| DOSE: |
130 ug |
oral |
LSD |
(blotter / tab) |
-We kept notes the entire night as our experience went on and on. We dropped at like 9pm. For the remainder of the experience, I will be known as tad, and my two friends will be known as chad and dave. We each went through our own bad trips, but we also went through good ones as the night progressed.
Body Weights:
Tad- 155lbs
Chad- 145lbs
Dave- 140lbs
Time Dialation (real seconds):(estimated seconds)
Dave 30: 22
Chad 30: 36
Dave 60 with music: 55
Chad 60 with music: 73
-we began 'controlling time' by using my strobe light to make it appear as though the fan was not moving, then it was, and etc.
-after my own thoughts of the universe evolving water and fire, it inspired chad to do some typing.
ime for this writing, STARTED BEFORE 11:24
watyer bluye beginning white light
red fire against
always fihting for equi9libruum
chemiclas, water sloshing over the edge, a flame
THEY ARE ALWAYS MOVING, BUT SLOWING UNTIL YOU THINK THEY MAY STOP
but would water really be water without its comforting alterations, it calming slosh?
is fire really fire, if it does not waver with the wind. TIME DOES NOT EXIST!
one may live for as long as a human can live, perhaps forver, and their life may seem at the instant that they obtain 'standstillesness' perfect, but the next thing to happen may appear as the fire coming from the center of the earth, but for this one eternal man, it will not harm him, what may in the beginning seem as walls of 'fire' coming in from every directions may in time subside, and what seems so extreme at one point, when time is extended it is merely a disruption on the surface, a ripple in another pond, the flame wavering in someone elses wind we can do as many reality checks as we want, but the truth as it may be, is that all things are eternal, and in one sense, every event is intertwined, as to how is beyond this document, it can not be explained in any document, as it can be taken on any tangent, any possible explanation can be explored, but there is always some where furhter.
water gives live, blue is all comforting, white light is so inviting red repels us, flames scare, black and darkness try to send us away
for now it is 11:26, and i am supposed to be going, as my explanation can not be fully expanded upon even in person, with my simple demonstrations with a strobe and a blue cup of water and a flame, with my hypotheses about the man who finds the perfect drop of water to give him eternal life and sees the rest of the world buring in flames, eventually his life becomes so long that these ripples become only minor molecules in the true ocean, the true ripple.
the atlantic ocean? it is the largest ocean. it is immense. but....the earth? it is almost entirely water! but you know what, this earth, is it not part of a solar system? a larger arrangements of planets that revolve around a sun? this sun is our center of life, all existance on earth, comes from the heat and power of this star, and our planets are revolving around this star...
but then, isnt this one 'all life giving' star known as the sun, part of another grouping of stars? and infinite amount of stars all bunched together in the most tremendous thing known to man:
the galazy.
think about the sheer size of a galaxy - an infinite amount of stars all bunched together, but pick and choose at random any one of these stars, and around this star is a 'solar system' a system of various bodies all circliing around a star, which in itself is part of a large group of stars
revolving around some larger entitiy, in a universe. i have lost my train of thought, distracted by a smaller more direct matter, at about 11:34 but this train of thought, in the large scheme of things, is nothing. another man may be having thoughts 1000 fold the insightfullness as mine, but this will subisde, all that is gained, is lost. all that is lost is in some form regained. the peaks and valleys of a ripple. the ripple in the ocean. the ocean on the earth. the earth in the solar system. the solar system in the galaxy. the galaxy in the universe. the universe in the ?.
this, i as a human, cannot go further than this, as it is at the fullest of human capacity, that the universe is known to not be the largest body. the human can prove beyond reasonable doubt that the galxy exists as a container of stars, the stars contain the worlds, the world contain the oceans, the oceans contain the ripples. the ripples contain much more in them self, but also in the lowely way that a human can descrive, are symbols for the peaks and valleys, that are only in essence parts of a larger ripple, and on for infinadum.
11:40
Dave feels that the lsd may be bringing out his grandmothers schizophrenia in him, but in reality, does it really matter? he may go crazy, but isnt there an entire human race to care about? but in that same mindset, isnt there all of life in its entirety to care about? but when we try to to to to to to 11:43 (off on another tangent, trying to elaborate to tad and dave, but they cant comprehend, what does it matter if they cant cpomprehend? there are always those that will, but for everyone that will, thre will be someone who wont. and maybe at one point, those that understand are in the larger percentage, it will always happen that at a later time those that dont will be in the larger percentage. it is all back an forth, wobbling, too and fro, teetering here and tilting there, and ALL FOR WHAT?
HUMANS WILL NEVER KNOW! I HAVE JUST HIT THE CAPS LOCK BUTTON, A SIGN OF ANGER?  HE HAS A 'FRIEND'...    DAVE MUST FEED ALLEN. GOOD BYE. ALLAN NOT ALLEN. ALLEN AND ALLAN. ITS ALL THE SMAE NOW. I MUST GO, FOR I AM IN AN EMBARRASING RUYT, NOT BEING ABLE TO TALK ABOU7T WHAT I MUST. BUT DOES IT RELALY MATTEWR?
-Dave: 11:53PM
-My friend began acting schitzophrenic, he began taking my plants from my house (artifical and real) into my room and talked to them.
IT it speaks tp me on another level its quiote strange im changin my name to .,HEY ITS DAVE,
chad is now off of the computer now im the scientist wiht the dream iv e disco ered the secret to mr research, not technology , plants and bio life tad is trying to feed allen and allon and alan and alorian, like in atlantis god this is strange i mus twrite this down allan is my faithfulll companion ittl never leave me like its part of me i can feel itin my cinter of life, IT IS NOW IT.IT MUST GO, I AM NOW GOING BACK THE THE TECHNOLOGY WORD im leaving into the computer im searching around with my body and i cant feel my fingersm okay i just had a reality check and im laughing my ass of. tad says that the face of chad is now gone, hes moulding the fac ce into something different hjes playing god this isnt right he shouldnt be messing with things like this this substance changes everything there are so many levels of conciousness although materialtings are not reall my back feels ereally funny,
chad cant write it odown even though tad says to i can see the glasses on my face i am now gero in the body of dave, a misguided teenager sitting in the roonm of his 'freind' that he thinks h is taking some sort ofchemical bu it is something so much more they keep talking about the universe
I AM GERO
ALLON ALLEN ALAN ALERION !IT! IS MY COMPANION
I AM LOOSOING MY GRIP I NEEDED THAT DOWN I BELEVE THIS NOW ICAN SEE THAT IT IS THE WAY TO GO I AM NOW GOING TO GET the satrobe light to test a theory of mine, now the plants have gone ui am forced to go back to technology tad and chad are leaving the state i can now feel my presence leaving the body of dave, i gero must now reinhibit the body wiht a blast from the sigma segment, this word sigma is only in the futile creatures mind through a vidioe game called mega man, i must retreive allen allon alan alerion, IT. wish me luck,,
with love gero....
-it took him awhile to get back to normal, but he learned much about himself from this somewhat bad trip.
-Chad started typing
this is chad, i am here, dave has left the room, it is now 12.03
-Tad:
12:11AM
it means nothing... because all this is is the drug telling us what to think. But the drug says that my cells betray me. My cells tell me what to do. My cells all so bent on self-preservation that they cause me pain. They are me, and i am them. So how, when the world is all we have, can we kill eachother? How can we say that there is something good for us? Everything has an end, and every end starts a new beginning. There is no true beginning, no true end, no ANYTHING. nothing exists? nothing is real?
-I don't think I was even understanding this as I was writing it.
-Chad started typing again
this is chad 12:13 dave acutally has schizophrenia. for a long period of time, he acutally 'became somone else'
1220
dave says 'over schizophrenia, putting down red piull, pickign up blue, dave accepts his schizophrenia he says 'if i want to come out, dont let me' tad recites the matrix, and using as a metaphor for daves realization of his disease'
1222 dave goes into closet to think this over
12224 dave comes out says he is down after rethinkinh he says he just lost himself again, and has once again regained himself dave is coming to grips
*note this honeslty seemed like 10 minutes to tad and i, 30 seconds to dave dave wishes to type his thougta at 1225
-we kinda goofed around for a while and watched TV, then, it was my turn for the bad trip as chad just came out of his.
-TAD:
2:28AM
i saw chad in the mirror, and his eyes just stayed om place as his face and felsh and muscile all melted away all at once. And he just becaused a skeliton right there. He was standing in the mirror with his eyes, looking right at me, and he was just dead.  Then i saw dave, as chad wasw aalready there, and dave did the same. It sounded like an atom bomb in my head. and i came over to lay down. And i closed my wtyes and then i just saw the whole world, everyone, every face and person eradicated. I was then standing alone on a red star shaped platform, with blacknesss and nothingness everywhere. And then, eyes, everywhere, looked at me. Some jokingly, some laugingly, some to accuse... I was immortal, there, DAMMED FOREVER TO SEE THE EYES THAT MOCK ME.

Go AWAY ALREADY!
THATS WHAT I THOUGHT BITHC!!

 After this, weed and other smokables seemed so dirty.  Acid is truly the drug that keeps on giving.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% load i18n %}
{% blocktrans %} GNU {{binaryname}} must be in your executable search path for the diff viewer to work. The current search path is: {% endblocktrans %}
{{search_path}}
{% if platform == "win32" %} {% blocktrans %} You can install GNU {{binaryname}} by downloading and running the installer. Then add the directory containing {{binaryname}} to the system PATH (Start > Control Panel > Advanced > Environment Variables > System Variables > PATH). {% endblocktrans %} {% elif platform == "darwin" %} {% blocktrans %} {{binaryname}} should be installed on your system by default. Make sure it's in the file path and accessible by your web server. {% endblocktrans %} {% else %} {% blocktrans %} Most Linux/UNIX systems provide a native package containing {{binaryname}}, which is usually installed by default. Check with your distribution for the proper package to install. {% endblocktrans %} {% endif %}


Setting up an individual Virtual Machine
To begin with the virtual machine was provided by google with each student given an individual account from the university email system. Beforehand I had only used window OS virtual machines so when LINUX opened I initially thought it had crashed when the input password cursor wasn’t blinking. However once this was resolved setting up the virtual machine was a simple case of following given instructions.
Receiving initial coursework
Initially I created a separate google drive folder for the coursework, as well as for the Web fundamentals unit. This was because my previous course directories were local to my laptop - streamlining accessibility. I then formatted the document and started initial research - this research covered the use of books within the library then, after I decided to more specifically focous on reading academic articles, the use of discovery to filter previous research into the topic. Initial search terms began with;
Information exposure on the web
This was too broad, so including terms;
- Corporate
- Mitigating
allowed for academic articles to be found using discovery, in turn this linked to further academic research e.g. the theory behind the risk modelling paper.
Choosing an editor
Suggested text editors were based on the capability of the software. These included editors such as Atom, Brackets, Notepad++, Sublime Text, WebStorm. I started here by downloading the Atom text editor, although I could not yet comprehensively test it until we began web development. Once started, I stuck with atom for its ease of use, either through auto-completing or showing all files available in the directory.
Practicing academic writing
To practice writing I was given the task of going back over a piece of prior work in order to change the words and sentence structure to fit in with writing used within the practical document.
Before:
The first PDP’s (Programmed Data Processor) were marketed from 1957 - 1969; with many still in use in the late 70’s1. During this time of development, DEC (the Digital Equipment Corporation) would focus design of the PDP away from large, complicated, and expensive computers that were typical of the time and towards smaller, cheaper, minicomputers which appealed to a market unable to afford these larger computers. As a result, these machines were marketed separately from computers, selling for approximately 1/10 of the cheapest computer alternative.
After:
The first Programmed Data Processors were marketed from 1957 - 1969; with multiple devices remaining in use during late 70’s1. During this time of development, the Digital Equipment Corporation would focus design of the PDP away from complicated and expensive computers that were typical of the time towards cheaper, compact, ‘mini computers’ which appealed to a market of reduced budget. As a result these machines were marketed independently from market computers, selling for approximately 1/10 of the cheapest computer alternative.
Linking CSS
This can be done in the same file, or more effectively as a separate file enclosed in style tags. A separate file does not need html style tags as it is a CSS file, it is linked to the HTML by link rel="stylesheet" title="My Style" href="mystyle.css". Class selectors use .notation to link classes from a CSS file to a HTML file, whereas id selectors select different elements of a CSS file by their id. I used this knowledge when validating my website to fix a case of duplicate ID's, as an ID should be unique to an element on a particulart page, when styling list items I switched to using class notation.
Using images
The image tag can be used to specify a file, height, width and style of an image. It is necessary to include an alt option in the tag - which is displayed if the designated image file cannot be loaded. Captions can also be used to border an image using the figure element.
Picture elements can be used to provide a context for the browser about the image shown, img is still used as the point of reference where a style can be applied. In effect, this allows the browser to select different images and scale image sizes based on properties within a browser.
Multiple source srcset tags can be used to display different images in order of precedence to suit browser compatibility - img tags will always be the last source to be defined. Image source can also be changed, not just changing the image quality.
SVG tags (Scalable Vector Graphics) can be used for simple images and graphs. The tags mark out coordinate drawing elements as well as including text, links and transformation attributes. This may be useful for me as an alternative to using multiple reolsutions of the same image, i.e. if I wanted to include the University logo in different positions/ sizes on my website.
Using Video
The video element can be used to displays videos with reference to alternative format support the same way as the picture elements.
Researching into useful HTML tags
I found many different tags for displaying text, all with slightly different applications; these included: main, article, span, section, nav and footer tags. Furthermore, using margin and index styles in CSS is a more useful alternative than using a procedural format to set out these text elements and could adapt to screen size with units like viewport width(vw) and viewport height(vh).
I also found a button tag, which fully implements a button object, this could save a lot of time, so I considered using buttons for in-page navigation for the discovery log and for a drop-down navigation for future pages that would not fit on the main navigation bar. After testing, I found it easier to create my own button element, this could be applied to links for navigation and validate successfully.
Accessibility considerations
Upon researching of the button tag's applications, I found that the blue outline on activation was important for disabled users to tab through buttons with a keyboard and see what button they were up to. As a result I set this outline to none when active, but kept it to default blue when a user tabbed through the page
Validation Concerns
After using the w3 validator on my homepage I discovered that my nav bar had duplicate id selectors, to fix this I ended researching into class selector - to be applied to each list item. This resulted in the colour being overridden by the general anchor colour, to fix this I used the !important command in CSS to prevent the browser from ovveriding an element with a generic style.
Researching into CSS grid design and layout options in HTML
A grid layout allows definitive layouts for the user that fixes design and section positions. This reduces the issue of a reduction of screen size causing unpredictability within the webpage elements
Layout can also be different, depending on source, e.g. portrait or landscape orientation https://drafts.csswg.org/css-grid/#track-sizing
A grid can be set by setting the display to grid in CSS. The grid class contains arguments for in-line grid, grid column gap, grid row gap and grid - gap
Researching into links and colours
Linking to different web pages was fundamental for creating the website, this was achieved using a href element referencing the destination file.
I used the HTML colour picker tool on the w3c site to determine exact hexadecimal values for the colours of my website. I then decided to set an image as a background for my homepage. This was done through CSS, I looked into setting the image in the centre of the page and scaling the image so it was visible on all screen sizes without duplicating the image. For images, a coordinate system can be used to place images in specific places.
Website design and usability
To draw out a basic website design it was suggested to use FrameBox: http://framebox.org/
This will help me to plan page designs and interconnections between these pages, instead of diving straight into adding html.
Usability was also a factor, in terms of screen size, resolution and screen orientation being programmed for by using media queries. Another idea this gave me was further extendability, e.g. dropdown menus, having the main website as a simplistic design. I used media queries to determine the device using the height of the device instead of the width, so the different version of the page would load depending on the type of the device. This allowed a changing width to affect each device smoothly.


I'm playing on a PW and my char's probably ending up with WM 25, Ftr 14 and 1 Level of Rogue or Bard. Since the number of feats is limited, I'm still undecided whether to take knockdown and IKD or 2 Great Str.
What would you consider the better way to go?
Many thanx
Separ
Edited By Separ on 08/31/05 13:03
definitely IKD.. you could drop 1 feat and get 12 Fighter 25 WM 3 Rogue.. which nets you a lot of nice rogue stuff


Voting System
Name:

Father's Name:

DOB:

Gender:

Male
Female
EPIC:

Political Party:

Choose Your Preference
We are 7%
Joy Bong
Dhokla Mafia
Fan of PyTorch
Marathi Manush
Halla Party
We are Apolitical


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface EbeanServer
Provides the API for fetching and saving beans to a particular DataSource.
Registration with the Ebean Singleton:
When a EbeanServer is constructed it can be registered with the Ebean
singleton (see ServerConfig.setRegister(boolean)
). The Ebean
singleton is essentially a map of EbeanServer's that have been registered
with it. The EbeanServer can then be retrieved later via
Ebean.getServer(String)
.
The 'default' EbeanServer
One EbeanServer can be designated as the 'default' or 'primary' EbeanServer
(see ServerConfig.setDefaultServer(boolean)
.  This is handy for
applications that use a single DataSource.
There is one EbeanServer per Database (javax.sql.DataSource). One EbeanServer
is referred to as the 'default' server and that is the one that Ebean methods such
as Ebean.find(Class)
use.
Constructing a EbeanServer
EbeanServer's are constructed by the EbeanServerFactory. They can be created
programmatically via EbeanServerFactory.create(ServerConfig)
or they
can be automatically constructed on demand using configuration information in
the ebean.properties file.
Example: Get a EbeanServer
// Get access to the Human Resources EbeanServer/Database EbeanServer hrServer = Ebean.getServer("HR"); // fetch contact 3 from the HR database Contact contact = hrServer.find(Contact.class, new Integer(3)); contact.setStatus("INACTIVE"); ... // save the contact back to the HR database hrServer.save(contact);
EbeanServer has more API than Ebean
EbeanServer provides additional API compared with Ebean. For example it
provides more control over the use of Transactions that is not available in
the Ebean API.
External Transactions: If you wanted to use transactions created externally to eBean then EbeanServer provides additional methods where you can explicitly pass a transaction (that can be created externally).
Bypass ThreadLocal Mechanism: If you want to bypass the built in ThreadLocal transaction management you can use the createTransaction() method. Example: a single thread requires more than one transaction.
Ebean
,
EbeanServerFactory
,
ServerConfig
| Method Summary | ||
|---|---|---|
Transaction |
beginTransaction()
Start a new transaction putting it into a ThreadLocal. |
|
Transaction |
beginTransaction(TxIsolation isolation)
Start a transaction additionally specifying the isolation level. |
|
void |
commitTransaction()
Commit the current transaction. |
|
CallableSql |
createCallableSql(String callableSql)
Create a CallableSql to execute a given stored procedure. |
|
|
createCsvReader(Class<T> beanType)
Create a CsvReader for a given beanType. |
|
|
createEntityBean(Class<T> type)
Create a new instance of T that is an EntityBean (for subclassing). |
|
JsonContext |
createJsonContext()
Create a JsonContext that will use the default configuration options. |
|
|
createNamedQuery(Class<T> beanType,
String namedQuery)
Create a named query for an entity bean (refer Ebean.createQuery(Class, String) ) |
|
SqlQuery |
createNamedSqlQuery(String namedQuery)
Create a named sql query (refer Ebean.createNamedSqlQuery(String)
). |
|
SqlUpdate |
createNamedSqlUpdate(String namedQuery)
Create a named sql update (refer Ebean.createNamedSqlUpdate(String) ). |
|
|
createNamedUpdate(Class<T> beanType,
String namedUpdate)
Create a named update for an entity bean (refer Ebean.createNamedUpdate(Class, String) ). |
|
ObjectInputStream |
createProxyObjectInputStream(InputStream is)
Create a ObjectInputStream that can be used to deserialise "Proxy" or "SubClassed" entity beans. |
|
|
createQuery(Class<T> beanType)
Create a query for an entity bean (refer Ebean.createQuery(Class)
). |
|
|
createQuery(Class<T> beanType,
String query)
Create a query using the query language. |
|
SqlQuery |
createSqlQuery(String sql)
Create a sql query for executing native sql query statements (refer Ebean.createSqlQuery(String) ). |
|
SqlUpdate |
createSqlUpdate(String sql)
Create a sql update for executing native dml statements (refer Ebean.createSqlUpdate(String) ). |
|
Transaction |
createTransaction()
Create a new transaction that is not held in TransactionThreadLocal. |
|
Transaction |
createTransaction(TxIsolation isolation)
Create a new transaction additionally specifying the isolation level. |
|
|
createUpdate(Class<T> beanType,
String ormUpdate)
Create a update for an entity bean where you will manually specify the insert update or delete statement. |
|
Transaction |
currentTransaction()
Returns the current transaction or null if there is no current transaction in scope. |
|
void |
delete(Class<?> beanType,
Collection<?> ids)
Delete several beans given their type and id values. |
|
void |
delete(Class<?> beanType,
Collection<?> ids,
Transaction t)
Delete several beans given their type and id values with an explicit transaction. |
|
int |
delete(Class<?> beanType,
Object id)
Delete the bean given its type and id. |
|
int |
delete(Class<?> beanType,
Object id,
Transaction t)
Delete the bean given its type and id with an explicit transaction. |
|
int |
delete(Collection<?> c)
Delete all the beans in the collection. |
|
int |
delete(Iterator<?> it)
Delete all the beans from an Iterator. |
|
int |
delete(Iterator<?> it,
Transaction t)
Delete all the beans from an iterator. |
|
void |
delete(Object bean)
Delete the bean. |
|
void |
delete(Object bean,
Transaction t)
Delete the bean with an explicit transaction. |
|
int |
deleteManyToManyAssociations(Object ownerBean,
String propertyName)
Delete the associations (from the intersection table) of a ManyToMany given the owner bean and the propertyName of the ManyToMany collection. |
|
int |
deleteManyToManyAssociations(Object ownerBean,
String propertyName,
Transaction t)
Delete the associations (from the intersection table) of a ManyToMany given the owner bean and the propertyName of the ManyToMany collection. |
|
Map<String,ValuePair> |
diff(Object a,
Object b)
Return a map of the differences between two objects of the same type. |
|
void |
endTransaction()
If the current transaction has already been committed do nothing otherwise rollback the transaction. |
|
int |
execute(CallableSql callableSql)
Call a stored procedure. |
|
int |
execute(CallableSql callableSql,
Transaction t)
Execute explicitly passing a transaction. |
|
int |
execute(SqlUpdate updSql)
Execute a SQL Update Delete or Insert statement using the current transaction. |
|
int |
execute(SqlUpdate updSql,
Transaction t)
Execute explicitly passing a transaction. |
|
|
execute(TxCallable<T> c)
Execute a TxCallable in a Transaction with the default scope. |
|
void |
execute(TxRunnable r)
Execute a TxRunnable in a Transaction with the default scope. |
|
|
execute(TxScope scope,
TxCallable<T> c)
Execute a TxCallable in a Transaction with an explicit scope. |
|
void |
execute(TxScope scope,
TxRunnable r)
Execute a TxRunnable in a Transaction with an explicit scope. |
|
int |
execute(Update<?> update)
Execute a ORM insert update or delete statement using the current transaction. |
|
int |
execute(Update<?> update,
Transaction t)
Execute a ORM insert update or delete statement with an explicit transaction. |
|
void |
externalModification(String tableName,
boolean inserted,
boolean updated,
boolean deleted)
Process committed changes from another framework. |
|
|
filter(Class<T> beanType)
Create a filter for filtering lists of entity beans. |
|
|
find(Class<T> beanType)
Create a query for a type of entity bean (the same as createQuery(Class) ). |
|
|
find(Class<T> beanType,
Object uid)
Find a bean using its unique id. |
|
|
find(Class<T> beanType,
Object uid,
Transaction transaction)
Find a entity bean with an explicit transaction. |
|
|
findFutureIds(Query<T> query,
Transaction t)
Execute find Id's query in a background thread. |
|
|
findFutureList(Query<T> query,
Transaction t)
Execute find list query in a background thread. |
|
SqlFutureList |
findFutureList(SqlQuery query,
Transaction t)
Execute find list SQL query in a background thread. |
|
|
findFutureRowCount(Query<T> query,
Transaction t)
Execute find row count query in a background thread. |
|
|
findIds(Query<T> query,
Transaction t)
Return the Id values of the query as a List. |
|
|
findList(Query<T> query,
Transaction transaction)
Execute a query returning a list of beans. |
|
List<SqlRow> |
findList(SqlQuery query,
Transaction transaction)
Execute the sql query returning a list of MapBean. |
|
|
findMap(Query<T> query,
Transaction transaction)
Execute the query returning the entity beans in a Map. |
|
Map<?,SqlRow> |
findMap(SqlQuery query,
Transaction transaction)
Execute the sql query returning a map of MapBean. |
|
|
findPagingList(Query<T> query,
Transaction t,
int pageSize)
|
|
|
findRowCount(Query<T> query,
Transaction transaction)
Return the number of 'top level' or 'root' entities this query should return. |
|
|
findSet(Query<T> query,
Transaction transaction)
Execute the query returning a set of entity beans. |
|
Set<SqlRow> |
findSet(SqlQuery query,
Transaction transaction)
Execute the sql query returning a set of MapBean. |
|
|
findUnique(Query<T> query,
Transaction transaction)
Execute the query returning at most one entity bean. |
|
SqlRow |
findUnique(SqlQuery query,
Transaction transaction)
Execute the sql query returning a single MapBean or null. |
|
AdminAutofetch |
getAdminAutofetch()
Return the AdminAutofetch which is used to control and configure the Autofetch service at runtime. |
|
AdminLogging |
getAdminLogging()
Return the AdminLogging which is used to control and configure the Transaction logging at runtime. |
|
BackgroundExecutor |
getBackgroundExecutor()
Return the BackgroundExecutor service for asynchronous processing of queries. |
|
Object |
getBeanId(Object bean)
Return the value of the Id property for a given bean. |
|
BeanState |
getBeanState(Object bean)
Return the BeanState for a given entity bean. |
|
ExpressionFactory |
getExpressionFactory()
Return the ExpressionFactory for this server. |
|
String |
getName()
Return the name. |
|
|
getReference(Class<T> beanType,
Object uid)
Get a reference Object (see Ebean.getReference(Class, Object) . |
|
ServerCacheManager |
getServerCacheManager()
Return the manager of the server cache ("L2" cache). |
|
void |
logComment(String msg)
Log a comment to the transaction log of the current transaction. |
|
Object |
nextId(Class<?> beanType)
Return the next unique identity value for a given bean type. |
|
void |
refresh(Object bean)
Refresh the values of a bean. |
|
void |
refreshMany(Object bean,
String propertyName)
Refresh a many property of an entity bean. |
|
void |
rollbackTransaction()
Rollback the current transaction. |
|
void |
runCacheWarming()
Run the cache warming queries on all bean types that have one defined. |
|
void |
runCacheWarming(Class<?> beanType)
Run the cache warming query for a specific bean type. |
|
int |
save(Collection<?> it)
Save all the beans in the collection. |
|
int |
save(Iterator<?> it)
Save all the beans in the iterator. |
|
int |
save(Iterator<?> it,
Transaction t)
Save all the beans in the iterator with an explicit transaction. |
|
void |
save(Object bean)
Persist the bean by either performing an insert or update. |
|
void |
save(Object bean,
Transaction t)
Insert or update a bean with an explicit transaction. |
|
void |
saveAssociation(Object ownerBean,
String propertyName)
Save the associated collection or bean given the property name. |
|
void |
saveAssociation(Object ownerBean,
String propertyName,
Transaction t)
Save the associated collection or bean given the property name with a specific transaction. |
|
void |
saveManyToManyAssociations(Object ownerBean,
String propertyName)
Save the associations of a ManyToMany given the owner bean and the propertyName of the ManyToMany collection. |
|
void |
saveManyToManyAssociations(Object ownerBean,
String propertyName,
Transaction t)
Save the associations of a ManyToMany given the owner bean and the propertyName of the ManyToMany collection. |
|
|
sort(List<T> list,
String sortByClause)
Sort the list using the sortByClause. |
|
void |
update(Object bean)
Force an update using the bean. |
|
void |
update(Object bean,
Set<String> updateProps)
Force an update using the bean explicitly stating the properties to update. |
|
void |
update(Object bean,
Set<String> updateProps,
Transaction t)
Force an update of the specified properties of the bean with an explicit transaction. |
|
void |
update(Object bean,
Transaction t)
Force an update of the non-null properties of the bean with an explicit transaction. |
|
InvalidValue |
validate(Object bean)
Validate an entity bean. |
|
InvalidValue[] |
validate(Object bean,
String propertyName,
Object value)
Validate a single property on an entity bean. |
| Method Detail |
|---|
AdminLogging getAdminLogging()
AdminAutofetch getAdminAutofetch()
String getName()
Ebean.getServer(String)
to get
a EbeanServer that was registered with the Ebean singleton.
ExpressionFactory getExpressionFactory()
BeanState getBeanState(Object bean)
This will return null if the bean is not an enhanced (or subclassed) entity bean.
Object getBeanId(Object bean)
Map<String,ValuePair> diff(Object a, Object b)
When null is passed in for b, then the 'OldValues' of a is used for the difference comparison.
InvalidValue validate(Object bean)
The returned InvalidValue holds a tree of InvalidValue's. Typically you
will use InvalidValue.getErrors()
) to get a flat list of all the
validation errors.
InvalidValue[] validate(Object bean, String propertyName, Object value)
bean
- the entity bean that owns the property.propertyName
- the name of the property to validate.value
- if the value is null then the value from the bean is used to
perform the validation.
<T> T createEntityBean(Class<T> type)
Note that if you are using enhancement (rather than subclassing) then you do not need to use this method and just new up a bean.
Potentially useful when using subclassing and you wish to programmatically load a entity bean . Otherwise this method is generally not required.
ObjectInputStream createProxyObjectInputStream(InputStream is)
This is NOT required when entity beans are "Enhanced" (via java agent or ant task etc).
The reason this is needed to deserialise "Proxy" beans is because Ebean creates the "Proxy/SubClass" classes in a class loader - and generally the class loader deserialising the inputStream is not aware of these other classes.
<T> CsvReader<T> createCsvReader(Class<T> beanType)
<T> Query<T> createNamedQuery(Class<T> beanType, String namedQuery)
Ebean.createQuery(Class, String)
)
The query statement will be defined in a deployment orm xml file.
Ebean.createQuery(Class, String)
<T> Query<T> createQuery(Class<T> beanType, String query)
Note that you are allowed to add additional clauses using where() as well as use fetch() and setOrderBy() after the query has been created.
Note that this method signature used to map to named queries and that has
moved to createNamedQuery(Class, String)
.
EbeanServer ebeanServer = ... ; String q = "find order fetch details where status = :st"; List<Order> newOrders = ebeanServer.createQuery(Order.class, q) .setParameter("st", Order.Status.NEW) .findList();
query
- the object query<T> Query<T> createQuery(Class<T> beanType)
Ebean.createQuery(Class)
).
Ebean.createQuery(Class)
<T> Query<T> find(Class<T> beanType)
createQuery(Class)
).
Object nextId(Class<?> beanType)
This will only work when a IdGenerator is on the bean such as for beans that use a DB sequence or UUID.
For DB's supporting getGeneratedKeys and sequences such as Oracle10 you do not need to use this method generally. It is made available for more complex cases where it is useful to get an ID prior to some processing.
<T> Filter<T> filter(Class<T> beanType)
<T> void sort(List<T> list, String sortByClause)
list
- the list of entity beanssortByClause
- the properties to sort the list byEbean.sort(List, String)
<T> Update<T> createNamedUpdate(Class<T> beanType, String namedUpdate)
Ebean.createNamedUpdate(Class, String)
).
<T> Update<T> createUpdate(Class<T> beanType, String ormUpdate)
SqlQuery createSqlQuery(String sql)
Ebean.createSqlQuery(String)
).
Ebean.createSqlQuery(String)
SqlQuery createNamedSqlQuery(String namedQuery)
Ebean.createNamedSqlQuery(String)
).
The query statement will be defined in a deployment orm xml file.
Ebean.createNamedSqlQuery(String)
SqlUpdate createSqlUpdate(String sql)
Ebean.createSqlUpdate(String)
).
Ebean.createSqlUpdate(String)
CallableSql createCallableSql(String callableSql)
SqlUpdate createNamedSqlUpdate(String namedQuery)
Ebean.createNamedSqlUpdate(String)
).
The statement (an Insert Update or Delete statement) will be defined in a deployment orm xml file.
Ebean.createNamedSqlUpdate(String)
Transaction createTransaction()
You will want to do this if you want multiple Transactions in a single thread or generally use transactions outside of the TransactionThreadLocal management.
Transaction createTransaction(TxIsolation isolation)
Note that this transaction is NOT stored in a thread local.
Transaction beginTransaction()
Ebean.beginTransaction()
Transaction beginTransaction(TxIsolation isolation)
Transaction currentTransaction()
void commitTransaction()
Ebean.commitTransaction()
void rollbackTransaction()
Ebean.rollbackTransaction()
void endTransaction()
Useful to put in a finally block to ensure the transaction is ended, rather than a rollbackTransaction() in each catch block.

Ebean.refresh(Object)
void refreshMany(Object bean, String propertyName)
bean
- the entity bean containing the 'many' propertypropertyName
- the 'many' property to be refreshedEbean.refreshMany(Object, String)
<T> T find(Class<T> beanType, Object uid)
Ebean.find(Class, Object)
<T> T getReference(Class<T> beanType, Object uid)
Ebean.getReference(Class, Object)
.
This will not perform a query against the database.
Ebean.getReference(Class, Object)
<T> int findRowCount(Query<T> query, Transaction transaction)
<T> List<Object> findIds(Query<T> query, Transaction t)
<T> List<T> findList(Query<T> query, Transaction transaction)
Generally you are able to use Query.findList()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
T
- the type of entity bean to fetch.query
- the query to execute.transaction
- the transaction to use (can be null).
Query.findList()
<T> FutureRowCount<T> findFutureRowCount(Query<T> query, Transaction t)
This returns a Future object which can be used to cancel, check the execution status (isDone etc) and get the value (with or without a timeout).
query
- the query to execute the row count ont
- the transaction (can be null).
<T> FutureIds<T> findFutureIds(Query<T> query, Transaction t)
This returns a Future object which can be used to cancel, check the execution status (isDone etc) and get the value (with or without a timeout).
query
- the query to execute the fetch Id's ont
- the transaction (can be null).
<T> FutureList<T> findFutureList(Query<T> query, Transaction t)
This returns a Future object which can be used to cancel, check the execution status (isDone etc) and get the value (with or without a timeout).
query
- the query to execute in the backgroundt
- the transaction (can be null).
SqlFutureList findFutureList(SqlQuery query, Transaction t)
This returns a Future object which can be used to cancel, check the execution status (isDone etc) and get the value (with or without a timeout).
query
- the query to execute in the backgroundt
- the transaction (can be null).
<T> PagingList<T> findPagingList(Query<T> query, Transaction t, int pageSize)
<T> Set<T> findSet(Query<T> query, Transaction transaction)
Generally you are able to use Query.findSet()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
T
- the type of entity bean to fetch.query
- the query to executetransaction
- the transaction to use (can be null).
Query.findSet()
<T> Map<?,T> findMap(Query<T> query, Transaction transaction)
Generally you are able to use Query.findMap()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
T
- the type of entity bean to fetch.query
- the query to execute.transaction
- the transaction to use (can be null).
Query.findMap()
<T> T findUnique(Query<T> query, Transaction transaction)
Generally you are able to use Query.findUnique()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
T
- the type of entity bean to fetch.query
- the query to execute.transaction
- the transaction to use (can be null).
Query.findUnique()
List<SqlRow> findList(SqlQuery query, Transaction transaction)
Generally you are able to use SqlQuery.findList()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
query
- the query to execute.transaction
- the transaction to use (can be null).
SqlQuery.findList()
Set<SqlRow> findSet(SqlQuery query, Transaction transaction)
Generally you are able to use SqlQuery.findSet()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
query
- the query to execute.transaction
- the transaction to use (can be null).
SqlQuery.findSet()
Map<?,SqlRow> findMap(SqlQuery query, Transaction transaction)
Generally you are able to use SqlQuery.findMap()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
query
- the query to execute.transaction
- the transaction to use (can be null).
SqlQuery.findMap()
SqlRow findUnique(SqlQuery query, Transaction transaction)
This will throw a PersistenceException if the query found more than one result.
Generally you are able to use SqlQuery.findUnique()
rather than
explicitly calling this method. You could use this method if you wish to
explicitly control the transaction used for the query.
query
- the query to execute.transaction
- the transaction to use (can be null).
SqlQuery.findUnique()
void save(Object bean) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
Ebean.save(Object)
int save(Iterator<?> it) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int save(Collection<?> it) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
void delete(Object bean) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
Ebean.delete(Object)
int delete(Iterator<?> it) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int delete(Collection<?> c) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int delete(Class<?> beanType, Object id)
int delete(Class<?> beanType, Object id, Transaction t)
void delete(Class<?> beanType, Collection<?> ids)
void delete(Class<?> beanType, Collection<?> ids, Transaction t)
int execute(SqlUpdate updSql)
Refer to Ebean.execute(UpdateSql) for full documentation.
Ebean.execute(SqlUpdate)
int execute(Update<?> update)
This returns the number of rows that where inserted, updated or deleted.
int execute(Update<?> update, Transaction t)
int execute(CallableSql callableSql)
Refer to Ebean.execute(CallableSql) for full documentation.
Ebean.execute(CallableSql)
void externalModification(String tableName, boolean inserted, boolean updated, boolean deleted)
This notifies this instance of the framework that beans have been committed externally to it. Either by another framework or clustered server. It uses this to maintain its cache and lucene indexes appropriately.
Ebean.externalModification(String, boolean, boolean, boolean)
<T> T find(Class<T> beanType, Object uid, Transaction transaction)
T
- the type of entity bean to findbeanType
- the type of entity bean to finduid
- the bean id valuetransaction
- the transaction to use (can be null)void save(Object bean, Transaction t) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int save(Iterator<?> it, Transaction t) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
void update(Object bean)
You can use this method to FORCE an update to occur. When
save(Object)
is used Ebean determines whether to use
an insert or an update based on the state of the bean. Using this method
will force an update to occur.
It is expected that this method is most useful in stateless web applications where you have the values you wish to update but no existing bean.
Customer c = new Customer(); c.setId(7); c.setName("ModifiedNameNoOCC"); // generally you should set the version property // so that Optimistic Concurrency Checking is used. // If a version property is not set then no Optimistic // Concurrency Checking occurs for the update //c.setLastUpdate(lastUpdateTime); // by default the Non-null properties // are included in the update ebeanServer.update(c);
void update(Object bean, Set<String> updateProps)
Customer c = new Customer(); c.setId(7); c.setName("ModifiedNameNoOCC"); // generally you should set the version property // so that Optimistic Concurrency Checking is used. // If a version property is not set then no Optimistic // Concurrency Checking occurs for the update //c.setLastUpdate(lastUpdateTime); // by default the Non-null properties // are included in the update ebeanServer.update(c);
void update(Object bean, Set<String> updateProps, Transaction t)
void update(Object bean, Transaction t)
int deleteManyToManyAssociations(Object ownerBean, String propertyName)
Typically these deletions occur automatically when persisting a ManyToMany collection and this provides a way to invoke those deletions directly.
int deleteManyToManyAssociations(Object ownerBean, String propertyName, Transaction t)
Additionally specify a transaction to use.
Typically these deletions occur automatically when persisting a ManyToMany collection and this provides a way to invoke those deletions directly.
void saveManyToManyAssociations(Object ownerBean, String propertyName)
Typically the saving of these associations (inserting into the intersection table) occurs automatically when persisting a ManyToMany. This provides a way to invoke those insertions directly.
void saveManyToManyAssociations(Object ownerBean, String propertyName, Transaction t)
Typically the saving of these associations (inserting into the intersection table) occurs automatically when persisting a ManyToMany. This provides a way to invoke those insertions directly.
void saveAssociation(Object ownerBean, String propertyName)
This is similar to performing a save cascade on a specific property manually.
Note that you can turn on/off cascading for a transaction via
Transaction.setPersistCascade(boolean)
ownerBean
- the bean instance holding the property we want to savepropertyName
- the property we want to savevoid saveAssociation(Object ownerBean, String propertyName, Transaction t)
This is similar to performing a save cascade on a specific property manually.
Note that you can turn on/off cascading for a transaction via
Transaction.setPersistCascade(boolean)
ownerBean
- the bean instance holding the property we want to savepropertyName
- the property we want to savevoid delete(Object bean, Transaction t) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int delete(Iterator<?> it, Transaction t) throws javax.persistence.OptimisticLockException
javax.persistence.OptimisticLockException
int execute(SqlUpdate updSql, Transaction t)
int execute(CallableSql callableSql, Transaction t)
void execute(TxScope scope, TxRunnable r)
The scope can control the transaction type, isolation and rollback semantics.
void execute(TxRunnable r)
The default scope runs with REQUIRED and by default will rollback on any exception (checked or runtime).
<T> T execute(TxScope scope, TxCallable<T> c)
The scope can control the transaction type, isolation and rollback semantics.
<T> T execute(TxCallable<T> c)
The default scope runs with REQUIRED and by default will rollback on any exception (checked or runtime).
ServerCacheManager getServerCacheManager()
BackgroundExecutor getBackgroundExecutor()
void runCacheWarming()
A cache warming query can be defined via CacheStrategy
.
void runCacheWarming(Class<?> beanType)
A cache warming query can be defined via CacheStrategy
.
JsonContext createJsonContext()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Before Change
if layer_description["output"] == "Y":
output_size = dictionary.num_classes()
elif layer_description["output"] == "-":
output_size = sum([ x.output_size for x in inputs ])
else:
output_size = int(layer_description["output"])
self.layers[layer_name] = create_layer(layer_type,
layer_name,
After Change
self.layers = OrderedDict()
self.layers["X"] = self.network_input
for layer_description in architecture.layers:
layer_options = dict()
for variable, value in layer_description.items():
if variable == "inputs":
layer_options["input_layers"] = \
[ self.layers[x] for x in value ]
elif variable == "output":
if value == "Y":
value = dictionary.num_classes()
else:
value = int(value)
layer_options["output_size"] = value
else:
layer_options[variable] = value
layer = create_layer(layer_options, self, profile=profile)
self.layers[layer.name] = layer
if "output" in layer_description and \
layer_description["output"] == "Y":


|
Chirp SonicLib
2.1.0
|
Chirp sensor group configuration structure. More...
#include <soniclib.h>
Public Attributes | |
| uint8_t | num_ports |
| uint8_t | num_i2c_buses |
| uint8_t | sensor_count |
| uint16_t | i2c_drv_flags |
| uint16_t | rtc_cal_pulse_ms |
| uint16_t | pretrig_delay_us |
| chdrv_discovery_hook_t | disco_hook |
| ch_io_int_callback_t | io_int_callback |
| ch_io_complete_callback_t | io_complete_callback |
| ch_dev_t * | device [CHIRP_MAX_NUM_SENSORS] |
| uint8_t | num_connected [CHIRP_NUM_I2C_BUSES] |
| chdrv_i2c_queue_t | i2c_queue [CHIRP_NUM_I2C_BUSES] |
Chirp sensor group configuration structure.
| ch_dev_t* ch_group_t::device[CHIRP_MAX_NUM_SENSORS] |
Array of pointers to ch_dev_t structures for individual sensors
| chdrv_discovery_hook_t ch_group_t::disco_hook |
Addr of hook routine to call when device found on bus
| uint16_t ch_group_t::i2c_drv_flags |
Flags for special I2C handling by Chirp driver, from chbsp_get_i2c_info()
| chdrv_i2c_queue_t ch_group_t::i2c_queue[CHIRP_NUM_I2C_BUSES] |
Array of I2C non-blocking transaction queues (one per bus)
| ch_io_complete_callback_t ch_group_t::io_complete_callback |
Addr of routine to call when non-blocking I/O completes
| ch_io_int_callback_t ch_group_t::io_int_callback |
Addr of routine to call when sensor interrupts
| uint8_t ch_group_t::num_connected[CHIRP_NUM_I2C_BUSES] |
Array of counters for connected sensors per bus
| uint8_t ch_group_t::num_i2c_buses |
Number of I2C buses on this board
| uint8_t ch_group_t::num_ports |
Number of ports (max possible sensor connections)
| uint16_t ch_group_t::pretrig_delay_us |
Pre-trigger delay for rx-only sensors (in us)
| uint16_t ch_group_t::rtc_cal_pulse_ms |
Real-time clock calibration pulse length (in ms)
| uint8_t ch_group_t::sensor_count |
Number of sensors detected


This file deterministically generates strings from a JSGF Grammar, whether there are weights defined in rules or not. It requires one argument: the path to the JSGF Grammar file. You can run this on the included grammar IdeasNonRecursive.gram:
python DeterministicGenerator.py IdeasNonRecursive.gram
This will generate all strings defined by the public rules of IdeasNonRecursive.gram. It is important that the grammar used by the generator is not recursive (rules should not directly or indirectly reference themselves), so that the generator terminates. Otherwise, you may get a maximum recursion depth exceeded error or a segmentation fault.
Combines sets of strings by taking the cross product of the sets and concatenating the elements in the resulting tuples
| Parameters: | listOfSets – 2-D list of strings |
|---|---|
| Returns: | a list of strings |
Returns the string representations of a set of alternatives
| Returns: | list of strings, where each string is each alternative |
|---|
Finds the rule expansion for a nonterminal and returns its expansion.
Returns the string representations of an optional grouping
| Returns: | list of strings, including an empty string |
|---|
Depending on the type of the argument, calls the corresponding function to deal with that type.
| Parameters: | rhs (either a JSGF Expression, list, or string) – portion of JSGF rule |
|---|---|
| Returns: | list of strings |
Combines adjacent elements in a sequence


--- title: Cider - A Development Environment for Macs layout: post ---
Cider is a fully managed development environment for open source hacking on Mac OSX. It's powered by rvm, homebrew and chef. You only need Xcode to get started.
Cider builds everything up in ~/Developer. It won't stomp on any of your current installations so you don't have to commit your entire machine to cider immediately. It's a breeze to rollback if you really want to.
This is really hot!


DSP.JS Examples
- Squarewave
- Builds a squarewave out of additive sines.
- Nowave
- Very angry.
- FFT (calculated in Javascript)
- Displays the realtime frequency spectrum of music played from an HTML5 audio element
- IIR Filter
- Applies a low pass filter to music played from an HTML5 audio element in realtime
- Synthesizer
- A simple note sequencer and sythesizer running in browser
- Sampler
- A simple audio sampler with keyboard input
-
html5 + audio related examples
- Visualizing spectrum
- Multi ways of visualizing the FFT and Signal by Jacob Seidelin
- Beat Detektor + WebGL
- Beat Detection and WebGL by Charles J Cliffe


{% load static %}
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Enter your details and start journey with us


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NAFR HIGH COURT OF CHHATTISGARH, BILASPUR WPS No. 2456 of 2015 1. Ritesh Kumar Behra S/o Shri Nilkanth Behra Aged About 41 Years R/o Jhikabahal, Post- Libra, Police Station- Tamnar, Distt.- Raigarh (Chhattisgarh) ---- Petitioner Versus 1. Union Of India Through- The Secretary, Ministry Of Coal, Shashtri, Bhawan, New Delhi 2. Coal India Limited, Through- The Chairman, 10, Netaji Subhash Road, Kolkata- 700001. 3. South Eastern Coalfields Limited, Through- The Managing Director, South Eastern Coalfields Limited, Seepat Road, Bilaspur (Chhattisgarh) 4. Bharat Aluminium Company Limited, Through- The Managing Director, Bharat Aluminium Company Limited, Registered Office - Aluminium Sadan Core- 6, Scope Office Complex, Lodi Road, New Delhi. 5. The Vice President Jindal Open Cast Coal Mines # 1 Dongamouha, Tamnar, District- Raigarh (Chhattisgarh) 6. The Assistant Vice President, Human Resources & Employee Services, Jindal Steel & Power Limited, Work Office- Jindal Steel & Power Limited, P.B. # 16, Kharsia Road, Raigarh (Chhattisgarh) ---- Respondent
And WPS No. 2460 Of 2015
1. Ramashray Soni S/o Late Shri Nathu Lal Soni Aged About 44 Years R/o Jarve (Hardi), Police Station - Baloda, Tahsil- Baloda, Distt.- Janjgir Champa (Chhattisgarh)
---- Petitioner Vs
1. Union Of India Through - The Secretary, Ministry Of Coal, Shashtri, Bhawan, New Delhi
2. Coal India Limited, Through- The Chairman, 10, Netaji Subhash Road, Kolkata- 700001.
3. South Eastern Coalfields, Limited, Through- The Managing Director, South Eastern Coalfields Limited, Seepat Road, Bilaspur (Chhattisgarh)
4. Bharat Aluminium Company Limited, Through- The Managing Director, Bharat Aluminium Company Limited, Registered Office - Aluminium Sadan Core- 6, Scope Office Complex, Lodi Road, New Delhi.
5. The Vice President Jindal Open Cast Coal Mines # 1 Dongamouha, Tamnar, District- Raigarh (Chhattisgarh)
6. The Assistant Vice President, Human Resources & Employee Services, Jindal Steel & Power Limited,work Office- Jindal Steel & Power Limited, P.B. # 16, Kharsia Road, Raigarh (Chhattisgarh)
---- Respondent And WPS No. 2457 Of 2015
1. Ram Kumar Shriwas S/o Shri Lakhan Lal Shriwas Aged About 26 Years R/o Binoba Nagar, Boirdadar, Police Station- Raigarh, Distt.- Raigarh (Chhattisgarh)
---- Petitioner Vs
1. Union Of India Through- The Secretary, Ministry Of Coal, Shashtri, Bhawan, New Delhi
2. Coal India Limited, Through- The Chairman, 10, Netaji Subhash Road, Kolkata- 700001.
3. South Eastern Coalfields, Limited, Through- The Managing Director, South Eastern Coalfields Limited, Seepat Road, Bilaspur (Chhattisgarh)
4. Bharat Aluminium Company Limited, Through- The Managing Director, Bharat Aluminium Company Limited, Registered Office - Aluminium Sadan Core- 6, Scope Office Complex, Lodi Road, New Delhi.
5. The Vice President Jindal Open Cast Coal Mines # 1 Dongamouha, Tamnar, District- Raigarh (Chhattisgarh)
6. The Assistant Vice President, Human Resources & Employee Services, Jindal Steel & Power Limited,work Office- Jindal Steel & Power Limited, P.B. # 16, Kharsia Road, Raigarh (Chhattisgarh)
---- Respondent For Petitioners Shri Alok Kumar Pandey & Shri R.R. Soni, Advocates For Respondent/UOI Shri R.K. Gupta, Advocate For Respondent No.2&3 Shri Vinod Deshmukh, Advocate Hon'ble Shri Justice Prashant Kumar Mishra C A V Order 08/09/2015
1. In these three writ petitions, the petitioners would assail the letters of termination issued by the respondent No.6 - The Assistant Vice President, Human Resources & Employee Services, Jindal Steel & Power Limited.
2. The petitioners claimed to be working on different posts in the establishment of the respondent No.6, who was operating Gare-
Palma - IV/1 coal mines, popularly known as Jindal Open Cast Coal Mine # 1, Dongamouha. The said allotment of coal mines was cancelled under the orders passed by the Supreme Court in Manohar Lal Sharma v. Principal Secretary and Others1.
3. According to the petitioners, after cancellation of the coal mines, the same has been entrusted to the Coal India Limited (for short 'CIL'), as designated custodian.
4. It has been argued that since the subject coal mines is now manged by the respondent CIL, the respondent No.6 is not competent to terminate the petitioners from the services.
5. It is settled law that private company would normally not be amenable to the writ jurisdiction under Article 226 of the Constitution of India because a company is not an instrumentality of the State.
6. The Supreme Court in Federal Bank Ltd. v. Sagar Thomas and Others2, held thus :
18. From the decisions referred to above, the position that emerges is that a writ petition under Article 226 of the Constitution of India may be maintainable against (i) the State (Government);
(ii) an authority; (iii) a statutory body; (iv) an instrumentality or agency of the State; (v) a company which is financed and owned by the State; (vi) a private body run substantially on State funding; (vii) a private body discharging public duty or positive obligation of public nature; and (viii) a person or a body under liability to discharge any function under any statute, to compel it to perform such a statutory function.
27. Such private companies would normally not be amenable to the writ jurisdiction under Article 226 of the Constitution. But in certain 1 (2014) 9 SCC 614 2 (2003) 10 SCC 733 circumstances a writ may issue to such private bodies or persons as there may be statutes which need to be complied with by all concerned including the private companies. For example, there are certain legislations like the Industrial Disputes Act, the Minimum Wages Act, the Factories Act or for maintaining proper environment, say the Air (Prevention and Control of Pollution) Act, 1981 or the Water (Prevention and Control of Pollution) Act, 1974 etc. or statutes of the like nature which fasten certain duties and responsibilities statutorily upon such private bodies which they are bound to comply with. If they violate such a statutory provision a writ would certainly be issued for compliance with those provisions. For instance, if a private employer dispenses with the service of its employee in violation of the provisions contained under the Industrial Disputes Act, in innumerable cases the High Court interfered and has issued the writ to the private bodies and the companies in that regard. But the difficulty in issuing a writ may arise where there may not be any non- compliance with or violation of any statutory provision by the private body. In that event a writ may not be issued at all. Other remedies, as may be available, may have to be resorted to.
7. In the case at hand, the petitioners have not been terminated by the respondent CIL, but by the respondent No.6, a company registered under the provisions of the Companies Act, 1956, therefore, in view of the law laid down by the Supreme Court in Federal Bank Ltd.
(supra), the writ petition is not maintainable.
8. As a sequel, all the petitions are liable to be and are hereby dismissed. Sd/-
Judge Prashant Kumar Mishra Gowri


 About 3% of breast cancers (about 7,500 women per year) and 10% of ovarian cancers (about 2,000 women per year) result from inherited mutations in the BRCA1 and BRCA2 genes.
Normally, the BRCA1 and BRCA2 genes protect you from getting certain cancers. But some mutations in the BRCA1 and BRCA2 genes prevent them from working properly, so that if you inherit one of these mutations, you are more likely to get breast, ovarian, and other cancers. However, not everyone who inherits a BRCA1 or BRCA2 mutation will get breast or ovarian cancer.
Everyone has two copies of the BRCA1 and BRCA2 genes, one copy inherited from their mother and one from their father. Even if a person inherits a BRCA1 or BRCA2 mutation from one parent, they still have the normal copy of the BRCA1 or BRCA2 gene from the other parent. Cancer occurs when a second mutation happens that affects the normal copy of the gene, so that the person no longer has a BRCA1 or BRCA2 gene that works properly. Unlike the inherited BRCA1 or BRCA2 mutation, the second mutation would not be present throughout the person’s body, but would only be present in the cancer tissue.
Breast and ovarian cancer can also be caused by inherited mutations in genes other than BRCA1 and BRCA2. This means that in some families with a history of breast and ovarian cancer, family members will not have mutations in BRCA1 or BRCA2, but can have mutations in one of these other genes. These mutations might be identified through genetic testing using multigene panels, which look for mutations in several different genes at the same time.
You and your family members are more likely to have a BRCA1 or BRCA2 mutation if your family has a strong history of breast or ovarian cancer. Family members who inherit BRCA1 and BRCA2 mutations usually share the same mutation. If one of your family members has a known BRCA1 or BRCA2 mutation, other family members who get genetic testing should be checked for that mutation.
If you are concerned that you could have a BRCA1, BRCA2, or other mutation related to breast and ovarian cancer, the first step is to collect your family health history of breast and ovarian cancer and share this information with your doctor.


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| Project | Client | Audition Date | Production Coordinator | Status | Talent Chosen |
|---|---|---|---|---|---|
| {{project.name}} |
{{client.name}} |
{{project.dueDate | date:short}} | {{project.projectCoordinator}} | {{project.status}} |
{{talent.name}} None Selected |
| In Progress | {{pc.totalInProgress}} |
| On Hold | {{pc.totalOnHold}} |
| Booked | {{pc.totalBooked}} |
| Canceled | {{pc.totalCanceled}} |
| ReAuditioned | {{pc.totalReAuditioned}} |
| Dead | {{pc.totalDead}} |
| Closed - Pending Client Decision | {{pc.totalClosed}} |
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| Total Booked % | {{pc.totalBookedPercent}}% |


{% extends 'navigation.html' %} {% load static %} {% block title %} Fit India {% endblock %} {% block body %}
We're very approachable and would love to speak to you. Feel free to call, send us an email, Tweet us or simply complete the enquiry form.


Integer Programming for Optimal Right Hand Guitar Fingerings
The Western canon of European classical music includes a substantial amount of scale-based, fingerstyle guitar music. When presented with a piece of sheet music, a classical guitarist must make a number of decisions regarding its performance. These decisions include notating the tablature, the left hand fingerings, and the right hand fingerings. This process, especially for right hand guitar fingerings, is often a trivial, yet cumbersome task.
For example, consider the III. Allegro Solemne movement from the 1921 piece “La Catedral” by Paraguayan composer Agustín Barrios. Due to its fast tempo, the performer must pay careful attention to the fingerings to adhere to proper technique while maintaining such a tempo. The problem then becomes how can we use math and computer science to determine optimal fingerings for this type of music?
Bernd Tahon began to answer this question with this 2017 Master’s thesis Fingers to frets - A Mathematical Approach where he examined how to utilize math and computer science to optimize left hand finger assignments. In this project, we tackled the separate, yet related problem of right hand finger assignments.
In fingerstyle music, the guitar is played using the thumb, index, middle, and ring fingers (not the pinky). At present, there is a notion within the classical guitar community of “proper right hand technique” which can be thought of as a set of rules that describe the physically optimal way of using the right hand to play scale-based, fingerstyle guitar music. These rules can be summarized as follows:
- Do not repeat fingers on consecutive notes
- The thumb plays the bassline
- Fingers stay in natural resting position
- Avoid backwards crossings
- Avoid ring-middle-ring alternation
We decided to formulate this problem as an integer program where each of these rules are a constraint imposed by the model. The integer program, then, consists of a minimization of a sum of penalty terms that are incurred by violating the “soft” constraints. The complete integer program can be found below:
An explanation of this model as well as other information about this project can be found in this paper.
We implemented the model with Gurobi Optimizer and tested it on some selected measures of “La Catedral”. Below are some examples of the results. The f i correspond to the finger assignment of each note as returned by our model and the f i* correspond to the optimal finger assignment.
Click here to access the Github repository of the Python code used to generate the .lp file in order to use our model on your own music.


"x" "1" "GUPTA,P, HARGER,WP AND AREY,J, THE CONTRIBUTION OF NITRO- ANDMETHYLNITRONAPHTHALENES TO THE VAPOR-PHASE MUTAGENICITY OF AMBIENT AIR SAMPLES,ATMOS. ENVIRON. 30(18):3157-3166, 1996"


|
panann
|
#include <MultiLayerNeuralTopology.h>
Classes | |
| struct | InputConnection |
| struct | Layer |
| struct | OutputConnection |
Public Member Functions | |
| MultiLayerNeuralTopology (const MultiLayerNeuralTopology &)=delete | |
| MultiLayerNeuralTopology & | operator= (const MultiLayerNeuralTopology &)=delete |
| void | AddHiddenLayer (size_t neuron_count) |
| void | EnableShortcutConnections () |
| void | DisableShortcutConnections () |
| void | ConstructTopology () |
| bool | IsTopologyConstructed () const |
| size_t | GetHiddenLayerCount () const |
| const Layer & | GetHiddenLayer (size_t layer_index) const |
| size_t | GetInputConnectionCount () const |
| size_t | GetOutputConnectionCount () const |
| const InputConnection & | GetInputConnection (size_t index) const |
| const OutputConnection & | GetOutputConnection (size_t index) const |
| Public Member Functions inherited from panann::NeuronContainer | |
| NeuronContainer (const NeuronContainer &)=delete | |
| NeuronContainer & | operator= (const NeuronContainer &)=delete |
| void | SetInputNeuronCount (size_t input_neuron_count) |
| size_t | GetInputNeuronCount () const |
| void | SetOutputNeuronCount (size_t output_neuron_count) |
| size_t | GetOutputNeuronCount () const |
| size_t | GetNeuronCount () const |
| const Neuron & | GetNeuron (size_t neuron_index) const |
Protected Member Functions | |
| Layer & | GetHiddenLayer (size_t layer_index) |
| InputConnection & | GetInputConnection (size_t index) |
| OutputConnection & | GetOutputConnection (size_t index) |
| size_t | AddInputConnections (size_t count) |
| size_t | AddOutputConnections (size_t count) |
| virtual void | FixNeuronConnectionIndices () |
| void | AllocateConnections () |
| bool | AreConnectionsAllocated () const |
| virtual void | ConnectFully () |
| void | ConnectLayerToNeuron (size_t from_neuron_index, size_t from_neuron_count, size_t to_neuron_index) |
| void | ConnectLayers (size_t from_neuron_index, size_t from_neuron_count, size_t to_neuron_index, size_t to_neuron_count) |
| void | ConnectBiasNeuron (size_t bias_neuron_index, size_t to_neuron_index, size_t to_neuron_count) |
| void | ConnectNeurons (size_t from_neuron_index, size_t to_neuron_index) |
| Protected Member Functions inherited from panann::NeuronContainer | |
| size_t | GetHiddenNeuronStartIndex () const |
| size_t | GetInputNeuronStartIndex () const |
| size_t | GetOutputNeuronStartIndex () const |
| size_t | GetBiasNeuronStartIndex () const |
| size_t | GetHiddenNeuronCount () const |
| size_t | GetBiasNeuronCount () const |
| size_t | AddHiddenNeurons (size_t count) |
| void | AddBiasNeurons (size_t count) |
| void | AllocateNeurons () |
| bool | AreNeuronsAllocated () const |
| void | SetNeuronActivationFunction (size_t neuron_index, ActivationFunctionType type) |
| Neuron & | GetNeuron (size_t neuron_index) |
| Neuron & | GetInputNeuron (size_t input_neuron_index) |
| Neuron & | GetOutputNeuron (size_t output_neuron_index) |
| Neuron & | GetBiasNeuron (size_t bias_neuron_index) |
| Neuron & | GetHiddenNeuron (size_t hidden_neuron_index) |
| const Neuron & | GetOutputNeuron (size_t output_neuron_index) const |
Supports building multi-layer topologies made up of neurons.
This class is intended only to facilitate building the structure of networks built from neurons and organized into layers.
To that end, it knows how to allocate and assign connections between all the neurons in each layer.
Primarily useful to group hidden neurons into layers and track input and output connections to and from each neuron in the topology.
| void panann::MultiLayerNeuralTopology::AddHiddenLayer | ( | size_t | neuron_count | ) |
Append a hidden layer to the end of the list of existing hidden layers.
Hidden layers are located after the input layer and before the output layer.
Once added, hidden layers may not be removed.
Hidden layers may not be added after the network topology has been constructed.
|
protected |
Assign the next |count| input connections and return the index at which these connections begin.
|
protected |
Assign the next |count| output connections and return the index at which these connections begin.
|
protected |
Allocate storage for all the connections this topology will require.
|
protected |
Indicates if the connections for the topology have been allocated.
| void panann::MultiLayerNeuralTopology::ConstructTopology | ( | ) |
Build the network topology.
After construction, the number of input and output neurons, number of hidden layers, use of shortcut connections, and some other settings may not be modified.
| void panann::MultiLayerNeuralTopology::EnableShortcutConnections | ( | ) |
Shortcut connections are feed-forward connections between two non-adjacent layers.
Note: Changing this setting after the network topology has been constructed will have no impact on the network topology.
Default: disabled
|
protectedvirtual |
Set the input and output connection indices assigned to each neuron into the neurons themselves.
Reimplemented in panann::RecurrentNeuralNetwork.
|
protected |
Get a writable view of the hidden layer at |layer_index|.
| const MultiLayerNeuralTopology::Layer & panann::MultiLayerNeuralTopology::GetHiddenLayer | ( | size_t | layer_index | ) | const |
Get a read-only view of the hidden layer at |layer_index|.
| size_t panann::MultiLayerNeuralTopology::GetHiddenLayerCount | ( | ) | const |
Get the count of hidden layers in the topology.
|
protected |
Get a writable view of a single input connection at |index| in the |input_connections_| vector.
| const MultiLayerNeuralTopology::InputConnection & panann::MultiLayerNeuralTopology::GetInputConnection | ( | size_t | index | ) | const |
Get a read-only view of a single input connection at |index|. Note: Connections must be allocated prior to calling this.
| size_t panann::MultiLayerNeuralTopology::GetInputConnectionCount | ( | ) | const |
Get the count of all input connections in the network topology.
|
protected |
Get a writable view of a single output connection at |index| in the |output_connections_| vector.
| const MultiLayerNeuralTopology::OutputConnection & panann::MultiLayerNeuralTopology::GetOutputConnection | ( | size_t | index | ) | const |
Get a read-only view of a single output connection at |index|. Note: Connections must be allocated prior to calling this.
| size_t panann::MultiLayerNeuralTopology::GetOutputConnectionCount | ( | ) | const |
Get the count of all output connections in the network topology.
| bool panann::MultiLayerNeuralTopology::IsTopologyConstructed | ( | ) | const |
Returns true if the network topology has been constructed and false otherwise.
Note: Once constructed, the network topology is fixed and cannot be changed.


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C
calculateAverages(int)
- Method in class pages.
ClassificationResult
call()
- Method in class pages.
AtomicClassifyingThread
cells
- Variable in class pages.
ArrayWriter
ClassificationResult
- Class in
pages
Each instance of this class packages and interprets predictions made by multiple classifiers about a single volume.
ClassificationResult(ArrayList<double[]>, int, ArrayList<String>)
- Constructor for class pages.
ClassificationResult
ClassificationResult(ArrayList<double[]>, ArrayList<String>, int, ArrayList<Double>)
- Constructor for class pages.
ClassificationResult
This constructor is used to create consensus results, in which case we already know the predictions.
classifier
- Variable in class pages.
TrainingThread
classifiers
- Variable in class pages.
ClassifyingExecutor
classifiers
- Variable in class pages.
ClassifyingThread
classifiers
- Variable in class pages.
GenrePredictorAllVsAll
classifiers
- Variable in class pages.
GenrePredictorBagged
classifiers
- Variable in class pages.
Model
classify(String, String, String, MarkovTable, ArrayList<String>, Vocabulary, FeatureNormalizer, boolean)
- Method in class pages.
GenrePredictor
classify(String, String, String, MarkovTable, ArrayList<String>, Vocabulary, FeatureNormalizer, boolean)
- Method in class pages.
GenrePredictorMulticlass
ClassifyingExecutor
- Class in
pages
ClassifyingExecutor(String, String, String, int, boolean, boolean, String, BlockingQueue<String>)
- Constructor for class pages.
ClassifyingExecutor
ClassifyingThread
- Class in
pages
ClassifyingThread(String, String, String, int, ArrayList<GenrePredictor>, MarkovTable, ArrayList<String>, Vocabulary, FeatureNormalizer, boolean, String)
- Constructor for class pages.
ClassifyingThread
classifyVolume(Unknown)
- Method in class pages.
EnsembleAssembler
classLabel
- Variable in class pages.
WekaDriver
classLabel
- Variable in class pages.
WekaDriverForest
classLabel
- Variable in class pages.
WekaDriverSVM
cleanID(String)
- Static method in class pages.
PairtreeReader
columns
- Variable in class pages.
ArrayWriter
compare(String, String)
- Method in class pages.
ValueComparator
concat(String...)
- Method in class pages.
PairtreeReader
CONVERSIONS
- Static variable in class pages.
Global
Corpus
- Class in
pages
Corpus(ArrayList<String>, ArrayList<String>, ArrayList<String>, Vocabulary)
- Constructor for class pages.
Corpus
Corpus(String, ArrayList<String>, Vocabulary, FeatureNormalizer)
- Constructor for class pages.
Corpus
A constructor that we use to create one-volume corpora when a model has already been trained and we're cycling through the test set one volume at a time
Corpus(String, String, Vocabulary, FeatureNormalizer)
- Constructor for class pages.
Corpus
A constructor that we use to create one-volume corpora when a model has already been trained and we're cycling through the test set.
Corpus(ArrayList<String>, String, Vocabulary, FeatureNormalizer)
- Constructor for class pages.
Corpus
A constructor that we use to minimize i/o in cases where the same volume is going to be passed through multiple models.
currentvolume
- Static variable in class pages.
BZ2LineReader
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MARKSCARD
Sl. No.
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{% extends "orga/base.html" %}
{% load i18n %}
{% block content %}
{% if "congratulations" in request.GET %}
{% blocktrans trimmed %}
Your event has been created and you're ready to go! Check out the
event settings, set up your Call for Papers with submission types and questions,
and you're ready to go!
{% endblocktrans %}


{% extends "base_email.html" %}
{% block content %}
Hi {{ user.username }},
You just changed your password.
If that was not you, then your account has been comprimised. Here's a few things you can do to mitigate this problem:
1) You can reset your password by clicking here http://{{ domain }}{% url 'password_reset' %}
2) Reply to this e-mail to receive some direct help.
Best regards,
Grupo ASW010
{% endblock content %}


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Description: Set a timer to delay execution of subsequent items in the queue.
duration: Integer An integer indicating the number of milliseconds to delay execution of the next item in the queue.
queueName: String
A string containing the name of the queue. Defaults to fx
, the standard effects queue.
Added to jQuery in version 1.4, the .delay()
method allows us to delay the execution of functions that follow it in the queue. It can be used with the standard effects queue or with a custom queue. Only subsequent events in a queue are delayed; for example this will not delay the no-arguments forms of .show()
or .hide()
which do not use the effects queue.
Durations are given in milliseconds; higher values indicate slower animations, not faster ones. The strings 'fast'
and 'slow'
can be supplied to indicate durations of 200 and 600 milliseconds, respectively.
Using the standard effects queue, we can, for example, set an 800-millisecond delay between the .slideUp()
and .fadeIn()
of

:
$('#foo').slideUp(300).delay(800).fadeIn(400);
When this statement is executed, the element slides up for 300 milliseconds and then pauses for 800 milliseconds before fading in for 400 milliseconds.
The
.delay()
method is best for delaying between queued jQuery effects. Because it is limited—it doesn't, for example, offer a way to cancel the delay—.delay()
is not a replacement for JavaScript's native setTimeout function, which may be more appropriate for certain use cases.
<!DOCTYPE html>

<button>Run</button>


Bubble charts encode data in the area of circles. Although less perceptually-accurate than bar charts, they can pack hundreds of values into a small space. Implementation based on work by Jeff Heer. Data shows the Flare class hierarchy, also courtesy Jeff Heer.
Originally by mbostock: gist.github.com/mbostock/4063269


The domain will need to be validated using the {{siteVerificationConfirm.verificationInfo.verification_method}} method using the following value:
{{siteVerificationConfirm.verificationInfo.verification_token}}


{% load staticfiles %} {% include 'hackcollab_app/base.html' %}
We're sorry, but the page you're looking for doesn't exist! If you think this is a serious issue, please feel free to contact us!


< prev index next > modules/javafx.web/src/main/native/Source/ThirdParty/libxml/src/threads.c
Print this page
#endif /* HAVE_PTHREAD_H */
/*
* TODO: this module still uses malloc/free and not xmlMalloc/xmlFree
- * to avoid some crazyness since xmlMalloc/xmlFree may actually
+ * to avoid some craziness since xmlMalloc/xmlFree may actually
* be hosted on allocated blocks needing them for the allocation ...
*/
/*
* xmlMutex are a simple mutual exception locks
WaitForSingleObject(tok->mutex, INFINITE);
#elif defined HAVE_BEOS_THREADS
if (acquire_sem(tok->sem) != B_NO_ERROR) {
#ifdef DEBUG_THREADS
xmlGenericError(xmlGenericErrorContext,
- "xmlMutexLock():BeOS:Couldn't aquire semaphore\n");
+ "xmlMutexLock():BeOS:Couldn't acquire semaphore\n");
#endif
}
tok->tid = find_thread(NULL);
#endif
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EBD - Easton Bible DIctionary
Seething pot
SEETHING POT
"SEETHING POT "a vessel for boiling provisions in (
Job 41:20
;
Jeremiah 1:13
).
"SEETHING POT "a vessel for boiling provisions in (Job 41:20; Jeremiah 1:13).


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Preparation time
30 mins to 1 hour
Cooking time
less than 10 mins
Serves
Serves 4
Dietary
This beautifully summery dish makes delicious use of fragrant herbs, fresh cheese and seasonal vegetables.
For the cappellacci, place the flour and eggs into a mixing bowl or the bowl of a food processor. Either rub the wet ingredients into the dry ingredients using your fingertips or blitz until the mixture resembles breadcrumbs.
Turn out the mixture onto a lightly floured work surface and bring it together as a dough. Knead lightly for 2-3 minutes until smooth and elastic.
Wrap the dough in cling film and chill in the fridge for 20 minutes.
Meanwhile, mix the ricotta, Parmesan and herbs in a bowl until well combined. Season, to taste, with salt and freshly ground black pepper. Set aside or chill until needed.
When the pasta has chilled, roll it out on a lightly floured work surface until very thin using a rolling pin. Alternatively, dust the rollers of a pasta machine with flour and feed portions of the pasta dough through the rollers, working from the widest to the narrowest setting, reducing the machine by one setting each time the pasta sheet is passed through it.
Cut a series of 7.5cm/3in squares from each sheet of pasta using a sharp knife.
Brush the edges of each pasta square with a little water and place one spoonful of the ricotta mixture into the centre of each.
One by one, pick up one corner of each pasta square and fold it over the filling to meet the opposite corner. Press the edges of the pasta together to seal, creating a triangular shaped parcel.
Gently squash the filling of each parcel slightly to fill the space. Bring the tips of the long edge of each triangle together, then press to hold in place. Repeat the process with all of the filled pasta squares.
For the pesto, blend the basil, garlic and Parmesan to a fine purée in a food processor. Pour in the olive oil and blend again until smooth. Season, to taste, with salt and freshly ground black pepper. Transfer the pesto to a frying pan and set aside.
Bring a large saucepan of salted water to the boil. Add the peas and beans and simmer for 3-4 minutes, or until tender. Drain well and add to the frying pan with the pesto.
Bring a fresh batch of salted water to the boil in the same saucepan. Cook the cappellacci in batches for 1-2 minutes, or until they float to the surface of the water, then remove from the pan using a slotted spoon and transfer to the pan containing the pesto. Repeat the process with the remaining cappellacci.
Add a couple of spoonfuls of the pasta water to the frying pan containing the pesto. Heat until the mixture is warmed through, stirring carefully to combine.
To serve, divide the cappellacci and pesto among serving bowls and sprinkle with extra grated Parmesan. Garnish with a few sprigs of mint.


PIL in HC for inspecting paper slips of VVPAT EVMs
by PTIA PIL has been moved in the Delhi High Court seeking directions to the Election Commission to inspect the paper slips of the VVPAT electronic voting machines (EVMs) of all constituencies in the 2019 Lok Sabha polls.
The petition, by a person claiming to be a social worker, has sought inspection of the Voter-verified paper audit trail (VVPAT) EVMs claiming that according to the data put up by the EC on its website there was "discrepancy" in votes polled and votes counted in around 373 constituencies.
Petitioner Hans Raj Jain has contended that the EC had got Rs 3,173.47 crore released from the government to purchase 16,15,000 VVPAT EVMs for bringing transparency in election process.
The petition claims that the alleged "great discrepancy" in number of votes polled and counted at majority of the constituencies "creates doubt" in the minds of voters, including the petitioner, that the EVMs were tampered with.
Apart from inspection of paper trails of the general assembly polls, the plea has sought directions to the EC to ensure that in future the paper slips are also counted.


FileOpen ( stream, fileName$, mode )
Opens a file.
Modes:
TEXT_INPUT - Open a file for reading text. The file must already exist.
TEXT_OUTPUT - Open a new file for writing text. If the file already exist it
will be overwritten.
TEXT_APPEND - Opens a file for appending text to the end of the file.
A file will be created if it doesn't already exist.
TEXT_INPUT_PLUS - Opens a file for reading and writing text. The file
must already exist.
TEXT_OUTPUT_PLUS - Opens a file for both reading and writing. If the
file already exist it will be overwritten.
TEXT_APPEND_PLUS - Opens a file for reading and appending text to the end of
the file.
BINARY_INPUT - Open a file for reading binary data. The file must already
exist.
BINARY_OUTPUT - Open a new file for writing binary data. If the file already
exist it will be overwritten.
BINARY_APPEND - Opens a file for appending binary data to the end of the
file. A file will be created if it doesn't already exist.
BINARY_INPUT_PLUS - Opens a file for reading and writing binary data.
The file must already exist.
BINARY_OUTPUT_PLUS - Opens a file for both reading and writing. If the
file already exist it will be overwritten.
BINARY_APPEND_PLUS - Opens a file for reading and appending binary data to
the end of the file.
Returns True if File is Opened and False if File is not opened.


I am an undergraduate data science student at Purdue University that loves to take on new problems by analyzing, visualizing, and interpreting data. Specifically, I am interested in the natural language processing subfield of machine learning. In the future, I aspire to be in a role that utilizes classifiers and language models to accurately develop text predictions.
Relevant Coursework:
- Problem Solving and Object-Oriented Programming (Fall 2018)
- Foundations of Computer Science (Spring 2019)
- Python Programming (Spring 2019)
- Introduction to Data Science (Fall 2019)
- Statistics for Data Science (Fall 2019)
- Data Structures and Algorithms (Spring 2020)
- Elementary Linear Algebra (Spring 2020)
- Probability (Spring 2020)
- Data Mining and Machine Learning (Fall 2020)
- Introduction to Algorithms (Fall 2020)
- Statistical Theory (Fall 2020)
- Artificial Intelligence (Spring 2021)
- Information Systems (Spring 2021)
- Game Theory (Fall 2021)
- Large Scale Data Analysis (Fall 2021)
- Introduction to Relational Database Systems
I am building and training a sentiment analysis model of player scouting reports using supervised machine learning. With this sentiment information, I will then predict future contributions for each player and improve accuracy of the player scouting model.
I create videos on examples that help supplement lectures and hold office hours to answer students' questions in the Introduction to Data Structures (CS 251) course. I develop homework, labs, and projects in Python for the Introduction to Data Science (CS 242) course.
I am currently conducting research on the gender pay gap in Dr. Schwab Reese's lab. More specifically, I am analyzing salary data of male and female Ohio State University professors and determining the root causes.
I developed a cross-platform mobile application that expedites the process in which employees check if packages remain in tractor-trailers. I won the Best Intern Award at the UPS Hackathon and was able to present my project to CIO Juan Perez.
I worked in Professor Rafael Lang's laboratory and conducted research on dark matter particles. I compiled a large amount of dark matter waveform image data and retrieved a range of frequencies of where dark matter could exist in Python. I then parsed and cleaned through the data in order to make it usable.
At DemonHacks, the DePaul University Hackathon, my team and I built a web application that allows multiple users to add songs to a music queue using Flask. We won 2nd place at the Hackathon and you can find the code here.
I investigated the gender pay gap of all staff employees at Purdue University in 2018. I then found that the difference between male and female salaries was statistically significant using hypothesis testing and confidence intervals by leveraging R. Finally, I published a Medium article on my statistical findings with data-driven analysis on the root causes of the gender pay gap which you can find here.
My team and I won the 2019 UPS Hackathon by creating a mobile application that scans and tracks QR codes. In this application, we implemented an economically beneficial shipping model that associates a unique QR code with each box.
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FileLogger(logFile: File)
A logging Destination that saves to the supplied logFile. On each class creation if the current logfile is greater in size than a limit, the previous logfiles will be rotated, up to a maximum of maxFiles. If the created file is "app.log" then older files will be rotated to "app.log.1" etc. Writing to files is carried out on a dedicated Thread


Who am I
My real name is Devin, though im also known as Serenite.
I'm a freelance junior web developer.
What I do
I design websites and code them from the ground up.
I also do mockup designs in Adobe XD for clients
I code for fun and sometimes profit. I also do open source
projects as long as they remain open source. I love coding for websites but I also
dont mind designing app mockups in my spare time
My Workflow
I hate unfinished and sluggish products.
I make sure everything works in an organized, clean manner.
Everything I code is put through a series of standertized test to ensure
It works for the general public, and in many different situations.


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