Software Developer - Full Stack Developer
Ever wanted to make your own memes? Well, now you can with the help of my web application! Created with the help of React.js, this web application uses the Fetch API to get random meme images and also lets you customize the text in those images! Have fun!
View on GitHubMy most ambitious project! This simple web application lets you register for an account, log in, and then you can search books and leave reviews for said books. Furthermore, you can see the reviews for the book left by other registered users. In addition, this app also shows the average rating and the total number of ratings the book got from Goodreads. Finally, this app can also function as an API, whereby users can make an appropriate GET request to a certain route of my website, and this returns a JSON response with a particular information that the user asked for. This app was made with the help of Python, Flask, HTML, Jinja2, CSS, PostgreSQL, SQLAlchemy and the Goodreads API.
View on GitHubEver needed a program that can randomly generate a password for you? If so, then this Python program was made just for you! It also lets you specify the length of password that you want.
View on GitHubCoded with Python and the micro web framework Flask, this web app lets you find the recent conversion rate for multiple currencies from 1 EUR. This app uses the Fixer API in order to get the latest conversion rates.
View on GitHubThis dynamic website was made just for fun and serves no real purpose other than to make you laugh . This website lets you choose which picture, a dog or a cat, to show you along with an accompanying fact about Chuck Norris. This project uses three different APIs in order to achieve its purpose. If you're lucky, the picture shown might perfectly match the random Chuck Norris fact. WARNING: some of the facts shown might not be appropriate for all users; you have been warned! Note: I have no control of which sort of facts the JavaScript code retrieves from the Chuck Norris API.
View on GitHub View liveMade with just HTML, CSS and pure Vanilla JavaScript, this website mimics the look, sound and feel of a good old-fashioned typewriter. Whenever you press a key on your keyboard, a key-press sound is played and the corresponding key gets highlighted on the typewriter. Check out the live working version of this website by clicking on the button below. Absolutely no frameworks were used to make this website. Also, CSS variables, CSS transitions, flexbox, to name a few, were used in the making of this website.
View on GitHub View liveJust some website that lets you play the classic game rock, paper, scissor with the computer. One of my first projects ever! Made using HTML, CSS, Vanilla JavaScript and Bootstrap 4. Check out my live version of this project by clicking on the button below for a quick match with the computer!
View on GitHub View liveA Python program that states the user his/her public ip address, the city and country they are located, the coordinates and the name of their internet service provider. This program makes a request to the website ifconfig.co, a public API and it returns a JSON response. Python was then used to extract and display the information in an appropriately formatted manner. Note: the screenshot shows certain parts being blacked out; this was on purpose as they are private information .
View on GitHubA web app that lets you type in your todo's and you can then tick them off if you want. Made using React.js, and utilizes the relationship between parent-child components, conditional styling, props and state, among other things.
View on GitHubA web app that renders a random element, along with some of its facts and features, whenever you click the random button. Made using React.js.
View on GitHubA web application that mimics the famous Magic 8-Ball toy. Just press the spacebar to get a random answer from the Magic 8-Ball. This project was made using HTML, CSS and React.js. CSS Flexbox was used for the layout of the web page.
View on GitHubMy name is Robby Renz, and I am very passionate about coding and programming in general. I graduated with a Bachelor of Science (Honours) in Chemistry, along with a Minor in Applied Computer Science. At the above section, you can find a lot of my personal projects that I worked on in my free time. Feel free to take a look at the source code for my projects on GitHub or, for some of my projects, you can view a live working version online. I always look forward to learning new languages, frameworks, and technologies that are related to programming. If you want to contact me for any reason, such as if you want to have a look at my resume, my email is<EMAIL_ADDRESS>Programming
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Linux


{% extends "page.html" %} {% block page_styles %} {{ super() }} {% endblock %} {% block page_content %}
We couldn't handle your request. Please go back to the {{ config.site_name }} homepage, or press S to search on this site.


Text > Base64
Base64 > Text
File > Base64
Base64 File > Text
Mapping (normally left blank):
Text
Base64


What is a GameObject?
Name any 3 elements of the Unity Editor
Make complex GameObject hierarchies reusable
Further details here
A set of functions executed over a scripts lifetime in a predetermined order by the engine
Further details for its Unity implementation here
Base class for all Unity scripts. Determines what parts of the event loop the script will be in.
Most important messages*/properties are:
Allows for much faster and easier parameter tweaking
Can be done by:
Values in the editor take precedence over values in the script
Let's modify the transform component
//Dragging and dropping from the editor
GetComponent<ComponentType>();
GetComponentInChildren<ComponentType>();
GetComponentInParent<ComponentType>();
FindObjectOfType<SomeType>();
//Again dragging and dropping from the editor
GameObject.Find("SomeName");
GameObject.FindObjectWithTag("SomeTag");
transform.parent;
transform.GetChild(int clildIndex);
GameObject myGameObject = Instantiate(Object original,
Vector3 position,
Quaternion rotation);
//...
var component1 = myGameObject.GetComponent<ComponentType>();
//...
var component2 = myGameObject.AddComponent<ComponentType>();
//...
Destroy(myGameObject);
// true if the key is pressed
Input.GetKey(KeyCode.SomeKey);
// true the first frame the key is pressed
Input.GetKeyDown(KeyCode.SomeKey);
// true the first frame the key is released
Input.GetKeyUp(KeyCode.SomeKey);
Configurable in Edit/Project Settings/Input Manager
// "ButtonName" = "Fire1" for left mouse button
Input.GetButtonXXX("ButtonName");
// Smoothed input
Input.GetAxis("AxisName");
// Raw input
Input.GetAxisRaw("AxisName");
// "AxisName" = "Horizontal" for A/D
// "AxisName" = "Vertical" for W/S
Configurable in Edit/Project Settings/Input Manager
Vector3 moveDirection =
new Vector3(Input.GetAxis("Horizontal"),
0,
Input.GetAxis("Vertical"))
.normalized
* Time.deltaTime
* moveSpeed;
Vector3 pointToLookAt = transform.position
+ moveDirection * 100;
transform.position += moveDirection;
transform.LookAt(pointToLookAt);


Update your fundraising page
{% endblock head %}
{% block content %}
{% for message in messages %}
{{ message }}
{% endfor %}
{{ campaign.name }}
{% if not campaign.active %}
This campaign is no longer active.
{% if active_campaign.id == latest_fundraiser.campaign.id %}
You probably want to edit the new campaign:
{{ latest_fundraiser.campaign.name }}
{% else %}
Please join the new campaign:
{{ active_campaign.name }}
{% endif %}
If you need to change something in this campaign, please contact the organization directly.
{% endif %}
{% if active_campaign.id != latest_fundraiser.campaign.id %}
Join the new campaign


Can you count from l to l00? Point to the number in each square as your teacher leads you in counting from l to l00.
Write the missing numbers on the flowers.


@(message: String) @main("Welcome to Blackjack") {
This Blackjack Game was created by Alexander Minsch and Benjamin Herrmann.
Rules Contact


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09-Mar-19 09:14 AM
[dscrdvrsc] <Godballz> Oh god @0x03 @Chris - LOUD Mining Dev-Ops, I looked that stuff up thinking maybe I'd find a yummy new meal..
[dscrdvrsc] <0x03>
[dscrdvrsc] <SmeLLyArMpiTs> Thank u. @Oink how do I find a pps pool
[dscrdvrsc] <SmeLLyArMpiTs> @Godballz ok thanks.
[dscrdvrsc] <Oink> Ginasis is a good pool
[dscrdvrsc] <SmeLLyArMpiTs> @Oink do you know of a pool of pool I think they call it proxy pool. Basically it’s for e even more casual miners. Folks at vertcoin recommended me .. I am not sure if it is a common thing.
[dscrdvrsc] <Godballz> @SmeLLyArMpiTs Also this is a post I made the other day and it vaguely sums up many of Verus' current strengths and upcoming features but even since then Mike T has made an announcement in the announcements channel to some even newer features like Merkle mountain ranges that are big deals in their own right.
This is the post with summary- https://www.reddit.com/r/altcoin/comments/awuk55/comment/ehu9y47
[dscrdvrsc] <Oink> Don’t know about proxy pools...
[dscrdvrsc] <SmeLLyArMpiTs> Thanks @Godballz I am reading the link now. I don’t understand stalking. I feel like trying out solo mining .. is a few hours a day any good for that?
[dscrdvrsc] <SmeLLyArMpiTs> @Oink I think we continue the mining discussion here .. am wondering if I have a native wallet, can I still join a pool?
[dscrdvrsc] <Godballz> Yeah I'd say pool would be best bet with one cpu
[dscrdvrsc] <Oink> Yes you can. You need an external miner for the pool, like CCminer or nehq. They’re pinned in the #mining channel.  In very simple terms, staking is similar to mining but rather than having hashpower your chances of hitting a block are dependent on the amount you have in your wallet
[dscrdvrsc] <Oink> Not even my dedicated Ryzen is solo mining... it’s in Ginasis pool
[dscrdvrsc] <SmeLLyArMpiTs> @Oink noted .. I kind of feel having my own wallet is more secure and also helps verus right? There is a miner on verus website. So I use that to mine to a pool to my address right
[dscrdvrsc] <SmeLLyArMpiTs> @Godballz do u have a recommended reading? I don’t understand cause I tot the idea of crypto is u get rewarded for mining. Staking is new to me.
[dscrdvrsc] <Oink> Right... my wallet is also staking the coins I earn, but they get moved to the staking pool Ginasis has, so usually <100 VRSC in it
[dscrdvrsc] <Oink> And it helps the network, yes.
[dscrdvrsc] <SmeLLyArMpiTs> Is verus wallet and miner open source ie pple can see and check the code ?
[dscrdvrsc] <SmeLLyArMpiTs> @Oink Having a native wallet is not demanding on my cpu / bandwidth ya?
[dscrdvrsc] <Oink> Not at all!
[dscrdvrsc] <Godballz> And yes all open source
[dscrdvrsc] <Oink> Source is at https://github.com/veruscoin
VerusCoin source code for the VerusCoin wallet, miner and explorer. - VerusCoin
[dscrdvrsc] <SmeLLyArMpiTs> @Oink Just to confirm. I cannot use the wallet miner to mine pool. I have to install the verus miner. Right? ( sorry I know I have lots of questions. But that’s cause I am very involved!!!! )
[dscrdvrsc] <Oink> Correct
[dscrdvrsc] <SmeLLyArMpiTs> I am new to crypto and likely only will have one. I want to be on the right train.
[dscrdvrsc] <Godballz> @SmeLLyArMpiTs I believe our very own talented and helpful John Westbrook wrote a staking guide and that can be found in one of the articles on the Medium link I posted above.
[dscrdvrsc] <SmeLLyArMpiTs> I have looked Monero.. vertcoin.  As in an easy concept of it .. heehee. Want to understand it.
[dscrdvrsc] <Oink> Hop aboard! I think you chose the right train!
[dscrdvrsc] <Oink> No shortcuts on understanding it: you’ll need to read the Verus white paper to fully understand...
[dscrdvrsc] <Godballz> I imagine it's explained in the article but basically the more coins that you hold in your wallet the better chance you have of finding a block so it's similar to mining in that sense but rather than having a hash power you have the size of your wallet competing against other wallets that are staking
[dscrdvrsc] <Godballz> Yeah really what @Oink said
[dscrdvrsc] <Godballz> That really is your best bet and it's a good read you may learn a lot


i am active on most of the social platforms. you can check the footer for the links. discord ftw.
| Day \ Time | 07:00 - 09:30 | 09:30 - 11:30 | 11:30 - 14:00 | 14:00 - 17:00 | 17:00 - 20:00 | 20:00 - 21:00 | 21:00 - 23:00 | 23:00 - 07:00 |
|---|---|---|---|---|---|---|---|---|
| Monday | Morning Shenanigans | College Classes | Chilling | Extra-curriculars | Timepass or Sleep | Chilling | Homework (?) | Pretend to Sleep |
| Tuesday | Binge Shows | |||||||
| Wednesday | College Lab | Extra-curriculars | ||||||
| Thursday | Timepass or Sleep | Binge Shows | ||||||
| Friday | College Lab | Homework (?) | Extra-curriculars | |||||
| Saturday | Extra-curriculars | Homework (?) | ||||||
| Sunday | Sundaying |
Dont contact me during my college classes time period. That is the most important time of the day and I diligently attend all the classes.


/**
* We're only simulating sessions here, so this is just a hack to get the job
* done. We're sharing the session among all clients.
*/
var express = require('express'),
router = express.Router();
module.exports = function (app)
{
app.use('/', router);
};
router.get('/timeout', function (req, res, next)
{
res.render('timeout', {title: "Session Timed Out"});
});


This Java sample provides a simple UI and a REST interface to manage a cache of key-value pairs.
If deployed in Bluemix and bound to an instance of the Redis service it will store the cache values in Redis.
If not bound to Redis, it will use a memory based cache.
Key |
Value |
|---|


{# (c) Crown Owned Copyright, 2016. Dstl. #}
You don't have any favourites yet. You can add favourite tools to your profile by pressing the "Add to favourites" button on any tool's page. Try it now by adding Lighthouse as one of your favourites.
{% else %}This user hasn't added any favourites yet.
{% endif %} {% endif %}


Functions | |
| int32_t | ESMSetMode (uint32_t baseAddr, esmOperationMode_t mode) |
| This API is used to configure operation mode of ESM module. More... | |
| int32_t | ESMGetMode (uint32_t baseAddr, esmOperationMode_t *pMode) |
| This API is used to read operation mode of ESM module. More... | |
| int32_t | ESMSetInfluenceOnErrPin (uint32_t baseAddr, uint32_t intrSrc, bool enable) |
| This API is used to set the influence of interrupt on nERROR pin. More... | |
| int32_t | ESMGetInfluenceOnErrPin (uint32_t baseAddr, uint32_t intrSrc, uint32_t *pInfluence) |
| This API is used to get the influence of interrupt on nERROR pin. More... | |
| int32_t | ESMSetErrPinLowTimePreload (uint32_t baseAddr, uint32_t lowTime) |
| This API is used to configure the low time counter pre-load value. More... | |
| int32_t | ESMGetErrPinLowTimePreload (uint32_t baseAddr, uint32_t *pLowTime) |
| This API is used to read the low time counter pre-load value. More... | |
| int32_t | ESMGetCurrErrPinLowTimeCnt (uint32_t baseAddr, uint32_t *pPinCntrPre) |
| This API is used to get the current value of low time counter. More... | |
| int32_t | ESMGetErrPinStatus (uint32_t baseAddr, uint32_t *pStatus) |
| This API is used to get the current status of nERROR pin. More... | |
| int32_t | ESMResetErrPin (uint32_t baseAddr) |
| This API is used to reset the nERROR pin. More... | |
| int32_t | ESMIsEnableIntr (uint32_t baseAddr, uint32_t intrSrc, uint32_t *pEnStatus) |
| This API is used check if interrupt is enabled/disabled. More... | |
| int32_t | ESMEnableIntr (uint32_t baseAddr, uint32_t intrNum) |
| This API is used to enable interrupt. More... | |
| int32_t | ESMDisableIntr (uint32_t baseAddr, uint32_t intrNum) |
| This API is used to disable interrupt. More... | |
| int32_t | ESMSetIntrPriorityLvl (uint32_t baseAddr, uint32_t intrSrc, esmIntrPriorityLvl_t intrPriorityLvl) |
| This API is used to set interrupt level. More... | |
| int32_t | ESMGetIntrPriorityLvl (uint32_t baseAddr, uint32_t intrSrc, esmIntrPriorityLvl_t *pIntrPriorityLvl) |
| This API is used to get interrupt level. More... | |
| int32_t | ESMGetIntrStatus (uint32_t baseAddr, uint32_t intrSrc, uint32_t *pStaus) |
| This API is used to get the interrupt status. More... | |
| int32_t | ESMSetIntrStatusRAW (uint32_t baseAddr, uint32_t intrSrc) |
| This API is used to set the interrupt RAW status. More... | |
| int32_t | ESMGetIntrStatusRAW (uint32_t baseAddr, uint32_t intrSrc, uint32_t *pStatus) |
| This API is used to get the interrupt RAW status. More... | |
| int32_t | ESMGetGroupIntrStatus (uint32_t baseAddr, esmIntrPriorityLvl_t intrPrioType, esmGroupIntrStatus_t *pIntrstatus) |
| This API is used to get the interrupt/error status for a group. This will also return highest pending interrupt for pulse as well as for level interrupts. More... | |
| int32_t | ESMClearIntrStatus (uint32_t baseAddr, uint32_t intrSrc) |
| This API is used to clear the interrupt status. More... | |
| int32_t | ESMWriteEOI (uint32_t baseAddr, esmIntrType_t intrType) |
| This API is used to write EOI. More... | |
| int32_t | ESMGetRevisionId (uint32_t baseAddr, esmRevisionId_t *pRevId) |
| This API is used get the ESM revision ID. More... | |
| int32_t | ESMGetInfo (uint32_t baseAddr, esmInfo_t *pInfo) |
| This API is used read the ESM information register. More... | |
| int32_t | ESMGetGlobalIntrEnabledStatus (uint32_t baseAddr, uint32_t *pStatus) |
| This API is used read the ESM information register. More... | |
| int32_t | ESMEnableGlobalIntr (uint32_t baseAddr) |
| This API is used to enable Global control of interrupt. More... | |
| int32_t | ESMDisableGlobalIntr (uint32_t baseAddr) |
| This API is used to disable Global control of interrupt. More... | |
| int32_t | ESMReset (uint32_t baseAddr) |
| This API is used to reset ESM module. Reset is used to reset all enables and raw status bits. More... | |
| int32_t | ESMReadStaticRegs (uint32_t baseAddr, CSL_esmStaticRegs *pStaticRegs) |
| This API is used to read static registers of ESM module. This API needs to be called after the initial configuration is done and hence mutliple read between static registers do not change the values. More... | |
===========================================================================
| int32_t ESMClearIntrStatus | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc | ||
| ) |
This API is used to clear the interrupt status.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt to clear status. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; int32_t cslRet; cslRet = ESMClearIntrStatus (baseAddr, intrSrc);
| int32_t ESMDisableGlobalIntr | ( | uint32_t | baseAddr | ) |
This API is used to disable Global control of interrupt.
| baseAddr | Base Address of the ESM Registers. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t cslRet; cslRet = ESMDisableGlobalIntr (baseAddr);
| int32_t ESMDisableIntr | ( | uint32_t | baseAddr, |
| uint32_t | intrNum | ||
| ) |
This API is used to disable interrupt.
| baseAddr | Base Address of the ESM Registers. |
| intrNum | Interrupt to disable. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrNum = 0u; int32_t cslRet; cslRet = ESMSetInfluenceOnErrPin (baseAddr, intrNum);
| int32_t ESMEnableGlobalIntr | ( | uint32_t | baseAddr | ) |
This API is used to enable Global control of interrupt.
| baseAddr | Base Address of the ESM Registers. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; int32_t cslRet; cslRet = ESMEnableGlobalIntr (baseAddr);
| int32_t ESMEnableIntr | ( | uint32_t | baseAddr, |
| uint32_t | intrNum | ||
| ) |
This API is used to enable interrupt.
| baseAddr | Base Address of the ESM Registers. |
| intrNum | Interrupt to enable. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrNum = 0u; int32_t status; status = ESMEnableIntr (baseAddr, intrNum);
| int32_t ESMGetCurrErrPinLowTimeCnt | ( | uint32_t | baseAddr, |
| uint32_t * | pPinCntrPre | ||
| ) |
This API is used to get the current value of low time counter.
| baseAddr | Base Address of the ESM Registers. |
| pPinCntrPre | pointer to Counter value Current low time count. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t pinCntrPre; int32_t cslRet; cslRet = ESMGetCurrErrPinLowTimeCnt (baseAddr, &pinCntrPre);
| int32_t ESMGetErrPinLowTimePreload | ( | uint32_t | baseAddr, |
| uint32_t * | pLowTime | ||
| ) |
This API is used to read the low time counter pre-load value.
| baseAddr | Base Address of the ESM Registers. |
| pLowTime | pointer to Time to be read as LTCP. |
This is the value that will be pre-loaded in to the counter field of the ESM_PIN_CNTR register whenever the ESM enters the ESM_ERROR state from ESM_IDLE. The default value is determined based on the ESM clock frequency, so that there is a minimum low time of 100 micro seconds. This field is only reset by a Power-On-Reset (not warm reset). A global soft reset will set this field to 0h.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t inCntrPre; int32_t cslRet; cslRet = ESMGetErrPinLowTimePreload (baseAddr, &inCntrPre);
| int32_t ESMGetErrPinStatus | ( | uint32_t | baseAddr, |
| uint32_t * | pStatus | ||
| ) |
This API is used to get the current status of nERROR pin.
| baseAddr | Base Address of the ESM Registers. |
| pStatus | pointer to Current nERROR pin status. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t status; uint32_t cslRet; cslRet = ESMGetErrPinStatus (baseAddr, &status);
| int32_t ESMGetGlobalIntrEnabledStatus | ( | uint32_t | baseAddr, |
| uint32_t * | pStatus | ||
| ) |
This API is used read the ESM information register.
| baseAddr | Base Address of the ESM Registers. |
| pStatus | pointer to is global Interrupt enabled status 0h: all interrupts are enabled Fh: all interrupts are disabled -others: interrupts are in invalid state.Software should never write these values. If these values are ever read, they indicate that an error has occurred. In this state, all interrupts are enabled (biased to false enable). |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t enStatus; int32_t cslRet; cslRet = ESMGetGlobalIntrEnabledStatus (baseAddr, &enStatus);
| int32_t ESMGetGroupIntrStatus | ( | uint32_t | baseAddr, |
| esmIntrPriorityLvl_t | intrPrioType, | ||
| esmGroupIntrStatus_t * | pIntrstatus | ||
| ) |
This API is used to get the interrupt/error status for a group. This will also return highest pending interrupt for pulse as well as for level interrupts.
| baseAddr | Base Address of the ESM Registers. |
| intrPrioType | Group for which status to return. Refer enum esmIntrPriorityLvl_t. |
| pIntrstatus | pointer to Interrupt status. Refer struct esmGroupIntrStatus_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmIntrPriorityLvl priType = ESM_INTR_PRIORITY_LEVEL_HIGH; esmGroupIntrStatus_t groupIntrStatus; int32_t cslRet; cslRet = ESMGetGroupIntrStatus (baseAddr, priType, &groupIntrStatus);
| int32_t ESMGetInfluenceOnErrPin | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| uint32_t * | pInfluence | ||
| ) |
This API is used to get the influence of interrupt on nERROR pin.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt source which will influence nERROR pin. |
| pInfluence | pointer to read the influence value 1: enabled 0: disabled |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; uint32_t influence; int32_t cslRet; cslRet = ESMGetInfluenceOnErrPin (baseAddr, intrSrc, &influence);
| int32_t ESMGetInfo | ( | uint32_t | baseAddr, |
| esmInfo_t * | pInfo | ||
| ) |
This API is used read the ESM information register.
| baseAddr | Base Address of the ESM Registers. |
| pInfo | pointer to variable that Contains information register contents of ESM module.. Refer struct esmInfo_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmInfo_t esmInfo; int32_t cslRet; cslRet = ESMGetInfo (baseAddr, &esmInfo);
| int32_t ESMGetIntrPriorityLvl | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| esmIntrPriorityLvl_t * | pIntrPriorityLvl | ||
| ) |
This API is used to get interrupt level.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt to set the level. |
| pIntrPriorityLvl | Pointer to Interrupt level to get. Refer enum esmIntrPriorityLvl_t. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; esmIntrPriorityLvl_t pri; int32_t cslRet; cslRet = ESMGetIntrPriorityLvl (baseAddr, intrSrc, &pri);
| int32_t ESMGetIntrStatus | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| uint32_t * | pStaus | ||
| ) |
This API is used to get the interrupt status.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt for which status to return. |
| pStaus | pointer to interrupt status |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t status, intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; int32_t cslRet; cslRet = ESMGetIntrStatus (baseAddr, intrSrc, &status);
| int32_t ESMGetIntrStatusRAW | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| uint32_t * | pStatus | ||
| ) |
This API is used to get the interrupt RAW status.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt for which status to return. |
| pStatus | pointer to Interrupt status. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; uitn32_t status; int32_t cslRet; cslRet = ESMGetIntrStatusRAW (baseAddr, intrSrc, &status);
| int32_t ESMGetMode | ( | uint32_t | baseAddr, |
| esmOperationMode_t * | pMode | ||
| ) |
This API is used to read operation mode of ESM module.
| baseAddr | Base Address of the ESM Registers. |
| pMode | pointer to variable to hold ESM operation Mode. Refer enum esmOperationMode_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmOperationMode_t mode; uint32_t cslRet; cslRet = ESMGetMode (baseAddr, &mode);
| int32_t ESMGetRevisionId | ( | uint32_t | baseAddr, |
| esmRevisionId_t * | pRevId | ||
| ) |
This API is used get the ESM revision ID.
| baseAddr | Base Address of the ESM Registers. |
| pRevId | Pointer to Revision ID of ESM module.. Refer struct esmRevisionId_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmRevisionId_t revId; int32_t cslRet; cslRet = ESMGetRevisionId (baseAddr, &revId);
| int32_t ESMIsEnableIntr | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| uint32_t * | pEnStatus | ||
| ) |
This API is used check if interrupt is enabled/disabled.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt to enable. |
| pEnStatus | Pointer to status of interrupt enable variable |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t status, intrNum = 0u; int32_t cslRet; cslRet = ESMIsEnableIntr (baseAddr, intrNum, &status);
| int32_t ESMReadStaticRegs | ( | uint32_t | baseAddr, |
| CSL_esmStaticRegs * | pStaticRegs | ||
| ) |
This API is used to read static registers of ESM module. This API needs to be called after the initial configuration is done and hence mutliple read between static registers do not change the values.
| baseAddr | Base Address of the ESM Registers. |
| pStaticRegs | pointer to static registers to be read |
Example
uint32_t baseAddr = (uint32_t)CSL_MCU_ESM0_CFG_BASE; CSL_esmStaticRegs staticRegs; uint32_t cslRet; cslRet = ESMReadStaticRegs (baseAddr, &staticRegs);
| int32_t ESMReset | ( | uint32_t | baseAddr | ) |
This API is used to reset ESM module. Reset is used to reset all enables and raw status bits.
| baseAddr | Base Address of the ESM Registers. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t cslRet; cslRet = ESMReset (baseAddr);
| int32_t ESMResetErrPin | ( | uint32_t | baseAddr | ) |
This API is used to reset the nERROR pin.
| baseAddr | Base Address of the ESM Registers. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; int32_t cslRet; cslRet = ESMResetErrPin (baseAddr);
| int32_t ESMSetErrPinLowTimePreload | ( | uint32_t | baseAddr, |
| uint32_t | lowTime | ||
| ) |
This API is used to configure the low time counter pre-load value.
| baseAddr | Base Address of the ESM Registers. |
| lowTime | Time to be configured as LTCP. |
This is the value that will be pre-loaded in to the counter field of the ESM_PIN_CNTR register whenever the ESM enters the ESM_ERROR state from ESM_IDLE. The default value is determined based on the ESM clock frequency, so that there is a minimum low time of 100 micro seconds. This field is only reset by a Power-On-Reset (not warm reset). A global soft reset will set this field to 0h.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t pinCntrPre = 100; int32_t cslRet; cslRet = ESMSetErrPinLowTimePreload (baseAddr, pinCntrPre);
| int32_t ESMSetInfluenceOnErrPin | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| bool | enable | ||
| ) |
This API is used to set the influence of interrupt on nERROR pin.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt source which will influence nERROR pin. |
| enable | true: Enables influence on nERROR pin if it is TRUE. false:Disables influence on nERROR pin if it is FALSE. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; int32_t cslRet; cslRet = ESMSetInfluenceOnErrPin (baseAddr, intrSrc, TRUE);
| int32_t ESMSetIntrPriorityLvl | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc, | ||
| esmIntrPriorityLvl_t | intrPriorityLvl | ||
| ) |
This API is used to set interrupt level.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt to set the level. |
| intrPriorityLvl | Interrupt level to set. Refer enum esmIntrPriorityLvl_t. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; esmIntrPriorityLvl_t pri = ESM_INTR_PRIORITY_LEVEL_HIGH; int32_t cslRet; cslRet = ESMSetIntrPriorityLvl (baseAddr, intrSrc, pri);
| int32_t ESMSetIntrStatusRAW | ( | uint32_t | baseAddr, |
| uint32_t | intrSrc | ||
| ) |
This API is used to set the interrupt RAW status.
| baseAddr | Base Address of the ESM Registers. |
| intrSrc | Interrupt for which status to return. |
Note: the intrSrc check is only at the IP level max and not done at instance level, so it is expected to be done at higher layer.
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; uint32_t intrSrc = CSL_ESM1_INTR_MCU0_CPU0_ECC_CORRECTED_LEVEL; int32_t cslRet; cslRet = ESMSetIntrStatusRAW (baseAddr, intrSrc);
| int32_t ESMSetMode | ( | uint32_t | baseAddr, |
| esmOperationMode_t | mode | ||
| ) |
This API is used to configure operation mode of ESM module.
| baseAddr | Base Address of the ESM Registers. |
| mode | Channel number for which reset is to be done. Refer enum esmOperationMode_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmOperationMode_t mode = ESM_OPERATION_MODE_ERROR_FORCE; int32_t cslRet; cslRet = ESMSetMode (baseAddr, mode);
| int32_t ESMWriteEOI | ( | uint32_t | baseAddr, |
| esmIntrType_t | intrType | ||
| ) |
This API is used to write EOI.
| baseAddr | Base Address of the ESM Registers. |
| intrType | Type of interrupt for which to write EOI. Refer enum esmIntrType_t. |
Example
uint32_t baseAddr = CSL_MCU_ESM0_CFG_BASE; esmIntrType_t intrType = ESM_INTR_TYPE_HIGH_PRIO_ERROR; int32_t cslRet; cslRet = ESMWriteEOI (baseAddr, intrType);


---
layout: post
title: AmoebaDB 3.0 Released
category: [AmoebaDB]
---
We are pleased to announce the release of AmoebaDB 3.0
New data in this release:
- Entamoeba
histolytica
HM-1:IMSS-A (GenBank version 4-18-2013)
- Entamoeba
histolytica
HM-1:IMSS-B (GenBank version 3-08-2013)
- Entamoeba
histolytica
KU27 (GenBank version 2-12-2013)
- Entamoeba
invadens
IP1 (GenBank version 1-03-2013)
- Entamoeba
histolytica
HM-3:IMSS (GenBank version 4-01-2013)
- Genome sequence of Naegleria fowleri ATCC 30863 (Mueller version 6-27-2013) was added
to the database. This data was graciously provided prepublication
(Wittwer et al.) For full attribution and available
searches please see the dataset
details.
- Genome annotation of Acanthamoeba
castellanii str Neff was updated (GenBank version 3-18-2013).
- RNA sequencing of E.
histolytica HM-1:IMSS and Rahman strain trophozoites (Hon
et al.).
New features:
GBrowse tracks remain open between sessions:
- EuPathDB now stores GBrowse track configurations between sessions for
registered users who log into any EuPathDB site. The EuPathDB login is
now integrated with the GBrowse login so that your previous session's
GBrowse tracks are displayed each time you return to a EuPathDB site.
New streamlined look for choosing expression datasets (microarray, RNA-Seq):
- A new interactive table for choosing expression data sets lists
datasets, searches for each dataset and the organism that the data is
aligned to. Use the table's filter function to limit the data set list
based on author name, parasite life stages, etc. Click on an icon under
"Choose a search" to collapse the table and display the data set's
search page with its parameter list below the collapsed table.
On-page help for expression search pages:
- Search parameters appear on the left and are arranged in a sentence
that helps you choose parameter values.
- A help graphic and text appear on the right. To help you interpret
your parameters choices, the graphic changes to reflect your parameter
settings.
Improved Strategy Panel for viewing and editing
steps:
- The graphic interface of the strategy panel has been updated.
View the results of a strategy step by clicking anywhere inside
the box representing that step. To edit the parameter values for that
step, click on the EDIT icon that appears in the corner of each strategy
step box when hovering over the strategy panel.
Note:
Our bimonthly database releases incorporate new data and correct old
data when necessary. Changes in annotation and new experimental
data may slightly alter your search results by increasing or decreasing
the number of hits. When search parameters change with a new release, we
invalidate (Ø) the search and ask you
to rerun it. When IDs are updated or removed, we map the old IDs to the
new ones, remove the old IDs from your Basket, and leave your Favorites
page alone.
EuPathDB
is now on FaceBook,
Twitter, and YouTube


extm.region.controller.coffee |
|
class Extm.RegionController extends Marionette.Controller
|
|
|
holds the region this controller is controlling. Must be an object of Marionette.Region or its subclass |
region : false
|
|
current View this region will show. one region can show only one view |
currentView : false
|
|
contruct the controller |
constructor : ( options = {} ) ->
|
|
continue with super controller constructor |
super options
if not options.region
throw new Error 'Region is not specified for the controller'
@_assignRegion options.region
@instanceId = _.uniqueId 'region-controller-'
msgbus.commands.execute 'register:controller', @instanceId, @
_assignRegion : ( region )->
@region = region
destroy : ( args... ) ->
delete @region
delete @currentView
delete @options
msgbus.commands.execute "unregister:controller", @instanceId, @
super args
show : ( view ) ->
@currentView = view
@region.show view
|


Good scientific practice includes careful treatment of research data. Data support scientific arguments, they allow other scientists to reproduce established results or to gain new insights by building off of them.
The success of a research project is not measured only by the number and relevance of scientific publications, but also through the quality of the data that it is based on. Therefore, research data should also be acceptably "published" (i.e. described with metadata) and "archived" (i.e. stored in a repository). Research funding institutions such as the DFG argue in favor of a minimum storage time of at least 10 years after the end of the project.
Research projects from the humanities and social sciences that deal with language data can find support for the management of their data in the research infrastucture CLARIN. CLARIN offers methods and tools for the description and archiving of databases. It also offers access to archived research data in accordance with the corresponding access rights and licenses.
By working with CLARIN, you show your willingness right from the application process to handle the archiving and reuse of your data on a sustainable basis.
The following form will walk you through the creation of a data management plan! It contains all relevant guidelines and aspects that applicants should consider in the management of their research data.


Siren
public final class Siren : NSObject
The Siren Class.
-
Return results or errors obtained from performing a version check with Siren.
Declaration
Swift
public typealias ResultsHandler = (Results?, KnownError?) -> Void
-
The Siren singleton. The main point of entry to the Siren library.
Declaration
Swift
public static let shared: Siren
-
The manager that controls the App Store API that is used to fetch the latest version of the app.
Defaults to the US App Store.
Declaration
Swift
public lazy var apiManager: APIManager { get set }
-
The manager that controls the update alert’s string localization and tint color.
Defaults the string’s lange localization to the user’s device localization.
Declaration
Swift
public lazy var presentationManager: PresentationManager { get set }
-
The manager that controls the type of alert that should be displayed and how often an alert should be displayed dpeneding on the type of update that is available relative to the installed version of the app (e.g., different rules for major, minor, patch and revision updated can be used).
Defaults to performing a version check once a day with an alert that allows the user to skip updating the app until the next time the app becomes active or skipping the update all together until another version is released.
Declaration
Swift
public lazy var rulesManager: RulesManager { get set }
-
The current installed version of your app.
Declaration
Swift
lazy var currentInstalledVersion: String? { get set }
-
The retained
NotificationCenter
observer that listens forUIApplication.didBecomeActiveNotification
notifications.Declaration
Swift
var didBecomeActiveObserver: NSObjectProtocol?
-
The retained
NotificationCenter
observer that listens forUIApplication.didEnterBackgroundNotification
notifications.Declaration
Swift
var didEnterBackgroundObserver: NSObjectProtocol?
-
The last date that an alert was presented to the user.
Declaration
Swift
private var alertPresentationDate: Date?
-
The App Store’s unique identifier for an app.
Declaration
Swift
private var appID: Int?
-
The completion handler used to return the results or errors returned by Siren.
Declaration
Swift
private var resultsHandler: Siren.ResultsHandler?
-
The initialization method.
Declaration
Swift
private override init()
-
This method executes the Siren version checking and alert presentation flow.
Declaration
Swift
func wail(completion handler: ResultsHandler? = nil)
Parameters
handler
Returns the metadata around a successful version check and interaction with the update modal or it returns nil.
-
Launches the AppStore in two situations when the user clicked the
Update
button in the UIAlertController modal.This function is marked
public
as a convenience for those developers who decide to build a custom alert modal instead of using Siren’s prebuilt update alert.Declaration
Swift
func launchAppStore()
-
Initiates the unidirectional version checking flow.
Declaration
Swift
func performVersionCheck()
-
Validates the parsed and mapped iTunes Lookup Model to guarantee all the relevant data was returned before attempting to present an alert.
Declaration
Swift
func validate(model: LookupModel)
Parameters
model
The iTunes Lookup Model.
-
Determines if the update alert can be presented based on the rules set in the
RulesManager
and the the skip version settings.Declaration
Swift
func determineIfAlertPresentationRulesAreSatisfied(forCurrentAppStoreVersion currentAppStoreVersion: String, andLookupModel model: LookupModel)
Parameters
currentAppStoreVersion
The curren version of the app in the App Store.
model
The iTunes Lookup Model.
-
Presents the update alert to the end user. Upon tapping a value on the alert view, a completion handler will return all relevant metadata to the app.
Declaration
Swift
func presentAlert(withRules rules: Rules, forCurrentAppStoreVersion currentAppStoreVersion: String, model: LookupModel, andUpdateType updateType: RulesManager.UpdateType)
Parameters
rules
The rules for how to present the alert.
currentAppStoreVersion
The current version of the app in the App Store.
model
The iTunes Lookup Model.
updateType
The type of update that is available based on the version found in the App Store.
-
Add app state observers
Declaration
Swift
func addObservers()
-
Adds an observer that listens for app launching/relaunching.
Declaration
Swift
func addForegroundObserver()
-
Adds an observer that listens for when the app is sent to the background.
Declaration
Swift
func addBackgroundObserver()


chagers
Diversity in the Tech Industry
Let's "git" interested earlier
05.01.15
Since Google released its diversity in their workforce numbers last year, diversity in the tech industry overall has become a subject that more and more people are becoming aware of. It's pretty staggering how homogenous the tech industry is - with the majority of employees being white and male. The problem, however, may not be completely at the time of hire, but instead much much earlier - at the time when kids become interested in technology - in our elementary through high school years.
In the Mother Jones piece "We Can Code It!" Tasneem Raja points out that:
In fact, even as the Department of Labor predicts the nation will add 1.2 million new computer-science-related jobs by 2022, we're graduating proportionately fewer computer science majors than we did in the 1980s, and the number of students signing up for Advanced Placement computer science has flatlined.
At this time it looks like our schools just aren't creating the pipeline that the tech industry needs to help increase diversity in the workplace. Kids need to become excited about and learn to code at younger ages when we were all more excited about learning in general.
Raja also notes that "To produce tech-savvy citizens "at scale," to borrow an industry term, the heavy lifting will happen in public school classrooms."
This means our public schools need to go through a revamp of the curriculum that is offered to our little ones. Get them excited to learn code while they're excited to learn about, well, just about everything they come across. We need to go beyond just using technology to understanding how that technology works. This also means getting both boys and girls excited about technology and computing. The Association for Computing conducted a survey in 2008 among high school students that found the following:
- Most college-bound males have a positive opinion of computing and computer science as a possible college major or career.
- College-bound African American and Hispanic teens are more likely than their white peers to be interested in computing.
- College-bound females, regardless of race and ethnicity, are significantly less interested than boys are in computing. More girls tend to associate computing with “typing,” “math,” and “boredom,” while boys are more likely to associate computing with “video games,” “design,” “electronics,” “solving problems,” and “interesting.”
Clearly, our schools have got a lot of work to do in getting youngsters more interested in tech, especially among the non-white male cohorts! Let's get those interest levels up America - let's "git" our kids excited about tech early.


?BOTANICAL
The
New
York
copyright
reserved
Botanical
Garden
I
IH
Forestiera
segregata
(Jacq.)
Krug
&
Urb.
Det.:
P.
A.
González
/
Holguin-
Cuba;
v-
2005
—/2
NEW
YORK
BOTANICAL
GARDEN
01
9772
01497721
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


MobileUI also comes with its own free and open-source icon font, Ionicons, with over 500 icons to choose from.
The icons are in base MobileUI, for use just install base the command:
mobileui install base
And add icon
and the Ionicon class name for the icon to show, which can be easily looked up on the Ionicons homepage. You can change the color add class colors for text.


{% extends "base.html" %} {% block title %}
Medieval catalogues > UNIVERSITY AND COLLEGE LIBRARIES OF OXFORD > University > Gift of books by Humfrey Duke of Gloucester, 1441
{% endif %}11 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


virus (). PMID: WNV West Nile magpies birds vaccine vaccinated al.. {border-style px;} #ffffff;} viral (Figure Dis., animals non-vaccinated infection titres vehicle-inoculated bird vaccines American housed significantly transmission virus. Emerg. control feather species Infect. Oya challenged contact described follicles single viremia < vaccination bird-to-bird birds, challenge competent crows d.p.i. days domestic dose highly host infected px; recombinant survival {font-family (Pica ./eid., NAbs RSPs contributed day encephalitis font-size group infectious magpie presented previously significant susceptible (Jimenez (Martin-Acebes Figure J-CS Magpies Saiz, WNV. comparison different double; magpies. mortality number particle plaque role surveillance (Komar (Merino-Ramos (RSP) (vehicle) Data Europe Jimenez PRNT Therefore, United Vaccine, Virol., Zika animal border-color border-width cycle differences efficacy essential experimental falcons geese herd hunting immune immunity important infection, lethal lower neurovirulent ones protection protein pulp reduced represented sera solid; strains weight {font-style {font-weight (Corvus .). ./j.vaccine..., ./s---, Avian Bird-to-bird Birds Community DNA EE-R, Ethics New RSP-based Statistically Vet. Viremia according analysis antibody associated asterisks avian bold capability cell compared courier; crow distribution efficient em; endangered established fact, feathers feathers, high higher hosts immunization inactivated lineage live mean natural neutralizing outbreaks persistence presence protective protects pt;} rate rates reduction reported response serum strain subviral test used viremic vs. wild


--- title: 'First example: Pneumonia finding from initial hydroxychloroquine RCT only requires 1 ‘switch’ to invalidate' author: 'COVID team' date: '2020-05-12' tags: - COVID-19 - nonlinear - R slug: hcq weight: 3 ---
The first report of a randomized trial regarding hydroxychloroquine (HCQ) came from a study conducted at the Renmin Hospital of Wuhan University. The table below shows the association between treatment (HCQ vs conventional) and condition (improved vs exacerbated/ucnhanged). For Table 1, \(χ^2= 4.7\), \(p = 0.03\), and the authors concluded that HCQ was efficacious.
To quantify the robustness of the inference, we calculate the number of treatment cases that would need to be switched from “improved” to “exacerbated or unchanged” to change the inference – a quantity we refer to as the Robustness of the Inference to Switches (RIS). We calculate that if one of the 25 HCQ “improved” cases were instead classified as “excacerbated or unchanged” (RIS=1), the probability difference between HCQ and the control would drop to \(23\) percentage points (\(\frac{24}{31} - \frac{17}{31}=.23\)) and would no longer be statistically significant (\(χ^2 = 3.5\), \(p > .06\)).
Since we have a \(2 \times2\) table, we use tkonfound function to calculates the number of cases (RIS) that would have to be switched from one cell to another of a \(2 \times2\) table to invalidate an inference made about the association between the rows and columns. This can be applied to treatment vs control with successful vs unsuccessful outcomes.
konfound::tkonfound(a = 14, b = 17, c = 6, d= 25)
## [[1]]
## [1] "The tkonfound function calculates the number of cases that would have to be switched from one cell to another of a 2x2 table to invalidate an inference made about the association between the rows and columns. This can be applied to treatment vs control with successful vs unsuccessful outcomes."
##
## [[2]]
## [1] "See konfound_fig for full and accessible details in graphic form!"
##
## [[3]]
## [1] "To invalidate the inference, 1 case needs to be transferred from treatment success to treatment failure, as shown, from the User-entered Table to the Transfer Table."
##
## $User_enter_value
## Fail Success
## Control 14 17
## Treatment 6 25
##
## $Transfer_Table
## Fail Success
## Control 14 17
## Treatment 7 24
##
## [[6]]
## [1] "For the User-entered Table, we have a Pearson's chi square of 4.724, with p value of 0.030."
##
## [[7]]
## [1] "For the Transfer Table, we have a Pearson's chi square of 3.528, with p value of 0.060."
Now we use tkonfound_fig to generate the figure that plots the change in effect size as a function of switching outcomes for treatment cases.
konfound::tkonfound_fig(a = 14, b = 17, c = 6, d= 25)
## [[1]]
##
## [[2]]
## [1] "A bend in line indicates switches from the control row because the treatment row was exhausted."
##
## [[3]]


Guidance
An overview of what changes will be made to GCSE, AS and A level qualifications between 2015 and 2019.
HTML
These documents show:


Kekropus:
Before speak of that, I must ask you if you already know the origins and purpose of the Kamael.
I know.
I don't know.


Not only is Salon easy to use, but it is also free! Discover great art, engage in fascinating discussion, and learn something new.


Track Down a Ruby Memory Leak Issue
Background⌗
I found that our production instances memory utilization exceeded the threshold frequently in the past few weeks. This was what it looked like:
In the past one month (even longer), there’s an incremental memory consumption in our application. And one day, it exceeded the line.
Actually, the same had been happening to our test instance for a long time, due to many cron jobs that won’t exit as expected. As time goes by, more and more memory was consumed by them.
Had the experience in mind, I checked the processes in production instances:
ps -e uf
As it turned out, process crond
forked many children processes whose STAT
were sleep
. And they were all scheduled by a gem called whenever. If everything went as expected, these processes would usually exit in seconds.
However, some of these processes started even months ago.
I decided to dive in.
Trace Back to Source⌗
Let’s check the system call of crond
:
sudo strace -p <pid>
The output showed that the system call was wait4()
, which meant that it’s waiting for its children processes to exit, which they didn’t.
Checked all the stuck children processes, and their system calls were all
futex(0xAddress, FUTEX_WAIT_PRIVATE, ...)
The futex() system call provides a method for waiting until a certain condition becomes true. It is typically used as a blocking construct in the context of shared-memory synchronization. When using futexes, the majority of the synchronization operations are performed in user space. A user-space program employs the futex() system call only when it is likely that the program has to block for a longer time until the condition becomes true. Other futex() operations can be used to wake any processes or threads waiting for a particular condition.
That’s unexpected, because none of our cron jobs were involved in threads. And cron jobs scheduled by crontab behaved as expected. Cron jobs scheduled by our Rails application, however, were all stuck. So I could narrow down to Rails application.
Our cron jobs were scheduled by gem whenever, let’s see what commands were executed exactly:
bundle exec whenever
Output:
The output showed that rake
or rails runner
were executed through bundle
, and the fact was that both commands got stuck.
I got two suspects:
- There’s a bug in bundler
- There’s a common issue while executing Rails cron jobs, sucha as common gems, dependencies, middleware, etc.
Next up, I used gdb
to inspect the calling stack of a stuck process (in C):
sudo gdb -p <pid> info stack
Output:
The output showed that the final call was pthread_cond_wait, and so were other stuck processes.
I found rb_thread_terminate_all()
very appealing, so I googled it, and this article showed up, which was very helpful:
It turned out that Ruby would mark a thread to exit with rb_threadptr_to_kill()
:
static void
rb_threadptr_to_kill(rb_thread_t *th)
{
rb_threadptr_pending_interrupt_clear(th);
th->status = THREAD_RUNNABLE;
th->to_kill = 1;
th->errinfo = INT2FIX(TAG_FATAL);
TH_JUMP_TAG(th, TAG_FATAL);
}
Information on errors would be stored in errinfo
if there was an exception during execution.
Let’s inspect the information about current Ruby thread:
The output told me that current thread was marked as THREAD_STOPPED
and to_kill
was 1
. However, the errinfo
was 8
(0x08, nil
in Ruby).
Some kind of error interfered with Ruby VM’s maintenance of threads, causing threads won’t exit as expected.
Ruby code to reproduce:
Thread.new do
loop do
puts "Loop start"
begin
begin
sleep
ensure
raise
end
rescue => e
p e
end
end
end
Which meant:
- A
loop
in a thread begin
andrescue
within the loopbegin
andensure
within the outerbegin
- Exceptin within
ensure
, catched by the outerrescue
The outer rescue
made Ruby VM decide that everything was ok with current thread and would not be killed because of the exception.
In short, it’s a Ruby bug.
However, I could not find what on earth caused this issue in C. The quickest solution is to make sure NOT to raise any exception inside an ensure block.
Next thing was to locate the problematic Ruby code.
Let’s check the threads within a stuck process:
(The issue was resolved when I’m writing this article, output above was reproduced.)
The rake task was executed through bundle, so ID 1 was the bundle thread. And ID 2 was the thread of the script I wrote to reproduce the bug.
After thorough inspection, I found that the problematic code was located in a file called “agent_thread.r*”, which belonged to a gem: newrelic_rpm.
The cause was that if the process exited while receiving gzip-encoded request via Net::HTTP
, Zlib::BufError
would be raised when finish
was called, which was inside an ensure block:
Now it’s been fixed (2020-05-31), in Ruby:
https://github.com/ruby/ruby/pull/3164
Solution⌗
Now it’s easy to solve the problem:
Disable New Relic when Rails runs cron jobs, and New Relic is unnecessary in our cron jobs.
Just add one line in schedule.rb:
env 'NEW_RELIC_AGENT_ENABLED', false
Outcome⌗
Since the day I fixed the problem (2020-09-07), no stuck process was found.
I’ll keep observing.
Reference⌗
https://developer.aliyun.com/article/6043
https://medium.com/@zanker/finding-a-ruby-bug-with-gdb-56d6b321bc86
https://bugs.ruby-lang.org/issues/13882
https://github.com/ruby/ruby/pull/3164
https://blog.arkency.com/2016/04/how-i-hunted-the-most-odd-ruby-bug


Script Deployment on WindowsThis section of the tutorial illustrates how the python script will be deployed at start-up so that we don't need to open the terminal all the time to run the script. Lets first change our hosts file path from "/etc/hosts" to "C:\System32\drivers\etc\hosts" as the hosts file is stored at this location on windows. To schedule the tasks on the windows, we need to open the task scheduler as shown in the below image. Click on Create Task.. given in the right pane of the application. The following window will open. Configure the properties and give the name and other required properties for your script. Do check the Checkbox as "Run with highest privileges". Go to Triggers and create a new trigger as shown in the below image. Select the "At startup" option from the drop-down list so that the script can run at start-up. Now, go to Actions and create a new action by clicking on new. The following window will open. Select the "Start a program" action from the drop-down list and browse the path to the script, i.e. blocker.py (in my case it is E:\blocker.py) and click OK. Now, click on Conditions and deselect the 2nd option which says "Start the task only if the computer is on AC power." Now, go to settings and click OK as shown in the following image. Now, we got our task Website-blocker scheduled at system start-up. We can check this in the task list as shown in the following image. Now, we need to restart our system to make the script active on system start-up. Restart the system now, and try to access the blocked website www.facebook.com as we are in working hours now. It will show the display which looks like following. Hence, we have got our script working fine on system start-up and block the access to www.facebook.com (or any website you want) automatically.
Next TopicNumPy Tutorial
|
Script Deployment on WindowsThis section of the tutorial illustrates how the python script will be deployed at start-up so that we don't need to open the terminal all the time to run the script. Lets first change our hosts file path from "/etc/hosts" to "C:\System32\drivers\etc\hosts" as the hosts file is stored at this location on windows. To schedule the tasks on the windows, we need to open the task scheduler as shown in the below image. Click on Create Task.. given in the right pane of the application. The following window will open. Configure the properties and give the name and other required properties for your script. Do check the Checkbox as "Run with highest privileges". Go to Triggers and create a new trigger as shown in the below image. Select the "At startup" option from the drop-down list so that the script can run at start-up. Now, go to Actions and create a new action by clicking on new. The following window will open. Select the "Start a program" action from the drop-down list and browse the path to the script, i.e. blocker.py (in my case it is E:\blocker.py) and click OK. Now, click on Conditions and deselect the 2nd option which says "Start the task only if the computer is on AC power." Now, go to settings and click OK as shown in the following image. Now, we got our task Website-blocker scheduled at system start-up. We can check this in the task list as shown in the following image. Now, we need to restart our system to make the script active on system start-up. Restart the system now, and try to access the blocked website www.facebook.com as we are in working hours now. It will show the display which looks like following. Hence, we have got our script working fine on system start-up and block the access to www.facebook.com (or any website you want) automatically.
Next TopicNumPy Tutorial
|
Script Deployment on WindowsThis section of the tutorial illustrates how the python script will be deployed at start-up so that we don't need to open the terminal all the time to run the script. Lets first change our hosts file path from "/etc/hosts" to "C:\System32\drivers\etc\hosts" as the hosts file is stored at this location on windows. To schedule the tasks on the windows, we need to open the task scheduler as shown in the below image. Click on Create Task.. given in the right pane of the application. The following window will open. Configure the properties and give the name and other required properties for your script. Do check the Checkbox as "Run with highest privileges". Go to Triggers and create a new trigger as shown in the below image. Select the "At startup" option from the drop-down list so that the script can run at start-up. Now, go to Actions and create a new action by clicking on new. The following window will open. Select the "Start a program" action from the drop-down list and browse the path to the script, i.e. blocker.py (in my case it is E:\blocker.py) and click OK. Now, click on Conditions and deselect the 2nd option which says "Start the task only if the computer is on AC power." Now, go to settings and click OK as shown in the following image. Now, we got our task Website-blocker scheduled at system start-up. We can check this in the task list as shown in the following image. Now, we need to restart our system to make the script active on system start-up. Restart the system now, and try to access the blocked website www.facebook.com as we are in working hours now. It will show the display which looks like following. Hence, we have got our script working fine on system start-up and block the access to www.facebook.com (or any website you want) automatically.
Next TopicNumPy Tutorial
|
Script Deployment on WindowsThis section of the tutorial illustrates how the python script will be deployed at start-up so that we don't need to open the terminal all the time to run the script. Lets first change our hosts file path from "/etc/hosts" to "C:\System32\drivers\etc\hosts" as the hosts file is stored at this location on windows. To schedule the tasks on the windows, we need to open the task scheduler as shown in the below image. Click on Create Task.. given in the right pane of the application. The following window will open. Configure the properties and give the name and other required properties for your script. Do check the Checkbox as "Run with highest privileges". Go to Triggers and create a new trigger as shown in the below image. Select the "At startup" option from the drop-down list so that the script can run at start-up. Now, go to Actions and create a new action by clicking on new. The following window will open. Select the "Start a program" action from the drop-down list and browse the path to the script, i.e. blocker.py (in my case it is E:\blocker.py) and click OK. Now, click on Conditions and deselect the 2nd option which says "Start the task only if the computer is on AC power." Now, go to settings and click OK as shown in the following image. Now, we got our task Website-blocker scheduled at system start-up. We can check this in the task list as shown in the following image. Now, we need to restart our system to make the script active on system start-up. Restart the system now, and try to access the blocked website www.facebook.com as we are in working hours now. It will show the display which looks like following. Hence, we have got our script working fine on system start-up and block the access to www.facebook.com (or any website you want) automatically.
Next TopicNumPy Tutorial
|


Research Team
Italo Santos
Holds a B.Sc. degree in Digital Media and Systems and received the title "Magna Cum Laude" from the Federal University of Ceará (2017). He is currently a Master student in the Software Engineering and Information Systems field, from the Institute of Mathematics and Computer Sciences (ICMC) of the University of São Paulo (USP). Currently, he is a researcher at the Laboratory of Software Engineering (LABES), where he develops his master's research financed by the São Paulo Research Foundation (FAPESP). Areas of interest, research and work: Software Engineering; Software Testing; Testing of Concurrent Programs; Empirical Software Engineering; Software quality; Software Ecosystems.
More information →Silvana Morita Melo
Holds a B.Sc. degree in Information Systems from Federal University of Mato Grosso do Sul - UFMS (2009) and a M.Sc. in Computer Sciene and Computational Mathematics from University of Sao Paulo - USP (2013). She is currently a Ph.D. student in the Institute of Mathematics and Computer Science (ICMC/USP) and a visiting student researcher at the University of Alabama (UA). Her research interests include software testing, concurrent programming, concurrente software testing, and empirical software engineering.
More information →Paulo Sergio Lopes de Souza
Holds a joint MSc (1996) and PhD (2000) degree in Computer Science from the University of Sao Paulo (USP), Brazil. From 2010 to 2011 he was a visiting scientist at the University of Southampton, England. He is an associate professor of distributed systems at the Institute of Mathematics Science and Computer at the University of Sao Paulo (ICMC/USP, Brazil) since 2005. In the past, he was a lecturer at the Informatics Department at the State University of Ponta Grossa (UEPG), Parana, Brazil from 1991 to 2005. Currently, he has conducted research in distributed systems, parallel computing, development of high-performance applications, software testing, and open educational resources applied to computer education.
More information →Simone do Rocio Senger de Souza
Holds a joint MSc (1996) and PhD (2000) degree in Computer Science from the University of Sao Paulo (USP), Brazil. From 2010 to 2011 she was a visiting scientist at the University of Southampton, England. She is an associate professor of software engineering at the Institute of Mathematics Science and Computer at the University of Sao Paulo (ICMC/USP, Brazil) since 2005. In the past, she was a lecturer at the Informatics Department at the State University of Ponta Grossa (UEPG), Parana, Brazil from 1991 to 2005. Currently, she has conducted research in concurrent software testing, structural testing, mutation testing, and software engineering experimentation.
More information →


{% trans "Error 500" %} |
||
{% trans "Internal server error." %} |
||
{% trans "There is a problem with the resource you are looking for, and it cannot be displayed." %} |
||
{% load i18n %}
{% trans "Error 500" %} |
||
{% trans "Internal server error." %} |
||
{% trans "There is a problem with the resource you are looking for, and it cannot be displayed." %} |
||


Constructor
new ScriptManager(urlsopt)
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
urls |
Set.<string> |
<optional> |
List of URLs of initial JS scripts to be injected to the end of the documents's body. |
- Source:
Members
initialScripts
Properties:
| Name | Type | Description |
|---|---|---|
initialScripts |
Set.<string> | Read-only configuration property
that holds a list of JS scripts to be injected
into a document on the construction time.
|
- Source:
Methods
load(selector, url, positionopt)
Performs dynamic script(s) injection into the DOM of a document (file) it's being called at. Accepts one URL as well as many ordered URLs in Set.
Parameters:
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
selector |
string | Valid CSS selector of a parent / sibling DOM element. |
||
url |
string | Set.<string> | One or many URLs (arranged in the load order), relative to the document, that method is being called at. |
||
position |
string |
<optional> |
"append" | Switch that specifies the position where script(s) will be injected. May be any of these values:
|
- Source:
preconfigure()
Performs initial JS scripts (taken from
initialScripts
property)
injection into the html page (file) it's being called at.
Scripts are placed at the end of the <body>
tag (appended).
Wraps load()
method.
- Source:


US Dollar Index Technical Analysis: DXY breaks to fresh weekly highs near 98.20 level
by Flavio Tosti- DXY broke above the 98.00 handle helped by better-than-expected US data.
- The level to beat for bulls is the 98.20 and 98.40 price levels.
DXY daily chart
DXY (US Dollar Index) is trading in a bull trend above the 100/200-day simple moving average (DMA). This Friday, the greenback is trading at fresh weekly highs.
DXY 4-hour chart
DXY broke above the 98.00 handle and reached the 98.20 resistance as expected. If the buyers keep the pressure on the next level of resistance is seen at the 98.40 level, near the November highs.
DXY 30-minute chart
The greenback is trading above the main SMAs, suggesting a bullish bias in the near term. Support is seen at the 98.00 and 97.70 level.
Additional key levels
Dollar Index Spot
| Overview | |
|---|---|
| Today last price | 98.19 |
| Today Daily Change | 0.20 |
| Today Daily Change % | 0.20 |
| Today daily open | 97.99 |
| Trends | |
|---|---|
| Daily SMA20 | 97.89 |
| Daily SMA50 | 98.24 |
| Daily SMA100 | 98.07 |
| Daily SMA200 | 97.59 |
| Levels | |
|---|---|
| Previous Daily High | 98.04 |
| Previous Daily Low | 97.73 |
| Previous Weekly High | 98.45 |
| Previous Weekly Low | 97.96 |
| Previous Monthly High | 99.67 |
| Previous Monthly Low | 97.15 |
| Daily Fibonacci 38.2% | 97.92 |
| Daily Fibonacci 61.8% | 97.85 |
| Daily Pivot Point S1 | 97.8 |
| Daily Pivot Point S2 | 97.61 |
| Daily Pivot Point S3 | 97.49 |
| Daily Pivot Point R1 | 98.11 |
| Daily Pivot Point R2 | 98.23 |
| Daily Pivot Point R3 | 98.42 |


Users need to understand the processes, forms, and data they’re interacting with.
Description
Help can be provided in a lot of different ways. When and how you provide help depends on the amount of help needed, the type of process/interaction, and your target audience. Too much contextual help can actually make interfaces harder to understand, but insufficient help will frustrate new users.
Popovers with definitions/descriptions when hovering over a label/term/word
“Learn more” links and “Information” icons
Dotted underlines
Use this for term definitions when a term may not be obvious to your target audience.
Assignee: Smith, John D.
Input field focus popover
Use this when the information is only relevant once the user has focused the field.
“Learn more” links
Use “Learn more” links to provide additional help text only when the user needs it. The links can reveal additional text in the form of a popover, a dedicated help page, or by expanding the text.
“Information” icons
Use “Information” icons to provide explanations and elaborations for titles and panels.


- {{nls.label1}} - programatic on-click >>>>>
- .show - programatic on-click >>>>>
- {{nls.label2}} on-click setup in html >>>>>
- {{nls.label2}} on-click detail2 in html >>>>>
- Hide content,home >>>>>
- Hide content >>>>>
home currentStatus is {{currentStatus}}
home beforeActivate calls: {{beforeActivateStatus}}
home beforeDeactivate calls: {{beforeDeactivateStatus}}
home afterDeactivate calls: {{afterDeactivateStatus}}
home afterActivate calls: {{afterActivateStatus}}


Activities in Engage can be Engagement Activities or Strategic Activities. Strategic Activities help you to focus on the steps you must complete before, during, and after an operation to ensure that your activities are aligned with your overall strategy. Strategic Activities help ensure that your operations of today inform your operations of tomorrow. All Strategic Activities have an ID that starts with SAC. Engagement Activities help you to identify what actions you would like to take against your adversary and help you to drive progress towards that impact. All Engagement Activities have an ID that starts with EAC.
Check out each of the various Activities below for an in-depth discussion on each specific Activity.
| Name | Description | ID |
|---|---|---|
| {{ activity.name }} | {{ activity.description }} | {{ activity.id }} |
| Name | Description | ID |
|---|---|---|
| {{ activity.name }} | {{ activity.description }} | {{ activity.id }} |


SNU is an Incompressible Smoothed Particle Hydrodynamics (ISPH) solver with the following capabilities
Solves a new volume conserving pressure equation
Uses an improved free surface model
Ghost particles for boundaries
High density ratio multiphase flows
Fluid Structure interaction with rigid bodies
3D code, parallelized using OpenMP (a GPU version is also available)
Some simulation results
Simulation of a drop impacting a thin liquid film. Four million particles were used in this simulation
Water entry of a sphere at very low Froude number.
Wash away of a solid during dam break
Water Entry of a streamlined solid and a spinning solid
Surface tension simulations
Validations
Lid Driven cavity simulations for Reynolds number 400 (top) and 1000 (bottom)
Dambreak simulation (Re ~ 40000). The improved free surface model is used in this simulation.
The colors show the velocity magnitude.


We are now in Tokyo, Dubai, Paris, Lima, and off course our beloved Seattle!
We open at 6Am and close At 7Pm
Our Salmon Cookies are part of our 'Love' treats range. The ‘Love’ category contains a range of deliciously different treats, that are great for owners who just want to show their dogs they are loved. Interesting, intriguing, different and delicious. These tasty, crunchy biscuits are made with responsibly sourced salmon, whitefish and sweet potato (a delicious and healthy alternative to white potato) They are grain free, contain no artificial preservatives or colourings, are low in calories and are a great alternative to naughty human biscuits.


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R |
O |
G |
R |
A |
M |
M |
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Name That Cow
|
Task #9
|
Novice/Advanced
|
8
Points |
Task
Description
Among the large Texas cattle
ranchers, it is customary to brand cows with serial numbers to please the
Accounting Department. The ranch hands
don't appreciate the advantage of this filing system and wish to call the
members of their herd by a sonorous name rather than saying, "C'mon,
#4734, get along."
Help
them out by writing a program that will translate the brand serial number of a
cow into possible names uniquely associated with that serial number. Since the ranch hands all have cellular
saddle phones these days, use the standard Touch-Tone(R) telephone keypad
mapping to get from numbers to letters (except for "Q" and
"Z"):
2:
A,B,C 5:
J,K,L 8:
T,U,V
3:
D,E,F 6:
M,N,O 9:
W,X,Y
4:
G,H,I 7:
P,R,S
Acceptable
names for the cows are provided via an input file, which contains a list of
fewer than 5,000 acceptable cattle names (first letter capitalized, of
course). Take a cow's brand number
and report which of all the possible words to which that number maps are in the
given dictionary.
For
instance, the brand number 4734 produces all the following names:
< Isfi Gpeh … Gpeg Gpdi Gpdh Gpei Gpdg … Greg …>
As it
happens, the only one of these 81 names that is in the list of valid names is
"Greg".
Write a
program that repeatedly asks for the brand number of a cow and prints all the
valid names that can be generated from that brand number; print "No
matching names found" if no valid words match. Serial numbers can be as
many as a 9 digits long. End the program, when the serial number `0' is
entered.
Program
Input
232
252473
727225
0
Program Output
Possible names for #232
are: Ada
Possible names for #252473 are: Blaise, Claire
Possible names for #727225 are: Pascal


Historical Data
Select stream:
(Only a filter can be applied at a time)
{% for filter in filters %}
{{ filter|capfirst }}:
{% endfor %}
RealTime Monitor
Stream:
(Can apply what filters do you want)
{% for filter in filters %}
{{ filter|capfirst }}:
{% endfor %}


Last name
First name
Address
City
State
Zip/Postal code
Country
Bulgaria
United Kingdom
United States
Phone(country code,
area code, number)
(+
)
E-mail
Birth date
Gender
Male
Female
Starting date
Spring 2015
Summer 2015
Comments/Questions


Fleet Telematics Simulation
Management Dashboard
Simulations
About
Sidebar content
A header
Simulation server


{% extends "layout/base.html" %} {% block content %}
{{myresult}}
Similar item postings removed in two days:


jQuery Ajax
Friend Add
Add a friend
First Name:
Middle Name:
Last Name:
Nickname:
Age:
Favorite color:
Red
Orange
Yellow
Green
Blue
Purple
Pink
Grey
White
Other
Add!


|
UMI3D Unity SDK
2.5.b.221125
A UMI3D sdk implementation using Unity
|
Base class of all data tranfer objects used in exchanges between the server and clients using UMI3D. More...
Public Member Functions | |
| byte[] | ToBson (TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to serialize this object to BSON. More... | |
| string | ToJson (TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to serialize this object to JSON. More... | |
Static Public Member Functions | |
| static byte[] | ToBson (UMI3DDto dto, TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to serialize UMI3D Data Transfer Object to BSON. More... | |
| static string | ToJson (UMI3DDto dto, TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to serialize UMI3D Data Transfer Object to JSON. More... | |
| static UMI3DDto | FromBson (byte[] bson, TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to deserialize a UMI3D Data Transfer Object from BSON. More... | |
| static T | FromBson< T > (byte[] bson, TypeNameHandling typeNameHandling=TypeNameHandling.All) |
| Should be used to deserialize a DTO of type T from BSON. More... | |
| static UMI3DDto | FromJson (string json) |
| Should be used to deserialize a UMI3D Data Transfer Object from JSON. More... | |
| static T | FromJson< T > (string json, TypeNameHandling typeNameHandling=TypeNameHandling.All, System.Collections.Generic.IList< JsonConverter > converters=null) |
| Should be used to deserialize a DTO of type T from JSON. More... | |
Base class of all data tranfer objects used in exchanges between the server and clients using UMI3D.
|
static |
Should be used to deserialize a UMI3D Data Transfer Object from BSON.
| bson | A bson that is a serialized UMI3D Data Transfer Object. |
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
|
static |
Should be used to deserialize a DTO of type T from BSON.
| bson | A bson that is a serialized UMI3D Data Transfer Object. |
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
|
static |
Should be used to deserialize a UMI3D Data Transfer Object from JSON.
| json | A bson that is a serialized UMI3D Data Transfer Object. |
|
static |
Should be used to deserialize a DTO of type T from JSON.
| json | A bson that is a serialized UMI3D Data Transfer Object. |
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
| byte[] umi3d.common.UMI3DDto.ToBson | ( | TypeNameHandling | typeNameHandling = TypeNameHandling.All | ) |
Should be used to serialize this object to BSON.
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
|
static |
Should be used to serialize UMI3D Data Transfer Object to BSON.
| dto | UMI3D Data Transfer Object to serialize. |
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
| string umi3d.common.UMI3DDto.ToJson | ( | TypeNameHandling | typeNameHandling = TypeNameHandling.All | ) |
Should be used to serialize this object to JSON.
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |
|
static |
Should be used to serialize UMI3D Data Transfer Object to JSON.
| dto | UMI3D Data Transfer Object to serialize. |
| typeNameHandling | JSON handling parameter to include or not type information when serializing. |


The Technologies We Used
We acquired our data using a Python script. This script looked at the Front Page of Reddit every 15 minutes and collects the top 25 most popular subreddits. We simultaneously tracked subreddits selected with large and moderately popular Subscriber counts. From them we collected Active Users counts and Subscriber counts.
In an effort to answer our questions the collected data will be analyzed using ggplot2 in R. We will begin by simply plotting active user data or subscriber counts, such as figure 1. Similar plots featuring multiple subreddits will allow us to easily compare trends over time, such as figure 2. Perhaps our strongest tool will be a plot of a selected subreddit over time that displays both active user and subscriber numbers with colors indicating when the subreddit was featured on Reddit’s main page.
Data-Driven Documents.
D3 is a library based on Javascript for the purpose of manipulating data. It does this by coverting the data into Document Object Models (or DOM) and allows the user to transform the data.
Team Members:
Jonathan Rosen (mythrilman)
Jason Phares (SasquatchMighty)
Alexander Woodie (AlexanderWoodie)
LINKS


sDrawRectFrame draws just the outline of the rectangle with the specified dwColor.
void sDrawRectFrame(long x,long y,long wid,long hei,long dwColor);
None. [ASM: All registers are preserved.]
sDrawRect, sDrawRectFrame3D


« Back to the index
WA.get: make operations on DOM Nodes examples
<script language="javascript" type="text/javascript" src="/js/core.js"></script>
<script language="javascript" type="text/javascript" src="/js/eventManager.js"></script>
<script language="javascript" type="text/javascript" src="/js/animManager.js"></script>
The event and anim managergs are needed by the get method.
The get method is a centralized method to access all the DOM nodes based on filters, and make many operations on them,
mainly calling grouped Manager functions on all the found nodes.
The get() method works as followed:
1. The code will search all the nodes corresponding to the filter you give it.
There are 3 posibilities:
a - No nodes were found. The subsequent operations will do nothing.
b - There was only one node found. The subsequent operations will work directly on this node.
c - There was more than 1 node found (from 2 to the whole DOM). The subsequent operations will work for each one of the found nodes.
2. The operation is applied to the node(s).
3. The operations can be chained.
The parameter of get() method is a string used to search the nodes:
"#id": If you want to find a single node by its unique id, using the CSS syntax.
".class": If you want to find a list of nodes by their class, using the CSS syntax.
"!name": If you want to find a list of nodes by their name (into a form).
"tag": If you want to find a list of nodes by their tag type, for example 'div', 'a', 'table' etc.
Notes:
Using the "#id" syntax will always returns only one node, the first one found in the page, even if there are more than one node with this id. This is due to the unicity rule of the ID of a Node.
Other syntaxes may return more than one node if they apply to the searched filter.
If no node corresponde to the filter, null is considered and no operation are possible as the result of get().
The operations are grouped by themes:
Examples of Direct access to the nodes
Examples of Content of the nodes
Examples of CSS operations on the nodes
Examples of Metrics of the nodes
Examples of Animations on the nodes (call to animManager)
Examples of Events on the nodes (call to eventManager)
« Back to the index


{{company_introduction_selector}}
{{cloud_services_introduction_selector}}
{{cloud_services_integration_selector}}
{{contact_information_selector}}
{{company_introduction_content}}
{{contact_information_content}}
{% extends "/base.html"%} {% block css_content %} {% endblock %} {% block js_content %} {% endblock %} {% block main_content %}
{{company_introduction_selector}}
{{cloud_services_introduction_selector}}
{{cloud_services_integration_selector}}
{{contact_information_selector}}
{{company_introduction_content}}
{{contact_information_content}}


--- title: "DMX-512 Signals Amplifier Splitter" description: "DMX-512 Signals Amplifier Splitter The DMX-512 distributor unit has two input and some outputs. Absolutely electric isolation between input and output or between output and output. Two type of DMX-512 connector(3pin) for each individual channel, each DMX-512 output features a independent driver.Power input: 120V AC / 230V AC" keywords: - "DSA-S" - "DMX-512 Signals Amplifier Splitter" ---
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DMX-512 Signals Amplifier / Splitter |
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The DMX-512 distributor unit has two input and some outputs. Absolutely electric isolation between input and output or between output and output. Two type of DMX-512 connector(3pin) for each individual channel, each DMX-512 output features a independent driver. Power input: 120V AC / 230V AC |
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I figured this is the best place for this type of issue. I don't understand how to implement these functions into my program. I have everything else working the way I want it to. I'm a little lost and looking for some assistance/direction.
Here are the instructions for this program:
Implement the function printHighestToLowestVotes as follows:
Create a map of integers and strings and copy all the total votes and correspondent first name and last name of each candidate. (The map will be in order by total votes.)
o The Big Three
Since you have dynamic variables in your class, you should make sure that the big three are implements. You already have the destructor, but you will need to add a copy constructor and the overloaded assignment operator. This is simpler than it sounds, but it requires some thinking. You need to make sure that both the copy constructor and the assignment operator create new containers. To check this, you can either look in the debugger to see if the addresses are different, or you can create temporary functions to check that your copy constructor and overloaded assignment operator are doing what is expected.
Here is my header file:
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#ifndef CANDIDATELIST_H
#define CANDIDATELIST_H
#include "CandidateType.h"
#include <iostream>
#include <string>
#include <vector>
#include <map>
using namespace std;
class CandidateList
{
public:
// Function declarations
CandidateList();
CandidateList(const CandidateList& other);
CandidateList operator=(const CandidateList& other);
void addCandidate(const CandidateType& newCandidate);
int getWinner() const;
void printCandidateName(int idNumber) const;
void printAllCandidates() const;
void printCandidateDivisionVotes(int idNumber, int division) const;
void printCandidateTotalVotes(int idNumber) const;
bool searchCandidate(int idNumber) const;
void printHighestToLowestVotes() const;
~CandidateList();
private:
vector<CandidateType> *candidates;
bool searchCandidateLocation(int ssn, vector<CandidateType>::const_iterator &iter) const;
};
#endif
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Here is the cpp file with the functions I'm working on:
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CandidateList::CandidateList(const CandidateList& other) : candidates(new )
{
}
CandidateList CandidateList::operator=(const CandidateList& other)
{
}
void CandidateList::printHighestToLowestVotes() const
{
map<int, string> person;
}
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Am I headed in the right direction? Any help would be appreciated. Thank you.


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IN THE HIGH COURT OF JUDICATURE AT PATNA Criminal Miscellaneous No.28417 of 2018 Arising Out of PS. Case No.-69 Year-2018 Thana- BARUN District- Aurangabad ====================================================== Mithlesh Kumar Gop @ Mithlesh Kumar Gope, S/o Ram Rup Yadav @ Ram Rup Singh, R/o Village - Baijnath Bigha, Ward No. 31, P.O. + P.S. Aurangabad, District - Aurangabad. ... ... Petitioner/s Versus The State of Bihar, through the Principal Secretary Cum Commissioner Department of Mines And Geology, Government of Bihar , Patna. ... ... Opposite Party/s ====================================================== Appearance : For the Petitioner/s : Mr. Sanjeet Kumar Singh, Advocate For the Opposite Party/s : Mr. Naresh Dikshit, APP ====================================================== CORAM: HONOURABLE MR. JUSTICE SANJAY PRIYA ORAL ORDER
2 09-05-2018 Heard learned counsel for the petitioner and the State.
The petitioner apprehend arrest in Barun P.S. Case No. 69 of 2018, instituted for the offence under Sections 379,420,34 of the IPC and Section 4/40 of the Bihar Mines Act and Section 15 of the Prevention of Pollution Act.
In the written report it is alleged that 29 tractors loaded with sand were found parked and on seeing the police the drivers of the tractors fled away. The petitioner is said to be one of the driver-cum-owner of the tractor bearing registration no. BR26GA1422.
Learned counsel for the petitioner has further submitted that similarly situated other accused has already been Patna High Court Cr.Misc. No.28417 of 2018(2) dt.09-05-2018 2/3 granted anticipatory bail by a coordinate Bench of this Court vide order dated 03.05.2018 passed in Cr. Misc. No. 26765 of 2018.
In such circumstances, prayer for anticipatory bail is allowed and it is ordered that the petitioner, named above, in the event of his arrest or surrender in the court below within six weeks from the date of receipt/production of copy of this order, shall be released on bail on furnishing bail bonds of Rs. 10,000/- (ten thousand) with two sureties of the like amount each in connection with Barun P.S. Case No. 69 of 2018, to the satisfaction of the learned CJM, Aurangabad, subject to condition as laid down u/S 438 (2) of the Cr. P.C. with further conditions (1) (bailors should be local having sufficient immovable property within the jurisdiction of the court concerned, (2) petitioner shall cooperate in the trial and shall be present on each and every dated fixed by the court and absence on two consecutive dates without proper and reasonable reason, will automatically cancel bail bonds of the petitioner and (3) if the petitioner tampers with the evidence or the witnesses of the case, in that case, prosecution will be at liberty to move for cancellation of bail of the petitioner.
(Sanjay Priya, J) khushbu/-
U T Patna High Court Cr.Misc. No.28417 of 2018(2) dt.09-05-2018 3/3


Dear Audience,
Every day ☀ and night ★, we would look at something on some surface. Paper and screen are the two dominant and prevailing surface in my 2017 mundane life.
This website and its print exhibits is a short story of what happened when the standard size paper exists in real scale on the screen within the browser viewport, and the browser sizes being printed in real scale on standard size paper within their crop marks.
With the paper only partly showed up on the screen condition, the online exhibition reminds us the browser sizes as well as its limitation. While we print from online, we got the browser sizes being print on paper to tell us the volatility of its form.
Paper and screen reveal each other in this little interaction. The screen is much limited with incredible potential, while the paper is the same.
Feel the scale of the paper in the analog scenario and look at the inch numbers while we dive in the virtual world. Through the two corresponding formats and content, the exhibition is for this collective experience we have now when wandering in between print and web.
If you have to know more, Google “paper sizes” or “browser sizes”. Look what I found when I just Google:
papersizes.io/us/
apple.com/mac/compare/
apple.com/ipad/compare/
Thank you!
Yours,
The person who takes full responsibility of the whole experience: Yangyifan Dong


simulaqron.cqc_backend package¶
Submodules¶
simulaqron.cqc_backend.cqcMessageHandler module¶
-
class
simulaqron.cqc_backend.cqcMessageHandler.
CQCMessageHandler
(factory)[source]¶ Bases:
abc.ABC
-
static
create_extra_header
(cmd, cmd_data, cqc_version=2)[source]¶ Create the extra header (communication header, rotation header, etc) based on the command
-
static
create_return_message
(app_id, msg_type, length=0, cqc_version=2)[source]¶ Creates a messaage that the protocol should send back :param app_id: the app_id to which the message should be send :param msg_type: the type of message to return :param length: the length of additional message :param cqc_version: The cqc version of the message :return: a new header message to be send back
-
get_error_class
(remote_err)[source]¶ This is a function to get the error class of a remote thrown error when using callRemote. :param remote_err:
twisted.spread.pb.RemoteError
:return: class
-
static
-
class
simulaqron.cqc_backend.cqcMessageHandler.
CQCQubit
(qubit_id=0, timestamp=0, virt=0)[source]¶ Bases:
object
-
class
simulaqron.cqc_backend.cqcMessageHandler.
SimulaqronCQCHandler
(factory)[source]¶ Bases:
simulaqron.cqc_backend.cqcMessageHandler.CQCMessageHandler
-
apply_rotation
(cqc_header, cmd, xtra, axis)[source]¶ Apply a rotation of the qubit specified in cmd with an angle specified in xtra around the axis
-
cmd_epr
(cqc_header, cmd, xtra)[source]¶ Create EPR pair with another node. Depending on the ips and ports this will either create an EPR-pair and send one part, or just receive.
-
cmd_epr_recv
(cqc_header, cmd, xtra)[source]¶ Receive half of epr from another node. Block until qubit is received.
-
cmd_i
(cqc_header, cmd, xtra)[source]¶ Do nothing. In reality we would wait a timestep but in SimulaQron we just do nothing.
-
cmd_new
(cqc_header, cmd, xtra, return_q_id=False, ignore_max_qubits=False)[source]¶ Request a new qubit. Since we don’t need it, this python CQC just provides very crude timing information. (return_q_id is used internally) (ignore_max_qubits is used internally to ignore the check of number of virtual qubits at the node such that the node can temporarily create a qubit for EPR creation.)
-
cmd_recv
(cqc_header, cmd, xtra)[source]¶ Receive qubit from another node. Block until qubit is received.
-
get_virt_qubit
(header, qubit_id)[source]¶ Get reference to the virtual qubit reference in SimulaQron given app and qubit id, if it exists. If not found, send back no qubit error.
Caution: Twisted PB does not allow references to objects to be passed back between connections. If you need to pass a qubit reference back to the Twisted PB on a _different_ connection, then use get_virt_qubit_indep below.
-
get_virt_qubit_indep
(header, qubit_id)[source]¶ Get NUMBER (not reference!) to virtual qubit in SimulaQron specific to this connection. If not found, send back no qubit error.
-
handle_hello
(header, data)[source]¶ Hello just requires us to return hello - for testing availability.
-
static
new_ent_id
(host_app_id, remote_node, remote_app_id)[source]¶ Returns a new unique entanglement id for the specified host_app_id, remote_node and remote_app_id. Used by cmd_epr.
-
static
new_qubit_id
(app_id)[source]¶ Returns a new unique qubit id for the specified app_id. Used by cmd_new and cmd_recv
-
-
exception
simulaqron.cqc_backend.cqcMessageHandler.
UnknownQubitError
(message)[source]¶ Bases:
Exception
simulaqron.cqc_backend.cqcProtocol module¶
-
class
simulaqron.cqc_backend.cqcProtocol.
CQCFactory
(host, name, cqc_net, backend)[source]¶ Bases:
twisted.internet.protocol.Factory
-
is_adjacent
(remote_host_name)[source]¶ Checks if remote host is adjacent to this node, according to the specified topology.
Parameters: remote_host_name – str The name of the remote host Returns:
-
-
class
simulaqron.cqc_backend.cqcProtocol.
CQCProtocol
(factory)[source]¶ Bases:
twisted.internet.protocol.Protocol
-
connectionLost
(reason=<twisted.python.failure.Failure twisted.internet.error.ConnectionDone: Connection was closed cleanly.>)[source]¶ Called when the connection is shut down.
Clear any circular references here, and any external references to this Protocol. The connection has been closed.
@type reason: L{twisted.python.failure.Failure}
-
connectionMade
()[source]¶ Called when a connection is made.
This may be considered the initializer of the protocol, because it is called when the connection is completed. For clients, this is called once the connection to the server has been established; for servers, this is called after an accept() call stops blocking and a socket has been received. If you need to send any greeting or initial message, do it here.
-
dataReceived
(data)[source]¶ Receive data. We will always wait to receive enough data for the header, and then the entire packet first before commencing processing.
-