the effectiveness of your physical security measures.
Monitor your security cameras to ensure they are in proper working order and can adequately capture any suspicious activity.
Use physical penetration tests to evaluate the security of doors, windows, and other access points.
Regularly inspect locks, alarms and other security equipments.
Test access control systems to verify that identities can be authenticated and access is denied properly.
Cart tests can also be used to determine if it is possible to bypass interaction with security personnel.
Assess your system for weaknesses, such as unlocked doors, weak locks, unmonitored cameras and access points not adequately secured.
Regularly review your system’s response to alarm systems and other security breaches.
Use physical security audit to track changes in physical security measures and document any breaches.
By following these tips and regularly testing your physical security systems, you can ensure the safety of your premises and the data contained within.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Physical Security | White-box | Dynamic | Application Penetration Test | Metasploit, Core Impact | Android, iOS |
| Physical Security | Black-box | Static | Code Review | Retire.js, Checkmarx | Android, iOS |
| Physical Security | Grey-box | Hybrid | Hybrid Analysis | Burp Suite Proxy, Acunetix | Android, iOS |
Testing physical theft is not something that can be easily tested, as it requires physical guards and surveillance of the premises. However, here are some steps that can be taken to reduce the likelihood of theft:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Hardware Security | White-box | Dynamic | fuzz testing | [Oss Fuzz] (https://oss-fuzz.com/) | Android, iOS |
| Hardware Security | White-box | Static | code reviews | [Black Duck] (https://www.blackducksoftware.com/) | Android, iOS |
| Hardware Security | White-box | Hybrid | vulnerability assessment | [Acunetix] (https://www.acunetix.com/) | Android, iOS |
| Hardware Security | Grey-box | Dynamic | payload-based attack | [Burp Suite Pro] (https://portswigger.net/burp/pro) | Android, iOS |
| Hardware Security | Grey-box | Static | architecture review | [Microsoft Security Risk Detection] (https://www.microsoft.com/en-us/security-risk-detection/) | Android, iOS |
| Hardware Security | Grey-box | Hybrid | penetration testing | [OWASP Zed Attack Proxy] (https://www.owasp.org/index.php/OWASP_Zed_Attack_Proxy_Project) | Android, iOS |
| Hardware Security | Black-box | Dynamic | fuzz testing | [Sulley Fuzzer] (https://github.com/OpenRCE/sulley) | Android, iOS |
| Hardware Security | Black-box | Static | code reviews | [CheckMarx] (https://www.checkmarx.com/) | Android, iOS |
| Hardware Security | Black-box | Hybrid | vulnerability assessment | [Netsparker] (https://www.netsparker.com/) | Android, iOS |
To test Virtual Machine (VM) Migration, the following steps should be taken:
Prepare the source and target environment: Set up the source/target environments and make sure all necessary applications and services that the VM needs is installed and running properly.
Configure Migration: Configure the VM's settings such as network, CPU, memory, storage, etc. to be compatible with the source/target environment and verify they are the same between both environments.
Test Network Connectivity: Make sure that the source and target environments are properly connected over the network and that the necessary ports are open and accessible.
Test Migration Tool: Test the migration tool being used, if any, to make sure it is working properly.
Perform Initial Backup: Take an initial backup of the source environment to ensure the VM is properly backed up and can be restored if the migration fails.
Begin Migration: Begin migrating the VM from the source to the target environment.
Monitor Progress: Monitor the migration process and make sure no errors or warnings occur during the migration.
Validate Migration: Once the migration is completed, validate that all services, applications, and settings are intact and working properly.
Restore Backup: Restore the initial backup as a contingency plan against any unforeseen errors or failures.
Clean Up Source: Clean up the source environment, including removing any unnecessary files, services, or applications that are no longer needed or can be moved over to the target environment.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| VM Migration | White-box | Dynamic | Manual Testing | N/A | N/A |
| VM Migration | Grey-box | Dynamic | Exploratory Testing | N/A | N/A |
| VM Migration | Black-box | Dynamic | Automated Testing | Burp Suite | N/A |
| VM Migration | White-box | Static | Code Review | Veracode | N/A |
| VM Migration | Grey-box | Static | Risk Assessment | N/A | N/A |
| VM Migration | Black-box | Static | Penetration Testing | Metasploit | N/A |
| VM Migration | White-box | Hybrid | Traceability Testing | N/A | N/A |
| VM Migration | Grey-box | Hybrid | Security Testing | HP WebInspect | N/A |
| VM Migration | Black-box | Hybrid | Application Security Testing | Acunetix | iOS/Android |
Rowhammer is a security vulnerability due to which a malicious user can gain access to memory by repeatedly accessing certain memory locations (rows of memory cells).
The best way to test for Rowhammer is to use a specialized tool known as RAMBleed. RAMBleed is an open source tool developed by Google researchers which can detect Rowhammer attack traces in the RAM. The following steps can be followed to use RAMBleed to test for Rowhammer:
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| Memory | White box | Dynamic | Assertion | DRAMstress | Not applicable |
| Memory | Grey box | Static | Verification | Memsmash | Not applicable |
| Memory | Black box | Hybrid | Execution | Hammertime | Not applicable |
There are a few approaches to testing for VM Escape (also known as Virtual Machine Escape).
Code Review: A comprehensive code review can help identify potential vulnerabilities present in the code which, if exploited, could lead to a VM Escape. This involves a thorough, line-by-line examination of the source code, using techniques such as manual inspection, automated static code analysis and fuzzing.
Exploit Testing: A series of exploitation techniques can be used to try to break out of the virtualized environment. These could include things such as exploiting buffer and account overflow vulnerabilities, command injection and malicious software attempts.
Penetration Testing: Penetration testing involves the use of specialized tools and techniques to break into the virtual environment and gain access to critical resources. This could involve standard methods such as brute force attacks, port scanning, and social engineering.
External Auditing: External auditing involves examining the operating environment from the outside, examining access controls, security protocols and other measures. This can identify any weak points that would allow for a successful VM Escape.
| Target Testing | Testing Technique | Test Analysis | Test Method | Test Tool | Mobile Platform |
|---|---|---|---|---|---|
| VM Escape Attack | White-box | Dynamic | Fuzzing | Peach Fuzzer | N/A |
| VM Escape Attack | Grey-box | Static | Signature Detection | Codenomicon Defensics | N/A |
| VM Escape Attack | Black-box | Hybrid | Exploitation | Metasploit | N/A |


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For any text, it is possible to find the bounds between segments in that text. The most commonly desired segments are 'word' and 'selection' segments. Word Segments represent language-specific words in the text. Selection segments are similar to word segments, but represent the bounds between active selections (ie, if you were actively selecting this text, the bounds would identify where the selection would snap to).
Both word and selection segments are language-specific, and employ that language's word breaking logic to identify these segments within the text. A language tag is recommended to specify the language-behavior rules to use; if no language tag is provided, language-neutral word-breaking rules will be used.
This scenario will allow you to enter a string of text and specify a character index (0-based) within the string, and get the returned word or selection segment that contains the index that was given.


(), Aedes Kosrae Ae. dengue Culex Plastic collected Cx. larvae container albopictus marshallensis fever Coconut virus State, kusaiensis Federated States Tin Yap containers outbreak quinquefasciatus species aegypti Island, Micronesia Noodle Tafunsak Tire marshallensis, mosquito Tins annulirostris containers, habitat habitats shell Island June Number carried habitats), Dengue Micronesia. State aegypti, albopictus, bottle identified mosquitoes plastic quinquefasciatus, shells vector Available Bohart December Island. Malem Pacific Pot September Tofol Utwe Zika areas, areas. artificial cases distributed from: individuals island natural reared report reported transmitted


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{% extends "dev/base.html" %} {% block content %}
The journey towards becoming a developer for most people is characterized by blood, sweat and tears.
This platform allows users to share their journey, the good and the bad, in a bid to point others in the right direction by helping
them find helpful resources, encouraging each other and ultimately becoming part of the community.


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Sheila Porter
Democrat
I am a clinical and forensic psychologist, retired from private practice. Since retirement I have trained mental health workers internationally, consulted with an international war crimes tribunal and taught at the Academy of Lifelong Learning. I have conducted pro bono psychological evaluations of asylum seekers for HealthRight International and for individual immigration attorneys. I have served as an expert witness in immigration court.
PhD in Developmental Psychology
80211
As a forensic psychologist it was necessary to balance the needs of the client, the requirements of the mental health system and the legalities of the criminal justice system. Psychological assessments of asylees encompassed the immigration system, asylum requirements and the complexities of legal status. In these situations, I was part advocate, part evaluator and part expert witness. At the Academy of Lifelong Learning I served as curriculum chair for thirteen years, overseeing the design and execution of a curriculum to meet the diverse needs of 1,000 participants with offerings of 40+ classes twice a year. Serving on my Condo board in a rapidly changing neighborhood has required staying attuned to various community interests as well as the needs and opinions of residents.
I was a poll watcher in Orlando Fla. in the late 60s through the League of Women Voters. I served as an election judge in the 2008 and 2012 elections in Denver, Co. I have contributed to various campaigns through Act Blue, ( Hickenlooper, Biden, Stacy Abrams, Mark Kelly, Sara Gideon, Jamie Harrison, Amy McGrath) and organizations fostering voter participation ( Black Votes Matter, Black to the Future, Vote Forward, When We All Vote)
League of Women Voters; Academy of Lifelong Learning, board member for fifteen years; Highland Lofts Condominium Association, current board president; HealthRight International
I wish to serve because I believe fair representation that does not favor either party is essential for improving the functionality of government and assuring fair representation for the people of Colorado. For many years I have viewed the redistricting process and voter access as two areas where reform was both needed and possible. I am proud that Colorado has become a leader in voter access and has embraced the redistricting process. The criteria established in the legislation seems excellent and I would like to actively participate in its execution.
As a forensic psychologist and asylee evaluator I am well versed in maintaining and impartial atmosphere for conversation. As a board member in different venues, I understand the necessity to promote reasonable discussion while keeping focused on the ultimate goals of the process. The work of a forensic psychologist relies wholly on the ability of the evaluator to impartially assess and evaluate the discussion and apply it to the legal questions at hand.
I believe I answered the question mostly in the question above. The ability to analyze information being presented and apply logic to problem solving has been the cornerstone of my profession.
female


- getAcceptorModel() - Method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Returns the model of the target acceptor in the format This may AcceptorModel.Unknown
until the 1st valid slave message is received.
- getBillName() - Method in class com.pyramidacceptors.ptalk.api.event.CreditEvent
-
Returns the BillName that has been credited
- getBillName() - Method in class com.pyramidacceptors.ptalk.api.event.EscrowedEvent
-
Returns the BillName that is in escrow
- getEnableMask() - Method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
- getEscrowMode() - Method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
- getEventId() - Method in class com.pyramidacceptors.ptalk.api.event.PTalkEvent
-
Deprecated.
Use getId() instead
- getEventMask() - Method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
- getFailureCount() - Method in class com.pyramidacceptors.ptalk.api.event.ConnectionFailureEvent
-
Returns the total number of failed transmissions before this event was raised.
- getFirmwareRevision() - Method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Returns the firmware revision of the target acceptor in the format
major.minor.
- getId() - Method in class com.pyramidacceptors.ptalk.api.event.PTalkEvent
-
Returns the event id for this event.
- getIntId() - Method in enum com.pyramidacceptors.ptalk.api.event.Events
-
- getMessageType() - Method in class com.pyramidacceptors.ptalk.api.event.SerialDataEvent
-
Returns the MessageType for this event
- getPacketString() - Method in class com.pyramidacceptors.ptalk.api.event.PTalkEvent
-
Returns the stringified packet that this event was decoded from
- getPollRate() - Method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
- getPollrate() - Method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
Returns the current poll rate is milliseconds.
- getPollRetryLimit() - Method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
Returns the number of retries the polling loop will allow
before giving up and raising a connection failure events.
- getPortList() - Static method in class com.pyramidacceptors.ptalk.api.PyramidPort
-
Retrieve a list of ports available to the host OS
- getPortList(String) - Static method in class com.pyramidacceptors.ptalk.api.PyramidPort
-
Retrieve a list of ports available on the given path (filter).
This is ignored on Windows
For *nix style systems you may use a path such as "/dev" or "/dev/term"
- getPortList(Pattern) - Static method in class com.pyramidacceptors.ptalk.api.PyramidPort
-
Retrieve a list of ports with names matching the given Regex pattern
- getPortList(Pattern, String) - Static method in class com.pyramidacceptors.ptalk.api.PyramidPort
-
Retrieve a list of ports with names matching the given Regex pattern AND
ports that reside on the given path.
This is ignored on Windows
For *nix style systems you may use a path such as "/dev" or "/dev/term"
- getPortName() - Method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
- getSerialNumber() - Method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Returns the 9-digit serial number of the target acceptor.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.APILevel
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.BillDirections
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.BillNames
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.event.Events
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.MessageType
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.RS232Configuration.RS232State
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
Returns the enum constant of this type with the specified name.
- valueOfRS232(String) - Static method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Instantiate a new Pyramid Acceptor with an existing port
- valueOfRS232(RS232Configuration, String, int, int, int, int) - Static method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Generate a new PyramidAcceptor with a custom port configuration.
- valueOfRS232() - Static method in class com.pyramidacceptors.ptalk.api.PyramidAcceptor
-
Attempt to autodetect the connected slave and use a default RS-232
configuration.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.APILevel
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.BillDirections
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.BillNames
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.event.Events
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.MessageType
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.RS232Configuration.RS232State
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum com.pyramidacceptors.ptalk.api.RS232Configuration
-
Returns an array containing the constants of this enum type, in
the order they are declared.


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