C, like many languages, lets an identifier x refer to different objects (e.g., storage locations for variables) at different places in the source code. As a simple case, the two declarations of x below refer to different variables.
int x; main( void ) { int x; ... } void func1( void ) { ... }
Let's say the first x refers to a storage location we'll call S1, and the second x refers to a storage location we'll call S2. The scope of the S1 object (storage location) is simply the region (i.e., lines) of source code where references to x are references to S1; likewise, the scope of the S2 object is the region of source code where references to x are references to S2. In this example, the scope of S1 (the first x) is everywhere outside the main function, and the scope of S2 (the second x) is only within the main function. Obviously, for the program to be clear, these two regions of the program can't overlap; each reference to x must refer to just one of the storage locations. Scope is also called "visibility" because you can "see" an object (e.g., read or change a storage location) only within its scope. In this chapter, I use "visibility" for the general concept and "scope" to refer to C's specific lexical scope attribute.
The C-nic Route
The concept of visibility is simple and useful. Among other uses, distinct regions of object visibility let you use identifiers in different parts of your code without worrying about whether the same identifier, used for different purposes, unintentionally refers to the same object. But why be merely simple and useful when you can be clever and brave, too? Take your first left turn into the C labyrinth.
C splits the single concept of visibility into scope and linkage, with scope referring to the region of program text within which an identifier's characteristics are understood. C's linkage term refers to the connection between identifiers in independently compiled translation units. Expressing visibility with two attributes instead of one may help C compiler writers, but it makes it more difficult for programmers to determine which object an identifier references. I'll try to map out C's rules while noting some language flaws that lead to C's problems. Then I'll mark an easy path to declaring variables and functions with the desired visibility.
C's rules for function visibility are simple: If you specify static storage class, a function is visible throughout the source file in which it's defined, but not in other source files. With extern or no storage class specifier, a function is visible throughout the program (i.e., across all files), and you can call it from anywhere. These rules lead to my first suggestion: Declare functions static if you intend to call them only from within the same source file.
C's rules for variable visibility are far more complex than those for function visibility. I've listed these rules in a table (Figure 5.1) that shows, for any variable declaration, where that variable is visible. I've also listed C's scope and linkage attributes and whether the declaration causes storage to be allocated (in C terminology, whether it is a definition as well as a declaration). You can use this guide to help you understand some of the mysterious changes that can occur when a C variable has unexpected visibility. You also may need it to follow my next few examples, but later I'll show you a far more useful table for C programming.
Figure 5.1
Visibility of C Variables
DECLARED OR REFERENCED INSIDE A BLOCK (function or nested
block):
| Where | Storage | Initial | Storage | Scope/Linkage | Visibility |
|---|---|---|---|---|---|
| specified | class | value | allocation | ||
| 1. Declared | (none) | Yes | Yes | Block scope, | Within same block, including all |
| in block | auto | No | Yes | no linkage | nested blocks, except |
| register | any nested block (and its | ||||
| static | nested blocks) with an identical identifier without extern | ||||
| 2. Declared | extern | No | CASE A: Enclosing scope has identical, visible | ||
| in block | identifier - same scope, linkage, allocation, visibility as the matching identifier | ||||
| CASE B: Otherwise, same as if declared extern outside function (see 7, below) | |||||
| 3. Declared | extern | Yes | ILLEGAL | ||
| in block | declaration | ||||
| 4. Not declared but referenced in block | CASE A: Enclosing scope has identical, visible identifier declared in the same source file prior to the reference - same as if declared extern in block (see 2, above) | ||||
| CASE B: Otherwise, ILLEGAL declaration |
| Which | Storage | Initial | Storage | Scope/Linkage | Visibility |
|---|---|---|---|---|---|
| declaration | class | value | allocation | ||
| 5. First | (none) | Yes | Yes | File scope | Rest of file except any |
| declaration | No | external | block (and its nested blocks) with an identical identifier declared without extern, and blocks it contains and Other files with an identical external linkage identifier declared in them (No other file may allocate (define) an identical external linkage identifier.) | ||
| 6. First | static | Yes | Yes | File scope, | Rest of file except any |
| declaration | No | internal linkage | block (and its nested blocks) with an identical identifier declared without extern, and blocks it contains | ||
| 7. First | extern | Yes | Yes | File scope, | Rest of life except any |
| declaration | external linkage | block (and its nested blocks) with an identical identifier declared without extern, and blocks it contains and Other files with an identical external linkage identifier declared in them (One other file must have an identical external linkage identifier allocated (defined) in it.) | |||
| 8. First | extern | Yes | Yes | Same as if declared outside function | |
| declaration | without extern or static (see 5, above) | ||||
| 9. Second or | Must have same | Same scope, linkage, allocation, and | |||
| later | type and linkage | visibility as first declaration | |||
| declaration | as first declaration |
Feeling a Little C-sick?
C syntax flies in the face of the "say what you mean, mean what you say" principle of programming. The keyword extern is simply an abbreviation for "external" - a word you'd expect to be related to visibility or scope and to mean something like "outside the current context." And you'd expect the other relevant keyword, static, to relate to how storage is managed. Thus, you might read the declaration
extern int x;
to mean the variable x is visible outside the block or file in which it's declared. Likewise, for a declaration without extern (C has no intern keyword), such as
int x;
you'd expect the variable x not to be visible outside the block or file in which it's declared. For variables declared within a function or nested block, this sensible interpretation holds. The problem arises for variables declared outside any function. (In C, such declarations are called external declarations.) In most cases, when the two previous examples appear as external declarations, both the extern and non-extern declarations mean the variable is visible outside the file in which it's declared. (If the extern declaration isn't the first declaration of x, however, and the first declaration of x isn't visible outside the file, the extern declaration also specifies that x isn't visible outside the file - a further complexity in C's approach to visibility.) Some programmers wise in the ways of C might argue, "But both declarations are external declarations, so it is consistent that they both are visible `externally' to the file." Nice try. However, when the declaration
static int x;
is outside any function, it also is an external declaration, yet it defines a variable that is not visible outside the file.
Not only does C's syntax lack consistency, but it also confuses things by using the static storage class keyword to specify visibility. My theory is that Humpty Dumpty was on the original C design team. As he told Alice, "When I use a word, it means just what I choose it to mean - neither more nor less."
There are other confusing cases, as in the second declaration of x below,
static int x; main( void ) { extern int x; ... }
where the use of extern results in internal linkage. I'll spare you a diversion down the cul-de-sac you enter when you have more than one external declaration for the same variable (which C allows). As we pass through the maze, however, notice that it matters whether you initialize a variable in an external declaration when you specify extern. (With an initializer, the declaration allocates storage; without one, it doesn't.) Yet when you specify static or no storage class, initialization doesn't effect storage allocation.
Although I've wandered repeatedly around the C maze using guides such as the SAA C reference manual and Kernighan and Ritchie's description of C (see the Bibliography), I still can't guarantee that Figure 5.1 is a perfect map of every C visibility rule. But there are better ways to simplify C variable declarations and make your programs more readable than building a mental map of C's visibility labyrinth.
UnC-eemly Solutions
The fastest way out of C's maze is to decide where you want to go - that is, what kinds of visibility you want to use. I've found three "classes" of visibility adequate to define most variables and functions:
- Local: visible only within a single function or nested block.
- Share: visible in all functions in a file, but not outside the file.
- Export: visible in all functions in a program (all files). Export visibility implies share visibility. The file that "exports" an object allocates its storage.
You pick an appropriate one of these visibility classes when you define a variable. If a variable is local, you generally are done with your declarations for that object. In C, you define most local variables at the beginning of a function, and they are visible throughout that function (but not outside it).
If a variable has share or export visibility, however, you need one more concept - import declarations - to specify you intend to reference the variable in a specific function. One use of the "import" concept is to specify you want to use an export variable in a file other than the one containing its definition. Naturally, a file can't import a variable that isn't exported by some other file, and a file doesn't need to import variables that it exports - such variables already are available for shared use within the file. Note that in C programs, only one file can export a particular variable (this isn't true for all languages). Another use of the import concept is to specify you want to use a nonlocal variable in a function or block. After covering a couple of general rules relating to visibility, I'll explain a simple way to implement local, share, and export visibility, as well as import declarations.
The most important rule for declarations in C, or any language, is: Use the most restricted visibility possible for variables; avoid shared variables. In C, this most often means defining variables used in a function as local to that function by putting their declarations at the beginning of the function and using auto or no storage class specifier. The same rule and technique apply to nested blocks within a function.
In the special case of references to variables within a nested block that aren't local to the nested block, I usually do not declare the variables in the nested block. This results in implicit extern declarations for any variable you reference but don't declare in the nested block. When you follow this and other guidelines I present below, all references to variables not declared in a nested block resolve to a local or import declaration in an outer block. I rarely use nested blocks, except with "loop" macros, such as those I presented in Chapter 3. And in those cases, import declarations don't add any real protection or improve clarity. However, if you prefer to explicitly declare every variable in a nested block, you can either use the IMPORT macro (which I'll introduce in a moment) or define a similar macro to more specifically express your intent.
You should define share and export variables before the first function definition in a file, although C permits the confusing and dangerous practice of placing external declarations between functions, as in the following example:
void func1( void ) { ... } int x; void func2( void ) { ... } void func3( void ) { ... }
This ordering makes x implicitly visible in func2 and func3, but not visible in func1, unless x is explicitly declared extern within func1. The intent of such coding usually is to declare x as a variable shared only by some - not all - of the functions in a file. If several functions are coupled by sharing data you don't want other functions to access, put the coupled functions in a file by themselves, along with the external declarations for their shared variables.
C-through Macros
The best way to declare share, export, and import variables is to define macros for the required C syntax. Figure 5.2 shows three suggested macro definitions and how to use them (along with rules for declaring local variables.) For variables you want visible throughout the file, use the SHARE macro before the file's first function definition to declare (and define) each variable. For example,
SHARE int x;
This statement expands to
static int x;
which gives x the desired visibility. Note that you never use SHARE inside a function because it would just define a local variable.
Figure 5.2How to Declare C Variables and Functions
"Visibility" Macros
| #define | SHARE | static |
| #define | EXPORT | |
| #define | IMPORT | extern |
Declaring Variables
| Visibility | Storage | Where referenced | Storage/visibility specifier(s) |
|---|---|---|---|
| Local | Automatic | In block | Define at beginning of block with no specifier |
| Local | Static | In block | Define as static at beginning of block |
| Nonlocal | - | In nested block | (No declaration, use implicit extern) |
| File | Static | In function | Define as SHARE before first function in file |
| Declare as IMPORT at beginning of each function where referenced | |||
| Program | Static | In function | Define as EXPORT before first function in file where variable is to be allocated |
| Declare as IMPORT before first function in file(s) where variable is used | |||
| Declare as IMPORT at beginning of each function where referenced |
| Callable from | Visibility specifier |
|---|---|
| Same file (only) | SHARE |
| Any file | EXPORT |
The SHARE macro isn't a silver bullet to slay all of C's visibility monsters, nor does it boost C's visibility features into a class with Modula 2's. But it makes a lot more sense to write SHARE rather than static when you're trying to specify a variable's visibility.
In functions or blocks where you want to use a SHARE variable, declare the variable with the IMPORT macro:
void func1( void ) { IMPORT x; ... }
This declaration expands to
extern int x;
which, although unnecessary given C's default scoping rules, makes explicit the function's intention to use x. Unfortunately, C won't protect you against unintentional references to x in functions that don't declare x. Reducing the number of nonlocal variables is the best way to reduce accidental nonlocal references.
You also should specify SHARE for functions you intend to be callable only from within the same file. Use EXPORT for functions you intend to be callable from anywhere. Functions without a visibility specifier default to EXPORT, but I find explicit visibility reminds me which functions are callable from anywhere. (I often notice EXPORT functions that don't need such broad visibility and that are better defined as SHARE.) In addition, by grouping all SHARE functions after all EXPORT functions, you can organize your functions better.
For export variables you want visible throughout all source files (i.e., the entire program), use the EXPORT macro to declare (and define) the variable before the first function definition in the file "owning" the variable. In most cases, this is the file containing the main function.
The following example shows how to define an export variable:
EXPORT int x = 0;
This statement expands to
int x = 0;
which gives x the desired visibility and allocates storage for x. It's good programming practice to initialize variables in their definitions, especially variables for which C's default zero initialization is not within the variable's domain (valid values). I'd also recommend you place all EXPORT variable declarations before any IMPORT declarations. Note that, as with SHARE, you never use EXPORT inside a function.
In functions where you want to use a nonlocal variable, declare the variable with IMPORT at the beginning of the function:
void func1( void ) { IMPORT x; ... }
The IMPORT declaration adds the necessary extern specifier and clearly shows that the function uses a nonlocal variable. A variable declared as IMPORT in a function will resolve to one of the file's SHARE or IMPORT external declarations.
In files where you want to use a variable exported from another file, declare the variable with IMPORT once at the beginning of the file and once in each function or block where you want to use the variable. For example,
| Before first function */ IMPORT x; ... void func1( void ) { IMPORT x; ... }
The first IMPORT declaration adds the necessary extern specifier and clearly indicates that x is defined in another file and that x may be used in other files (as well as in the current file and in the one that defines it). Like the previous example, the second IMPORT identifies a nonlocal variable used in a function. In this case, the two IMPORT declarations are clearly warning that func1 uses a variable that functions in other files also might use.
Finding Your C Legs
SHARE, EXPORT, and IMPORT let your declarations "say what they mean and mean what they say." You may prefer different macro names; almost any descriptive names produce clearer code than C's standard syntax. I picked up the idea for the macros from Steve Schustack's suggestion in Variations in C for similar macros he calls GLOBAL, SEMIGLOBAL, and IMPORT. I think EXPORT indicates better than GLOBAL the role of a variable allocated in one file and made available to other files, and SHARE seems more informative than SEMIGLOBAL. But whatever names you choose, these simple "visibility" macros and guidelines for declarations will let you, and anyone who reads your programs, C clearly now.
C Coding Suggestions
- Declare functions static if you intend to call them only from within the same source file.
- Use the most restricted visibility possible for variables; avoid shared variables.
- Put all external declarations before the first function definition in a file.
- Put functions that must share data and external declarations for their shared variables in a file by themselves.
- Use EXPORT, SHARE, and IMPORT macros to clarify the intended visibility of a variable.


 We are based in central Scotland: Fife and Dundee, and we perform worldwide.
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Our full 5 piece line-up is two fiddles, guitar, bass and drums. We will tailor the line up to your needs and by request we also play bagpipes, flute, whistle and mandolin. Our ceilidh set consists of traditional and contemporary celtic tunes and songs, and some we’ve written ourselves. If in addition you have any special requests, we are always happy to oblige!
We call all the dances and demonstrate them, so first-timers are always well looked after! Professional scottish highland dancers can also be hired for that special touch.
We play all your favourite ceilidh dances, and add a few surprises to keep things exciting.
Lesley has performed several times on STV and has worked as a session musician performing across Europe in a variety of genres: Folk, Bluegrass, Trad and Gypsy. She also teaches, composes Scottish fiddle tunes, and has competed at the highest level in Scots fiddle, featuring as a Glenfiddich finalist for 3 years 2011-2014 and being invited to championships across Scotland. Lesley plays piano, bagpipes, whistle, mandolin and guitar.
Hannah grew up learning fiddle in the pubs of Liverpool before relocating to Scotland at 18. Her playing has absorbed the best of Scottish, Irish and English influences to create a rhythmic sound filled with exciting harmonies and infectious enthusiasm. Hannah has played with numerous bands in a range of genres, from pure traditional folk to folk rock and heavy metal.
Chris spent 15 years as a session drummer recording, performing and touring with many artists including: Big Country, Nazareth, Dougie Maclean, Kathy Mattea, The Platters, Maggie Riley and Martin Taylor.
Chris also worked as a composer of neo-classical music and his work has featured on tv channels: Classic FM TV, o Music, C Music, the Performance Channel, Al Jazeera and CNN. Chris collaborated with Emmy Award winning Sex and the City producer Michael King.
Guitarist. Legend.
Chris performs as a solo artist and with various bands, has shared the stage with Andy Mckee, Jon Gomm, Gomez, Jeffrey Lewis, James Yorkston, Ólöf Arnolds, KT Tunstall and collaborated with RM Hubbert and Alex Kopranos (Franz Ferdinand).
He is also an audio engineer, working live and producing at his studio, including music from his own original project ‘Esperi’ plus various other bands and artists.
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Death toll reaches 65 in Kenya flooding
by The Associated Press, StaffNAIROBI, Kenya -- Heavy rains in Kenya unleashed a deluge that killed five people overnight in the Rift Valley, raising the death toll from weekend flooding to 65, officials said Monday.
The five were returning home after attending a wedding in Tanzania when their car was washed away, said Daudi Loronyokwe, a police chief in Kajiado Central community.
The victims included three children, he said.
Governor John Lonyang'apuo said between 80,000 and 120,000 people have been affected in West Pokot county, the worst hit by the floods and mudslides. The governor said at least 52 people were confirmed dead there.
"I have lost three children," said one resident, William Lokapel. He described how his wife managed to struggle to safety, clutching another child, after the mudslide covered their home while they slept.
The torrential rain is uncommon for this time of year. Parts of the country could continue to face destructive flooding this week, the Kenya Red Cross said. The aid group
Evacuations continued.
"No one can sleep in their homes for now because we don't know when the next land slide will occur," resident Peter Lokor said.
The Kenya Red Cross cited what it called a record-breaking temperature rise in the Indian Ocean in recent weeks that also has caused flooding in South Sudan and Somalia.
Now Djibouti is affected. The Horn of Africa nation's capital reportedly saw more than three times its annual rainfall between Thursday and Sunday alone, the United Nations humanitarian office said. More heavy rains are forecast.


Typically, you create a set of custom materials, and use them throughout the game. For example, you can initialize and configure your materials objects in the initSimpleApp()
method, and then load 3D models (Geometries) and use setMaterial() on them.
Tip: If you use one custom material very often, additionally read about storing material configurations in user-friendly j3m Material Files.
Unshaded.j3md
.Material mat = new Material(assetManager, "Common/MatDefs/Misc/Unshaded.j3md");
mat.setColor( "Color", ColorRGBA.White );
mat.setTexture( "ColorMap", assetManager.loadTexture("Interface/Logo/Monkey.png" ));
mat.setFloat( "Shininess", 5f);
mat.setBoolean( "SphereMap", true);
mat.setVector3( "NormalScale", new Vector3f(1f,1f,1f));
myGeometry.setMaterial(mat);
geometry.scaleTextureCoordinates(new Vector2f(1f, .5f));
A simpled textured material.
Material mat = new Material(assetManager, "Common/MatDefs/Misc/Unshaded.j3md"); mat.setTexture("ColorMap", assetManager.loadTexture( "Interface/Logo/Monkey.jpg"));
A textured material with a color bleeding through transparent areas.
Material mat = new Material(assetManager, "Common/MatDefs/Misc/Unshaded.j3md"); mat.setTexture("ColorMap", assetManager.loadTexture( "Textures/ColoredTex/Monkey.png")); mat.setColor("Color", ColorRGBA.Blue);
You can test these examples within the following code snippet. It creates a box and applies the material:
Box(Vector3f.ZERO, 1, 1, 1); Geometry geom = new Geometry("Box", b); // ... insert Material definition... geom.setMaterial(mat); rootNode.attachChild(geom);
Tip: You can find these and other common code snippets in the jMonkeyPlatform Code Palette. Drag and drop them into your source code.


Date: Jun 20, 2023 Version: 3.4.1
Useful links: Live Notebook | GitHub | Issues | Examples | Community
PySpark is the Python API for Apache Spark. It enables you to perform real-time, large-scale data processing in a distributed environment using Python. It also provides a PySpark shell for interactively analyzing your data.
PySpark combines Python’s learnability and ease of use with the power of Apache Spark to enable processing and analysis of data at any size for everyone familiar with Python.
PySpark supports all of Spark’s features such as Spark SQL, DataFrames, Structured Streaming, Machine Learning (MLlib) and Spark Core.
Spark SQL and DataFrames
Spark SQL is Apache Spark’s module for working with structured data. It allows you to seamlessly mix SQL queries with Spark programs. With PySpark DataFrames you can efficiently read, write, transform, and analyze data using Python and SQL. Whether you use Python or SQL, the same underlying execution engine is used so you will always leverage the full power of Spark.
Quickstart: DataFrame
Live Notebook: DataFrame
Spark SQL API Reference
Pandas API on Spark
Pandas API on Spark allows you to scale your pandas workload to any size by running it distributed across multiple nodes. If you are already familiar with pandas and want to leverage Spark for big data, pandas API on Spark makes you immediately productive and lets you migrate your applications without modifying the code. You can have a single codebase that works both with pandas (tests, smaller datasets) and with Spark (production, distributed datasets) and you can switch between the pandas API and the Pandas API on Spark easily and without overhead.
Pandas API on Spark aims to make the transition from pandas to Spark easy but if you are new to Spark or deciding which API to use, we recommend using PySpark (see Spark SQL and DataFrames).
Quickstart: Pandas API on Spark
Live Notebook: pandas API on Spark
Pandas API on Spark Reference
Structured Streaming
Structured Streaming is a scalable and fault-tolerant stream processing engine built on the Spark SQL engine. You can express your streaming computation the same way you would express a batch computation on static data. The Spark SQL engine will take care of running it incrementally and continuously and updating the final result as streaming data continues to arrive.
Structured Streaming Programming Guide
Structured Streaming API Reference
Machine Learning (MLlib)
Built on top of Spark, MLlib is a scalable machine learning library that provides a uniform set of high-level APIs that help users create and tune practical machine learning pipelines.
Machine Learning Library (MLlib) Programming Guide
Machine Learning (MLlib) API Reference
Spark Core and RDDs
Spark Core is the underlying general execution engine for the Spark platform that all other functionality is built on top of. It provides RDDs (Resilient Distributed Datasets) and in-memory computing capabilities.
Note that the RDD API is a low-level API which can be difficult to use and you do not get the benefit of Spark’s automatic query optimization capabilities. We recommend using DataFrames (see Spark SQL and DataFrames above) instead of RDDs as it allows you to express what you want more easily and lets Spark automatically construct the most efficient query for you.
Spark Core API Reference
Spark Streaming (Legacy)
Spark Streaming is an extension of the core Spark API that enables scalable, high-throughput, fault-tolerant stream processing of live data streams.
Note that Spark Streaming is the previous generation of Spark’s streaming engine. It is a legacy project and it is no longer being updated. There is a newer and easier to use streaming engine in Spark called Structured Streaming which you should use for your streaming applications and pipelines.
Spark Streaming Programming Guide (Legacy)
Spark Streaming API Reference (Legacy)


Query on a tree VII
问题描述 :
Each node has a color, white or black, and a weight.
We will ask you to perfrom some instructions of the following form:
0 u : ask for the maximum weight among the nodes which are connected to u, two nodes are connected if all the node on the path from u to v (inclusive u and v) have a same color.
1 u : toggle the color of u(that is, from black to white, or from white to black).
2 u w: change the weight of u to w.
输入:
The first line contains a number n denoted how many nodes in the tree(1 ≤ n ≤ 105). The next n – 1 lines, each line has two numbers (u, v) describe a edge of the tree(1 ≤ u, v ≤ n).
The next 2 lines, each line contains n number, the first line is the initial color of each node(0 or 1), and the second line is the initial weight, let’s say Wi, of each node(|Wi| ≤ 109).
The next line contains a number m denoted how many operations we are going to process(1 ≤ m ≤ 105). The next m lines, each line describe a operation (t, u) as we mentioned above(0 ≤ t ≤ 2, 1 ≤ u ≤ n, |w| ≤ 109).
输出:
The first line contains a number n denoted how many nodes in the tree(1 ≤ n ≤ 105). The next n – 1 lines, each line has two numbers (u, v) describe a edge of the tree(1 ≤ u, v ≤ n).
The next 2 lines, each line contains n number, the first line is the initial color of each node(0 or 1), and the second line is the initial weight, let’s say Wi, of each node(|Wi| ≤ 109).
The next line contains a number m denoted how many operations we are going to process(1 ≤ m ≤ 105). The next m lines, each line describe a operation (t, u) as we mentioned above(0 ≤ t ≤ 2, 1 ≤ u ≤ n, |w| ≤ 109).
样例输入:
5 1 2 1 3 1 4 1 5 0 1 1 1 1 1 2 3 4 5 3 0 1 1 1 0 1 7 1 2 1 3 2 4 2 5 3 6 3 7 0 0 0 0 0 0 0 1 2 3 4 5 6 7 4 0 1 1 1 0 2 0 3
样例输出:
1 5 7 5 7


About notet
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2020-11-07


Messaging Lisk
This is a demo to connect to a LISK dapp to show how easy it is developped
I am FX Thoorens from France, know as fixcrypt on forums
Please visit my company or send me an email at<EMAIL_ADDRESS>This is a demo to connect to a LISK dapp to show how easy it is developped
Please visit my company or send me an email at fx.thoorens@gmail.com


Hits and misses - Derby County's last five January transfer windows
The Rams made two new signings in the January window last season
by Steve NicholsonDerby County fans are waiting to see how much business the club will do in the January transfer window.
Turn the clock back to January this year, and Derby added two new faces.
Manager Frank Lampard brought in his former Chelsea and England team-mate Ashley Cole , as well as Leicester City's Andy King .
Cole arrived as a free agent and the 38-year-old made 12 appearances, seven of them starts, including one in the Championship play-off final at Wembley.
He was released at the end of the season.
King came in on loan from Leicester until the end of the season, but the midfielder damaged an ankle in only his second start.
The injury came in the 1-0 defeat by Nottingham Forest at the City Ground in February and ended his season. He had made only four appearances.
Derby County latest
This is your round up of all things Derby; the one-stop shop that will keep you updated on the latest goings on at Pride Park and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on the Rams throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- January targets - this is where Derby County boss Phillip Cocu is likely to strengthen
- 'Ambition' - That Feyenoord link, Phillip Cocu and his plans for Derby County
- Euro kings hammered, Goddard and Saunders shine, and it's all smiles for Derby in Italy
- 'We have been looking' - latest on new investment plans for Derby County
- 'Wanted list' - Steve Nicholson's take on Derby County's link to Luciano Acosta
- Scottish duo set to battle for transfer of former Derby County defender - reports
For all your latest Rams news, opinion, analysis and transfer gossip, click here
You can follow our Rams reporter Steve Nicholson on Twitter, and his email address is<EMAIL_ADDRESS>Other recent January signings have also struggled to make a significant mark, Raul Albentosa, Nick Blackman, Kasey Palmer among them.
Darren Bent made an immediate impact after signing on loan from Aston Villa in January 2015, scoring 12 goals in 17 games. His move was made permanent that summer.
Cameron Jerome's burst of four goals late in the 2017-18 season helped to fire Derby into the Championship play-offs, while David Nugent, who joined the Rams in January 2017, went on to score 17 goals in 85 league games.
Other January signings, Abdoul Camara and Julian de Sart, found themselves in and out of the team while none of the 13 players who arrived at Derby in the last five January windows are still with the club.
RAMS LAST FIVE JANUARY TRANSFER WINDOWS
JANUARY 2019: (manager Frank Lampard)
Ashley Cole (free agent)
Andy King (Leicester City) on loan
JANUARY 2018: (manager Gary Rowett)
Cameron Jerome (Norwich City)
Kasey Palmer (Chelsea) on loan
JANUARY 2017: (manager Steve McClaren)
Julien de Sart (Middlesbrough) on loan
David Nugent (Middlesbrough)
JANUARY 2016: (manager Paul Clement)
Abdoul Camara (Angers)
Nick Blackman (Reading)
Marcus Olsson (Blackburn)
JANUARY 2015: (manager Steve McClaren)
Ryan Shotton (Stoke City)
Darren Bent (Aston Villa) on loan
Stephen Warnock (Leeds)
Raul Albentosa (SD Eibar)


data class RawCacheable : Cacheable
A container to hold raw version for a cached object read from a persistent store. For example, in case of a disk store, key is the file name and value is the file contents. This is the first Cacheable object passed to the preprocessor chain. Therefore, your first preprocessor should expect RawCacheable as the input to CacheStorePreprocessor.unarchive method.
RawCacheable(key: String, value: String)
A container to hold raw version for a cached object read from a persistent store. For example, in case of a disk store, key is the file name and value is the file contents. This is the first Cacheable object passed to the preprocessor chain. Therefore, your first preprocessor should expect RawCacheable as the input to CacheStorePreprocessor.unarchive method. |
val key: String
the key to identify this object with. |
|
val value: String
the serialized version of the cached object |
fun cacheKey(): String
Returns the unique key used to identify the object in the cache. |
|
fun serializeForPersistence(): String
Returns a serialized string which can be persisted. If this is the last object returned by the preprocessor chain, the return value of this method will be persisted as it is. Otherwise, this method will not called. |


The Tanimoto similarity ST is computed according to the definition for bit vectors (see Jaccard index at Wikipedia). For weights \(W_i \in \{0, 1\}\) it is the same as the Jaccard similarity. The Tanimoto similarity can be computed for any term vectors, but for 1 - ST to be a proper distance metric satisfying the triangle inequality, \(M_{i,j} \in \{0, W_i\}\) must hold.
The Jaccard similarity is computed using the Tanimoto similarity definition for bit vectors (see Jaccard index at Wikipedia). For the results to be a valid Jaccard similarity, weights must be zero and one. If any weights are different, a warning is issued.
The Cosine similarity SC is computed using the Euclidean dot product formula. See Cosine similarity on Wikipedia. The metric is valid for any term vectors (columns of the subsumer matrix), i.e., \(M_{i,j} \in \{0, W_i\}\) is not required. Note that 1 - SC is not a proper distance metric, because it violates the triangle inequality. First convert to angle to obtain a distance metric.
The Resnik similarity between two terms is the information content (IC) of their most informative common ancestor (MICA), which is the common subsumer with the greatest information content.
tanimoto_similarity(subsumer_mat = NA, terms = NULL, ...) jaccard_similarity(subsumer_mat = NA, terms = NULL, ...) cosine_similarity(subsumer_mat = NA, terms = NULL, ...) resnik_similarity(subsumer_mat = NA, terms = NULL, ..., wt = term_freqs, wt_args = list(), base = 10)
| subsumer_mat | matrix or data.frame, the vector-encoded matrix M of
subsumers for which \(M_{i,j} = W_i, W_i > 0\) (W = weights),
if class i subsumes term j, and 0 otherwise. A binary
(\(M_{i,j} \in \{0, 1\}\)) encoding (i.e., W[i] = 1)
can be obtained from |
|---|---|
| terms | character, optionally the list of terms (as IRIs and/or labels) for which to generate a properly encoded subsumer matrix on the fly. |
| ... | parameters to be passed on to |
| wt | numeric or a function. If numeric, weights for the subsumer terms.
For |
| wt_args | list, named parameters for the function calculating term
frequencies. Ignored if |
| base | integer, the base of the logarithm for calculating information content from term frequency. The default is 10. |
A matrix with M[i,j] = similarity of terms i and j.
Philip Resnik (1995). "Using information content to evaluate semantic similarity in a taxonomy". Proceedings of the 14th International Joint Conference on Artificial Intelligence (IJCAI'95). 1: 448–453
# NOT RUN { sm <- jaccard_similarity(terms = c("pelvic fin", "pectoral fin", "forelimb", "hindlimb", "dorsal fin", "caudal fin"), .colnames = "label") sm # e.g., turn into distance matrix, cluster, and plot plot(hclust(as.dist(1-sm))) # }# NOT RUN { phens <- get_phenotypes("basihyal bone", taxon = "Cyprinidae") sm.ic <- resnik_similarity(terms = phens$id, .colnames = "label", .labels = phens$label, wt_args = list(as = "phenotype", corpus = "taxa")) maxIC <- -log10(1 / corpus_size("taxa")) # normalize by max IC, turn into distance matrix, cluster, and plot plot(hclust(as.dist(1-sm.ic/maxIC))) # }


Google accidentally breaks Chrome with this new update – here's how to fix it
by Cat EllisGoogle accidentally breaks Chrome with this new update – here's how to fix it
Thousands of users suffers issues
(Image credit: Shutterstock)
Thousands of Google Chrome users have been left without service after the company rolled out a new power-saving feature that instead left thousands of users staring at a blank screen.
As ZDNet explains, the problem was traced back to a feature called 'WebContents Occlusion', which suspends Chrome tabs when you move another window on top of the browser to free up system resources.
It has been in testing in Chrome Canary and Beta for months, but when Google rolled it out in the stable release the complaints started flooding in.
- We've rounded up the best browsers of 2019
- How to enable dark mode for Google Chrome
- How to enable dark mode for Instagram
The average home user wasn't affected, but businesses running Chrome in virtual machine environments found their staff staring into a white screen of death as their Chrome tabs went blank seemingly at random.
For companies that rely on web-based tools, and whose IT policies mean they can't simply switch to a different browser, work ground to a halt.
"Do you see the impact you created for thousands of us without any warning or explanation?" one angry business user posted on the Chrome bug tracker.
"We are not your test subjects. We are running professional services for multi million dollar programs. Do you understand how many hours of resources were wasted by your 'experiment'? Not acceptable."
How to fix it
Google has now rolled back the WebContents Occlusion change, and Google software engineer David Bienvenu advised affected users to update and relaunch the browser.
The update should have reached all users now, but if you're still having problems or haven't received it, you can also solve the problem by visiting chrome://flags and disabling both chrome://flags/#web-contents-occlusion and chrome://flags/#calculate-native-win-occlusion.
Many IT admins are still unhappy though, and are petitioning Google to let them turn off all experimental flags for Chrome to avoid it happening again.
"Are we running Beta/Dev/Canary versions of Chromium where those experiments should take place?" asked one user. "No, most of us are on Stable/Enterprise channel, and therefore shouldn't have ours messed with at all."
- Secure your PC with the best antivirus software


It has always been our intention at FansUnite to take care of our community. As of now, we have given away cash and prizes through our NHL Playoff contest, NFL Playoff contest, NBA Playoff contest, March Madness ATS Bracket Challenge, and our World Cup Bracket Challenge. Now, we want to take things to the next level.
Now at FansUnite you will get paid if you are one of our top users!
One of our aims is to add transparency to the sports betting world. So, what we are going to do is detail how much each user will receive.
Every user who submits picks will be ranked on a calendar month leaderboard. The top 5 users, based on profit, will be paid out a portion of any Pro Membership revenue that FansUnite brings in that calendar month.
Cheers,
- Team FansUnite
Terms & Conditions of payout
The following skill testing question is required to be answered correctly in order to be eligible for FansUnite Rev Share:
(25-20) x (36-25) - (90-40) / (24-14)
To see FansUnite’s complete Terms of Use, click here: https://fansunite.com/terms
FansUnite Rev Share Rules
Open to legal residents of jurisdictions where lawful, of legal age or age of majority or older . Employees of Sponsor and related parties are ineligible. To enter, you must be logged into your account and post a pick in the area designated by the Website for that purpose. Entry must comply with Entry Requirements described in Official Rules. Odds of winning depend on number of entries received.  NO PURCHASE NECESSARY. A PURCHASE WILL NOT INCREASE YOUR CHANCES OF WINNING. CONTEST IS VOID WHERE PROHIBITED BY LAW.
To see FansUnite's complete Rules, click here: https://fansunite.com/rules


3. Trust Framework: trusted registration of legal entities¶
Each blockchain network has to implement its own Trust Framework, and there should be a global Trust Framework encompasing the Trust Frameworks of all interoperable networks.
We now focus in the Trust Framework implementation for a single blockchain and later we discuss the trust relationships across blockchains.
3.1. Example: Trust Framework in Red T¶
The trust framework of a blockchain network is basically composed of two things:
A list of the identities of trusted organisations stored in the blockchain, together with associated information for each entity.
A process to add, modify and delete the trusted entities.
The trust framework is designed to be largely decentralised and represents the trust relationships in the real world.
The identities of the juridical persons involved in the ecosystem are registered in a common directory implemented in the blockchain following a hierarchical scheme very similar to the DNS (Domain Name Service) schema in the Internet. Once an entity is registered in the system, it is completely autonomous for adding other entities that are managed as child entities.
However, there is one centralised element: the root of trust at the top of the hierarchy should be a trusted entity in the ecosystem that is the one bootstraping the system. Typically it should be a regulatory body or a public administration.
The approach for a single blockchain network is described in the following figure.
The Trust Framework in a given blockchain is not really a flat list, but a hierarchical structure, implemented as a Smart Contract:
There is a special organisation which is at the root of the hierarchy. Ideally, this is a regulator, like the Central Bank of the country to manage banks, or the Ministry of Education to manage universities.
This root entity is responsible for registering the identities of some trusted entities. For example, in a country with several regions with autonomous competencies to manage universities, the Ministry of Education could register in the blockchain the identities of the regional institutions which are responsible for managing the universities in each of their regions.
Once this is done, each of the regional institutions can register the identities of dependent entities, like universities.
The hierarchy can have several levels. For example, a university can be big and have several organisational units with some autonomy, maybe distributed geographically. It can create sub-identities and register them as child nodes in the blockchain.
Some observations about this structure:
An organisation can be registered in the blockchain only because its parent entity has registered it. No other entity in the Trust Framework can have performed the registration, not even the parent of the parent entity.
An organisation is responsible for all its child entities, represented as child nodes in the blockchain.
A third party external to the framework
3.2. Creating identities¶
A new identity can only be registered as a sub-node by an existing entity already registered in the system. The API used is /api/did/v1/identifiers
and its definition is the following:
Create identity
-
POST
/api/did/v1/identifiers
Create an Identity anchored in the blockchain.
- Request JSON Object
DID (string) – the DID of the new identity, example: “did:elsi:VATES-B60645900”
domain_name (string) – Domain name to assign in the hierarchy, example: “in2.ala”
website (string) – Website of the entity, example: “www.in2.es”
commercial_name (string) – Commercial name, example: “IN2 Innovating 2gether”
new_privatekey (PrivatekeyJWK) – The private key of the new entity
parent_privatekey (PrivatekeyJWK) – The Private Key of caller (in this case the owner of “ala”)
An example of the data in the request body:
{ "DID": "did:elsi:VATES-B60645900", "domain_name": "in2.ala", "website": "www.in2.es", "commercial_name": "IN2 Innovating 2gether", "new_privatekey": { "kty": "EC", "crv": "secp256k1", "d": "Dqv3jmu8VNMKXWrHkppr5473sLMzWBczRhzdSdpxDfI", "x": "FTiW0a4r7S2SwjL7AlFlN1yJNWF--4_x3XTTxkFbJ9o", "y": "MmpxbQCOZ0L9U6rLLkD_U8LRGwYEHcoN-DPnEdlpt6A" }, "parent_privatekey": { "kty": "EC", "crv": "secp256k1", "d": "Dqv3jmu8VNMKXWrHkppr5473sLMzWBczRhzdSdpxDfI", "x": "NKW_0Fs4iumEegzKoOH0Trwtje1sXsG9Z1949sA8Omo", "y": "g4B3EI0qIdlcXTn-2RpUxgVX-sxNFdqCQDD0aHztVkk" } }
- Response JSON Object
didDocument (DIDDocument) – The DID document associated to the input DID
A more detailed explanation of each field follows:
DID
is the DID of the new entity. We support ELSI DID method (ELSI_DID_Method) and AlastriaID. The DID has to be created before the call to the API with the appropriate method for the DID. In the case of ELSI this is trivial and described in the section mentioned above.
domain_name
the domain name for the new entity in the Trust Framework. In the example it is
in2.ala
because it will be a sub-node of the Alastria one. The new identity will be created as a child node of the existing node owned by the entity controlling theparent_privatekey
. If the parent domain name specified here is not owned by the entity controlling theparent_privatekey
, an error is returned and no action is taken.website
the website address in the off-chain world, so other participants can look more information about the entity. This field is informational only. However, it can be used by external appications to check that the entity in th ereal world corresponds to the one registered in th eblockchain.
commercial_name
the name of the company as it appears in the official register of the country/region. For example, in the case of IN2 (a Spanish business), the name should be the one registered in the Business Registry of Spain.
new_privatekey
is the Private Key of the new entity, in JWK format. In this case the new entity is IN2. Please make sure the server being called is highly trusted.
parent_privatekey
is the Private Key of the entity owning/controlling the parent node in the domain name, in JWK format. In this case the parent node is
ala
, corresponding to Alastria. Please make sure the server being called is highly trusted. Ideally, the server has to be operated by the same entity calling the API.


The Web is an information system of interlinked hypertext documents. Individual document pages on the Web are called pages and are accessed with browsers on the user's computer. Web pages may contain text, images, videos, and other multimedia components, as well as web navigation features like hyperlinks.
Tim Berners-Lee, a then CERN employee, is considered the inventor of the Web. Berners-Lee proposed in 1990 to use hypertext "to link and access information of various kinds as a web of nodes in which the user can browse at will.
The Web is still a collection of HTML documents. Even though there can be documents, images and videos and many other types of media on line the glue that holds them all together is HTML.
There are three major components of the Web
A browser is a software application for retrieving, presenting and traversing information resources on the Web. An information resource is identified by a Uniform Resource Identifier (URI/URL) which may be a web page, image, video or other piece of content. Hyperlinks present in resources enable users easily to navigate their browsers to related resources
The Internet is a global system of interconnected computer networks which use the standard Internet protocol suite (TCP/IP) to link billions of devices. It is a network of networks that consists of millions of private, public, academic, business, and government networks of local to global scope, linked by electronic, wireless, and optical networking technologies.
The Internet carries an extensive range of information resources and services, such as the inter-linked hypertext documents and applications of the World Wide Web (WWW), the infrastructure to support email, and peer-to-peer networks for file sharing and telephony.
A web server is an information technology that processes requests via HTTP to distribute information on the World Wide Web. The term can refer either to the entire computer system, an appliance, or specifically to the software that accepts and supervises the HTTP requests.
Browsers make requests via HTTP and the Internet to Servers. Servers respond with files for the browser to display.
The most common use of web servers is to host websites, but there are other uses such as gaming, data storage, running enterprise applications, handling email, FTP, or other web uses.
HyperText Markup Language commonly referred to as HTML is used to create web pages and is the main document type on the web. Hyper Links connect the web together.HTML is written in the form of HTML elements, which consist of tags enclosed in angle brackets. HTML tags most commonly come in pairs like, although some tags represent empty elements and so are unpaired.
Web browsers read HTML files and use them to interpret and compose web pages. HTML describes the structure of a website semantically along with cues for presentation, making it a markup language, rather than a programming language.
HTML elements form the building blocks of all websites. HTML allows images and objects to be embedded and can be used to create interactive forms. It provides a means to create structured documents by denoting structural semantics for text such as headings, paragraphs, lists, links, quotes and other items. It can embed scripts written in languages such as JavaScript which affect the behavior of HTML web pages.
It can be useful to think of websites as a building:
To take the metaphor a stage further; As there are rules that dictate both how a house is constructed and the ways in which a house once built behaves, there are rules for web pages. You can not have a television floating in mid air in the bathroom.
A tree structure or tree diagram is a way of representing the hierarchical nature of a structure in a graphical form. It is named a "tree structure" because the classic representation resembles a tree, even though the chart is generally upside down compared to an actual tree, with the "root" at the top and the "leaves" at the bottom.
In computer science, a tree is a widely used abstract data type (ADT) or data structure implementing this ADT that simulates a hierarchical tree structure, with a root value and subtrees of children, represented as a set of linked nodes.
When you read an HTML document as text, you see a wave of changing indentations going up and down the left side of the document. The more indented an element is, the more deeply nested its corresponding "box" is.
When writing code, programmers use special text editors (like Sublime Text for example). These editors make the programmer's life easier. For example, some text editors will automatically generate a closing HTML tag when you write an opening tag.
CSS is short for Cascading Style Sheets, a feature that works with HTML to give both Web site developers and users more control over how pages are displayed. With CSS, designers and users can create 'style sheets' that define how different elements appear.
'Cascading' refers to the fact that multiple style sheets can be applied to the same Web page. It is therefore possible to have several style sheets that can be referenced in HTML.
Inheritance is a key feature in CSS, it relies on the ancestor-descendant relationship to operate. Inheritance is the mechanism by which properties are applied not only to a specified element, but also to its descendants. Inheritance relies on the document tree, which is the hierarchy of (X)HTML elements in a page.
Inheritance prevents certain properties from being declared over and over again in a style sheet, allowing the software developers to write less CSS. It enhances faster-loading of web pages by users and enables the clients to save money on bandwidth and development costs.
Important : The most specific rule is applied to every element. You can use more specific CSS override inheritance.
CSS selectors are used to "find" (or select) HTML elements based on their id, class, type, attribute, and more.


Draw!!!
So much depth is found in their one missing dimension.
Flickering images and beautiful patterns,
five different shades of black to each
indented horse on a wall of its own.
Their halls are engraved and etched on
dissected parts of oxygen factories,
the big ones, that is.
Plot driven, bullet chased,
bi-pedal robots, plunge into chaos,
hell-raising, side winder,
beautiful cyborg ninja versus
the uncanny samurai, wields the katana
raise the masamune, evade the
Zanzabatsu, the horse and its rider
are now cleft in two.
Follow my drift, enter the systematic disarray,
get on the train,
and fasten your seat belt,
fire the arrow and cast off the
Tomahawk, where is the highway,
don't fall from the hive,
a shower of brains, can you endure the pain,
probably not, in search of the nominativus, I
deem that you're lost. Find the trail
follow the path, is it over now? Just
you wait for the aftermath...
What is this darkness that surrounds me,
I beseech the light!!! Draw!!!


Sondland roils impeachment hearing, says Giuliani sought Ukraine quid pro quo
by Jamie DupreeAmbassador Gordon Sondland drew stern rebukes from Republican lawmakers on Wednesday as he told impeachment hearings that President Donald Trump's personal lawyer had made clear that in order for the new leader of Ukraine to get a White House meeting with the President, then Ukraine would have to announce investigations sought by Mr. Trump.
"Mr. Giuliani's requests were a quid pro quo," Sondland said, as U.S. Ambassador to the European Union said it became clear to him that the President ultimately had been holding up military aid to Ukraine to leverage those same investigations as well.
"We did not want to work with Mr. Giuliani," Sondland added.
While Sondland repeatedly acknowledged that no one - including President Trump - had told him the aid for Ukraine was tied to any investigations wanted by Mr. Trump, the Ambassador said he ultimatley felt that was the bottom line.
"That was my presumption," Sondland said.
Seemingly caught off guard by Sondland's testimony - which more sharply alleged that there was a clear effort to condition aid to Ukraine for a series of investigations than his previous deposition testimony - Republicans ultimately took the gloves off, and took after the President's own ambassador.
"You really have no testimony today that ties President Trump to a scheme to withhold aid from Ukraine in exchange for these investigations," said Rep. Mike Turner (R-OH).
"Other than my own presumption," Sondland interjected, further aggravating Turner, his voice growing more strident by the minute.
"Do you know what hearsay evidence is ambassador?" Turner asked. "Do you know what made up testimony is?"
GOP lawmakers mocked Sondland's earlier statement that he presumed the aid-for-investigations effort was true, when he said he realized 'two plus two equals four.'
"Two presumptions plus two presumptions does not equal even one fact," said Rep. Brad Wenstrup (R-OH).
Earlier, GOP counsel Stephen Castor sought to undercut Sondland's testimony, rattling off a series of items which Sondland did not have to back up his presumption.
"You don't have records, you don't have notes, because you didn't take notes, you don't have a lot of recollections," Castor said.
"I mean, this is like the trifecta of unreliability, isn't that true?" Castor asked, who did not gain the agreement of Sondland.
"What I'm trying to do today is use the information I have to be as forthcoming as possible," said Sondland.
Republicans also complained openly to Sondland about why he did not use a quote from the President - which Sondland had used in a text message - denying any kind of quid pro quo.
 asked Rep. Jim Jordan (R-OH), who said Sondland should have made that one of the first items in his lengthy opening statement.
Ironically, at the start of the hearing, the top Republican on the Intelligence Committee, Rep. Devin Nunes (R-CA), warned the Oregon hotel developer that he faced a difficult day.
"Ambassador Sondland, you are going to be smeared," Nunes declared.
But the roughest treatment for Sondland actually came from the GOP, and not from Democrats.
Here is the link to my live updates on today's hearing.
© 2019 Cox Media Group.


This Pocket Money Agreement (“Agreement”) is being entered into this [Day][th or st] day of [Month], [Year] between
Each of the Benefactor and the Beneficiary are herein after individually referred to as “Party” and collectively as the “Parties”.
1. Benefactor’s mobile number: [borrower_mobile]
2. Beneficiary’s mobile number: [ ]
3. Benefactor’s IP Address: [ ]
4. Beneficiary’s IP Address: [ ]
3. Benefactor’s MAC Address: [ ]
4. Beneficiary’s MAC Address: [ ]
1. Commencement Date: [date]
2. Repayment Date/Expiry Date: [exp_date]
3. Late Payment Amount: Rs.5 per day
4. Date of Execution: [date_execution]
5. Time of Execution: [time_execution]
IN CONSIDERATION for the mutual covenants and agreements set forth herein, and for other good and valuable consideration, receipt and sufficiency of which is acknowledged, the Parties, intending to be legally bound by this Agreement, hereby agree as follows
1.1 In this Agreement the following expressions shall, unless the context otherwise requires, have the following meanings:-
1.2 Interpretation
Unless the context of this Agreement otherwise requires:
(a) words using the singular or plural number also include the plural or singular number, respectively;
(b) words of any gender are deemed to include all genders;
(c) the terms “hereof”, “herein”, “hereby”, “hereto” and derivative or similar words refer to this entire Agreement or specified Clauses of this Agreement, as the case may be;
(d) the term “Clause” refers to the specified Clause of this Agreement;
(e) references to Recitals, Clauses, Annexures or Schedules are, unless the context otherwise requires, to Recitals, Clauses of, Annexures or Schedules to this Agreement.
(f) heading and bold typeface are only for convenience and shall be ignored for the purpose of interpretation.
(g) reference to any legislation or Applicable Law or to any provision thereof shall include references to any such Applicable Law as it may, after the date hereof, from time to time, be amended, supplemented or re-enacted, and any reference to statutory provision shall include any subordinate legislation made from time to time under that provision;
(h) reference to the word “include” shall be construed without limitation
1.2 Term
This Agreement shall become effective from [date] (the “Commencement Date”) and shall remain valid till [exp_date] (the "Expiry Date") (“Term”) or in effect unless terminated in accordance with Clause 2.2 of this Agreement.
1.2 Termination
This Agreement may be terminated in the following manners:
(a) Benefactor may terminate this Agreement without any notice in the event of a Default under Clause 3 of this Agreement with applicable damages.
(b) This Agreement may be terminated at any time prior to the Term by mutual agreement of the Parties.
On termination of this Agreement Beneficiary shall repay the entire Pocket Money and any late payment amount to the Benefactor within 2 Working Days.
3.1 The following events shall be construed as a default for the purpose of Clause 3 of this Agreement (“Event of Default”):
(a) Beneficiary is in violation of any of the Applicable Laws;
(b) Beneficiary is in breach of any of its obligations and liabilities under this Agreement.
3.2 The occurrence of such Event of Default shall be considered to be a default of this Agreement ("Default"). Benefactor shall give Beneficiary a notice of the breach in writing through the Company (“Default Notice”).
4.1 Beneficiary shall repay the appropriate amount that is the Pocket Money to the Benefactor on the expiry of this Agreement /before the Term of this Agreement. In the event that the expiry of this Agreement falls on a bank holiday the Beneficiary shall repay the appropriate amount by the next Working Day.
4.2 In the event of late repayment by the Beneficiary, Beneficiary shall be charged with Rs.5 per day (“Late Payment Premium” ) and the same shall be transferred to the Benefactor through the Company
4.3 Benefactor shall provide the Beneficiary’s requested amount through the Company within one Working Day from the Commencement Date of this Agreement.
4.4 In case of failure on part of the beneficiary to repay the aforementioned sum of money the Benefactor shall reserve the right to initiate civil and criminal legal action against the Beneficiary
The Parties hereby represent and warrant that
(a) No intellectual property rights, trade secret or other proprietary rights or rights of publicity or privacy rights of any Person is being infringed by either Party during the course of this Agreement;
(b) The Parties have the full power and authority to enter into, execute and deliver this Agreement and to perform the obligation contemplated hereby and the Parties is duly incorporated or organised with limited liability and validly existing under the laws of the jurisdiction of their incorporation or organisation;
(c) The execution and delivery of this Agreement by the Parties and the performance by it of the obligations contemplated hereby have been duly authorised by all necessary corporate or other actions;
(d) The execution, delivery and performance of this Agreement by the Parties and the consummation of the obligations contemplated hereby will not: (a) violate any provision of its organisational or constitutive documents (if applicable); (b) violate any order, judgment or decree against, or binding upon them or upon its respective securities, properties or businesses; or (e) violate any Applicable Law;
(e) No litigation, claim, dispute or proceeding is pending against the Parties which would adversely affect this Agreement in any way;
(f) Neither Party has entered into any agreement that would prevent it from fulfilling any of the obligations under this Agreement.
The Beneficiary shall indemnify, defend and hold the harmless Benefactor from and against all or any damages, claims, penalties, fines, costs paid or incurred by the Benefactor as a result of, arising from, or in connection with, or relating to any breach or failure of performance (in whole or in part) by the Beneficiary of any obligation, covenant or agreement contained in this Agreement.
7.1 Negotiation
Subject to applicable laws, the Parties shall negotiate in good faith and use reasonable efforts to settle any dispute, controversy or claim arising from or related to this Agreement (each, a “Dispute”). In the event that the Parties are unable to, within 30 (thirty) days, to reach a resolution, such Dispute shall be referred for negotiation to a mutually acceptable party who shall attempt in good faith to reach a resolution of the Dispute. If the foregoing procedures fail to achieve a mutually satisfactory resolution within 30 (thirty) days, then either Party may, by written notice to the other Party, elect to have the matter settled by binding arbitration pursuant to Section 7.2 (Arbitration) of this Agreement.
7.1 Arbitration
Any Dispute not resolved in accordance with Section 7.1 of this Agreement (Negotiation) shall be referred to binding arbitration before a sole arbitrator appointed solely by the Benefactorunder the Arbitration and Conciliation Act, 1996 and the rules made there under, as amended and in force, from time to time.
It is expressly agreed between the Parties that:
(a) The venue and seat of such arbitration shall be as selected and agreed by Party at the time of initiation of Arbitral proceedings;
(b) The arbitration proceedings shall be conducted in the English language.
(c) The arbitration award shall be final and binding on the Parties.
8.1 Notice: Except as otherwise expressly provided herein, all notices and other communications provided for hereunder or there under shall be through the Company.
8.2 Governing Law and Jurisdiction: This Agreement is governed by and shall be construed in accordance with the laws of India.
8.3 Force Majeure: Neither Party shall be responsible for a delay in its performance under this Agreement, other than a delay in payment for services already performed, if such delay is caused by extraordinary weather conditions or other natural catastrophes, war, riots, strikes, lockouts or other industrial disturbances, acts of any governmental agencies or other events beyond the reasonable control of the claiming Party.
8.4 No Assignment: The obligations of the Beneficiary under this Agreement shall not be assigned or transferred to any third party without the prior written consent of the Benefactor.
8.5 Entire Agreement: This Agreement shall constitute the entire Agreement and understanding between the Parties and shall substitute all the previous agreements and arrangements (whether written or verbal, express or implied) in connection with the subject matter of this Agreement. Any previous agreements or arrangements shall be deemed to have been terminated by mutual consent as from the Commencement Date without notice and without any payment in lieu of notice.
8.6 Partial Invalidity: In the event of one or more of the provisions of this Agreement being invalid, illegal or unenforceable in any respect, the validity, legality and enforceability of the remaining provisions shall not in any way be affected or impaired thereby.
8.7 Amendment: This Agreement shall not be modified except by an instrument or instruments in writing signed by the each Party or an authorized representative of the Party, as the case may be.
8.8 Harmonious Interpretation:This Agreement must be interpreted and construed in harmony with the General terms of Use and the Terms of Registration that have been agreed to by both the Benefactor and the Beneficiary before the use of the Website/ Application.


My Address Nook
| Name |
Email |
Phone |
Address |
| Leanne Graham |
<EMAIL_ADDRESS>|
1-770-736-8031 x56442 |
- city: Gwenborough
- street: Kulas Light
- suite: Apt. 556
- zipcode: 92998-3874
|
| Ervin Howell |
<EMAIL_ADDRESS>|
010-692-6593 x09125 |
- city: Wisokyburgh
- street: Victor Plains
- suite: Suite 879
- zipcode: 90566-7771
|
| Clementine Bauch |
<EMAIL_ADDRESS>|
1-463-123-4447 |
- city: McKenziehaven
- street: Douglas Extension
- suite: Suite 847
- zipcode: 59590-4157
|
| Patricia Lebsack |
<EMAIL_ADDRESS>|
493-170-9623 x156 |
- city: South Elvis
- street: Hoeger Mall
- suite: Apt. 692
- zipcode: 53919-4257
|
| Chelsey Dietrich |
<EMAIL_ADDRESS>|
(254)954-1289 |
- city: Roscoeview
- street: Skiles Walks
- suite: Suite 351
- zipcode: 33263
|
| Mrs. Dennis Schulist |
<EMAIL_ADDRESS>|
1-477-935-8478 x6430 |
- city: South Christy
- street: Norberto Crossing
- suite: Apt. 950
- zipcode: 23505-1337
|
| Kurtis Weissnat |
<EMAIL_ADDRESS>|
210.067.6132 |
- city: Howemouth
- street: Rex Trail
- suite: Suite 280
- zipcode: 58804-1099
|
| Nicholas Runolfsdottir V |
<EMAIL_ADDRESS>|
586.493.6943 x140 |
- city: Aliyaview
- street: Ellsworth Summit
- suite: Suite 729
- zipcode: 45169
|
| Glenna Reichert |
<EMAIL_ADDRESS>|
(775)976-6794 x41206 |
- city: Bartholomebury
- street: Dayna Park
- suite: Suite 449
- zipcode: 76495-3109
|
| Clementina DuBuque |
<EMAIL_ADDRESS>|
024-648-3804 |
- city: Lebsackbury
- street: Kattie Turnpike
- suite: Suite 198
- zipcode: 31428-2261
|


Actions, resources, and condition keys for AWS Panorama
AWS Panorama (service prefix:
panorama
) provides the following service-specific resources, actions, and condition context keys for use in IAM permission policies.
References:
-
Learn how to configure this service .
-
View a list of the API operations available for this service .
-
Learn how to secure this service and its resources by using IAM permission policies.
Topics
Actions defined by AWS Panorama
You can specify the following actions in the
Action
element of an IAM policy statement. Use policies to grant permissions to perform an operation in AWS. When you use an action in a policy, you usually allow or deny access to the API operation or CLI command with the same name. However, in some cases, a single action controls access to more than one operation. Alternatively, some operations require several different actions.
The
Resource types
column indicates whether each action supports resource-level permissions. If there is no value for this column, you must specify all resources ("*") in the
Resource
element of your policy statement. If the column includes a resource type, then you can specify an ARN of that type in a statement with that action. Required resources are indicated in the table with an asterisk (*). If you specify a resource-level permission ARN in a statement using this action, then it must be of this type. Some actions support multiple resource types. If the resource type is optional (not indicated as required), then you can choose to use one but not the other.
For details about the columns in the following table, see Actions table .
| Actions | Description | Access level | Resource types (*required) | Condition keys | Dependent actions |
|---|---|---|---|---|---|
| CreateApp [permission only] | Grants permission to create an AWS Panorama application | Write | |||
| CreateAppDeployment [permission only] | Grants permission to deploy an AWS Panorama application | Write | |||
| CreateAppVersion [permission only] | Grants permission to create a version of an AWS Panorama application | Write | |||
| CreateApplicationInstance | Grants permission to create an AWS Panorama Application Instance | Write | |||
| CreateDataSource [permission only] | Grants permission to create an AWS Panorama datasource | Write | |||
| CreateDeploymentConfiguration [permission only] | Grants permission to configure a deployment for an AWS Panorama application | Write | |||
| CreateInputs [permission only] | Grants permission to generate a list of cameras on the same network as an AWS Panorama Appliance | Write | |||
| CreateJobForDevices [permission only] | Grants permission to create a job for an AWS Panorama Appliance | Write | |||
| CreateModel [permission only] | Grants permission to import a machine learning model into AWS Panorama | Write | |||
| CreateNodeFromTemplateJob | Grants permission to create an AWS Panorama Node | Write | |||
| CreatePackage | Grants permission to create an AWS Panorama Package | Write | |||
| CreatePackageImportJob | Grants permission to create an AWS Panorama Package | Write | |||
| CreateStreams [permission only] | Grants permission to generate a list of streams available to an AWS Panorama Appliance | Write | |||
| DeleteApp [permission only] | Grants permission to delete an AWS Panorama application | Write | |||
| DeleteAppVersion [permission only] | Grants permission to delete a version of an AWS Panorama application | Write | |||
| DeleteDataSource [permission only] | Grants permission to delete an AWS Panorama datasource | Write | |||
| DeleteDevice [permission only] | Grants permission to deregister an AWS Panorama Appliance | Write | |||
| DeleteModel [permission only] | Grants permission to delete a machine learning model from AWS Panorama | Write | |||
| DeletePackage | Grants permission to delete an AWS Panorama Package | Write | |||
| DeregisterPackageVersion | Grants permission to deregister an AWS Panorama Package Version | Write | |||
| DescribeApp [permission only] | Grants permission to view details about an AWS Panorama application | Read | |||
| DescribeAppDeployment [permission only] | Grants permission to view details about a deployment for an AWS Panorama application | Read | |||
| DescribeAppVersion [permission only] | Grants permission to view details about a version of an AWS Panorama application | Read | |||
| DescribeApplicationInstance | Grants permission to view details about an AWS Panorama Application Instance | Read | |||
| DescribeApplicationInstanceDetails | Grants permission to view details about an AWS Panorama Application Instance | Read | |||
| DescribeDataSource [permission only] | Grants permission to view details about a datasource in AWS Panorama | Read | |||
| DescribeDevice [permission only] | Grants permission to view details about an AWS Panorama Appliance | Read | |||
| DescribeDeviceJob [permission only] | Grants permission to view job details for an AWS Panorama Appliance | Read | |||
| DescribeModel [permission only] | Grants permission to view details about a machine learning model in AWS Panorama | Read | |||
| DescribeNode | Grants permission to view details about an AWS Panorama Node | Read | |||
| DescribeNodeFromTemplateJob | Grants permission to view details about AWS Panorama Node | Read | |||
| DescribePackage | Grants permission to view details about an AWS Panorama Package | Read | |||
| DescribePackageImportJob | Grants permission to view details about an AWS Panorama Package | Read | |||
| DescribePackageVersion | Grants permission to view details about an AWS Panorama Package Version | Read | |||
| DescribeSoftware [permission only] | Grants permission to view details about a software version for the AWS Panorama Appliance | Read | |||
| GetDeploymentConfiguration [permission only] | Grants permission to view details about a deployment configuration for an AWS Panorama application | Read | |||
| GetInputs [permission only] | Grants permission to retrieve a list of cameras generated with CreateInputs | Read | |||
| GetStreams [permission only] | Grants permission to retrieve a list of streams generated with CreateStreams | Read | |||
| GetWebSocketURL [permission only] | Grants permission to generate a WebSocket endpoint for communication with AWS Panorama | Read | |||
| ListAppDeploymentOperations [permission only] | Grants permission to retrieve a list of deployments for an AWS Panorama application | List | |||
| ListAppVersions [permission only] | Grants permission to retrieve a list of application versions in AWS Panorama | List | |||
| ListApplicationInstanceDependencies | Grants permission to retrieve a list of application instance dependencies in AWS Panorama | List | |||
| ListApplicationInstanceNodeInstances | Grants permission to retrieve a list of node instances of application instances in AWS Panorama | List | |||
| ListApplicationInstances | Grants permission to retrieve a list of application instances in AWS Panorama | List | |||
| ListApps [permission only] | Grants permission to retrieve a list of applications in AWS Panorama | List | |||
| ListDataSources [permission only] | Grants permission to retrieve a list of datasources in AWS Panorama | List | |||
| ListDeploymentConfigurations [permission only] | Grants permission to retrieve a list of deployment configurations in AWS Panorama | List | |||
| ListDevices [permission only] | Grants permission to retrieve a list of appliances in AWS Panorama | List | |||
| ListDevicesJobs [permission only] | Grants permission to retrieve a list of jobs for an AWS Panorama Appliance | List | |||
| ListModels [permission only] | Grants permission to retrieve a list of models in AWS Panorama | List | |||
| ListNodeFromTemplateJobs | Grants permission to retrieve a list of Nodes for an AWS Panorama Appliance | List | |||
| ListNodes | Grants permission to retrieve a list of nodes in AWS Panorama | List | |||
| ListPackageImportJobs | Grants permission to retrieve a list of packages in AWS Panorama | List | |||
| ListPackages | Grants permission to retrieve a list of packages in AWS Panorama | List | |||
| ListTagsForResource [permission only] | Grants permission to retrieve a list of tags for a resource in AWS Panorama | Read | |||
| ProvisionDevice [permission only] | Grants permission to register an AWS Panorama Appliance | Write | |||
| RegisterPackageVersion | Grants permission to register an AWS Panorama Package Version | Write | |||
| RemoveApplicationInstance | Grants permission to remove an AWS Panorama Application Instance | Write | |||
| TagResource [permission only] | Grants permission to add tags to a resource in AWS Panorama | Tagging | |||
| UntagResource [permission only] | Grants permission to remove tags from a resource in AWS Panorama | Tagging | |||
| UpdateApp [permission only] | Grants permission to modify an AWS Panorama application | Write | |||
| UpdateAppConfiguration [permission only] | Grants permission to modify the version-specific configuration of an AWS Panorama application | Write | |||
| UpdateDataSource [permission only] | Grants permission to modify an AWS Panorama datasource | Write | |||
| UpdateDeviceMetadata [permission only] | Grants permission to modify basic settings for an AWS Panorama Appliance | Write |
Resource types defined by AWS Panorama
The following resource types are defined by this service and can be used in the
Resource
element of IAM permission policy statements. Each action in the
Actions table
identifies the resource types that can be specified with that action. A resource type can also define which condition keys you can include in a policy. These keys are displayed in the last column of the table. For details about the columns in the following table, see
Resource types table
.
| Resource types | ARN | Condition keys |
|---|---|---|
| device |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:device/$
{
DeviceId}
|
|
| package |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:package/$
{
PackageId}
|
|
| applicationInstance |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:applicationInstance/$
{
ApplicationInstanceId}
|
|
| dataSource |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:dataSource/$
{
DeviceId}/$
{
DataSourceName}
|
|
| model |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:model/$
{
ModelName}
|
|
| app |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:app/$
{
AppName}
|
|
| appVersion |
arn:$
{
Partition}:panorama:$
{
Region}:$
{
Account}:app/$
{
AppName}:$
{
AppVersion}
|
Condition keys for AWS Panorama
AWS Panorama defines the following condition keys that can be used in the
Condition
element of an IAM policy. You can use these keys to further refine the conditions under which the policy statement applies. For details about the columns in the following table, see
Condition keys table
.
To view the global condition keys that are available to all services, see Available global condition keys .
| Condition keys | Description | Type |
|---|---|---|
| aws:RequestTag/${TagKey} | Filters access by the tags that are passed in the request | String |
| aws:ResourceTag/${TagKey} | Filters access by the tags associated with the resource | String |
| aws:TagKeys | Filters access by the tag keys that are passed in the request | ArrayOfString |


{{ define "main" }} {{ .Content }} This is my Blog! ✌ Welcome to my blog {{- partial "social_icons.html" $.Site.Params.socialIcons -}}
Welcome to my blog


Preparation time
30 mins to 1 hour
Cooking time
1 to 2 hours
Serves
Serves 4
Preheat the oven to 170C/325F/Gas 5.
Mix the garlic and the rosemary together in a bowl. Using a small knife, make holes in the outside of the pork, and stuff a little of the garlic and rosemary as deeply as you can into each one.
Pour the wine into a roasting tin large enough to hold the pork. Place the pork in it, bones downwards so that they form a support for the meat itself.
Rub the skin with the extra virgin olive oil, season and roast for two hours, basting occasionally with its own juices. Add a few good splashes of water to the pan every time you baste so the juices do not dry out and burn. To check that it is cooked, plunge a skewer into the centre (not too near the bone) and pull out - if the juices run clear, then it is ready. Leave the pork to rest in a warm place (you can simply turn the oven off and leave the door ajar) for about 20 minutes.
To carve, use a sharp knife and cut down close to the ribs, sliding the knife underneath the meat, until you reach the long, solid chine bone at their base. Swivel the blade of the knife upwards and guide it over the chine bone and down the other side, to release the meat. Lift the meat off and cut into slices about 2.5cm/1in thick.
Arrange the meat on a plate, cover and keep warm.
Quickly put the roasting tin over the heat and bring to the boil, scraping in all the residues on the base and adding a little more water if they taste too strong.
Pour into a jug and serve.
For the cannellini beans, heat the oil and gently fry the garlic and sage leaves. When the garlic is golden brown, add the beans and season generously.
Add the sieved tomatoes or passata, the tomato purée, and about one teaspoon of caster sugar, to taste.
Simmer gently for a further 20 minutes or so, stirring occasionally to prevent catching.
Check and adjust the seasoning just before serving.


This is still a beta version and not everything is finished. You still have a few more things to expect:
- Re-design of a number of the interfaces
- Better support for house rules
- Rules surrounding utilities and railroads
- And more...?
Have something else you want to see added?
Open an issue on GitHub.


check out the java game I made here. This is my first big project with Java, and I implemented visitor and strategy design pattern. I also created a UML diagram to go with it
Check out a small project I worked on to see how a computer learns with Open AI and Tensorflow. The github link here!


Obverse
Overview
Obverse is a library and style guide which makes developing good protractor tests easier. This is accomplished by rigid enforcement of test rig quality, and logging quality. There are 2 major components to accomplishing these goals, A chrome plugin which enforces test rig quality, and a testing library which enforces logging quality.
Separation of Concerns
The goal of testing in Obverse is to separate automated tests into 3 categories basted on how robust or fragile they are:
- Test Rig (brittle, low development time)
- Test Scripts (somewhat robust, medium development time)
- Test Data (robust, long development time)
The goal of the software is to provide tools and style conventions that leverage this separation to make maintaining tests easier. A style guide is included for how to build test-data that is completely isolated from changes to the test, allowing them to be extremely robust. A logging library for test scripts allows tests simplifies the debugging process, allowing for a quick updating process and flexible tests. A test rig is build automatically from data collected by a chrome extension, reducing the time required to build and update test rigs which alleviates problems with their fragility.
API guide
An API guide is provided for using the testing library. It is recommended to also read the style guide, which will go into details about why the API is built the way that it is.
Style guide
The style guide provides examples and explanations for Obverse testing. These examples will outline the benefits of writing tests with the separation of concerns mentioned above, as well as examples of how to achieve separation in a variety of scenarios.


Feinard
Biodata
| Nama | Feinard |
|---|---|
| NRP |<PHONE_NUMBER>0081 |
|<EMAIL_ADDRESS>| |
| Number |<PHONE_NUMBER>85 |
Social Media
| feinard salim | |
|---|---|
| Feinard slim | |
| feinard1234 |
Feinard
Computer Science Student
Personal Profile
I am an IT student mainly focused on networking and website. I am also expericenced in making a few website project
Work experience
Website Fullstack
- Alva Co. Fullstack | June 2020 - present
- Dicoding Workshop | June 2020 - August 2020
education history
- Kindergarden | TKA Kalam Kudus 3
- elementary school | SD Santo Leo 2
- Junior High School | SMP Santo leo 2
- High School | sMA negri 65 Jakarta
- undergraduated | Institut teknologi sepuluh nopember Surabaya
Hobby
- Reading Books
- Playing Games
- Watching Movies
- Helping others


Discuss how understanding the principles of neuroplasticity benefits people
Understanding neuroplasticity can benefit those of the fixed mindset.
This is great for children, students or anyone really.
Poor math skills can be worked on and improved, your able to train and improve these skills.
Discuss how we might engage with the principals of neuroplasticity for your own benefit
- Firstly a mindset change, understanding that I can improve in my areas of weakness
- I need to practice and spend plenty of time at it
- I must care about what I’m training and maintain good habits
What are some of the ways to increase your neuroplasticity
- Clarity - Important when starting out any behaviour change
- Practice and keep learning
- Set goals
- Build a routine
- Less stress
- Enough sleep
- Learn a language or instrument
- Eating fish & turmeric (why not both?)
Link to the resource that you found particularly useful or engaging
Here’s an interesting article Michael Merzenich’s brain-training and rehabilitation VR game:
https://www.wired.co.uk/article/game-your-brain
Discuss what it is and why it is relevant
Clarity, like I mentioned above, is important when starting out a new behaviour change.
In the same sense, people must first believe the growth mindset and that through practice and dedication, they can improve.
In this exploration, did anything surprise you? Change for you?
I am surprised by how clear the results are in schools and why it isn’t practiced everywhere. For me, I can be quite stubborn and think my weaknesses and my weaknesses. But I need to keep the mindset that these things can change and be improved.
How will you integrate growth mindset into your learning journey?
With every sprint and challenge, I need to come in believing I can take them on and succeed.
I need to take failures or disappointment as learning experience.
Do it for myself and cultivate a sense of purpose salience.
Don’t compare myself with others.
Lastly my favourite, replacing self doubt with the word “yet”.
Link to a resource that you found particularly useful or engaging
I didn’t really use this as part of my answers, but Carol Dweck goes further in-depth into her study of growth mindset is great.


--- layout: base title: Profile subtitle: "Hi. I’m Yuldoshboy(Yura) Sultonov, a software developer from Uzbekistan. I am passionate about building excellent software that improves the lives of those around me." use-site-title: true ---
MOBILE/WEB DEVELOPER
Hi. I’m Yuldoshboy(Yura) Sultonov, a software developer from Uzbekistan. I am passionate about building excellent software that improves the lives of those around me. I specialize in creating software for clients ranging from individuals and small-businesses all the way to large enterprise corporations. All of my work is produced locally from Uzbekistan, Tashkent. What would you do if you had a software expert available at your fingertips?


Tu Chu Quang
Junior Full-stack Web Developer
Featured Works
Oddy - Bubble Story
http://studio.atmarkcafe.org/oddy/
Pets Battle
http://studio.atmarkcafe.org/pets-battle/
Alphamatrix - FX System
https://alphamatrix.net


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7
8
9
10
_
XT
v
The
New
York
copyright
reserved
Botanical
Garden
DAUBENY
HERBARIUM
(FHO)
University
of
Oxford
Flora
of
Grenada
Family:
Sapotaceae
Name:
Manilkara
bidenlata
A.DC.
Locality:
Notes:
Grenada,
St.
David.
Morne
Gazo,
along
main
nature
trail.
12¡02'N,
61¡43'
W
Tree
15m
tall
with
white
latex.
BARK:
rough
with
shallow
longitudinal
fissures
caused
by
large
(1.5
x
3
cm)
flat
lenticels.
SLASH:
soft,
fibrous,
outer
layer
brown,
inner
layer
pink
with
creamy
radial
intrusions
from
the
lenticels.
LEAVES:
coriaceous,
margin
recurved;
US
midrib
channelled;
LS
secs
and
tertiaries
very
slightly
raised.
NEW
YORK
BOTANICAL
GARDEN
III
IIIIII
I
II
I
II
0144ê
1727
Collector:
Hawthorne,
W.
D.,
Cable,
S.
&
Jules,
D.
Number:
564
Date:
19
June
2001
Distribution:
FHO
sNE*
Y¡^
BOTANICAL
GARDE*L
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


7-Apps in 7-minutes
Deploying a Python Flask web app to every service on {% include "misc/google-cloud-logo.svg" %}


--- layout: post title: 'In Search Of: The Easter Bunny''s Postal Mailing Address' categories: [] tags: - easter - family - holiday - usps status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
My daughter has a written a letter for the Easter Bunny. She and I have been searching for the postal mailing address for the Easter Bunny, but amazingly enough the Internets have nothing on it. I thought the USPS might have an address for it, similar to what the do for Santa, but found none.


| Name | Description |
| backup |
Enable ESX Server consolidated backup feature. This is a per CPU package
license.
|
| das |
Enable VirtualCenter HA. This is a per ESX server CPU package license.
|
| drs |
Enable VirtualCenter Distributed Resource Scheduler. This is a per ESX server
CPU package license.
|
| drsPower |
Enable VirtualCenter DRS Power Management Functionality. This is a per CPU package
Since VI API 2.5
|
| esxExpress |
The edition license for the ESX server, Starter edition. This is a per CPU
package license.
|
| esxFull |
The edition license for the ESX Server, Standard edition. This is a per
CPU package license.
|
| esxHost |
Enable VirtualCenter ESX Server host management functionality. This is a per
ESX server CPU package license.
|
| esxVmtn |
The edition license for the ESX server, VMTN edition. This is a per CPU package
license.
|
| gsxHost |
Enable VirtualCenter GSX Server host management functionality. This is a per
GSX server CPU package license.
|
| iscsi |
Enable use of iSCSI. This is a per CPU package license.
|
| nas |
Enable use of NAS. This is a per CPU package license.
|
| san |
Enable use of SAN. This is a per CPU package license.
|
| serverHost |
Enable VirtualCenter VMware server host management functionality. This is a per
VMware server CPU package license.
Since VI API 2.5
|
| vc |
The edition license for a VirtualCenter server, full edition. This license
is independent of the number of CPU packages for the VirtualCenter host.
|
| vcExpress |
The edition license for a VirtualCenter server, starter edition. This license
limits the number of hosts (esxHost or serverHost) that can be managed by the
VirtualCenter product.
Since VI API 2.5
|
| vmotion |
Enable VMotion. This is a per ESX server CPU package license.
|
| vsmp |
Enable up to 4-way VSMP feature. This is a per CPU package license.
|


A CAPSTONE PROJECT BY SOPHIE ZAMARRIPA
Find Out MoreSo often we hear about schools, teachers, and administrators engaging in “Diversity Trainings” and culturally competent professional development seminars, but how does this really manifest in the classroom? I was curious to find out. With a little bit of persuasiveness and a lot of Midwestern kindness, I was able to get a sample of 9 teachers from an elementary school in Grand Rapids, Michigan. For the privacy of the respondents and the school district I won’t be using any real names.
There are about 400 students that attend the school. It is 74% White, 8.5% Asian, 8% African American, 4% Hispanic, .3% American Indian (1 student), and 4.8% two or more races. 14% of students are low-income. The teaching staff is almost 100% White Females, with the exception of the principal - a Pacific Islander Male.
I asked the participants, through an emailed interview, a series of questions to get them thinking about their positions as teachers, their own identities, and the identities of their students. I wanted to get an understanding of how they self-identify and how their background experiences did or did not affect their teaching. Additionally, I crafted questions that attempted to provide insight into how these teachers took on the issue of difference, with the overarching notion of race in mind. I devised these questions through reflection on my own learning during my time as an Educational Studies major. Behavior, discipline, literature, and “cultural competency” stuck out as major discrepancies in school settings when it came to the treatment of students of Color versus White students, and I sought to create a picture of the way real-life education professionals are making an impact.
I chose to present my findings in a visualization for a few reasons: it is accessible through a URL to anyone and allows the user to make their own observations about the data through interaction. I also wanted to experience a different style of learning and expression, and coding has been a language that’s intrigued me for a while now. I am, by no means, a Computer Science major. So, I have my smart and amazing sidekick, Joe Campbell, to credit for the hours of coding that took place to create my visualization. I am also incredibly grateful to my mom for rounding up her colleagues and always being so supportive of my endeavors in Education.
Without further ado, let’s begin!!
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Jekyll is pretty rad and figured releasing an older version of my site as a theme for others to hack and build on would be fun. So here be that theme — I call it Minimal Mistakes, a responsive Jekyll theme focused on great typography for text heavy sites.
Update: Minimal Mistakes makes use of Sass and data files as part of Jekyll 2.x. Updating your site’s look and feel just got easier!
Features
- Responsive layouts. Looks good on mobile, tablets, and desktop devices.
- Full compatibility with GitHub Pages.
- Minimal design.
- Author sidebar with optional links to social media profiles.
- Support for large images to call out your favorite posts.
- Tags for Open Graph and Twitter Cards for a better social sharing experience.
- Stylesheets for Pygments and Coderay syntax highlighting.
Installation
Minimal Mistakes now requires Jekyll 2.x. Make sure to run gem update jekyll
if you aren’t on the latest version or gem install jekyll
if this is your first time installing it.
If you are creating a new Jekyll site using Minimal Mistakes follow these steps:
- Fork the Minimal Mistakes repo.
- Clone the repo you just forked and rename it.
- Install Bundler
gem install bundler
and Runbundle install
to install all dependencies (Jekyll, Jekyll-Sitemap, Octopress, Bourbon, etc) - Update
config.yml
, add navigation, and replace demo posts and pages with your own. Full details here.
If you want to use Minimal Mistakes with an existing Jekyll site follow these steps:
- Download Minimal Mistakes and unzip.
- Rename
minimal-mistakes-master
to something meaningful ie:new-site
- Run
bundle install
to install all dependencies (Jekyll, Jekyll-Sitemap, Octopress, Bourbon, etc) - Remove demo posts and pages add replace with your own posts, pages, and any other content you want to move over.
- Update posts and pages YAML to match variables used by Minimal Mistakes.
- Update
config.yml
and add navigation links. Full details here.
ProTip: Delete the gh-pages
branch after cloning and start fresh by branching off master
.
Usage
To learn more about how to customize this theme, include feature images in posts, modify the look and feel, create new posts, and some other junk, read up here.
Questions?
Having a problem getting something to work or want to know why I setup something in a certain way? Ping me on Twitter @mmistakes or file a GitHub issue. And if you make something cool with this theme feel free to let me know.
License
This theme is free and open source software, distributed under the MIT License. So feel free to modify it however you’d like without linking back to me or including a disclaimer.