We have several stetion all over the world, unlimted speed, spaces for sure and Storage.
Best Support Data, Ability of Recovering, Deleting and Adding, Be sure that your Data is save.
Dealing with the most Global Static Server, grant to you the most accessability you want it.
Reach the Ultimate Speed connection with WCHR Technique, don't worry of delaying speed.
High Quality for Data Managment that let you be safe for your organized documents for a byte.
Analyse your data with the most recent Techniques in the world, let your data be freshed long.

You are 100% secured from hackers attack.
Having one Passcode for your data.
Every server has its own protected shield.
Compress your saved data process for each step.


IPCRM(1) User Commands IPCRM(1) NAME ipcrm - remove a message queue, semaphore set or shared memory id SYNOPSIS ipcrm [ -M key | -m id | -Q key | -q id | -S key | -s id ] ... deprecated usage ipcrm {shm|msg|sem} id... DESCRIPTION ipcrm removes System V interprocess communication (IPC) objects and asso‐ ciated data structures from the system. In order to delete such objects, you must be superuser, or the creator or owner of the object. System V IPC objects are of three types: shared memory, message queues, and semaphores. Deletion of a message queue or semaphore object is imme‐ diate (regardless of whether any process still holds an IPC identifier for the object). A shared memory object is only removed after all cur‐ rently attached processes have detached (shmdt(2)) the object from their virtual address space. Two syntax styles are supported. The old Linux historical syntax speci‐ fies a three letter keyword indicating which class of object is to be deleted, followed by one or more IPC identifiers for objects of this type. The SUS-compliant syntax allows the specification of zero or more objects of all three types in a single command line, with objects specified either by key or by identifier. (See below.) Both keys and identifiers may be specified in decimal, hexadecimal (specified with an initial '0x' or '0X'), or octal (specified with an initial '0'). OPTIONS -M shmkey removes the shared memory segment created with shmkey after the last detach is performed. -m shmid removes the shared memory segment identified by shmid after the last detach is performed. -Q msgkey removes the message queue created with msgkey. -q msgid removes the message queue identified by msgid. -S semkey removes the semaphore created with semkey. -s semid removes the semaphore identified by semid. The details of the removes are described in msgctl(2), shmctl(2), and semctl(2). The identifiers and keys may be found by using ipcs(1). NOTES In its first Linux implementation, ipcrm used the deprecated syntax shown in the SYNOPSIS. Functionality present in other *nix implementations of ipcrm has since been added, namely the ability to delete resources by key (not just identifier), and to respect the same command-line syntax. For backward compatibility the previous syntax is still supported. SEE ALSO ipcs(1), ipcmk(1), msgctl(2), msgget(2), semctl(2), semget(2), shmctl(2), shmdt(2), shmget(2), ftok(3) AVAILABILITY The ipcrm command is part of the util-linux package and is available from ftp://ftp.kernel.org/pub/linux/utils/util-linux/. util-linux March 2002 IPCRM(1)


{% extends "base.html" %} {% block title %}James Zoll - Projects{% endblock %} {% block meta_description %}A comprehensive listing of the projects I have made available online.{% endblock %} {% block meta_keywords %}projects,applications,{% for app in apps %}{{ app.name }}{% if forloop.revcounter0 != 0 %},{% endif %}{% endfor %}{% endblock %} {% block styles %} {% endblock %} {% block container %}
Below is a listing of my completed projects. Each button will take you directly to the project page. I've used a wide variety of software to build these projects, and I'm always interested in learning new technologies.
{{ app.description }}
Uses: {% for name, href in app.uses %}{{ name.split|join:' ' }}{% if not forloop.revcounter0 == 0 %}, {% endif %}{% endfor %}


Name:
Email:
Country: Brazil United States Other Age: Genre: M F Other
Instructions: Check your favorite emojis below. Select as many as you want. This is just a fictional form, for a project at freeCodeCamp.org. Fill in if you want, but know that it won't lead to anything.


Attachment management, uploading and downloading.
This package manages the JSPWiki attachment subsystem. It consists of three basic components:
Attachments can either be static (i.e. real data, stored somewhere on a filesystem), or dynamic, which means that they're generated on the fly by a {@link com.ecyrd.jspwiki.attachment.DynamicAttachmentProvider}.


{{range $post := .Posts}}
{{template "render_user_post.html" $post}}
{{end}}
Recent posts
{{if .Posts}}The user hasn't made any posts yet.
Recently yeahed posts
{{if .Yeahs}}
{{range $post := .Yeahs}}
{{template "render_user_post.html" $post}}
{{end}}
The user hasn't given a yeah to any posts yet.


{% extends 'base.html' %} {% block fnews_title %}Fake News Home Page{% endblock fnews_title %} {% block fnews_content %}
Making the world a better place by detecting Fake news using Passive Aggressive Classifier.
This is only for development, may change in future.


Epiquiz was created with the intention of building a user friendly database for studying code, specifically the fundamentals of code from the course work at Epicodus.
"Flashcards can bear vocabulary, historical dates, formulas or any subject matter that can be learned via a question-and-answer format. Flashcards are widely used as a learning drill to aid memorization by way of spaced repetition."
As aspiring developers, we created Epiquiz to be a tool for ourselves that could be expanded to include other subjects and be available for a wider audience. We wish you luck in your studies!
To learn more about the creators of this app,check out the links below.


Meet the new pdxrlang organizers!
Sophie Yang
Marley Buchman
Ted Laderas
John Smith
S3 Objects
Scott Chamberlain ( @sckottie)
rOpenSci
S3 objects
R's first and simplest OO (Object Oriented) system
S3 is informal and ad hoc, but it has a certain elegance in its minimalism: you can’t take away any part of it and still have a useful OO system
S3 - when to use S3 generics/methods
inputs can have many different classes
you want to do different things with different classes
you want something that's light weight
you want to build on top of a base R generic (e.g, plot
)
S3 - beware!
consider S3 failure behavior - see .default
parameters should be consistent across S3 methods
pay attention to whether methods on generics are exported in your pkg
as a user: don't call S3 methods directly, call the generic
no validation of checking of contents
extended generic methods of base functions from diff. pkgs can conflict!
S3 classes can be easily dropped/lost (next slide)


ACES allows users to execute services directly from Ark transactions using the SmartData bridge data field and encoded listeners services provided by ACES.
For posting ACES Service nodes, review the ACES Marketplace Guide.
ACES allows users to execute services directly from Ark transactions using the SmartData bridge data field and encoded listeners services provided by ACES.
For posting ACES Service nodes, review the ACES Marketplace Guide.


The EuroFleets Automatic Reporting System (EARS): A short view 05/10/2015What is EARS?
An Answer to a problemThe EU FP7 Projects EUROFLEETS(1) and EUROFLEETS2 are a European wide alliance of marine research centres that aims to develop a new pan-European distributed infrastructure with common strategic vision and coordinated access to Research Vessels (RVs) and marine equipment.
Within this context logging of information on how, when and where anything happens on board the vessel is crucial information for data users in a later stage. This forms a primordial step in the process of data quality control as it could assist in the understanding of anomalies and unexpected trends recorded in the acquired data sets. In this way completeness of the metadata is improved as it is recorded accurately at the origin of the measurement. The collection of this crucial information is done in very different ways, using different procedures, formats and pieces of software in the context of the European Research Fleets, what makes difficult the task of users who want and need to log general purpose information and events on-board when they access to a platform different from their own country, loosing the opportunity to produce this valuable metadata on-board.
Among the many goals the EUROFLEETS projects have, a very important task is the development of an "event log software" called EARS (Eurofleets Automatic Reporting System) that enables scientists and operators to record what happens during a survey. EARS will allow users to fill, in a standardized way, the gap existing at the moment in metadata description that only very seldom links data with its history. Events generated automatically by acquisition instruments will also be handled, enhancing the granularity and precision of the event annotation.
The adoption of a common procedure to log survey events and a common terminology to describe them is crucial to provide a friendly and successfully metadata on-board creation procedure for the European Research Fleets. The possibility of automatically reporting metadata and general purpose data, will simplify the work of scientists and data managers with regards to data transmission. An improved accuracy and completeness of metadata is expected when events are recorded at acquisition time. This will also enhance multiple usage of the data as it allows verification of the different requirements existing in different disciplines.
Concept and Basics on EurofleetsAutomaticReportingSystem (EARS)
The underlying idea of EARS is that, during a survey, all underway data and occurring events should be recorded in a database so that later, relevant information can be gathered semantically upon domain specific criteria.
Figure 1 shows graphically the concept of an event, and the special semantic conception of it adopted in EARS.
Technicians and scientists in different disciplines are the potential users of the tool but also crew members can be also responsible to generate common purpose events related to the navigation as the departure or arrival to a specific site. Logging of information on how, when and where an event happens on board of the vessel is crucial information for data users in a later stage. It can be said that EARS is seated on top of the adoption of three basics: a common event logging procedure, the adoption of standards, formats and semantics, and a set of event access and retrieval procedures.
For the event recording procedure, EARS has been developed two different strategies:
It is easy to understand how important it is that the meaning of information is clear across, but even within domains. EARS approach is to formalize meaning using shared resources such as controlled vocabularies that can be linked to/from/within the information itself. This way, information carries its definition. This approach was followed throughout all aspects of the development of EARS. Underway data and events are always linked to external controlled vocabularies. At the same time new terms can be created and made available to the whole community. An ontology is developed allowing the storage of pre-defined relations between these terms. Querying this ontology, presents users a configuration for their scientific cruise. A common approach for storing events, using common terms, facilitates cross-domain data discovery.
Once all information is collected in the database, this can be retrieved on board with the same tool that it has been used to ingest manual events. Accessing the event log from outside the vessel could be also of interest for many purposes. The production of event summaries could be done in many ways, from automatically compiled or by demand. A part of the event summary can be offered to the user in a friendly human readable format, EARS has adopted a standardized way to provide this information to ensure interoperability with other information systems (other EUROFLEETS services or Data Centre services). Thus each EARS platform exposes the event summary by using a specific language from the Open Geospatial Consortium (OGC) called SensorML that allows to produce fine description of any observation procedure, sensor or instrument, as well its history of events associated. A set of Web Service specific interfaces are prepared in order to get from the vessels different information including the last 24h event registry. For example a Ship Summary Report (SSR) is available that gathers the most important information of the last 24 hours, or the vessel track. This is not only accessed directly by end users, but also by the EUROFLEETS EVIOR portal . This is a service that adds further value providing a number of infobases among which a prototype service for following research vessels and their underway activities based on the EARS web services access. EVIOR retrieves and harmonizes information acquired from multiple vessels at the same time and therefore allows to easily have a snapshot of their activities.
EARS IN DETAIL
EARS V1 is composed by a set of software pieces designed and developed during EUROFLEETS(1) project but also uses existing elements that has been designed and used by its partners and instrumentation that are commonly present on board. The main elements that compose EARS V1 are shown in Figure 2, where the arrows show the flow of information.
A NMEA GPS is the basic instrumentation that needs EARS to work, as it provides the information about the location where any event is generated. Additionally EARS can work with any unattended instrument that is able to generate information using the NMEA183 standard in order to provide the set of general purpose information commonly referred as "underway data". Underway data is complimentary used to better understand the boundary conditions where the main data acquisition activity occurs.
EARS system is designed to work with data and services using Internet Protocols running on the vessel's Ethernet Local Area Network. For that reason EARS uses specific devices (commercial) to convert NMEA Rs232 messages produced by GPS and Instruments to TCP/UDP datagrams.
Casino+ systems is an Ifremer piece of software designed to store the events and the information that come (UDP datagrams) from instruments. The Casino+DB is the MySQL Relational Database that EARS V1 uses to store all the information.
The Configuration GUI is a piece of software specifically designed in EARS to configure CASINO+ system to work in EARS environment. The GUI facilitates the ingestion of new NMEA instruments and facilitates the usage of the system for a non experts users.
Events are the key piece of information managed in EARS and they are designed as a combination of a set of elements (subject, actor, tool, action, properties) that are under a relational controlled vocabulary. This means that for creating an event to describe "any fact that happens during a survey and has a potential interest to be logged" it is necessary to use specific terms combined and ordered in a specific way. This manner to use controlled vocabularies EARS consolidate the way on how and event should be created and increase the interoperability of the final metadata. As the potential combination of terms are quite large, in EARS V1 the vocabulary is organized as we call "personal or vessel trees" that are the most commonly used terms used in a specific acquisition scenario (geophysics, oceanography, fisheries, etc.) or vessel.
Next figure shows at (left side) an example of this vocabulary personalization in form of "personal tree", in this case showing the potential terms and their relations ready to be used for a specific "mission" (survey) to build up Events (right side).
This GUI allows a user to create time tagged events that describe any possible fact related with the navigation of the vessel, the operation of a specific instrument or observation, or with the course of the survey. The GUI also allows the user to set up the primary information of the survey (name and acronyms, chief scientist, ...) and modify and retrieve the event log already entered into the system. An advanced usage of the Manual Event Entry GUI is to set up the personal or vessel tree (the set of terms that the user will use to build up an Event).
This unattended piece of software produces the named "SSR" files. This XML file contents basic information about the vessel (name, last navigation info), the cruise that is being celebrating on board, and also the last 24 hours of data about navigation in GML format and the last event report in SensorML format. SSR files are populated to shore where satellite communications are available, providing to the vessel's operator site and to the SeaDataNet site through the EVIOR portal updated information of the current cruise.
Next steps (EARS V2) EARS V1 will be presented "in society" during a specific EUROFLEETS2 1st User Workshop to be celebrated 21st-22nd October 2015 in Ostend.
As part of the planned tasks for EUROFLEETS2, the EARS system is still in evolution concerning its basement architecture. Despite the user experience will remain more or less intact with a few improvements in the look and feel of the main GUI's (pending on the user feedback during the first user workshop), EARS V2 will have a new architecture based fundamentally in two main pillars:
During 2016 is planned to celebrate the second edition of EARS User Workshop, where these new features will be present in the system.
|


a sample for Google Web Toolkit.
Bootstrap is a toolkit from Twitter designed to kickstart development of webapps and sites.
GWT is a Toolkit for building and optimizing complex browser-based applications.
Download, fork, pull, file issues, and more as the official Bootstrap repo on Github.
adding
xmlns:b="urn:import:com.appspot.bootstrap4gwt.client.ui"
in root of xml.
You can signin with any string.
You can add model by form.


frame
element is intended for including frames into a
screen.
Attributes:
src
- path to the frame XML-descriptor.screen
- frame identifier in screens.xml
(if the frame is registered).
In this example, the same frame (button example) is included in the screen
twice: one time via the frame identifier from the screens.xml
file, and the second time via the path to
the XML descriptor.


Take another step.
The instructions: a journey of a 1000 yards begins with a single step tell how to reduce the size of the problem. The problem is how to cross the parking lot. After taking a single step, the problem is slightly smaller.
Of course, now you reduce the size of the new problem by taking yet another step. Before long, the problem is so reduced in size that it can be solved in one step.


| Character 1: | Character 2: |
|---|
Please at least put 1-2 modified for each character! This program runs off a slightly modified Djikstra's algorithm, and unweighted graphs+Djikstra's algorithm doesn't particularly play well and the browser WILL crash. Ideally, at least 3-5 each is solid.
Set a non-negative priority level to your pairings (lower value, the better) and hit Optimize.
You can optionally take the longer, but more precise route of entering a priority value to each pair, or go to the dropdown Change Weighting Options on the sidebar and select Pair-Specific Weights. This will let you quickly drag-and-drop your preferred pairings for the characters in each row. The ones below the bar are unsorted and will be weighed at 10 lower than the lowest preferred pair, and the ones above the bar will be sorted in order of preference.
NOTE: Navigating away from a character's pair-sorting interface will not save the ordering. This is because the system takes the weights in the main table into account, and sorting is just a quick way to populate those tables.
Use the OTP and NoTP options for each pairing to manually force or purge certain pairings, to narrow down search options. You can also enter a character for the Avatar character's spouse to eliminate them for the search, given an avatar character exists.
Lastly, you can use Save Prefs and Load Prefs to save a text version of your preferences that you can copy/paste to a text file so you can use it another time, or to copy/paste in saved preferences.
Any questions, concerns, whatnot, please contact me here.


XSCHEM ELEMENTS
WIRES
Wires in XSCHEM are the equivalent of copper traces in printed circuit boards or electrical conductors. Wires are drawn as lines but the electrical connectivity graph is built by XSCHEM. To draw a wire segment point the mouse somewhere in the drawing window and press the 'w' key. A rubber wire is shown with one end following the mouse. Clicking the left mouse button finishes the placement. The following picture shows a set of connected wires. There are many wire segments but only 3 electrical nodes. XSCHEM recognizes connection of wires and uses this information to build up the circuit connectivity. All wires are drawn on the 'wire' layer. One electrical node in the picture below has been highlighted in red (this is a XSCHEM function we will cover later on).
LINES
Lines are just segments that are used for drawing. Lines do not have any electrical meaning, in fact when building the circuit netlist, lines are completely ignored. XSCHEM uses different layers to draw lines. Each layer has its own color, allowing to draw with different colors. Lines are placed like wires, but using the 'l' key. The 'Layers' menu allows to select various different layers (colors) for the line.
RECTANGLES
Rectangles like Lines are drawable on multiple layers, and also do not carry any electrical information. A specific 'PIN' layer is used to make pins that are used to interconnect wires and components. Different fill styles (or no fill) can be defined for each layer. Rectangles are placed with the 'r' bindkey
POLYGONS
Polygons are paths that can be drawn on any layer. Placements begins with the 'ctrl-w' key and continues as long as the user clicks points on the drawing area. Placement ends when:
- the last point is coincident to the first point.
- or by clicking the right mouse button, for an open polygon.
- or by hitting the Return key, for a closed polygon (this can be done also by clicking the last point coincident to the first polygon point).
A fill=true attribute may be given to have the shape filled with the layer fill style.
CIRCLES / ARCS
Arcs may be placed by hitting the Shift-C key. First click the start point, then the end point.
Moving the mouse will show the arc passing thru the 2 points and the mouse waypoint.
Clicking will place the arc.
Arcs may be modified after creation by selecting in stretch mode ( Ctrl-Button1-drag ) one of the arc ends
or the arc center:
- (end point selected in stretch mode): by starting a move (m)
operation and moving the mouse the arc sweep may be changed.
- (start point selected in stretch mode):by starting a move (m) operation and moving the mouse the start arc angle may be changed.
- (arch center selected in stretch mode): by starting a move (m) operation and moving the mouse the arc radius may be changed.
If a circle is needed then use the Ctrl-Shift-C key combination.
A fill=true attribute may be given to have the shape filled with the layer fill style.
TEXT
Text can be placed with the 't' bindkey. A dialog box appears where the user inputs the text and text size.
The layer property can be used
to draw text on a different layer, for example, setting layer=6 will draw on cyan color.
A font property is defined to change the default font.
A hcenter=true attribute may be set to center text in the reading direction,
while vcenter=true centers text in the perpendicular (to reading) direction.
the 2 attributes may be set both to get full centered text box.
A weight=bold attribute may be given for bold text, while a slant=italic or
slant=oblique may specify italic or slanted text.
You wil learn in the xschem properties chapter how to set, edit and change object properties.
SYMBOLS
Symbols are graphical elements that represent electrical components. A symbol represents an electronic device, like for example a resistor, a bipolar transistor, an amplifier etc. As you can see graphically symbols are built with lines, rectangles, polygons and texts, the graphical primitives shown before. In the picture below some components are placed in a schematic window. Components are instances of symbols. For example you see three placements of the 'npn' bipolar transistor symbol. Like in C++, where objects are instances of classes, here components are instances of symbols.
Symbols (like schematic drawings) are stored in xschem libraries. For XSCHEM a library is just a directory placed under the XSCHEM_LIBRARY_PATH directory, see the installation slide.  A file chooser pops up, go to the xschem devices directory (.../share/xschem/xschem_library/devices in the distribution by default) and select a symbol (res.sym for example). The selected symbol will be instantiated as a component in the schematic at the mouse pointer coordinates.


--- layout: default ---
This tab is for quick reference to resources that I use frequently during my design process or everyday life.


Tua Tagovailoa Issues Statement About His Season-Ending Injury
by Andrew HolleranAlabama quarterback Tua Tagovailoa has taken to Twitter to address his season-ending hip injury, suffered late in the first half of today’s blowout win over Mississippi State.
Tagovailoa, whose college career is likely over, wanted to thank everyone for the well wishes.
“Thank you all for the prayers and well wishes! God always has a plan,” he wrote.
Alabama announced earlier this evening that the Heisman Trophy contender would miss the rest of the season with his injury, though he is expected to make a full recovery.
Tagovailoa suffered an apparent hip injury late in the first half against Mississippi State. He was airlifted to a Birmingham hospital.
Alabama issued an update on his status hours ago:
The Crimson Tide will now turn to quarterback Mac Jones, who finished the game against Mississippi State and played earlier this season when Tagovailoa had his ankle injury.
Alabama will take on Western Carolina next weekend before playing Auburn in the Iron Bowl.
Tagovailoa has yet to announce his future plans, though he’s expected to declare for the NFL Draft.


Reports utility classes which are not final. Utility classes have all fields and methods declared
static
. Giving such classes making them
final
prevents them from being inadvertently subclassed.
New in 12, Powered by InspectionGadgets


Hey! Another blog post about stereotype threat. After I had written about it was no big deal to me. Hmmm...
It looks like we're focusing on affirmation this week, though. I think that's sort of how I've lived my entire life. My family would constantly affirm for me that I could do something and never really mentioned why I should even think that I wouldn't be able to. So I can say that I believe that affirmations help to combat stereotype threat, in that I've never really felt it. But in the same way, I've never been to outer space, so maybe affirmations prevent visits to outer space too. :)
Onwards! My values that help to prevent me from experiencing stereotype threat, in theory, are....
- Achievement
- Competence
- Coolness under fire
- Independence
- Integrity
- Intelligence
- Personal Development
- Self-reliance
- Truth
- Efficiency
- Wisdom
In general, I try to live up to these as much as possible, all the way. On a scale of 1 to 5, (1 being not at all and 5 being always) I try to live up to them 10.
These are the values that were trumpeted in my household growing up, so it's only natural for them to stick with me. The one I cling to the most is integrity. Being a person of integrity meant being trustworthy to always do the right thing. If people don't find you a person of integrity, then why would they bother with you at all, stereotypes or not?
The second most important value in that list to me is Truth. If you can't face or tell the truth, then something about the situation you're in is very, very wrong. I did have a friend ask me about the relationship he was in recently. He wanted to leave the relationship, but he was afraid she would hurt herself if he left. I told him that by essentially lying to her and telling her he still wanted a relationship, he wasn't going to help anyone in the long run. He should try to get her help, but be honest.
I like to think that I live up to these values, but honestly, I do fall short quite often. If I ever felt stereotype threat, I'm sure thinking of them and striving for them would help. But then again, they'd be helpful in pretty much any aituation, including going to outer space. :)


It would be a great addition if we could "Lock/Unlock" vehicle doors.
Nothing worse than positioning yourself in a strategic place on the map for some long range fire play to have some nube jump in the drivers seat, only to drive over a mine 5 feet later.
In addition, users that "lock" their door will not be able to exit until they have unlocked their doors which could prove deadly if one forgets.
In addition, in the time we have between rounds, it would be great to see our KITS or LAYOUT. Even better, it would be neat to be able to change KITS between rounds but at the very least, being able to VIEW them would be very very cool.
Thanks gang.
juress
Theme Developer
You'll have to go to DICE with this suggestion :P
José Ortega
Global Moderator
The lock/unlock doors... well... it's more for an Arma III patch than a BF3 patch.
BrainFooLong
Administrator
Moved.
Topicstarter
mach6ix
No, it's a suggested BF3 patch.  Not sure I understand the logic of your response unless it's diarrhea?
You can't use cross hairs on BF3 guns because that was done in "Call of Duty"? = I don't understand the logic of your response...it's a shooter with cars therefore suggesting the locking of doors makes the request more like another game?
Meaurk
Global Moderator
You know that you're on the wrong forum, right? We can't change things in the game itself. You'll need to post this on Battlelog's own forum. :-)
ORFK
Global Moderator
they won't change anything anynomre on BF3.
This game is finished, they are developing now BF4.


Go back to the previous page and try again. If you think something is broken, please report a problem.


|
.NET Framework | |||||||||
| PREV TYPE NEXT TYPE | FRAMES NO FRAMES | |||||||||
| SUMMARY: INNER | FIELD | CONST | PROP | METHOD | OP | EVENT | DETAIL: FIELD | CONST | PROP | METHOD | OP | EVENT |
A text/code generator class
| Field Summary | |
|---|---|
| string |
inputEncoding
This is the encoding for the input file(s) (templates). |
| string |
OUTPUT_PATH
Where the texen output will placed. |
| string |
outputEncoding
This is the encoding for the output file(s). |
| string |
TEMPLATE_PATH
Where the velocity templates live. |
| NVelocity.App.VelocityEngine |
ve
Velocity engine. |
| Constructor Summary | |
|---|---|
|
Generator() Default constructor. |
|
|
Generator(string propFile) Create a new generator object with properties loaded from a file. If the file does not exist or any other exception occurs during the reading operation the default properties are used. * |
|
|
Generator(Commons.Collections.ExtendedProperties props) Create a new Generator object with a given property set. The property set will be duplicated. * |
| Property Summary | |
|---|---|
| string | InputEncoding |
| NVelocity.NAnt.Texen.Generator | Instance |
| string | LogPrefix |
| string | OutputEncoding |
| string | OutputPath |
| string | TemplatePath |
| NVelocity.App.VelocityEngine | VelocityEngine |
| Method Summary | |
|---|---|
| void |
fillContextDefaults(NVelocity.Context.IContext context) Add properties that will aways be in the context by default * |
| void |
fillContextHash(NVelocity.Context.IContext context, System.Collections.Hashtable objs) Add all the contents of a Hashtable to the context. * |
| void |
fillContextProperties(NVelocity.Context.IContext context) Add objects to the context from the current properties. * |
| NVelocity.Context.IContext |
getContext(System.Collections.Hashtable objs) Create a new context and fill it with the elements of the objs Hashtable. Default objects and objects that comes from the properties of this Generator object is also added. * |
| NVelocity.Template |
getTemplate(string templateName, string encoding) Returns a template, based on encoding and path. * |
| System.IO.StreamWriter |
getWriter(string path, string encoding) Returns a writer, based on encoding and path. * |
| string |
parse(string controlTemplate, NVelocity.Context.IContext controlContext) Parse the control template and merge it with the control context. This is the starting point in texen. * |
| string |
parse(string inputTemplate, string intputEncoding, string outputFile, string outputEncoding, string objectID, object object_Renamed) Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. You can add objects to the context with the objs Hashtable. * |
| string |
parse(string inputTemplate, string outputFile, string objectID, object object_Renamed) Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. You can add objects to the context with the objs Hashtable. * |
| string |
parse(string inputTemplate, string outputFile) Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. * |
| void |
setDefaultProps() Set default properties. |
| void |
shutdown() Properly shut down the generator, right now this is simply flushing and closing the file writers that we have been holding on to. |
| Methods inherited from class System.Object |
|---|
| Equals, Finalize, GetHashCode, GetType, MemberwiseClone, ToString |
| Field Detail |
|---|
protected internal string inputEncoding
This is the encoding for the input file(s) (templates).
public string OUTPUT_PATH
Where the texen output will placed.
protected internal string outputEncoding
This is the encoding for the output file(s).
public string TEMPLATE_PATH
Where the velocity templates live.
protected internal NVelocity.App.VelocityEngine ve
Velocity engine.
| Constructor Detail |
|---|
public Generator()
Default constructor.
public Generator(string propFile)
Create a new generator object with properties loaded from a file. If the file does not exist or any other exception occurs during the reading operation the default properties are used. *
Parameters:
String
- properties used to help populate the control context.
public Generator(Commons.Collections.ExtendedProperties props)
Create a new Generator object with a given property set. The property set will be duplicated. *
Parameters:
Properties
- properties object to help populate the control context.
| Property Detail |
|---|
public string InputEncoding
public NVelocity.NAnt.Texen.Generator Instance
public string LogPrefix
public string OutputEncoding
public string OutputPath
public string TemplatePath
public NVelocity.App.VelocityEngine VelocityEngine
| Method Detail |
|---|
protected internal void fillContextDefaults(NVelocity.Context.IContext context)
Add properties that will aways be in the context by default *
Parameters:
Context
- control context to fill with default values.
protected internal void fillContextHash(NVelocity.Context.IContext context, System.Collections.Hashtable objs)
Add all the contents of a Hashtable to the context. *
Parameters:
Context
- context to fill with objects
Hashtable
- source of objects
protected internal void fillContextProperties(NVelocity.Context.IContext context)
Add objects to the context from the current properties. *
Parameters:
Context
- control context to fill with objects
that are specified in the default.properties
file
protected internal NVelocity.Context.IContext getContext(System.Collections.Hashtable objs)
Create a new context and fill it with the elements of the objs Hashtable. Default objects and objects that comes from the properties of this Generator object is also added. *
Parameters:
Hashtable
- objects to place in the control context
public NVelocity.Template getTemplate(string templateName, string encoding)
Returns a template, based on encoding and path. *
Parameters:
templateName
- name of the template
encoding
- template encoding
public System.IO.StreamWriter getWriter(string path, string encoding)
Returns a writer, based on encoding and path. *
Parameters:
path
- path to the output file
encoding
- output encoding
public string parse(string controlTemplate, NVelocity.Context.IContext controlContext)
Parse the control template and merge it with the control context. This is the starting point in texen. *
Parameters:
String
- control template
Context
- control context
public string parse(string inputTemplate, string intputEncoding, string outputFile, string outputEncoding, string objectID, object object_Renamed)
Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. You can add objects to the context with the objs Hashtable. *
Parameters:
String
- input template
String
- inputEncoding template encoding
String
- output file
String
- outputEncoding encoding of output file
String
- id for object to be placed in the control context
String
- object to be placed in the context
public string parse(string inputTemplate, string outputFile, string objectID, object object_Renamed)
Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. You can add objects to the context with the objs Hashtable. *
Parameters:
String
- input template
String
- output file
String
- id for object to be placed in the control context
String
- object to be placed in the context
public string parse(string inputTemplate, string outputFile)
Parse an input and write the output to an output file. If the output file parameter is null or an empty string the result is returned as a string object. Otherwise an empty string is returned. *
Parameters:
String
- input template
String
- output file
protected internal void setDefaultProps()
Set default properties.
public void shutdown()
Properly shut down the generator, right now this is simply flushing and closing the file writers that we have been holding on to.
|
.NET Framework | |||||||||
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{% extends 'base.html' %} {% block content %}
WARNING! This is experimental software. Do not rely on it for anything that may endanger you or anyone around you.
This is the public facing website for a node in the Ombuds peer-to-peer network. More information is available at the project's website. We have answered some questions below.
Block chain The public ledger of every bitcoin transaction.
Bulletin A message stored in the Bitcoin blockchain.
Topic A metadata tag used to group similar bulletins together.
Author A bitcoin address from which bulletins originate.
Endorsement A statement indicating approval or support of a bulletin.
Demonstrate another usecase for Bitcoin and generate a better archive of public speech.
Bitcoin has been trumpted as a tool for finacial freedom. We want to use it to empower the fourth estate.
Yes and yes. All told it will be about 12 cents to store a single tweet in the blockchain. But there are a couple methods to reduce that cost further.
We are aware of how broken it all is and we are working on it. Have an ice pop.
{% endblock content %}


All of the given problems for this homework are done in WebStorm and You can check them with the Command Prompt and Node.js.


Orubase is the only mobile application development framework built especially for developing complex line-of-business mobile applications targeting iOS, Android, and Windows Phone platforms in the shortest possible timeframe.
Essential Studio for WinRT contains all the controls you need to build line-of-business tablet applications including grid, chart, map, tree map, SSRS report viewer, rich-text editor, pdf viewer, gauges, barcode, editors, and much more.
It also includes a unique set of controls for reading and writing Excel, Word, and PDF documents in Windows store apps.
Syncfusion Metro Studio is a collection of over 2500 Metro-style icon templates that can be easily customized to create thousands of unique Metro icons.


If you're looking for a basic understanding on how computers work, you need to understand 3 key things: hardware, software, and input.
Hardware consists of devices, like the computer itself, the monitor, keyboard, printer, mouse and speakers. Inside your computer there are more bits of hardware, including the motherboard, where you would find the main processing chips that make up the central processing unit (CPU). The hardware processes the commands it receives from the software, and performs tasks or calculations.
Software is the name given to the programs that you install on the computer to perform certain types of activities. There is operating system software, such as the Apple OS for a Macintosh, or Windows 95 or Windows 98 for a PC. There is also application software, like the games we play or the tools we use to compose letters or do math problems.
You provide the input. When you type a command or click on an icon, you are telling the computer what to do. That is called input.
So after understanding these key things it's important you understand how they work together.
First, you provide input when you turn on the computer. Then the system software tells the CPU to start up certain programs and to turn on some hardware devices so that they are ready for more input from you. This whole process is called booting up.
The next step happens when you choose a program you want to use. You click on the icon or enter a command to start the program. Let's use the example of an Internet browser. Once the program has started, it is ready for your instructions. You either enter an address (called a URL, which stands for Uniform Resource Locator), or click on an address you've saved already. In either case, the computer now knows what you want it to do. The browser software then goes out to find that address, starting up other hardware devices, such as a modem, when it needs them. If it is able to find the correct address, the browser will then tell your computer to send the information from the web page over the phone wire or cable to your computer. Eventually, you see the web site you were looking for.


The var Element
The area of a triangle is: 1/2 x
b
x
h
, where
b
is the base, and
h
is the vertical height.


Wwirew1558.github.io
Omron i-Q142 Pdf User Manuals. i-Q142; Omron i-Q142 Manuals Manuals and User Guides for Omron i-Q142. We have 1 Omron i-Q142 manual available for free PDF download: Instruction Manual. Omron i-Q142 Instruction Manual (48 pages) SpotArm Type Blood Pressure Monitor Brand: Omron Category. Omron Spotarm I-Q142 Gebrauchsanweisung. Before using the unit Introduction Introduction Thank you for purchasing the OMRON i-Q142 Intellisense SpotArm™ Type Upper Arm Blood Pressure Monitor. The OMRON i-Q142 Intellisense is a fully automatic blood pressure monitor, operating on the oscillometric principle. It measures your blood pressure and pulse rate simply and quickly.
Read and download Omron Blood Pressure Monitor i-Q142 User s Manual online. Download free Omron user manuals, owners manuals, instructions, warranties and installation guides The OMRON Spotarm™ BPMs are really comfortable and fully automatic blood pressure monitors. They offer reliable and exact upper arm measurement without having to worry about # OMRON @Stroke Hypertension Congress 2016 from the 19 - 20 August.  Competition for the OMRON SpotArm i-Q142 - visit our stand for more details.
OMRON i-Q 132 digital tonometer : automatic measuring device for measuring pulse on the arm (upper arm circumference 17-32cm).Suitable for home as well as clinical use.It has an extra large, well-arranged display with icons for obtaining reliable values. Measures morning and evening hypertension. - Omron Read more about omron, healthcare, intellisense, spotarm, manual and instruction.
Omron i-Q142 SportArm - epharm.bg.
Omron Spot Arm Upper Arm Blood Pressure Monitor With Cuff (17 - 32 cm) 3.0 out of 5 stars 3. £93.43. Next. Customers also shopped for. Page 1 of 1 Start over Page 1 of 1 This shopping feature will continue to load items. In order to navigate out of this carousel please use your heading. Omron s blood pressure management software and printer are optional. The software allows you to view, manage and print data about blood pressure measured by the OMRON i-Q142 Intellisense. Software is in English. View and Download Omron I-C10 instruction manual online. Digital Automatic Blood Pressure Monitor. I-C10 Blood Pressure Monitor pdf manual download. Ł Gebrauchsanweisung Ł Manuale di istruzioni The OMRON i-Q142 Intellisense is a fully automatic blood pressure monitor, operating on the oscillometric principle. It measures your blood pressure and pulse rate simply and quickly. For comfortable. Omron Blood Pressure Monitor i-Q142 User Guide.
OMRON I-C10 INSTRUCTION MANUAL Pdf Download. Omron i-Q142 User s Manual - Free PDF Download (48 Pages). Omron SpotArm i-Q142 Blood Pressure Monitor Instruction. View and Download Omron I-Q142 instruction manual online. SpotArm Type Blood Pressure Monitor. I-Q142 Blood Pressure Monitor pdf manual download.
PDF SpotArmŽ Type Blood Pressure Monitor Model i-Q132. The i-Q142 has a standard to large size adult cuff, Omron SpotArm i-Q132 Blood Pressure Monitor. Add to Cart. Be the first to review this product Add to Wish List Add to Compare. Email. Omron SpotArm i-Q142 Blood Pressure Monitors. Skip to the end of the images gallery.
Bekijk de handleiding OMRON i-Q142 SpotArm
Omron SpotArm i-Q142 Digital Blood Pressure Monitor. Simply place your arm into the SpotArm monitor, switch it on and press start. A few moments later your blood pressure values can be easily viewed in large characters on the digital display. The Spot Arms are equipped for irregular heart beat detection and feature several averaging modes as well as 84 memory spaces each for two users. Omron i-Q142 User Manual - manualmachine.com. Instruktion för blodtrycksmätning med Omron i-Q142 och Omron i-Q132 Musik: www.bensound.com. An Omron star product, the SpotArm i-Q142 is an award winning blood pressure monitor design. This fully automatic upper arm blood pressure monitor has a unique automatic cuff wrapping system. SpotArm™ Type Blood Pressure Monitor Model i-Q142.
Omron Spotarm™ Blood Pressure Monitor - i-Q142.
Omron SpotArm i-Q142 Blood Pressure Monitor with Large. OMRON i-Q132 digital tonometer SpotArm - DocSimon. Omron i-Q142 SportArm (HEM-1040-E) Натрупания от десетилетия опит, иновативните технологии и високото качество на продуктите OMRON са събрани във всеки апарат OMRON SpotArm™. Omron SpotArm i-Q142 Blood Pressure Monitor. The Omron 1-Q142 SpotArm blood pressure monitor is a unique design blood pressure monitor offering extraordinary reading accuracy support base. An Omron star product. Award winning design. This fully automatic upper arm blood pressure monitor has a unique automatic cuff wrapping system.
Bekijk de handleiding OMRON i-Q142 SpotArm - Read more about apparaat, manchet, knop, november, druk and symbool. Blodtrycksmätning med Omron SpotArm i-Q142 - YouTube. Ł Gebrauchsanweisung Ł Manuale di istruzioni The OMRON i-Q132 Intellisense is a fully automatic blood pressure monitor, operating on the oscillometric principle. It measures your blood pressure and pulse rate simply and quickly. For comfortable.
Measuring Blood Pressure with the Omron SpotArm i-Q142 and i-Q132. OMRON I-Q142 INSTRUCTION MANUAL Pdf Download. PDF SpotArmŽ Type Blood Pressure Monitor Model i-Q142. Thank you for purchasing the OMRON i-Q142 Intellisense SpotArm™ Type Upper Arm Blood Pressure Monitor. The OMRON i-Q142 Intellisense is a fully automatic blood pressure monitor, operating on the oscillometric principle. It measures your blood pressure and pulse rate simply and quickly. For comfortable. Omron Spot Arm IQ142 Upper Arm Blood Pressure Monitor.
Omron SpotArm i-Q142 Blood Pressure Monitors - Gp Supplies. Инструкция для OMRON SpotArm i-Q142. Omron Blood Pressure Monitor i-Q142 user manual - manualsbase.com. Omron i-Q142 User s Manual manualzz.com.
Balenie obsahuje: Tlakomer OMRON SpotArm i-Q142 s manžetou SpotArm ML (pre obvod paže 22 - 42 cm) (model HEM-1040-E), sieťový zdroj, návod v slovenčine. Na stiahnutie - komunikačný program pre tlakomery a krokomery OMRON. Omron Spot Arm IQ-142 Blood Pressure Monitor: Amazon.co.uk. Omron Lightweight Pedometer with Large Display Product Features The Omron pedometer/step counter monitors every step you take and displays the results on a large LCD display. Large LCD display Lightweight Omron Spotarm™ Blood Pressure Monitor - i-Q132. Omron SpotArm i-Q142 Blood Pressure Monitor. The OMRON i-Q142 Intellisense is a fully automatic blood pressure monitor, operating on the oscillometric principle. It measures your blood pressure and pulse rate simply and quickly. For comfortable controlled inflation without the need for pressure pre-setting or reinflation the device uses its advanced Intellisense technology.


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Bullying enables your child to show the world his muscular strength, by hitting people superior to him. Shouting ans torturing people gives him a good laugh. It allows other to treat him as a God.
|
|
| ©auditionfree.com Bullying can help your country to bring down their enemies |
| | Bullying makes you show how strong you are.
|


--- layout: post title: Pessimistic Thinking comments: true ---
People who have low opinions of themselves are often extremely harsh on themselves, while they give others the benefit of the doubt. For example, while they freely give compliments to others, or they admire characteristics of others, they unfairly fail to credit themselves for similar actions, or they dismiss themselves as inadequate. When others compliment them, they dismiss these comments as well.—Mood Gym


Family of UDA murder victim vow to continue fight for justice
by Connla YoungTHE family of a Catholic man shot dead by loyalists almost 50 years have vowed to continue their fight for justice.
Joseph McCrystal (25) was shot as he returned to his home at Longlands Park in Newtownabbey on November 12, 1972. He died the following day.
The murder has been blamed on the UDA, which was active in the area at the time. No-one has ever been convicted in connection with the murder.
It has also previously been suggested that the secret British army unit known as the Military Reaction Force may have been involved.
His brother Charles was one of three republicans killed in a premature explosion in April 1972.
The circumstances of Joseph McCrystal’s death have been outlined in a new family report published by Relatives for Justice (RFJ).
Figures compiled by RFJ and local residents reveal that 19 people from the Bawnmore area, which is close to where Mr McCrystal lived, were killed during the Troubles and 20 were injured.
The booklet also details the official state response to the murder and how his son Joe was taunted about his father’s death by security forces while growing up.
Joe was four when his father was killed and his sister Donna was aged one. The siblings, who claim the murder was never properly investigated by the then RUC, lodged a complaint with the Police Ombudsman in 2016.
Mr McCrystal's widow Maureen continues to live in Belfast.
His son Joe last night said: “No one in authority seems to care.
“Our father is just a number to them, but his death is a lifetime of pain to me and my sister.
“We will fight for truth until the grave.
“We will never give up.”


Prepared by Alison Chaiken and offered under
OBDLink MX Protocol Commands set by STN1110 chip, supports all CAN standards
ELM327 Protocols for OBDII (doesn't support general CAN), p.23
0 - Automatic 1 - SAE J1850 PWM (41.6 kbaud) 2 - SAE J1850 VPW (10.4 kbaud) 3 - ISO 9141-2 (5 baud init, 10.4 kbaud) 4 - ISO 14230-4 KWP (5 baud init, 10.4 kbaud) 5 - ISO 14230-4 KWP (fast init, 10.4 kbaud) 6 - ISO 15765-4 CAN (11 bit ID, 500 kbaud) 7 - ISO 15765-4 CAN (29 bit ID, 500 kbaud) 8 - ISO 15765-4 CAN (11 bit ID, 250 kbaud) 9 - ISO 15765-4 CAN (29 bit ID, 250 kbaud) A - SAE J1939 CAN (29 bit ID, 250* kbaud) B - USER1 CAN (11* bit ID, 125* kbaud) C - USER2 CAN (11* bit ID, 50* kbaud)
Wikipedia Controller Area Network article
There are several CAN physical layer standards: ISO 11898-1: CAN Data Link Layer and Physical Signalling ISO 11898-2: CAN High-Speed Medium Access Unit ISO 11898-3: CAN Low-Speed, Fault-Tolerant, Medium-Dependent Interface ISO 11898-4: CAN Time-Triggered Communication ISO 11898-5: CAN High-Speed Medium Access Unit with Low-Power Mode ISO 11898-6: CAN High-speed medium access unit with selective wake-up functionality ISO 11992-1: CAN fault-tolerant for truck/trailer communication ISO 11783-2: 250 kbit/s, Agricultural Standard SAE J1939-11: 250 kbit/s, Shielded Twisted Pair (STP) SAE J1939-15: 250 kbit/s, Unshielded Twisted Pair (UTP) (reduced layer) SAE J2411: Single-wire CAN (SWC)
Scantool.net's OBDLink MX, which is based on the STN1110 interface chip, not the well-known ELM327 they used in earlier products.
Screenshot of a Windows 7 VM running on VMWare on top of Ubuntu that is reflashing the OBDLink MX's firmware (click for larger version). In order to connect, I had to click on the tiny blue Bluetooth hardware device icons circled on the lower right corner, which caused Windows to query whether I wanted to install Bluetooth drivers. Before the drivers were installed, Windows showed the icons with red X's through them. There appeared to be no other way to install the drivers, not through the "network center" or "wireless device" control panel settings. Once the drivers were installed, the larger and familiar Bluetooth connectivity icon appeared to the upper left of the Bluetooth hardware icons.
For initial tests, I used a Debian or Ubuntu laptop with the minicom program to capture output from the Bluetooth-paired OBDLink MX scantool, which Linux offers as /dev/rfcomm0, a regular soft tty. (On Ubuntu 10.10, bluetooth-agent failed to handle random password, while blueman-assistant worked on the first try.) nOBDy's genericbod2 provider plugin will log data from the OBDLink MX with no problem, but, at the moment, the underlying libobd communication library only supports the OBDII (15765-4) protocol. The OBDLink MX is a bit expensive compared to many scantools, but most don't populate pins 3 and 11 or read MS-CAN communications (see below).
Identification of pins on Mazda 3's Data Link Connector
Sample Log file from Mazda 3 raw CAN monitoring session
Compare HS-CAN and MS-CAN data from madox.net. A quick comparison shows that a lot of the same IDs appear in my MS-CAN (protocol 51) data stream (201, 265, 401, 433) and HS-CAN (protocol 31) data stream (200, 20F, 231, 433, 4B0) although it's not obvious that the behavior matches that of madox's 2006 Mazda 3. For example, in my vehicle, 20F PID appears to be a monotonically increasing counter in least-signicant byte, while madox identifies bytes 2 and 3 as speed. Pinning down an interpretation of many of the parameters is clearly possible but will require investment of some time.
080-11 DRIVE MODE[LF, L3] - Using the OBD-II drive mode, the monitoring item requested by OBD-II regulations can be easily diagnosed. - Performing the Drive Mode inspects the OBD-II system for proper operation and must be performed to ensure that no additional DTCs are present. - The OBD-II drive mode is divided into the specific drive mode and single drive mode. - For the specific drive mode, specified drive modes have been set for each individual monitoring item requested by OBD-II regulations, and they can be diagnosed individually. For the single drive mode, the entire monitoring item requested by OBD-II regulations can be diagnosed. - The following modes are in the specific drive mode. The applicable system is diagnosed by driVing in the following drive modes. PCM (Powertrain Control Module): Adaptive Memory Produce Drive Mode EGR (Exhaust Gas Recirculation): System Repair Verification Drive Mode H02S heater, H02S, and TWC Repair: Verification Drive Mode EVAP System Repair: Verification Drive Mode - The following systems are diagnosed with the single drive mode. EGR system Oxygen sensor (H02S) Oxygen sensor heater Catalytic converter (TWC) Fuel, misfire and evaporative (EVAP) system PCM Adaptive Memory Production Drive Mode 1. Start the engine and warm it up completely. 2. Verify the following conditions and correct if necessary: - All accessory loads (AlC, headlights, blower fan, rear window defroster) are off. 3. Perform no load racing at the engine speed shown in the graph, then idle the engine for more than 60 s after the cooling fan has stopped. If possible, monitor RPM PID for engine speed during this procedure.
p. 63-71, shop manual, 9-page table including and associated fault conditions.
DIAGNOSTIC MONITORING TEST RESULTS[LF, L3] The purpose of this test mode is to confirm the result of OBD-II monitor diagnostic test results. The result values stored when particular monitor is completed are displayed. If the monitor is not completed, initial value is displayed.
p. 2128:
ON-BOARD DIAGNOSTIC [ELECTRO HYDRAULIC POWER ASSIST STEERING (EHPAS)] B1238 EHPAS control module B1317 Battery power supply B1318 Battery power supply B1342 EHPAS control module B1352 Ignition power supply B2477 EHPAS control module configuration C1099 Electric power steering oil pump (motor) C1278 Steering angle sensor U0073 CAN bus communication error U0100 Lost communication with the PCM U2023 EHPAS control module B1317 DTC Fault received from other modules
p. 2129
PID Name (Definition) MTR_AMP(Pump Motor Operation Current) RPM_ACT (Actual pump motor revolution per minutes) RPM_TGT (Target pump motor revolution per minutes) ENGRPM (Engine speed signal) STEER_RATE (Steering wheel rotation rate) TEMP_BOARD (Printed circuit board temperature) VPWR (Module supply voltage) VSS (Vehicle speed)


DateBox DateBox Dev Page
My name is Rhoda Morgenstern. I was born in the Bronx, New York in December of 1941. I've always felt responsible for World War II. The first thing I remember liking that liked me back was food. I had a bad puberty; it lasted seventeen years. I'm a high school graduate. I went to art school. My entrance exam was on a book of matches. I decided to move out of the house when I was twenty-four. My mother still refers to this as the time I ran away from home. Eventually, I ran to Minneapolis, where it's cold and I figured I'd keep better. Now I'm back in Manhattan. New York, this is your last chance!
It's time to play the music, it's time to light the lights. It's time to meet the Muppets on the Muppet Show tonight! It's time to put on makeup, it's time to dress up right. It's time to raise the curtain on the Muppet Show tonight. Why do we always come here? I guess we'll never know. It's like a kind of torture to have to watch the show! And now let's get things started - why don't you get things started? It's time to get things started on the most sensational inspirational celebrational Muppetational... This is what we call the Muppet Show!
There are those who believe that life here began out there... far across the universe, with tribes of humans who may have been the forefathers of the Egyptians or the Toltecs or the Mayans. Some believe that there may yet be brothers of man who even now fight to survive somewhere beyond the heavens. Fleeing from the Cylon Tyranny, the last Battlestar - Galactica - leads a rag-tag fugitive fleet on a lonely quest. A shining planet, known as Earth.
Making the world a better place, starts with one more smiling face. And Ronald's smile is just the thing, To make everybody sing! Put a smile on, put a smile on, everybody come on! Put a smile on!
Life is like a hurricane here in Duckburg. Race cars, lasers, aeroplanes - it's a duck blur. You might solve a mystery or rewrite history - Duck Tales, Oo-oo! Tales of derring-do, bad and good luck tales, oo-oo! D-d-d-danger, watch behind you - there's a stranger out to find you! What to do? Just grab onto some Duck Tales, oo-oo! Not pony tails or cotton tails but Duck Tales, oo-oo! When it seems they're headed for the final curtain Bold deduction never fails, that's for certain The worst of messes become successes!


As said before, ZombieVille [1997] is a DOS game that was released by Psygnosis in an uncompleted state.
It is considered abandon-ware as the game received negative initial reception and forgotten through the years.
There's little to no coverage online of this MS-DOS game as of today, even with videos! The following video is a YouTube playlist that showcases game-play of ZombieVille 1997...in 2020!
More than 20 years since its release date!
As seen in the embedded Youtube playlist of the game, one can see that the game-play is not entirely complete.
It only reaches up to a certain point because ZombieVille was designed to zombify Matt Black to the point to force a GAME OVER
if Matt Black was ever hit by a zombie.
However, it's not made clear if zombies have the power to zombify by meleeing you AND
WITH THEIR BULLETS. Not only that but the reason why the videos were split into multiple parts was because ZombieVille has the
tendency to CRASH TO DESKTOP at random times.
However, one guaranteed method to crash the game is to shoot down certain NPC's at certain times. For certain NPC's, the game will
crash outright.  If you kill these
zombies before they kill you, the game will immediately crash to desktop, as it seems that the game wasn't programmed to handle this exception.
I believe that the reason for this exception not programmed in was either of the following:
The bounty is that I would like a long-play of Zombieville 1997.
This bounty is set to: $ USD For submitting videos showcasing the long-play of the game.
BONUS: Showing the process of how it was done. +$ USD
The reason why I have requested this bounty is because for the following reasons:
In regards to this bounty, I am requesting the following to be taken into account:
If you need a copy of the abandon-ware PC game, please click the following button with a computer browser.
Download MS-DOS Copy of Zombieville 1997If you need further details regarding this bounty, please contact me.
Please also let me know if you're outside of USA to figure out the proper payment(s).
[Last Updated: 10/25/20 11:10am]


Unsurprisingly, one of WebAssembly’s primary purposes is to run on the Web, for example embedded in Web browsers (though this is not its only purpose).
This means integrating with the Web ecosystem, leveraging Web APIs, supporting the Web’s security model, preserving the Web’s portability, and designing in room for evolutionary development. Many of these goals are clearly reflected in WebAssembly’s high-level goals. In particular, WebAssembly MVP will be no looser from a security point of view than if the module was JavaScript.
More concretely, the following is a list of points of contact between WebAssembly and the rest of the Web platform that have been considered:
A JavaScript API is provided which allows JavaScript to compile WebAssembly modules, perform limited reflection on compiled modules, store and retrieve compiled modules from offline storage, instantiate compiled modules with JavaScript imports, call the exported functions of instantiated modules, alias the exported memory of instantiated modules, etc.
The Web embedding includes additional methods useful in that context. Non-web embeddings are not required to support these additional methods.
WebAssembly.compileStreaming
Added for milestone 2, developers must feature detect.
In Web embeddings, the following methods are added.
Promise<WebAssembly.Module> compileStreaming(source)
source
is unconditionally passed through the built-in value
of Promise.resolve
.
If the result is not a Response
object, then the returned Promise
is
rejected
with a TypeError
.
This allows developers to pass either a promise that resolves
to a
Response
object or a
Response
object (which is automatically cast to a
promise) for the source
.
Renderer-side
security checks about tainting for cross-origin content are tied to the types
of filtered responses defined in
Fetch
.
This function starts an asynchronous task to compile a WebAssembly.Module
as described in the WebAssembly.Module
constructor.
On success, the Promise
is fulfilled
with the resulting WebAssembly.Module
object. On failure, the Promise
is
rejected with a
WebAssembly.CompileError
or TypeError
, depending on the type of failure.
The resolved Response
is used as the source of the bytes to compile.
MIME type information is
extracted
from the Response
, WebAssembly source
data must have a MIME type of application/wasm
,
extra parameters are not allowed (including empty application/wasm;
).
A MIME type mismatch, a response whose
type is not “basic”, “cors”, or
“default”, or a response whose status is not an
ok status, must cause the Promise to be
rejected with a
TypeError
.
WebAssembly.instantiateStreaming
Added for milestone 2, developers must feature detect.
In Web embeddings, the following methods are added.
dictionary WebAssemblyInstantiatedSource {
required WebAssembly.Module module;
required WebAssembly.Instance instance;
};
Promise<InstantiatedSource> instantiateStreaming(source [, importObject])
source
is unconditionally passed through the built-in value
of Promise.resolve
.
If the result is not a Response
object, then the returned Promise
is
rejected
with a TypeError
.
This allows developers to pass either a promise that resolves
to a
Response
object or a
Response
object (which is automatically cast to a
promise) for the source
.
Renderer-side
security checks about tainting for cross-origin content are tied to the types
of filtered responses defined in
Fetch
.
This function starts an asynchronous task that first compiles a WebAssembly.Module
based on bytes from source
as described in
the WebAssembly.Module
constructor
and then instantiate the resulting Module
with importObject
as described in the
WebAssembly.Instance
constructor.
On success, the Promise
is fulfilled
with a plain JavaScript object pair {module, instance}
containing the resulting
WebAssembly.Module
and WebAssembly.Instance
. The 2 properties module
and instance
of the returned pair are configurable, enumerable and writable.
On failure, the Promise
is
rejected with a
TypeError
, WebAssembly.CompileError
, WebAssembly.LinkError
, or WebAssembly.RuntimeError
,
depending on the cause of failure.
The resolved Response
is used as the source of the bytes to compile.
MIME type information is
extracted
from the Response
, WebAssembly source
data must have a MIME type of application/wasm
,
extra parameters are not allowed (including empty application/wasm;
).
A MIME type mismatch, a response whose
type is not “basic”, “cors”, or
“default”, or a response whose status is not an
ok status, must cause the Promise to be
rejected with a
TypeError
.
Browsers, JavaScript engines, and offline tools have common ways of referring to JavaScript artifacts and language constructs. For example, locations in JavaScript source code are printed in stack traces or error messages, and are represented naturally as decimal-format lines and columns in text files. Names of functions and variables are taken directly from the sources. Therefore (for example) even though the exact format of Error.stack strings does not always match, the locations are easily understandable and the same across browsers.
To achive the same goal of a common representations for WebAssembly constructs, the following conventions are adopted.
A WebAssembly location is a reference to a particular instruction in the binary, and may be displayed by a browser or engine in similar contexts as JavaScript source locations. It has the following format:
${url}:wasm-function[${funcIndex}]:${pcOffset}
Where
${url}
is the URL associated with the module, if applicable (see notes).${funcIndex}
is an index in the function index space.${pcOffset}
is the offset in the module binary of the first byte
of the instruction, printed in hexadecimal with lower-case digits,
with a leading 0x
prefix.Notes:
eval
; therefore if the browser has an existing
method to represent the location of the eval
call it can use a similar
one for WebAssembly.instantiate
. For example if the browser uses
foo.js line 10 > eval
or eval at bar (foo.js:10:3)
for eval
, it could
use foo.js line 10 > WebAssembly.instantiate
or
WebAssembly.instantiate at bar (foo.js:10:3)
, respectively.
Offline tools may use a filename instead.While the name
property of exported WebAssembly functions
is specified by the JS API, synthesized function names are also
displayed in other contexts like devtool callstacks and Error.stack
.
If a WebAssembly module contains a “name” section,
these names should be used to synthesize a function name as follows:
${module_name}.${function_name}
or ${function_name}
, depending
on whether the module name is present.${module_name}.wasm-function[${funcIndex}]
or
wasm-function[${funcIndex}]
should be used to convey the function index.Note that this document does not specify the full format of strings such as stack frame representations; this allows engines to continue using their existing formats for JavaScript (which existing code may already be depending on) while still printing WebAssembly frames in a format consistent with JavaScript.
WebAssembly’s modules allow for natural integration with the ES6 module system.
A WebAssembly module can have imports and exports, which are identified using
UTF-8 byte sequences. The most natural Web representation of a mapping of export
names to exports is a JS object in which each export is a property with a name
encoded in UTF-16. A WebAssembly module fails validation on the Web if it has
imports or exports whose names do not transcode cleanly to UTF-16 according to
the following conversion algorithm, assuming that the WebAssembly name is in a
Uint8Array
called array
:
function convertToJSString(array)
{
var string = "";
for (var i = 0; i < array.length; ++i)
string += String.fromCharCode(array[i]);
return decodeURIComponent(escape(string));
}
This performs the UTF8 decoding (decodeURIComponent(escape(string))
) using
a common JS idiom.
Transcoding failure is detected by decodeURIComponent
, which may throw
URIError
. If it does, the WebAssembly module will not validate. This validation
rule is only mandatory for Web embedding.
WebAssembly’s security model should depend on the same-origin policy, with cross-origin resource sharing (CORS) and subresource integrity to enable distribution through content distribution networks and to implement dynamic linking.
Once SIMD is supported WebAssembly would:
Once GC is supported, WebAssembly code would be able to reference and access JavaScript, DOM, and general WebIDL-defined objects.


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Before Change
// Transform into np arrays, append episode to batch, start new episode dict
path = self.get_path()
self.current_batch.append(path)
self.current_episode = defaultdict(list)
def extend(self, other):
Append another episode to this batch.
After Change
self.data["action_log_stds"].append(self.last_action_log_std)
if terminal:
print("Terminating episode within add observation")
// Batch could also end before episode is terminated
self.data["terminated"] = True
self.terminated = True
// Transform into np arrays, append episode to batch, start new episode dict


--- layout: post title: Just married tags: - News - Private ---
We had a lovely wedding. Thank you to everyone - family and friends - who celebrated with us and made this special day unforgettable for us. A special thank you to our photographer Timo Raab for the great pictures.