RedSi is a free service to turn your Redstone circuits into working Verilog code which can be compiled on an FPGA (Field Programmable Gate Array)
Use Minecraft server mc.redsi.me
Many students today know how to create complex things in Minecraft using Redstone blocks, perhaps without understanding the real physical systems that can be built with the same types of components. RedSi turns Redstone circuits into a hardware description language through a simple Minecraft plugin.
You just need a server with the plugins WorldEdit and RedSi. After your circuit is built, select it with WorldEdit tools and then execute /redsi
. It will generate the Verilog file and give you a download Url.
I made the Verilog generator.
I made the Minecraft plugin.
I made the Redstone to Verilog algorithm.
Want to learn more? Send us an email and we will get back to you as soon as possible!


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#lexhack

#lexgo


Pet App!
Welcome to our pet app.
Please rank these pets according to your interests
Dog
Cat
Bird
Fish
Reptile
Tamagochi


--- layout: documentation title: UsageContextAssumptionsType ---
The UsageContextAssumptionsType contains descriptions of the various relevant usage context assumptions for this tool.
| Field Name | Type | Description |
|---|---|---|
| Usage_Context_Assumption1..n | StructuredTextType |
This field contains a single usage context assumption for this tool. |


Options allow a Client Admin of ShipConsole Cloud to configure and customize the application for individual ship from location. This enables use of different business processes at different locations using ShipConsole. In the Options page, select the Location for which you would like to set the options. The various options are described below. For examples of each field, please zoom into the figure 4.1 below
Figure 4.1
Profile Options that are specific to the selected Ship From Location :
I. Pay Method : Default value of the Carrier Pay Method field in shipments page of ShipConsole. Select the Pay Method that is most frequently used for shipping, e.g. PREPAID, if most of your shipments are sent as PREPAID.
II. Company Name : Company Name. (Mandatory)
III. Enable Saturday Delivery : Enables Saturday delivery for that location.
IV. Edit Ship To Address :Check this check box to allow editing of the Ship To Address in the Shipment page.
The “Details” button allows control of editing on individual address fields that are displayed in the shipments page. If ‘Edit Ship To Address’ profile option is unchecked, then customer name, address lines, city, state, postal code and country code will be non-editable. Otherwise these fields will be editable.
Figure 4.2
Edit Ship To Address Button in general settings page
If you click on “Details” button then following popup window will be opened where you can select the different editable fields in shipments page and click on “Save” button.
Figure 4.3
Edit Ship To Details screen
Address Lines: Check this check box to edit the Address Lines in the Shipment page.
City: Check this check box to edit the City in the Shipment page.
State: Check this check box to edit the State in the Shipment page.
Postal Code: Check this check box to edit the Postal Code in the Shipment page.
Country Code: Check this check box to edit the Country Code in the Shipment page.
Reference1 Mandatory? : Reference1 in shipments page will be mandatory if this checkbox is checked
Reference2 Mandatory? : Reference2 in shipments page will be mandatory if this checkbox is checked
Account Number Masking : Account Number Masking allows Client to mask account number in shipping page ( i.e. only last 4 digits of the Account Number will be shown).
The masking will be applicable to Pre-configured account numbers only, which has to be done in Ship To Location.
Go to Options page and select any Location which is configured for which you would like to check the mask account number options. In Options Page , Mask Account Number Check-box is available
If Client Admin Checks the Mask Account Number Check-box , then Account Number will be masked (only last 4 digits of account number will be shown) for the particular location while Shipping as shown below.
For FedEx, International Shipping Account number is Shown in International Shipment link which is also masked (only last 4 digits of Account number will be shown) as shown below.
If Client Admin does not check the Check-box , then Account Number will be Shown(it won't be masked) for that particular location while Shipping as shown below.
Profile Options that apply to all Locations:
I. Address Validation: This option enables “Validate Address” button in shipping page which is used for validating Ship To address.
II. Freight Shopping: This option enables “Freight Shopping” button which is used for getting best rates for configured Ship Methods for that location and “Get Rates” button is used for getting rate for the selected Ship Method in shipping page.
Printer and Weighing Scale Set up:
If client wants to provide weighing scale feature and print label feature then admin needs to select the check boxes as show in below (Figure 4.4).
Figure 4.4
Note : If Weighting Scale check-box is Checked and Weighting Scale is Connected to the local machine, on focus weight will be automatically read in Package Details in Shipping Page.
If Weighting Scale is not Checked then weight has to be entered manually in Package Details in Shipping Page.
To Perform Printer Setup, Click on Printer Details it will navigate to Printer Setup Page.
Client admin can Add,Delete Printers in Printer Setup Page.
To Add a Local Printer to Device and Configure the same in ShipConsole:
1. Plug-in the Printer (Ex: ZDesigner GT800 (EPL) Printer via USB) to the Desktop/ Laptop.
2. The following notification will appear on the Desktop
3. On click of this notification, below window will open and automatically install the required software (drivers).
4. After successful install, the below screen will be displayed.
Right Click on Printer and Click on Printer Properties.
5. If any error(s) are observed at Step 4 or 5 and the driver software install is unsuccessful, please make sure that the software is installed successfully before proceeding to next step.
6. Navigate to Control Panel -> All Control Panel Items -> Devices and Printers and check that the Printer is added/ configured automatically as shown in the below screen shot. Please note the Printer name, here the Printer name is ‘ZDesigner GT800 (EPL)’.
7. Login as Admin User and Navigate to Options, select the required Ship From Location and click on Go. After the details are loaded, click on 'Printer Details' button.
8. The Following page will be open, select the required Label format and enter the Printer Name noted at step 6 above and save.
Click on save in this pop - up and click the window.
Ship Exec setup:
For Ship Exec shipping we have to give the shipper name
At the bottom of the page there are “Save” and “Clear” button present. After making changes if you click on “Save” button, all the modified/updated values are saved to database and a success message is displayed at the top right corner of the page as shown in Figure 4.4. If you click on “Clear” button before saving, all the modified values are cleared.


We exchange platforms!
- generate B2B e-tailers
- architect B2C markets
- iterate bricks-and-clicks e-services
- facilitate sticky niches
- strategize best-of-breed schemas
- target frictionless web services
- harness real-time mindshare
- empower viral web services
- visualize virtual communities
- incentivize impactful partnerships
- incentivize visionary communities


Edit the non-active square color by clicking on the color wheel. Select the active square color by selecting a color with the check box clicked below.


Get and robustly cache all JS language-level intrinsics at first require time.
See the syntax described in the JS spec for reference.
var GetIntrinsic = require('get-intrinsic');
var assert = require('assert');
// static methods
assert.equal(GetIntrinsic('%Math.pow%'), Math.pow);
assert.equal(Math.pow(2, 3), 8);
assert.equal(GetIntrinsic('%Math.pow%')(2, 3), 8);
delete Math.pow;
assert.equal(GetIntrinsic('%Math.pow%')(2, 3), 8);
// instance methods
var arr = [1];
assert.equal(GetIntrinsic('%Array.prototype.push%'), Array.prototype.push);
assert.deepEqual(arr, [1]);
arr.push(2);
assert.deepEqual(arr, [1, 2]);
GetIntrinsic('%Array.prototype.push%').call(arr, 3);
assert.deepEqual(arr, [1, 2, 3]);
delete Array.prototype.push;
GetIntrinsic('%Array.prototype.push%').call(arr, 4);
assert.deepEqual(arr, [1, 2, 3, 4]);
// missing features
delete JSON.parse; // to simulate a real intrinsic that is missing in the environment
assert.throws(() => GetIntrinsic('%JSON.parse%'));
assert.equal(undefined, GetIntrinsic('%JSON.parse%', true));
Simply clone the repo, npm install
, and run npm test
Please email @ljharb or see https://tidelift.com/security if you have a potential security vulnerability to report.


I have 3 years of experience of developing enterprise software.I have profound interest in Computer Science fundamentals. My primary expertise include Java, C/C++.I have completed Bachelors of Engineering from Pune University,India. I am pursuing Master's Degree in Computer Science at The University of texas, Arlington. Currently I am a freshman having Artificial Intelligence and Data Science as major fields of study.
This is an informational video demostrating the importance of Fast Fourier Transform algorithm and its working on paper
Summer Analyst Intern(Technology)(June 2018 - August 2018)
Being Summer Intern at Barclays i was part of Post trade processing team. I learned about the trade lifecycle, settlement process, other entities invloved and many other business aspects of trade settlement. I created a POC for finding settlement instructions for a given trade using trade details. I also conducted a few python sessions portraying usefulness of python in banking aspect.
Software Engineer(December 2015 - July 2017)
I was part of AT&T Operational Support Systems.
I was responsible in development and maintenance of new features for AT&T smallcell business.
Some of my responsibilities included
Develop and maintenance workflows, web services to other teams for clean data access.
Develop new modules to incorporate new features for workflows.
Business logic implementation in BPM tools and groovy.
Work with production users to resolve abnormalities in production environment.
Maintain and enhance existing code base.
Defect Resolution with agility.
Application Developer(July 2014 - December 2015)
I was part of managed investments platform team owned by Pershing LLC.
I was responsible in development and maintenance of new features managed investment platform's stategic proposals system.
Some of my responsibilities included
Development of core business logics.
Implementation of business logic in j2ee.
monitoring health and abnormalities in the application using mona.
Maintain and enhance existing code base.
Defect Resolution with agility.
Arlington, Texas, USA(August 2017 - Present)
Master of Science •Computer Science
Dual Specialization in Algorithms and Data Science.
Completed Courses
Current Courses
Pune Maharashtra,India(May 2014)
Bachelor of Engineering in Computer Engineering
Grocery management Android application
It helps to effieciently plan grocery needs, Involves sharing grocery among people, splitting of expenses according to individual grocery needs, prediction and suggestions based on history, alerts for expiry dates of grocery items, expenditure statistics.
Actively involved in every aspect of application development.
Android Studio
Material Design
Firebase
Java
REST Web-Services
Walmart API
JSON Parsing
Developed an application to analyze performance of solid state drives by performing various kind of workloads and presented the analysis in UI.
C
FIO
Java
Netbeans Remote Procedures
Python's extensibility means its ability to use functionalities from other programming languages.
for example,C language efficiently does system calls hence can be used for efficient system programming
python cannot do system calls however pythons extensibility can let us do C-implemented system calls
But how we do it? so we have to write a C-language module that includes Python API(by adding
statement #include<Python.h>)along with several other details(find them here https://docs.python.org/3/extending/extending.html)
This C-module that we just talked about acts as a glue between out C-language system call and python code.
+16822306303


|
gtsam
4.0.0
gtsam
|
Concept check for values that can be used in unit tests. More...
Go to the source code of this file.
Classes | |
| struct | gtsam::traits< T > |
| A manifold defines a space in which there is a notion of a linear tangent space that can be centered around a given point on the manifold. More... | |
| class | gtsam::IsTestable< T > |
| struct | gtsam::equals< V > |
| Template to create a binary predicate. More... | |
| struct | gtsam::equals_star< V > |
| Binary predicate on shared pointers. More... | |
| struct | gtsam::HasTestablePrereqs< T > |
| Requirements on type to pass it to Testable template below. More... | |
| struct | gtsam::Testable< T > |
| A helper that implements the traits interface for GTSAM types. More... | |
Namespaces | |
| gtsam | |
| Global functions in a separate testing namespace. | |
Macros | |
| #define | GTSAM_PRINT(x) ((x).print(#x)) |
| #define | GTSAM_CONCEPT_TESTABLE_INST(T) template class gtsam::IsTestable<T>; |
| Macros for using the TestableConcept. More... | |
| #define | GTSAM_CONCEPT_TESTABLE_TYPE(T) typedef gtsam::IsTestable<T> _gtsam_Testable_##T; |
Functions | |
| void | gtsam::print (float v, const std::string &s="") |
| void | gtsam::print (double v, const std::string &s="") |
| template<class T > | |
| bool | gtsam::equal (const T &obj1, const T &obj2, double tol) |
| Call equal on the object. | |
| template<class T > | |
| bool | gtsam::equal (const T &obj1, const T &obj2) |
| Call equal without tolerance (use default tolerance) | |
| template<class V > | |
| bool | gtsam::assert_equal (const V &expected, const V &actual, double tol=1e-9) |
| This template works for any type with equals. | |
Concept check for values that can be used in unit tests.
The necessary functions to implement for Testable are defined below with additional details as to the interface. The concept checking function will check whether or not the function exists in derived class and throw compile-time errors.
print with optional string naming the object void print(const std::string& name) const = 0;
equality up to tolerance tricky to implement, see NoiseModelFactor1 for an example equals is not supposed to print out anything, just return true|false bool equals(const Derived& expected, double tol) const = 0;
| #define GTSAM_CONCEPT_TESTABLE_INST | ( | T | ) | template class gtsam::IsTestable<T>; |
Macros for using the TestableConcept.
NOTE: intentionally not in the gtsam namespace to allow for classes not in the gtsam namespace to be more easily enforced as testable


|
This document explains how to develop your own web applications using the Ontopia Navigator Framework. It describes the architecture and main concepts of the Navigator Framework, how to configure the Navigator, and introduces the tag libraries used in web application development.
It is assumed that the reader is familiar with the use of the operating system under which the navigator is to run, as well as the basics of HTML. Working knowledge of topic maps is also assumed.
The idea behind the Ontopia Navigator Framework is that although the Omnigator can display any topic map and has a nice user interface, it is unlikely that all those building web sites using topic maps will want to use the Omnigator as the web site presenting their topic maps to the world. Most likely, those building topic map web sites will wish to have them look as much like ordinary web sites as possible.
Using the navigator framework it is easy to develop new topic map-based web sites, and these web sites need not look anything like the Omnigator. In fact, they can have any user interface at all. The navigator framework does not generate any HTML; this is left for your web application to do. The result is that you have complete control over the layout and structure of your application.
This document will show you how to create web applications using the Ontopia Navigator Framework. This introductory section will explain the architecture and stucture of the framework, while the following section will show the basics of making web applications. The final sections covers some of the more advanced areas of the framework.
The Ontopia Navigator Framework is based on the J2EE (Java 2, Enterprise Edition) platform, and should run in any compliant J2EE application server which supports JSP 1.1 or higher. It has been tested with many application servers, and should not cause problems when tried on a new server.
Web pages written using the navigator framework are written as JSP (JavaServer Pages). JSP is a Java technology that lets you write web pages as HTML with embedded Java code. The Java code is evaluated to produce either output in the page, or desirable side-effects on the server (such as updates in a topic map or a database). JSP pages can also use tags implemented in Java, which can produce output and control the execution of pages. JSP is easy to learn, efficient in use, and creates well-performing web applications.
The navigator framework mainly consists of a set of tag libraries that make it possible to write JSP pages that consist of nothing but HTML and JSP tags. This makes the pages easy to read and maintain; the tags being something like an 'XSLT for topic maps'. The application when written consists of a set of JSP pages, plus possibly some Java classes that have been plugged in to provide extra functionality.
When running, the architecture of the web application is as shown below.
Figure 1. A Navigator Application
The navigator framework uses the topic map registry to access the topic maps it works with. This means that it is completely independent of where the topic maps come from and which topic map implementation they use. How to configure the registry is explained in The Ontopia Navigator - Configuration Guide.
The tags in the navigator tag libraries operate in an execution context. This context contains a number of variable bindings, which are mappings from variable names to values. These values are always collections of objects, which may be topic map objects, strings, or other kinds of objects.
A JSP page written using these tag libraries works by extracting information from the current topic map and storing it in variables in the execution context. The page then uses the information in the variables to generate the content that makes up the rendered page that the user will see.
The tags have been separated into two different tag libraries, organized by the functionality they provide:
The document The Navigator Tag Libraries: Reference Documentation contains detailed information about all the tags. Please consult it to find tags not mentioned in this tutorial, and more comprehensive information about those mentioned. The following section gives a tutorial on how to use the tags in these tag libraries.
The navigator framework uses the topic map registry of the topic map engine to find out what topic maps are available, and also to look up individual topic maps by ID. The IDs are assigned by the registry, and for topic maps loaded from files they are the file name (without path). For topic maps residing in the RDBMS backend the ID will be "RDBMS-XXX", where XXX is the ID of the topic map in the tm_topic_map table. Generally, you can use the Omnigator to find the ID of a topic map, by looking at the tm parameter in the URI of the topic map page.
How to configure the topic map registry is explained in The Ontopia Navigator - Configuration Guide, in the section on the tm-sources.xml file. If you have bought the engine product you can also find more information in the javadoc of the net.ontopia.topicmaps.entry.XMLConfigSource class.
Note that throughout the navigator framework topic map objects are identified by their object IDs. These are inserted into links by the framework, and later read from HTTP requests by the framework. This enables one page to tell another which topic to display. How to do this will be explained later in this tutorial.
In this section we will create a web application for the Free XML Tools topic map and show how it works. You can find the source code to it in the $TOMCAT_HOME/webapps/xmltools directory in your installation. Feel free to look at the source code while reading this section, and also to change and play around with it in any way you like. (After you've changed a JSP page you need only reload it in your browser to have it recompiled.)
The web application must necessarily mirror the structure of the information in the topic map, so we'll start out by looking at the topic map. A useful tool for getting an overview of a topic map is the statistics plug-in to the Omnigator.
The statistics plug-in shows us that the Free XML Tools topic map contains categories/subcategories, products, standards, and vendors. There are associations between products, and from categories, standards, and vendors to products. Clearly, the products are what the site revolves around, and the other topic types provide ways of finding the products.
The best way to organize the site seems to be to have a start page, with links to pages containing lists of categories, products, standards, and vendors. The pages with lists can contain links to each individual instance, which again can have links to the topics it is associated with. This structure is shown in the diagram below. There will also be a number of cross-links within this hierarchy, shown at the bottom of the diagram.
Figure 2. Site structure
This should give us enough to work with, so let's move on to writing the actual application.
To create your web application, create a directory named xmltools inside the webapps directory of your Tomcat installation. The next step is to create a file called index.jsp inside it, with the contents shown below.
Hello, world!
<title>Hello, world!</title>

Hello, world!

This is my first JSP page.

Now we have a web page, but Tomcat will not find our web application before we add a web.xml file, so the next step is to do that. Start by making a WEB-INF directory inside the new xmltools directory. Then create a file named web.xml inside the WEB-INF directory. This will contain the configuration information needed by the navigator framework. The contents of this file are shown below, with explanations in comments.
A minimal web.xml file
<?xml version="1.0" encoding="ISO-8859-1" ?> <!DOCTYPE web-app PUBLIC "-//Sun Microsystems, Inc.//DTD Web Application 2.2//EN" "http://java.sun.com/j2ee/dtds/web-app_2_2.dtd"> <web-app> <display-name>Free XML Tools</display-name> <description> A web site with information about free XML tools. </description> <session-config> <session-timeout>30</session-timeout> </session-config> <welcome-file-list> <welcome-file>index.html</welcome-file> <welcome-file>index.jsp</welcome-file> </welcome-file-list> </web-app>
This file contains references to our configuration files, so we need to add those. First, create the xmltools/WEB-INF/config directory, and create a file called application.xml inside it, with the contents shown below.
The application.xml file
<?xml version="1.0"?> <configuration type="application"> <properties> <property name="allowLoadOnRequest" value="true"/> </properties> <classmap> <class shortcut="nameComparator" fullname="net.ontopia.topicmaps.nav.utils.comparators.NameComparator"/> </classmap> </configuration>
This tells the framework that it should load topic maps whenever they are requested by users (allowLoadOnRequest) and what Java class it should use to sort the names of topics.
Now, finally, you can start the Tomcat server. If you already had it running, please restart it. Then connect to http://localhost:8080/xmltools/, where you should see the page you just wrote. The server will compile the JSP page the first time you load it, and so that first time will be a little slow, but after that it will load instantly.
We are now ready to write the application, and can start with the start page: index.jsp. The source code of this could be as shown below.
The index.jsp page
<title>Free XML Tools</title>

Free XML Tools

This is a site about free XML tools, which you can find organized by:

the standards they support,

the vendors that make them,

the categories they belong to, and

name.

Since this page can be written statically we do not yet make any use of the tag libraries, but instead write a pure HTML page.
The next step is to write the page that lists all the standards in the topic map. We start by creating a skeleton of the standards.jsp page, as shown below.
A skeleton standards page
<%@ page contentType="text/html; charset=utf-8" %>
<%@ taglib uri='http://psi.ontopia.net/jsp/taglib/tolog' prefix='tolog' %>
<tolog:context topicmap="xmltools-tm.xtm">
<title>The standards</title>

The standards

Here you can find all the standards supported or used by the tools
on this site:

<%-- more code to go here --%>
</tolog:context>
The line beginning with <%@ is a declaration that makes the tag tolog library available in the page, with the given prefix. The tolog:context tag sets up the execution context, and tells the framework what topic map we are working with. The topicmap attribute contains the ID of the topic map, as defined by the topic map registry. If the topic map has not already been loaded when this page is accessed, the tolog:context tag will do it for us. (Note that this depends on the allowLoadOnRequest property in the application configuration file, which is why we set that to true above.)
The next step is to list all the standards. Or, to put it the topic map way, we need to find all the instances of the class standard, which is represented by the topic 'standard'. The way to do this is to use a tolog query which finds all standards, and use it with the tolog:foreach tag, which will loop over all the results returned by the query.

<tolog:foreach query="instance-of($STD, TMTT_Standard) order by $STD?">

Yet another standard

</tolog:foreach>

This will give us one row for each standard, but all the rows will read the same, so we need to somehow output the names of the standards we've found. Inside the tolog:foreach tag, all the variables defined by the query (in this case only STD) will be available. So we can use the tolog:out tag, which can output topics (by picking their most suitable name). Adding this gives us the code below.

<tolog:foreach query="instance-of($STD, TMTT_Standard) order by $STD?">

<tolog:out var="STD"/>

</tolog:foreach>

The next step is to make a link to the page for each standard, which is of course easy, but we also need to pass the ID of the topic for the standard to that page. This can be done with an HTTP request parameter, and we can use the tolog:id tag to get the ID, as shown below.

<tolog:foreach query="instance-of($STD, TMTT_Standard) order by $STD?">

<a href="standard.jsp?id=<tolog:id var="STD"/>"
><tolog:out var="STD"/>

</tolog:foreach>

We are now ready to write the pages that display information about the individual standards (standard.jsp). This page is slightly different in that it needs to get the ID of the topic from id parameter of the HTTP request, and then look up that topic. Note that this ID is the ID of the topic that was put into the URI by the tolog:id tag. Below is the JSP source skeleton for this page.
<%@ page contentType="text/html; charset=utf-8" %>
<%@ taglib uri='http://psi.ontopia.net/jsp/taglib/tolog' prefix='tolog' %>
<tolog:context topicmap="xmltools-tm.xtm">
<tolog:set var="standard" reqparam="id"/>
<title><tolog:out var="standard"/></title>

<tolog:out var="standard"/>

<%-- more code to go here --%>
</tolog:context>
This page is rather like the previous one, except that we are now using the tolog:set tag to pick out the topic from the request parameter (using the reqparam attribute), and setting it into a variable we name standard. This lets us use the tolog:out tag to output the name of the standard at the top of the page.
Now the question is what more we can display to the user about the standard they have chosen. The topic map contains the following information about standards:
Occurrences of the types specification, link collection, site about, and home page.
Associations to products that use the standard.
Associations to products that implement the standard.
The most reasonable way to do this seems to be to make a table of the occurrences, and then to list the associated products below the table. The code below produces the table of occurrences.

<tolog:if query="occurrence(%standard%, $OCC)?">

<tolog:foreach query="select $OCCTYPE, $URI from
occurrence(%standard%, $OCC),
type($OCC, $OCCTYPE),
resource($OCC, $URI)
order by $OCCTYPE, $URI?">

<tolog:out var="OCCTYPE"/>:
<a href="<tolog:out var="URI"/>"><tolog:out var="URI"/>
</tolog:foreach>

</tolog:if>
We start out by checking if there are any occurrences of this topic, since we don't want to produce the table element if there are none. We do this using the tolog:if tag, which will only execute its contents if the query returns at least one row. Note that in this query we need to refer to the current standard, which is in the standard variable. We do this by using the %standard% syntax in the query.
After that, all we need to do is to do a query that finds all the occurrences, their types, and their URIs, and we can loop over them with tolog:foreach and output them. Notice that the tolog:out tag just as happy to display the URI as it is to display topics.
The next step is to list all the topics that implement the standard, which is done by the code below.
<tolog:if query="TMAT_StandardImplemented(%standard% : TMTT_Standard,
$PRODUCT : TMTT_Product)?">

This standard has been implemented by the following products:

<tolog:foreach query="TMAT_StandardImplemented(%standard% : TMTT_Standard,
$PRODUCT : TMTT_Product)
order by $PRODUCT?">

<a href="product.jsp?id=<tolog:id var="PRODUCT"/>"
><tolog:out var="PRODUCT"/>

</tolog:foreach>

</tolog:if>
There's nothing really new here, so we won't go into the details of how it works.
Finally, we list all the products that use this standard. This is very similar to what we did above, as you can see from the code below.
<tolog:if query="TMAT_StandardsUse(%standard% : TMAR_UsedIn,
$PRODUCT : TMAR_UsedBy)?">

This standard is used by the following products:

<tolog:foreach query="TMAT_StandardsUse(%standard% : TMAR_UsedIn,
$PRODUCT : TMAR_UsedBy)
order by $PRODUCT?">

<a href="product.jsp?id=<tolog:id var="PRODUCT"/>"
><tolog:out var="PRODUCT"/>

</tolog:foreach>

</tolog:if>
We stop here, since most of the remaining pages will be very similar to the pages we have already shown. Writing the rest of the application is left as an exercise for the reader.
This section covers some of the more advanced aspects of writing web applications with the navigator framework. You do not need to understand these to write applications with the framework, but the features presented here can make the job easier, and can also lead to a superior result.
Let's imagine that we wanted to create a list of all vendors, and that for each vendor we wanted to list all its products. We could do this with two nested foreach-tags, an outer one for the vendors, and an inner one for the products. However, this requires us to use two queries instead of one (even though we can select both in a single query). This isn't good for performance, since it means that if there are 100 vendors, the inner query will be run 100 times. So instead of running 1 query, we run 101.
The other approach would be to do a single query that finds both, and then using it in a single foreach-loop. However, if we want to create a nested HTML list we now have to be able to tell when the vendor in this iteration is different from that in the previous one, and the tag library doesn't support that. What it does support is grouping, which solves this problem quite easily.
The code below shows how to do the outer loop.
<%@ page contentType="text/html; charset=utf-8" %>
<%@ taglib uri='http://psi.ontopia.net/jsp/taglib/tolog' prefix='tolog' %>
<tolog:context topicmap="xmltools-tm.xtm">
<title>The vendors</title>

The vendors

<tolog:foreach query="TMAT_ProductVendor($VENDOR : TMAR_Creator,
$PRODUCT : TMTT_Product)
order by $VENDOR, $PRODUCT?">

<a href="vendor.jsp?id=<tolog:id var="VENDOR"/>"
><tolog:out var="VENDOR"/>
<%-- inner loop goes here --%>
</tolog:foreach>

</tolog:context>
The next step is to make the outer foreach-loop only iterate once for each vendor. This we do by adding a groupBy attribute to it. After this, we need to add a new foreach-loop for the products, but we don't give it a query, since it's going to use the parent's query. The result is shown below.

<tolog:foreach query="TMAT_ProductVendor($VENDOR : TMAR_Creator,
$PRODUCT : TMTT_Product)
order by $VENDOR, $PRODUCT?" groupBy="VENDOR">

<a href="vendor.jsp?id=<tolog:id var="VENDOR"/>"
><tolog:out var="VENDOR"/>

<tolog:foreach>

<a href="product.jsp?id=<tolog:id var="PRODUCT"/>"
><tolog:out var="PRODUCT"/>
</tolog:foreach>

</tolog:foreach>

Note that it is possible group on more than one variable. This allows you to use multiple variables set in the query in the outer loop. For example, if the VENDOR's subject identifier is in the variable VENDOR-ID, the setting groupBy to VENDOR VENDOR-ID gives access to both variables in the outer loop.
Note that it is also possible to have several levels of foreach tags, where new variables are grouped on each level. For example, you can group on COUNTRY in the outermost loop, then group on PROVINCE in the next loop, and finally iterate over CITY in the third loop.
Quite often applications contain fragments of code that with only minor variations are repeated over and over again. JSP provides three different mechanisms for dealing with this: static includes, dynamic includes, and (in JSP 2.0) tag files.
 They let you reference another JSP file, and the effect is as though you had copied the other file and pasted it into the first file. This means that the Navigator Framework variables used in the parent file will all be visible in the included file. The syntax is as follows:
<%@ include file="relativeFragment.jsp" %>
The other way to include a fragment is to use a dynamic include, with the jsp:include tag, which belongs to the jsp tag library, which is part of the JSP standard, and does not need to be declared. Dynamic includes are different from static ones in that the included file is considered a separate page (so you need to declare all tag libraries in it), and also in that it is checked for updates each time it is referenced. The variables set in the parent file will be visible in the referenced file. The example below shows the syntax.
<jsp:include page="relativeFragment.jsp"/>
The final and most powerful way to make reusable fragments is with tag files, which let you create your own tags using JSP fragments. This feature is only available in JSP 2.0, however, so whether it works for you depends on what server you use. It will not work in Tomcat 4.x, for example; you must use Tomcat 5.x. For more information, see this java.net tutorial.
A common requirement is to have a topic that is part of some hierarchy, and to want to show all the ancestors of that topic in order as you go up the tree. This is not possible in a single tolog query, because although the query will easily find all ancestors, it will not be able to rank them by distance to the starting topic. The solution is to use a recursive code fragment.
Imagine that you have a category in a taxonomy in the variable named category and you want to show all its ancestor categories all the way up to the root in a breadcrumb-like fashion. To do that, write the following in your JSP file:
<jsp:include page="category-tree.jsp"/>
Note that you have to use jsp:include here, since a static include would cause an infinite recursion, as static includes are processed at compile-time. To make this work we also need category-tree.jsp, which looks as follows:
<%-- must redeclare taglibs inside the fragment --%> <%@ taglib uri='http://psi.ontopia.net/jsp/taglib/tolog' prefix='tolog'%> <%-- we move on to the parent of this topic --%> <tolog:if test="broader-narrower(%PARENT% : narrower, $PARENT : broader)?"> <%-- the parent is the new topic --%> <tolog:set var="topic" query="$T = %PARENT%?"/> <%-- render all the ancestors --%> <jsp:include page="category-tree.jsp"/> <%-- render the separator --%> | </tolog:if> <%-- we render the topic after all its ancestors --%> <a href="category.jsp?id=<tolog:id var="topic">" ><tolog:out var="topic"/>
Sometimes one may want to get the values to be used with the tag libraries from Java code, for example because they may be retrieved from request parameters or configuration files. This can be done quite easily using the <%= ... %> construct. Here is an JSP fragment which shows you how could use this:
Using dynamic attribute values
<%
String searchFor = request.getParameter("search_for");
String query = "topic-name($TOPIC, $N), " +
"value-like($N, \"" + searchFor + "\")?";
%>

<tolog:foreach query="<%= query %>">

<tolog:out var="TOPIC"/>
</tolog:foreach>

One key aspect of the tag libraries that has not been discussed so far is that of variable scope. This has nothing to do with scope as in topic maps, but is the familiar concept of scope in programming language theory. A scope in this sense is the region of the source code in which the binding of a variable is visible. In other words: when you use tolog:set to assign a value to the variable foo its scope is the part of the source code where you can get the value of foo.
The tag libraries have lexical scope, also known as static scope, which means that every variable is only available within a fixed region of the source code, and that you can work out what that region is just by reading the source code. It does not depend on runtime behaviour at all.
In the tag libraries, some of the tags establish new lexical scopes (such as tolog:context, tolog:if, tolog:when, tolog:otherwise, and tolog:foreach) while others are neutral with respect to scope. The tag library reference documents which tags create new lexical scopes.
So to find out where a variable binding is visible, find the nearest ancestor tag of the tolog:set tag that establishes a lexical scope. The variable will be visible within that tag, but not outside it. Whether a variable with the same name already exists within an outer scope makes no difference.
To use the Navigator Framework with the RDBMS backend, the main thing that needs to be done is to configure the tm-sources.xml file correctly, as described in the configuration guide. However, since the RDBMS backend has to support transactions, there are some rules for how to use the APIs that one can freely break with the in-memory engine, but which will cause problems if broken when using the RDBMS backend. This section attempts to explain what these are.
When using the RDBMS backend, Ontopia maintains a pool of topic map stores, and everything that is done with a topic map is done using one of these stores. For Ontopia to be able to maintain the pool properly, topic maps have to be explicitly returned to the pool. This is done by calling the close method on the TopicMapStoreIF interface. Note that if you use the tag libraries this happens automatically for the topic maps retrieved by the context tag.
There are some issues to be aware of here, however:
Any objects retrieved through ContextUtils (see section 4.1) come from the transaction maintained by the framework for the purpose of rendering the page, and will be taken care of by the context tag.
Any topic maps opened explicitly, for example using TopicMapRepositoryIF, will get their own transactions. This means that trying to pass objects from these transactions into the context maintained by the JSP tags (for example as parameters to a tolog query) will not work. Bizarre and hard-to-reproduce bugs are likely to be the result of this.
Also, any topic maps opened explicitly will also have to be closed or returned explicitly. The context tag cannot take care of this, because it is not aware of these transactions.
This section only applies to JSP 1.1 (which is an old version; today JSP 1.2 and 2.0 are the most common). If you use JSP 1.1 you absolutely must read this; if you don't, you can just skip this.
JSP 1.2 introduced the javax.servlet.jsp.tagext.TryCatchFinally interface, which allows a tag to catch exceptions thrown in its body or perform actions even if exceptions have been thrown. The context tag implements this interface, as this is absolutely necessary to avoid running out of stores in the store pool when exceptions are thrown (as occasionally they are).
Implementing this interface causes problems for JSP 1.1, of course, since the JSP 1.1 jar files do not contain a class file for this interface. This is worked around by means of a special jar file named config/jsp-11/jsp12-compat.jar, which is included in the Ontopia distribution. This means the tags can run, but does not provide the desired try/catch/finally behaviour, since JSP 1.1 does not support this. The only known solution to this problem in JSP 1.1 is to manually add a try/finally to each JSP page.
This section describes how to solve some commonly occurring problems when writing applications with the tag libraries.
Sometimes one wants to use the tags to collect information from the topic map, and then process it in ways that only Java code can do. This can easily be done using the utility class net.ontopia.topicmaps.nav2.utils.ContextUtils, which has utility methods for accessing the variables in the context.
Below is shown a code snippet that illustrates how to use this class.
Using ContextUtils
<tolog:set var="picture" query="illustration(%topic%, $URI)?"/>
<%-- And now we want to use Java to get at the illustration --%>
<%
String ill = (String) ContextUtils.getSingleValue("picture", pageContext);
// do useful things with 'ill'
%>
The Navigator Framework supports accessing and setting page attributes in a way that is similar to how the JSP Expression Language works. Page attributes can be accessed by name (and bean property) from the var attribute of the tolog:out, tolog:oid, and tolog:id tags. This makes it easy to use the Navigator Framework together with other tag libraries, such as the JSTL tag libraries, and it also makes it possible to use the Navigator Framework with a Model-View-Controller (MVC) approach.
How it works is perhaps best shown with an example, shown below.

<tolog:out var="model.currentTopic"/>

Basically, how this works is that variable references can not only refer to Ontopia variables, but also to JSP attributes. Lookups are done as follows:
First the reference is looked up as an Ontopia variable.
If this fails the reference is truncated at the first ".", and the result is looked up using the PageContext.findAttribute method. If this fails an error is reported.
For each ".foo" after the initial reference the following is applied to the result of the previous operation:
If the previous result is a Map the key "foo" is looked up.
Otherwise the method "getFoo" is looked up and called.
If both of the above fail the result is null, otherwise the next ".foo" is applied, or the value of the last returned if there are no more.
The tolog:set tag can also be used to set JSP attributes; see the tag library reference documentation of the scope attribute for more information.
When the Navigator Framework is used together with other tag libraries, especially the JSTL tag libraries, there is very often a need to access Ontopia variables from the other tag libraries. To support this, the tolog:context tag registers a Map attribute named "ontopia" in the request scope. This Map can be used to access all Ontopia variables in effect at the time of access. This means that using the JSP Expression Language you can access Ontopia variables using an expression like ${ontopia.foo}.
One example of this might be the following:
<tolog:foreach query="cms:is-about(%article.topic% : cms:work, $SUBJ : cms:subject)?">
<a href="topic.jsp?id=<c:out value="${ontopia.SUBJ.objectId}"/>" ><tolog:out var="SUBJ"/> </tolog:foreach>
Here the ontopia refers to the variable map, SUBJ to the variable inside it containing a topic, and objectId to the getObjectId method on the topic in the variable.


Pat's Salmon Cookies
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The Name
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The average cookies sale


LocallyConnected1D
keras.layers.local.LocallyConnected1D(nb_filter, filter_length, init='uniform', activation='linear', weights=None, border_mode='valid', subsample_length=1, W_regularizer=None, b_regularizer=None, activity_regularizer=None, W_constraint=None, b_constraint=None, bias=True, input_dim=None, input_length=None)
The LocallyConnected1D
layer works similarly to
the Convolution1D
layer, except that weights are unshared,
that is, a different set of filters is applied at each different patch
of the input.
When using this layer as the first layer in a model,
either provide the keyword argument input_dim
(int, e.g. 128 for sequences of 128-dimensional vectors), or input_shape
(tuple of integers, e.g. input_shape=(10, 128)
for sequences of 10 vectors of 128-dimensional vectors).
Also, note that this layer can only be used with
a fully-specified input shape (None
dimensions not allowed).
Example
# apply a unshared weight convolution 1d of length 3 to a sequence with
# 10 timesteps, with 64 output filters
model = Sequential()
model.add(LocallyConnected1D(64, 3, input_shape=(10, 32)))
# now model.output_shape == (None, 8, 64)
# add a new conv1d on top
model.add(LocallyConnected1D(32, 3))
# now model.output_shape == (None, 6, 32)
Arguments
- nb_filter: Dimensionality of the output.
- filter_length: The extension (spatial or temporal) of each filter.
- init: name of initialization function for the weights of the layer
(see initializations),
or alternatively, Theano function to use for weights initialization.
This parameter is only relevant if you don't pass a
weights
argument. - activation: name of activation function to use (see activations), or alternatively, elementwise Theano function. If you don't specify anything, no activation is applied (ie. "linear" activation: a(x) = x).
- weights: list of numpy arrays to set as initial weights.
- border_mode: Only support 'valid'. Please make good use of ZeroPadding1D to achieve same output length.
- subsample_length: factor by which to subsample output.
- W_regularizer: instance of WeightRegularizer (eg. L1 or L2 regularization), applied to the main weights matrix.
- b_regularizer: instance of WeightRegularizer, applied to the bias.
- activity_regularizer: instance of ActivityRegularizer, applied to the network output.
- W_constraint: instance of the constraints module (eg. maxnorm, nonneg), applied to the main weights matrix.
- b_constraint: instance of the constraints module, applied to the bias.
- bias: whether to include a bias (i.e. make the layer affine rather than linear).
- input_dim: Number of channels/dimensions in the input.
Either this argument or the keyword argument
input_shape
must be provided when using this layer as the first layer in a model. - input_length: Length of input sequences, when it is constant.
This argument is required if you are going to connect
Flatten
thenDense
layers upstream (without it, the shape of the dense outputs cannot be computed).
Input shape
3D tensor with shape: (samples, steps, input_dim)
.
Output shape
3D tensor with shape: (samples, new_steps, nb_filter)
.
steps
value might have changed due to padding.
LocallyConnected2D
keras.layers.local.LocallyConnected2D(nb_filter, nb_row, nb_col, init='glorot_uniform', activation='linear', weights=None, border_mode='valid', subsample=(1, 1), dim_ordering='default', W_regularizer=None, b_regularizer=None, activity_regularizer=None, W_constraint=None, b_constraint=None, bias=True)
The LocallyConnected2D
layer works similarly
to the Convolution2D
layer, except that weights are unshared,
that is, a different set of filters is applied at each
different patch of the input.
When using this layer as the
first layer in a model, provide the keyword argument input_shape
(tuple
of integers, does not include the sample axis), e.g.
input_shape=(3, 128, 128)
for 128x128 RGB pictures.
Also, note that this layer can only be used with
a fully-specified input shape (None
dimensions not allowed).
Examples
# apply a 3x3 unshared weights convolution with 64 output filters on a 32x32 image:
model = Sequential()
model.add(LocallyConnected2D(64, 3, 3, input_shape=(3, 32, 32)))
# now model.output_shape == (None, 64, 30, 30)
# notice that this layer will consume (30*30)*(3*3*3*64) + (30*30)*64 parameters
# add a 3x3 unshared weights convolution on top, with 32 output filters:
model.add(LocallyConnected2D(32, 3, 3))
# now model.output_shape == (None, 32, 28, 28)
Arguments
- nb_filter: Number of convolution filters to use.
- nb_row: Number of rows in the convolution kernel.
- nb_col: Number of columns in the convolution kernel.
- init: name of initialization function for the weights of the layer
(see initializations), or alternatively,
Theano function to use for weights initialization.
This parameter is only relevant if you don't pass
a
weights
argument. - activation: name of activation function to use (see activations), or alternatively, elementwise Theano function. If you don't specify anything, no activation is applied (ie. "linear" activation: a(x) = x).
- weights: list of numpy arrays to set as initial weights.
- border_mode: Only support 'valid'. Please make good use of ZeroPadding2D to achieve same output shape.
- subsample: tuple of length 2. Factor by which to subsample output. Also called strides elsewhere.
- W_regularizer: instance of WeightRegularizer (eg. L1 or L2 regularization), applied to the main weights matrix.
- b_regularizer: instance of WeightRegularizer, applied to the bias.
- activity_regularizer: instance of ActivityRegularizer, applied to the network output.
- W_constraint: instance of the constraints module (eg. maxnorm, nonneg), applied to the main weights matrix.
- b_constraint: instance of the constraints module, applied to the bias.
- dim_ordering: 'th' or 'tf'. In 'th' mode, the channels dimension (the depth) is at index 1, in 'tf' mode is it at index 3.
- bias: whether to include a bias (i.e. make the layer affine rather than linear).
Input shape
4D tensor with shape:
(samples, channels, rows, cols)
if dim_ordering='th'
or 4D tensor with shape:
(samples, rows, cols, channels)
if dim_ordering='tf'.
Output shape
4D tensor with shape:
(samples, nb_filter, new_rows, new_cols)
if dim_ordering='th'
or 4D tensor with shape:
(samples, new_rows, new_cols, nb_filter)
if dim_ordering='tf'.
rows
and cols
values might have changed due to padding.


Free Tarot Decks for personal use
Below, you will find links to free decks provided by some beautiful webpages who are also dedicated to The Tarot. We have also provided a few decks by Blood Moon Tarot. All decks are for personal use, not profit. We ask that you respect the artists work. Enjoy.
Blog Articles
- 5/23 Astrology and Tarot
- 5/24 Archetypes and Tarot
- 5/29 The Psychology of the Tarot


About Me
I'm a Masters student studying Information Systems at Brigham Young University. I specialize in full-stack web development. I have a couple years experience in building innovative websites to solve complex business problems. I have experience with PHP, Python, Javascript, HTML, CSS, and many other technologies.
I'm always trying to learn something new, get better, and help others to do the same. I love to read, watch movies, and play sports. You can find me on Facebook, Twitter, or LinkedIn.
Projects
Fleetsmarts
Integrated system for tracking, logging, and accounting for a fleet of trucks.
More
Less
About the project
Fleetsmarts is the backbone of UMCC, a startup trucking company based in Lindon, UT. It does everything from keeping track of the drivers to creating the financial statements of the company.
I got involved with the project in 2014, and have been making it better ever since. I learned PHP, Javascript, jQuery, and MySQL on the fly by building new features and enhancements (like the landing page, and tickets page above) to it. I have integrated it with other systems through APIs (like pulling data from the Trippak system to create the report below), built cool new reports, and added new interfaces to make users' lives better.
Skills used
Less
Raize
Innovative web app to help students plan their future.
More
Less
About the project
Raize is a platform designed to help students find the right details to make wise and informed decisions for college, major, and company. It uniquely integrates self-assessment with crowd-sourced information to offer users the most insightful suggestions for college and beyond.
I built the entire website from scratch with Python and Django. It uses a PostgreSQL database to store user information. It's a simple app, but the algorithm behind the scenes is pretty complex to give the students the best results, based on data the Raize team has analyzed. I learned a lot building the site, and I'm proud of how it turned out.
Skills used
AdSync
Web-based marketplace to meet ad posting needs of organizations.
More
Less
About the project
AdSync is a marketplace to connect organizations with people who can post ads for them. Organizations post information about ads that they need, and posters fulfill those requests. Once the organization receives confirmation that the ad has posted, they pay the poster. It's as simple as that.
This project was built for UMCC, from scratch, by me. It was fun to learn how to implement permissions, build password reset functionality, and figure out the back-end logic required to make the marketplace work correctly. I used PHP, Javascript, HTML, CSS, jQuery, and MySQL.
Skills used
LeadSync
App to collect, store, and organize information on potential CDL driver leads.
More
Less
About the project
LeadSync is a web application that provides a simple interface to collect information from potential CDL drivers, and store it in an easily-accessible format. You can see all the leads, add notes, and even action items that can be completed to move them along the hiring process.
I built the website from scratch, using PHP, Javascript, jQuery, and MySQL. I learned how to start a project, how to design pages, and interactions. I also learned how to use AJAX and Cron jobs to add some cool functionality to the site. The site is still in use, and has received and stored thousands of leads for the company.


--- title: Deboning simple linear regression output in TensorFlow author: Richard Careaga date: '2018-09-04' slug: deboning-simple-linear-regression-output-in-tensorflow categories: - Data Science - Programming tags: - debugging - statistics ---
A simple linear regression example in TensorFlow(TM) is given at (https://www.tensorflow.org/tutorials/keras/basic_regression). By default, it produces none of the outputs of linear regression, other than MAE or MSE, on request through a print statement.
Testing set Mean Abs Error: $2788.86
Time spent searching the documentation turned up no references to “intercept”, “coefficient”, “F-statistic”, “t-value,” or “p-value.”
I am only beginning to dip my toes into TensorFlow(TM). I suspect that it exists not so much as a suite of modeling tools so much as a platform to express them in n-dimensional space very efficiently. Like the output of the example itself, some users seem concerned only with the spread between the model prediction and results when testing (https://web.stanford.edu/class/cs20si/2017/lectures/notes_03.pdf).
There must be a way to use stats packages in Python to specify a model, pass it to TF, have it processed, and retrieve the full diagnostics. Otherwise, it seems too much like trust me, would I … .


The oldest and strongest emotion of mankind is fear.
The oldest and strongest emotion of mankind is fear.
OPS,
Forwarded the facts we received directly from the source. Relevant details should be enough to inform decisions for the next dark winter.
Contact with the grift shepard remains sparse, keep an eye out for imposters.
DRTPIL.
- An old friend
My Dear █████ ███████,
You propose a most interesting enquiry! I must say, in your search of the histories of Goldfolk island, you have come across a providence indeed!
In my own personal collection of histories, in conjunction with what the Miskatonic can afford paints quite the complete picture about the events that unfolded during the 1790 and 1860 expeditions to Goldfolk, and the gruesome finding therein.
I hope you don't mind, but I have already begun to compile my notes into this (and the following several) letters. Forgive me if this is too forward, but it is too rare for me to find somebody with such a direct interest in my work!
Starting with the 179█ expedition, we struck quite the fortunate circumstance when our associates at ███████████████ unearthed the Blackgreave Company's expenses documents, as well as their contracts dating back all the way to the 1700's. Hidden amongst the chaff was the details of their disastrous attempt to establish their coal mine on Golkfolk island.
As with the others, it started innocently enough. A forward group of employee was sent alongside some digging equipment via sail. They quickly set upon the first vein, and from their reports, they were quite successful.
I have attached a newspaper article snipping that seem relevant.
Last tuesday, a party of twenty five men hired by the blackgreave company set out on a voyage to the distant goldfolk island in hopes of striking the coal vein and restoring the blackgreave company to its former glory.
Company director █████ █████ does not comment when questions as the what this means regarding the future of the company, after █████████ stepped down regarding his involvement with ████████████ ██████.
We know that Blackgreave was in some financial trouble, so this expedition was seen as a bit of a gamble. The miners were instructed to work quickly, and without much thought as to safety. When they first discovered the now-infamous goldfolk pit, it was many weeks into their efforts. Even before it had fully awoken, it causes no small amount of trouble for the workers.
The miners reported visions of ██████ █████ near the pit. Rocks that were though to be stable shifted. Birds, canaries, that they bought to help detect bad pockets of air squawked unceasingly upon entering the mines, rendering them useless. And, interestingly, here we see the first instance of the ████████ █████ █████, which the miners claimed to have hauled out of the pit (reports on this incident are conflicted even amongst the miners themselves).
After the first incidents of █████████ and floodings, Blackgreave realized that if they didn't keep a firm grasp on their expedition, they might face bankruptcy. In a very short period of time, they assembled a second group of miners, foreman and enforcers to travel to the island and get it back on track to meet their deadlines.
Quite amazingly, the university itself has a copy of the very employment documents of those chosen few on that doomed voyage. How fantastical is that! Unfortunately, they are not a complete set, but the details and insight they give us into the lives of these unfortunate souls is unparalleled!
Ah, I am afraid my ink runs dry. I have already sent a runner to the campus to request the documents, and I shall post you immediately copies of these papers once they enter my possession. I am indeed quite grateful to you for the opportunity to indulge in my passions once more.
I look forward to receiving your response! Please let me know if your interest endures beyond my long ramblings.
Warmest regards, Professor ████████████████.


We're sorry, but we are unable to provide the camp site location you requested.
Please submit a request for a different location.
Home


In this page you can track the status of the monitored bayesian networks. Start or Stop the monitoring of the selected net.


{% extends "layout.html" %} {% block page_title %} Money Claims Prototype {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. Respond to a money claim How much do you owe What you owe The claim is for £370 How much money do you believe you owe? How much money do you believe you owe? Explain why this is what you owe, rather than the full amount. If Jan Clark doesn't accept this amount you might have to prove why you don't owe the full amount at a hearing in front of judge. {% include 'prototypes/prototype-oct-2018/includes/contact.html' %} {% endblock %}
BETA This is a new service – your feedback will help us to improve it.
The claim is for £370
If Jan Clark doesn't accept this amount you might have to prove why you don't owe the full amount at a hearing in front of judge.


Three months ago, I released an (unfinished) theme for Ghost 0.3: Thinny 0.3, codename “Alexandra”. But now I’m migrating my blog to Jekyll, and also migrating the theme. With a brand new look, Thinny 2 also brings a lot of new features and polishment. Actually, it was completely remaked.
Thinny 2.0, codename “Bianca”
This new version of Thinny goes deeper with the initial idea of a big image before the post. As the saying goes, a picture is worth a thousand words, so we expanded the concept. I mean, literally. The post image (or video!) is now full width and full height, and can be easily add with the use of a variable.
Features
Lists and text formatting
You can use various HTML tags:
- To bold text, use

. - To italicize text, use

. - Abbreviations, like HTML should use

, with an optionaltitle
attribute for the full phrase.
- Citations, like — Thinny, should use

. Deletedtext should use
and inserted text should use
.- Superscript text uses

and subscript text uses
.
Messages, code and images
You can add code elements
with highlight support:
{% include image.html url="/media/2014-01-22-thinny-2/bianca.jpg" width="100%" description="Image captions are supported out of the box. Brilliant!" %}
Will output this:
Table
Thinny also support html tag

:
| Version | Codename | Platform |
|---|---|---|
| 0.3 | Alexandra | Ghost 0.3.x |
| 2.0 | Bianca | Jekyll |
| 2.1 | Cosette | Jekyll |
Mobile version
Coming soon…
Quote
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Want to see something else added? Open an issue.


|
Hello, world!
This is a sub.
I can use pre. It is cool!
quote the words
change words direction
My favorite color is blue red!


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Highlighter
1
Walmart
2
Amazon.com
3
Exxon Mobil
4
Apple
5
CVS Health
6
Berkshire Hathaway
7
UnitedHealth Group
8
McKesson
9
AT&T
10
AmerisourceBergen
All_the_lines_should_be_highlighted_when_a_word_is_wrapped_into_multiple_lines__All_the_lines_should_be_highlighted_when_a_word_is_wrapped_into_multiple_linesAll_the_lines_should_be_highlighted_when_a_word_is_wrapped_into_multiple_linesAll_the_lines_should_be_highlighted_when_a_word_is_wrapped_into_multiple_lines
TODO
Form input controls are not supported because Range.getClientRects() returns empty list.
This is a text area. Call it the ultimate business scorecard. This marks the 66th edition of our ranking of America’s largest companies. The 500 that made this year’s list represent two-thirds of the U.S. economy, with $14.2 trillion in revenue. Explore the list for a full breakdown of who’s up, who’s down, and why.


Preparation time
over 2 hours
Cooking time
over 2 hours
This intricate dessert is made of homemade lady fingers filled with layers of flavoured creams, cake and jelly.

For the Italian meringue, put 55ml/2fl oz water in a pan with the sugar and glucose. Gently heat to 110C (check with a sugar thermometer) then keep a close eye on it and remove it from the heat as soon as it reaches 120C.
Meanwhile whisk the egg whites to soft peaks in a freestanding mixer. As soon as the sugar comes to 120C, slowly add it to the egg whites in a thin steady stream with the motor running all the time. Leave to mix for 15 minutes or until the bowl is cool. Set aside.
For the sponge fingers, preheat the oven to 190C/170C Fan/Gas 5. Lightly grease 3 baking trays and line them with baking paper.
Whisk the egg yolks with half the sugar until pale and the thick enough to leave trails on the surface of the batter when the whisk is removed (the ribbon stage).
In a separate bowl, whisk the egg whites with the remaining sugar and the salt until soft peaks form when the whisk is removed. Fold the egg whites into the egg yolk mixture using a metal spoon. Fold in the flour. Transfer the mixture to a piping bag attached with a large plain nozzle.
Pipe into 11cm/4in lines spaced 2.5cm/1in apart. Make a syrup by heating the sugar with 100ml/3½fl oz water. Sprinkle the syrup over the sponge fingers and bake for 10 minutes. Leave to cool on a wire rack.
For the génoise sponge, preheat the oven to 200C/180C Fan/Gas 6. Grease and line a Swiss roll tin.
Whisk the egg yolks and sugar until pale and the thick enough to leave trails on the surface of the batter when the whisk is removed (the ribbon stage). Gently fold in the sifted flour and the melted butter.
Pour the batter into the prepared tin and bake for 10 minutes, or until golden-brown and springy to touch. Set aside to cool slightly, then remove from the tin and allow to cool completely on a wire rack. Cut out 2 x 18cm/7in circles of cake.
For the raspberry bavarois, heat the milk, raspberry purée and lime juice in a large pan.
Using an electric mixer, whisk the egg yolks and sugar until pale and doubled in volume. When the raspberry mixture comes to the boil, slowly add it to the egg mixture in a thin steady steam, whisking all the time. Return the mixture to the pan and heat gently for a few minutes until thick enough to coat the back of a spoon (do not allow it to boil as it might split).
Squeeze out any excess liquid from the gelatine and stir it into the raspberry mixture until dissolved. Leave to cool.
Whip the cream until thick enough to leave trails on the surface when the whisk is removed (the ribbon stage). Add 120g/4oz of the cooled Italian meringue and mix using a silicone spatula. Stir in the raspberry mixture and chill until ready to use.
Line a 20cm/8in cake tin with cling film making sure there is plenty overhang at the sides. Place one of the discs of génoise sponge in the bottom of the tin (the cake disc needs to be smaller than the base to allow the sponge fingers to sit inside comfortably).
Trim one end of the sponge fingers so they are all the same length and will sit neatly in the tin. Place the sponge fingers around the side of the tin with a slight overlap to ensure there are no gaps (to prevent the filling leaking out). Pour in the raspberry bavarois, smooth the surface and transfer to the fridge to set (do this in the freezer if you are short of time).
For the mango bavarois, heat the milk, mango pulp and lime juice in a large pan.
Using an electric mixer, whisk the egg yolks and sugar until pale and doubled in volume. When the mango mixture comes to boil, slowly add it to the egg mixture in a thin steady steam, whisking all the time. Return the mixture to the pan and heat gently for a few minutes until thick enough to coat the back of a spoon (do not allow it to boil as it might split).
Squeeze out any excess liquid from the gelatine and stir it into the mango mixture until dissolved. Leave to cool.
Whip the cream until thick enough to leave trails on the surface when the whisk is removed (the ribbon stage). Add 120g/4oz of the cooled Italian meringue and mix using a silicone spatula. Stir in the mango mixture and chill until ready to use.
When the raspberry bavarois is set, add the second disc of génoise sponge and cover with the mango bavarois. Smooth the surface and chill until set.
For the mango jelly, heat the mango purée until it just reaches boiling point. Remove from the heat and cool for 5 minutes.
Squeeze out any excess liquid from the gelatine and stir it into the mango until dissolved.
When the mango bavarois is set, pour the mango jelly on top and chill until set.
When the jelly is set, carefully remove the charlotte russe from the tin and place on a serving plate.
Place any remaining meringue into a piping bag fitted with a large star nozzle. Pipe rosettes of the meringue around the edge of the jelly and top each one with a raspberry. Arrange the mango slices on top of the jelly, starting in the centre and fanning outwards like the spokes of a bicycle wheel. Arrange the remaining raspberries around the bottom of the russe and top with gold leaf, if using.
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Folding
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Whipping cream by hand
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Whisking egg whites


Doping Scandal: WADA Bans Russia From All Major Sporting Events Including Olympics, FIFA World Cup For Four Years
by IANSRussia has been handed a four-year ban from all major sporting events by the World Anti-Doping Agency (WADA), including next year's Tokyo Olympics and the FIFA World Cup in 2022.
After the development, the Russian flag and anthem will not be allowed at any major sporting event. However, athletes who will be able to prove that they are untainted by the doping scandal will be able to compete under a neutral flag.
The decision came after Russia's Anti Doping Agency (RUSADA) was declared non-compliant for manipulating laboratory data handed over to investigators in January this year.
Rusada now have a period of 21 days to appeal against the ban and if they do, the appeal will be referred to the Court of Arbitration for Sport (CAS).
WADA vice-president Linda Helleland, however, felt the four-year ban was "not enough". "I wanted sanctions that can not be watered down. We owe it to the clean athletes to implement the sanctions as strongly as possible," she was quoted as saying by BBC.
Russia have been banned from competing as a nation in athletics since 2015.
Despite the ban, Russia will be able to compete at Euro 2020, in which St. Petersburg will be a host city, as European football's governing body UEFA is not defined as a 'major event organisation'.
(This story has been published from a wire agency feed without modifications to the text. Only the headline has been changed.)


{% extends "base.html" %} {% block body %}
all time last week last 24 hours uniq ips uniq user agents started tests completed tests


Hello and welcome! My name is Luke, I'm a Full-Stack Developer passionate about building engaging websites and apps with excellent loading time and SEO. I'm comfortable developing with a wide range of libraries and tech stacks listed below 👇🏼 I'm currently based out of Honolulu, I was born and raised on what was once Native Ohlone Land, and is now the East Bay of California. My interests outside of coding include sustainable farming, making music, Aloha 'Aina allyship and cooking delicious meals with local foods. Looking forward to working together!
Read about my Rithm School expereince Here!
Visit my Mongo Blog for the latest and greatest :)
Currently learning Vite + Preact PWA w/ Service Workers
And here's a quick reference to all the frameworks and libraries I have experience with:
Personal Blog for daily coding updates, trials and accomplishments
Professional Resume Writing Services and Career Development Support.
Business site for client with vibrational healing technology
"Luke helped me by being a valued contributor to multiple projects for my business, Hayes & Co. As a development agency, it’s so important to have reliable and responsive help and Luke was just that! He helped on a number of projects including: WordPress site development, custom software development (using Mongo, Express, React.js and Node.js) and some database management. I appreciated the can-do attitude and willingness to tackle difficult projects."


Summer Olympic Streamgraph of the top 10 countries gold medalists.
Men Gold Medalists
Women Gold Medalist


This page can be Optimized with a nice SEO.
Toggle Message
This is my first message.
This is my second message.


Below is an explanation of elements in the javascript language with the use cases for each element.
Parentheses () - Parentheses allow you to group and contain you elements/ operators an to isolate the expression of assignment. It picks up of the sequencing hierachy of something like BODMAS in algebra that would combine elements that need to be processed together.
Brackets [] - Brackets contain arrays [ ‘1’ + ‘2’ + ‘3’ ]. With these items in an array we can select and manipulate them by number and do all the other cool things you can do with arrays.
Single quotes '' and Double Quotes “” - Single quotes and double quotes are used to contain strings. This would be more for text that is to be shown on the website rather than interpreted as javascript. You cannot open a string with a single quote and close with a double quote - and vice versa. If you are quoting within a string you could use a single quote to distinguish the ‘script.’


public class StringBuilderReader extends Reader
Reader
over a
StringBuilder
instance. Although
one can use
StringReader
by passing it
StringBuilder.toString()
, it is better to use this class, as it
doesn't mark the passed-in
StringBuilder
as shared (which will cause
inner char[] allocations at the next append() attempt).
StringBuilder
is not
changed during the use of this
Reader
implementation.
StringReader
(for
the right reasons).
StringBuilder sb = new StringBuilder("some text"); Reader reader = new StringBuilderReader(sb); ... read from reader - don't close it ! ... sb.setLength(0); sb.append("some new text"); reader.reset(); ... read the new string from the reader ...
| Constructor and Description |
|---|
StringBuilderReader
(
StringBuilder
sb)
|
| Modifier and Type | Method and Description |
|---|---|
void
|
close
()
|
void
|
mark
(int readAheadLimit)
Mark the present position in the stream.
|
boolean
|
markSupported
()
|
int
|
read
()
|
int
|
read
(char[] cbuf,
int off,
int len)
|
boolean
|
ready
()
|
void
|
reset
()
|
void
|
set
(
StringBuilder
sb)
|
long
|
skip
(long ns)
|
public StringBuilderReader( StringBuilder sb)
public void close()
public void mark(int readAheadLimit) throws IOException
mark
in class
Reader
readAheadLimit
- Limit on the number of characters that may be read
while still preserving the mark. Because the stream's input comes
from a StringBuilder, there is no actual limit, so this argument
must not be negative, but is otherwise ignored.
IllegalArgumentException
- If readAheadLimit is
IOException
- If an I/O error occurs
public boolean markSupported()
markSupported
in class
Reader
public int read() throws IOException
read
in class
Reader
IOException
public int read(char[] cbuf, int off, int len) throws IOException
read
in class
Reader
IOException
public boolean ready() throws IOException
ready
in class
Reader
IOException
public void reset() throws IOException
reset
in class
Reader
IOException
public void set( StringBuilder sb)
public long skip(long ns) throws IOException
skip
in class
Reader
IOException