|
|||||||||
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object atg.security.GenericSecuredObject
public class GenericSecuredObject
A generic implementation of the SecuredObject interface. This version provides storage for the owner and access control list of a secured object and implements access control on the appropriate accessor methods. This is a good base class for building other secured object implementations.
| Field Summary | |
|---|---|
static java.lang.String |
CLASS_VERSION
|
protected AccessControlList |
mAcl
The access control list assigned to the object. |
protected Persona |
mOwner
The owner of record for the object. |
protected SecurityContext |
mSecurityContext
The security context for the object. |
| Constructor Summary | |
|---|---|
GenericSecuredObject()
|
| Method Summary | |
|---|---|
void |
checkAccess(AccessRight pRight)
Ensures that the user has the specified access right for this object. |
void |
checkRuntimeAccess(AccessRight pRight)
Ensures that the user has the specified access right for this object. |
AccessControlList |
getAccessControlList()
Retrieves the access control list associated with this object. |
Persona |
getOwner()
Retrieves the owner of the object, if any. |
SecurityContext |
getSecurityContext()
Returns the security system context information appropriate to this object. |
boolean |
hasAccess(AccessRight pRight)
Determines if the current user has the specified access right for this object. |
void |
setAccessControlList(AccessControlList acl)
Changes the access control list associated with this object. |
void |
setOwner(Persona pPersona)
Changes the owner of the object, if any. |
void |
setSecurityContext(SecurityContext pContext)
Changes the security system context information appropriate to this object. |
boolean |
supportsAccessControlList()
Returns true if this object supports an access control list. |
boolean |
supportsOwner()
Returns true if this object supports an owner. |
AccessControlList |
unsecuredGetAccessControlList()
Returns the access control list stored in this secured object. |
SecuredContainer[] |
unsecuredGetContainers()
Returns the set of containers (parents) that contain or may contain access control information that should be effective when this object is being manipulated. |
Persona |
unsecuredGetOwner()
Returns the persona that has been specified as the owner of the object, or null if none has been specified. |
SecuredContainer[] |
unsecuredGetSecuredContainers()
Returns the set of containers (parents) that contain or may contain access control information that should be effective when this object is being manipulated. |
void |
unsecuredSetAccessControlList(AccessControlList pAcl)
Changes the access control list stored in this object. |
void |
unsecuredSetCreationSecurity()
Sets the object's security to the creation defaults. |
void |
unsecuredSetOwner(Persona pOwner)
Changes the persona that is considered to be the owner of the object. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static java.lang.String CLASS_VERSION
protected AccessControlList mAcl
protected Persona mOwner
protected SecurityContext mSecurityContext
| Constructor Detail |
|---|
public GenericSecuredObject()
| Method Detail |
|---|
public void checkAccess(AccessRight pRight) throws SecurityException
SecurityException
public void checkRuntimeAccess(AccessRight pRight)
public boolean hasAccess(AccessRight pRight) throws SecurityException
SecurityException
public void setSecurityContext(SecurityContext pContext)
public AccessControlList getAccessControlList() throws SecurityException
getAccessControlList
in interface SecuredObject
SecurityException
public void setAccessControlList(AccessControlList acl) throws SecurityException
setAccessControlList
in interface SecuredObject
SecurityException
public boolean supportsAccessControlList()
supportsAccessControlList
in interface SecuredObject
public Persona getOwner() throws SecurityException
getOwner
in interface SecuredObject
SecurityException
public void setOwner(Persona pPersona) throws SecurityException
setOwner
in interface SecuredObject
SecurityException
public boolean supportsOwner()
supportsOwner
in interface SecuredObject
public SecurityContext getSecurityContext()
getSecurityContext
in interface SecuredObject
public AccessControlList unsecuredGetAccessControlList() throws SecurityException
This is considered to be a private API for the security policy and domain and should not be used by applications.
unsecuredGetAccessControlList
in interface SecuredObject
SecurityException
public Persona unsecuredGetOwner() throws SecurityException
This is considered to be a private API for the security policy and domain and should not be used by applications.
unsecuredGetOwner
in interface SecuredObject
SecurityException
public SecuredContainer[] unsecuredGetSecuredContainers() throws SecurityException
This implementation always returns null. A security domain should create a subclass that implements this method if ACL inheritance capabilities are desired.
This is considered to be a private API for the security policy and domain and should not be used by applications.
SecurityException
public void unsecuredSetAccessControlList(AccessControlList pAcl) throws SecurityException
This is considered to be a private API for the security domain and should not be used by applications.
unsecuredSetAccessControlList
in interface SecuredObject
SecurityException
public void unsecuredSetOwner(Persona pOwner) throws SecurityException
This is considered to be a private API for the security domain and should not be used by applications.
unsecuredSetOwner
in interface SecuredObject
SecurityException
public SecuredContainer[] unsecuredGetContainers() throws SecurityException
This is considered to be a private API for the security policy and domain objects and should not be used by applications.
This implementation provides no support for containers; this method will always return null.
unsecuredGetContainers
in interface SecuredObject
SecurityException
public void unsecuredSetCreationSecurity() throws SecurityException
SecurityException
|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


WNV Nile West []. cells infection virus mice Virus cell viral CNS human infected clinical immune patients RNA Virol../JVI.- acute role {border-style [,]. encephalitis shown including px;} #ffffff;} brain control disease However, addition, antiviral flaccid infection. receptor response [,,]. activation cases neuroinvasive production protein replication IFN TLR Virol../JVI...-. autoimmune complement contribute neurons pathogenesis reported severe signaling Infection showed IL-, Infect. deficient following high play responses spinal type cells, levels proteins studies therapeutic Interferon [], fever host mouse neurological protective results Exp. Immunol../jimmunol... WNV-infected cause cord development entry increased lethal mice, mortality neutrophils olfactory required roles study suggested suggesting treatment Host Role Signaling antibody autonomic controlling cytokines early evidence factor flavivirus gene infection, leading motor nervous neuronal observed paralysis peripheral produce proinflammatory px; symptoms {font-family InfectionJ. LGP Med. activated apoptosis associated binding central clearance death dendritic developed encephalitisJ. essential experimental font-size induces infectionJ. innate lead lectin loss low major myasthenia neuroinvasion pathway post-infectious promote steroids viremia years (%) Antiviral Furthermore, IL- IgM Med../jem. Moreover, Responses brainstem cellular changes compared contrast, cytokine direct doses double; elevated findings function important killer lack natural result resulted resulting survival understanding vaccine vitro "Trojan Acad. Adaptive BBB CNS, CNS. Dis../eid. Encephalitis IFN-γ, IgG Immune Natl. New ONEe./journal.pone. Protein Sci. Treg U.S. USA./pnas. administration antigen approved blood border-color border-width cascade classified critical deficits demonstrated develop directly diseases dose encephalitis, enhanced enter expression ganglia horse�? humans illness immunity induced interferon intravenous involvement laboratory lower macrophages mechanisms memory multiple nerve pathways patient possible pro-inflammatory producing recognition recognize recovery recruitment reduced regulate regulatory research sensory significant solid; use weakness {font-style {font-weight Activation Antibody BBB, CXCL Cells City Clin. DCs Dendritic Dis../ Flavivirus Human IL-A Immunol../jimmunol. Infected Innate MAVS MDA MiceJ. NSA, Nerve./mus. North TNF-α VirusJ. WNV-associated York [,,], advanced bold brain, burden cardiac cell: chemokines corticosteroids courier; current defense disease. diseases, documented dorsal dysautonomia dysfunction effects em; exhibited explain facilitate gastrointestinal genome glycation hamsters help humans, humoral include increase increases indicated indicating induce infections initial large ligand limiting mediated meningitis meningitis, microbial models morbidity muscle nerves neuroinflammation neuromuscular neurons, neutralization new nonstructural occur outbreak paralysis, particularly pathogenic people perivascular plasma plays primarily prolonged prominent protection provide pt;} receptors recognized regions release resident responses, root series serum site specific state structural surface sympathetic symptoms, tissues trafficking trials vaccines viruses vital vulnerable


Popular Areas in plants of thee gods
Genesis 1:29 And God said, Behold, I have given you every herb ...
Then God said, "I give you every seed-bearing plant on the face of the whole earth and every tree that has fruit with seed in it. They will be yours for food.
http://bibleapps.com/genesis/1-29.htm
Marijuana and the Bible
The hemp plant (scientific name: cannabis, slang: marijuana) is one of the many useful herbs "yielding seed after its kind" created and blessed by God on the .
http://www.equalrights4all.org/religious/bible.htm
Daily Bible Study - Seed-Bearing Plants: For Food Or For Folly?
Dec 4, 2012 . The Garden of Eden had no toxic or poisonous plants because "out of the ground made the LORD God to grow every tree that is pleasant to the .
http://www.keyway.ca/htm2012/20121204.htm
Soma - Wikipedia, the free encyclopedia
Soma is associated with the warrior-god Indra, and . plants as well as entheogenic plants among the .
http://en.wikipedia.org/wiki/Soma
DIONYSUS GOD OF : Greek mythology
DIONYSOS was the great Olympian god of wine, vegetation, pleasure and festivity. This page describes the divine role and functions of the god, including: 1 .
http://www.theoi.com/Olympios/DionysosGod.html
Genesis 1:29 Then God said, "I give you every seed-bearing plant ...
God also said, "Look, I have given you every seed-bearing plant on the surface . God said, "I have given you every plant with seeds on the face of the earth and .
http://bible.cc/genesis/1-29.htm
Genesis 1
This strange structure, which God calls heaven, is intended to separate the higher waters from the lower waters. (1:11-13) "Let the earth bring forth grass" Plants .
http://skepticsannotatedbible.com/gen/1.html


| arrange {dplyr} | R Documentation |
arrange()
orders the rows of a data frame by the values of selected
columns.
Unlike other dplyr verbs, arrange()
largely ignores grouping; you
need to explicitly mention grouping variables (or use .by_group = TRUE
)
in order to group by them, and functions of variables are evaluated
once per data frame, not once per group.
arrange(.data, ..., .by_group = FALSE) ## S3 method for class 'data.frame' arrange(.data, ..., .by_group = FALSE)
.data |
A data frame, data frame extension (e.g. a tibble), or a lazy data frame (e.g. from dbplyr or dtplyr). See Methods, below, for more details. |
... |
< |
.by_group |
If |
The sort order for character vectors will depend on the collating sequence
of the locale in use: see locales()
.
Unlike base sorting with sort()
, NA
are:
always sorted to the end for local data, even when wrapped with desc()
.
treated differently for remote data, depending on the backend.
An object of the same type as .data
. The output has the following
properties:
All rows appear in the output, but (usually) in a different place.
Columns are not modified.
Groups are not modified.
Data frame attributes are preserved.
This function is a generic, which means that packages can provide implementations (methods) for other classes. See the documentation of individual methods for extra arguments and differences in behaviour.
The following methods are currently available in loaded packages: no methods found.
Other single table verbs:
filter()
,
mutate()
,
rename()
,
select()
,
slice()
,
summarise()
arrange(mtcars, cyl, disp) arrange(mtcars, desc(disp)) # grouped arrange ignores groups by_cyl <- mtcars %>% group_by(cyl) by_cyl %>% arrange(desc(wt)) # Unless you specifically ask: by_cyl %>% arrange(desc(wt), .by_group = TRUE) # use embracing when wrapping in a function; # see ?dplyr_data_masking for more details tidy_eval_arrange <- function(.data, var) { .data %>% arrange({{ var }}) } tidy_eval_arrange(mtcars, mpg) # use across() access select()-style semantics iris %>% arrange(across(starts_with("Sepal"))) iris %>% arrange(across(starts_with("Sepal"), desc))


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[gecode-users] Finalizing TupleSets
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Tue Mar 10 02:20:32 CET 2009
On 09/03/2009, at 8:55 PM, Christian Schulte wrote:
> Hi Malcolm,
>
> the attempt to use a not finalized tuple set raises an exception in
> 3.0.0.
> The attempt to finalize an empty tuple set will also throw an
> exception but
> most likely only in 3.0.1 and not 3.0.0.
Is that the intended behaviour? Having an empty tuple set seems
perfectly legitimate to me.
Malcolm
More information about the gecode-users
mailing list


Problem Statement: Using a data set of thousands of high-resolution lung scans provided by the National Cancer Institute, algorithm need to be developed that accurately determines when lesions in the lungs are cancerous. This will dramatically reduce the false positive rate that plagues the current detection technology, get patients earlier access to life-saving interventions, and give radiologists more time to spend with their patients.
Technical Stuff: I used Python for data visualization (DICOM Images) and Modelling. The images were saved in numpy arrays. Used XGBOOST for data modelling.
Result: My algorithm was able to predict Lung cancer of a patient with LogLoss (Accuracy Measure) 0.67. I scored a rank of 282 at International level.
Check my solution at GitHub.
Problem Statement: Using environmental data collected by various U.S. Federal Government agencies our task in this competition is to predict the number of dengue fever cases reported each week in San Juan, Puerto Rico and Iquitos, Peru , based on environmental variables describing changes in temperature, precipitation, vegetation, and etc.
Technical Stuff: I used R for Exploratory Data Analysis, Modelling and Time Series Analysis. The data had lots of NA values which were imputed using 'imputeTS' package. I used NGBM model in CARET package for modelling. The output was then smoothed using Moving Average.
Result: My algorithm was able to predict number of dengue fever with 75% accuracy.
Check my solution at GitHub.
Problem Statement: The objective of this project was to use binary leaf images and extracted features, including shape, margin & texture, to accurately identify 99 species of plants. Leaves, due to their volume, prevalence, and unique characteristics, are an effective means of differentiating plant species. They also provide a fun introduction to applying techniques that involve image-based features.
Technical Stuff: We used Python. We used openCV package to create new features such as texture, shape and margin of leaf. Used Feature selection, Feature scaling(PCA) and applied modelling techniques such as Multinomial Logistic Regression, Random Forest using Python. Implemented Neural Network using Keras.
Result: We were able to identify different kinds of Leaves with 98.2% accuracy.
Check my solution at GitHub.
Problem Statement: Renthop- The online apartment Listing in NY provided the listing dataset. The objective of this project is to predict the number of inquiries a new listing receives based on the listing’s creation date and other features.
Technical Stuff: I used Tableau for the intital visualization. I used matplotlib and seaborn packages in Python for more detailed visulazation. Used the nltk package and wordcloud to understand the description for individual listing. Implemented XGBoost model and tuned parameters using GridSearchCV.
Result: We were able to identify different kinds of Leaves with 98.2% accuracy.
Check my solution at GitHub.


The mango is a juicy stone fruit belonging to the genus Mangifera, consisting of numerous tropical fruiting trees, cultivated mostly for edible fruit. The majority of these species are found in nature as wild mangoes. They all belong to the flowering plant family Anacardiaceae. The mango is native to South and Southeast Asia, from where it has been distributed worldwide to become one of the most cultivated fruits in the tropics.
It originated in Indian subcontinent (present day India and Pakistan) and Burma. It is the national fruit of India, Pakistan, and the Philippines, and the national tree of Bangladesh. In several cultures, its fruit and leaves are ritually used as floral decorations at weddings, public celebrations, and religious ceremonies.


Scroll sticks to sections.
When section is longer than window height...
...it is not sticky — so you can read what's inside.
But as the next section became visible, scroll sticks to it again.
Now try to scroll back. Scroll sticks to the bottom as well.


|
ActiveTcl User Guide
|
||
foreach - Iterate over all elements in one or more lists
foreach varname list body
foreach varlist1 list1 ?varlist2 list2 ...?
body
The foreach command implements a loop where the loop variable(s) take on values from one or more lists. In the simplest case there is one loop variable, varname, and one list, list, that is a list of values to assign to varname. The body argument is a Tcl script. For each element of list (in order from first to last), foreach assigns the contents of the element to varname as if the lindex command had been used to extract the element, then calls the Tcl interpreter to execute body.
In the general case there can be more than one value list (e.g., list1 and list2), and each value list can be associated with a list of loop variables (e.g., varlist1 and varlist2). During each iteration of the loop the variables of each varlist are assigned consecutive values from the corresponding list. Values in each list are used in order from first to last, and each value is used exactly once. The total number of loop iterations is large enough to use up all the values from all the value lists. If a value list does not contain enough elements for each of its loop variables in each iteration, empty values are used for the missing elements.
The break and continue statements may be invoked inside body, with the same effect as in the for command. Foreach returns an empty string.
The following loop uses i and j as loop variables to iterate over pairs of elements of a single list.
set x {} foreach {i j} {a b c d e f} { lappend x $j $i } # The value of x is "b a d c f e" # There are 3 iterations of the loop.
The next loop uses i and j to iterate over two lists in parallel.
set x {} foreach i {a b c} j {d e f g} { lappend x $i $j } # The value of x is "a d b e c f {} g" # There are 4 iterations of the loop.
The two forms are combined in the following example.
set x {} foreach i {a b c} {j k} {d e f g} { lappend x $i $j $k } # The value of x is "a d e b f g c {} {}" # There are 3 iterations of the loop.
foreach, iteration, list, looping
Copyright © 1993 The Regents of the University of California. Copyright © 1994-1996 Sun Microsystems, Inc. Copyright © 1995-1997 Roger E. Critchlow Jr.


FuncUnit tests web applications with a simple jQuery-like syntax. Via integration with Selenium and PhantomJS, you can run the same tests automated.
FuncUnit uses QUnit for organizing tests and assertions. But FuncUnit extends QUnit so you can:
Then, you can:
The FuncUnit Getting Started guide is a quick walkthrough of creating and running a test.
QUnit provides the basic structure needed to write unit or functional tests.
Module
Modules are groups of tests with setup and teardown methods that run for each test.
module("Contacts", {
// runs before each test
setup: function(){
// setup code
},
// runs after each test
teardown: function(){
// cleanup code
}
})
Test
test("findOne", function(){
// define a test
})
Assertions
test("counter", function() {
ok(Conctacts.first().name, "there is a name property");
equal(Contacts.counter(), 5, "there are 5 contacts");
});
The following uses S.open( URL )
to open autocomplete.html before every test.
module("autosuggest",{
setup: function() {
S.open('autosuggest.html')
}
});
FuncUnit tests are written just like jQuery. The S method is a copy of jQuery, which queries for elements in the application page. Like $, FuncUnit methods are chainable on the results of S.
// grab the #description element, wait for it to be visible, type in it
S("#description").visible().type("Test Framework")
When you're testing a widget, you need to simulate the actions that a user takes. FuncUnit uses the [syn] library to accurately simulate the correct low level events like mouseup and keypress for high level actions like [click] and [type]. The following shows how to simulate common user actions.
Click
// click a button
S('#submit_button').click()
Type
// type in an input
S('#task_name').type("Learn FuncUnit")
Drag
// drag a task item to the trash area
S('.task').drag(".trash");
After a user action, your test page's event handlers run and the page is changed. Wait commands are used to wait for some page condition before continuing.
Waits are overloaded jQuery getter methods. S.fn.text( textVal, callback )
waits for an element's $.fn.text to match the textVal.
// wait for result to show "task complete"
S("#result").text("task complete")
Visible
// wait for first result to be visible
S('#autocomplete_results:first-child').visible()
Width
// after clicking a menu item, wait for its width to be 200px
S('#horizontal_menu_item').width(200)
Val
// wait for the input value
S('#language_input').val("JavaScript")
Size
// wait for number of matched elements
S('.contact').size(5)
There are many more waits possible.
After simulating an action and waiting for the page to change, you often want to get information about an element and run assertions. You can use jQuery getter methods in combination with QUnit assertions.
These methods (which return synchronous results) are used in callbacks that run after a wait method completes.
// wait until we have some results, then call the calback
S('.autocomplete_item').visible(function(){
equal( S('.autocomplete_item').size(), 5, "there are 5 results")
})
These tests can be loaded in any browser. The app page opens in a separate window and results show up in the QUnit page.
test("JavaScript results",function(){
S('input').click().type("JavaScript")
// wait until we have some results
S('.autocomplete_item').visible(function(){
equal( S('.autocomplete_item').size(), 5, "there are 5 results")
})
});
Run this test (turn off your popup blocker!)
The same tests can be run via browser automation tools: Selenium, PhantomJS, and Envjs.
These tools are driven via commandline.
js funcunit/run phantomjs path/to/funcunit.html
Results are reported on the commandline. Failed tests can be made to fail your build via Maven or integrated with CI tools like Jenkins.


--- title: Abstracting File Management keywords: fastai sidebar: home_sidebar nb_path: "01_split.ipynb" ---
There is a two-step confirmation before making any changes to disk. First, crawl through the repo
and collect all images and collect all labels. Labels must be in YOLOv5 format.
datadump = "ipynb_tests/01_split_datadump"
g = Generation(repo="./Image Repo/labeled/Final Roboflow Export (841)",
out_dir=datadump,
verbose=True)
Apply a custom split or use only a maximum number of annotated images:
custom_split = {"train": .5, "valid": .3, "test": .2}
g.set_split(split_ratio=custom_split, MAX_SIZE=20)
g.get_split()
Or split the entire repository on the default 70%/20%/10% of train/valid/test:
g.set_split()
g.get_split()
Send the desired split to a zip folder that is sent to the out_dir
zipped = g.write_split_to_disk(descriptor="<01_split_all>")
print("Complete: ", zipped)


|
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| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--org.apache.xerces.dom.NodeImpl | +--org.apache.xerces.dom.ChildNode | +--org.apache.xerces.dom.ParentNode | +--org.apache.xerces.dom.CoreDocumentImpl | +--org.apache.xerces.dom.DocumentImpl | +--org.apache.html.dom.HTMLDocumentImpl
Implements an HTML document. Provides access to the top level element in the document, its body and title.
Several methods create new nodes of all basic types (comment, text, element,
etc.). These methods create new nodes but do not place them in the document
tree. The nodes may be placed in the document tree using Node.appendChild(org.w3c.dom.Node)
or Node.insertBefore(org.w3c.dom.Node, org.w3c.dom.Node)
, or
they may be placed in some other document tree.
Note: <FRAMESET> documents are not supported at the moment, neither
are direct document writing (open()
, write(java.lang.String)
) and HTTP attribute
methods (getURL()
, getCookie()
).
HTMLDocument
, Serialized Form| Fields inherited from class org.apache.xerces.dom.DocumentImpl |
eventListeners,
iterators,
mutationEvents,
ranges,
userData |
| Fields inherited from class org.apache.xerces.dom.CoreDocumentImpl |
allowGrammarAccess,
changes,
docElement,
docType,
encoding,
errorChecking,
identifiers,
kidOK,
standalone,
version |
| Fields inherited from class org.apache.xerces.dom.ParentNode |
fCachedChild,
fCachedChildIndex,
fCachedLength,
firstChild,
ownerDocument |
| Fields inherited from class org.apache.xerces.dom.ChildNode |
nextSibling,
previousSibling |
| Fields inherited from class org.apache.xerces.dom.NodeImpl |
ELEMENT_DEFINITION_NODE,
FIRSTCHILD,
flags,
HASSTRING,
IGNORABLEWS,
OWNED,
ownerNode,
READONLY,
SPECIFIED,
SYNCCHILDREN,
SYNCDATA,
UNNORMALIZED |
| Fields inherited from interface org.w3c.dom.Node |
ATTRIBUTE_NODE,
CDATA_SECTION_NODE,
COMMENT_NODE,
DOCUMENT_FRAGMENT_NODE,
DOCUMENT_NODE,
DOCUMENT_TYPE_NODE,
ELEMENT_NODE,
ENTITY_NODE,
ENTITY_REFERENCE_NODE,
NOTATION_NODE,
PROCESSING_INSTRUCTION_NODE,
TEXT_NODE |
| Constructor Summary | |
HTMLDocumentImpl()
|
| Method Summary | |
Node |
cloneNode(boolean deep)
Returns a duplicate of this node, i.e., serves as a generic copy constructor for nodes. |
void |
close()
Closes a document stream opened by open() and forces
rendering. |
Attr |
createAttribute(java.lang.String name)
Creates an Attribute having this Document as its OwnerDoc. |
Element |
createElement(java.lang.String tagName)
Creates an element of the type specified. |
Element |
createElementNS(java.lang.String namespaceURI,
java.lang.String qualifiedName)
Creates an element of the given qualified name and namespace URI. |
HTMLCollection |
getAnchors()
A collection of all the anchor ( A ) elements in a document
with a value for the name attribute. |
HTMLCollection |
getApplets()
A collection of all the OBJECT elements that include
applets and APPLET ( deprecated ) elements in a document. |
HTMLElement |
getBody()
The element that contains the content for the document. |
java.lang.String |
getCookie()
The cookies associated with this document. |
Element |
getDocumentElement()
This is a convenience attribute that allows direct access to the child node that is the root element of the document. |
java.lang.String |
getDomain()
The domain name of the server that served the document, or null if the server cannot be identified by a domain name. |
Element |
getElementById(java.lang.String elementId)
Returns the Element whose ID is given by
elementId . |
NodeList |
getElementsByName(java.lang.String elementName)
Returns the (possibly empty) collection of elements whose name value is given by elementName . |
NodeList |
getElementsByTagName(java.lang.String tagName)
Returns a NodeList of all the Elements with a
given tag name in the order in which they are encountered in a
preorder traversal of the Document tree. |
NodeList |
getElementsByTagNameNS(java.lang.String namespaceURI,
java.lang.String localName)
Returns a NodeList of all the Elements with a
given local name and namespace URI in the order in which they are
encountered in a preorder traversal of the Document tree. |
HTMLCollection |
getForms()
A collection of all the forms of a document. |
HTMLElement |
getHead()
Obtains the <HEAD> element in the document, creating one if does not exist before. |
HTMLCollection |
getImages()
A collection of all the IMG elements in a document. |
HTMLCollection |
getLinks()
A collection of all AREA elements and anchor (
A ) elements in a document with a value for the
href attribute. |
java.lang.String |
getReferrer()
Returns the URI of the page that linked to this page. |
java.lang.String |
getTitle()
The title of a document as specified by the TITLE element
in the head of the document. |
java.lang.String |
getURL()
The complete URI of the document. |
void |
open()
Note. |
void |
setBody(HTMLElement newBody)
|
void |
setCookie(java.lang.String cookie)
|
void |
setTitle(java.lang.String newTitle)
|
void |
write(java.lang.String text)
Write a string of text to a document stream opened by open() . |
void |
writeln(java.lang.String text)
Write a string of text followed by a newline character to a document stream opened by open() . |
| Methods inherited from class org.apache.xerces.dom.DocumentImpl |
addEventListener,
createEvent,
createNodeIterator,
createNodeIterator,
createRange,
createTreeWalker,
createTreeWalker,
dispatchAggregateEvents,
dispatchAggregateEvents,
dispatchEvent,
dispatchEventToSubtree,
getEventListeners,
getImplementation,
getUserData,
removeEventListener,
saveEnclosingAttr,
setEventListeners,
setUserData |
| Methods inherited from class org.apache.xerces.dom.ParentNode |
getChildNodes,
getChildNodesUnoptimized,
getFirstChild,
getLastChild,
getLength,
hasChildNodes,
item,
normalize,
setReadOnly,
synchronizeChildren |
| Methods inherited from class org.apache.xerces.dom.ChildNode |
getNextSibling,
getParentNode,
getPreviousSibling |
| Methods inherited from class org.apache.xerces.dom.NodeImpl |
addEventListener,
appendChild,
dispatchEvent,
getAttributes,
getLocalName,
getNamespaceURI,
getNodeValue,
getPrefix,
getReadOnly,
getUserData,
hasAttributes,
isSupported,
removeEventListener,
setNodeValue,
setPrefix,
setUserData,
synchronizeData,
toString |
| Methods inherited from class java.lang.Object |
equals,
finalize,
getClass,
hashCode,
notify,
notifyAll,
wait,
wait,
wait |
| Constructor Detail |
public HTMLDocumentImpl()
| Method Detail |
public Element getDocumentElement()
public HTMLElement getHead()
getDocumentElement()
. If the element does not exist, one
is created.
Called by getTitle()
, setTitle(java.lang.String)
, getBody()
and
setBody(org.w3c.dom.html.HTMLElement)
to assure the document has the <HEAD> element
correctly placed.
public java.lang.String getTitle()
TITLE
element
in the head of the document.public void setTitle(java.lang.String newTitle)
public HTMLElement getBody()
BODY
contents, returns the BODY
element. In frameset documents, this returns the outermost
FRAMESET
element.public void setBody(HTMLElement newBody)
public Element getElementById(java.lang.String elementId)
Element
whose ID
is given by
elementId
. If no such element exists, returns
null
. Behavior is not defined if more than one element
has this ID
. The DOM implementation must have
information that says which attributes are of type ID. Attributes
with the name "ID" are not of type ID unless so defined.
Implementations that do not know whether attributes are of type ID or
not are expected to return null
.elementIdThe
- unique id
value for an element.public NodeList getElementsByName(java.lang.String elementName)
name
value is given by elementName
.elementName
- The name
attribute value for an
element.public final NodeList getElementsByTagName(java.lang.String tagName)
NodeList
of all the Elements
with a
given tag name in the order in which they are encountered in a
preorder traversal of the Document
tree.tagnameThe
- name of the tag to match on. The special value "*"
matches all tags.NodeList
object containing all the matched
Elements
.public final NodeList getElementsByTagNameNS(java.lang.String namespaceURI, java.lang.String localName)
NodeList
of all the Elements
with a
given local name and namespace URI in the order in which they are
encountered in a preorder traversal of the Document
tree.namespaceURIThe
- namespace URI of the elements to match on. The
special value "*" matches all namespaces.localNameThe
- local name of the elements to match on. The
special value "*" matches all local names.NodeList
object containing all the matched
Elements
.public Element createElementNS(java.lang.String namespaceURI, java.lang.String qualifiedName)
namespaceURIThe
- namespace URI of the element to create.qualifiedNameThe
- qualified name of the element type to
instantiate.Element
object with the following
attributes:AttributeValueNode.nodeName
qualifiedName
Node.namespaceURI
namespaceURI
Node.prefix
prefix, extracted
from qualifiedName
, or null
if there is
no prefixNode.localName
local name, extracted from
qualifiedName
Element.tagName
qualifiedName
qualifiedName
is
malformed, if the qualifiedName
has a prefix and the
namespaceURI
is null
, or if the
qualifiedName
has a prefix that is "xml" and the
namespaceURI
is different from "
http://www.w3.org/XML/1998/namespace" .public Element createElement(java.lang.String tagName) throws DOMException
Element
interface, so attributes
can be specified directly on the returned object.
Attr
nodes representing them are automatically created
and attached to the element.
createElementNS
method.tagNameThe
- name of the element type to instantiate. For XML,
this is case-sensitive. For HTML, the tagName
parameter may be provided in any case, but it must be mapped to the
canonical uppercase form by the DOM implementation.Element
object with the
nodeName
attribute set to tagName
, and
localName
, prefix
, and
namespaceURI
set to null
.public Attr createAttribute(java.lang.String name) throws DOMException
CoreDocumentImpl.createAttribute(java.lang.String)
and returns
and attribute whose name is lower case.name
- The name of the attributepublic java.lang.String getReferrer()
public java.lang.String getDomain()
null
if the server cannot be identified by a domain name.public java.lang.String getURL()
public java.lang.String getCookie()
name=value;expires=date
.public void setCookie(java.lang.String cookie)
public HTMLCollection getImages()
IMG
elements in a document. The
behavior is limited to IMG
elements for backwards
compatibility.public HTMLCollection getApplets()
OBJECT
elements that include
applets and APPLET
( deprecated ) elements in a document.public HTMLCollection getLinks()
AREA
elements and anchor (
A
) elements in a document with a value for the
href
attribute.public HTMLCollection getForms()
public HTMLCollection getAnchors()
A
) elements in a document
with a value for the name
attribute. Note. For reasons
of backwards compatibility, the returned set of anchors only contains
those anchors created with the name
attribute, not those
created with the id
attribute.public void open()
public void close()
open()
and forces
rendering.public void write(java.lang.String text)
open()
. The text is parsed into the document's structure
model.text
- The string to be parsed into some structure in the
document structure model.public void writeln(java.lang.String text)
open()
. The text is parsed into the
document's structure model.text
- The string to be parsed into some structure in the
document structure model.public Node cloneNode(boolean deep)
parentNode
is null
.).
Element
copies all attributes and their
values, including those generated by the XML processor to represent
defaulted attributes, but this method does not copy any text it
contains unless it is a deep clone, since the text is contained in a
child Text
node. Cloning an Attribute
directly, as opposed to be cloned as part of an Element
cloning operation, returns a specified attribute (
specified
is true
). Cloning any other type
of node simply returns a copy of this node.
EntityReference
clone are readonly
. In addition, clones of unspecified Attr
nodes are
specified. And, cloning Document
,
DocumentType
, Entity
, and
Notation
nodes is implementation dependent.deepIf
- true
, recursively clone the subtree under
the specified node; if false
, clone only the node
itself (and its attributes, if it is an Element
).
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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You can choose to accept or decline cookies. Most web browsers automatically accept cookies, but you can usually modify your browser setting to decline cookies if you prefer. This may prevent you from taking full advantage of the website.
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- If you provide us with personally identifiable data
- (a) We may share necessary data with other Government agencies, so as to serve you in the most efficient and effective way unless such sharing is prohibited by law.
- (b) We will NOT share your Personal Data with non-Government entities, except where such entities have been authorised to carry out specific Government services.
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- Please contact 1800 211 0777 or<EMAIL_ADDRESS>if you:
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Women make up 17% of students, which is approximately the same proportion as
the number of women in tech.
Although we are still working towards increasing the number of minority gender
groups, we can see a positive increase within the recent SE classes
There are also many on-campus communities that supports the success of women in
computer science at UWaterloo. For example,
Women in Computer Science, and
Women Who Code Waterloo .
One student preferred not to disclose.
Students come from many different ethnic backgrounds, which span 27 different countries. There was a significant number of students Caucasians, South Asians, and East Asians.
Less than 35% of students were involved in a STEM, CS or Robotics clubs during
high school.
Instead, students participated in all sorts of extracurricular
activities such as volunteer work for non-profits, being a cadet, starting a
school newspaper, and more. Pursuing their own unique personal interests was a
common pattern amongst students during high school.
Note that this is not a comprehensive list, and that students have
participated in other extracurricular activities as well.
14% of students are international, which is 4% fewer than University of
Waterloo as a whole.
This could be due to the higher tuition costs for international students, who
pay 27% more than the average international tuition fee. This could also be
caused by the Engineering Admissions having a max quota for international
students.
International students came from countries including Nigeria, United Arab Emirates,
China, Pakistan, South Korea, Indonesia.
More than half of students come from families whose income is higher than the median Canadian family income ($76,000). These numbers do not include income from co-op terms. The majority of students have a family income between $50,000 and $150,000.
There are more parents with Masters and Doctorates combined than Bachelors. Compared to our parents, only 3 students out of 113 are planning on attending grad school. This could be a generational shift, or maybe it could just be that students are tired of school after 5 years with no summer.


Spicy jalapeno bacon ipsum dolor amet hamburger leberkas jerky strip steak t-bone prosciutto pastrami meatball venison. Pork belly venison pastrami pig beef ribs short ribs alcatra meatloaf ball tip beef flank turkey jerky filet mignon swine. Tail swine filet mignon meatball alcatra boudin meatloaf pork chop kevin burgdoggen pastrami. Venison picanha sirloin, shoulder tongue rump drumstick. Pancetta rump ground round spare ribs tenderloin beef. Sausage tail leberkas chuck bacon pork chop. Turkey buffalo porchetta bresaola landjaeger.
akfjakjf;ksaja klajfdkjakfj;skjfsdShort ribs shoulder beef chuck beef ribs bacon brisket tenderloin t-bone pork capicola strip steak burgdoggen ball tip. Biltong hamburger sausage, pork frankfurter pancetta swine tenderloin buffalo jerky porchetta. Boudin corned beef fatback shoulder alcatra, short ribs short loin salami meatloaf spare ribs shank bacon swine. Ball tip turducken brisket landjaeger short ribs shankle pork chop buffalo, pork porchetta. Swine ham beef bacon, fatback beef ribs brisket venison salami sirloin andouille spare ribs. Bacon swine pork loin ground round spare ribs rump drumstick shank brisket.


A versatile and passionate IT Professional with background in cloud infrastracture and most importantly developing web applications. I derive joy in building and bettering business web-based solutions.
Specifically, I develop web applications, build fast and responsive websites, automate business processes as well as creating database for managing business data.
My maxim is that every solution I build should be simple, effective, fast, responsive and importantly, user-friendly.
Though I base in London, am flexible as well as able to work remotely on projects. I am very easy to work with and enjoy working in a team. Fexibility, creativity and attention to details rank high in my dictionary.
Below is selection of some of my works
I built both the frontend and backend of Bunoh Health Care solutions Employee database that handles the employee's data. The solution not only contains staff data but equally checks and notifies the admin two months before expration date of any staff's document. This certainly made administration easy and more accurate.
Developed both the frontend and backend of Face Detection Softweare fetching API call from Clarifai API. The software detects face sections of pictures no matter how many faces present in the picture
Built a solution that automates business management system hosted on SharePoint Online for BSI Group
Developed a simple solution for skill matrix used in organizing contractors. The solutions changed the tradition excel spreadsheet which takes more time and effort
An app that preserves and enables easy search of family history, stories and autobiographies electronically


Food 4 All Kids - a website created by students, for the students. Project supported by John Hopkins All Children's Hospital.


Baked Goods
Tea Cakes & Slice Cakes
+
Muffins & Cup Cakes
+
Pastries
+
Brownies
+
Birthday & Party Cakes
+
Doughnuts & Mousses
+
Cookies,Rusk & Khari
+
Gourmet Breads
+


Overly large packages may indicate a lack of design clarity.
Available only from Code | Inspect Code or Code | Analyze Code | Run Inspection by Name and isn't reported in the editor.
Use the Maximum number of classes field to specify the maximum allowed number of classes in a package.


Version 5.2.2 Installation
Instructions:
- Close all instances of Minecraft
- Download The Mods Using the link below
- Extract the ZIP file to a folder on your desktop
- Press WIN+R to open the Run Prompt
- Type %APPDATA% and press ENTER
- Naviate to: .minecraft/mods
- Delete the ENITRE CONTENTS of the folder
- Copy the extracted files from the folder on your desktop to the mods folder (NOTE: Do not copy the folder)
- Close the window and reload Minecraft 1.7.10


Let us start by exploring the key concepts needed to understand meltdown:
We will then put all of them together and understand how Meltdown works.
Whenever we run a program, it is the norm to expect that the CPU executes the instructions line by line. Indeed, the entire field of computer software relies on this simplifying assumption of in-order execution by the CPU.
From the perspective of the CPU though, this would result in an incredible waste of power and computation.
For example, let us say we want to bake a cake and prepare a salad. If we were to follow in-order execution, we would first have to wait for the cake to be baked, before we could even start collecting ingredients for the salad !
In Fig. 1, we can see that there are 4 steps needed to make the cake and salad.
Isn't it a gross waste of time to sit twiddling our thumbs until the cake is baked ?
Wouldn't we be able to make the salad while waiting for the cake to get baked ?
Of course we would ! The key idea is that
the salad does not depend on the cake in any manner whatsoever.
Let us now re-attempt the same excercise, but with Out of Order execution.
From the Fig. 2, it becomes apparent that we are saving the last two steps
by preparing the salad alongside baking the cake.
Coming back to the world of CPUs, let us replace the baking by a memory load, and the preparation of salad
as an ALU operation.
Hence, the CPU begins executing arithmetic operations, even as it waits for some
unrelated data to be loaded from the memory.
Out of order execution has become a standard feature on all modern CPUs to maximize performance.
Let us now look at how memory is mapped by the Linux Kernel.
Any program in execution is called a process.
For example, instances of Firefox, Notepad, File Explorer, etc. are all processes.
Each process has its own set of memory assigned by the kernel.
For obvious reasons, one process should not be able to figure out
the location/content of memory belonging to another process.
To enforce this, we have "Virtual Memory" for each process. The kernel
assigns each process its own exclusive address space.
Virtual memory serves several purposes, such as simplifying I/O, memory accesses, etc. which are
beyond the scope of this post.
The component of virtual memory that concerns us is the virtual address space (VAS).
The virtual address space of a process is the set of virtual memory addresses assigned by the kernel.
The address space for each process is private and cannot be accessed by other processes.
Importantly, the process is only allowed to use a portion of its VAS. This is because the entire Kernel memory is mapped
by the kernel in the remaining VAS to reduce access time to other resources (disk I/O, system call APIs, etc.).
In Fig. 3, the process is allowed to use addresses in the range 0-3 GB.
The kernel address space is mapped in the remainder of the memory.
You can think of this as getting your own cubicle, which separated from your colleague's cubicle, but your boss can access all of the cubicles. You and your colleagues are the user space processes with your own virtual memory mappings to the company data, while your employer is the all encompassing Kernel who can see everything.
The kernel is required to ensure that the process is unable to access any of the protected (kernel space) addresses.
But how does the kernel do this ?
This brings us to the next part - Memory Protection Mechanisms.
As we've already seen, the Kernel's entire address space (and consequently the entire system memory) is dutifully mapped out in each process' VAS, and we need to ensure that the process can't access anything other than the allowed addresses.
The protected addresses marked PROTECTED by the Kernel.
Attempting to access them leads to an interrupt generated by the CPU (commonly called a
Page Fault).
Those experienced in C would have definitely come across this in the form of the infamous
SIG-SEGV
("segmentation fault : core dumped" ring any bells ?)
The kernel intercepts this interrupt and generates an exception for the user-space application attempting read/write access.
We have seen that an error is generated by the CPU for an illegal memory access. However, the error is
not immediately generated when the exception occurs in
out of order execution, since the exception caused by the protection check
is buffered before being output (for details, see
Speculative Execution).
After the out of order execution completes, the CPU outputs the buffered result (generates an interrupt),
and as before, the kernel generates an exception.
Meltdown occurs when the CPU leaks data of protected locations
during out of order execution.
If the result of a load from protected memory is temporarily brought into the CPU cache during the buffering period,
it is possible to determine the value at that location, and hence "meltdown" the kernel's memory protection.
For example, let us consider a (horribly inefficient) program
In instruction 1, we have 2 memory accesses (a load and a store, assumed to be legal),
hence the CPU can remain idle until they complete.
However, since it supports out of order execution, it goes ahead and starts executing instruction 2.
Instruction 2 accesses a protected address, generating a page fault speculatively and storing it in the buffer.
The response to this speculative page fault differentiates CPUs affected by meltdown
and those that are not.
Vulnerable CPUs load the value from the location into b.

Instruction 3 pushes b into the CPU cache. If the CPU is vulnerable, then the protected data
is now in the CPU cache.
It is now very easy to perform a side channel attack and gain access to the protected data.
The details of side channel attacks are beyond the scope of this post. I will cover them in part 2.
That brings us to the end of this post. I hope I have been able to give a clear understanding of
the high level mechanics of meltdown.
I have skimmed over the actual implementation of meltdown, something I plan to cover in Part 2.
I have also skimmed over the specifics of out of order execution and speculation. Relevant links are
in the references
Feel free to contact me by raising an issue on the github repo .


Class: Rumale::ModelSelection::CrossValidation
- Inherits:
-
Object
- Object
- Rumale::ModelSelection::CrossValidation
- Defined in:
- rumale-model_selection/lib/rumale/model_selection/cross_validation.rb
Overview
CrossValidation is a class that evaluates a given classifier with cross-validation method.
Instance Attribute Summary collapse
-
#estimator ⇒ Classifier
readonly
Return the classifier of which performance is evaluated.
-
#evaluator ⇒ Evaluator
readonly
Return the evaluator that calculates score.
-
#return_train_score ⇒ Boolean
readonly
Return the flag indicating whether to caculate the score of training dataset.
-
#splitter ⇒ Splitter
readonly
Return the splitter that divides dataset.
Instance Method Summary collapse
-
#initialize(estimator: nil, splitter: nil, evaluator: nil, return_train_score: false) ⇒ CrossValidation
constructor
Create a new evaluator with cross-validation method.
-
#perform(x, y) ⇒ Hash
Perform the evalution of given classifier with cross-validation method.
Constructor Details
#initialize(estimator: nil, splitter: nil, evaluator: nil, return_train_score: false) ⇒ CrossValidation
Create a new evaluator with cross-validation method.
44 45 46 47 48 49 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 44 def initialize(estimator: nil, splitter: nil, evaluator: nil, return_train_score: false) @estimator = estimator @splitter = splitter @evaluator = evaluator @return_train_score = return_train_score end |
Instance Attribute Details
#estimator ⇒ Classifier (readonly)
Return the classifier of which performance is evaluated.
24 25 26 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 24 def estimator @estimator end |
#evaluator ⇒ Evaluator (readonly)
Return the evaluator that calculates score.
32 33 34 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 32 def evaluator @evaluator end |
#return_train_score ⇒ Boolean (readonly)
Return the flag indicating whether to caculate the score of training dataset.
36 37 38 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 36 def return_train_score @return_train_score end |
#splitter ⇒ Splitter (readonly)
Return the splitter that divides dataset.
28 29 30 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 28 def splitter @splitter end |
Instance Method Details
#perform(x, y) ⇒ Hash
Perform the evalution of given classifier with cross-validation method.
62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 |
# File 'rumale-model_selection/lib/rumale/model_selection/cross_validation.rb', line 62 def perform(x, y) # Initialize the report of cross validation. report = { test_score: [], train_score: nil, fit_time: [] } report[:train_score] = [] if @return_train_score # Evaluate the estimator on each split. @splitter.split(x, y).each do |train_ids, test_ids| # Split dataset into training and testing dataset. feature_ids = !kernel_machine? || train_ids train_x = x[train_ids, feature_ids] train_y = y.shape[1].nil? ? y[train_ids] : y[train_ids, true] test_x = x[test_ids, feature_ids] test_y = y.shape[1].nil? ? y[test_ids] : y[test_ids, true] # Fit the estimator. start_time = Time.now.to_i @estimator.fit(train_x, train_y) # Calculate scores and prepare the report. report[:fit_time].push(Time.now.to_i - start_time) if @evaluator.nil? report[:test_score].push(@estimator.score(test_x, test_y)) report[:train_score].push(@estimator.score(train_x, train_y)) if @return_train_score elsif log_loss? report[:test_score].push(@evaluator.score(test_y, @estimator.predict_proba(test_x))) if @return_train_score report[:train_score].push(@evaluator.score(train_y, @estimator.predict_proba(train_x))) end else report[:test_score].push(@evaluator.score(test_y, @estimator.predict(test_x))) report[:train_score].push(@evaluator.score(train_y, @estimator.predict(train_x))) if @return_train_score end end report end |


Information Sources
-
https://www.history.com/topics/world-war-ii/trinity-test
-
https://www.history.com/topics/world-war-ii/potsdam-conference
-
https://www.history.com/topics/world-war-ii/bombing-of-hiroshima-and-nagasaki
-
https://www.atomicheritage.org/history/soviet-atomic-program-1946
-
https://digitalarchive.wilsoncenter.org/document/117039
Image Sources
-
Churchill, Truman, and Stalin
-
Hiroshima


Our Vison- Is to give good practical as well as theoretical knowledge, we will build a balance between both of them, which will in future help the students to cope up with the booming technologies.
Microsoft Office is a suite of desktop productivity applications that is designed specifically to be used for office or business use. It is a proprietary product of Microsoft Corporation and was first released in 1990. It mainly consists of Word, Excel, PowerPoint, Access, OneNote, Outlook and Publisher applications. Microsoft Office is a family of client software, server software, and services developed by Microsoft. It was first announced by Bill Gates on August 1, 1988, at COMDEX in Las Vegas


[ all classes ]
[ org.dashbuilder.dataprovider ]
Coverage Summary for Package: org.dashbuilder.dataprovider
| Package | Class, % | Method, % | Line, % |
|---|---|---|---|
| org.dashbuilder.dataprovider | 71.4% (15/ 21) | 56.6% (60/ 106) | 55.7% (186/ 334) |
| Class | Class, % | Method, % | Line, % |
|---|---|---|---|
| ELSProviderType | 100% (1/ 1) | 100% (4/ 4) | 100% (4/ 4) |
| BeanProviderType | 100% (1/ 1) | 100% (4/ 4) | 100% (4/ 4) |
| SQLProviderType | 100% (1/ 1) | 100% (4/ 4) | 100% (4/ 4) |
| CSVProviderType | 100% (1/ 1) | 100% (4/ 4) | 100% (4/ 4) |
| SalesPerYearDataSetGenerator | 100% (1/ 1) | 100% (2/ 2) | 100% (20/ 20) |
| CustomProviderTest | 100% (1/ 1) | 100% (5/ 5) | 100% (28/ 28) |
| DataSetProviderType | 100% (1/ 1) | 100% (3/ 3) | 100% (7/ 7) |
| BeanDataSetGeneratorTest | 100% (1/ 1) | 83.3% (5/ 6) | 93.1% (27/ 29) |
| DataSetProviderRegistryImpl | 100% (1/ 1) | 80% (4/ 5) | 90.9% (10/ 11) |
| CustomDataSetProvider | 100% (1/ 1) | 87.5% (7/ 8) | 88.2% (15/ 17) |
| StaticDataSetProvider | 100% (1/ 1) | 77.8% (7/ 9) | 85.7% (30/ 35) |
| AbstractProviderType | 100% (1/ 1) | 100% (2/ 2) | 75% (3/ 4) |
| DefaultProviderType | 100% (1/ 1) | 66.7% (2/ 3) | 66.7% (4/ 6) |
| StaticProviderType | 100% (1/ 1) | 66.7% (2/ 3) | 66.7% (2/ 3) |
| BeanDataSetProvider | 100% (1/ 1) | 41.7% (5/ 12) | 53.3% (24/ 45) |
| StaticDataSetProviderCDI | 0% (0/ 1) | 0% (0/ 1) | 0% (0/ 2) |
| SQLDataSetProviderCDI | 0% (0/ 1) | 0% (0/ 5) | 0% (0/ 24) |
| BeanDataSetProviderCDI | 0% (0/ 1) | 0% (0/ 7) | 0% (0/ 31) |
| DataSetProviderRegistryCDI | 0% (0/ 1) | 0% (0/ 8) | 0% (0/ 20) |
| ElasticSearchDataSetProviderCDI | 0% (0/ 1) | 0% (0/ 6) | 0% (0/ 20) |
| CSVDataSetProviderCDI | 0% (0/ 1) | 0% (0/ 5) | 0% (0/ 16) |


| Project | Description | Languages Used |
|---|---|---|
| EpiPedia | A replica of the Wikipedia Homepage. | HTML, CSS |
| Acrobat | Visually appealing webpage displaying photographs. | HTML, CSS |
| Vacay | Website about the Blackpot Festival in Lafayette, LA. | HTML, CSS |
| Resume | A creative take on a resume. | HTML, CSS |
| Cat Consortium | A webpage displaying cats available for adoption. | HTML, CSS |
| Interior Deco | A webpage displaying images and text related to interior decorating. | HTML, CSS |
| Devlin Design | Webpage displaying examples of an interior decorator's work | HTML, CSS |
| Cupcakes | A webpage for a cupcake shop. | HTML, CSS |
| My First Webpage | a simple webpage written in html | HTML |
| Hello World | A simple webpage that collects hellos in many different languages. | HTML |


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Module pyzkaccess.door
View Source
__all__ = [
'Door',
'DoorList'
]
from abc import ABCMeta, abstractmethod
from typing import Iterable, Union
from .aux_input import AuxInput, AuxInputList
from .common import UserTuple
from .event import EventLog
from .param import DoorParameters
from .reader import Reader, ReaderList
from .relay import RelayList
from .sdk import ZKSDK
class DoorInterface(metaclass=ABCMeta):
@property
def events(self) -> EventLog:
"""Event log of current door. This includes events of its
relays, readers, aux inputs and so forth
"""
return self._specific_event_log()
@property
@abstractmethod
def relays(self) -> RelayList:
"""Relays which belong to this door"""
pass
@abstractmethod
def _specific_event_log(self) -> EventLog:
pass
class Door(DoorInterface):
"""Concrete door"""
def __init__(self,
sdk: ZKSDK,
event_log: EventLog,
number: int,
relays: RelayList,
reader: Reader,
aux_input: AuxInput,
parameters: DoorParameters):
self.number = number
self._sdk = sdk
self._event_log = event_log
self._relays = relays
self._reader = reader
self._aux_input = aux_input
self._parameters = parameters
@property
def relays(self) -> RelayList:
return self._relays
@property
def reader(self) -> Reader:
"""Reader which belong to this door"""
return self._reader
@property
def aux_input(self) -> AuxInput:
"""Aux input which belong to this door"""
return self._aux_input
@property
def parameters(self) -> DoorParameters:
"""Device parameters related to this door"""
return self._parameters
def _specific_event_log(self) -> EventLog:
return self._event_log.only(door=[self.number])
def __eq__(self, other):
if isinstance(other, Door):
return self.number == other.number \
and self._sdk is other._sdk \
and self._relays == other._relays \
and self._reader == other._reader \
and self._aux_input == other._aux_input
return False
def __ne__(self, other):
return not self.__eq__(other)
def __str__(self):
return "Door[{}]".format(self.number)
def __repr__(self):
return self.__str__()
class DoorList(DoorInterface, UserTuple):
"""Collection of door objects which is used to perform group
operations over multiple doors
"""
def __init__(self, sdk: ZKSDK, event_log: EventLog, doors: Iterable[Door]):
super().__init__(doors)
self._sdk = sdk
self._event_log = event_log
@property
def relays(self) -> RelayList:
"""Relays which belong to this doors"""
relays = [relay for door in self for relay in door.relays]
return RelayList(self._sdk, relays=relays)
@property
def readers(self) -> ReaderList:
"""Readers which belong to this door"""
readers = [x.reader for x in self]
return ReaderList(self._sdk, event_log=self._event_log, readers=readers)
@property
def aux_inputs(self) -> AuxInputList:
"""Aux inputs which belong to this door"""
aux_inputs = [x.aux_input for x in self]
return AuxInputList(self._sdk, event_log=self._event_log, aux_inputs=aux_inputs)
def __getitem__(self, item: Union[int, slice]) -> Union[Door, 'DoorList']:
doors = self.data[item]
if isinstance(item, slice):
return self.__class__(self._sdk, self._event_log, doors=doors)
else:
return doors
def _specific_event_log(self) -> EventLog:
doors = set(x.number for x in self)
return self._event_log.only(door=doors)
Classes
Door
class Door(
sdk: pyzkaccess.sdk.ZKSDK,
event_log: pyzkaccess.event.EventLog,
number: int,
relays: pyzkaccess.relay.RelayList,
reader: pyzkaccess.reader.Reader,
aux_input: pyzkaccess.aux_input.AuxInput,
parameters: pyzkaccess.param.DoorParameters
)
Concrete door
View Source
class Door(DoorInterface):
"""Concrete door"""
def __init__(self,
sdk: ZKSDK,
event_log: EventLog,
number: int,
relays: RelayList,
reader: Reader,
aux_input: AuxInput,
parameters: DoorParameters):
self.number = number
self._sdk = sdk
self._event_log = event_log
self._relays = relays
self._reader = reader
self._aux_input = aux_input
self._parameters = parameters
@property
def relays(self) -> RelayList:
return self._relays
@property
def reader(self) -> Reader:
"""Reader which belong to this door"""
return self._reader
@property
def aux_input(self) -> AuxInput:
"""Aux input which belong to this door"""
return self._aux_input
@property
def parameters(self) -> DoorParameters:
"""Device parameters related to this door"""
return self._parameters
def _specific_event_log(self) -> EventLog:
return self._event_log.only(door=[self.number])
def __eq__(self, other):
if isinstance(other, Door):
return self.number == other.number \
and self._sdk is other._sdk \
and self._relays == other._relays \
and self._reader == other._reader \
and self._aux_input == other._aux_input
return False
def __ne__(self, other):
return not self.__eq__(other)
def __str__(self):
return "Door[{}]".format(self.number)
def __repr__(self):
return self.__str__()
Ancestors (in MRO)
- pyzkaccess.door.DoorInterface
Instance variables
aux_input
Aux input which belong to this door
events
Event log of current door. This includes events of its relays, readers, aux inputs and so forth
parameters
Device parameters related to this door
reader
Reader which belong to this door
relays
DoorList
class DoorList(
sdk: pyzkaccess.sdk.ZKSDK,
event_log: pyzkaccess.event.EventLog,
doors: Iterable[pyzkaccess.door.Door]
)
Collection of door objects which is used to perform group operations over multiple doors
View Source
class DoorList(DoorInterface, UserTuple):
"""Collection of door objects which is used to perform group
operations over multiple doors
"""
def __init__(self, sdk: ZKSDK, event_log: EventLog, doors: Iterable[Door]):
super().__init__(doors)
self._sdk = sdk
self._event_log = event_log
@property
def relays(self) -> RelayList:
"""Relays which belong to this doors"""
relays = [relay for door in self for relay in door.relays]
return RelayList(self._sdk, relays=relays)
@property
def readers(self) -> ReaderList:
"""Readers which belong to this door"""
readers = [x.reader for x in self]
return ReaderList(self._sdk, event_log=self._event_log, readers=readers)
@property
def aux_inputs(self) -> AuxInputList:
"""Aux inputs which belong to this door"""
aux_inputs = [x.aux_input for x in self]
return AuxInputList(self._sdk, event_log=self._event_log, aux_inputs=aux_inputs)
def __getitem__(self, item: Union[int, slice]) -> Union[Door, 'DoorList']:
doors = self.data[item]
if isinstance(item, slice):
return self.__class__(self._sdk, self._event_log, doors=doors)
else:
return doors
def _specific_event_log(self) -> EventLog:
doors = set(x.number for x in self)
return self._event_log.only(door=doors)
Ancestors (in MRO)
- pyzkaccess.door.DoorInterface
- pyzkaccess.common.UserTuple
Instance variables
aux_inputs
Aux inputs which belong to this door
events
Event log of current door. This includes events of its relays, readers, aux inputs and so forth
readers
Readers which belong to this door
relays
Relays which belong to this doors
Methods
copy
def copy(
self
)
View Source
def copy(self): return self.__class__(self)
count
def count(
self,
item
)
View Source
def count(self, item): return self.data.count(item)
index
def index(
self,
item,
*args
)
View Source
def index(self, item, *args): return self.data.index(item, *args)


#set( $testUrl = "$request.ContextPath/rpa/hello/JPublish.json")
A JPublish web app demonstrating the "REST Path Actions" module


THE PERFECT STORM ------------------
In 1991, the swordfish boat Andrea Gail left Gloucester, Massachusetts in October, late in the season, because its captain, Billy Tyne (George Clooney) wanted to prove he could still find the fish. He pushed his boat farther into the Atlantic than most boats normally ventured mid-season.
Meanwhile, Hurricane Grace, which had been dying off the coast of Bermuda, met up with an old frontal system from New England and a new one coming out of the Great Lakes, rejuvenating itself into one perfect storm right in the Andrea Gail's pathway home.
LAURA:
Wolfgang Petersen, director of the below-water submarine classic "Das Boot," creates the surface maelstrom of Sebastian Junger's bestseller from a screenplay adaptation by William D. Wittliff.
The film begins on location in Gloucester, where the Andrea Gail's disappointed crew receive less than their expected wages, even as they're thrilled to be reunited with friends and family at The Crow's Nest, the local watering hole presided over by Ethel Shatford (Janet Wright, TV's "More Tales of the City," "Ladies and Gentlemen, the Fabulous Stains" (with Diane Lane)). Her son, rookie fisherman Bobby Shatford (Mark Wahlberg, "Three Kings") only wants to stay in the game to make the quick cash needed to regain custody of his girlfriend Christina's (Diane Lane, "My Dog Skip") children, even though she begs him to take a safer, albeit less lucrative job.  Bugsy (John Hawkes (I), "Blue Streak) is attempting to begin a new relationship with Irene (Rusty Schwimmer, "Amistad") the night before they sail, while Alfred Pierre (Allen Payne, "A Price Above Rubies") kisses goodbye the blonde he just kissed hello. Tyne also recruits new crew member Sully (William Fichtner, "Go") which doesn't go down well with Murph because the man once had an affair with his ex-wife.
The trip seems jinxed from the outset as the swordfish supply dries up and Bobby has a run-in with a shark that's hauled aboard. Murphy gets hauled overboard and under when he's hooked by a line (ironically it's Sully who dives in first to save him) and a rogue wave challenges the whole crew. Then Tyne announces he's heading for the Finnish Cap, a distant point that causes grumbling among the men until they begin to haul in swordfish like there's no tomorrow. Meanwhile, the audience is clued in to the birth of the devasting storm by witnessing the plight of three people (Bob Gunton, Karen Allen and Cherry Jones) forced to issue Mayday from a yacht and the weather reports being watched in fear back on the barstools of Gloucester.
"The Perfect Storm" bears some resemblance to another seafaring flick, Stephen Spielberg's "Amistad," a film of quality that demanded admiration without quite achieving a strong emotional response in the viewer. Petersen and his special effects/technical crew deliver an astoundingly realistic storm and put the viewer into the thick of it, whether on the Gail or inside a Coast Guard rescue copter. The screenplay establishes character background, yet once on the boat, the Andrea Gail's crew isn't all that distinguishable in the face of the elements, unlike, say the three disparate shark hunters of "Jaws." They become symbols of 'man against nature,' while the women at home too fleetingly (yet ably) provide the emotional impact.
Better is the irony that those who suffered - both the luxury yacht vacationers and the blue collar fisherman, wouldn't have been in their ultimate predicaments if it weren't for the almighty dollar (the yacht's owner foolishing refuses to abandon his boat and the Gloucestermen decide to head back through the storm instead of losing their 60,000 lbs. of swordfish), although this doesn't extend to the heroic rescuers, one of whom was lost.
"The Perfect Storm" boasts a fine cast, yet the standout performances are to be found in minor supporting players. Janet Wright embodies the tough and gruffly tender North Shore bartender Ethel, whom the fishermen's women lean on. Two beautifully real, funny and honest moments are created between Hodge's hopeful Bugsy and Rusty Schwimmer's initially distrustful Irene. The bigger stars are solid, although a concensus of emphasis on the Boston area accent would have been nice, with native son Wahlberg underplaying his, Diane Lane pushing hers north to Maine and the rest waffling to varying degrees in the middle.
Technically the film is top notch with the aforementioned effects, cinematography by John Seale ("The Talented Mr. Ripley"), editting by Richard Francis-Bruce and sound by Keith A. Wester and Eric Gotthelf - these are the credits that are most likely to be rewarded with Oscar nominations. James Horner's ("Titanic") score, however, is rather pedestrian.
B
ROBIN:
The swordfish boat Andrea Gail, also called a long-liner for the miles of fishing gear they play out for a night's fishing, has not had a good season. Her captain, Billy Tyne (George Clooney), has always prided himself on "getting the fish," so he decides to take the risk of a late season run, unknowingly setting a course that will bring him and his crew in harm's way of director Wolfgang Petersen's "The Perfect Storm."
The lucrative North Atlantic fishing grounds is a hard place to make a living in the best of weather. In 1991, late season hurricane Grace took an uncharacteristic turn away from the East Coast of the United States and barreled out into the Atlantic. Simultaneously, two other storms formed nearby with alarming intensity. These three massive weather systems collided directly in the path of the Andrea Gail and these events are brought to life on the big screen from Sebastian Junger's book, the true-life adventure, "The Perfect Storm." The book covers far more than the fate of the missing Gloucester boat and deals with the destiny of other unfortunates who experience the real power of Mother Nature. As expected, the film has a very different focus than the Junger nonfiction novel.
The movie, directed by the talented Wolfgang Petersen ("Das Boot") and adapted for the screen by William D. Wittliff and Bo Goldman, takes the essence of the very technical details of Junger's book and gives it a human face. As you'd expect in a major F/X event film such as "The Perfect Storm," the emphasis is on the raw power of the gigantic storm. The characters are introduced quickly, personalities and conflicts are established immediately, then the filmmakers get down to the business of making an epic scale disaster flick. The actors aren't just along for the ride, but they do take a back seat to the stupendous storm of the title.
As such, "The Perfect Storm" does exactly what it sets out to do. Petersen and his team pour their film crafting talents into the project and come out with a first rate adventure that keeps you on the edge of your seat once the action begins. The seamless nature of the awesome storm effects defies the viewer to see the F/X sleight of hand that takes place on the screen. The immensity of the perfect storm is depicted with an incredible realism that makes you almost feel the rain, wind and waves. And there are some big mutha waves!
The screenplay centers on the last trip of the doomed Andrea Gail, one of the Gloucester fishing fleet that survives on its annual haul of swordfish. It's a fickle business, though, and the key is not to catch the most fish, but to get it back to port first, when the prices are best. Captain Tyne gambles that being the only sworder out in the stormy Atlantic in November is worth the risk to get a successful haul. The captain and his crew, going much farther out than normal this trip, make a killing and fill the holds with swordfish. The giant storm is not a problem - until the ship's ice making machine irreparably breaks down, forcing the Andrea Gail to save the catch by taking the direct path home - into the heart of the storm of the century.
The production is first class on many levels. The working class, blue color costuming, with loads of flannel, by Erica Phillips ("The General's Daughter) practically reeks of fish. Set design by William Sandell ("Deep Blue Sea"), especially the confines of the Andrea Gail, are convincing. John Seale's great lensing captures the feel of Gloucester and provides fast and furious filming during the action sequences. Kudos to the F/X team, with the help of Industrial Light & Magic, that creates 100-foot waves, spectacular air-sea rescue action and gut wrenching sequences that squelched any desire I had to become a swordfisherman.
Although the cast of "The Perfect Storm" plays second fiddle to the special F/X, they are, to a man and woman, professional and give as much depth to their characters as allowed. Clooney plays Captain Tyne as a cool professional sailor, but one whose facade is showing cracks in his self-confidence. Mark Wahlberg dusts off his Boston accent for the role of Bobby Shatford, the rookie crewman on the Andrea Gail who Tyne calls a natural seaman. John C. Reilly and William Fichtner play adversaries, Murph and Sully, who drop their animosity when danger arises. Those left back on land make the most out of their small roles, especially Janet Wright who plays Bobby's mother and friend to his girlfriend, Christina Cotter (Diane Lane).
More interesting and believable than "Mission: Impossible 2," but not nearly the fun of "Shaft," "The Perfect Storm" is the perfect picture for the looming hot summer nights. I wouldn't recommend it to anyone planning a cruise anytime soon. I give it a B+.
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Planet Sick-Boy: http://www.sick-boy.com "We Put the SIN in Cinema"
© Copyright 2001 Planet Sick-Boy. All Rights Reserved.
If movies have taught us one thing over the last few years, it's that the suburbs are a very dark, very screwed-up place. L.I.E. confirms this semi-revelation by taking the gritty subject matter of Kids and moving it about 35 miles east to Dix Hills in Long Island's Suffolk County. The title refers to the Long Island Expressway in a not-so-subtle metaphor for the fate of L.I.E.'s main character, who explains that some of the freeway's lanes go straight to hell, having claimed the lives of such notables as singer/songwriter Harry Chapin and director Alan J. Pakula, as well as his own mother, who bought it on Exit 52.
His name is Howie Blitzer (Paul Franklin Dano) and he's a scrawny 15-year-old with braces and a talent for poetry. Howie is a good kid who has fallen in with a bad crowd, no doubt thanks to his mother's death and his father Marty's (Bruce Altman, Girl Interrupted) refusal to get involved in his son's life. The two are clearly haunted by the death of their mother and wife, with Marty turning to 80-hour workweeks and a live-in bimbo for comfort, while Howie occasionally pulls a shoebox of his mother's bathroom effects down from a shelf just so he can smell her perfume.
Part of the aforementioned "wrong crowd" includes Gary Terrio (Billy Kay, The Guiding Light), a pierced, tattooed young man who gets Howie and two others involved in a series of home break-ins that usually consist of raiding the refrigerator (they're just bored, misguided kids, you see).
Howie knows nothing about Gary's extracurricular activities or that he's being led into the den of one of the area's biggest pedophiles, "Big John" Harrigan (Brian Cox, Rushmore), who hears the boys' attempt to rob him, gives chase and manages to tear the pocket off of Howie's jeans. The ex-Marine (his license plate reads "BJ," which refers to both his nickname and something he claims he can do better than anybody in the western hemisphere) and pillar of the local community sniffs the pocket like an animal, which is probably the most disturbing screen inhaling since Dennis Hopper in Blue Velvet. Like Velvet, it's a sign of bad things to come...or so you might think.
A typical film about a child abuser would portray Big John as pure, unadulterated evil, but here, he's kind and almost loving. He listens to Howie, which is something his own father never does. The relationship forged between Howie and the 60-something would-be monster is far from predictable, and the film never judges any of its characters, whether they diddle young boys or ignore their kids. With an odd twist on that famous scene from The Graduate, the film succeeds at getting the audience to empathize with a pedophile, and for that, L.I.E. is somewhat groundbreaking.
L.I.E. is the debut of writer/director Michael Cuesta, who co-penned the script with Stephen M. Ryder and Gerald Cuesta. While the story sometimes loses its way, the trio does a wonderful job at developing each of these characters. The film looks great, too, and is highlighted by a scene in which Howie and Gary break into each other's homes and ransack each other's rooms.
Those of you brave and lucky enough to see L.I.E. will be treated to Cox's terrific performance that - and I can pretty safely guarantee this - nobody will be talking about at the office water cooler. No one would blame you for being scared away by the film's content and its unfair NC-17 rating, which was affixed by a clearly clueless MPAA. L.I.E. contains absolutely no nudity and only implied sexual content. If anything, it's something parents should want their kids to see, just so they can understand evil sometimes comes in surprising disguises.
1:40 - NC-17 for language, graphic sexual dialogue and violence
========== X-RAMR-ID: 29686 X-Language: en X-RT-ReviewID: 247682 X-RT-TitleID: 1106648 X-RT-SourceID: 595 X-RT-AuthorID: 1146
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Very Large Scale Integrated Design is all about how to design, manufacture, test and deploy Integrated Circuits (ICs) for various electronic applications such as smartphone, television, laptop, desktop, cars, airplane etc. In this page, I will be updating resources related to VLSI design such as books, blogs, courses, videos etc.
Books
Digital Integrated Circuit Design
- Digital Integrated circuits: A design perspective Jan Rabaey, Anantha Chandrakasan, B.Nikolic, Second Edition, Prentice Hall of India, 2003.
- Principles of CMOS VLSI DESIGN N.Weste, K.Eshraghian, A system Perspective, second edition,Addision Wesley 1993.
- Basic VLSI Design A.Pucknell, Kamran Eshraghian, Third edition, Prentice Hall of India, 2007.
- CMOS Circuit Design, Layout and Simulation R.Jacob Baker, Harry W.LI., David E.Boyee, 2005 Prentice Hall of India.
- Application specific integrated circuits M.J. Smith, Addisson Wesley, 1997.
CMOS Analog IC Design
- Analysis and Design of Analog Integrated Circuits Gray, Hurst, Lewis, Meyar, Fifth Edition John Wiley, 2009.
- Design of Analog CMOS Integrated Circuits Behzad Razavi, Twelfth Reprint, Tata McGraw Hill, 2012.
- CMOS Analog Circuit Design Phillip E. Allen, Douglas R.Holberg, Third edition, Oxford University Press, 2011.
Design for Testability
- Essentials of Electronic Testing for Digital, Memory, and Mixed Signal VLSI Circuits M.L. Bushnell, V. D. Agrawal, Kluwer Academic Publishers, 2002.
- Principles of Testing Electronic Systems Samiha Mourad, Yervant Zorian, A Wiley Interscience Publications, 2002.
- Digital Logic Testing and Simulation Alexander Miczo, Second Edition, A John Wiley & Sons Inc. Publication, 2003.
- VLSI Test Principles and Architectures L.T. Wang, C.W. Wu and X. Wen, Elsevier, 2006.
Low Power VLSI Design
- Low power CMOS VLSI circuit design Kaushik Roy and S.C.Prasad, Wiley, 2000.
- Designing CMOS Circuits for Low Power Dimitrios Soudris, Chirstian Pignet, Costas Goutis, Kluwer, 2002.
- Low voltage CMOS VLSI Circuits J.B.Kulo and J.H Lou, Wiley 1999.
SoC Design for Embedded Systems
- Computer System Design: System-on-Chip Michael J. Flynn and Wayne Luk, John Wiley and sons, 2011.
- Introduction to Embedded System Design Using Field Programmable Gate Arrays Rahul Dubey, Springer Verlag London Ltd., 2009.
- On-Chip Communication Architectures - System on Chip Interconnect Sudeep Pasricha and Nikil Dutt, Elsevier, 2008.
Videos
Analog IC Design
- MOSFET Basics - Eneradi
- Common Source Amplifiers - Eneradi
- Common Drain Amplifiers - Eneradi
- Common Drain Amplifiers - Eneradi
- Analog CMOS - Abu Hajara
- Analog Circuit Design - Professor Ali Hajimiri, Caltech)
- Razavi Electronics
Digital Integrated Circuit Design
Low Power VLSI Design
- Low Power VLSI Circuits and Systems - Professor Ajit Pal
- CMOS dynamic and static power consumption - University of Pisa, Fall 2015
VLSI Design
Courses
In case if you found something useful to add to this article or you found a bug in the code or would like to improve some points mentioned, feel free to write it down in the comments. Hope you found something useful here.
Happy learning!


- infix_to_Postfix(String) - Static method in class SimpleCipher.Expressions.Conversion
-
This function converts a given infix string to postfix.
- infix_to_Prefix(String) - Static method in class SimpleCipher.Expressions.Conversion
-
This function converts a given infix string to prefix.
- InvalidFormatException - Exception in SimpleCipher.Strings
-
Exception class for invalid expression format.
- isAlphanumeric(String) - Static method in class SimpleCipher.Strings.Validate
-
This function checks if an input string has alphanumeric bits, i.e if they are made of 0-9 and A-Z.
- isBinary(String) - Static method in class SimpleCipher.Strings.Validate
-
This function checks if an input string has binary bits, i.e if they are made up of 1s and 0s.
- isCustomLastWord(String, String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates a string if it is a terminating word in a sentence.
- isCustomPassword(String, CustomPasswordFilter) - Static method in class SimpleCipher.Strings.Validate
-
This function allows you to design custom password parameters.
- isCustomPasswordParametric(String, CustomPasswordFilter) - Static method in class SimpleCipher.Strings.Validate
-
This function checks for individual parameter validations, i.e it individually checks for alphabets, digits and symbols.
- isDefaultLastWord(String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates a string if it is a terminating word in a sentence.
- isDefaultPassword(String, int) - Static method in class SimpleCipher.Strings.Validate
-
This function checks if a String satisfies predetermined password parameters.
- isFirstWord(String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates a string if it is a starting word in a sentence.
- isHex(String) - Static method in class SimpleCipher.Strings.Validate
-
This function checks if an input string has hexadecimal bits, i.e if they are made up of 0-9 and A-F.
- isMiddleWord(String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates a string if it is not a first or last word in a sentence.
- isName(String, boolean, boolean) - Static method in class SimpleCipher.Strings.Validate
-
This function validates if a string is valid a valid name.
- isPhoneno(String, String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates if a string is valid a phone number for an user defined format.
- isSentence(String) - Static method in class SimpleCipher.Strings.Validate
-
This function validates if a string is valid a sentence.


Tagger
Help machines learn!
spam
phish
malware
person-to-person
promotional
informational
transactional
notification
submit


Preparation time
1-2 hours
Cooking time
30 mins to 1 hour
Serves
Serves 4-6
Dietary
For the honeycomb, place the sugar, honey, glucose and water into a heavy-based pan, insert a sugar thermometer and bring to the boil. Meanwhile, lightly grease a baking sheet. When the mixture reaches 160C/325F, which is a light caramel, remove from the heat.
Add the bicarbonate of soda and stir in quickly, then immediately pour the mixture onto the greased baking sheet - it will start to bubble up straightaway. Leave to cool.
When the honeycomb has cooled completely, break it up into small pieces - you will have plenty leftover for you to eat.
For the ice cream, place the whipped cream into a large bowl and fold in the honey and walnuts and about two large handfuls of the broken honeycomb.
Pour the mixture into a container and place into the freezer to set for about 15 minutes.
Preheat the oven to 200C/400F/Gas 6.
For the tarte tatin, place the sugar into an ovenproof pan (approx 20cm/8in) and heat gently without stirring until it turns golden-brown. Remove from the heat, add the butter and stir in gently.
Place the puff pastry onto a lightly floured surface and cut out a circle slightly larger than the pan.
Place the apples peeled-side down into the pan with the caramel and sprinkle with the fresh thyme leaves. Cover the apples and caramel mixture with the pastry and tuck the edges down the side of the pan.
Transfer to the oven and bake for 20-25 minutes, or until the pastry is golden-brown.
Remove the pan from the oven and leave to rest for a minute before turning it out. To do this, place a plate on top of the pan and invert so that the tart slips out, pastry to the base, apples on top.
Serve the tarte tatin warm with a scoop of the honeycomb and walnut ice cream.


Copyright © 2020 Anmol Pant
Nothing makes you realize how uninteresting you are as a person until you have to come up with a whole website about your own self,
whilst being well aware of the fact that your entire existence can be summed up in about five words:
Music. Movies. Memes. Minimalism. Melancholy.
So, here goes nothing “¯\_(ツ)_/¯“
I'm a pre-final year student studying in Vellore Institute of Technology, Vellore pursuing a B.Tech degree in Computer Science and Engineering, looking for opportunities to grow and learn.
A typical Delhi guy and a purposeful individual with a diverse skillset, who is often recognized for his commitment, ability and zeal to learn new things. I am not only motivated but also dexterous in handling multiple tasks competently on a regular basis, striving to put my best foot forward in all that I do.
I am an effective and articulate communicator and believe in creating a positive work environment that harbors self-development. I try to leave no stone unturned when it comes to fulfilling the responsibilities delegated to me and love to work, create and develop in the field of technology, specializing in Python Programming, Front-end Web Development, Machine Learning and Data Science. Also up to scratch in public speaking, marketing and sales, event management and content writing with excellent interpersonal communication skills.
An avid web developer, well-rounded with Front-end Web Development frameworks. Experienced in working with various tech companies to enhance their online presence.
A skillful JS developer, well versed in implementing the front-end logic that defines the behavior of the visual elements of a web application. Also proficient with JS libraries like jQuery.
A seasoned Python developer with expertise in working with various ML, Data Analysis and Web Development frameworks. Also well versed in Data Structures, OOPs and GUIs.
Certified in Google Analytics and dexterous in Database Management Systems and Tabulation softwares like MySQL, MongoDB, SQLite, phpMyAdmin, MS-Excel and Tableau.
Possess good analytical, statistical, and programming skills to collect, analyze, and interpret large data sets to develop data-driven solutions to difficult business challenges.
Can fine tune test results, train and retrain systems, design self-running software to automate predictive models and work on various machine learning frameworks and algorithms.
Adept in designing, training and working with feedforward, convolutional and recurrent neural networks. Presently working on some personal image detection and recognition projects.
Currently the part of the Executive Board of CodeChef-VIT student chapter; acting as the head of editorial, project & API documentation, technical and web content writing.
Copyright © 2020 Anmol Pant


Accessors are a technology,developed by the TerraSwarm Research Center, for composing heterogeneous devices and services in the Internet of Things (IoT).
Accessors embrace concurrency, atomicity, and asynchrony. The actor model, which governs interaction between accessors, permits accessors to execute concurrently with segregated private data and a message-passing interface for interaction. Internally, many accessors use asynchronous atomic callbacks (AAC) to invoke remote services and handle responses asynchronously and atomically. See comparisons with related technologies for insight into how accessors work.
Accessors are defined in a JavaScript file that includes a specification of the interface (inputs, outputs, and parameters) and an implementation of the functionality (reactions to inputs and/or production of outputs). Any JavaScript file that conforms with the accessor specification defines an accessor class.
The TerraSwarm accessor library provides a collection of example accessors. This library is maintained via an SVN repository that permits many contributors to add accessors to the library.
An instance of an accessor is created by a swarmlet host that evaluates the JavaScript in the accessor definition. At this time, there are at least three accessor hosts compatible with accessor specification 1.0:
To experiment with accessors now, see Getting Started with Accessors.
This project is a work in progress. Please contribute. The wiki page for this workgroup is the place to go to participate in the design of the accessor mechanism. See publications and presentations for more information.


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