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Quillsoft Ltd.
Mailing Address:
308-250 The EsplanadeToronto, Ontario
M5A 1J2
Location Address:
308-250 The EsplanadeToronto, Ontario
M5A 1J2
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
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Company Profile
Quillsoft (Toronto, ON) is a private software company founded by Dr. Fraser Shein in 2000 in partnership with Holland Bloorview Kids Rehabilitation Hospital. Quillsoft arose as a start-up from a consortium of Ontario university/hospital research labs and industry (Ontario Rehabilitation Technology Consortium) with a shared goal of commercializing rehabilitation technology research. Quillsoft specializes in reading and writing literacy software tools. We are now extending our market to include post-secondary students, second language learning, home, business and government, and the aging population for anyone who needs literacy support.
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WordQ speaks back letters, words, and sentences as you type. Any combination of these may be used to confirm what you type, and to help you find mistakes. Word feedback also confirms your selection of a predicted word. Sentence feedback helps you hear word flow in a sentence to decide whether the right words and punctuation are used.
One of the most beneficial uses of WordQ is proofreading, which uses both visual and spoken feedback to help you find mistakes in word order, word form, missing words, grammar, spelling and punctuation. By listening to the flow of words you can hear whether it makes sense. You can often hear mistakes and other disfluencies that you don’t see. Words are highlighted in context as they are spoken aloud for increased reading comprehension and detection of mistakes.
In Writing mode, a simple text editor is used for writing with the support of word prediction, abbreviation-expansion and speech feedback features. Spell-check and dictionary access is included. Use speech recognition with a new iPads.
In Reading mode, text is shown in a more visually pleasing manner to improve readability. This is used for proofreading, reading to learn, silent reading, reading aloud, and casual reading/listening. A novel text chunking method (patent-pending) can be selected to enhance comprehension and readability of text to allow you to focus on one text chunk at a time.
Researching information can be slow and tedious, requiring much effort, particularly when a student is unfamiliar with a topic area. ThoughtQ helps a student think outside of their own language box to find relevant and interesting web pages. Starting with an initial topic word or phrase, ThoughtQ uses its own data store of worldwide knowledge to suggest a list of words/phrases often not considered when searching (United States Patent #8,335,787 - Topic word generation method and system). ThoughtQ gathers web pages for review through a simple interface. With ThoughtQ there is no single best answer offered. Rather, it functions like a road sign that points and helps you gain knowledge. It is often the serendipity of finding relationships within information that is of greatest value. Too often, conventional searching requires a great deal of reading to find relationships that may be lost in a clutter of text and advertisements.
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Consumer Products
- Information Technology and Telecommunications
Geographic markets:
Export experience:
- Australia
- Belgium
- France
- Luxembourg
- New Zealand
- Switzerland
- United Kingdom
- United States
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Success stories:
School board backs adaptive software for all studentsPromoting widespread use of assistive technology will remove stigma, encourage collaboration, improve learning
BY LOUISE KINROSS Bloorview Kids Rehab
Speech-recognition software will be available to about 35,000 students in 122 schools in Eastern Ontario this year when the Upper Canada District School Board installs SpeakQ at all of its sites.
SpeakQ developed at Bloorview Kids Rehab is designed for students with learning disabilities who struggle to write.
But the principal of special projects for the Upper Canada board believes all students can benefit from it.
Were operating on the premise that adaptive technology is necessary for students with learning disabilities and good for all students, says Steve McLean. Good teaching dictates that we hit all of the learning modalities that kids need. Just because a student is doing well or moderately well doesnt mean that they couldnt benefit from adaptive technology. There are children other than our kids with learning disabilities who are stronger verbally than they are in a written context.
With SpeakQ, students speak a word or phrase and see it displayed in a box on their computer screen with four alternate words or phrases that the software predicts. They can click on each word or phrase to hear it spoken before selecting the correct one and inserting it into their document.
Steve says the practice of purchasing adapted technology strictly for students with identified learning problems has been counter-productive.
Whats generally happened across North America is that those kids have to leave their class and go to a different location to access a program on a single computer. They quickly learn that they dont want to be identified as different.
Making the technology uniformly available will remove this stigma and encourage collaboration. A lot of research tells us that kids learn best from other kids, and this was a problem when Johnny could use the technology but Suzie couldnt. That kind of sharing couldnt take place.
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
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Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
WordQ speaks back letters, words, and sentences as you type. Any combination of these may be used to confirm what you type, and to help you find mistakes. Word feedback also confirms your selection of a predicted word. Sentence feedback helps you hear word flow in a sentence to decide whether the right words and punctuation are used.
One of the most beneficial uses of WordQ is proofreading, which uses both visual and spoken feedback to help you find mistakes in word order, word form, missing words, grammar, spelling and punctuation. By listening to the flow of words you can hear whether it makes sense. You can often hear mistakes and other disfluencies that you don’t see. Words are highlighted in context as they are spoken aloud for increased reading comprehension and detection of mistakes.
In Writing mode, a simple text editor is used for writing with the support of word prediction, abbreviation-expansion and speech feedback features. Spell-check and dictionary access is included. Use speech recognition with a new iPads.
In Reading mode, text is shown in a more visually pleasing manner to improve readability. This is used for proofreading, reading to learn, silent reading, reading aloud, and casual reading/listening. A novel text chunking method (patent-pending) can be selected to enhance comprehension and readability of text to allow you to focus on one text chunk at a time.
Researching information can be slow and tedious, requiring much effort, particularly when a student is unfamiliar with a topic area. ThoughtQ helps a student think outside of their own language box to find relevant and interesting web pages. Starting with an initial topic word or phrase, ThoughtQ uses its own data store of worldwide knowledge to suggest a list of words/phrases often not considered when searching (United States Patent #8,335,787 - Topic word generation method and system). ThoughtQ gathers web pages for review through a simple interface. With ThoughtQ there is no single best answer offered. Rather, it functions like a road sign that points and helps you gain knowledge. It is often the serendipity of finding relationships within information that is of greatest value. Too often, conventional searching requires a great deal of reading to find relationships that may be lost in a clutter of text and advertisements.
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Consumer Products
- Information Technology and Telecommunications
Geographic markets:
Export experience:
- Australia
- Belgium
- France
- Luxembourg
- New Zealand
- Switzerland
- United Kingdom
- United States
Sector
Sector information
Classification codes
Success stories:
School board backs adaptive software for all studentsPromoting widespread use of assistive technology will remove stigma, encourage collaboration, improve learning
BY LOUISE KINROSS Bloorview Kids Rehab
Speech-recognition software will be available to about 35,000 students in 122 schools in Eastern Ontario this year when the Upper Canada District School Board installs SpeakQ at all of its sites.
SpeakQ developed at Bloorview Kids Rehab is designed for students with learning disabilities who struggle to write.
But the principal of special projects for the Upper Canada board believes all students can benefit from it.
Were operating on the premise that adaptive technology is necessary for students with learning disabilities and good for all students, says Steve McLean. Good teaching dictates that we hit all of the learning modalities that kids need. Just because a student is doing well or moderately well doesnt mean that they couldnt benefit from adaptive technology. There are children other than our kids with learning disabilities who are stronger verbally than they are in a written context.
With SpeakQ, students speak a word or phrase and see it displayed in a box on their computer screen with four alternate words or phrases that the software predicts. They can click on each word or phrase to hear it spoken before selecting the correct one and inserting it into their document.
Steve says the practice of purchasing adapted technology strictly for students with identified learning problems has been counter-productive.
Whats generally happened across North America is that those kids have to leave their class and go to a different location to access a program on a single computer. They quickly learn that they dont want to be identified as different.
Making the technology uniformly available will remove this stigma and encourage collaboration. A lot of research tells us that kids learn best from other kids, and this was a problem when Johnny could use the technology but Suzie couldnt. That kind of sharing couldnt take place.


This is Words and Buttons Online — a collection of interactive #tutorials, #demos, and #quizzes about #mathematics, #algorithms and #programming.
TL&DR Type inference works like logic deduction so any program in a statically typed language is two programs. The first one is the thing you sell, and the second – is a model that undergoes some sort of verification every time you run a compiler. This second program, although, often being written unknowingly, is not a free bonus, it’s something you have to pay for in several ways.
There are dedicated tools for formal verification model checking languages and environments. One of these tools is Alloy – an environment and a language you can model your data structures, services, or processes in, and the Alloy then will verify that your model has no contradictions.
The language of Alloy is based on relational logic so why don’t we model something about relationships too? Let’s do an “Alice likes Bob” exercise.
But what makes people like other people? Well, the personality traits of course! So let’s define some traits.
// Character traits abstract sig Traits {} one sig Kind extends Traits{} one sig Intelligent extends Traits {} |
Here `sig` is the short for `signature` and that’s how we define things in Alloy. In our case, we first define the concept of Traits, and not specific traits so we define them as `abstract`. Alloy speaks in sets, so `Traits` is the set that can include other sets but, being abstract, can’t participate in relationships by itself. The ones that can are declared below: `Kind` and `Intelligent` both pronounced subsets of `Traits` by `extends`. They are also declared as `one` meaning that they are both sets of one and only one element each.
These `abstract` or `one` thingies are not necessarily important for our model, but they help us form it closer to the way we describe people in our language. We don’t say “Bob is traits”, we say “Bob is kind”, that’s why `Traits` is made abstract. We don’t say “Bob is kind, intelligent, and kind again”, that’s why `Kind` is made a set of one and only one element.
Next, since we’re programmers and we consider programming languages as part of our identity, let’s presume that what we write in affects the way other people see us (in reality, it doesn’t).
So we need to declare some languages. We can borrow the same structure from the `Traits`.
// Languages to write abstract sig Languages {} one sig Asm extends Languages {} one sig Cpp extends Languages {} one sig Alloy extends Languages {} |
Once again, `Languages` is an abstract concept, and `Asm`, `Cpp`, and `Alloy` exist one and only one each. That’s where the model diverges from reality. There are 6 versions of Alloy and this moment, 5 major standards of C++, and countless versions of the assembly. But a model doesn’t have to be exact to be pragmatic, so we’ll let this slide.
Now let’s model some people.
// People abstract sig People { character: Traits, writes: Languages } one sig Alice extends People {} one sig Bob extends People {} one sig George extends People {} one sig Steve extends People {} |
Once again, `People` is an abstract concept but now it has something new. It has named relations. The `character` relation connects a person with a set of personality traits, and the `writes` relation connects the very same person to the set of languages.
`Alice`, `Bob`, `George`, and `Steve` are specific, not abstract people, and each exists in “one and only one” exemplar.
Now let’s program office rumors. In Alloy, since it works in relational logic, and not relational gossip, rumors are called `fact`s.
fact {Kind in Bob.*character} fact {Intelligent in Bob.*character} fact {Asm in Bob.*writes} fact {Cpp in Bob.*writes} fact {Kind in George.*character} fact {Asm in George.*writes} fact {Alloy in George.*writes} fact {Intelligent in Steve.*character} fact {Cpp in Steve.*writes} |
So what do the rumors tell us? Bob is kind and intelligent. Bob writes in C++ and assembly. George is kind and writes in assembly and alloy. And Steve is intelligent and writes in C++. So far so good.
Now let’s say Alice likes people who are kind, intelligent, and write in C++. In Alloy, we write these things as boolean functions or predicates using the `pred` word.
pred likes [a: People, b: People] { a = Alice Kind + Intelligent in b.*character Cpp in b.*writes } |
Here `likes` is the name of the predicate. `a` and `b` are variables, each belonging to a set of People. `a = Alice` is the first condition. `Kind + Intelligent in b.*character` is the second, and `Cpp in b.*writes` is the third. When we write conditions each in its own line, we don’t even add the `and` word, we presume that all the conditions meet at the same time.
The third condition looks like the fact we declared before, but the second has something new, it has a `+` sign that combines two sets into one. So Alice likes people who are both kind and intelligent. We could have written this as two separate expectations, but why bother if we have the set algebra tools onboard?
Anyway, now that we have our model, we can add assertions and see if they hold. Does Alice like Bob?
assert {likes [Alice, Bob]} |
So in Alloy, we can write down our model, and impose our assertions over it. Alloy will make sure that the model is sound. Now let’s see what elements of model checking C++ has to offer.
Technically, there are no sets in C++, but there are types. And types can be subtypes of each other so this is close enough to sets. E.g. we can define people like this.
// people class People{}; class Alice : People{}; class Bob : People{}; class George : People{}; class Steven : People{}; |
Note that abstract class in C++ is not the same as abstract set in Alloy. In C++ abstractness concerns instantiation, and we’re not even planning to instantiate anything. All we need is to program relations between types that will be automatically checked during compilation.
In fact, we don’t even have to create the parent classes at all. C++ templates deduce from any declared type there is. So let’s declare languages without `Languages`.
// languages class Cpp{}; class Alloy{}; class Asm{}; |
Now we need to program our “facts”. A fact is something that sets a named relation between sets, and you know what sets a relation between types in C++? Basically everything. One thing would be a function declaration. So when we want to state that Bob writes in C++, we can do that by declaring a function `writes`, and giving it a specific overload for specific types.
void writes(Bob, Cpp); |
But we can also take a shortcut and make a function into a fact itself. We don’t have to bind types (and we represent sets with types remember?) with functions, we can turn an overloaded function into a set itself. Like this.
void kind(Bob); |
Now the same array of facts as in Alloy could be written like this:
void kind(Bob); void intelligent(Bob); void writes(Bob, Cpp); void writes(Bob, Assembly); void kind(George); void writes(George, Asm); void writes(George, Alloy); void intelligent(Steven); void writes(Steven, Cpp); |
As for the predicates, or conditional functions, a template function will do. Template functions accept parametric types and deduce them to concrete ones so... close enough.
template < typename Person> void likes(Alice, Person person) { kind(person); intelligent(person); writes(person, Cpp()); } |
The downside is that the type deduction only occurs on instantiation, so if we live it all like this, we’ll never run the check, and we’ll never know if Alice likes Bob. So let’s make an assertion, let’s instantiate the `likes` predicate.
int main() { likes(Alice(), Bob()); } |
Now if a program compiles, then Alice does like Bob. If not – not. Does it?
Looks like we can use C++ compile time type deduction to validate models. Yey!
Some say that writing one program and having written two in the end is great! Write one, get one free! As someone who maintains other’s people code for a living, I disagree. Imagine that you have to maintain a C++ piece of code that has been written as its types relations have been. With no debugger, no coherent error messages, no profiler, and by someone who wasn’t even aware that he writes the program to begin with. That’s how 99% of all type-systems/relational models in the world have been written like.
No, the second program doesn’t come for free. It doesn’t automatically model what you want, to make it so, you have to put conscious effort into composing it properly. You have to be aware that it exists, that it requires attention, and it requires understanding. You have to realize that with static typing, you are writing both in a run-time imperative language, and in a compile-time declarative one, and you have to pay with your effort to develop both programs.
But that’s not it. Speaking of “free”, some people think that everything that happens in compile time is “free” because it doesn’t have to happen in run-time then.  With static typing, you are effectively running a model checker every time you compile your program whether you want it or not, and it puts a toll on your build times.
I have been writing about languages for a while now, and I couldn’t help noticing, that the posts on C++ drag the most attention. C++ is not the most popular language, it’s not the most hyped, it’s not the most interesting. So how come, every time I write something about C++, there are thousands of C++ programmers on standby waiting to start arguing with each other?
Rust has type traits. You have to declare everything you write in terms of traits and you have to make sure that the types you expose fit the declared traits or otherwise the program wouldn’t even compile. This localizes type deduction to a single module. If a module compiles, it is automatically stackable with other modules.
Haskell has typeclasses that work in a similar manner. If a type belongs to a typeclass, it exposes all the methods the typeclass requires or it doesn’t compile. That also narrows down type deduction.
C++ has both type traits and typeclasses (well, concepts anyway). It also has unscoped templates though. This means that any parametric code can be potentially compiled with any type there is. And... the compiler has to check if it can on any instantiation.
This means that if you include a `vector` in several translation units, the compiler has to build the contents of `vector` with each translation unit and it types separately. This leads to enormous build times. I once measured the compile time for a moderately large, moderately templated SDK, and 45% of all the time went to template type deduction. Well, that doesn’t seem too bad, does it? For comparison, 50% of the time went to parsing. But it was mostly parsing the headers with those templates. Because a header includes several headers, and each includes several more, and each translation unit parses the whole tree anew trying to build it with its local types, and sometimes, not all the time, but nobody knows when there is a teeny-tiny inconsistency in the model these types are meant to represent, and the build fails after half an hour of struggling.
And that’s where all the angry C++ programmers on the internet come from. They are waiting nervously for their builds to finish.
Will Computers Redefine the Roots of Math?
There's a Mathematician In Your Compiler
| Index #programming #tutorials | ← there's more. |
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So You Think You Know C (free book) + Geometry for Programmers (paid book) + Github & RSS |


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public class GlyphTable
extends java.lang.Object
Base class for all advanced typographic glyph tables.
This work was originally authored by Glenn Adams (gadams@apache.org).
| Modifier and Type | Class and Description |
|---|---|
static class |
GlyphTable.ChainedClassSequenceRule
The
ChainedClassSequenceRule class implements a subclass of ClassSequenceRule
that supports matching on a specific glyph class sequence in a specific chained contextual. |
static class |
GlyphTable.ChainedCoverageSequenceRule
The
ChainedCoverageSequenceRule class implements a subclass of CoverageSequenceRule
that supports matching on a specific glyph class sequence in a specific chained contextual. |
static class |
GlyphTable.ChainedGlyphSequenceRule
The
ChainedGlyphSequenceRule class implements a subclass of GlyphSequenceRule
that supports matching on a specific glyph sequence in a specific chained contextual. |
static class |
GlyphTable.ClassSequenceRule
The
ClassSequenceRule class implements a subclass of Rule
that supports matching on a specific glyph class sequence. |
static class |
GlyphTable.CoverageSequenceRule
The
CoverageSequenceRule class implements a subclass of Rule
that supports matching on a specific glyph coverage sequence. |
static class |
GlyphTable.GlyphSequenceRule
The
GlyphSequenceRule class implements a subclass of Rule
that supports matching on a specific glyph sequence. |
static class |
GlyphTable.HomogeneousRuleSet
The
HomogenousRuleSet class implements a collection of rules, which
must be the same rule type (i.e., same concrete rule class) or null. |
static class |
GlyphTable.LookupSpec
A structure class encapsulating a lookup specification as a <script,language,feature> tuple.
|
static class |
GlyphTable.LookupTable
The
LookupTable class comprising an identifier and an ordered list
of glyph subtables, each of which employ the same lookup identifier. |
static class |
GlyphTable.Rule
The
Rule class implements an array of rule lookup records. |
static class |
GlyphTable.RuleLookup
The
RuleLookup class implements a rule lookup record, comprising
a glyph sequence index and a lookup table index (in an applicable lookup list). |
static class |
GlyphTable.RuleSet
The
RuleSet class implements a collection of rules, which
may or may not be the same rule type. |
static class |
GlyphTable.UseSpec
The
UseSpec class comprises a lookup table reference
and the feature that selected the lookup table. |
| Modifier and Type | Field and Description |
|---|---|
static int |
GLYPH_TABLE_TYPE_BASELINE
baseline glyph table type
|
static int |
GLYPH_TABLE_TYPE_DEFINITION
definition glyph table type
|
static int |
GLYPH_TABLE_TYPE_JUSTIFICATION
justification glyph table type
|
static int |
GLYPH_TABLE_TYPE_POSITIONING
positioning glyph table type
|
static int |
GLYPH_TABLE_TYPE_SUBSTITUTION
substitution glyph table type
|
protected java.util.Map<java.lang.String,ScriptProcessor> |
processors |
| Constructor and Description |
|---|
GlyphTable(GlyphTable gdef,
java.util.Map<GlyphTable.LookupSpec,java.util.List<java.lang.String>> lookups,
java.util.Map<java.lang.String,ScriptProcessor> processors)
Instantiate glyph table with specified lookups.
|
| Modifier and Type | Method and Description |
|---|---|
protected void |
addSubtable(GlyphSubtable subtable)
Add a subtable.
|
GlyphTable.UseSpec[] |
assembleLookups(java.lang.String[] features,
java.util.Map<GlyphTable.LookupSpec,java.util.List<GlyphTable.LookupTable>> lookups)
Assemble ordered array of lookup table use specifications according to the specified features and candidate lookups,
where the order of the array is in accordance to the order of the applicable lookup list.
|
java.util.List<GlyphTable.LookupTable> |
findLookupTables(GlyphTable.LookupSpec ls)
Obtain ordered list of glyph lookup tables that match a specific lookup specification.
|
protected void |
freezeSubtables()
Freeze subtables, i.e., do not allow further subtable addition, and
create resulting cached state.
|
GlyphDefinitionTable |
getGlyphDefinitions()
Obtain glyph definition table.
|
java.util.List<GlyphTable.LookupSpec> |
getLookups()
Obtain list of all lookup specifications.
|
GlyphTable.LookupTable |
getLookupTable(java.lang.String lid)
Obtain lookup table by lookup id.
|
java.util.List<GlyphTable.LookupTable> |
getLookupTables()
Obtain ordered list of all lookup tables, where order is by lookup identifier, which
lexicographic ordering follows the lookup list order.
|
static int |
getTableTypeFromName(java.lang.String name)
Obtain glyph table type from name.
|
boolean |
hasFeature(java.lang.String script,
java.lang.String language,
java.lang.String feature)
Determine if table supports specific feature, i.e., supports at least one lookup.
|
java.util.Map<GlyphTable.LookupSpec,java.util.List<GlyphTable.LookupTable>> |
matchLookups(java.lang.String script,
java.lang.String language,
java.lang.String feature)
Match lookup specifications according to <script,language,feature> tuple, where
'*' is a wildcard for a tuple component.
|
java.util.List<GlyphTable.LookupSpec> |
matchLookupSpecs(java.lang.String script,
java.lang.String language,
java.lang.String feature)
Match lookup specifications according to <script,language,feature> tuple, where
'*' is a wildcard for a tuple component.
|
static void |
resolveLookupReferences(GlyphTable.RuleSet[] rsa,
java.util.Map<java.lang.String,GlyphTable.LookupTable> lookupTables)
Resolve references to lookup tables in a collection of rules sets.
|
java.lang.String |
toString() |
public static final int GLYPH_TABLE_TYPE_SUBSTITUTION
public static final int GLYPH_TABLE_TYPE_POSITIONING
public static final int GLYPH_TABLE_TYPE_JUSTIFICATION
public static final int GLYPH_TABLE_TYPE_BASELINE
public static final int GLYPH_TABLE_TYPE_DEFINITION
protected java.util.Map<java.lang.String,ScriptProcessor> processors
public GlyphTable(GlyphTable gdef, java.util.Map<GlyphTable.LookupSpec,java.util.List<java.lang.String>> lookups, java.util.Map<java.lang.String,ScriptProcessor> processors)
gdef
- glyph definition table that applieslookups
- map from lookup specs to lookup tablespublic GlyphDefinitionTable getGlyphDefinitions()
public java.util.List<GlyphTable.LookupSpec> getLookups()
public java.util.List<GlyphTable.LookupTable> getLookupTables()
public GlyphTable.LookupTable getLookupTable(java.lang.String lid)
lid
- lookup idprotected void addSubtable(GlyphSubtable subtable)
subtable
- a (non-null) glyph subtableprotected void freezeSubtables()
public java.util.List<GlyphTable.LookupSpec> matchLookupSpecs(java.lang.String script, java.lang.String language, java.lang.String feature)
script
- a script identifierlanguage
- a language identifierfeature
- a feature identifierpublic java.util.Map<GlyphTable.LookupSpec,java.util.List<GlyphTable.LookupTable>> matchLookups(java.lang.String script, java.lang.String language, java.lang.String feature)
script
- a script identifierlanguage
- a language identifierfeature
- a feature identifierpublic java.util.List<GlyphTable.LookupTable> findLookupTables(GlyphTable.LookupSpec ls)
ls
- a (non-null) lookup specificationpublic GlyphTable.UseSpec[] assembleLookups(java.lang.String[] features, java.util.Map<GlyphTable.LookupSpec,java.util.List<GlyphTable.LookupTable>> lookups)
features
- array of feature identifiers to applylookups
- a mapping from lookup specifications to lists of look tables from which to select lookup tables according to the specified featurespublic boolean hasFeature(java.lang.String script, java.lang.String language, java.lang.String feature)
script
- to qualify feature lookuplanguage
- to qualify feature lookupfeature
- to testpublic java.lang.String toString()
toString
in class java.lang.Object
public static int getTableTypeFromName(java.lang.String name)
name
- of table type to map to type valuepublic static void resolveLookupReferences(GlyphTable.RuleSet[] rsa, java.util.Map<java.lang.String,GlyphTable.LookupTable> lookupTables)
rsa
- array of rule setslookupTables
- map from lookup table identifers, e.g. "lu4", to lookup tablesCopyright 1999-2020 The Apache Software Foundation. All Rights Reserved.


I am experienced in information security & penetration testing to provide a robust and secure development. I prefer working on agile frameworks for efficient project management. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition.
Building next generation IT Products & Cyber Security Solutions. As a entrepreneur, it's a thrilling challenge to face, tackle and solve the problem that come in your way.
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CGPA: 8.2
Apart from being a security guy and developer, I love to explore new places and capture beautiful scenaries. I like to write songs & short stories & live in writing world. Sometimes, I watch some Marvel, DC, Action or Sci-Fi series & movies.
I am an aspiring chef, whenever I am home, I burn things out. I spend a large amount of my free time exploring the latest technology advancements and try to learn them.


Across: 1. Starts sounding the same when everyone’s part contains one note (12) 8. 3 prisoner held in US city central nick (7) 9. Beat evil rap and come out on top! (7) 11. Would this help one to sit on a horse chestnut? (10) 12. Bird bit new rug outside (4) 14,22dn,16. He built things while running round mad, breaking limbs! (8 7 6) 16. See 14 17. Note about a collar (3) 19. Kicked when mocking old tearaway! (6) 21. Confused Kent with Siam?! (8) 24. No! One's left without a pin! (4) 25. Old lady's daughter takes John Jolson and runs through Venice (5 5) 27. Positioned vertically or let down? (5 2) 28. Fashionable teams produce lights (7) 29. Bunyan's desire to boil great imp somehow! (2 2 1 7) Down: 1. Song about rotter in idyllic setting (7) 2. No sailor upsets Dan Bull and Johnny Turner! (10) 3. I go, after Tom returns, almost speechless! (8) 4. Weapon gives artist support (6) 5. Drawn to crash diet (4) 6. Too vain to be moved by a round of applause? (7) 7. Stretchers needed for units after Castile battle (7 5) 10. Member from the French nasty organisation grabs student law trainee (5 7) 13. Cold and upset, Sir Tim Rice loses money initially and becomes the reviewers' nemesis! (10) 15. Cross over to mother (3) 18. Bail nine out every two years (8) 20. Common name for a river? (7) 22. See 14 23. Support for youngster (4 2) 26. Take hands off ledger! Move slowly! (4)


Unfortunately, this network does not have access to the internet, however, this page does show my super hero's abilities and back story.
Please excuse my horrible art skills.
Fennec Man's abilities include being able to broadcast 5G or any other wireless standard (hence the Wi-Fi network), having super strength, super speed and, having the ability to scream really loudly which deafens and confuses his enemies.
Fennec Man broadcasts these wireless standards through his ears. Inside of his ears, there are nano modems that are extremely tiny with nano wires acting as antennas. Fennec man can upgrade these technologies as they advance by using a device that he invented that fits around the ears. This device contains a syringe like device that injects the new technologies and antennas into his ears. This device also removes the old technologies and antennas from his ears so that they can by discarded.
Before continuing, the story does get dark and involves nazis.
Fennec Man, or Jean de Marseille, was a French soldier during World War II. He was originally conscripted to the army in 1939, when France declared war on Germany. His family was also conscripted to the army. Marseille was sent to the Maginot Line, which was a line of forts that stretched along the border between France and Germany. After 6 months of both sides preparing, Germany invades Belgium and shortly after takes Paris. Marseille's family is captured or killed and Marseille flees to French Algeria. Marseille quickly finds himself gathering intelligence for the resistance and in the process of navigating the desert, he was bitten by a fennec fox that the nazis were experimenting on to intercept communications from the resistance. Marseille quickly finds himself in a new form, looking more like a buff anthropomorphic fennec fox with a suit that resembles the French Tri color. Marseille quickly finds out that he is able to change between the two forms. Eventually he finds, in fennec form, when out in the field, the resistance base was able to hear nazi communications more clearly. Marseille also found out that he was able to interfere with enemy radio equipment. He finds out when finding an enemy controlled radio station, screaming was able to deafen and confuse the soldiers. After the war, Marseille invented the device that can upgrade his ears with new wireless technologies.


Home Depot cuts 2019 sales forecast, shares fall
Home Depot Inc cut its full year sales forecast on Tuesday, saying it was taking longer than expected for its investments to integrate its online and in-store shopping experience to pay off.
REUTERS: Home Depot Inc cut its full year sales forecast on Tuesday, saying it was taking longer than expected for its investments to integrate its online and in-store shopping experience to pay off.
The home improvement chain's shares fell 8per cent in pre-market trading.
Same-store sales at Home Depot rose 3.6per cent in the third quarter ended Nov. 3, below expectations of a 4.7per cent increase, according to IBES data from Refinitiv.
Home Depot said it expected its fiscal 2019 sales to rise about 1.8per cent, compared to a prior forecast of a 2.3per cent increase.
(Reporting by Uday Sampath in Bengaluru; Editing by Tomasz Janowski)


+++ title = "The BA Swedish chick" slug = "the-ba-swedish-chick" date = 2007-09-14T11:00:00+10:00 tags = ["fellow-travellers", "swedes", "blondes", "eccentric-encounters"] locations = ["argentina/buenos-aires"] draft = false summary = """
She's told me her name about 20,000 times, but I still can't remember it: I think it's something like "Shasti". This blonde, beautiful, and incredibly friendly girl is from the wonderful nation of Sweden, and she's part of the crew here at The Clan in BA. We've come to refer to her simply as "The Swedich chick". Anyway, Swedish Chick is in town for a few weeks, and we see her at the bar on most nights, and sometimes she heads out with us to the clubs as well.
""" +++She's told me her name about 20,000 times, but I still can't remember it: I think it's something like "Shasti". This blonde, beautiful, and incredibly friendly girl is from the wonderful nation of Sweden, and she's part of the crew here at The Clan in BA. We've come to refer to her simply as "The Swedich chick". Anyway, Swedish Chick is in town for a few weeks, and we see her at the bar on most nights, and sometimes she heads out with us to the clubs as well.
{{< galleryphoto "2007-09-14-11-00-00--swedish-chick-on-the-right.jpg" >}}


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java.lang.Object com.sap.conn.jco.JCoDestinationManager
public abstract class JCoDestinationManager
The JCoDestinationManager creates and manages the destinations used by JCo applications. The APIs are static and can be invoked directly.
The destination manager uses the instance of DestinationDataProvider
registered at the environment to get the destination configuration properties. In each environment a suitable
implementation of the DestinationDataProvider has to be registered to ensure an appropriate management
of destination properties. The registration is performed with
com.sap.conn.jco.ext.Environment.registerDestinationDataProvider(DestinationDataProvider)
.
Note: A destination instance may become invalid if the destination configuration
is changed or removed. In such cases the running operation will be finished, but the further usage
of the invalidated destination will be blocked by throwing a JCoException with the key
JCO_ERROR_DESTINATION_DATA_INVALID.
The application may fetch an updated destination instance from JCoDestinationManager, if it is suitable for
the application scenario.
| Method Summary | |
|---|---|
abstract java.util.List<java.lang.String> |
getCustomDestinationIDs(java.lang.String destinationID)
Deprecated. Might be removed in future versions without further notice. Use JCo.getCustomDestinationIDs(String) instead. |
static JCoDestination |
getDestination(java.lang.String destinationName)
Call this method to get an instance of a destination, on which you would like to execute a function module. |
static JCoDestination |
getDestination(java.lang.String destinationName,
java.lang.String scopeType)
Call this method to get an instance of a destination, on which you need to execute a function module. |
abstract java.util.List<java.lang.String> |
getDestinationIDs()
Deprecated. Might be removed in future versions without further notice. Use JCo.getDestinationIDs() instead. |
abstract JCoDestination |
getDestinationInstance(java.lang.String destinationName,
java.lang.String scopeType)
Deprecated. Reserved for internal use - visibility might be reduced in future versions without further notice. Use getDestination(String) or getDestination(String, String) instead. |
abstract JCoDestinationMonitor |
getDestinationMonitor(java.lang.String destinationID)
Deprecated. Might be removed in future versions without further notice. Use JCo.getDestinationMonitor(String) instead. |
abstract JCoDestinationMonitor |
getRepositoryDestinationMonitor(java.lang.String destinationID)
Deprecated. Might be removed in future versions without further notice. Use JCo.getRepositoryDestinationMonitor(String) instead. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Method Detail |
|---|
@Deprecated public abstract JCoDestination getDestinationInstance(java.lang.String destinationName, java.lang.String scopeType) throws JCoException
getDestination(String)
or getDestination(String, String)
instead.
destinationName
- the name of the destination for which a JCoDestination instance shall be returnedscopeType
- the name of the scope to which the destination shall belong to
JCoException
- if the specified destination does not exist or could not be created@Deprecated public abstract java.util.List<java.lang.String> getDestinationIDs()
JCo.getDestinationIDs()
instead.
@Deprecated public abstract java.util.List<java.lang.String> getCustomDestinationIDs(java.lang.String destinationID)
JCo.getCustomDestinationIDs(String)
instead.
destinationID
- ID of the destination used for the creation of the custom destinations
@Deprecated public abstract JCoDestinationMonitor getDestinationMonitor(java.lang.String destinationID) throws JCoRuntimeException
JCo.getDestinationMonitor(String)
instead.
destinationID
- the unique destination ID, for which the monitor should be returned
JCoRuntimeException
- in case of issues while getting and creating the destination monitor@Deprecated public abstract JCoDestinationMonitor getRepositoryDestinationMonitor(java.lang.String destinationID) throws JCoRuntimeException
JCo.getRepositoryDestinationMonitor(String)
instead.
destinationID
- the unique destination ID for which the monitor for the repository destination
should be returned
JCoRuntimeException
- in case of issues while getting and creating the destination monitorpublic static JCoDestination getDestination(java.lang.String destinationName) throws JCoException
destinationName
- the name of the destination, for which a JCoDestination instance shall be returned
JCoException
- if the specified destination does not exist or could not be createdpublic static JCoDestination getDestination(java.lang.String destinationName, java.lang.String scopeType) throws JCoException
getDestination(String destinationName)
. If scopeTypes are supported, the valid scopeTypes
are defined by the session management of the runtime environment.
destinationName
- the name of the destination for which a JCoDestination instance shall be returnedscopeType
- the name of the scope to which the destination shall belong to
JCoException
- if the specified destination does not exist or could not be createdSessionReferenceProvider
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Vegetable Juice
Serves 1
Total 5 minutes
- 100g spinach
- 100gr cucumber
- 20gr raw nuts
- 200ml water
It may sound too good to be true, but I promise you it’s not. This simple green smoothie is the best thing I’ve ever tried and the only healthy habit that’s ever stuck.
| calories | protein | fiber |
|---|---|---|
| 50gr | 15gr | 30gr |


Defendant in 2017 bike path terror attack in NYC speaks out in court
by APNEW YORK -- A man charged with killing eight people on a New York City bike path spoke out at a pretrial hearing Monday, complaining that his prosecution was moving forward while no one was held accountable for the death of Muslims worldwide.
Sayfullo Saipov, 31, remained quiet until the end of a federal court hearing meant to discuss issues relating to his upcoming trial. Then, he asked to speak.
U.S. District Judge Vernon S. Broderick advised him he probably should express himself through his lawyers and he reminded him that anything he said could be used against him.
Still, Saipov, speaking through an interpreter, insisted on addressing the court, saying there were multiple occasions "when the Muslims all over the world - the wives and the kids - (were) dying under the bombs of the American government."

The judge reminded Saipov that he was serving "like a referee" for the trial but that he would not be determining his guilt or innocence.
Broderick also noted that he had allowed Saipov to speak at a hearing last year and he advised Saipov that his comments should be "saved for a different time."
Saipov will have the opportunity at trial to testify. If he is convicted, he will be able to speak at a sentencing proceeding as well.
Saipov has been held without bail since his arrest immediately after the attack in lower Manhattan on Oct. 31, 2017.
Prosecutors say Saipov deserves death for mowing over the victims with his truck.
He moved to the United States legally from Uzbekistan in 2010. He lived in Ohio and Florida before joining his family in Paterson, New Jersey.
His trial is scheduled for April.


Let's talk
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January 29, 2020
This app has made my life so much easier! I love that I can log in and see exactly what deadlines my students have coming up in a glance.
October 10, 2019
Has eased my stress levels immensely. Thank you Better Professor!
September 9, 2019
A great way to stay on top of deadlines.
December 15, 2019
Wow!Just wow!
October 27, 2019
Where has this app been all my life?! I higly recommend this to all my fellow teachers out there. It makes keeping your students on track such a breeze.
August 3, 2019
Es una muy buena applicacion. Si.


This plugin allows you to easily discover and import data from Toitū Te Whenua Land Information New Zealand into QGIS.
Explore and connect to LINZ's WMTS and WFS services from within QGIS.
Data (available through WFS or WMTS) from the agency data portals and services below are available via the LINZ Data Importer.
The plugin supports data available via WMTS and WFS services. If you are unsure which service best suits your needs, see the resources featured in the guides and documentation section of the LINZ website.
The first step in using the LINZ Data Importer is to get an API key. An API key is required from each service you wish to access data from via the plugin.
See the Help tab for details on how to generate an API keys.


{% extends 'layout/base_email.html' %} {% load i18n %} {% block title %}{{ title }}{% endblock %} {% block content %}
{% trans 'Hi' %} {{ user.get_full_name }},
{% if notification_type == 60 %}{% trans 'Our user agreement has been updated. Please, follow this link to check and accept new changes:' %}
{% else %} {% trans 'Our user privacy policy has been updated. Please, follow this link to check and accept new changes:' %} {% endif %} {% endblock %}


children â€" viral clinical common diagnosis symptoms acute days treatment {border-style px;} #ffffff;} cause respiratory child infections management severe Clinical bacterial cold use Fam []. important infection Physician children. croup onset patients antibiotic disease early pinworm skin therapy Acute Kawasaki fever fever, gastroenteritis risk test virus Disease Jan Prevention eggs illness infectious nasal practice px; rash recommended weeks years {font-family AOM American Available caused causes commonly dehydration font-size mild sore specific usually (e.g., Diagnosis Family Medicine, [cited cases classic cough, diarrhea diseases double; erythema family from: guidelines infection. oral pharyngitis prevention signs stage: time tract vaccine younger (â€" Health Infections Infectious Pinworm RSV Respiratory Symptomatic Table appropriate border-color border-width care children, children: coronary duration exanthems good help include influenza pain perianal prevent solid; testing throat, treatment. used using {font-style {font-weight ABRS Antibiotic Bacterial Children Control Diseases GAS Handwashing Heart IP: Otitis Signs Streptococcus Supportive Treatment United Viral [], abnormalities addition antibiotics artery aspirin benign best bold caring childhood cough courier; course day days) deaths dehydration. diagnosed diagnosis, diagnostic does dose ear effusion em; exanthem grid..Department group guideline having including infected initial majority medications months needed new office old physicians presence present presenting provide pt;} recurrent require routine rubella secondary severity single stools suspected syncytial systemic tests th]. unilateral upper virus, viruses water worsening


Type of inputs must be 'text', original number you can get simple using jQuery val()
Also you can divide numbers in simple HTML tags
10000
1000000
If you wish use it in form, plugin will automatically do it for you! Formatted values will be auto replaced on original values
Click on the button for to show form data in browser address panel


Contents
% Author: Darren Rowland % Version: 1.0 % Date: 8 November 2010
Points with equal spacing
When the x-values are equally spaced, the derivatives at the interior points as calculated by DIFFXY are approximated in the same way as the native Matlab function GRADIENT, i.e. using the central difference method. The endpoints are different because DIFFXY uses a higher-order approximation.
x = linspace(-1,2,20); y = exp(x); dy = diffxy(x,y); dy2 = diffxy(x,dy); % Or, could use >> dy2 = diffxy(x,y,[],2); figure('Color','white'); plot(x,(y-dy)./y,'b*',x,(y-dy2)./y,'b^') Dy = gradient(y)./gradient(x); Dy2 = gradient(Dy)./gradient(x); hold on plot(x,(y-Dy)./y,'r*',x,(y-Dy2)./y,'r^') title('Relative error in derivative approximation') legend('diffxy: dy/dx','diffxy: d^2y/dx^2',... 'gradient: dy/dx','gradient: d^2y/dx^2') hold off
Points with unequal spacing
DIFFXY was developed specifically to cope with unevenly spaced data. Consider the result when GRADIENT attempts to approximate the derivative of y=exp(x) when the x-values are randomly distributed.
x = 3*sort(rand(20,1))-1; y = exp(x); plot(x,y,x,gradient(y)./gradient(x),'r') title('Approximation of d(exp(x))/dx by GRADIENT')
Compare this to the approximation obtained by DIFFXY
plot(x,y,x,diffxy(x,y))
title('Approximation of d(exp(x))/dx by DIFFXY')
The distinction is even more pronounced as higher-order derivatives are approximated.
dy2 = diffxy(x,y,[],2); Dy = gradient(y)./gradient(x); Dy2 = gradient(Dy)./gradient(x); plot(x,y,x,dy2,x,Dy2) title('Approximation of d^2(exp(x))/dx^2 for unequally spaced x') legend('analytical','diffxy: d^2y/dx^2','gradient: d^2y/dx^2',... 'Location','NorthWest')
N-dimensional data
As well as operating on univariate data as above, DIFFXY can be used in general multidimensional space, obtaining the derivative in any single dimension one-at-a-time. This is different to GRADIENT, which returns the approximate derivatives in each coordinate direction simultaneously.
x = sort(rand(10,1)); y = sort(rand(15,1)); [X,Y] = ndgrid(x,y); f = sqrt(X).*Y.*cos(2*Y); % Exact partial derivatives f_x = f./(2*X); f_y = sqrt(X).*(cos(2*Y)-2*Y.*sin(2*Y)); dfdx = diffxy(x,f,1); dfdy = diffxy(y,f,2); mesh(X,Y,f_x) hold on plot3(X,Y,dfdx,'b*') hold off view(gca,[-68.5 40]);
mesh(X,Y,f_y) hold on plot3(X,Y,dfdy,'b*') hold off view(gca,[-68.5 40]);


We are Kesar, bringing fiscal mindfulness to rural India, one family at a time.
Our mission is simple: to provide an easy-to-use expense tracking application for families in the neglected and rural parts of India.
Many have recognized the need for tracking family expenses; however, all the apps available in the market cater to urban, highly-educated users.
These apps not only assume digital literacy, but are often complex and only available in English. In other words, they are not accessible to a majority of the Indian population.
Our target users may not be able to read or write at a certain level, and may not be entirely digitally savvy–why should they miss out on the Indian digital revolution?
The internet connectivity across India is already vast, affordable and growing. Almost every family has some sort of smartphone available. With Kesar, that’s all they need to start their journey towards a more organized, digitally-supported lifestyle.
How else are we making an impact?
Our developers are engineers based in rural parts of India. We strive to provide learning opportunities to budding engineers who are eager to grasp the practical aspects of programming while being able to stay home and support their families. We hope that this model will encourage digital literacy and contribute to the development of these rural spaces.
How we’ll get the word out
The heart of this project is its users–that’s where our propagation strategy lies as well. We will be encouraging our users to teach others how to use the app, and in those conversations, encourage usage organically. Kesar is all about building habits, and we believe that the best place to pick up habits is from those close to you.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(params: Map[String, Any]) @grid = @{ val warnings = Stream.from(0).takeWhile(i => params.get(s"clientId_$i").isDefined).toList warnings.map { i => val clientId = params(s"clientId_$i") val notificationTotal = params(s"notificationTotal_$i") val oldestNotification = params(s"oldestNotification_$i") val latestNotification = params(s"latestNotification_$i") (clientId, notificationTotal, oldestNotification, oldestNotification) } } @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.template_main(params, "Notification Pull Warning") {
Clients that have exceeded the @params("queueThreshold") notification queue limit
| Client Id | Notification Total | Oldest Notification | Latest Notification |
|---|---|---|---|
| @clientId | @notificationTotal | @oldestNotification | @latestNotification |
Please notify the trader or CSP that they need to retrieve their notifications.
Queued notifications will only be deleted once they have been retrieved.
In order to retrieve pull notifications the trader or CSP must be subscribed to the api-notification-pull service.
From HMRC Customs Declaration Service
}


Technical sprint one
Technical sprint two
Technical sprint three
Technical sprint four
Technical sprint five
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Grace Millane murder accused 'told Tinder date that he was dying of cancer'
The 27-year-old defendant accused of killing British backpacker Grace Millane allegedly also told the date he was related to a top New Zealand rugby player
by Matthew Dresch, https://www.mirror.co.uk/authors/matthew-dresch/, Stephen D'AntalGrace Millane's alleged killer claimed he was dying of cancer during a Tinder date with another woman, a court heard.
The 27-year-old defendant stands accused of killing British backpacker Grace in New Zealand after the pair met through the dating app Tinder.
He is currently on trial for her murder, although he claims she died by accident during rough sex.

She also told the jury that he pretended to be related to a top New Zealand rugby star.
The witness, a university student, previously told the court she thought she was going to die when he suffocated her as she gave him oral sex.
She denied persistent attempts by the man’s barrister Ron Mansfield to suggest she had made up her story to explain her dealings with the man when she learned he had been charged with murder.
“You’re attempting to turn this encounter into something quite different,” said Mr Mansfield. “You wanted to portray him in the worst possible light.
“You wanted to portray yourself as a bit of a victim.”
 You can’t take that away.
“He would have seen me kicking and writhing, you can’t say that I was enjoying it.”
The woman, whose identity is protected, said the man had pretended to be dying of cancer on the night of their Tinder date in November last year, just a month before Grace died in the same apartment.
He also said he was the cousin of a New Zealand Rugby World Cup winner, she claimed.
He even pretended to call the star and leave a phone message for him, she told the court.

“I didn’t believe a word he said,” she said.
“A person who almost killed someone by suffocating them, then to claim to be in pain to make me feel sympathy to get me to stay...
"There's a word for that - a sociopath.”
Mr Mansfield referred to a huge archive of text messages the woman had exchanged with the man after the alleged suffocation incident, in which she suggested continuing their relationship and told him: “I hope you still want me.”
The barrister suggested the man had got off her when she stopped performing oral sex and that her version was invented.
“Can I suggest to you that if anything as horrific as this had happened you wouldn’t have engaged in 708 message with him in the following days would you?” said Mr Mansfield. “You could have just ghosted him.”
But the woman told the court: “I was scared of him. I didn’t want him showing up in my life. It doesn’t make sense to you but I did what I felt I had to do to feel safe.”
She said she had not told anyone about the incident until she was questioned by police five months later.
“I was ashamed and embarrassed that I had put myself in a dangerous position,” she said.
The defendant is accused of strangling Grace during sex on December 1 or 2 last year and burying her naked body in a suitcase in the woods.
He denies murder and claims her death was accidental after she asked him to choke her during sex.
The trial continues.


This extends the Multiple Checkbox Select/Deselect Using JQuery which has an Online Demo here, which demonstrates the functionality of selecting multiple items from a list to process them.
This extends the demo further -- it now includes several groups instead merely a single one.
FYI, this full working html source code is generated automatically by easygen with this template. This html test code is the reason that I wrote easygen, to make it easy to write whatever test cases whatever the way I like. Further, changing is a breeze, you just change once and the script will do a "replace-all" for you, however complicated it can be. No any other tools can do such complicated "replace-all" for you.


We are manufacturer of Stainless Steel KitchenRack and deal with various sizes of it under the brand name "Mudit". We started our journey in 2010 and keep on improving ourselves by adapting new technologies and packaging methods. We have a staff of 12 employees and a manager which helps us to provide best quality and customer satisfaction. At present we serve more than 500+ wholesellers across India and are aiming to increase this number.
Mr. Nirmal Kumar Jain, M.D. of Mahavir Industries have started this firm in 2010 with vision of providing supereme quality racks at best prices. He is always open to innovative ideas and belives in creating & maintaining healthy customer relations.


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These are exciting times for Write the Docs -- the conference is next week, and we hope you're getting ready! We've officially sold out the conference at 350 documentarians, who will be converging on Portland for two delightful days of documentation diving (or three, if your schedule permits). We just sent off the order for badges, and everything is getting quite real.
If you missed this year's Portland conference, worry not! Our European conference will be in Prague at the end of August, and the Call for Proposals is still open. Tell all your European friends, or take the trip with us.
We have announced the final schedule for the conference. The schedule includes all conference-related activities -- the hike, the writing day, the reception, the party, and of course the actual talks. We have packed a lot into a few days, so I hope you're ready!
The conference party on Monday night will be held at TILT, where we have rented out a full side of the restaraunt. Party time is from 7pm-11pm, so make sure to come!
TILT is located at 1355 NW Everett St, in the same block as CENTRL Office where we will be the day before. Here's a map with directions from the venue. It's only a few minute walk.
We'll have lots of free food and free drinks, plus it's a great chance to get to know the other attendees better. Please keep it responsible though, and remember, we have another day of exciting talks on Tuesday :)
Even if you're not presenting a formal talk, there's still plenty you can do to participate. Start planning a lightning talk. Think about things to chat about at the unconference. Get a project ready to document at the Writing Day. We're excited about all the things, and we hope you're getting that way too!


+++ draft = false date = "2008-01-31T14:22:23-02:00" title = "The 763 projects in the Collective SVN" tags = ["Plone"] created = "2008-01-31T14:16:10-02:00" modified = "2008-01-31T14:22:23-02:00" permaLink = "http://play.pixelblaster.ro/blog/archive/2008/01/31/the-763-projects-in-the-collective-svn" author = "Tiberiu Ichim" aliases = [ "/blog/archive/2008/01/31/the-763-projects-in-the-collective-svn" ] +++
Today I was curious about the number of projects found in the collective svn. They always seemed a lot, but I never knew how many. Until today, when I ran a xpath query over the subversion page and I found that there are 763! This number shocked me, I was expecting at most 200. My number of projects there is very small though, I can only claim ownership over 2 of them.


Here's a Radial Scatter chart - a circular Scatter chart. It's a variation on the regular Scatter
chart that might suit your data better than the traditional style of Scatter. Radial Scatter charts
are only available on canvas
- not SVG
.
Each point has two values - the angle of the point in degrees and the absolute magnitude. If your values for the angle are initially in a relative format then you would need to convert them first. You could do that with the following example code:
arr = [[10,10],[5,10]]; max = 10; for (var i=0; i<arr.length; i++) { arr[i][0] = arr[i][0] / max * 360; } console.log(arr);
All this snippet does is convert the data to proportional values based on the maximum value in the
array - so you would get an array of [360, 180]
So one point would be placed on the north
axis and the other point would be placed on the south axis.
The only other configuration is the labels being changed from being on all four axes to just the 'north' axis.
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Abstract
In modern online applications, performance is
critical. A study performed by Amazon states that
every 100ms of latency costs them 1% sales, which in
Amazon dollars translates into more than $50M per
year. Google similarly found that just 1/2 of a
second of delay caused more than a 20% drop in
traffic [Linden].
Yet performance is only half the story. Application
workloads are rapidly increasing. In June 2009 the
number of Internet users grew to a staggering 1.7B
[InternetWorldStats]. Modern web technologies like
AJAX and Comet tax applications more heavily than
their traditional brethren. Also, new platforms
like the iPhone, which saw a whopping 626% increase
in adoption in 2009 [IBTimes], add new access
patterns to the mix.
So, how can an application handle this increasing
workload and keep performance acceptable? Many
solutions such as expensive clustered application
servers and high-end databases are available. Each
has advantages and disadvantages. Yet the simplest
and most cost effective strategy is to add caching
where caching is needed most - at the application
layer.
...
Sign Up or Login
Please sign up or login to download the whitepaper.
Account Activated
Congratulations, your account has been activated. Thanks for joining
the Terracotta and Ehcache community. You may now login to all of the
Terracotta and Ehcache community resources, including:
- Forums
- JIRA
- Community content
Login
Account Registration Successful
(But you're not quite done—you still need to
validate your account. Please check your email!)
Thanks for joining the Terracotta and Ehcache
community. You will recieve an e-mail shortly
containing instructions for validating your
account and downloading Ehcache EX.
After you validate your account, you will have full access to all Terracotta and Ehcache community resources, such as:
- Forums
- JIRA
- Community-only content
Download the Ehcache EX performance whitepaper:
Terracotta Ehcache Performance Whitepaper


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Female English Names
[ Suggest
Names for this page ] [ Go to Male
English
Names ]
[
1 ] [ 2
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3 ] [ 4 ] [
5 ] [ 6 ] [
7 ] [ 8 ] [
9 ]
[ 10 ]
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- AAREN:
Variant spelling of English Aeryn, meaning "Ireland." Compare with
masculine Aaren.
- ABAEGAYLE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABAGAEL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABAGAIL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABAGALE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABAIGAEL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABAIGEAL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBEY: Pet form of English Abigail, meaning "father
rejoices." Compare with another form of Abbey.
- ABBI:
Pet form of English Abigail, meaning "father
rejoices."
- ABBIE: Pet form of English Abigail, meaning "father
rejoices." Compare with another form of Abbie.
- ABBIGAEL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBIGAIL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBIGALE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBIGAYLE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBYGAEL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBYGAIL: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBYGALE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABBY: Pet form of English
Abigail, meaning "father
rejoices." Compare with another form of Abby.
- ABBYE:
Pet form of English Abigail, meaning "father
rejoices."
- ABEGAIL:
Variant spelling of English Abigail,
meaning "father rejoices."
- ABEGAYLE: Variant
spelling of English Abigail,
meaning "father rejoices."
- ABELIA: From
the Latin name of a genus of "honeysuckle."
- ABI:
Anglicized form of Hebrew Abiy, meaning "my father." In the bible,
this is the name of the mother of
King Hezekiah.
Compare with masculine Abi.
- ABIA:
Anglicized form of Hebrew unisex Abiyah, meaning "Yahweh
is my father." In the bible, this is the name of a son of Samuel, the mother of
Hezekiah, a
member of the tribe of Benjamin, a king of
Judah, and several other characters.
- ABIAH:
Anglicized form of Hebrew unisex Abiyah, meaning "Yahweh
is my father." In the bible, this is the name of a son of Samuel, the mother of
Hezekiah, a
member of the tribe of Benjamin, a king of
Judah, and several other characters.
- ABIGAIL:
-
Anglicized form of Hebrew Abigayil,
meaning "father rejoices." In the bible, this is the name of the
wife of King David.
- Anglicized form of Irish Gobnait,
meaning "little smith."
- ABIGALE:
Variant spelling of English Abigail,
meaning "father rejoices."
- ABIGALL: Variant spelling of English Abigail,
meaning "father rejoices."
- ABIGAYLE: Variant spelling of English Abigail,
meaning "father rejoices."
- ABIGIL: Variant spelling of English Abigail,
meaning "father rejoices."
- ABIHAIL:
Anglicized form of Hebrew unisex Abiyhayil,
meaning "father of might." In the
bible, this is the name of the father of Esther,
a Levite who was the head of the house of Merari,
and several other characters.
-
ABIJAH:
Anglicized form of Hebrew unisex Abiyah, meaning "Yahweh
is my father." In the bible, this is the name of a son of Samuel, the mother of
Hezekiah, a
member of the tribe of Benjamin, a king of
Judah, and several other characters.
-
ABILENE:
Modern English name derived from Greek Abilēnē,
the
biblical name of a region belonging to the city of Abila,
meaning "grassy meadow."
- ABISHAG:
Anglicized form of Hebrew Abiyshag, meaning "my
father is a wanderer" or "father of error." In the bible, this is the name of a young girl who cared for David
in his old age.
- ABITAL:
Anglicized form of Hebrew Abiytal, meaning "my father
is dew." In
the bible, this is the name of one of David's
wives.
- ABRA:
Short form of Hebrew Abrahamit, meaning
"father of a multitude." This name was popular in 17th century
England. Also spelled Avra.
- ABRIANNA:
English feminine form of Hebrew Abraham,
meaning "father of a multitude."
- ACACIA:
English name derived from the tree name, from Latin acacia, from
Greek akakia, meaning "thorny Egyptian tree." Besides the
flowering shrub or tree, Acacia is also the name of a fraternity. In Freemasonry, the
Acacia symbolizes immortality of the soul,
innocence and purity, and birth into a new life. The acaica seyal
is believed to have been the biblical shittah-tree (Isaiah 41:19) which
furnished the wood for the Ark of the Covenant and for the Tabernacle.
- ACHEFLOUR: Old
English name meaning "suffering flower." In Arthurian
legend, this is the name of King Arthur's sister
in the romance Syr Percyvelle.
- ADA:
Short form of English Adelaide
"noble sort," and Adela
"noble." Compare with other forms of Ada.
- ADALINE:
English variant spelling of French Adeline, meaning "little
noble."
- ADALLINA:
English variant spelling of Italian Adelina, meaning
"noble."
- ADAMINA: Scottish
feminine form of Hebrew Adam, meaning
"earth" or "red."
- ADDIE: Pet form of
English Adelaide,
meaning "noble sort." Compare with another form of Addie.
-
ADDISON: Old English surname
transferred to unisex forename use,
meaning "son of Adam."
-
ADDY:
Pet form of English Adelaide,
meaning "noble sort."
-
ADELA:
Latin form of German Adala, meaning
"noble." In use by the Danish and Swedish.
-
ADELAIDE:
English form of French Adï¿½laï¿½de, meaning
"noble sort."
-
ADELE:
English form of French Adï¿½le, meaning
"noble sort."
- ADELIA: Variant
form of Latin Adela,
meaning "noble."
- ADELICE:
English variant form of French Adelais, meaning "noble
sort."
- ADELICIA:
Elaborated form of English Adelice, meaning "noble sort."
- ADELINE:
Diminutive form of French Adï¿½le, meaning "little
noble."
- ADELLE:
French form of German Adala, meaning
"noble."
- ADELPHIE:
English form of French Adelphe, meaning
"born of the same womb; sibling."
- ADELYNA:
English variant spelling of Italian/Spanish Adelina, meaning
"little noble."
- ADENA: Feminine form of English
Aden,
meaning "fire."
- ADENAH:
Variant spelling of English Adena, meaning "fire."
- ADENE:
Variant spelling of English Adena, meaning "fire."
- ADI
(עֲדִי): Hebrew
unisex name meaning "my ornament" or "my witness."
- ADILENE:
English variant spelling of French Adeline, meaning "noble."
- ADINA
(עֲדִינָא):
Anglicized form of Hebrew unisex Adiyna, meaning "slender." In the
bible, this is a masculine name only, the name of one of
King David's
captains.
-
ADISON:
Variant spelling of English unisex Addison,
meaning "son of Adam."
-
ADISSON:
Variant spelling of English unisex Addison,
meaning "son of Adam."
- ADMIRANDA:
Elaborated form of English Miranda,
meaning "worthy of
admiration."
- ADOLPHA: Feminine form of
Latin Adolphus,
meaning "noble wolf."
- ADREA:
Variant spelling of
English Adria, meaning "from Hadria."
- ADREEA:
Variant spelling of
English Adria, meaning "from Hadria."
- ADREANA:
Variant spelling of Latin Adriana, meaning "from Hadria."
- ADRIA:
Feminine form of
English Adrian,
meaning "from Hadria."
- ADRIANA:
Feminine form of Latin Adrianus,
Spanish Adriï¿½n, and Italian Adriano,
all meaning
"from Hadria."
- ADRIANAH:
English variant spelling of Latin Adriana, meaning "from Hadria."
- ADRIANE:
Feminine form of English Adrian, meaning "from Hadria."
- ADRIANNA:
Polish feminine form of Latin Adrianus,
meaning
"from Hadria."
- ADRIANNAH:
Feminine form of English Adrian, meaning "from Hadria."
- ADRIANNE:
Feminine form of English Adrian, meaning "from Hadria."
- ADRIE:
Pet form of English Adriane, meaning "from Hadria."
- AERON: Welsh
unisex form of Celtic Agrona,
the name a goddess of war and death who was portrayed as a
masculine figure in Welsh mythology, meaning
"carnage, slaughter."
AERYN:
Anglicized form of Irish Gaelic ï¿½irinn,
meaning "Ireland."
AERYNN:
Variant spelling of English Aeryn,
meaning "Ireland."
AFFRICA:
Variant spelling of English Africa, meaning "land of the Afri."
AFFRICAH:
Variant spelling of English Africa, meaning "land of the Afri."
AFFRIKA:
Variant spelling of English Africa, meaning "land of the Afri."
AFFRIKAH:
Variant spelling of English Africa, meaning "land of the Afri."
AFFTON:
Variant spelling of English unisex Afton, derived from
the name of the River Afton in Ayrshire, Scotland, made
famous in Burns' poem "Sweet Afton."
-
AFRICA: English name
mostly used by African-Americans, derived from the continent name, meaning "land of the Afri." The Afri were a tribe,
possibly Berber, who dwelled in North Africa. The origin of the word Afri
(pl.), Afer (sing.), may be connected with the Phoenician word 'afar,
meaning "dust," which is also found in other Semitic languages,
such as Hebrew Afra.
AFRICAH:
Variant spelling of English Africa, meaning "land of the Afri."
AFRIKA:
Variant spelling of English Africa, meaning "land of the Afri."
AFRIKAH:
Variant spelling of English Africa, meaning "land of the Afri."
AFTON:
Old English surname transferred to unisex forename use,
derived from
the name of the River Afton in Ayrshire, Scotland, made
famous in Burns' poem "Sweet Afton."
AGAS:
Medieval English form of Latin Agatha, meaning "good."
AGATHA:
Latin form of Greek Agathe, meaning "good."
-
AGGI:
Variant spelling of English Aggie, meaning
"chaste" and "good."
-
AGGIE:
Pet form of English Agnes, "chaste," and
Latin Agatha,
"good."
-
AGGY:
Variant spelling of English Aggie, meaning
"chaste" and "good."
-
AGGYE:
Variant spelling of English Aggie, meaning
"chaste" and "good."
-
AGLï¿½CA: An
Old English dictionary defines ï¿½glǽca as follows: "wretch,
miscreant, monster, demon, fierce enemy, fierce combatant, miserable
being." In the Anglo-Saxon epic Beowulf, Grendel,
Grendel's mother and
Beowulf are all three referred to by this name for each is a "fierce
combatant."
-
AGNES:
English form of French Agnï¿½s, meaning "chaste; holy."
-
AGNUS:
Variant spelling of English Agnes,
meaning "chaste; holy."
-
AIAH:
Anglicized form of Hebrew unisex Ayah, meaning "falcon"
or "vulture."
In the bible, this is the name of the
father of Rizpah,
and a Horite, the son of Zibeon.
AIDEEN:
Anglicized form of Irish Gaelic ï¿½taï¿½n, meaning "face."
AIDITH:
Perhaps a form of English Edith,
meaning "rich battle."
-
AILA:
Pet form of English Aileen, meaning "little Eve."
-
AILEE:
Short form of English Aileen, meaning
"little Eve."
-
AILEEN:
Scottish Anglicized form of Gaelic Aibhilï¿½n, meaning
"little Eve."
-
AILENE:
Variant spelling of English Aileen, meaning
"little Eve."
-
AILEY:
Pet form English Aileen, meaning
"little Eve."
-
AILIE:
Pet form English Aileen, meaning
"little Eve."
-
AILITH:
Either a Middle English form of Anglo-Saxon ï¿½thelgyth, meaning
"noble war," or a variant spelling of Scottish Gaelic Alyth,
meaning "ascending, rising."
-
AILSA:
Anglicized form of Scottish Gaelic Ealasaid,
meaning "God is my oath." The name was derived from Ailsa Craig, the name of
an island off Scotland, also known by the Gaelic names Allasa Creag
and Creag
Ealasaid ("Elisabeth's Rock"
or Elspeth's Rock"). The
island is known by many other names, including Old Norse Alfsigesey, meaning "Alfsigr's
Island."
-
AILSE:
Variant spelling of English Ailsa, meaning "elf
victory."
-
AILSIE:
Variant spelling of English Ailsa, meaning "elf
victory."
-
AIMEY:
Variant spelling of English Amy, meaning
"much loved."
-
AIMIE:
Variant spelling of English Amy, meaning
"much loved."
-
AINSLEY:
Scottish habitational surname transferred to unisex
forename use, composed of the Old English elements ansetl
"hermitage" and leah "meadow,
pasture," hence "hermitage meadow."
-
AINSLIE:
Variant spelling of Scottish unisex Ainsley,
meaning "hermitage meadow."
-
AIRLA:
Modern
English name perhaps based on the vocabulary word air, hence
"ethereal."
-
AIRLEA:
Elaborated form of English Airla, possibly meaning "ethereal."
-
AIRLIA:
Elaborated form of English Airla, possibly meaning "ethereal."
-
AISLIN:
Variant spelling of Irish Gaelic Aisling, meaning "dream;
vision."
-
AISLING:
Irish Gaelic name meaning "dream; vision."
-
AISLINN:
Variant spelling of Irish Gaelic Aisling, meaning "dream;
vision."
-
AIYANA:
This name was coined by professor Bryan
Sykes, author of The Seven Daughters of Eve,
for a particular Native American genetic line, one of four reconstructed
mtDNA lines believed to have colonised America. The name was adopted into
English usage, mostly by Americans. It may mean "ever-blooming."
-
ALANA: English
feminine form of Celtic Alan, possibly meaning
"little rock."
-
ALANIS:
English feminine form of Celtic Alan,
possibly meaning
"little rock."
-
ALANNA:
Variant spelling of English Alana, possibly meaning
"little rock."
-
ALANNAH:
Variant spelling of English Alanna, possibly meaning
"little rock."
-
ALANNIS:
Variant spelling of English Alanis, possibly meaning
"little rock."
-
ALBERTA: Feminine form of English
Albert, meaning
"bright nobility." Compare with another form of Alberta.
-
ALBERTINE:
Feminine form of French Albert,
meaning "bright nobility."
-
ALBINA:
Feminine form of English Albin,
meaning "like Albus,"
i.e. "white."
-
ALEA:
English variant spelling of Arabic Aliya, meaning "the high, exalted
one."
-
ALEASE:
Perhaps a variant spelling of English Alice, meaning
"noble sort."
-
ALEEN:
Variant spelling of English Aileen,
meaning "little Eve."
-
ALEESHA:
English variant spelling of Spanish Alicia, meaning "noble sort."
-
ALENA
(Russian:
Алёна):
Russian form of Greek Helï¿½nē,
possibly meaning "torch."
-
Short form of Latin Magdalena,
meaning "of Magdala."
-
ALENE:
Variant spelling of English Aileen,
meaning "little Eve."
-
ALESHA:
English variant spelling of Spanish Alicia,
meaning "noble sort."
-
ALETHA:
Variant spelling of English Alethea, meaning "truth."
-
ALETHEA:
English name not found before the 16th century, probably originally a
Puritan virtue name, derived from the Greek word aletheia, meaning "truth."
-
ALEX:
English unisex short form of Alexandra and Alexander,
meaning "defender
of mankind."
-
ALEXA: English and Latin short form
of Alexandra,
meaning "defender
of mankind." Compare with another form of Alexa.
-
ALEXANDRA: Feminine form of English
Alexander,
meaning "defender of mankind." Compare with other forms of Alexandra.
-
ALEXANDREA:
Variant spelling of Latin Alexandria, meaning "defender of mankind."
-
ALEXIA:
Feminine form of Latin Alexius, meaning
"defender."
-
ALEXINA:
Pet form of Latin Alexia, meaning "defender."
-
ALEXIS:
Unisex contracted form of Latin Alexius, meaning
"defender."
-
ALEXUS:
Unisex contracted form of Latin Alexius, meaning
"defender."
-
ALFREDA:
Feminine form of English Alfred, meaning
"elf counsel."
-
ALGOMA:
English name having several possible origins, the most likely being from the
place name invented by Henry Schoolcraft, composed of the prefix Al- from
the Native American tribal name Algonquin, and the suffix -goma from
the Algonquin word goma, meaning "lake."
[
1 ] [ 2
] [
3 ] [ 4 ] [
5 ] [ 6 ] [
7 ] [ 8 ] [
9 ]
[ 10 ]
[
11 ] [ 12 ] [
13 ] [ 14 ] [
15 ] [ 16 ] [
17 ] [ 18 ] [
19 ] [ 20 ]
|
|
|
A-Z
Baby Names
|
|
Girl Names
A,
B, C,
D, E,
F, G,
H, I,
J, K,
L, M,
N, O,
P, Q,
R, S,
T, U,
V, W,
X, Y,
Z
Boy
Names
A,
B, C,
D, E,
F, G,
H, I,
J, K,
L, M,
N, O,
P, Q,
R, S,
T, U,
V, W,
X, Y,
Z
|
|
|
***
|
|
Pet
Names
Names for your pets. Grouped by species.
Naming Tips &
Quips
|
| Miscellany |
|
|
|
| *** |
|
Games
have been removed. 20kWeb is being converted into an
Etymology site. |
|
|
|
|
|


7.67M (4.36%)
Voting Power
100%
Recent Uptime
3%
Commission
About Cosmos
The Cosmos Hub is an Internet of Blockchains, a network of blockchains able to communicate with each other in a decentralized way.
How to stake
There are two recommended ways: Keplr Wallet (Web) or Cosmostation (Mobile)
3.9M (5.74%)
Voting Power
3%
Commission
About Kava
Kava is a cross-chain DeFi project focused on providing a collateralized, USD-pegged stablecoin called USDX. Kava is making use of interoperability solutions to bring its services to tokens like BEP3 and IBC tokens.
Users of the Kava CDP system can earn KAVA tokens and delegate them to validators, which maintain and govern the protocol with the goal to create a stable platform for cross-chain decentralized finance.
How to stake
There are two recommended ways: Keplr Wallet (Web) or Cosmostation (Mobile)
26.5M (8.22%)
Voting Power
100%
Recent Uptime
10%
Commission
About Straightedge
Straightedge is a general-purpose WASM smart contracting platform built using the Cosmos SDK and CosmWasm.
The network is governed and secured by the holders of the STR token, which is widely distributed as a modified hard spoon of the Edgeware genesis lockdrop.
How to stake
We recommend delegating using the Keplr wallet. If you have tokens from the lockdrop, please claim them using the procedure demonstrated here.
8.97M (8.54%)
Voting Power
100%
Recent Uptime
3%
Commission
About Akash
Akash DeCloud is a faster, better, and lower cost cloud built for DeFi, decentralized projects, and high growth companies, providing unprecedented scale, flexibility, and price performance. 10x lower in cost, its serverless computing platform is compatible with all cloud providers and all applications that run on the cloud.
How to stake
There are two recommended ways: Keplr Wallet (Web) or Cosmostation (Mobile)
396 (18.38%)
Voting Power
100%
Recent Uptime
10%
Commission
About Persistence
Persistence is an asset-based lending/borrowing and debt issuance/management hybrid protocol, bringing the power of real-world assets to DeFi. It does so by facilitating crypto-assets borrowing, using real-world assets as invoiced NFTs, and then using them as wrapped financial products.
Persistence One is designed to enhance the transfer of value between the two worlds of finance by enabling value transfer through seamless interoperability via on-off ramps. It was developed to promote open and inclusive finance in addition to solving inefficiencies in payments and financing.
How to stake
Staking is currently unavailable for Persistence.


Files | |
| file | axutil_base64_binary.h |
| axis2-util base64 encoding holder | |
Typedefs | |
| typedef struct axutil_base64_binary | axutil_base64_binary_t |
Functions | |
| AXIS2_EXTERN axutil_base64_binary_t * | axutil_base64_binary_create (const axutil_env_t *env) |
| AXIS2_EXTERN axutil_base64_binary_t * | axutil_base64_binary_create_with_plain_binary (const axutil_env_t *env, const unsigned char *plain_binary, int plain_binary_len) |
| AXIS2_EXTERN axutil_base64_binary_t * | axutil_base64_binary_create_with_encoded_binary (const axutil_env_t *env, const char *encoded_binary) |
| AXIS2_EXTERN void | axutil_base64_binary_free (axutil_base64_binary_t *base64_binary, const axutil_env_t *env) |
| AXIS2_EXTERN axis2_status_t | axutil_base64_binary_set_plain_binary (axutil_base64_binary_t *base64_binary, const axutil_env_t *env, const unsigned char *plain_binary, int plain_binary_len) |
| AXIS2_EXTERN unsigned char * | axutil_base64_binary_get_plain_binary (axutil_base64_binary_t *base64_binary, const axutil_env_t *env, int *plain_binary_len) |
| AXIS2_EXTERN axis2_status_t | axutil_base64_binary_set_encoded_binary (axutil_base64_binary_t *base64_binary, const axutil_env_t *env, const char *encoded_binary) |
| AXIS2_EXTERN char * | axutil_base64_binary_get_encoded_binary (axutil_base64_binary_t *base64_binary, const axutil_env_t *env) |
| AXIS2_EXTERN int | axutil_base64_binary_get_encoded_binary_len (axutil_base64_binary_t *base64_binary, const axutil_env_t *env) |
| AXIS2_EXTERN int | axutil_base64_binary_get_decoded_binary_len (axutil_base64_binary_t *base64_binary, const axutil_env_t *env) |
| typedef struct axutil_base64_binary axutil_base64_binary_t |
Type name for struct axutil_base64_binary
| AXIS2_EXTERN axutil_base64_binary_t* axutil_base64_binary_create | ( | const axutil_env_t * | env | ) |
Creates axutil_base64_binary struct
| env | double pointer to environment struct. MUST NOT be NULL |
| AXIS2_EXTERN axutil_base64_binary_t* axutil_base64_binary_create_with_encoded_binary | ( | const axutil_env_t * | env, | |
| const char * | encoded_binary | |||
| ) |
Creates axutil_base64_binary struct.
| env | double pointer to environment struct. MUST NOT be NULL | |
| encoded_binary | binary buffer to initialize |
| AXIS2_EXTERN axutil_base64_binary_t* axutil_base64_binary_create_with_plain_binary | ( | const axutil_env_t * | env, | |
| const unsigned char * | plain_binary, | |||
| int | plain_binary_len | |||
| ) |
Creates axutil_base64_binary struct
| env | double pointer to environment struct. MUST NOT be NULL | |
| plain_binary | binary buffer to initialize |
| AXIS2_EXTERN void axutil_base64_binary_free | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env | |||
| ) |
free the axutil_base64_binary.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL |
| AXIS2_EXTERN int axutil_base64_binary_get_decoded_binary_len | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env | |||
| ) |
retrieve the value from decoded binary length.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL |
| AXIS2_EXTERN char* axutil_base64_binary_get_encoded_binary | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env | |||
| ) |
retrieve the value from encoded binary.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL |
| AXIS2_EXTERN int axutil_base64_binary_get_encoded_binary_len | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env | |||
| ) |
retrieve the value from encoded binary length.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL |
| AXIS2_EXTERN unsigned char* axutil_base64_binary_get_plain_binary | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env, | |||
| int * | plain_binary_len | |||
| ) |
retrieve the value from plain binary.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL | |
| plain_binary_len | length of the plain_binary binary buffer |
| AXIS2_EXTERN axis2_status_t axutil_base64_binary_set_encoded_binary | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env, | |||
| const char * | encoded_binary | |||
| ) |
store the value from encoded binary.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL | |
| encoded_binary | encoded binary buffer to store |
| AXIS2_EXTERN axis2_status_t axutil_base64_binary_set_plain_binary | ( | axutil_base64_binary_t * | base64_binary, | |
| const axutil_env_t * | env, | |||
| const unsigned char * | plain_binary, | |||
| int | plain_binary_len | |||
| ) |
store the value from plain binary.
| base64_binary | represet the type object | |
| env | pointer to environment struct. MUST NOT be NULL | |
| plain_binary | binary buffer to store | |
| plain_binary_len | length of the plain_binary binary buffer |


Back
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Your position in the queue:
Leave queue
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Either goto json
Or use fetch() with GET and POST methods: Open the console (F12) to see the returned json


Open your downloaded file in a text editor (like notepad)
Copy-Paste the text in the text-box below
Press upload to go back to the downloaded state
Upload
Close
Inspection time:
ON
/
OFF
Close
--.--
--.--
333
0.000
OK
/
+2
/
DNF
Ao5: --.--
Ao12: --.--
Time
Scramble
Ao5


| Class | Description |
|---|---|
| AddReview |
Allows the user to add a review to a user who has completed a task for them
|
| EditMyProfileActivity |
EditMyProfileActivity starts after user selects the UserMenuButton --> "Edit My Profile"
|
| LogInActivity |
Allows the user to log in or move to a signup activity
|
| MapsActivity |
Map Activity
Handles functions relating to maps.
|
| MapsSearchLocationActivity |
MapsSearchLocationActivity
Finds the location that the user typed in EditText field
The following is a spinoff of Mitch Tablian's code in Google Maps & Google Places Course
|
| MapsSearchTasksActivity |
An activity which shows all tasks with status Requested and Bidded within 5km.
|
| MapsShowALocationActivity |
Show a location relating to a task
|
| MyProfileViewActivity |
MyProfileViewActivity displays information of current user
|
| Navigation |
Created by ag on 2018-03-26.
|
| NotificationActivity |
Shows the notifications relating to current user
|
| OtherProfileViewActivity |
OtherProfileViewActivity displays information of another user
|
| PhotoPicker |
This activity is specific used for add the photo to the profile.
|
| ProfileViewActivity |
Abstract class ProfileViewActivity generalizes MyProfileViewActivity and OtherProfileViewActivity
|
| providerCheckImage |
This activity is used to display the image from the download task.photos()
basically its the same as the requester add photos
but just for check no edit
|
| ProviderTaskListActivity |
An activity where the provider can see the tasks - with different ui depending
On the task status, and input
|
| ProviderViewTask |
An activity where the provider can see the tasks - with different ui depending
On the task status, and input
|
| RequesterAddTaskActivity |
An activity where a user in Requester mode can add a task with status "Requested".
|
| RequesterEditTaskActivity |
An activity where a user in Requester mode can edit a task with status "Requested".
|
| RequesterTaskActivity | |
| RequesterViewListActivity |
An activity where the requester can view all of their tasks with status requested, bidded or
assigned.
|
| RequesterViewTaskActivity |
The activity that is displayed when a user in the Requester role views one of their own tasks.
|
| SearchActivity |
An activity where the provider can search for tasks in either requested or bidded states ('open to bidding')
On default it will display the most recently requested tasks/
|
| SignUpActivity |
Allows the user to create a new profile
|
| SplashActivity |
An empty activity which displays a splash screen and redirects to the main activity.
|
| TaskPhotoActivity |
Task PhotoActivity handles photos when adding them to task
|


Data visualization of photovoltaics in the U.S.
Growth of 2000 - 2015 per state in:
- Interactive projected map-view
- Interactive graph-view
Renewable energy resources, their usage, as well as national and international differences between usage, is a topic that has been visualized in many ways the last decades. Large organizations such governmental research institutes and consultancy firms have spent a lot of time in this field, in attempts to identify trends and growth of renewable energy.
Unfortunately, it seems that growth is mostly visualized in terms of total installed capacity, or amount of jobs in the renewable energy sector. I want to change this, and visualize the growth of renewable energy per US state based on a number of different parameters:
Below, each of the links will trigger the chosen visualization to show up underneath it. You can choose between two different views. The first is an animated map of the US states, showing the parameter color-coded per state as per the legenda, for 2000 to 2015. By hovering over a state, you can see the information for that specific state. The second is a line-graph showing the changes over time for each of the states, where the red line is the selected state, and the blue lines are all the other states. You can switch between states by either 1) clicking on a different line, or 2) selecting a different state from the dropdown-menu just above the map.
Data from 'The Open PV Project', a data-base with the 'real-time status of the photovoltaic market in the U.S. All of the data has been taken from the database in June 2015, therefore the data of 2015 is updated up until this date. Any changes in the database after this date are not displayed in any of the visualizations.
'The Open PV Project' is a collaborative effort between government, industry, and the public that is compiling a comprehensive database of photovoltaic (PV) installation data for the United States. Data for the project are voluntarily contributed from a variety of sources including solar incentive programs, utilities, installers, and the general public. This database serves as a web-based resource for users to easily explore and understand the current and past trends of the US PV industry. The data collected is actively maintained by the contributors and are always changing to provide an evolving, up-to-date snapshot of the US solar power market. For more information: visit the Open PV website.
Population data:Data from 'United States Census Bureau', which produces estimates for various demographic components at a national, state, and county level of geography. Latest data was released May 21, 2015. The population data are estimates, and should not be taken as an absolute number.
The Census Bureau's Population Estimates Program (PEP) produces estimates of the population for the United States, its states, counties, cities, and towns, as well as for the Commonwealth of Puerto Rico and its municipios. Demographic components of population change (births, deaths, and migration) are produced at the national, state, and county levels of geography. Additionally, housing unit estimates are produced for the nation, states, and counties. For more information visit the Census Population Estimates website.
US states JSON data:Paths to draw each state as a scalable vector graphic were obtained from an example by Mike Bostocks. Visit his website for more d3 examples.
US solar radiation data:Solar radiation data was taken from NREL (National Renewable Energy Laboratory), which contained 30-year averages for solar radiation per zip code. To determine the annually generated electricity, each entry's zip code was looked up and then used to determine the average solar radiation at that location. For more information visit the NREL website.


[Fortress System Management]
The fortress' facilities are being reset.
The usage fee will no longer be automatically withdrawn from the clan warehouse.
Do you wish to continue?


Oujda map
Dashboard
option 1
option 2
option 3
Profile
Status
Toggle Menu
Home
(current)
Link
Dropdown
Action
Another action
Something else here


This page loads the javascript from webpack dev server. Use this page for development. Open the console to see the performance stats.


Service
Hits
Local URL
URL template
{{service}}
{{template.hits}}
http://{{host}}:{{redirectPort}}/{{service}}
Update
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Add new service
Unique service path
URL template for redirects
All functions from Go text/template can be used with environment as http.Request
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Navigate to the Git home page.
https://gitforwindows.org/
Click the Download button to obtain the Git setup program.
Run the Git Setup program.
The Git Setup wizard appears.
Click the Next button.
The Select Components step appears.
Click the Next button.
The Choose Editor step appears.
Select your favorite editor from the dropdown list. (e.g., Visual Studio Code)
Click the Next button.
The Path view appears.
Click the Next button.
The Choose Https Transport step appears.
Recommend chooseing the Use the OpenSSL library option.
Click the Next button.
The Configure Line Endings view appears.
Recommend choosing the Checkout Windows-style, commit Unix-style line endings option.
Click the Next button.
The Configure Terminal Editor view appears.
Recommend choosing the Use MinTTY option.
Click the Next button.
The Configure Extra Options view appears.
Click the Next button.
The Git installation commences.
The Git installation completes.
Click the Finish button.


{{result}}
In order to not leave your secrets in plain text at rest, encrypt them using this UI. Then store the encrypted value like this:
sample: property: '{{ '{' }}cipher{{ '}' }}FKSAJDFGYOS8F7GLHAKERGFHLSAJ'
Warning: Before being able to encrypt/decrypt your properties values, you will need to configure a strong encryption key in the encrypt.key
property.
When using the JHipster Registry docker image, you can set this with the ENCRYPT_KEY
environment variable.
Note that this property only needs to be set for the JHipster Registry as your applications will retrieve the decrypted values directly from the config server.