ppmtoicr(1) ppmtoicr(1) NAME ppmtoicr - convert a portable pixmap into NCSA ICR format SYNOPSIS ppmtoicr [-windowname name] [-expand expand] [-display display] [-rle] [ppmfile] DESCRIPTION Reads a portable pixmap file as input. Produces an NCSA Telnet Interac‐ tive Color Raster graphic file as output. If ppmfile is not supplied, ppmtoicr will read from standard input. Interactive Color Raster (ICR) is a protocol for displaying raster graph‐ ics on workstation screens. The protocol is implemented in NCSA Telnet for the Macintosh version 2.3. The ICR protocol shares characteristics of the Tektronix graphics terminal emulation protocol. For example, escape sequences are used to control the display. ppmtoicr will output the appropriate sequences to create a window of the dimensions of the input pixmap, create a colormap of up to 256 colors on the display, then load the picture data into the window. Note that there is no icrtoppm tool - this transformation is one way. OPTIONS -windownamename Output will be displayed in name (Default is to use ppmfile or "untitled" if standard input is read.) -expandexpand Output will be expanded on display by factor expand (For example, a value of 2 will cause four pixels to be dis‐ played for every input pixel.) -displaydisplay Output will be displayed on screen numbered display -rle Use run-length encoded format for display. (This will nearly always result in a quicker display, but may skew the colormap.) EXAMPLES To display a ppm file using the protocol: ppmtoicr ppmfile This will create a window named ppmfile on the display with the correct dimensions for ppmfile, create and download a colormap of up to 256 col‐ ors, and download the picture into the window. The same effect may be achieved by the following sequence: ppmtoicr ppmfile > filename cat filename To display a GIF file using the protocol in a window titled after the input file, zoom the displayed image by a factor of 2, and run-length encode the data: giftopnm giffile | ppmtoicr -w giffile -r -e 2 BUGS The protocol uses frequent fflush calls to speed up display. If the out‐ put is saved to a file for later display via cat, drawing will be much slower. In either case, increasing the Blocksize limit on the display will speed up transmission substantially. SEE ALSO ppm(5) NCSA Telnet for the Macintosh, University of Illinois at Urbana-Champaign (1989) AUTHOR Copyright (C) 1990 by Kanthan Pillay (svpillay@Princeton.EDU), Princeton University Computing and Information Technology. 30 July 1990 ppmtoicr(1)


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The Rule button will create a new rule. |
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The Trigger button will create a new trigger. |
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The Edit button edits the selected rule or trigger. |
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The Delete button deletes the selected rule or trigger. |
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The Apply button applies any rules that are available in the Apply Rules menu to all open mailboxes. |
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The Show/Hide Triggers buttons shows or hides the triggers list area. |


Ocean [ao16], ocean, in The Outer Sea ------------------------------------------------------------------------ 30: It has stopped raining. Routes leaving Ocean: North, forest, to Trollwood [an16], Mandoria, 2 days Garrison [iy3t], garrison, uncontrolled, with three soldiers East, to Ocean [ao17], 6 days South, plain, to Open Pampas [ap16], Mandoria, 2 days West, to Ocean [ao15], 6 days


Founded in 1960, Mohawk is a premier member-owned flying club based at Gerald R. Ford International Airport (KGRR) in West Michigan. We currently operate two Cessna aircraft that are hangared at KGRR, and are in the process of adding a Cirrus SR20 to our fleet in 2021. The club emphasizes safety, continuous aircraft improvement, and camaraderie.
Our members range from professional jet pilots to newly-minted VFR pilots, who benefit from online scheduling, a maintenance officer, and numerous CFI's. Membership is limited to not more than 15 per aircraft, and currently totals 26 members.
The club emphasizes safety, continuous aircraft improvement, and camaraderie.


Dhwani Music Club
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HCI is located in many different areas like Union City, Dyersburg, and Jackson.
You can visit our contact page to see all information.
We have warehouses full of what you need and desire.

If you visit our sales page above there are sales that are updated every week to show what we are selling or whats on sale.


Benefits Yes No
Care Optionss Yes No
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Seek Help Yes No
Anonymity Yes No
Leave Yes No
Mental Health Consequence Yes No
Coworkers Yes No
Supervisor Yes No
Mental Vs Physical Yes No
Obs Consequence Yes No


System Setting
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This website is under construction. Until the generators are up, we will provide fixed sets of assets, databases of fix assets or links to sources.
We would approve your help in building up this site.
All kinds of backgrounds, foregrounds and paralax graphics. Continuus or Tiles.
All Kinds of Animations: Sprites for Players, Enemies, Decorations, Items.


Roman Numeral Game
Make your projects look great and interact beautifully.
See Project
Roman Numeral Game
Make your projects look great and interact beautifully.
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Pig Latin Translator
Make your projects look great and interact beautifully.
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|
CS 341 - Survey of Programming Languages
Homework #13 |
Due: Thursday 12/7 in class #28
Note: This work is to be done in two groups as a class. Work will be reviewed
in class on 12/7.
TBA Android App
For this project, you will self-organize as a class into ___ groups to create
two Android apps: TBD
Notes:
- Document each team member's contributions week-to-week at minimum. Email
such work logs to me.
- I am more than happy to provide assistance, feedback, and resource to
support a successful project.
- See the Online Resources "Android" subsection of our
home page for resources that have been helpful in
the past.


Bangladesh flying in onion from Egypt, Turkey as prices continue to soar
by bdnews24.comThe government is flying in onion from abroad in a bid to calm the turbulent market, the commerce secretary has said as prices continue to skyrocket.
The first consignments from Egypt and Turkey are expected to land in the middle of next week, Secretary Md Jafar Uddin told bdnews24.com on Friday as the retail prices of the cooking ingredient increased up to Tk 240 a kg.
“The onions will be sold through the TCB (Trading Corporation of Bangladesh)across the country after the consignments arrive next Monday or Tuesday,” he said.
He did not specify any amount.
The TCB is offering only two kg of onion at Tk 45 a kg at some points of Dhaka and other cities and towns. But desperate crowds of low-income people scrambled in queues for the cooking ingredient on the street next to the Secretariat in the capital on Thursday.
“The situation has reached such a point that the government is importing onion itself for the first time,” the secretary remarked.
Some private firms have been tasked with importing onion through airways from Ukraine, Afghanistan and some other countries, he said.
Onion import through airways would continue until new produces from the Bangladesh farmers and shipment of consignments through the sea arrive, the secretary added.
The government efforts such as prioritising onion import, drives against dishonest businesses, and sales through TCB have failed because many issues related to the global market have played a role in driving the prices, according to Jafar.
“But there will be no outcome from these analyses now,” he added.
‘Manik’, who manages Amanat Bhandar at the wholesale onion market in Dhaka’s Shyambazar, told bdnews24.com that nothing was working because of short supply from Myanmar and the Middle East.
“The situation won’t improve without a supply boost,” he said.
‘Masud’, who runs a mini superstore in Mirpur’s Rupnagar, said he was selling onion at Tk 180 per kg on Thursday morning but raised the price to Tk 210 after finding out that others were charging higher than what he was asking for.
On Friday, he found wholesale price increased to Tk 220 a kg.
The grocers in the area did not collect much onion in past few days due to high prices, Masud said.
Jahangir Alam, who supplies onion to the capital from Faridpur, claimed supply of onion dropped ten-fold in the markets of the district.
“Now the traders are crowding around any farmer who brings even one sack of onion. So, the price is skyrocketing naturally,” he said.


{% extends "_base.html" %} {% block title %}{% endblock %} {% block content %} Toggle navigation Home | Welcome to Maia's first blog, feel free to post anything! Connect with me .. LinkedIn Twitter


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Eat By The Numbers - v0.1
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{% if next != '/' %} {% include 'base.html' with contentLogin=next %} {% endif %} {% if nested %}
This action requires authorization.
Registration and/or login is necessary.
Sorry, that's not a valid username or password
{% endif %} {# normally action should be '.' for security #}


$template{name="sample-readme-html-header" title="Network Data Encryption demo"}$
What does the sample do?
This samples illustrates the implementation of a composite serialization for all JPPF network traffic.
The network data is encrypted using a AES cipher with a 128 bits symetric secret key.
The initial secret key is kept in a keystore, that is included in the resulting jar file deployed to the nodes, servers and clients.
This key is not used to actually encrypt or decrypt the data. Instead, it s used to generate and encrypt a new secret key for each new block of data to encrypt.
This means that each block of data (i.e a task or data provider) is encrypted with a different key. The resulting block structure is thus as follows:
- length of the new key
- content of the new key (encrypted with the initial key)
- actual data (encrypted with the new key)
There remains, however, one vulnerability: we still need the keystore password to be stored somewhere, so that we can use the keystore.
To avoid storing this password in clear, we obfuscate it by using a Base64 encoding.
The obfuscated password is then stored in a file, which is also included in the jar file to deploy.
Related source files
- CryptoSerialization.java : the data transformer that performs the encryption and decryption
- Helper.java : a set of utility methods to generate and retrieve passwords and secret keys, create and manipulate a keystore, and provide the encryption parameters
How do I use it?
First you need to build the sample jar file. To do this, perform the following steps:
- open a command prompt in JPPF-x.y.z-samples-pack/DataEncryption
- open the file "build.xml" with a text editor, and set the value of the "password" property to the password you want to use for the keystore (it will not be included with the deployed jar file)
- save the file you just edited and build the sample: type "ant jar"; this will create a file named DataEncryption.jar
The next step is to deploy the jar file to every component of the JPPF grid, including servers, nodes, and client applications, and to hook it to the JPPF component:
- Add the jar file to the class path of each component: In the case of a server, node or administration console, it is simply a matter of dropping it into the "/lib" folder of the component's root installation path.
For client applications, you may have to edit the script that launches the application to add the jar to the class path.
- Edit the JPPF configuration file of each component and add the following property:
jppf.object.serialization.class = CRYPTO org.jppf.serialization.DefaultJavaSerialization
Once this is done, you can restart the servers, nodes and clients, and any data sent over the network will be automatically encrypted and secure.
What features of JPPF are demonstrated?
Custom transformation and encryption of the JPPF network traffic, allowing to work securely with a JPPF grid.
For a detailed explanation, please refer to the related documentation in the
Composite serialization section.
I have additional questions and comments, where can I go?
If you need more insight into the code of this demo, you can consult the Java source files located in the DataEncryption/src folder.
In addition, There are 2 privileged places you can go to:
$template{name="sample-readme-html-footer"}$


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Author: Wolf-Dieter Fink
Level: Intermediate
Technologies: EJB, EAR, AppClient
Summary: The app-client
quickstart demonstrates how to code and package a client app and use the JBoss EAP client container to start the client Main program.
Target Product: JBoss EAP
Source: https://github.com/jboss-developer/jboss-eap-quickstarts/
The app-client
quickstart demonstrates how to use the JBoss EAP client container to start the client Main
program and provide Dependency Injections (DI) for client applications in Red Hat JBoss Enterprise Application Platform. It also shows you how to use Maven to package the application according to the JavaEE specification.
This example consists of the following Maven projects, each with a shared parent:
| Sub-project | Description |
|---|---|
ejb | An application that can be called by the client . |
ear | The EAR packaging contains the server and client side. |
client-simple | A simple client application for running in the application-client container to show the injection |
The root pom.xml
file builds each of the subprojects in the appropriate order.
The application this project produces is designed to be run on Red Hat JBoss Enterprise Application Platform 7.1 or later.
All you need to build this project is Java 8.0 (Java SDK 1.8) or later and Maven 3.3.1 or later. See Configure Maven for JBoss EAP 7.1 to make sure you are configured correctly for testing the quickstarts.
In the following instructions, replace EAP7_HOME
with the actual path to your JBoss EAP installation. The installation path is described in detail here: Use of EAP7_HOME and JBOSS_HOME Variables.
If the client and server are run on different hosts, you must add the following users to the JBoss EAP server side application. Be sure to use the names and passwords specified in the table as they are required to run this example.
| UserName | Realm | Password | Roles |
|---|---|---|---|
| admin | ManagementRealm | admin-123 | leave blank for none |
| quickuser | ApplicationRealm | quick-123 | leave blank for none |
To add the users, open a command prompt and type the following commands:
For Linux:
EAP7_HOME/bin/add-user.sh -u admin -p admin-123
EAP7_HOME/bin/add-user.sh -a -u quickuser -p quick-123
For Windows:
EAP7_HOME\bin\add-user.bat -u admin -p admin-123
EAP7_HOME\bin\add-user.bat -a -u quickuser -p quick-123
If you prefer, you can use the add-user utility interactively. For an example of how to use the add-user utility, see the instructions located here: Add an Application User.
For Linux: EAP7_HOME/bin/standalone.sh
For Windows: EAP7_HOME\bin\standalone.bat
mvn clean install wildfly:deploy
This example shows how to invoke an EJB from a remote standalone application on the same machine. Both the client and server are on the same machine, so the defaults are sufficient and no authentication is necessary.
EAP7_HOME
with the path to your JBoss EAP installation.
For Linux: EAP7_HOME/bin/appclient.sh ear/target/app-client.ear#simpleClient.jar Hello from command line
For Windows: EAP7_HOME\bin\appclient.bat ear\target\app-client.ear#simpleClient.jar Hello from command line
Review the result. The client outputs the following information provided by the server application:
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-51) Main started with arguments
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-51) [Hello, from, command, line]
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-##) Hello from StatelessSessionBean@myhost
This output shows that the ServerApplication
is called at the jboss.node myhost
. The application client connected automatically a server on the same machine.
Review the server log files to see the bean invocations on the server.
ClientContext is here = {Client =dev84, jboss.source-address=localhost/<IP_ADDRESS>:45315}
This example shows how to invoke an EJB from a remote standalone Java EE application on a different machine. In this case, the client needs to define a properties file to define properties to connect and authenticate to the server. The properties file is passed on the command line using the --ejb-client-properties
argument.
MACHINE_1_IP_ADDRESS
with the IP address of this machine. These arguments make the server accessible to the network.
For Linux: EAP7_HOME/bin/standalone.sh -b MACHINE_1_IP_ADDRESS -bmanagement MACHINE_1_IP_ADDRESS
For Windows: EAP7_HOME\bin\standalone.bat -b MACHINE_1_IP_ADDRESS -bmanagement MACHINE_1_IP_ADDRESS
app-client
quickstart to this machine.jboss-ejb-client.properties
file. This file can be located anywhere in the file system, but for ease of demonstration, we create it in the root directory of this quickstart. Add the following content, replacing MACHINE_1_IP_ADDRESS
with the IP address of Machine_1
.
remote.connectionprovider.create.options.org.xnio.Options.SSL_ENABLED=false
remote.connections=default
remote.connection.default.host=MACHINE_1_IP_ADDRESS
remote.connection.default.port=8080
remote.connection.default.connect.options.org.xnio.Options.SASL_POLICY_NOANONYMOUS=false
remote.connection.default.username=quickuser
remote.connection.default.password=quick-123
Open a command prompt and navigate to the root directory of the quickstart.
app-client
quickstart to the remote machine using the following command:
mvn clean install wildfly:deploy -Dwildfly.hostname=MACHINE_1_IP_ADDRESS [-Dwildfly.port=9099] -Dwildfly.username=admin -Dwildfly.password=admin-123
Machine_1
as described above.app-client
application:
For Linux: EAP7_HOME/bin/appclient.sh --ejb-client-properties=ejb-client.properties ear/target/app-client.ear#simpleClient.jar Hello from command line
For Windows: EAP7_HOME\bin\appclient.bat --ejb-client-properties=ejb-client.properties ear\target\app-client.ear#simpleClient.jar Hello from command line
Review the result. The client outputs the following information, which was provided by the application:
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-51) Main started with arguments
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-51) [Hello, from, command, line]
[org.jboss.as.quickstarts.appclient.acc.client.Main] (Thread-##) Hello from StatelessSessionBean@theOtherHOST
This output shows that the ServerApplication
is called at the jboss.node theOtherHOST
.
Review the server log files on the remote machine to see the bean invocations on the server.
ClientContext is here = {Client =dev84, jboss.source-address=localhost/<IP_ADDRESS>:45315}
As shown above, the connected server(s) can be configured using the properties file. It is also possible to connect multiple servers or a cluster using the same jboss-ejb-client.properties
file.
Follow these instructions if you are testing the quickstart on the same machine.
mvn wildfly:undeploy
Follow these instructions if you are testing the quickstart on a different machine.
Machine_1
, where the quickstart is deployed as described above.Machine_2
, and navigate to the root directory of this quickstart.Machine_1
.
mvn wildfly:undeploy -Dwildfly.hostname=MACHINE_1_IP_ADDRESS [-Dwildfly.port=9099] -Dwildfly.username=admin -Dwildfly.password=admin-123


SECTION: 200-General
TITLE: Z5 Phoenix
QUESTION: How do I use Jetty with Avalon Phoenix?
Jetty-Phoenix is an integration of Jetty into the
Phoenix
application container. Phoenix is part of the Avalon project, which defines an
application framework for component based application development, which is
similar to EJB but removes much of the limitations imposed by EJB.
The port allows the Jetty web server to be used as a service within a Phoenix
application. Servelets deployed
within Jetty can access other services by retrieving the ServiceManager from
the HttpSession by getting the attribute
WebServer.SERVICE_MANAGER. This will allow the serlvet to access any services
that have been defined for
the servlet.
The configuration for Jetty is extracted from the services configuration as
per Avalon standards. Details of the
configuraion options can be found in the Javadoc for the code.
Use
Jetty-Phoenix requires the Jetty libraries, as well as the Phoenix libraries in order to work. A sample ant bui
ld script and configuration files are provided to assist in creating applications that work with Jetty-Phoenix.
The basic process to install is to place the Jetty and Jetty-Phoenix libraries in the lib path that will be inc
luded in the phoenix sar file (sar files are Jar files that are used for installing phoenix applications). Make
sure that the web service is defined in the deployment descriptor files, perform the ant install and then foll
ow the standard phoenix startup procedure.
Notes
- At this point in time there is still alot of work to do in order to make full use of the Jetty product, but the
port is sufficient to make most applications work.
- A Jetty Phoenix bundle is available on the Jetty sourceforge page. The
source is being integrated into the Phoenix CVS and the latest version will
be found there
Queries
Any queries about this port can be sent to Howard Henson (hhenson@aosl.co.za)


{{ error }}
Volumes allow for shared storage between containers. Note: temporary volumes are deleted with the instance of a version


TMTerminateAddFile Code Example
long session_handle;
unsigned char state_buffer[15360];
FileEntry fentry;
short result;
/* session_handle set from a call to TMExtendedStartSession */
...
/* get the unique registration number of the device to communicate with using TMFirst,TMNext,TMRom... */
...
/* call TMCreateProgramJob to set up EPROM writing */
...
fentry.name[0] = 'D';
fentry.name[1] = 'E';
fentry.name[2] = 'M';
fentry.name[3] = 'O';
fentry.extension = 100;
/* try to Terminate the 'add' file DEMO.100 */
result = TMTerminateAddFile(session_handle,state_buffer,&fentry);
if (result >= 0)
{
/* 'add' file is terminated */
...
}
else
{
/* error terminating 'add' file */
...
}
/* Call TMDoProgramJob until EPROM programming is complete */
...
/* close the session with a call to TMEndSession */
...


This week, we have our first meeting with the M4P0 team. After learning about their use cases and their visions, we will assemble into groups to work on each of those for the rest of the semester.
Once the groups are assigned, the rest of the session will be dedicated to finishing up the Augmented Exercises in Unity, as well as clarifying any issues that remain with Unity development. It's important to get these out of the way before we move on to more conceptual approaches on the topic of museums and digital media.
welcome!
fall break-ish: you have until next sunday (18th) to complete any missing reading responses/assignments
the Museum4Punkt0 initiative is a federal program aimed at modernizing museums across Germany.
the final presentation of your proposal and prototype will be on december 10 (last day of classes), to the whole M4P0 team.
can be found on the class wiki: https://github.com/periode/augmenting-gallery/wiki/M4P0-use-cases
your final presentation should include:
to prevent information overload, all communication should be done by email, with pierre in cc, and during working hours.
which project would you be most interested in working on?
-> each class from now on will have a quick weekly check-in during which you will present the progress you've made on the use-cases
-> complete assignment #2 - building an AR app
next week we will start talking about museums! you can find the homework here
-> readings about what museums are, and what they could be


Public Member Functions | |
Constructors and Destructor | |
| LexicalHandler () | |
| Default constructor. | |
| virtual | ~LexicalHandler () |
| Destructor. | |
The virtual document handler interface | |
| virtual void | comment (const XMLCh *const chars, const XMLSize_t length)=0 |
| Receive notification of comments. | |
| virtual void | endCDATA ()=0 |
| Receive notification of the end of a CDATA section. | |
| virtual void | endDTD ()=0 |
| Receive notification of the end of the DTD declarations. | |
| virtual void | endEntity (const XMLCh *const name)=0 |
| Receive notification of the end of an entity. | |
| virtual void | startCDATA ()=0 |
| Receive notification of the start of a CDATA section. | |
| virtual void | startDTD (const XMLCh *const name, const XMLCh *const publicId, const XMLCh *const systemId)=0 |
| Receive notification of the start of the DTD declarations. | |
| virtual void | startEntity (const XMLCh *const name)=0 |
| Receive notification of the start of an entity. |
This is an extension handler for that provides lexical information about an XML document. It does not provide information about document content. For those events, an application must register an instance of a ContentHandler.
The order of events in this interface is very important, and mirrors the order of information in the document itself. For example, startDTD() and endDTD() events will occur before the first element in the document.
| LexicalHandler::LexicalHandler | ( | ) |
Default constructor.
| virtual LexicalHandler::~LexicalHandler | ( | ) | [virtual] |
Destructor.
| virtual void LexicalHandler::comment | ( | const XMLCh *const | chars, | |
| const XMLSize_t | length | |||
| ) | [pure virtual] |
Receive notification of comments.
The Parser will call this method to report each occurrence of a comment in the XML document.
The application must not attempt to read from the array outside of the specified range.
| chars | The characters from the XML document. | |
| length | The number of characters to read from the array. |
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::endCDATA | ( | ) | [pure virtual] |
Receive notification of the end of a CDATA section.
The SAX parser will invoke this method at the end of each CDATA parsed.
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::endDTD | ( | ) | [pure virtual] |
Receive notification of the end of the DTD declarations.
The SAX parser will invoke this method at the end of the DTD
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::endEntity | ( | const XMLCh *const | name | ) | [pure virtual] |
Receive notification of the end of an entity.
The SAX parser will invoke this method at the end of an entity
| name | The name of the entity that is ending. |
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::startCDATA | ( | ) | [pure virtual] |
Receive notification of the start of a CDATA section.
The SAX parser will invoke this method at the start of each CDATA parsed.
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::startDTD | ( | const XMLCh *const | name, | |
| const XMLCh *const | publicId, | |||
| const XMLCh *const | systemId | |||
| ) | [pure virtual] |
Receive notification of the start of the DTD declarations.
The SAX parser will invoke this method at the start of the DTD
| name | The document type name. | |
| publicId | The declared public identifier for the external DTD subset, or null if none was declared. | |
| systemId | The declared system identifier for the external DTD subset, or null if none was declared. |
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.
| virtual void LexicalHandler::startEntity | ( | const XMLCh *const | name | ) | [pure virtual] |
Receive notification of the start of an entity.
The SAX parser will invoke this method at the start of an entity
| name | The name of the entity that is starting. |
| SAXException | Any SAX exception, possibly wrapping another exception. |
Implemented in DefaultHandler.


Mark Levin blasts Adam Schiff, claims 'the law is on the president's side' on Ukraine
by Charles CreitzMark Levin on Thursday encouraged President Trump to keep fighting against the Democrats' impeachment inquiry and demanded House Intelligence Committee Chairman Adam Schiff, D-Calif., be made to testify during his own proceedings.
Levin -- whose Fox News Channel program "Life, Liberty & Levin" moves to 8 PM ET on Sunday evenings -- told "Hannity" that Schiff and his party were attacking Trump on shaky grounds.
"The law is on the president's side, the facts are on the president's side," he said of Trump's overtures with Ukraine that have been under scrutiny in the House of Representatives.
"What they're attacking is the transition of power. They have never supported the transition of power from the Obama administration to a Trump administration."
GAETZ: TRUMP IMPEACHMENT INQUIRY IS DEMOCRATS' 'COP-OUT' FOR LACK OF A PRODUCTIVE AGENDA
Levin said Trump was able to appoint "whomever he wants" to foreign policy positions and was allowed to conduct foreign policy in the way he chose.
At the same time, Levin accused former President Obama of failing to supply sufficient military aid to Ukraine -- which Democrats have claimed Trump withheld in a "quid pro quo" scenario.
"The president sets foreign policy," Levin said. "It doesn't make a damn's worth of difference if you don't agree with it. I don't care what a former Obama ambassador [to] Ukraine thinks."

Turning his attention back to the House Intelligence Committee chairman, Levin called on the Ukraine whistleblower -- and Schiff himself -- to testify before the impeachment inquiry hearings.
"The whole house of cards will collapse and the American people will see [that] this was an outrageous, unconscionable attack by them on the president," Levin claimed.
CLICK HERE TO GET THE FOX NEWS APP
"Mr. President -- stay strong -- this'll collapse, eventually."
In addition, host Sean Hannity urged Schiff to request that former Vice President Joe Biden and his 49-year-old son Hunter Biden testify in the proceedings.


§107-2 Surveys, maps, etc., lands, harbors, etc. The comptroller shall cause such surveys, maps, and plans of the government lands set aside for public purposes and of the harbors, and internal improvements to be made as the public interest may require, which surveys, maps, and plans shall be kept in the comptroller's office for public inspection and reference. [CC 1859, §45; Cp L §45; am imp Org Act, §73(q); RL 1925, §799; RL 1935, §1701; RL 1945, §4902; RL 1955, §110-2; am L Sp 1959 2d, c 1, §12; HRS §107-2; gen ch 1985]
Cross References
Public works affecting historical sites, see §6E-8.


Verified Profiles
To ensure that the information added by the student is not fake, a system of verification is used for every update a student makes to his/her profile.
Three Level of User Permissions:
A superuser, a teacher and the student. The student has the most basic access rights, the teacher verifies student information.
Dashboard for Student and Teachers
A dashboard facility with interactive forms for students and teachers to regularly update profiles.
Filter-based Results
For ease of use by teachers and recruiters, profiles can be filtered based on area of interest, research aptitude, projects, competitive coding skills etc.
Profile Updation and Analysis
Whenever a student updates his/her profile, it can be viewed by all as a student progress in the respective domain. Analysis is carried out to show how much progress is carried it in the domain in how much time.
Connecting teachers and students:
When students take up projects under a college professor, the system users can view the professor portfolio and project details on the portal.


Introduction
In the past two decades corpora of language data have started to play an increasingly significant role in determining how languages are taught, perceived and used. Corpora have been applied in a wide range of areas, such as translation studies, grammar and dictionary development and language acquisition approaches. Translators, linguists and terminologists thrive in a cutting-edge working environment, where mastering good computer literacy skills and being well-versed in strategic information mining is essen-tial for both being able to use the resources at their disposal and to find required andsignificant information in a short period of time. This involves, for instance, finding translation equivalents and domain-specific terms, extracting collocations, idioms, and phrasalverbs, and exploring the terms used in specific contexts in order to render future docu-ments grammatically, semantically and stylistically appropriate for the target audience. In order to conduct such a cross-linguistic analysis of corpora, software tools are required to process them and display the results in a comprehensible way. For this analysis we will be using the corpus analysis program AntConc.
The paper focuses on the analysis of small sized corpora with the language combination English-German containing Kafka's novels The Trail and Metamorphosis. This contribution aims at investigating, from a comparative corpus-assisted perspective, what are the salient features the textual analysis software provides that can be beneficial to translators, linguists, terminologists, and language learners when translating literary texts and learning a new language. Indeed, collocations are recurrent combinations of words that co-occur in a specific context, and are notoriously difficult to translate literally into another language because they are opaque. I analyse the software's limitations, depict the advantages and disadvantages, and conclude with a discussion on its future development.
What is AntConc?
AntConc is a freeware concordance program for Windows, Macintosh OS X, and Lunix. The analysis type preformed is based on data mining methods and algorithms. The data import supports HTML, TXT and XML format. AntConc hosts a comprehensive set of functions including a powerful concordance, word and keyword frequency generators, tools for cluster and lexical bundle analysis, and a word distribution plot. Its vocabulary search function can be divided into basic search and advanced search. It runs on both Windows and Linux/Unix based system and includes an easy-to-use, intuitive graphical user interface and offers a powerful concordancer, word and keyword frequency generators, tools for cluster and lexical bundle analysis, and a word distribution plot.
General context and purpose of the analysis
The developer of AntConc Laurence Anthony states in his linguistic research A critical look at software tools in corpus linguistics that "the functionality offered by software tools largely dictates what corpus linguistic research methods are available to a researcher, and hence, the design of tools will become an increasingly important factor as corpora become larger and the statistical analysis of linguistic data becomes increasingly complex". The analysis depends on quantitative and qualitative analytical techniques to interpret the findings. The success of corpus linguistics is intrinsically related to the tools used to access, analyse, and display the results of corpus searches. Recent rapid advances in the development of computer technology, particularly the availability of storage of linguistic databases, is leading to a new approach in both the field of translation studies and language teaching and learning. In fact, several examples of specific word combinations or phrases are stored electronically in corpora which allow learners and researchers to discover and analyse cross-linguistic patterns by observing extensive naturally occurring phrases.
Methodology & Analysis
The main focus of the paper lies in extracting collocational expressions from German and English texts by analysing preferred syntactic patters obtained from the parallel corpora chosen. The approach lies in filtering the collocations based on both linguistic and statistical constraints. The bilingual collocations have lexical correlations between them and are rigid in both languages. It is important to highlight that only the following functions and tools, which are intrinsic to the research question, have been analysed and evaluated:
If you are interested to see the documentation of the analysis with several examples, check out my Github page: TIC Final Project.
Suggestions for development for corpora analyses
AntConc preforms all operations directly on the raw corpus with data solely encoded in HTML, TXT, or XML format. This is a major weakness of the software as more formats need to be supported, such as TMX in order to be able to import the results into translation memory tools . For instance, it could be developed a function where the user could fully align the results obtained from one corpus to another corpus in order to create a bilingual term extraction. Like this the user could apply the cloned files directly into a machine translation system that uses a transfer approach as it relies on correspondence between segments in the source and target language. Although AntConc offers an easy way to save and copy and paste results into a spreadsheet program for further analysis using simply keyword shortcuts, yet there is no function to import and work on two corpora simultaneously in different languages. The software does not have efficient features when working on bilingual corpora because correspondences between collocations in two languages are largely unexplored. The software is designed to analyse only one corpus at the time. The ability to compile a set of translated collocational expressions automatically would increase the portability of machine-translation systems and both facilitate and accelerate the development of a dictionary. I propose a bilingual collocation concordancer - a tool that provides the user with collocation correspondences between two languages. Therefore, more sophisticated methods need to be implemented in order to be able to develop an collocation dictionary by using AntConc. On a personal note, it is apparent that nowadays cross-linguistic corpus-assisted discourse studies are still a niche, especially those focusing on translation studies. Thus, I want to expand this promising field of research by contributing with the present analysis. As several researchers suggest, corpus linguists should embrace acquiring skills in computer science in order to be able to develop analytical tools. In doing so, translators and linguists will develop their own tools in order to tailor the output to their own research needs and take control of their own research agenda. It would provide them with more flexibility to develop tools for a particular task and gives them an insight into the issues the developers need to tackle when developing the tool. The suggestions advocated in this paper have been derived from an empirical validation.


The Time Picker component allows the user to easily set a time using either an HTML5 time input or the
Fundamental NGX Time component.
<fd-time-picker>
24-Hour Time Picker
This is the default time picker setting.
timeObject: {{ '{' }}hour: {{timeObject.hour}}, minute: {{timeObject.minute}}, second: {{timeObject.second}}}
12-Hour Time Picker with AM/PM
Set [meridian]="true"
to use a 12-hour clock..
timeMeridianObject: {{ '{' }}hour: {{timeMeridianObject.hour}}, minute: {{timeMeridianObject.minute}}, second:
{{timeMeridianObject.second}}}
Time Picker with No Seconds
Use [displaySeconds]=false
to turn off seconds for the time picker.
timeObject: {{ '{' }}hour: {{timePickerNoSecondsObject.hour}}, minute: {{timePickerNoSecondsObject.minute}},
second: {{timePickerNoSecondsObject.second}}}
Disabled Time Picker
Set [disabled]="true"
to disable the time picker.


This menu is used for the SCAN
field of all record types.
The set of periodic scan rates may be modified for an individual IOC by copying the menuScan.dbd file from Base into the IOC's source directory and changing it to contain the desired scan rates.
The scan periods are extracted from the choice strings at runtime, which must be expressed as a number with any of the following units appended:
second
seconds
minute
minutes
hour
hours
Hertz
Hz
At IOC start-up a separate scan thread will be created for each period, with thread priority increasing further down the list, so faster periods should appear after slower ones.
Scan rates that cannot be achieved will generate a warning message from the iocInit
command.
Index Identifier Choice String 0 menuScanPassive Passive 1 menuScanEvent Event 2 menuScanI_O_Intr I/O Intr 3 menuScan10_second 10 second 4 menuScan5_second 5 second 5 menuScan2_second 2 second 6 menuScan1_second 1 second 7 menuScan_5_second .5 second 8 menuScan_2_second .2 second 9 menuScan_1_second .1 second


[% page.title = "Perl 5.22.2 Release Announcement" %]
We are delighted to announce version 22.2, the second maintenance release of version 22 of Perl 5.
You will soon be able to download Perl 5.22.2 from your favourite CPAN mirror or find it at:
https://metacpan.org/release/SHAY/perl-5.22.2/
SHA1 digests for this release are:
2b84a711694be9a10e558c38c9aa43d86c7329a9 perl-5.22.2.tar.gz e2f465446dcd45a7fa3da696037f9ebe73e78e55 perl-5.22.2.tar.bz2 43b599def873413012fc8bcfd0a64bbce40b4ed2 perl-5.22.2.tar.xz
You can find a full list of changes in the file "perldelta.pod" located in the "pod" directory inside the release and on the web.
Perl 5.22.2 represents approximately 5 months of development since Perl 5.22.1 and contains approximately 3,000 lines of changes across 110 files from 24 authors.
Excluding auto-generated files, documentation and release tools, there were approximately 1,500 lines of changes to 52 .pm, .t, .c and .h files.
Perl continues to flourish into its third decade thanks to a vibrant community of users and developers. The following people are known to have contributed the improvements that became Perl 5.22.2:
Aaron Crane, Abigail, Andreas KÃ¶nig, Aristotle Pagaltzis, Chris 'BinGOs' Williams, Craig A. Berry, Dagfinn Ilmari Mannsåker, David Golden, David Mitchell, H.Merijn Brand, James E Keenan, Jarkko Hietaniemi, Karen Etheridge, Karl Williamson, Matthew Horsfall, Niko Tyni, Ricardo Signes, Sawyer X, Stevan Little, Steve Hay, Todd Rinaldo, Tony Cook, Vladimir Timofeev, Yves Orton.
The list above is almost certainly incomplete as it is automatically generated from version control history. In particular, it does not include the names of the (very much appreciated) contributors who reported issues to the Perl bug tracker.
Many of the changes included in this version originated in the CPAN modules included in Perl's core. We're grateful to the entire CPAN community for helping Perl to flourish.
For a more complete list of all of Perl's historical contributors, please
see the F
The next major stable release of Perl 5, version 24.0, should appear in May 2016, with version 25.0 released around the same time.


Hi! I am Ezequiel Vega
I am backend developer and sysadmin
About Me
I am a developer for more than 4 years where throughout these
years I learned about the frontend and the backend, after
spending 2 years as a fullstack developer I sent in the
development backend and sysadmin.
My fields of interest in technology are development backend and
sysadmin, where i can apply my knowledge and use new
technologies.
Skills
Programming languages
Frameworks
Data Bases
Sysadmin
Portfolio
Meet Up
PyAr 2020 chat, where the Flask micro-framework is integrated with the Vue.JS Framework
Go to the repositorySurverys
apiREST created with Python and FLask to conduct surveys in a web application. All the application is docked for a better deploy.
Go to the repositoryFlask, Guinicorn and Docker
A small apiREST with a basic configuration of Flask and Guinicorn with docker for a better deployment in production.
Go to the repositoryCLI
Creation of a small cli to create a project template to work with the Flask micro-framework.
Go to the repositoryAPI Rest with NodeJS
Creating an apiREST with the typescript language, this api connects to a Postgre Database with the TypeORM ORM.
Go to the repositoryPython and SQL Server
Basic tests with the pyodbc module for connection to SQL Server-type databases.
Go to the repository


Contents:
qgenda.pipeline.handlers.
log_bad_config
Logs with level ERROR to the passed logger about missing keys :param logger: :return:
qgenda.pipeline.pipelines.
post_execution_pipeline
Bases: object
object
object pass in __call__ will either be a method or a pre-execution pipeline.
pre_execution_pipeline
qgenda.pipeline.post.
handle_error_response
handle_login_response
For now just sets auth_details on the caller, but will eventually handle caching
qgenda.pipeline.pre.
gzip_headers
keep_authenticated
prepare_odata


Secondcure will analyze your password and try to rate it according to different mechanics.
Please note!
No password is really save and that safety depends on the whole environment.
Your password can be more secure than the N(A)SA, but a single open door somewhere else will
kill the whole password strength.


StringBuffer sb = new StringBuffer('c'); The char will be converted into int to intialize StringBuffer size.
This rule is deprecated, use {rule:squid:S1317} instead.


Goleta Sanitary Sewer Repair on Hollister Avenue
Source: City of Goleta
Beginning Monday, November 18, 2019, the Goleta Sanitary District will be replacing a sewer line on Hollister Avenue within City of Santa Barbara jurisdiction. This work will require both westbound lanes of Hollister Avenue between La Patera Lane and Robin Hill Road to be closed between November 18, 2019, and December 16, 2019. The left-turn lane from both Hollister Avenue and Robin Hill Road will also be closed. Traffic will be rerouted to the eastbound side of the road, leaving one lane of eastbound and one lane of westbound traffic open for travel. There will also be a detour in place for traffic heading northbound on Robin Hill Road from Hollister Avenue.
The second phase of the project will include replacing the sewer line on Robin Hill Road within City of Goleta jurisdiction. This work is scheduled to begin on January 2, 2020 and will require the northbound lane on Robin Hill Road to be closed, allowing only southbound traffic down Robin Hill to Hollister Avenue. This phase of work is anticipated to be completed by March 2020.
For questions, please contact Luis Astorga at Goleta Sanitary District. The contact number is<PHONE_NUMBER>.
Please view a map of the affected area below.


2. StretchSense GUI Main
Note
Description of each functions and classes of the Raspberry Pi GUI.
- Website : https://www.stretchsense.com
- Important : This StretchSense Library has been designed to enable the connection of one or more “StretchSense Sensor” and “StretchSense IC Boards” to your Raspberry Pi
- Author : Louis Germain
- Copyright : 2017 StretchSense
- Date : 26/07/2017
- Version : 1.0.0
-
class StretchSenseMain.StretchSenseApp[source]
-
spiThreadDone(self)[source]
Action triggerd by the BLE thread that updates our values
-
bleThreadDone(self)[source]
Action triggerd by the BLE thread that updates our values
-
closeEvent(self)[source]
Close the window and make sure that all thread are stopped
-
spiSettings(self)[source]
This function initialize the SPI settings list into the GUI .
-
spiGetSettings(self)[source]
Get settings which are selected by the user in the lists.
-
spiSetSettings(self)[source]
Submit the SPI settings chosen by the user onto the SPI bus via the API.
-
spiValueTable(self)[source]
Gets and displays SPI values in the GUI.
-
spiRecordButton(self)[source]
Check if the SPI record button has been pushed.
-
spiRecordData(self)[source]
If the SPI record button pushed, we start recording the data.
-
spiStopRecordData(self, data)[source]
Stop recording data and open the window to save the generated file.
| Parameters: | data – string :
SPI Recorded data. |
-
bleScan(self)[source]
Start BLE scan by pushing the button.
-
bleConnectInList(self)[source]
Connect the device the user chose via the API.
-
bleDisconnectInList(self)[source]
Disconnect the device selected by the user.
-
bleValueTable(self)[source]
Gets and displays BLE values in the GUI.
-
bleRecordButton(self)[source]
Check if the BLE record button has been pushed.
-
bleRecordData(self)[source]
If the BLE record button pushed, we start recording the data.
-
bleStopRecordData(self, data)[source]
Stop recording data and open the window to save the generated file.
| Parameters: | data – string :
BLE Recorded data. |
-
mainTab(self)[source]
Switch to main tab.
-
spiTab(self)[source]
Switch to SPI tab.
-
spiSettingsTab(self)[source]
Switch to SPI settings tab.
-
bleTab(self)[source]
Switch to BLE tab.
-
bleValueTableTab(self)[source]
Switch to BLE value table tab.
-
bleScanTab(self)[source]
Switch to BLE scan tab.
-
bleBarGraphTab(self)[source]
Switch to BLE barGraph tab.
-
bleLineGraphTab(self)[source]
Switch to BLE lineGraph tab.
-
infomationTab(self)[source]
Switch to information tab.
-
disconnectButton(self)[source]
Disconnect every BLE peripherals by pushing the button.
-
setValueBackgroundColor(self)[source]
Set the alternance of colors into different devices while displaying
-
recordData(self, recorded, filename)[source]
Open a new file and write the data in.
| Parameters: |
- recorded – string
.csv file we want to record.
- filename – path
Path to where we save the .csv file.
|


Architecture¶
The orchestrator is a utility that is designed to simplify the creation (and removal) of an OpenShift cluster. It introduces a number of concepts and accomplishes it through the use of a number of components.
The utility is in an early stage of development and is evolving rapidly. The goal is to provide a simple and rapid and automated means of instantiating an OpenShift Origin-based compute cluster with minimal effort.
The Concept¶
The orchestrator is designed to allow the deployment of Clusters and their Bastion control servers with minimal effort from the comfort of a development laptop.
Creation and destruction is handled by logic managed from within
two Python command-line modules; create.py
and destroy.py
. The modules
call upon a number of underlying processes (essentially carried out by
Terraform and Ansible) in order to create and destroy your hardware.
With a few utilities installed on your development host you should be able to create and manage clusters across a wide-variety of cloud providers using just these two modules.
The Components¶
The orchestrator consists of: -
- Deployment configuration files
- Packer templates
- Terraform templates
- A Jinja2 rendering process
- Ansible playbooks
- A create utility
- A destroy utility
deployments¶
In deployments/
.
A Deployment describes your cluster; providing a high-level description of the cluster hardware and software requirements that includes the number and types of the compute instances used for your OpenShift nodes.
The deployment is defined in a YAML file.
You can have more than one deployment file, each describing a separate OpenShift cluster.
Deployment files are located in the deployments
directory.
Packer templates¶
In packer/
.
Packer is used to create base images for the compute instances. It is driven by JSON files that describe installation instructions that are executed on a base Operating System like CentOS in order to form an OS and utilities suitable for OKD.
The JSON template files are organised in directories relating to OKD
version and cloud provider. For example there is an AWS machine image
template for OKD 3.9 in packer/3.9/aws
.
Packer is employed once per OKD release and cloud provider combination. The images produced are suitable for any cluster for the given OKD release on that cloud provider.
Terraform Templates¶
In terraform/
.
Terraform is used to create and destroy the OKD cluster hardware. It is a form of IaC tool that automates the construction of cloud infrastructure including additional volumes, networks, subnets and security groups.
It’s language is declarative, meaning that you simply need to describe what is connected to what and it manages the creation of objects and their connections.

Jinja2 Rendering Process¶
Ansible Playbooks¶
In ansible/
and openshift-ansible//
.


Posterior approximation for scRNA-seq data
Table of Contents
Introduction
We are studying the model:
\[ x_i \mid s_i, \lambda_i \sim \mathrm{Poisson}(s_i \lambda_i) \]
\[ \lambda_i \sim g(\cdot) \]
If we consider \(g\) a prior, then estimating \(g\) via maximum likelihood is Empirical Bayes, and we can recover the posterior distribution \(p(\lambda_i \mid x_1, \ldots, x_n)\). What can we do with this distribution?
One inference task is to generate Gaussian pseudodata (represented by a mean and variance) per count observation. One natural way to do this is Taylor expansion. For one observation, suppose \(l(\theta) = \ln p(x \mid \theta)\). Then, taking second-order Taylor expansion about \(\theta_0\):
\[ l(\theta) \approx l(\theta_0) + (\theta - \theta_0)\,l'(\theta_0) + \frac{(\theta - \theta)^2}{2}\,l''(\theta_0) \]
\[= \mathcal{N}\left(\theta_0 - \frac{l'(\theta_0)}{l''(\theta_0)}; \theta, -\frac{1}{l''(\theta_0)}\right) + \mathrm{const} \]
In our model above, define \(\theta_i = \ln\lambda_i\). Now, the problem becomes: how do we choose \(\theta_0\)? The obvious choice is \(\ln(x_i / s_i)\). However, this choice breaks down for \(x_i = 0\).
Here, we investigate whether we can use the posterior distribution of \(\lambda_i\) to find a better point to expand about. The intuition is that \(x_i = 0\) does not imply that \(\lambda_i = 0\), and we should use the rest of the data to regularize (shrink) the \(\lambda_i\) towards each other.
Idea
The posterior of interest is
\[ p(\lambda_i \mid x_1, \ldots, x_n) \propto \hat{g}(\lambda_i) p(x_i \mid \lambda_i) \triangleq P_i \]
For each observation \(x_i\), we want to find a new "likelihood" \(q(x_i \mid \mu_i, \sigma^2_i)\), such that the resulting approximate posterior
\[ \hat{g}(\lambda_i) q(x_i \mid \mu_i, \sigma^2_i) \triangleq Q_i \]
is as close to the true posterior as possible. This entails finding \(q^*\):
\[ q^* = \arg\min_q \mathcal{KL}\left(P_i \Vert Q_i\right) \]
\[ = \arg\max_q \mathbb{E}_{P_i} \left[ \ln Q_i \right] \]
\[ = \arg\max_q \mathbb{E}_{P_i} \left[\ln q(x_i \mid \mu_i, \sigma^2_i) \right] \]
Connection to EP
We have:
\[ \Pr(\mathbf{x}, \boldsymbol{\lambda}) = \prod_i \hat{g}(\lambda_i) p(x_i \mid \lambda_i) \]
where \(p\) is Poisson. We want to approximate this as:
\[ \prod_i \hat{g}(\lambda_i) q_i(x_i \mid \mu_i, \sigma^2_i) \]
where \(q_i\) is Gaussian. This is an instance of expectation propagation (Minka 2001), which is phrased in terms of joint probability distributions instead of posteriors.
The difference between general EP and the idea above is that we are fixing the factors \(\hat{g}(\lambda_i)\).
Analytic solution
Suppose we have estimated \(\mu, \phi\) by Empirical Bayes such that:
\[ \lambda_i \mid \mu, \phi \sim \mathrm{Gamma}\left(\frac{1}{\phi}, \frac{1}{\mu\phi}\right) \]
where we assume the shape/rate parameterization. Then, \(E[\lambda] = \mu\) and \(V[\lambda] = \mu^2\phi\). In this case, the posterior can be computed exactly:
\[ p_{\text{post}} = p(\lambda_i \mid x_1, \ldots, x_n, s_1, \ldots, s_n, \mu, \phi) \]
\[ = p(\lambda_i \mid x_i, s_i, \mu, \phi) \]
by conditional independences
\[ \propto p(x_i, \lambda_i \mid s_i, \mu, \phi) \]
\[ \propto (s_i\lambda_i)^{x_i} \exp(-s_i \lambda_i) \lambda_i^{\phi^{-1} - 1} \exp(-\lambda_i(\mu\phi)^{-1}) \]
\[ \propto \lambda_i^{x_i + \phi^{-1} - 1} \exp(-\lambda_i (s_i - (\mu\phi)^{-1})) \]
where the constants do not depend on \(\lambda_i\)
\[ = \mathrm{Gamma}\left(x_i - \phi^{-1}, s_i - (\mu\phi)^{-1}\right) \]
Now, the solution to
\[ \min_q \mathcal{KL}(p_{\text{post}} \Vert q) \]
where \(q\) is Gaussian is:
\[ \mathcal{N}\left(\frac{x_i - \phi^{-1}}{s_i - (\mu\phi)^{-1}}, \frac{x_i - \phi^{-1}}{\left(s_i - (\mu\phi)^{-1}\right)^2}\right) \]