# Offer
Offer(s) is the most used module in the JI Offer tool system. This module is directly dependent on the Projects, Partners, Microsites Reporting Summary, Partner Emails.
To add an Offer , click on the Offers button located on t[he navigation menu. This results in a dropdown with three options.
Clicking on the Add Offer will load a page where fields used for the Offer are displayed. Enter the appropriate data and click Save Offer
button. However, the fields used in this module extend to four pages. The fields for Offer are included within tabs just below the breadcrumb. There are four tabs namely -
See the attached screenshot of these tabs below
* Click to enlarge
-
-
-
-
# Fields
Discussing all the fields for this module might prove to be quite tedious for the scope of this manual and also for the user(s) to go through it all. So, we will only be discussing the required fields within this module to ease the user(s) to go through it.
# Required Fields
-
Select Project (Required) - A single select field to select
Project
whose Offer needs to be created. Selection of the Project determines the Partner, Placement and thus the Partner Contact for the particular Offer.
-
Offer Title (EN) (Required) - Enter the desired name of the offer in English.
-
Offer Title (DE) (Required) - Enter the desired name of the offer in German.
-
Select Placement (Required) - A multiple select field which lists the names of the Placement(s) for the Project so selected. Notice that there is a '
' sign besides the Select Placement label. Clicking on this sign will display a modal pop up in which a new Placement for the Project can be created if it has not been done so as of yet.
-
Select Offer Partner (Required) - A dropdown field to select the Offer Partner of the Project so chosen. This field is populated based on the Partner associated with the particular Project.
-
Primary Partner Contact (Required) - A dropdown field to select the Partner Contact of the Offer Partner so chosen. This field is populated based on the Partner Contact assigned with the particular Partner. This too has a '
' sign besides the Primary Partner Contact label. Clicking on this sign will display a modal pop up in which a Partner Contact can be assigned to any Partner if he/she has not been assigned so as of yet.
-
Valid From (Required) - A datepicker field to choose the start date of an Offer. Clicking on this field will display a calendar from which a user can choose a date from which the Offer is to start.
-
Valid Until (Required) - A datepicker field to choose the end date of an Offer. Clicking on this field will display a calendar from which a user can choose a date at which the Offer is to end.
-
Select JI Contact (Required) - A dropdown field to choose the JI contact of the particular Offer. This field is populated based on the Project so selected at the beginning while creating an Offer. The JI Contact are basically the user(s) of Offer Tool. In essence, the email addresses of the JI contact so selected for the particular Offer are used as the Sender's email address (for all emails except extension email) in email communication and to that of recipient's address in case of Offer Extension email only.
-
Communcation Package (Pre-defined) - This page has the option to set the communication package to 'Yes' or 'No'. Setting the Communication Package to "Yes" will generate emails for Activation Links, Microsites and also the Microsite Summary Details. However, setting it to "No" will not generate any of the above mentioned emails or reporting details. Please note that by default, Communication Package is set to No
while creating an Offer.
* Click to enlarge
-
-
-
# List/Edit Offers
This page will list all the Offers that have been added to the system. The contents of this page are in tabular form which contains columns whose brief description have been mentioned below
# Columns of the List Offer page
The Columns that appear in the List Offer page are
-
Offers - The name of the Offer(s) appears in these columns.
-
Projects - Lists the Project associated with the Offer. An Offer can only be associated with a single Project.
-
Placements - Lists the Placement(s) associated with the Offer. An Offer can have multiple Placements
-
Market - Lists the Market detail so entered when creating an Offer
-
Valid From - Lists the start date of an Offer.
-
Valid Until - Lists the end date of an Offer.
-
Communication Package - Displays the option of the Communication Package of the Offer
-
Action - Contains four buttons whose functionalities have been discussed below.
A user will see four buttons against each Offer name at the end of each row in this page.
The edit button is used to edit the existing Offer details. Same validation rules are applied while editing Offers. Below mentioned are some instances, a user needs to be aware
of while changing the Communication Package when editing the Offer
- Lets assume that initially an offer is created and the Communication Package is set to 'Yes'. Corresponding Microsite(s) are generated for the specific offer. Lets also assume that the user(s) have filled in the data of the Microsite(s).
- Now when the communication package of the particular Offer is edited and set to 'No', the Microsite(s) of that Offer are not removed from the Microsite Feedback Summary page but their links no longer work. Their data(s) are only viewable on the table of Microsite Feedback Summary page.
Consequently, setting the Communication Package of that Offer back to 'Yes' will result in the loss of data(s) of the Microsites and new Microsites are created.
The delete button is used to delete an Offer. However, do note that if a Offer is being used in other module, the Offer cannot be deleted. So, in order to delete an Offer that is been used in other modules, a user first needs to delete the respective modules and then proceed to delete the corresponding Offer.
Clicking on this icon will enable the user to
Edit Placement
of the particular Offer associated with a specific Project. Clicking on this button will take the user to a page where the particular Placement can be edited.
Clicking on this button will disable an Offer and that particular Offer will no longer be visible on the List Offer page. Also there is no way to enable that Offer. So, a user needs to be aware of this fact and proceed to disable the Offer.
* Click to enlarge
-
# Offer-Offer Types
A view page which lists the various Offer types assigned to each Offers. This page does not have any action associated to it and is just used to view the information.
# Offer Detail View
Clicking on the Offer name will give a detailed view of the particular Partner. It will provide a summary of the data(s) entered in the particular Offer.
* Click to enlarge
-
# Access Rights
Access Rights for a creating/editing and deleting a Partner depends on the user and user type.This is discussed below.
* Admin User
An admin user can view/create/edit and delete any Offers irrespective of the fact that he/she is assigned to the Offer or not
* General User
A General User can only view/create/edit Offer for the Projects that he/she is assigned to. He/she cannot view the Offers of the Projects he has not been assigned to. A general user does not hold the right to delete an Offer.
* Viewer
A Viewer can see all the Offer(s) name but only certain description of the Offer(s) so clicked


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--- layout: archive permalink: /categories/ title: "Apache Way Elements by Category" author_profile: false read_time: false ---
Categories are used to classify the main Ways of Apache.
{% include group-by-array collection=site.aspects field="categories" %} {% for tag in group_names %} {% assign posts = group_items[forloop.index0] %}


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The easiest way to really get started with Hoodie is to check out the full docs and info at www.hood.ie. Hoodie is also open-source and has a community on Github, so check that out if you want to report bugs or create a pull request. If you have any questions, thoughts, concerns or feedback, please don't hesitate to get in touch at www.hoodi.ie/chat.


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Workshop on Quantum Information Science and Engineering
Location: Online, Co-located with FSTTCS 2021Time: Saturday, December 18, 10:30 am - 7:00 pm, Indian Standard Time
Recent developments have once again revived great interest in quantum computing, its potential in the near term, and its relationship with other areas of science and technology. Several initiatives, at universities and research labs, have been taken in India, especially after the announcement of governmental support for such initiatives. Simultaneously, the IT industry India has started developing mechanisms to develop expertise in the area of quantum computing in order to stay abreast of the developments and prepare itself for future opportunities.
In its currently emerging version, quantum science offers a unique opportunity for interaction among a wide spectrum of scientists who specialize in areas us as theoretical physics, novel materials, communication technology, control theory, information theory, computing and mathematics. It also presents unique challenges for both laboratory and industrial implementations of quantum devices and the manipulation of uniquely quantum phenomena.
The proposed workshop is intended to evolve into a regular yearly event providing a platform to a diverse audience for learning about the recent developments in areas related to quantum science in general and quantum computing in particular.
Goals of the workshop: In the first edition of the workshop, we would like to use this opportunity to provide a robust exposure to researchers at FSTTCS to the recent developments in quantum computation, from the point of view of computer science, physics, and engineering. Apart from this we would like to familiarize the participants, especially the students, to recent quantum computing and simulation tools, e.g., with the view to introducing them to quantum machine learning. We wish to keep the program broad based so as to attract participation from interested members of the wider scientific community described above.
| Time | Event | Speakers/Organizers |
|---|---|---|
| TBD | Tutorial on Quantum ML/Annealing | Apoorva Patel, Debajyoti Bera, Sagnik Chatterjee |
| TBD | Poster Session | Manoj Nambiar |
| TBD | Quantum algorithms and complexity theory | Umesh Vazirani |
| TBD | TBA | TBA |
| TBD | TBA | TBA |
| TBD | Panel discussion | Umesh Vazirani, R Vijayraghavan, Pranab Sen, Anil Prabhakar |
The poster session will be held during the workshop. We welcome posters containing original work in all areas related to quantum information, both computing and engineering aspects. In addition, we will accept posters from the industry that showcase the work being done there, and also the career opportunities they offer.
Poster submissions to QISE 2021 will be in the form of an extended abstract (12-point font minimum, 2 pages maximum excluding references) or technical manuscript. Technical Manuscripts can also be submitted as links to an online repository such as arXiv, HAL, or ECCC. The abstract may include a link to a longer manuscript posted on a public server. Extended abstracts should be typeset using the LIPIcs LaTeX style file available here.
Poster Submission Deadline: Novemeber 15, 2021
We also thank the ACM Goa chapter for assisting in the organisation of the workshop.


{% extends '_base.html' %} {% load static %} {% block title %} Home - Mitchell Sullivan {% endblock title %} {% block content %}
github.com/mitchellsullivan
<EMAIL_ADDRESS>+1<PHONE_NUMBER>
This website,
mitchellsullivan.net
Under construction with live examples to come. Built with Django, Nginx, PostgreSQL, Ubuntu.
Source on GitHub.
Industrial Software Engineer
January 2018 - August 2019
Trinity Apparel
Ridgeland, MS / Beijing, China
B.S. Computer Science
January 2015 - December 2016
University of Mississippi
Oxford, MS


Real Madrid winger Vazquez suffers broken big toe
by BeSoccerReal Madrid have informed they will be without Lucas Vazquez when LaLiga resumes after the international break. The player has broken his left big toe after an accident in the gym.
Yet another setback for Lucas Vazquez, who has not managed to earn a regular spot in the starting eleven and has now suffered a fractured big toe in his left foot, Real Madrid have confirmed.
Vazquez sustained the injury when he dropped a weight during a gym session, according to reports in Spain.
Madrid, who host Real Sociedad on Saturday, have not specified a timeframe for his recovery, but he is expected to be out for at least a month and a half, which means the player will be out for the team's next engagements against Real Sociedad, PSG, and Alaves.
The 28-year-old missed matches against Mallorca and Galatasaray in October due to a calf problem.
Featured links
- BREAKING NEWS: Mourinho replaces Pochettino at Tottenham
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- Wales, golf, Madrid... in that order
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"Following the tests carried out today on our player Lucas Vazquez by the Real Madrid medical department, he has been diagnosed with a fracture to the distal phalanx in his left hallux," read a club statement.
"His recovery will continue to be assessed and will depend on his pain tolerance."
Vazquez has made seven LaLiga appearances this season, starting four times and scoring once.
Madrid are level on points with Barcelona but trail the leaders on goal difference.


This is a fan project. No rights infringement is intended. No money is made.
KeyForge is owned by Fantasy Flight Games.
This converter uses data from
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Convert data to JSON
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Report: Manchester United plot raid on Aston Villa for midfield pair
Man United have drawn up a shortlist of targets.
by Jay WilliamsAston Villa pair Jack Grealish and John McGinn feature on Manchester United’s January wishlist.
According to ESPN, Man United want to sign a number of players in January. Alongside the likes of Erling Braut Haaland and James Maddison, Villa duo Grealish and McGinn are also targets.
Man United are looking at potential reinforcements and midfield. Ole Gunnar Solskjaer admires Grealish and McGinn so that could be a potential route in January.
Aston Villa will be desperate to hold onto their two midfield stars. Dean Smith uses them in his starting line-up and both midfielders are integral to his plans.
McGinn joined Villa from Hibernian in summer 2018 and he is a hit in the West Midlands. The left-footed Scotsman’s energy, commitment and ability to create goalscoring opportunities has earned him a place as a cult hero at Villa Park.
Meanwhile, Grealish is the fan favourite. The local lad has come through the ranks and Villa and he is a boyhood fan. Grealish is now the skipper and his performance levels have invited talk of an England call-up.
TBR’s view
Man United have long admired McGinn. But after rewarding him with a new contract last year, Aston Villa are under no pressure to sell their prize assets.
Grealish is the hero at Villa and he needs to stay. Under his leadership, Aston Villa are reaching new heights. The midfield star loves being the protagonist in the new era.
Have something to tell us about this article?
Let us know


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My trigger to do programming is I felt challenged and wanting to do it perfectly. However, at the same time I have to let it go of my unperfection it is difficult but I am trying to learn it
For me it is very useful. Because I am a person who always trying to get high standard for myself sometimes there are many negative thoughts in my head. So I think it is very helpful for my mental


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A PRICE ABOVE RUBIES (Miramax) Starring: Renee Zellweger, Christopher Eccleston, Glen Fitzgerald, Allen Payne, Julianna Margulies. Screenplay: Boaz Yakin. Producer: Lawrence Bender. Director: Boaz Yakin.  Reviewed by Scott Renshaw.
At the 1998 Sundance Film Festival, writer/director Boaz Yakin commented that A PRICE ABOVE RUBIES isn't so much specifically about life in the Hasidic Jewish community as it is about "being an individual in any society where conformity and tradition dominate." The story could just as easily have taken place in the Amish country, apparently, or in any other highly conservative culture. Why, our ambitious, determined heroine Sonia Horowitz (Renee Zellweger) might have been Sonia Smith if the mood had struck him, or Sonia Gomez.
In a cinematic era of hot air and gimmickry, it's hard to fault a film-maker when he's trying to tell a story _about_ something. Unfortunately for Yakin, beginning with a theme doesn't work when the cultural atmosphere is as crucial to a story as Hasidic Judaism is to A PRICE ABOVE RUBIES. The narrative follows wife and mother Sonia as she struggles to express her passions -- for sexuality, for a career in the jewelry business -- in a world where the highest passion is expected to be reserved for God. Though her husband Mendel (Glen Fitzgerald) is a decent and holy man, she finds herself caught up in affairs with her brother-in-law Sender (Christopher Eccleston) and a Puerto Rican artist (Allen Payne), facing the unimaginable fate of complete exclusion from her community.
It's an intriguing story, told by Yakin with an aura of mysticism as Sonia frequently converses with a mysterious homeless woman (Kathleen Chalfant) and the spirit of her dead brother Yossi (Shelton Dane). You can feel the world shifting constantly within her, conveyed through the naked emotionalism of Zellweger's performance. The world around her, however, never seems to be a real place of strictures and conventions. It's a movie set with costumes and props, into which Sonia might just as well have been dropped like an alien into a Spielbergian American suburb. Yakin commits himself so thoroughly to making Sonia a genuinely complex character that he doesn't take the time to fill in the background.
It certainly doesn't help that some of the blind-to-a-fault casting stretches credulity to the breaking point. British actor Christopher Eccleston chews on his New Yawk accent as though he were about to blow a bubble with it, while creating a borderline melodramatic rendition of manipulative villainy. Zellweger, meanwhile, throws her heart and soul into Sonia but can't quite turn rural Texan into New York Jew. If you want to distill what doesn't work in A PRICE ABOVE RUBIES into two words, try to imagine Renee Zellweger convincingly uttering the magic words, "Oy gevalt."
A PRICE ABOVE RUBIES is the sort of sincere, well-meaning movie which makes you feel vaguely guilty for not liking it more, since it is never sincere and well-meaning in that ponderous, self-righteous way which characterizes so many Hollywood "issue" dramas. There are some wonderful touches to enjoy, notably an insinuating score by Lesley Barber, which complement Yakin's patient narrative development. Sonia's story of self-actualization is bound to resonate with some viewers, because it is both heartfelt and honest. But while Yakin manages to make the film feel honest, he doesn't make it feel _true_. Without the richness of a fully-realized society as a foundation for character study, A PRICE ABOVE RUBIES essentially offers solid actors in an under-stated tolerance lecture.
On the Renshaw scale of 0 to 10 costume Jewries: 5.
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An example of CNN on images
The training dataset CIFAR-10 contains 10 classes: airplane, automobile, bird, cat, deer, dog, frog, horse, ship, and truck
The training dataset CIFAR-10 contains 10 classes: airplane, automobile, bird, cat, deer, dog, frog, horse, ship, and truck


Math.random
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Eeny Meeny
Eeny, Meeny...
You are it! This application uses Math.random to choose between entered names.
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SAC4 - Create a 3D Diorama
For SAC4 I was tasked with creating the 3D diorama that I designed in SAC3. I used the software Autodesk Maya
to model my assets, Adobe Photoshop for textures, and Unreal Engine 4 to place and position my assets.
This was the first time I had modelled a 3D object, so it was exciting to learn a new skill.
Despite working mostly from home, I am pretty happy with the finished product and would definitely experiment with making models in my own time.


I am trying to figure out if there is a way I can monitor a 0-10v signal using an emonTx V3.4.
After some searching around, I found that the analog inputs of Arduinos, and presumably the Atmel ATmega328 used in the emonTx V3.4, can only measure up to 5 volts, meaning I would have to use a voltage divider to bring the 0-10 volt down to 0-5 volt.
I thought about somehow re-purposing the battery voltage monitoring input (https://wiki.openenergymonitor.org/images/EmonTx_V3.4_portmap.png) because it is already set up in the sketch, but that would mean disconnecting it from the actual power rail.
Another thought was to use pin 8 of the RJ45 socket. As far as I can tell, it is not used for anything else - but I don't know how I would modify the sketch to measure said pin. Can I just change
const byte battery_voltage_pin= 7;
to
const byte battery_voltage_pin= 6;
and rename the battery voltage input (on emocms.org) to 0-10 volt input?
I could simply try it out, but I'd rather ask first before I start desoldering components and potentially break something.
edit
I've managed to get it working.
I've attached the emonTx V3.4 sketch. It worked fine when using the serial monitor using the USB to UART adapter, but I had trouble getting the readings through to emoncms.org and configuring the node decoder in the emonBase (using the web interface).
Eventually I took the easy route and disabled the emontx.Vrms= battery_voltage and set Vrms as the 0-10 volt signal instead (0 to 3 volt with 10K ohm and 4.4K ohm voltage divider, but multiplied back up to 0 to 10 volt in the sketch) and renamed the input and feed on emoncms.org.
Re: Monitoring a 0-10v signal using emonTx V3.4 [SOLVED]
A major mistake there - the emonTx runs off 3.3 V so the maximum input is that. Feed it 5 V and you risk damaging the input. You should always look at the circuit diagrams etc, which can be found under "Resources", rather than reading inapplicable data from elsewhere.
I think you can indeed use ADC6 (which is wired to Pin 8 on the RJ45, or ADC5 on the terminal block if you're not using that for power to the temperature sensor. It's not hard to slot in an "Vin = analogRead(whatever_pin_you_choose);" into the loop() section of the sketch, and probably a lot easier than converting something else, like battery voltage. If you do use ADC 5, you need to remove all references to D19 - the switched power to the DS18B20.
Re: Monitoring a 0-10v signal using emonTx V3.4 [SOLVED]
Looking at https://raw.githubusercontent.com/openenergymonitor/Hardware/master/emonTxV3/emonTx_V3.4/schematic.png again, I see I read it wrong yesterday. The +5 volt from the USB input (or the 3 × 1.5 volt from the batteries) is fed to a voltage divider, and then to the ADC.
To get (max) 10 volt down to 3 volt I'll have to use two different value resistor in my voltage divider. A quick look around suggest 470K and 200K would do the job, but I'll try things out and check.
I'm going to try and use the RJ45 just so I don't have to take to the PCB out the housing which is a bit annoying since I've put it in another enclosure aswell.
Re: Monitoring a 0-10v signal using emonTx V3.4 [SOLVED]
I don't think that 470K/470K divider you posted is a good example to follow. You really want the source impedance of the signal you're measuring to be less than 10K. Attached is a picture of an ADC input pin being driven by a 470K/470K divider between Vcc (5V in this case) and GND. I've removed the DC offset so we can zoom in on V.
You can see at the instant analogRead() is called, the voltage at the pin sags by a good 384mV. It then slowly climbs back up to where it's supposed to be, and takes about 80 usecs to get there. That's how long it's taking to charge the ADC's sample-and-hold capacitor. From memory the ADC starts its sampling 1.5 ADC clocks (or 12 usecs) in. So effectively you need to drive that ADC input pin hard enough to ensure it's stable within 12 usecs. In this picture, at 12 usecs it's still 206mV below where it should be, and climbing.
The result of all of this is that the value returned by the first call to analogRead() will be quite different from a second call immediately after it. The effect is also impacted by what analog signal you read before reading this one. In the picture below I read a pin that was at 0V. But if you're reading an AC signal just before you read your battery monitor voltage divider, there'll be significant crosstalk between the two.
Re: Monitoring a 0-10v signal using emonTx V3.4 [SOLVED]
Had some trouble getting the readings to emoncms.org, but managed to find a work-around. Not the best solution, but it works for me.


The Tempus Network provides TF2 Jump and CS:S Surf servers.
Donations help us pay for server bandwidth, hardware and maintenance; allowing the network to expand and plugin development to continue.
Donator benefits will be announced in the near future.


The class implements the BinarySearch load balacing.
More...
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| template<typename HornetClass > |
| | BinarySearch (const HornetClass &hornet, const float work_factor=2.0f) noexcept |
| | Default costructor. More...
|
| |
|
| ~BinarySearch () noexcept |
| | Decostructor.
|
| |
| template<typename HornetClass , typename Operator > |
| void | apply (const HornetClass &hornet, const vid_t *d_input, int num_vertices, const Operator &op) const noexcept |
| | Traverse the edges in a vertex queue (C++11-Style API) More...
|
| |
|
template<typename HornetClass , typename Operator > |
| void | apply (const HornetClass &hornet, const Operator &op) const noexcept |
| |
The class implements the BinarySearch load balacing.
◆ BinarySearch()
| BinarySearch |
( |
const HornetClass & |
hornet, |
|
|
const float |
work_factor = 2.0f |
|
) |
| |
|
explicitnoexcept |
Default costructor.
- Parameters
-
| [in] | hornet | Hornet instance |
◆ apply()
| void apply |
( |
const HornetClass & |
hornet, |
|
|
const vid_t * |
d_input, |
|
|
int |
num_vertices, |
|
|
const Operator & |
op |
|
) |
| const |
|
noexcept |
Traverse the edges in a vertex queue (C++11-Style API)
- Template Parameters
-
| Operator | function to apply at each edge |
- Parameters
-
| [in] | queue | input vertex queue |
| [in] | op | struct/lambda expression that implements the operator |
The documentation for this class was generated from the following file:


- scrollPaneChat - Variable in class marno.client.ClientGUI
-
- scrollPaneListUser - Variable in class marno.client.ClientGUI
-
- scrollPaneMessage - Variable in class marno.client.ClientGUIMessage
-
- sendError(int, String...) - Method in class marno.server.SocketSession
-
Sends an error code to the client, with optional arguments.
- sendHistory(LinkedList<String>) - Method in class marno.client.RMIClient
-
Receives all previous messages received by the server and adds them to
the chat box.
- sendHistory(LinkedList<String>) - Method in interface marno.protocol.RMIClientInterface
-
Sends a history of old messages the server had received.
- sendHistory(LinkedList<String>) - Method in class marno.server.RMISession
-
Sends a grouped history of all previous chat messages to the client.
- sendHistory(LinkedList<String>) - Method in class marno.server.Session
-
Sends a history of messages to the client.
- sendHistory(LinkedList<String>) - Method in class marno.server.SocketSession
-
Sends a history of all past messages to the client.
- sendMessage() - Method in class marno.client.ClientGUI
-
Sends what is currently stored in the input field as a public message.
- sendMessage(String, String) - Method in class marno.client.RMIClient
-
Receives a message from the server and adds it to the chat box.
- sendMessage(String, String) - Method in interface marno.protocol.RMIClientInterface
-
Relays a public message to the client.
- sendMessage(String, String) - Method in interface marno.protocol.RMIServerInterface
-
Sends a new public message to the server from this client.
- sendMessage(String, String) - Method in class marno.server.RMIServer
-
Accepts a message from a client and broadcasts it to other clients.
- sendMessage(String, String) - Method in class marno.server.RMISession
-
Sends a public message to the client.
- sendMessage(String, String) - Method in class marno.server.Session
-
Relays a public message to the client.
- sendMessage(String, String) - Method in class marno.server.SocketSession
-
Sends a public message to the client.
- sendMessageToServer(String) - Method in class marno.client.Client
-
Sends a public text message to the server.
- sendMessageToServer(String) - Method in class marno.client.RMIClient
-
Sends a public message to the server.
- sendMessageToServer(String) - Method in class marno.client.SocketClient
-
Sends a public message to the server.
- sendPrivateMessage(String, String, String) - Method in class marno.client.RMIClient
-
Receives a private message, and adds it to the chat (with special
formatting).
- sendPrivateMessage(String, String, String) - Method in interface marno.protocol.RMIClientInterface
-
Relays a private message to the client from another user.
- sendPrivateMessage(String, String, String) - Method in interface marno.protocol.RMIServerInterface
-
Sends a new private message to another client.
- sendPrivateMessage(String, String, String) - Method in class marno.server.RMIServer
-
Accepts a private message from a client and relays it.
- sendPrivateMessage(String, String, String) - Method in class marno.server.RMISession
-
Sends a private message to the client.
- sendPrivateMessage(String, String, String) - Method in class marno.server.Session
-
Relays a private message from another user to the client.
- sendPrivateMessage(String, String, String) - Method in class marno.server.SocketSession
-
Sends a private message to the client from another user.
- sendPrivateMessageToServer(String, String) - Method in class marno.client.Client
-
Sends a private message to another client connected to the server.
- sendPrivateMessageToServer(String, String) - Method in class marno.client.RMIClient
-
Sends a private message to another client connected to the server.
- sendPrivateMessageToServer(String, String) - Method in class marno.client.SocketClient
-
Sends a private message to another client connected to the server.
- sendUserList(String[]) - Method in class marno.client.RMIClient
-
Receives the list of clients currently connected to the server.
- sendUserList(String[]) - Method in interface marno.protocol.RMIClientInterface
-
Sends a list of users currently connected to the RMI server.
- sendUserList(String[]) - Method in class marno.server.RMISession
-
Sends a list of all connected users to the client.
- sendUserList(String[]) - Method in class marno.server.Session
-
Sends a sorted list of users to the client.
- sendUserList(String[]) - Method in class marno.server.SocketSession
-
Sends a list of all users currently logged in to the server.
- Server - Class in marno.server
-
Handles server functionality that is independent of the underlying protocol
implementation (RMI or sockets).
- Server(int, String) - Constructor for class marno.server.Server
-
Prepares the server, loading previous messages from the history file.
- server - Variable in class marno.server.SocketSession
-
The socket server hosting this session.
- ServerException - Exception in marno.server.exceptions
-
Base class for exceptions thrown by the server.
- ServerException() - Constructor for exception marno.server.exceptions.ServerException
-
Constructs a new exception with null as its detail message.
- ServerMain - Class in marno.server
-
Main server class; lets the user choose between starting an RMI server or a
socket server.
- ServerMain() - Constructor for class marno.server.ServerMain
-
- Session - Class in marno.server
-
Represents a connected client.
- Session(String) - Constructor for class marno.server.Session
-
Creates a new session tied to the specified username.
- sessionId - Variable in class marno.client.RMIClient
-
The unique ID of the client session.
- sessionId - Variable in class marno.server.SocketSession
-
The unique ID of the session.
- sessions - Variable in class marno.server.Server
-
A hash map of sessions associated with a session ID string.
- SocketClient - Class in marno.client
-
The socket implementation of the Marno client.
- SocketClient(ClientGUI) - Constructor for class marno.client.SocketClient
-
Ties the client to its GUI window.
- socketIn - Variable in class marno.client.SocketClient
-
The input stream used to receive commands from the server.
- socketIn - Variable in class marno.server.SocketSession
-
The client socket input reader.
- socketOut - Variable in class marno.client.SocketClient
-
The output stream used to send commands to the server.
- socketOut - Variable in class marno.server.SocketSession
-
The client socket output writer.
- socketServer - Variable in class marno.client.SocketClient
-
The server-side socket, read for incoming commands.
- SocketServer - Class in marno.server
-
The socket implementation of the Marno server.
- SocketServer(int, String) - Constructor for class marno.server.SocketServer
-
Constructs a new server, ready to be run.
- SocketSession - Class in marno.server
-
Represents a connected socket client.
- SocketSession(SocketServer, Socket) - Constructor for class marno.server.SocketSession
-
Constructs a new session tied to a socket connection and a server.
- stub - Variable in class marno.client.RMIClient
-
The RMI server currently connected to.


Cats
{{aPercent | number:1}}%
Dogs
{{bPercent | number:1}}%
No votes yet
{{total}} vote
{{total}} votes


Thomas Vakili is a PhD student at Stockholm University where he researches Natural Language Processing. He is a KTH alumnus and previously worked as a back-end developer and data engineer.
Setting the tech stuff aside, he has also been politically involved for over a decade in various roles in the struggle for social democracy. Nowadays, he mostly rants about politics.
As I mentioned at the top, I am a passionate socialist and sometimes reflect on what must be done on my political blog. Most of the text is in Swedish, and not all of it is strictly political. I also collect other things I have written, for example for the student union magazine Osqledaren.
I try to collect useful tips & tricks on my writing blog. I also document whenever I deep-dive into interesting projects, both related to my research and when I come up with exciting side-projects.


--- title: Lead Developer company: Tarion location: Guelph, Ontario dates: May 2018 - Sept 2019 category: work ---
Tarion is a company that provides warranty protection on new homes to both buyers and sellers. Work for Tarion as a contract developer involved developing a new internal application that is used for generating risk assessment reports on home builders.
The application includes a REST-based API backend that services two different front-end applications and also integrates with several other internal web services.
As the lead developer on this project, responsibilities included:


Cryptocurrency Research
Last Updated:
2020-10-25 15:32:11
Section - 1 Introduction
(this book is a work in progress and is NOT ready)
Welcome to this programming tutorial on machine learning!
1.1 What will I learn?
In this tutorial you will primarily learn about tools for the R programming language developed by RStudio and more specifically the tidyverse. If you are not familiar with these open source products, don’t worry. We’ll introduce these throughout the tutorial as needed.
The focus of the tutorial is on supervised machine learning, a process for building models that can predict future events, such as cryptocurrency prices. You will learn how to use the
caret
package to make many different predictive models, and tools to evaluate their performance.Before we can make the models themselves, we will need to “clean” the data. You will learn how to perform “group by” operations on your data using the
dplyr
package and to clean and modify grouped data.
You will learn to visualize data using the
ggplot2
package, as well as some powerful tools to extend the functionality of ggplot2.You will gain a better understanding of the steps involved in any supervised machine learning process, as well as considerations you might need to keep in mind based on your specific data and the way you plan on acting on the predictions you have made. Each problem comes with a unique set of challenges, but there are steps that are necessary in creating any supervised machine learning model, and questions you should ask yourself regardless of the specific problem at hand.
- You will also learn a little about cryptocurrencies themselves, but this is not a tutorial centered around trading or blockchain technology.
1.2 Before Getting Started
You can toggle the sidebar on the left side of the page by clicking on the menu button in the top left, or by pressing on the s key on your keyboard. You can read this document as if it were a book, scrolling to the bottom of the page and going to the next “chapter”, or navigating between sections using the sidebar.
This document is the tutorial itself, but in order to make the tutorial more accessible to people with less programming experience (or none) we created a high-level version of this tutorial, which simplifies both the problem at hand (what we want to predict) and the specific programming steps, but uses the same tools and methodology providing easier to digest examples that can be applied to many different datasets and problems.
1.2.1 High-Level Version
If you are not very familiar with programming in either R or Python, or are not sure what cryptocurrencies are, you should definitely work your way through the high-level version first. If you are an intermediate programmer we still recommend the high-level version first.
Below is an embedded version of the high-level version, but we recommend using any of the links above to view it in its own window. Once in its own window it can be full-screened by pressing on the f button on your keyboard.
The high-level version of this tutorial simplifies the supervised machine learning process as much as possible and provides a high-level framework that can be used for most supervised learning problems. When following along with this example, the results will be completely reproducible and the document is static and does not update over time. Even if your intent is to appropriate all the knowledge of the detailed tutorial, consider doing this tutorial first.
The detailed tutorial is the document you are currently looking at, and is a full example showing one possible approach to making predictions on the cryptocurrency markets. Here we discuss the nuances that are specific to our data and problem. We focus on the supervised machine learning process and modeling many cryptocurrencies at once rather than real trades on these markets. This entire document and results are updated twice daily with the latest data.
1.3 Who is this example for?
Are you a Bob, Hosung, or Jessica? This section provides more information on how to proceed with this tutorial.
Bob (beginner): Bob is someone who understands the idea of predictive analytics at a high level and has heard of cryptocurrencies and is interested in learning more about both, but he has never used R. Bob would want to first learn the basics of the R programming language. Afterwards, like Hosung, he might decide to opt for the more high-level version of this tutorial.
- Bob might benefit from the book “R for Data Science” and DataCamp’s free “Introduction to R” course are great resources as well. Both are available for free online.
Hosung (intermediate): Hosung is a statistician who learned to use R 10 years ago. He has heard of the tidyverse, but doesn’t regularly use it in his work and he usually sticks to base R as his preference. Hosung should review the example explaining the pipe operator and the tidyverse when it comes up in the next section. Hosung does not care much for cryptocurrencies specifically, but is interested in learning new tools to use for his work in R and getting some useful boilerplate code. Hosung would want to start with the high-level version of this tutorial and later return to the detailed tutorial.
Jessica (expert): Jessica is a business analyst who has experience with both R and the Tidyverse and uses the pipe operator (%>%) regularly. Jessica should move onto the next section for the detailed tutorial.
1.4 Format Notes
You can hide the sidebar on the left by pressing the s key on your keyboard.
When the code is
highlighted this way
, that means we are referencing an R object of some kind. This will usually be an object in the R session like a dataset, but functions and packages are highlighted in the same way.The cryptocurrency data was chosen to produce results that change over time and because these markets don’t have any downtime (unlike the stock market).
1.5 Plan of Attack
How will we generate predictive models to predict cryptocurrency prices? At a high level, here are the steps we will be taking:
Setup guide. Installation guide on getting the tools used installed on your machine.
Explore data. What is the data we are working with? How “good” is the “quality”?
Prepare the data. Make adjustments to “clean” the data based on the findings from the previous section to avoid running into problems when making models to make predictions.
Visualize the data. Visualizing the data can be an effective way to understand relationships, trends and outliers before creating predictive models.
Make predictive models. Now we are ready to take the data available to us and use it to make predictive models that can be used to make predictions about future price movements using the latest data.
Evaluate the performance of the models. Before we can use the predictive models to make predictions on the latest data, we need to understand how well we expect them to perform, which is also essential in detecting issues.


Welcome
This platform hosts git repositories, a review system and CI components. Use the top menu to access hosted services. Below is the list of projects hosted on this platform. To host a new project then propose a change on the config repository as explained in this documentation.
This platform hosts CI components. Use the top menu to access hosted services. Below is the list of projects managed by this platform. To register a new project to the CI then propose a change on the config repository as explained in this documentation.
Description: {{ Repos[rname].description }}
Clone: git clone {{ p_r_infos[name][rname]['clone'] }}
Gitweb: last commits / browse files
Code review: open reviews
Gitweb: last commits / browse files
Pull requests: open pull requests
...


This sample shows plain HTML table with 500 data rows.
Clicking on "FathGrid" button initializes FathGrid from the table


By Josh Fermin
Storing data across multiple nodes/machines.
A single machine may run out of storage or have bottlenecked reads and writes
Sharding is horizontally scalable - Add machines as demand increases.
High throughput and large amounts data put a lot of stress on a single server.
Set sizes larger than RAM stress I/O capacity
High query rates can exhuast CPU capacity of a single server.
Sharding happens on a collection level.
Sharding divides a collection's data by a shard key
Two types of partitioning: range based and hash based
Taken from Mongo Docs.
mkdir /data/configdb
mongod --configsvr --dbpath /data/configdb
mongos --configdb localhost:27019 --port 27017
mkdir /data/shard1
mongod --dbpath /data/shard1 --port 27018 --shardsvr
mkdir /data/shard2
mongod --dbpath /data/shard2 --port 27020 --shardsvr
Note different port
mongo --port 27017
mongos> sh.addShard("localhost:27018")
{ "shardAdded": "shard0001", "ok" : 1 }
mongos> sh.addShard("localhost:27020")
{ "shardAdded": "shard0002", "ok" : 1 }
First create a database and a collection:
mongos> use testDB
mongos> db.createCollection(testCollection)
Then enable sharding on each:
Second param is choosing the shard key as md5 with hash partitioning. For range based do: "md5":1mongos> sh.enableSharding(“testDB”)
mongos> sh.shardCollection(“testDB.testCollection”, { “md5”:”hashed” })
GridFS is an extension on top of mongo
Allows you to store/retrieve files that exceed BSON doc limit of 16mb
Instead of one doc per file, GridFS breaks it into 255k chunks.
Each chunk becomes a separate document.
When you query for a file, the driver or client will reassemble it as needed.
GridFS uses two collections to store files.
Two ways:
using MongoDB.Driver;
using MongoDB.Driver.GridFS;
MongoClient client = new MongoClient("mongodb://localhost:27017");
￼MongoServer server = client.GetServer();
￼MongoDatabase database = server.GetDatabase("testDB");
￼MongoCollection testCollection = database.GetCollection("testCollection");
MongoGridFS gfs = new MongoGridFS(database);
gfs.Upload(@"C:\test.txt");
After uploading, the chunks and files collections will be created.


Battery Historian analysis for batterystats.txt
WARNING:
*: wake_lock field only shows the first/last wakelock held
when the system is awake. For more detail, use wake_lock_in.
To enable full wakelock reporting (post-KitKat only) :
adb shell dumpsys batterystats --enable full-wake-history
(Local time 21:53:13 - 21:55:36, 2m elapsed)
Zoom:
Event summary:total: 0.000 mAh, 0 events
Process table:


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|
Scrabble
A simplified version of the popular tabletop game Scrabble, coded in C++ .
|
PR FREEZE COMING SOON
We are working on a large refactoring that would make it hard to accept external PRs. Really Soon Now we will not be accepting new PRs until the refactoring has been completed.
Future Plans:
Welcome to Google Test, Google's C++ test framework!
This repository is a merger of the formerly separate GoogleTest and GoogleMock projects. These were so closely related that it makes sense to maintain and release them together.
Please subscribe to the mailing list at googl for questions, discussions, and development. There is also an IRC channel on etes tfram ewor k@goo gleg roups .comOFTC (irc.oftc.net) #gtest available.
Getting started information for Google Test is available in the Google Test Primer documentation.
Google Mock is an extension to Google Test for writing and using C++ mock classes. See the separate Google Mock documentation.
More detailed documentation for googletest (including build instructions) are in its interior googletest/README.md file.
Google test has been used on a variety of platforms:
In addition to many internal projects at Google, Google Test is also used by the following notable projects:
GTest Runner is a Qt5 based automated test-runner and Graphical User Interface with powerful features for Windows and Linux platforms.
Google Test UI is test runner that runs your test binary, allows you to track its progress via a progress bar, and displays a list of test failures. Clicking on one shows failure text. Google Test UI is written in C#.
GTest TAP Listener is an event listener for Google Test that implements the TAP protocol for test result output. If your test runner understands TAP, you may find it useful.
gtest-parallel is a test runner that runs tests from your binary in parallel to provide significant speed-up.
GoogleTest Adapter is a VS Code extension allowing to view Google Tests in a tree view, and run/debug your tests.
Google Test is designed to have fairly minimal requirements to build and use with your projects, but there are some. Currently, we support Linux, Windows, Mac OS X, and Cygwin. We will also make our best effort to support other platforms (e.g. Solaris, AIX, and z/OS). However, since core members of the Google Test project have no access to these platforms, Google Test may have outstanding issues there. If you notice any problems on your platform, please notify<EMAIL_ADDRESS>Patches for fixing them are even more welcome!
These are the base requirements to build and use Google Test from a source package (as described below):
Please read the `CONTRIBUTING.md` for details on how to contribute to this project.
Happy testing!


A quick intro into what saddlery work james does and more crap about how to sell it. Need far more text here, maybe like a sentance or two. Need to get Kiera for copy
Our templates are updated regularly so they don't break.
You can use this theme as is, or you can make changes!
We update dependencies to keep things fresh.
You have to make your websites with love these days!
Ready to start your next project with us? That's great! Give us a call or send us an email and we will get back to you as soon as possible!
123-456-6789


State Restoration in iOS App
February 3, 2016
A user is more likely to take a break from your app in the middle of its usage. And, at some point, the operating system may discard your app from memory; this leads to fresh launch when user returns. Meh, user is unhappy for loosing his work flow! State Restoration is your knight in shining armor. It enhances the user experience by preserving configuration of your app before it is suspended so that the configuration can be restored on a subsequent launch.
Assume you have navigated through interesting choices on a shopping app and decided to continue checking out choices later tonight, or constructed an important message/tweet/note, or filled out a form partially and pushed the app to background to do it later; certainly, you wouldn’t be happy to start over again when you are back. These are some examples of use cases for State Restoration feature. So, you think this user experience could play significant presence in enterprise/utility apps? You bet!
Alright, let’s go ahead to implementation. The steps to implement are follows:
Step (1):
Enable state restoration by returning true
to following application delegate methods. Mission is ON!
func application(application: UIApplication, shouldSaveApplicationState coder: NSCoder) -> Bool {
return true
}
func application(application: UIApplication, shouldRestoreApplicationState coder: NSCoder) -> Bool {
return true
}
Step (2):
Each View Controller has a property called restorationIdentifier
(default: nil), assign a unique string value to it. This will tell which controllers and views should be preserved and restored.
There are two ways of doing it. You could set this in storyboard under the tab 'Identity Inspector' or you could do it in viewDidLoad()
right after calling super
.
Tip: View controllers already have a ''Storyboard ID'' and you could simply use the same string.
Restoration Paths: How does system remembers path of navigation, you ask? Restoration identifiers are used to form a unique path to each view controller. For example, to reach 'ProfileViewController', restoration identifiers are used as "RootViewController/NavigationController/ProfileViewController
”.
Programmatically Created View Controllers:
If you have chosen programatic way to create View Controller instead of storyboard/Xib, there isn’t much different here. You will have to do the same changes in viewDidLoad()
instead.
override func viewDidLoad() {
super.viewDidLoad()
// Tells unique restoration Identifier
restorationIdentifier = "ProfileViewController"
// Tells UIKit which class to instantiate for restoration
restorationClass = PetEditViewController.self
}
Now, the restoration view controller class must conform to protocol UIViewControllerRestoration
system and return an instance of same view controller using the required method. Implementation goes like:
extension ProfileViewController: UIViewControllerRestoration {
static func viewControllerWithRestorationIdentifierPath(identifierComponents: [AnyObject],
coder: NSCoder) -> UIViewController? {
let vc = ProfileViewController()
return vc
}
}
If you build and run at this point, you wouldn’t find the data you are looking for. Continue to step 3.
Step (3):
Store (encode) and Retrieve (decode) any configuration data necessary to reconstruct view controller to its original state. You do this by implementing UIStateRestoring
protocol.
In view controller, add following code to override encodeRestorableStateWithCoder(_:)
and decodeRestorableStateWithCoder(_:)
Encode:
override func encodeRestorableStateWithCoder(coder: NSCoder) {
// preserve only ID of Profile Model Object.
if let profileID = profileID {
coder.encodeInteger(profileID, forKey: "profileID")
}
// save image
if let image = profileImageView.image {
coder.encodeObject(UIImagePNGRepresentation(image), forKey: "image")
}
//save string
if let name = nameTextField.text {
coder.encodeObject(name, forKey: "name")
}
super.encodeRestorableStateWithCoder(coder)
}
Decode:
override func decodeRestorableStateWithCoder(coder: NSCoder) {
// retrieve profile ID so that we can fetch entire profile
profileID = Int(coder.decodeIntegerForKey("profileID"))
//image data
if let imageData = coder.decodeObjectForKey("image") as? NSData {
profileImageView.image = UIImage(data: imageData)
}
// name
if let name = coder.decodeObjectForKey("name") as? String {
nameTextField.text = name
}
super.decodeRestorableStateWithCoder(coder)
}
Get Profile:
The UIStateRestoring
protocol provides, applicationFinishedRestoringState()
for additional configurations after decoding stored object(s).
override func applicationFinishedRestoringState() {
// ask data manager for Profile
guard let profileID = profileID else { return }
myProfile = DataManager.sharedManager.profileWithID(profileID)
}
That’s it, Amigos!
Here is the sample code from Apple on state restoration - Download here.
Note: State restoration doesn’t works when app is killed via app switcher. Also when state restoration fails with some error, off course.
 You have an iOS App. You support State Restoration. You Rock!"


Class DBSTeam
java.lang.Object
DBSTeam
- public class DBSTeam
- extends java.lang.Object
Write a description of class DBSTeam here.
- Version:
- (a version number or a date)
- Author:
- (your name)
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
Max_Active
public static final int Max_Active
- See Also:
- Constant Field Values
Max_Bench
public static final int Max_Bench
- See Also:
- Constant Field Values
Max_Items
public static final int Max_Items
- See Also:
- Constant Field Values
Max_Weapons
public static final int Max_Weapons
- See Also:
- Constant Field Values
DBSTeam
public DBSTeam()
AddItem
public boolean AddItem(DBSItem item,
int num)
BenchActive
public boolean BenchActive(int charInd)
CallFromBench
public boolean CallFromBench(int charInd)
GetActive
public DBSPlayableCharacter GetActive(int ind)
GetBench
public DBSPlayableCharacter GetBench(int ind)
GetItem
public DBSItem GetItem(int ind)
GetItemUses
public int GetItemUses(int ind)
GetItmInd
public int GetItmInd(DBSItem itm)
GetWeapon
public DBSWeapon GetWeapon(int ind)
GetXP
public int GetXP()
IsAlive
public boolean IsAlive()
ItemsTaken
public void ItemsTaken()
Join
public boolean Join(DBSPlayableCharacter joining)
LeaveBench
public DBSPlayableCharacter LeaveBench(int charInd)
NumActive
public int NumActive()
NumBench
public int NumBench()
NumItems
public int NumItems()
NumWeapons
public int NumWeapons()
PrintItems
public void PrintItems()
QueueXP
public void QueueXP(int amt)
UseItem
public boolean UseItem(int itmInd,
DBSCharacter victim)
XPQueue
public int XPQueue()


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HyperScan
Introduction
HyperScan is a software regular expression matching engine designed with high performance and flexibility in mind. It is implemented as a library that exposes a straightforward C API.
HyperScan is composed of two components:
Compilation
These functions take a group of regular expressions, along with identifiers and option flags, and compile them into an immutable database that can be used by the HyperScan scanning API. This compilation process performs considerable analysis and optimization work in order to build a database that will match the given expressions efficiently.
Compiled databases can be serialized and relocated, so that they can be stored to disk or moved between hosts. They can also be targeted to particular platform features (the use of Intel® Advanced Vector Extensions (Intel® AVX2/AVX512) instructions).
Scanning
Once a HyperScan database has been created, it can be used to scan data in memory. HyperScan provides several scanning modes, depending on whether the data to be scanned is available as a single contiguous block, whether it is distributed amongst several blocks in memory at the same time, or whether it is to be scanned as a sequence of blocks in a stream.
Matches are delivered to the application via a user-supplied callback function that is called synchronously for each match.
Dependences
Hardware
HyperScan will run on x86 processors in 64-bit (Intel® 64 Architecture) and 32-bit (IA-32 Architecture) modes.
HyperScan is a high performance software library that takes advantage of recent Intel architecture advances. At a minimum, support for Supplemental Streaming SIMD Extensions 3 (SSSE3) is required, which should be available on any modern x86 processor.
Additionally, HyperScan can make use of:
- Intel Streaming SIMD Extensions 4.2 (SSE4.2)
- the POPCNT instruction
- Bit Manipulation Instructions (BMI, BMI2)
- Intel Advanced Vector Extensions 2 (Intel AVX2)
Software
I am working on a ubuntu-18.04 server, and we need pre-install some dependency lib. I execute the following installation in root mode:
#Firstly we should install libpcre, and the required version>=8.44
#Install the pre-dependency lib
apt update
apt install build-essential cmake
apt install checkinstall automake libbz2-1.0 libbz2-dev libbz2-ocaml libbz2-ocaml-dev
apt install libreadline-dev
#Download the source from https://ftp.pcre.org/pub/pcre/, we choose 8.44 version here
wget https://ftp.pcre.org/pub/pcre/pcre-8.44.tar.gz
tar zxvf pcre-8.44.tar.gz
cd pcre-8.44
#Configure and complie the so, and install pcre lib
./configure --prefix=/usr \
--docdir=/usr/share/doc/pcre-8.44 \
--enable-utf \
--enable-unicode-properties \
--enable-pcre16 \
--enable-pcre32 \
--enable-pcregrep-libz \
--enable-pcregrep-libbz2 \
--enable-pcretest-libreadline \
--disable-static
make
make check
make install
mv -v /usr/lib/libpcre.so.* /lib
ln -sfv ../../lib/$(readlink /usr/lib/libpcre.so) /usr/lib/libpcre.so
#To have a full-featured HyperScan, we need pre-install the following libs
apt update
apt install -y libboost-all-dev ragel libpcap-dev doxygen sphinx-common libsqlite3-dev
Quick Start
-
Clone the source code
git clone https://github.com/intel/HyperScan.git
-
Configure the HyperScan features
cd HyperScan mkdir build cd build #My server support the Intel AVX512 SIMD, but it is disabled defaultly cmake -DBUILD_AVX512=on ..
-
Build and install HyperScan
cmake --build . #Of course you can use makefiles in parallel by `make -j` make install
-
Check the installation with unit tests
bin/unit-HyperScan
-
Testing
After building, we can see the auto-compiled binary program in
hyperscan/build/bin
, the programssimplegrep
,pcapscan
andpatbench
are the target file for the source code inhyperscan/examples
, and you can run them to do some testing.If you want to build the examples separately, there may be a brief guide in each source code, but for
simplegrep.c
, we need do following changes:diff --git a/examples/simplegrep.c b/examples/simplegrep.c index d6bd4b3..2b5fe94 100644 --- a/examples/simplegrep.c +++ b/examples/simplegrep.c @@ -116,7 +116,7 @@ static char *readInputData(const char *inputFN, unsigned int *length) { return NULL; } - char *inputData = malloc(dataLen); + char *inputData = (char *)malloc(dataLen); if (!inputData) { fprintf(stderr, "ERROR: unable to malloc %ld bytes\n", dataLen); fclose(f);
and compile with:
g++ -o simplegrep simplegrep.c $(pkg-config --cflags --libs libhs)
then you can test it, eg:
root@ubuntu:~/hyperscan/examples# ./simplegrep malloc simplegrep.c Scanning 8041 bytes with Hyperscan Match for pattern "malloc" at offset 4471 Match for pattern "malloc" at offset 4552


Run the query on your right to create the ABSTRACTS table.
To be able to produce an I/O saturation on your system, you need to create a table that will hold a certain amount of LOBs. The ABSTRACTS table will be used for this purpose in every steps of this tutorial.
Note that to create CLOB greater than 1GB, you must specify the NOT LOGGED option. More information on this option is available here: NOT LOGGED INITIALLY.
You should see a successful statement message in the console panel.


Add a System, generally be called before EntityAdmin.start().
A system class. This class will not be instantiated, but EntityAdmin will call the system's static method Update().
Sometimes it may be necessary to traverse entities with some complex conditions. For example, you might want to traverse entities that have components A, B, C, but no components D, E, and have any one of G, F components. Lipstick-ecs provides the ability to traverse complex component combinations. Before this, should call the method AddWatchings() to specify the component combinations.
List of filters.
Delete all entities.
Delete an entity. And the components the entity owns will be removed at the same time.
Entity ID.
Returns the number of entities that have the given components. If you want to get the number of entities that match more complex combinations of components, see MatchCountByFilter().
Component class.
Returns the iterator of components by the first type you give. In this case, you can use EntityAdmin.SureSibling() to get other type components. Example:
for (const a of admin.GetComponentsByTuple(ComponentA, ComponentB, ComponentC)) {
// In this case, ComponentB and ComponentC must exist in a's owner entity. The a,b,c have the same owner entity.
const b: ComponentB = a.SureSibling(admin, ComponentB);
const c: ComponentC = a.SureSibling(admin, ComponentC);
// Can't confirm whether ComponentD exists.
const d: ComponentD | undefined = a.GetSibling(ComponentD);
}
A list of component class.
The iterator of T component instances.
Determine whether the entity owns the specified type component or not.
Entity ID.
Component class.
True means the type of component exist.
Returns the number of entities the filter matched.
Attention: The filter you given should be specified by EntityAdmin.AddWatchings() before.
Component combinations.
Push a deferment item. The deferment items will be processed in queue order at the end of each frame and then be cleared out. One EntityAdmin.UpdateSystems() call is one frame.
your function to deal delayed things
parameter list for your function
Remove component objects from an entity. If the entity or components do not exist, this method just do nothing, won't throw error.
Entity ID.
A list of component class.
Set a public component. Public component is Singleton pattern. It used for sharing data between Systems, but not for assigning to entity.
A Component instance
Actually the same as EntityAdmin.GetPubComponent(), but returns by a type assertion(not union undefined). If you are sure this type of component exist, call this method maybe better than EntityAdmin.GetPubComponent().
A Component class
Call all systems Update() method in order of their priority, and then deal deferment items you pushed before, at last clear deferment buffer. If the running state is false, it will do nothing.
Identify an entity exist or not.
Entity ID.
Return true means the entity exist.
The default running state is false. This method set it true. EntityAdmin.UpdateSystems() can work only in running===true state.
Set running state false. In this state, EntityAdmin.UpdateSystems() do nothing.
The manager of a World. It cantains systems, entities and the components. Components can be divided into two types: one is assigned to entities to describe the entities's attributes, and the other is common singleton components, which are used to share data between different systems.
EntityAdmin


Your personnel requistion request has been approved by the Vice President of Finance and Administration.
It has now been sent to the Human Resources department for final approval.
{# debuging #} {% if data.to_creator %} {{data.to_creator}} {% endif %}


Address First Line
Address Second Line
Address Third Line
Town or City
Postcode
Address First Line
Address Second Line
Address Third Line
Town or City
Postcode


Becoming Javascript Queen
July 21, 2015
How to master JavaScript
After two unsuccessful javascript interviews, I decide to take some time and study in depth. Like it or not, JavaScript developer positions are much more than Ruby developer positions and I just can't ignore powerful libraries and their scalability! So What is JavaScript?
JS is a single threaded lagnauge. JS is a dynamic, weakly typed, prototype-based language with first-class functions. If you think about it, DOM is JavaScript representation of HTML and browser.
First, let's see how JS memory and variable works.
In this example, JS created the variable sum as a function and skip the function body. Next, It will create a, b and assigned to number and an object. When it try to create the variable c, it will invoke the function sum and then reads the function body. a and b becomes x and y and then it will return the result, which is 2 + 3 = 5
Let's pretend there is a new variable d. If you call d = sum(a,b), what happen?
It will still return 5. Because the system will create new variable d apart from c and assigned to sum(a,b) like they don't know nothing about c.
As you can guess, if you call c(); it will returns 7. It is because it will bring c value and then execute again.
Let's observe weired behavoir of javascript double and triple equal rules
'==' and '===' :The Performance Difference
So when we using ==, this will increse look up time dramatically if they have to match different type of things. For instance, if they want to see if true and the function returns '1' are equal(==), then it will first see if true can be validated as something else like integer and then convert to 1. And then it will see if this will be match with the string of '1'.  So this is about the performance issue, not anything else.
Note: I don't think this is super important or anything but 'Method' is function belongs to a object(so it is property of an object), function is just general scope of function
There is also term called 'Native Array Method' which is like 'unshift' and 'push' in array. Function on array comes out of box of Javascript.
Scope scope scope!!!
Conclusion: Parent can't access children's variables(ingred) but children can access parent's variables(x, y).
function 'delic' can't be execute outside of the parent function 'blender'. The reason is that delic is a private function of blender.
Because outerCounter is a global variable, it can be reset from anywhere. Compare with the following exercise
A new variable scope is created for every call to a function.
Closure
One thing really important to understand is why we use 'closure'. A 'closure' is to store the function inside of the function so it can be called later. So in general, the parent function will 'return' the child function (but it will NOT invoke the function) which can be stored in variable outside of the parent function. Thus it can be invoked later.
Let's look at one funny example of how closure works in memory.
So what a[0]();, a[0]();, a[0](); will return? The answer is 3. Let me walk through this.
- The for loop will create 3 different functions. a[0], a[1], a[3]. That's all what the for loop does. Nothing else.
- At the begining, variable i will start as 0. and then when it create 3 function, it will change to 1 and 2.
- When it becomes 3, for loop will stop. Because for loop supposed to take i less than 3. But i remained as 3.
- So when a[0]() or any other two functions called, it alerts '3'.
Prototype Inheritance. What does 'NEW' keyword do?
The object constructor is there so we can construct similar type of objects. For instance, with Person object constructor, we can create many people like this
Not a big deal. We know this very well. But what does 'new' keyword do under the hood?
Here are the list of things happen when a 'new' keyword was called
- Create a new object like james and sarah
- Set sarah and james's __proto__ to constructors prototype
- Invoke prototype with functions like arguments like name
- return an object with all functions that the constructor has like speak, name etc.
Call and Apply
Call and Apply are used to invoke function. Call and Apply call a function with a given this value and arguments provided individually.
The difference between call and apply is that call takes individual argument and apply takes array of arguments
First, using call to chain constructors for an object
Second, using call to invoke an anonymous function
The first argument of the call is always for 'this'. What we are calling the function on. The second argument is whatever we need to pass on. In this case, 'i'. Otherwise, the print function will not know 'i' and print 'undefined'.


'Trackers': Milla's fate hangs in the air as Lemmer meets his match
Cape Town – The thrilling saga in M-Net’s original five-part crime series Trackers continues.
If you haven’t watched the first three episodes of this exhilarating production, based on bestselling author Deon Meyer’s gripping novel yet, get up to speed fast before Sunday’s fourth instalment on M-Net (DStv 101) at 20:00. You can binge-watch the edge-of-your-seat drama on DStv Catch Up or ShowMax.
For those who have been watching: What will happen to Milla? The PBI arrested her after identifying her as the mystery women at Lucas Becker’s side on the surveillance photograph. To make it worse, this happened while she was compiling a dossier on Lucas. Was she really seeing an undercover CIA agent? Unlike the PBI, viewers know it was Lemmer, and not Lucas, who killed "The Bull" Inkunzi. In the meantime, gung-ho Lemmer has met his match.
When the last episode’s end credits rolled he was held at gunpoint by the feisty vixen who disappeared with his gun – and the diamonds everyone is trying to track down. What will happen next?
Compiled by Leandra Engelbrecht.
ALSO READ:


A period of time in a timezone where the same offset from UTC applies.
All the methods that take times accept instances of Time or DateTime as well as Integer timestamps.
The TimezoneTransition that defines the end of this TimezonePeriod (may be nil if unbounded).
The TimezoneOffset for this period.
The TimezoneTransition that defines the start of this TimezonePeriod (may be nil if unbounded).
Initializes a new TimezonePeriod.
TimezonePeriod instances should not normally be constructed manually.
# File lib/tzinfo/timezone_period.rb, line 21 def initialize(start_transition, end_transition, offset = nil) @start_transition = start_transition @end_transition = end_transition if offset raise ArgumentError, 'Offset specified with transitions' if @start_transition || @end_transition @offset = offset else if @start_transition @offset = @start_transition.offset elsif @end_transition @offset = @end_transition.previous_offset else raise ArgumentError, 'No offset specified and no transitions to determine it from' end end @utc_total_offset_rational = nil end
Returns true if this TimezonePeriod is equal to p. This compares the #start_transition, #end_transition and offset using ==.
# File lib/tzinfo/timezone_period.rb, line 174 def ==(p) p.kind_of?(TimezonePeriod) && start_transition == p.start_transition && end_transition == p.end_transition && offset == p.offset end
The identifier of this period, e.g. “GMT” (Greenwich Mean Time) or “BST” (British Summer Time) for “Europe/London”. The returned identifier is a symbol.
# File lib/tzinfo/timezone_period.rb, line 56 def abbreviation @offset.abbreviation end
true if daylight savings is in effect for this period; otherwise false.
# File lib/tzinfo/timezone_period.rb, line 124 def dst? @offset.dst? end
Returns true if this TimezonePeriods is equal to p. This compares the #start_transition, #end_transition and offset using eql?
# File lib/tzinfo/timezone_period.rb, line 183 def eql?(p) p.kind_of?(TimezonePeriod) && start_transition.eql?(p.start_transition) && end_transition.eql?(p.end_transition) && offset.eql?(p.offset) end
Returns a hash of this TimezonePeriod.
# File lib/tzinfo/timezone_period.rb, line 191 def hash result = @start_transition.hash ^ @end_transition.hash result ^= @offset.hash unless @start_transition || @end_transition result end
Returns internal object state as a programmer-readable string.
# File lib/tzinfo/timezone_period.rb, line 198 def inspect result = "#<#{self.class}: #{<EMAIL_ADDRESS>result <<<EMAIL_ADDRESS>unless @start_transition || @end_transition result + '>' end
true if the given local DateTime is after the start of the period (inclusive); otherwise false.
# File lib/tzinfo/timezone_period.rb, line 152 def local_after_start?(local) !@start_transition || @start_transition.local_start_at <= local end
true if the given local DateTime is before the end of the period (exclusive); otherwise false.
# File lib/tzinfo/timezone_period.rb, line 158 def local_before_end?(local) !@end_transition || @end_transition.local_end_at > local end
The end time of the period in local time as a DateTime. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 113 def local_end @end_transition ? @end_transition.local_end_at.to_datetime : nil end
The end time of the period in local time as a Time. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 119 def local_end_time @end_transition ? @end_transition.local_end_at.to_time : nil end
The start time of the period in local time as a DateTime. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 101 def local_start @start_transition ? @start_transition.local_start_at.to_datetime : nil end
The start time of the period in local time as a Time. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 107 def local_start_time @start_transition ? @start_transition.local_start_at.to_time : nil end
Offset from the local time where daylight savings is in effect (seconds). E.g.: #utc_offset could be -5 hours. Normally, #std_offset would be 0. During daylight savings, #std_offset would typically become +1 hours.
# File lib/tzinfo/timezone_period.rb, line 49 def std_offset @offset.std_offset end
Converts a UTC DateTime to local time based on the offset of this period.
# File lib/tzinfo/timezone_period.rb, line 163 def to_local(utc) @offset.to_local(utc) end
Converts a local DateTime to UTC based on the offset of this period.
# File lib/tzinfo/timezone_period.rb, line 168 def to_utc(local) @offset.to_utc(local) end
true if the given UTC DateTime is after the start of the period (inclusive); otherwise false.
# File lib/tzinfo/timezone_period.rb, line 135 def utc_after_start?(utc) !@start_transition || @start_transition.at <= utc end
true if the given UTC DateTime is before the end of the period (exclusive); otherwise false.
# File lib/tzinfo/timezone_period.rb, line 141 def utc_before_end?(utc) !@end_transition || @end_transition.at > utc end
The end time of the period in UTC as a DateTime. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 90 def utc_end @end_transition ? @end_transition.at.to_datetime : nil end
The end time of the period in UTC as a Time. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 95 def utc_end_time @end_transition ? @end_transition.at.to_time : nil end
Base offset of the timezone from UTC (seconds).
# File lib/tzinfo/timezone_period.rb, line 42 def utc_offset @offset.utc_offset end
The start time of the period in UTC as a DateTime. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 80 def utc_start @start_transition ? @start_transition.at.to_datetime : nil end
The start time of the period in UTC as a Time. May be nil if unbounded.
# File lib/tzinfo/timezone_period.rb, line 85 def utc_start_time @start_transition ? @start_transition.at.to_time : nil end
Total offset from UTC (seconds). Equal to #utc_offset + std_offset.
# File lib/tzinfo/timezone_period.rb, line 62 def utc_total_offset @offset.utc_total_offset end
Total offset from UTC (days). Result is a Rational.
# File lib/tzinfo/timezone_period.rb, line 67 def utc_total_offset_rational # Thread-safety: It is possible that the value of # @utc_total_offset_rational may be calculated multiple times in # concurrently executing threads. It is not worth the overhead of locking # to ensure that @zone_identifiers is only calculated once. unless @utc_total_offset_rational @utc_total_offset_rational = OffsetRationals.rational_for_offset(utc_total_offset) end @utc_total_offset_rational end
true if this period is valid for the given local DateTime; otherwise false.
# File lib/tzinfo/timezone_period.rb, line 146 def valid_for_local?(local) local_after_start?(local) && local_before_end?(local) end
true if this period is valid for the given UTC DateTime; otherwise false.
# File lib/tzinfo/timezone_period.rb, line 129 def valid_for_utc?(utc) utc_after_start?(utc) && utc_before_end?(utc) end


Home
+
−
×
÷
?
0 / 0 / 0
Good morning, {name}!
Let's do some math!
+
Addition
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×
Multiplication
÷
Division
?
Random
3
+
4


|
My Project
|
A customized pizza based on another pizza. The customer pays 10 cents extra on top each ingredient added! $_$ More...
Public Member Functions | |
| CustomPizaDecorator (Pizza pizzaToDecorate) | |
| override void | Prepare () |
| void | AddIngredient (Ingredient ingredient) |
| Defines extra ingredients that will be added to the pizza when it is prepared. More... | |
| Public Member Functions inherited from PizzazzLibrary.Pizza.Interfaces.PizzaDecorator | |
| PizzaDecorator (Pizza pizzaToDecorate) | |
| Public Member Functions inherited from PizzazzLibrary.Pizza.Pizza | |
| void | Bake () |
| void | Cut () |
| void | Package () |
| override string | ToString () |
| Provide a culinary description of the pizza. More... | |
Public Attributes | |
| override double | Price => IsPrepared ? base.Price + _extraIngredients.Sum(e=>e.Price) + _extraIngredients.Count*0.1 : _calculatedPrice |
| Public Attributes inherited from PizzazzLibrary.Pizza.Pizza | |
| virtual double | Price => Ingredients.Sum(i=>i.Price) |
| Gets the price of the pizza. More... | |
| IEnumerable< Ingredient > | Ingredients => _ingredients.ToList() |
| The ingredients the pizza has. Creates a duplicate list. More... | |
Private Attributes | |
| List< Ingredient > | _extraIngredients = new List<Ingredient>() |
| double | _calculatedPrice |
Additional Inherited Members | |
| Protected Attributes inherited from PizzazzLibrary.Pizza.Pizza | |
| List< Ingredient > | _ingredients = new List<Ingredient>() |
| The list of ingredients which can be modified by inheritors. More... | |
| Properties inherited from PizzazzLibrary.Pizza.Interfaces.PizzaDecorator | |
| Pizza | decoratedPizza [get, private set] |
| Properties inherited from PizzazzLibrary.Pizza.Pizza | |
| bool | IsPrepared [get, private set] |
| bool | IsCut [get, private set] |
| bool | IsBaked [get, private set] |
| bool | IsPackaged [get, private set] |
A customized pizza based on another pizza. The customer pays 10 cents extra on top each ingredient added! $_$
Definition at line 14 of file CustomPizzaDecorator.cs.
| PizzazzLibrary.Pizza.Implementation.CustomPizaDecorator.CustomPizaDecorator | ( | Pizza | pizzaToDecorate | ) |
Definition at line 21 of file CustomPizzaDecorator.cs.
| void PizzazzLibrary.Pizza.Implementation.CustomPizaDecorator.AddIngredient | ( | Ingredient | ingredient | ) |
Defines extra ingredients that will be added to the pizza when it is prepared.
| ingredient |
Definition at line 38 of file CustomPizzaDecorator.cs.
|
virtual |
Reimplemented from PizzazzLibrary.Pizza.Pizza.
Definition at line 25 of file CustomPizzaDecorator.cs.
|
private |
Definition at line 19 of file CustomPizzaDecorator.cs.
|
private |
Definition at line 16 of file CustomPizzaDecorator.cs.
| override double PizzazzLibrary.Pizza.Implementation.CustomPizaDecorator.Price => IsPrepared ? base.Price + _extraIngredients.Sum(e=>e.Price) + _extraIngredients.Count*0.1 : _calculatedPrice |
Definition at line 32 of file CustomPizzaDecorator.cs.


|
ibisami
0.8
Public domain IBIS-AMI model creation infrastructure.
|
An example device specific Tx model implementation. More...
Public Member Functions | |
| MyTx () | |
| ~MyTx () | |
| void | init (double *impulse_matrix, const long number_of_rows, const long aggressors, const double sample_interval, const double bit_time, const std::string &AMI_parameters_in) override |
| Initialize the model. More... | |
| Public Member Functions inherited from AmiTx | |
| virtual | ~AmiTx () |
| void | proc_imp () override |
| Process the channel impulse response. More... | |
| bool | proc_sig (double *sig, long len, double *clock_times) override |
| Process a signal. More... | |
| Public Member Functions inherited from AMIModel | |
| virtual | ~AMIModel () |
| std::string & | msg () |
| Retrieve the model message. More... | |
| std::string & | param_str () |
| Retrieve the model parameter string. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from AMIModel | |
| ParseRes | parse_params (const std::string &AMI_parameters_in) |
| Parse the incoming AMI parameter string. More... | |
| std::string | get_param (const std::vector< std::string > &node_names) const |
| Get the string value of a parameter. More... | |
| long | get_param_int (const std::vector< std::string > &node_names, long default_val) const |
| Get the value of an integer parameter. More... | |
| double | get_param_float (const std::vector< std::string > &node_names, double default_val) const |
| Get the value of a floating point parameter. More... | |
| bool | get_param_bool (const std::vector< std::string > &node_names, bool default_val) const |
| Get the value of a Boolean parameter. More... | |
| void | gen_data (double *res_vec) |
| Generate random binary oversampled data. More... | |
| void | log (std::string msg) |
| Protected Attributes inherited from AmiTx | |
| DigitalFilter * | filter_ |
| Used for pre-emphasis. More... | |
| bool | have_preemph_ |
| True, if I have a pre-emphasis filter. More... | |
| int | num_taps_ |
| Number of taps in my pre-emphasis filter. More... | |
| std::vector< double > | tap_weights_ |
| Tap weights for pre-emphasis filter. More... | |
| Protected Attributes inherited from AMIModel | |
| std::string | msg_ |
| std::string | param_str_ |
| std::string | name_ |
| double | sample_interval_ |
| double | bit_time_ |
| double * | impulse_matrix_ |
| double | gen_data_last_ |
| long | number_of_rows_ |
| long | aggressors_ |
| long | samples_per_bit_ |
| unsigned long | gen_data_cnt_ |
| ibisami::ParamTree | param_tree_ |
| std::ofstream | clog_ |
| bool | log_ |
| int | shift_reg_ [PRBS_LEN] |
An example device specific Tx model implementation.
Definition at line 18 of file example_tx.cpp.
|
inline |
Definition at line 22 of file example_tx.cpp.
|
inline |
Definition at line 23 of file example_tx.cpp.
|
inlineoverridevirtual |
Initialize the model.
(See AMI_Init() for parameter descriptions.)
Reimplemented from AMIModel.
Definition at line 24 of file example_tx.cpp.


{% extends 'layouts/layout-bsa-design-system.html' %} {% block pageTitle %} NHSBSA design system - Home {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
This design system is for everyone. It's purpose is to extend the NHS.UK Design System with work specific to the NHSBSA. Learn from the research and experience of other service teams and avoid repeating work that has already been done.
Any work which would benefit teams across government will be contributed to the NHS.UK system.


Sammal v0.1.0 Sammal.ParserCombinators View Source
Basic parser combinator building blocks.
Use these to compose your own grammar.
Link to this section Summary
Functions
Parse something between two parsers
Wrap parser in a thunk to delay evaluation
Override parser’s expected value that is shown in parse errors
Parse end of file
Turn parser failure into a fatal exception
Parse given string
Transform successful parse result using given function
Wrap parser result into a list
Link to this section Types
Link to this section Functions
Parse something between two parsers.
The surrounding parser values are omitted from successful parse result.
Wrap parser in a thunk to delay evaluation.
Has the effect of preventing infinite loops in self-referential parsers.
Override parser’s expected value that is shown in parse errors.
Examples
iex> parser = Sammal.ParserCombinators.string("x")
iex> parser.(["y"])
{:error, ["y"], "x"}
iex> Sammal.ParserCombinators.describe(parser, "something else").(["y"])
{:error, ["y"], "something else"}
Parse end of file.
Turn parser failure into a fatal exception.
Parse given string.
Transform successful parse result using given function.
Wrap parser result into a list.


---
layout: post
title: 10/3 schoolwork
date: '2013-10-04T23:18:00.003-06:00'
author: Jacob .
tags:
- homeschool-journal
- homeschooling
modified_time: '2013-10-04T23:18:34.443-06:00'
blogger_id: tag:blogger.com,1999:blog-6400085873105072120.post-6104187783638411054
blogger_orig_url: http://www.svlark.com/2013/10/103-schoolwork.html
---
Audrey


VERBAL TEST PAPER 3
Directions for questions 1 to 3
Each of the sentences given below has a blank space. Select the appropriate word that would make the sentence meaningful.
1. He is said to be poor as ________
Simple a church mouse Crone a scarecrow
2. The captious political situation __________ unorthodox remedies.
Calls in calls off calls for calls out
3.  The four steps were enforced at that time with a view _______ absenteeism.
to curbing to curb of curbing for curbing
Directions for questions 5 to 9
Each question consists of four jumbled sentences marked A, B, C, & D. Indicate the sequence which completes the sentence
5.
(A) is your ability to spot a mistake in
(B) one of the aspects of the French Language
(C) a piece of formal written French
(D) you are examined in
DCBA CABC BDAC ACDB
6.
(A)as he cannot possibly read and
examine
(B) an editor has to play it by ear
(C) all the stuff that comes to him
(D) when he is considering varied articles on diverse subjects
BDCA DCBA BDAC BADC
7.
(A) can make use of all the services
and experts
(B)the most effective joint attack on management problems
(C) in such a way as to evolve
(D) a well organized operations research team
]BDCA DACB DABC BCDA
8.
(A) Submission is another tendency in children
(B) Dr Mathews, a psychologist recognizes self-assertion as the life force
(C) Both these tendencies differ from child to child
(D) Self-assertion is a dominant instinct
BDCA DACB DABC BCDA
9.
(A) the employees will resent the
inconsistent way in which
(B) as otherwise
(C) discipline is negotiated with a single individual for the sake of his morale
(D) one must consider the morale of the entire working force
BDCA DACB DABC DBAC
Directions for questions 10 to 14
Given below are five words.  Choose the set of words that makes the sentence most meaningful.
15. ______ curtains of lace not only add grace but also _______ robbers from breaking into houses for fear of being seen.
|
Diaphanous, in habit |
Lacy, prevent |
Dilatory, instigate |
Desultory, in genue |
16. The man was mentally _____after the death of his wife and hence was put in an ______
|
unfit, hospital |
deranged,asylum |
upset,institution |
depraved, ding |
17. The _______ of his interest between music and dance put him in a ______as to which to pursue after completion of school.
|
diffusion, charisma |
interest, problem |
dichotomy, dilemma |
confusion, perplex |
18. clothes are ________ to make them shine
|
whitened |
bleached |
washed |
rubbed |
19. Medical facilities have improved so well that what was ________ yesterday is_______ today.
|
unimaginable,commonplace |
professional, amateur |
unbelievable, possible |
official, unofficial |
Each question below has two capitalized words which have a certain relationship between them . Following this are four other pairs. Select the pair wherein the words havea relationship closest to that of the original pair.
20. Ballerina:Balletomane
|
heroine:audience |
performer:admirer |
dance:choreographer |
artist:critic |
21. Boomerang:Aborigine
|
tomahawk:Indian |
pistol:holster |
horse:cowboy |
hook:manhout |
22. Stoic:Emotions
|
glint:steel |
flint:spark |
stork:baby |
precious:gem |
23. DISH: MENU
|
stars:stripes |
seal: paper |
vegetables:knife |
leaf:book |
24. BEE:HIVE
|
dog: mat |
hornet:nest |
duck:pond |
worm:grub |
Directions for questions 25
to 30
In each question below a capitalised word is followed by words. Choose the word that is most nearly opposite to the given capitalised word
25. BROWBEAT
|
usurp |
procrastinate |
cajole |
despair |
26. DROSS
|
liquid |
stale |
liqeur |
essence |
27. SLACK
|
airy |
active |
congenial |
flamboyant |
28. SEEDY
|
slow |
fashionable |
intricate |
germinal |
29. CAVIL
|
hair splitting |
loosen up |
applaud |
flatter |
30. NETTLE
|
disentangle |
dismember |
obfuscate |
assauge |
Answers to Test 3
1 [2]
2 [3]
3 [4]
4[1]
5[3]
6[3]
7[2]
8[2]
9[4]
10[1]
11[1]
12[1]
13[3]
14[3]
15. [1]
16[2]
17[3]
18[2]
19[1]
20[2]
21[1]
22[2]
23[4]
24[2]
25[3]
26[4]
27[2]
28[2]
29[3]
30[4]


Because our department has voted to pursue ABET accreditation for our Computer Science B.S. degree.
Because our department has voted to pursue ABET accreditation for our Computer Science B.S. degree.
As part of ABET accreditation we need to provide assessment data for our required course, each semester. DataBET is the Web app (you're in it right now) that we use to collect assessment data.
For a given course, assessment data is data uploaded by the instructor to DataBET, which provides information about particular graded/evaluated student activities in a course. Included in this information are the grades, as well as sample poor, mid-range, and good student answers. All information is anonymous (no student names, etc.)
Not at all, we get to revisit the SOs, the PIs, and the Curriculum Map regularly. So if you see something questionable, let the ABET committee know.
Each PI can come in two flavors: elementary or proficient. These are somewhat subjective terms to denote how advanced is an assignment w.r.t a PI.
Not at all. DataBET will only show you those PIs that are relevant to your courses.
The plain answer is "at least one". However, assessing two PIs per course is great. More than that is up to you, but we're in good shape even with one (see FAQ #9 though).
In many cases, many PIs apply for a single course. You have freedom to pick which PIs you want to assess. DataBET will gives you suggestions for which PIs would be most helpful, in particular marking some PIs as CRITICAL (which means that we need more data in the last 2 years).
It is fine to enter data for a previous PI, even using the same or a similar assignment. This is good to look at evolutions. The problem with this is that then there are some SOs that are less covered, but as mentioned in FAQ #9, the app will provide guidance.
To go for accreditation we need to document the process for assessment (DataBET is it). We will also generate reports yearly and based on the collected data discuss what could be done to improve the curriculum. The data is really not about you as an instructor.
Sure. Send e-mail to Henri at henric@hawaii.edu.