UK police say three boys among Vietnamese truck victims
LONDON: British police released the names of the 39 Vietnamese victims, including three boys, found dead in the back of a truck near London last month and said consultations had begun with Hanoi over repatriation of the bodies.
The 31 males and eight women were found in a truck container on an industrial estate in Grays, Essex, not far from docks on the River Thames, in the early hours of Oct 23.
Police said last week they believed all were Vietnamese and announced on Friday they had completed the identification process with Vietnamese officials, revealing that nine of the victims were teenagers.
Two were aged just 15 and another was 17, while the oldest was 44.
READ: Who are the Vietnamese feared dead in UK truck tragedy?
READ: Families of Vietnamese missing in UK stuck with crippling migrant loans
"This was an incredibly important process and our team has been working hard to bring answers to worried families who fear their loved one may be among those whose tragic journey ended on our shores," said Tim Smith, the Assistant Chief Constable of Essex Police.
"It remained of paramount importance to us to ensure that an individual’s next of kin were informed and that they were given some time to absorb this tragic news before we publicly confirmed their loved one’s identity."
Police said the Vietnamese and British governments were working on how to achieve repatriation of the bodies. The exact cause of the deaths has not yet been disclosed.
The victims were found not long after the container arrived in Britain from Zeebrugge in Belgium. The refrigerated unit was picked up at Purfleet dock, east of London, while police believe the truck cab was driven over from Ireland.
READ: 'Easy money and a better life': Vietnamese undeterred by UK truck tragedy
READ: Our coverage of the UK truck deaths
Nguyen Van Hung got a falsified passport in 2018 and took off without telling his parents. (Photo: AFP/Nhac Nguyen)
The truck driver, from Northern Ireland, has been charged with 39 counts of manslaughter, conspiracy to traffic people, and money laundering. A second man has been charged with the same offences and British authorities are now in the process of trying to extradite him from Dublin.
They are also hunting for two brothers from Northern Ireland while Vietnamese police have arrested 10 people there in connection with the deaths.
Police named the victims as follows:
From Ha Tinh province:
- Pham Thi Tra My, 26
- Nguyen Dinh Lurong, 20
- Nguyen Huy Phong, 35
- Vo Nhan Du, 19
- Tran Manh Hung, 37
- Tran Khanh Tho, 18
- Vo Van Linh, 25
- Nguyen Van Nhan, 33
- Bui Phan Thang, 37
- Nguyen Huy Hung, 15
From Nghe An province:
- Tran Thi Tho, 21
- Bui Thi Nhung, 19
- Vo Ngoc Nam, 28
- Nguyen Dinh Tu, 26
- Le Van Ha, 30
- Tran Thi Ngoc, 19
- Nguyen Van Hung, 33
- Hoang Van Tiep, 18
- Cao Tien Dung, 37
- Cao Huy Thanh, 33
- Tran Thi Mai Nhung, 18
- Nguyen Minh Quang, 20
- Pham Thi Ngoc Oanh, 28
- Hoang Van Hoi, 24
- Nguyen Tho Tuan, 25
- Dang Huu Tuyen, 22
- Nguyen Trong Thai, 26
- Nguyen Van Hiep, 24
- Nguyen Thi Van, 35
- Tran Hai Loc, 35
Other areas:
- Le Trong Thanh, 44, from Dien Chau
- Duong Minh Tuan, 27, from Quang Binh
- Nguyen Ngoc Ha, 32, from Quang Binh
- Nguyen Tien Dung, 33, from Quang Binh
- Phan Thi Thanh, 41, from Hai Phong
- Nguyen Ba Vu Hung, 34, from Thua Tien Hue
- Dinh Dinh Thai Quyen, 18, from Hai Phong
- Tran Ngoc Hieu, 17, from Hai Duong
- Dinh Dinh Binh, 15, from Hai Phong


Production Team
Project Manager
Michael Phelps
UI/Marketing
Jessica Duell
React I
Jason Clegg
React II
Brandon Ramirez
Backend
Vladyslav Horbachenko
Joshua Horrocks
Data Engineers
Hadi Modares
Michael Toce
Machine Learning Engineers
Harrison Kang
Alex Pakalniskis


Hi
This is sample webpage to test TypeScript.
Can you see the greetings below?
Open up the console window to see the output from the CoffeeScript, JavaScript, ES6/Babel builders.


{{ define "title" }} {{ .Site.Title }} – {{ .Title }} {{ end }} {{ define "main"}}
The page you are looking for does not exist or was moved to another location.
Either go back to the start page or search for something like site:ilo.projects.metio.wtf YOUR_SEARCH_TERM
on google.


A solver for IK with CCD Algorithm.
[name] solves Inverse Kinematics Problem with CCD Algorithm.
[name] is designed to work with [page:SkinnedMesh] loaded by [page:MMDLoader] but also can be used for generic [page:SkinnedMesh].
const ikSolver;
// Load MMD resources and instantiate CCDIKSolver
new MMDLoader().load(
'models/mmd/miku.pmd',
function ( mesh ) {
ikSolver = new CCDIKSolver( mesh, mesh.geometry.iks );
scene.add( mesh );
}
);
function render() {
animate(); // update bones
if ( ikSolver !== undefined ) ikSolver.update();
renderer.render( scene, camera );
}
[example:webgl_loader_mmd]
[example:webgl_loader_mmd_pose]
[example:webgl_loader_mmd_audio]
[page:SkinnedMesh mesh] — [page:SkinnedMesh] for which [name] solves IK problem.
[page:Array iks] — An array of [page:Object] specifying IK parameter. target, effector, and link-index are index integers in .skeleton.bones.
The bones relation should be "links[ n ], links[ n - 1 ], ..., links[ 0 ], effector" in order from parent to child.
Creates a new [name].
An array of IK parameter passed to the constructor.
[page:SkinnedMesh] passed to the constructor.
Return [page:CCDIKHelper]. You can visualize IK bones by adding the helper to scene.
Update bones quaternion by solving CCD algorithm.
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/animation/CCDIKSolver.js examples/jsm/animation/CCDIKSolver.js]


Immediately after registration, you have several thousand characters (double rewriting / uniqueness check). Therefore, do not pay for additional symbols until you are completely satisfied with the quality of the text (there is no tool for a refund in the service).
Payment and enrollment of symbols is fully automatic. Often, funds are debited and symbols are credited simultaneously. There are times when a payment aggregator takes several minutes to verify your payment. Symbols are always credited exactly as much as you paid with enabled or disabled Double rewrite / Uniqueness check points.
A lot of people use the service for free, so at certain times a long queue can form. You are invited to register, since registered users have a separate queue and rewriting is faster. When the number of registered users becomes very large at the same time, an overload error occurs. You can either wait until the load decreases (usually at night), or pay for symbols (maximum priority for rewriting).
The API only works with characters on the account. If your account has no symbols, you will see a cookies error in the API.
Write to us at supportsinoni.men


yacc [-dltv][-b file_prefix][-p sym_prefix] grammar
The yacc utility shall read a description of a context-free grammar in grammar and write C source code, conforming to the ISO C standard, to a code file, and optionally header information into a header file, in the current directory. The C code shall define a function and related routines and macros for an automaton that executes a parsing algorithm meeting the requirements in Algorithms .
The form and meaning of the grammar are described in the EXTENDED DESCRIPTION section.
The C source code and header file shall be produced in a form suitable as input for the C compiler (see c99 ).
The yacc utility shall conform to the Base Definitions volume of IEEE Std 1003.1-2001, Section 12.2, Utility Syntax Guidelines.
The following options shall be supported:
Use sym_prefix instead of yy as the prefix for all external names produced by yacc. The names affected shall include the functions yyparse(), yylex(), and yyerror(), and the variables yylval, yychar, and yydebug. (In the remainder of this section, the six symbols cited are referenced using their default names only as a notational convenience.) Local names may also be affected by the -p option; however, the -p option shall not affect #define symbols generated by yacc.
The following operand is required:
Not used.
The file grammar shall be a text file formatted as specified in the EXTENDED DESCRIPTION section.
The following environment variables shall affect the execution of yacc:
The LANG and LC_* variables affect the execution of the yacc utility as stated. The main() function defined in Yacc Library shall call:
setlocale(LC_ALL, "")
and thus the program generated by yacc shall also be affected by the contents of these variables at runtime.
Default.
Not used.
If shift/reduce or reduce/reduce conflicts are detected in grammar, yacc shall write a report of those conflicts to the standard error in an unspecified format.
Standard error shall also be used for diagnostic messages.
The code file, the header file, and the description file shall be text files. All are described in the following sections.
This file shall contain the C source code for the yyparse() function. It shall contain code for the various semantic actions with macro substitution performed on them as described in the EXTENDED DESCRIPTION section. It also shall contain a copy of the #define statements in the header file. If a %union declaration is used, the declaration for YYSTYPE shall also be included in this file.
The header file shall contain #define statements that associate the token numbers with the token names. This allows source files other than the code file to access the token codes. If a %union declaration is used, the declaration for YYSTYPE and an extern YYSTYPE yylval declaration shall also be included in this file.
The description file shall be a text file containing a description of the state machine corresponding to the parser, using an unspecified format. Limits for internal tables (see Limits ) shall also be reported, in an implementation-defined manner. (Some implementations may use dynamic allocation techniques and have no specific limit values to report.)
The yacc command accepts a language that is used to define a grammar for a target language to be parsed by the tables and code generated by yacc. The language accepted by yacc as a grammar for the target language is described below using the yacc input language itself.
The input grammar includes rules describing the input structure of the target language and code to be invoked when these rules are recognized to provide the associated semantic action. The code to be executed shall appear as bodies of text that are intended to be C-language code. The C-language inclusions are presumed to form a correct function when processed by yacc into its output files. The code included in this way shall be executed during the recognition of the target language.
Given a grammar, the yacc utility generates the files described in the OUTPUT FILES section. The code file can be compiled and linked using c99. If the declaration and programs sections of the grammar file did not include definitions of main(), yylex(), and yyerror(), the compiled output requires linking with externally supplied versions of those functions. Default versions of main() and yyerror() are supplied in the yacc library and can be linked in by using the -l y operand to c99. The yacc library interfaces need not support interfaces with other than the default yy symbol prefix. The application provides the lexical analyzer function, yylex(); the lex utility is specifically designed to generate such a routine.
The application shall ensure that every specification file consists of three sections in order: declarations, grammar rules, and programs, separated by double percent signs ( "%%" ). The declarations and programs sections can be empty. If the latter is empty, the preceding "%%" mark separating it from the rules section can be omitted.
The input is free form text following the structure of the grammar defined below.
The <blank>s, <newline>s, and <form-feed>s shall be ignored, except that the application shall ensure that they do not appear in names or multi-character reserved symbols. Comments shall be enclosed in "/* ... */", and can appear wherever a name is valid.
Names are of arbitrary length, made up of letters, periods ( ’.’ ), underscores ( ’_’ ), and non-initial digits. Uppercase and lowercase letters are distinct. Conforming applications shall not use names beginning in yy or YY since the yacc parser uses such names. Many of the names appear in the final output of yacc, and thus they should be chosen to conform with any additional rules created by the C compiler to be used. In particular they appear in #define statements.
A literal shall consist of a single character enclosed in single-quotes ( ’" ). All of the escape sequences supported for character constants by the ISO C standard shall be supported by yacc.
The relationship with the lexical analyzer is discussed in detail below.
The application shall ensure that the NUL character is not used in grammar rules or literals.
The declarations section is used to define the symbols used to define the target language and their relationship with each other. In particular, much of the additional information required to resolve ambiguities in the context-free grammar for the target language is provided here.
Usually yacc assigns the relationship between the symbolic names it generates and their underlying numeric value. The declarations section makes it possible to control the assignment of these values.
It is also possible to keep semantic information associated with the tokens currently on the parse stack in a user-defined C-language union, if the members of the union are associated with the various names in the grammar. The declarations section provides for this as well.
The first group of declarators below all take a list of names as arguments. That list can optionally be preceded by the name of a C union member (called a tag below) appearing within ’<’ and ’>’ . (As an exception to the typographical conventions of the rest of this volume of IEEE Std 1003.1-2001, in this case <tag> does not represent a metavariable, but the literal angle bracket characters surrounding a symbol.) The use of tag specifies that the tokens named on this line shall be of the same C type as the union member referenced by tag. This is discussed in more detail below.
For lists used to define tokens, the first appearance of a given token can be followed by a positive integer (as a string of decimal digits). If this is done, the underlying value assigned to it for lexical purposes shall be taken to be that number.
The following declares name to be a token:
%token [<tag>] name [number][name [number]]...
If tag is present, the C type for all tokens on this line shall be declared to be the type referenced by tag. If a positive integer, number, follows a name, that value shall be assigned to the token.
The following declares name to be a token, and assigns precedence to it:
%left [<tag>] name [number][name [number]]... %right [<tag>] name [number][name [number]]...
One or more lines, each beginning with one of these symbols, can appear in this section. All tokens on the same line have the same precedence level and associativity; the lines are in order of increasing precedence or binding strength. %left denotes that the operators on that line are left associative, and %right similarly denotes right associative operators. If tag is present, it shall declare a C type for names as described for %token.
The following declares name to be a token, and indicates that this cannot be used associatively:
%nonassoc [<tag>] name [number][name [number]]...
If the parser encounters associative use of this token it reports an error. If tag is present, it shall declare a C type for names as described for %token.
The following declares that union member names are non-terminals, and thus it is required to have a tag field at its beginning:
%type <tag> name...
Because it deals with non-terminals only, assigning a token number or using a literal is also prohibited. If this construct is present, yacc shall perform type checking; if this construct is not present, the parse stack shall hold only the int type.
Every name used in grammar not defined by a %token, %left, %right, or %nonassoc declaration is assumed to represent a non-terminal symbol. The yacc utility shall report an error for any non-terminal symbol that does not appear on the left side of at least one grammar rule.
Once the type, precedence, or token number of a name is specified, it shall not be changed. If the first declaration of a token does not assign a token number, yacc shall assign a token number. Once this assignment is made, the token number shall not be changed by explicit assignment.
The following declarators do not follow the previous pattern.
The following declares the non-terminal name to be the start symbol, which represents the largest, most general structure described by the grammar rules:
%start name
By default, it is the left-hand side of the first grammar rule; this default can be overridden with this declaration.
The following declares the yacc value stack to be a union of the various types of values desired:
%union { body of union (in C) }
By default, the values returned by actions (see below) and the lexical analyzer shall be of type int. The yacc utility keeps track of types, and it shall insert corresponding union member names in order to perform strict type checking of the resulting parser.
Alternatively, given that at least one <tag> construct is used, the union can be declared in a header file (which shall be included in the declarations section by using a #include construct within %{ and %}), and a typedef used to define the symbol YYSTYPE to represent this union. The effect of %union is to provide the declaration of YYSTYPE directly from the yacc input.
C-language declarations and definitions can appear in the declarations section, enclosed by the following marks:
%{ ... %}
These statements shall be copied into the code file, and have global scope within it so that they can be used in the rules and program sections.
The application shall ensure that the declarations section is terminated by the token %%.
The rules section defines the context-free grammar to be accepted by the function yacc generates, and associates with those rules C-language actions and additional precedence information. The grammar is described below, and a formal definition follows.
The rules section is comprised of one or more grammar rules. A grammar rule has the form:
A : BODY ;
The symbol A represents a non-terminal name, and BODY represents a sequence of zero or more names, literals, and semantic actions that can then be followed by optional precedence rules. Only the names and literals participate in the formation of the grammar; the semantic actions and precedence rules are used in other ways. The colon and the semicolon are yacc punctuation. If there are several successive grammar rules with the same left-hand side, the vertical bar ’|’ can be used to avoid rewriting the left-hand side; in this case the semicolon appears only after the last rule. The BODY part can be empty (or empty of names and literals) to indicate that the non-terminal symbol matches the empty string.
The yacc utility assigns a unique number to each rule. Rules using the vertical bar notation are distinct rules. The number assigned to the rule appears in the description file.
The elements comprising a BODY are:
With each grammar rule, the user can associate actions to be performed each time the rule is recognized in the input process. (Note that the word "action" can also refer to the actions of the parser-shift, reduce, and so on.)
These actions can return values and can obtain the values returned by previous actions. These values are kept in objects of type YYSTYPE (see %union). The result value of the action shall be kept on the parse stack with the left-hand side of the rule, to be accessed by other reductions as part of their right-hand side. By using the <tag> information provided in the declarations section, the code generated by yacc can be strictly type checked and contain arbitrary information. In addition, the lexical analyzer can provide the same kinds of values for tokens, if desired.
An action is an arbitrary C statement and as such can do input or output, call subprograms, and alter external variables. An action is one or more C statements enclosed in curly braces ’{’ and ’}’ .
Certain pseudo-variables can be used in the action. These are macros for access to data structures known internally to yacc.
The value of the action can be set by assigning it to $$. If type checking is enabled and the type of the value to be assigned cannot be determined, a diagnostic message may be generated.
This refers to the value returned by the component specified by the token number in the right side of a rule, reading from left to right; number can be zero or negative. If number is zero or negative, it refers to the data associated with the name on the parser’s stack preceding the leftmost symbol of the current rule. (That is, "$0" refers to the name immediately preceding the leftmost name in the current rule to be found on the parser’s stack and "$-1" refers to the symbol to its left.) If number refers to an element past the current point in the rule, or beyond the bottom of the stack, the result is undefined. If type checking is enabled and the type of the value to be assigned cannot be determined, a diagnostic message may be generated.
These correspond exactly to the corresponding symbols without the tag inclusion, but allow for strict type checking (and preclude unwanted type conversions). The effect is that the macro is expanded to use tag to select an element from the YYSTYPE union (using dataname.tag). This is particularly useful if number is not positive.
This imposes on the reference the type of the union member referenced by tag. This construction is applicable when a reference to a left context value occurs in the grammar, and provides yacc with a means for selecting a type.
Actions can occur anywhere in a rule (not just at the end); an action can access values returned by actions to its left, and in turn the value it returns can be accessed by actions to its right. An action appearing in the middle of a rule shall be equivalent to replacing the action with a new non-terminal symbol and adding an empty rule with that non-terminal symbol on the left-hand side. The semantic action associated with the new rule shall be equivalent to the original action. The use of actions within rules might introduce conflicts that would not otherwise exist.
By default, the value of a rule shall be the value of the first element in it. If the first element does not have a type (particularly in the case of a literal) and type checking is turned on by %type, an error message shall result.
If a program section follows, the application shall ensure that the grammar rules are terminated by %%.
The programs section can include the definition of the lexical analyzer yylex(), and any other functions; for example, those used in the actions specified in the grammar rules. It is unspecified whether the programs section precedes or follows the semantic actions in the output file; therefore, if the application contains any macro definitions and declarations intended to apply to the code in the semantic actions, it shall place them within "%{ ... %}" in the declarations section.
The following input to yacc yields a parser for the input to yacc. This formal syntax takes precedence over the preceding text syntax description.
The lexical structure is defined less precisely; Lexical Structure of the Grammar defines most terms. The correspondence between the previous terms and the tokens below is as follows.
These correspond directly to %type, %left, %%, %{, and %}.
/* Grammar for the input to yacc. */ /* Basic entries. */ /* The following are recognized by the lexical analyzer. */ %token IDENTIFIER /* Includes identifiers and literals */ %token C_IDENTIFIER /* identifier (but not literal) followed by a :. */ %token NUMBER /* [0-9][0-9]* */ /* Reserved words : %type=>TYPE %left=>LEFT, and so on */ %token LEFT RIGHT NONASSOC TOKEN PREC TYPE START UNION %token MARK /* The %% mark. */ %token LCURL /* The %{ mark. */ %token RCURL /* The %} mark. */ /* 8-bit character literals stand for themselves; */ /* tokens have to be defined for multi-byte characters. */ %start spec %% spec : defs MARK rules tail ; tail : MARK { /* In this action, set up the rest of the file. */ } | /* Empty; the second MARK is optional. */ ; defs : /* Empty. */ | defs def ; def : START IDENTIFIER | UNION { /* Copy union definition to output. */ } | LCURL { /* Copy C code to output file. */ } RCURL | rword tag nlist ; rword : TOKEN | LEFT | RIGHT | NONASSOC | TYPE ; tag : /* Empty: union tag ID optional. */ | ’<’ IDENTIFIER ’>’ ; nlist : nmno | nlist nmno ; nmno : IDENTIFIER /* Note: literal invalid with % type. */ | IDENTIFIER NUMBER /* Note: invalid with % type. */ ; /* Rule section */ rules : C_IDENTIFIER rbody prec | rules rule ; rule : C_IDENTIFIER rbody prec | ’|’ rbody prec ; rbody : /* empty */ | rbody IDENTIFIER | rbody act ; act : ’{’ { /* Copy action, translate $$, and so on. */ } ’}’ ; prec : /* Empty */ | PREC IDENTIFIER | PREC IDENTIFIER act | prec ’;’ ;
The parser produced for an input grammar may contain states in which conflicts occur. The conflicts occur because the grammar is not LALR(1) . An ambiguous grammar always contains at least one LALR(1) conflict. The yacc utility shall resolve all conflicts, using either default rules or user-specified precedence rules.
Conflicts are either shift/reduce conflicts or reduce/reduce conflicts. A shift/reduce conflict is where, for a given state and lookahead symbol, both a shift action and a reduce action are possible. A reduce/reduce conflict is where, for a given state and lookahead symbol, reductions by two different rules are possible.
The rules below describe how to specify what actions to take when a conflict occurs. Not all shift/reduce conflicts can be successfully resolved this way because the conflict may be due to something other than ambiguity, so incautious use of these facilities can cause the language accepted by the parser to be much different from that which was intended. The description file shall contain sufficient information to understand the cause of the conflict. Where ambiguity is the reason either the default or explicit rules should be adequate to produce a working parser.
The declared precedences and associativities (see Declarations Section ) are used to resolve parsing conflicts as follows:
Conflicts resolved by precedence or associativity shall not be counted in the shift/reduce and reduce/reduce conflicts reported by yacc on either standard error or in the description file.
The token error shall be reserved for error handling. The name error can be used in grammar rules. It indicates places where the parser can recover from a syntax error. The default value of error shall be 256. Its value can be changed using a %token declaration. The lexical analyzer should not return the value of error.
The parser shall detect a syntax error when it is in a state where the action associated with the lookahead symbol is error. A semantic action can cause the parser to initiate error handling by executing the macro YYERROR. When YYERROR is executed, the semantic action passes control back to the parser. YYERROR cannot be used outside of semantic actions.
When the parser detects a syntax error, it normally calls yyerror() with the character string "syntax error" as its argument. The call shall not be made if the parser is still recovering from a previous error when the error is detected. The parser is considered to be recovering from a previous error until the parser has shifted over at least three normal input symbols since the last error was detected or a semantic action has executed the macro yyerrok. The parser shall not call yyerror() when YYERROR is executed.
The macro function YYRECOVERING shall return 1 if a syntax error has been detected and the parser has not yet fully recovered from it. Otherwise, zero shall be returned.
When a syntax error is detected by the parser, the parser shall check if a previous syntax error has been detected. If a previous error was detected, and if no normal input symbols have been shifted since the preceding error was detected, the parser checks if the lookahead symbol is an endmarker (see Interface to the Lexical Analyzer ). If it is, the parser shall return with a non-zero value. Otherwise, the lookahead symbol shall be discarded and normal parsing shall resume.
When YYERROR is executed or when the parser detects a syntax error and no previous error has been detected, or at least one normal input symbol has been shifted since the previous error was detected, the parser shall pop back one state at a time until the parse stack is empty or the current state allows a shift over error. If the parser empties the parse stack, it shall return with a non-zero value. Otherwise, it shall shift over error and then resume normal parsing. If the parser reads a lookahead symbol before the error was detected, that symbol shall still be the lookahead symbol when parsing is resumed.
The macro yyerrok in a semantic action shall cause the parser to act as if it has fully recovered from any previous errors. The macro yyclearin shall cause the parser to discard the current lookahead token. If the current lookahead token has not yet been read, yyclearin shall have no effect.
The macro YYACCEPT shall cause the parser to return with the value zero. The macro YYABORT shall cause the parser to return with a non-zero value.
The yylex() function is an integer-valued function that returns a token number representing the kind of token read. If there is a value associated with the token returned by yylex() (see the discussion of tag above), it shall be assigned to the external variable yylval.
If the parser and yylex() do not agree on these token numbers, reliable communication between them cannot occur. For (single-byte character) literals, the token is simply the numeric value of the character in the current character set. The numbers for other tokens can either be chosen by yacc, or chosen by the user. In either case, the #define construct of C is used to allow yylex() to return these numbers symbolically. The #define statements are put into the code file, and the header file if that file is requested. The set of characters permitted by yacc in an identifier is larger than that permitted by C. Token names found to contain such characters shall not be included in the #define declarations.
If the token numbers are chosen by yacc, the tokens other than literals shall be assigned numbers greater than 256, although no order is implied. A token can be explicitly assigned a number by following its first appearance in the declarations section with a number. Names and literals not defined this way retain their default definition. All token numbers assigned by yacc shall be unique and distinct from the token numbers used for literals and user-assigned tokens. If duplicate token numbers cause conflicts in parser generation, yacc shall report an error; otherwise, it is unspecified whether the token assignment is accepted or an error is reported.
The end of the input is marked by a special token called the endmarker, which has a token number that is zero or negative. (These values are invalid for any other token.) All lexical analyzers shall return zero or negative as a token number upon reaching the end of their input. If the tokens up to, but excluding, the endmarker form a structure that matches the start symbol, the parser shall accept the input. If the endmarker is seen in any other context, it shall be considered an error.
In addition to yyparse() and yylex(), the functions yyerror() and main() are required to make a complete program. The application can supply main() and yyerror(), or those routines can be obtained from the yacc library.
The following functions shall appear only in the yacc library accessible through the -l y operand to c99; they can therefore be redefined by a conforming application:
This function shall call yyparse() and exit with an unspecified value. Other actions within this function are unspecified.
This function shall write the NUL-terminated argument to standard error, followed by a <newline>.
The order of the -l y and -l l operands given to c99 is significant; the application shall either provide its own main() function or ensure that -l y precedes -l l.
The parser generated by yacc shall have diagnostic facilities in it that can be optionally enabled at either compile time or at runtime (if enabled at compile time). The compilation of the runtime debugging code is under the control of YYDEBUG, a preprocessor symbol. If YYDEBUG has a non-zero value, the debugging code shall be included. If its value is zero, the code shall not be included.
In parsers where the debugging code has been included, the external int yydebug can be used to turn debugging on (with a non-zero value) and off (zero value) at runtime. The initial value of yydebug shall be zero.
When -t is specified, the code file shall be built such that, if YYDEBUG is not already defined at compilation time (using the c99 -D YYDEBUG option, for example), YYDEBUG shall be set explicitly to 1. When -t is not specified, the code file shall be built such that, if YYDEBUG is not already defined, it shall be set explicitly to zero.
The format of the debugging output is unspecified but includes at least enough information to determine the shift and reduce actions, and the input symbols. It also provides information about error recovery.
The parser constructed by yacc implements an LALR(1) parsing algorithm as documented in the literature. It is unspecified whether the parser is table-driven or direct-coded.
A parser generated by yacc shall never request an input symbol from yylex() while in a state where the only actions other than the error action are reductions by a single rule.
The literature of parsing theory defines these concepts.
The yacc utility may have several internal
tables. The minimum maximums for these tables are shown in the following
table. The exact meaning of these values is implementation-defined. The implementation
shall define the relationship between these values and between them and
any error messages that the implementation may generate should it run out
of space for any internal structure. An implementation may combine groups
of these resources into a single pool as long as the total available to
the user does not fall below the sum of the sizes specified by this section.
The following exit values shall be returned:
If any errors are encountered, the run is aborted and yacc exits with a non-zero status. Partial code files and header files may be produced. The summary information in the description file shall always be produced if the -v flag is present.
The following sections are informative.
Historical implementations experience name conflicts on the names yacc.tmp, yacc.acts, yacc.debug, y.tab.c, y.tab.h, and y.output if more than one copy of yacc is running in a single directory at one time. The -b option was added to overcome this problem. The related problem of allowing multiple yacc parsers to be placed in the same file was addressed by adding a -p option to override the previously hard-coded yy variable prefix.
The description of the -p option specifies the minimal set of function and variable names that cause conflict when multiple parsers are linked together. YYSTYPE does not need to be changed. Instead, the programmer can use -b to give the header files for different parsers different names, and then the file with the yylex() for a given parser can include the header for that parser. Names such as yyclearerr do not need to be changed because they are used only in the actions; they do not have linkage. It is possible that an implementation has other names, either internal ones for implementing things such as yyclearerr, or providing non-standard features that it wants to change with -p.
Unary operators that are the same token as a binary operator in general need their precedence adjusted. This is handled by the %prec advisory symbol associated with the particular grammar rule defining that unary operator. (See Grammar Rules in yacc .) Applications are not required to use this operator for unary operators, but the grammars that do not require it are rare.
Access to the yacc library is obtained with library search operands to c99. To use the yacc library main():
c99 y.tab.c -l y
Both the lex library and the yacc library contain main(). To access the yacc main():
c99 y.tab.c lex.yy.c -l y -l l
This ensures that the yacc library is searched first, so that its main() is used.
The historical yacc libraries have contained two simple functions that are normally coded by the application programmer. These functions are similar to the following code:
#include <locale.h> int main(void) { extern int yyparse(); setlocale(LC_ALL, ""); /* If the following parser is one created by lex, the application must be careful to ensure that LC_CTYPE and LC_COLLATE are set to the POSIX locale. */ (void) yyparse(); return (0); } #include <stdio.h> int yyerror(const char *msg) { (void) fprintf(stderr, "%s\n", msg); return (0); }
The references in may be helpful in constructing the parser generator. The referenced DeRemer and Pennello article (along with the works it references) describes a technique to generate parsers that conform to this volume of IEEE Std 1003.1-2001. Work in this area continues to be done, so implementors should consult current literature before doing any new implementations. The original Knuth article is the theoretical basis for this kind of parser, but the tables it generates are impractically large for reasonable grammars and should not be used. The "equivalent to" wording is intentional to assure that the best tables that are LALR(1) can be generated.
There has been confusion between the class of grammars, the algorithms needed to generate parsers, and the algorithms needed to parse the languages. They are all reasonably orthogonal. In particular, a parser generator that accepts the full range of LR(1) grammars need not generate a table any more complex than one that accepts SLR(1) (a relatively weak class of LR grammars) for a grammar that happens to be SLR(1) . Such an implementation need not recognize the case, either; table compression can yield the SLR(1) table (or one even smaller than that) without recognizing that the grammar is SLR(1) . The speed of an LR(1) parser for any class is dependent more upon the table representation and compression (or the code generation if a direct parser is generated) than upon the class of grammar that the table generator handles.
The speed of the parser generator is somewhat dependent upon the class of grammar it handles. However, the original Knuth article algorithms for constructing LR parsers were judged by its author to be impractically slow at that time. Although full LR is more complex than LALR(1) , as computer speeds and algorithms improve, the difference (in terms of acceptable wall-clock execution time) is becoming less significant.
Potential authors are cautioned that the referenced DeRemer and Pennello article previously cited identifies a bug (an over-simplification of the computation of LALR(1) lookahead sets) in some of the LALR(1) algorithm statements that preceded it to publication. They should take the time to seek out that paper, as well as current relevant work, particularly Aho’s.
The -b option was added to provide a portable method for permitting yacc to work on multiple separate parsers in the same directory. If a directory contains more than one yacc grammar, and both grammars are constructed at the same time (by, for example, a parallel make program), conflict results. While the solution is not historical practice, it corrects a known deficiency in historical implementations. Corresponding changes were made to all sections that referenced the filenames y.tab.c (now "the code file"), y.tab.h (now "the header file"), and y.output (now "the description file").
The grammar for yacc input is based on System V documentation. The textual description shows there that the ’;’ is required at the end of the rule. The grammar and the implementation do not require this. (The use of C_IDENTIFIER causes a reduce to occur in the right place.)
Also, in that implementation, the constructs such as %token can be terminated by a semicolon, but this is not permitted by the grammar. The keywords such as %token can also appear in uppercase, which is again not discussed. In most places where ’%’ is used, ’\’ can be substituted, and there are alternate spellings for some of the symbols (for example, %LEFT can be "%<" or even "\<" ).
Historically, <tag> can contain any characters except ’>’, including white space, in the implementation. However, since the tag must reference an ISO C standard union member, in practice conforming implementations need to support only the set of characters for ISO C standard identifiers in this context.
Some historical implementations are known to accept actions that are terminated by a period. Historical implementations often allow ’$’ in names. A conforming implementation does not need to support either of these behaviors.
Deciding when to use %prec illustrates the difficulty in specifying the behavior of yacc. There may be situations in which the grammar is not, strictly speaking, in error, and yet yacc cannot interpret it unambiguously. The resolution of ambiguities in the grammar can in many instances be resolved by providing additional information, such as using %type or %union declarations. It is often easier and it usually yields a smaller parser to take this alternative when it is appropriate.
The size and execution time of a program produced without the runtime debugging code is usually smaller and slightly faster in historical implementations.
Statistics messages from several historical implementations include the following types of information:
n/512 terminals, n/300 non-terminals n/600 grammar rules, n/1500 states n shift/reduce, n reduce/reduce conflicts reported n/350 working sets used Memory: states, etc. n/15000, parser n/15000 n/600 distinct lookahead sets n extra closures n shift entries, n exceptions n goto entries n entries saved by goto default Optimizer space used: input n/15000, output n/15000 n table entries, n zero Maximum spread: n, Maximum offset: n
The report of internal tables in the description file is left implementation-defined because all aspects of these limits are also implementation-defined. Some implementations may use dynamic allocation techniques and have no specific limit values to report.
The format of the y.output file is not given because specification of the format was not seen to enhance applications portability. The listing is primarily intended to help human users understand and debug the parser; use of y.output by a conforming application script would be unusual. Furthermore, implementations have not produced consistent output and no popular format was apparent. The format selected by the implementation should be human-readable, in addition to the requirement that it be a text file.
Standard error reports are not specifically described because they are seldom of use to conforming applications and there was no reason to restrict implementations.
Some implementations recognize "={" as equivalent to ’{’ because it appears in historical documentation. This construction was recognized and documented as obsolete as long ago as 1978, in the referenced Yacc: Yet Another Compiler-Compiler. This volume of IEEE Std 1003.1-2001 chose to leave it as obsolete and omit it.
Multi-byte characters should be recognized by the lexical analyzer and returned as tokens. They should not be returned as multi-byte character literals. The token error that is used for error recovery is normally assigned the value 256 in the historical implementation. Thus, the token value 256, which is used in many multi-byte character sets, is not available for use as the value of a user-defined token.
None.
c99, lex


Galaxy Tool "rglasso" run at 18/02/2015 22:06:08
cox images and outputs
(Click on a thumbnail image to download the corresponding original PDF image)
cox log output
[1] @@@ Cox model will be predicted at times = 3.724234,1325.40516225,2373.090418,3650.1730825,4989.405682
[1] Times each predictor was selected in CV models (excluding zero count predictors)
hits_lambda_1se hits_lambda_min
rhubarb 10 10
vegemite 6 6
[1] @@@ Results preview:
regulator partial_likelihood forced_in glmnet_model best_lambda lambdaChoice alpha
rhubarb rhubarb 0.0012215 TRUE cox 0.04197 lambda.1se 0.95
rglasso log output
Loading required package: Matrix
Loading required package: methods
Loaded glmnet 1.9-8
Loaded lars 1.2
Loading required package: splines
Warning messages:
1: In if (is.na(predict_at)) { :
the condition has length > 1 and only the first element will be used
2: In if (class(p) == "try-error") { :
the condition has length > 1 and only the first element will be used
3: In plot.window(...) : "label" is not a graphical parameter
4: In plot.xy(xy, type, ...) : "label" is not a graphical parameter
5: In axis(side = side, at = at, labels = labels, ...) :
"label" is not a graphical parameter
6: In axis(side = side, at = at, labels = labels, ...) :
"label" is not a graphical parameter
7: In box(...) : "label" is not a graphical parameter
8: In title(...) : "label" is not a graphical parameter
Other log output
## Toolfactory running rglasso as Rscript script
[1] @@@ Using alpha = 0.95 for all models
[1] @@@@ Input has 500 samples and 3 predictors
[1] @@@ Cox model will predict yvar= status using cols= rhubarb,vegemite,apple n preds= 3 forced in= rhubarb
[1] @@@ SessionInfo for this R session:
R version 3.1.0 (2014-04-10)
Platform: x86_64-unknown-linux-gnu (64-bit)
locale:
[1] LC_CTYPE=en_AU.UTF-8 LC_NUMERIC=C LC_TIME=en_AU.UTF-8 LC_COLLATE=en_AU.UTF-8 LC_MONETARY=en_AU.UTF-8 LC_MESSAGES=en_AU.UTF-8 LC_PAPER=en_AU.UTF-8 LC_NAME=C LC_ADDRESS=C LC_TELEPHONE=C LC_MEASUREMENT=en_AU.UTF-8 LC_IDENTIFICATION=C
attached base packages:
[1] splines methods stats graphics grDevices utils datasets base
other attached packages:
[1] pec_2.4.4 survival_2.37-7 lars_1.2 glmnet_1.9-8 Matrix_1.1-5
loaded via a namespace (and not attached):
[1] codetools_0.2-10 foreach_1.4.2 grid_3.1.0 iterators_1.0.7 lattice_0.20-29 lava_1.3 prodlim_1.5.1
Warning messages:
1: In if (is.na(predict_at)) { ... :
the condition has length > 1 and only the first element will be used
2: In if (class(p) == "try-error") { ... :
the condition has length > 1 and only the first element will be used
3: In plot.window(...) : "label" is not a graphical parameter
4: In plot.xy(xy, type, ...) : "label" is not a graphical parameter
5: In axis(side = side, at = at, labels = labels, ...) :
"label" is not a graphical parameter
6: In axis(side = side, at = at, labels = labels, ...) :
"label" is not a graphical parameter
7: In box(...) : "label" is not a graphical parameter
8: In title(...) : "label" is not a graphical parameter
All output files available for downloading


Visit the official government website for more information Click Here
The Indian Government has targeted to replace all level crossings on National Highways with road over bridges or under bridges under the Setu Bharatam scheme before the end of the year 2020. The Setu Bharatam Scheme is being implemented by the Union Road Transport and Highways Ministry to ensure a smooth flow of traffic on the national highways and reduce road accidents by at least 50 percent by 2020.The government had identified around 208 places for the construction of rail over-bridges and underpasses and earmarked funds worth almost Rs 10,200 crore for the implementation of the scheme.The Indian government has also undertaken the task of rebuilding around 1500 bridges that are around 50-60 years old.The unmanned railway crossings are one of the main causes of rail accidents in India, especially in rural areas. The Indian Government has targeted to eliminate all such crossings before the end of this year so that such accidents can be avoided.


--- layout: post permalink: resumesplanet.html Tags: Array NameOfCoupon: resumesplanet Cash Back Summary: See our resumesplanet Coupon Code, resumesplanet Rebate, resumesplanet Promo Code, resumesplanet Discount, resumesplanet Coupon Cash Back Rebate here. MetaKeywords: resumesplanet Coupon Code, resumesplanet Rebate, resumesplanet Promo Code, resumesplanet Cash Back Rebate, resumesplanet Discount, resumesplanet Coupon Image: images/18476.gif LinkURL: http://www.shareasale.com/r.cfm?b=134953&u=412002&m=18476 affiliate_url_link: http://www.icouponblog.com/jane.php?id=140 thesis_readmore: See the resumesplanet Coupon thesis_thumb: http://www.icouponblog.com/tn.php?merchantURL=resumesplanet.com Title: Save 10% - resumesplanet Coupon Code for resumesplanet.com. resumesplanet Rebate & Discount thesis_description: Our resumesplanet Discount Coupon Code for resumesplanet.com. We have the best resumesplanet Rebate anywhere. thesis_keywords: resumesplanet, resumesplanet Coupon Code, resumesplanet Discount, resumesplanet Rebate product_name: resumesplanet hop_url: http://www.icouponblog.com/hop.php?id=140 ---
Are you looking for a job or a change in careers? A professional looking, well written resume is your ticket to a better job. Resumesplanet can help you get there faster. Get hired today with Resumesplanet. Get our discount coupon for great savings!/br>
Resumesplanet has a team of professional writers, 24/7 customer support, 24 hour delivery service available. Resumesplanet will make your resume get noticed. Your resume will stand out in a stack of thousands. Increase your chances of getting hired. Resumesplanet will help you achieve that goal. ResumesPlanet has great affordable prices. You pay a flat fees. You pay for quality not hours. Use our discount coupon for great savings on ResumesPlanet.
Resumesplanet is the place to go for quality resumes, Cvs and cover letters. You can also use their additional services like resume distribution to employment agencies, thank you and follow up letters. Don't let competition scare you or beat you to the job. Get your resume done at Resumesplanet, get hired today! And use the 10% cash back rebate discount coupon.


--- layout: post title: "The Cloud" date: 2021-09-07 13:23:41 +0200 categories: jekyll update background: "/img/posts/cloudcomputing.jpg" ---
The cloud can be described as a data centre, containing multiple racks of identical hardware where deployments, updates, investigations and management processes are automated. The hardware contains software and databases that runs servers which can be accessed over the internet. A benefit of using cloud computing, users and companies do not have to manage physical servers themselves or run software applications on their own machines.
The basic foundation of the cloud consists of some sort of infrastructure like computers, storage devices and a network. On top of that comes a platform (operating system) e.g linux or windows, databases, identification or queue systems. And on top of that you have your application which runs on the platform of your choosing.
Cloud computing is possible due to virtualization, allowing the creation of a simulated computer that behaves as if it were a physical computer with its own hardware and software which you can communicate with externally from your computer, laptop or phone.
Using the cloud enables scaling your server to meet for your needs, perhaps your server is running slow due to a workload overload. If your servers were on-premises it would take a significally longer time to upgrade your system, waiting for new or more hardware and setting them up, with a cloud service you could improve your hardware with just a few clicks in the browser.
It also offers flexible payment, meaning you only pay for what you use perhaps per hour or on a monthly.
A cloud service lets your company focus on it's main purpose, leaving the server, hardware, tools, logs and maintainance to the cloud provider for you to choose and use as you wish.
Experimenting with hardware is almost free.
Data backup and recovery, you can automatically backup all the data to the cloud on a regular basis.
Ongoing costs can be a disadvantage in the long run.
Security issues, your data may become vulnurable using a public cloud. Considering a costlier private or hybrid cloud option can keep critical business files on the private cloud secure.
Some cloud service providers dont offer 24/7 support if you experience technical issues.
Requires good speed internet and bandwidth to upload or download files.
Comparing the price for a server running 24 hours a day for a year with minimum storage 2 CPUs, 8GB ram on a linux server in Europe.
Region: North Europe
OS: Linux: Ubuntu
Spec: 2 CPUs 8GB RAM 50GB storage
Monthly cost: $79.66
Region: EU(Frankfurt)
OS: Linux
Spec: 2 CPUs 8GB RAM 80GB storage
Monthly cost: $54.00
Region: EU(Frankfurt)
OS: Linux: Ubuntu
Spec: 2 CPUs 8GB RAM 375GB ssd storage
Monthly cost: $79.15
Region: EU
OS: Linux: Ubuntu
Spec: 2 CPUs 8GB RAM 10GB storage
Monthly cost: $83,57
Although the pricing and spec doesn't differ much between the giants and the smaller cloud service providers, the smaller providers lack in support, developer tools and distribution tools. AWS focus on the private cloud rather than hybrid or public cloud, Amazon has a huge array of available services and a wide network of worldwide datacenters. Azure has its expertise in the hybrid cloud and is particularly strong in SaaS. Google cloud has it's expertise in AI, machine learning and data analytics.


Shelter Management System
Home
View All Animals
View Animals of a Caretaker
View Animals of a Sponsor
View Animals of a Species
View Animals Without Sponsor
Add Animal
Update Animal
Assign Sponsor
Unssign Sponsor
Change Caretaker
Delete Animal


The musings of a software engineer turned product manager turned software engineering manager.
© {{ .Site.LastChange.Year }} Lars de Ridder. All rights reserved.


Get Request https://jsonplaceholder.typicode.com/posts/1/comments
| Id |
Post Id |
Name |
Email |
Body |
| {{com.id}} |
{{com.postId}} |
{{com.name}} |
{{com.email}} |
{{com.body}} |
Get Request (using parameters) https://jsonplaceholder.typicode.com/posts?userId=1
| Id |
User Id |
title |
Body |
| {{com.id}} |
{{com.userId}} |
{{com.title}} |
{{com.body}} |
POST DATA RETURNED https://jsonplaceholder.typicode.com/posts
Get Request https://localhost:44367/api/Comment/GetAllCommentsForMovie/666
| commentId |
movieId |
userId |
content |
dateMade |
username |
| {{com.commentId}} |
{{com.movieId}} |
{{com.userId}} |
{{com.content}} |
{{com.dateMade}} |
{{com.username}} |


NHS worker kicked off the bus in the dark and told 'you can't pay extra fare'
She had missed her stop and her Robin Hood card was no longer valid
by Matt JarramAn NHS worker said she was booted off a bus and had to walk 15 minutes in the dark to get back to the stop she had missed because the driver refused to accept her money.
Mariama Amoah, 38, from Hucknall, had just worked overtime at Nottingham's City Hospital and wanted to get home.
The Hucknall mum said she usually takes the Trent Barton Threes from the hospital grounds to Moor Bridge where she takes a tram back to Hucknall.
The hospital administrator finished work at around 7.30pm on Sunday, November 10.
She caught the bus, but due to exhaustion, had completely missed her stop at Moor Bridge.
Mrs Amoah said she has a Robin Hood card that allows her to travel within the city boundary but because she had missed her stop it was no longer valid.
She said: "I was very tired and missed my usual stop at Moor Bridge. I use this bus twice a day six days a week.

"He asked if I had a Robin Hood card, I answered 'yes.'
"He then told me to 'get off the bus. You can't go any further.'
"I said 'it was dark so could I pay to Hucknall please?' He informed me it was company policy to throw people off the bus and not to let them pay.
"I pointed out how illogical this was as I would have to get on the bus and pay the fee to the next driver. He said he didn't make the rules."
Mrs Amoah said she felt embarrassed and didn't want to argue in front of other customers.
"I got off the bus and had no idea where I was," she said.
"I called my husband and followed the road back until I got my bearings.
"It was cold and dark. There was no reason to kick me off. I was prepared to pay.
 I am a 5ft 2 woman on my own. I did not want to do that.
"If something had come of this then questions would have been asked. What happens if it had been a teenage girl?"
Trent Barton said an investigation has been launched to determine what happened.
A spokesman for the company said: "We were sorry to hear about this customer's complaint and have been in touch with her so we can carry out a full investigation over the coming days.
"We will be back in contact with her to let her know the outcome of the investigation."


This page allows testing credential store integrations for SPC, by
clearing the underlying browser cache storage and forcing reliance
on the OS-level credential store. As of August 2022, this is still in
development for Android only.
To test the integration:
Click on 'Enroll Credential', and complete the WebAuthn prompt
Copy the credential ID that is printed into the textbox, for later use
Clear the local-profile database*
Refresh the page
Paste the credential ID from step 2 into the textbox
Click 'Pay $0.01'
* Clearing local-profile database
(WARNING - may clear important information from your user profile! Use at your own risk)
On Chrome desktop:
Visit chrome://settings/clearBrowserData
Select Time range: Last Hour
Select 'Passwords and other sign-in data' only
Click Clear Data
On Chrome android:
Open settings (three dots → Settings)
Scroll down, tap "Site settings"
Tap "All sites"
Find "rsolomakhin.github.io" and tap it. If not present, you're DONE


| THE INTERNET PLASMA PHYSICS EDUCATION EXPERIENCE | |||||||||||||||||||||||||||||||||||||||||
|
IPPEX Glossary of Fusion Terms A heavy isotope of hydrogen whose nucleus contains both a neutron and a proton. The simplest fusion reaction to produce in a fusion reactor consists of fusing deuterium with tritium (see "tritium" below). The electron density is the number of electrons per unit volume. This changes as one
moves from the tokamak axis to the edge. The central electron density (the density in the
center of the plasma) is important since it is in the center where most fusion reactions
take place. Characteristic time in which 1/2 of a system's energy is lost to its surroundings. In a plasma device, the energy loss time (or the energy confinement time) is one of three critical parameters determining whether enough fusion will occur to sustain a reaction. (See Lawson criterion) The "normal" behavior of a tokamak plasma, characterized by poor confinement of the plasma by the magnetic fields. Scientific breakeven criterion when the fusion output power is large enough to offset energy losses. It is based on the product of energy confinement time and particle density. Together with plasma temperature, the Lawson value of a plasma indicates how close it is to self-sustained (ignited) fusion reactor. Neutral Beam Power/Neutral Beam Heating Input power used to heat the plasma. One of the fundamental plasma heating methods. Ions of deuterium or tritium are accelerated to high energies and then neutralized. The neutralized beam is then injected into the magnetically confined plasma. The neutral atoms are unaffected (not confined) by the magnetic field, but ionize as they penetrate into the plasma. The high-energy ions then transfer their energy to the plasma particles in repeated collisions, and heat the plasma. Heating that results from the flow of current through a medium with electrical resistance (such as the toaster in your kitchen). In a tokamak, the plasma current provides the ohmic heating. In a tokamak, ions are ohmically heated almost entirely by transfer of energy from the hotter, more mobile electrons. The total amount of power produced by the fusion reactions. The maximum amount of output fusion power produced by TFTR so far is 10.7 megawatts. A "Fourth State of Matter" in which many of the atoms or molecules are ionized. Plasmas have unique properties compared to solids, liquids, and gases. Most plasmas can be thought of at first as extremely hot gases, but their properties are generally quite different. Some (but not all!) Examples: the sun, fluorescent light bulbs and other gas-discharge tubes, very hot flames, much of interplanetary, interstellar, and intergalactic space, the earth's ionosphere, parts of the atmosphere around lightning discharges, and of course fusion plasmas. All tokamak plasmas have a large electric current running "the long way" around the torus. For TFTR, this current is typically about 1-2 million amperes. Normally, most of this current is concentrated near the center of the torus (far from the walls), because this is where the plasma is the best conductor of electricity. The plasma current also generates one of the secondary magnetic fields needed to confine the plasma. Process for heating the plasma by transferring energy to ions or electrons using electromagnetic waves at an appropriate frequency. (This is similar to how a microwave oven heats food.) Is the amount of energy stored within the plasma. This must be a sufficient amount so that the deuterium and tritium ions can overcome their natural repulsion and fuse together. Is a very clean plasma with a superior confinement time compared to low mode plasmas. The principal magnetic field in a tokamak. The field lines travel around the axis of the tokamak. This magnetic field, however, is not sufficient by itself to contain the plasma. The magnetic field produced by the plasma current itself and other smaller stabilizing magnetic fields are all needed for confining the plasma. Is the sum of the 3 input heating powers in a typical tokamak experiment: Neutral Beam power, Ohmic heating power, and RF power. A radioactive isotope of hydrogen with one proton and two neutrons in its nucleus and one orbiting electron. The deuterium/tritium fusion reaction is the simplest to produce in a fusion reactor. Non-Fusion-Specific termsAcronymA word formed from the first (or first few) letters of a word. For example, DOS stands for Disk Operating System. Radar stands for radio detecting and ranging. Tokamak is an acronym derived from the Russian words toroid-kamera-magnit-katushka, meaning "the toroidal chamber and magnetic coil." The amount of energy it takes to raise 1 gram of water (which is about 1 cubic centimeter) 1 degrees Celsius. Another unit of energy measurement is the Joule. One calorie is equivalent to 4.1868 Joules. An atom that has lost or gained one or more electrons from a neutral atom (in which there were equal numbers of electrons and protons). An ion that has lost electrons will have a positive charge. A plasma is composed of ions and free electrons. A form of an atomic element that has a different mass from the normal element, because of a different number of neutrons in the atomic nucleus. Deuterium and and Tritium are considered heavy isotopes of hydrogen because they have one electron and one proton, but 1 and 2 neutrons, respectively. A unit used for measuring large amounts of energy. "Mega" means 1 million, so a megajoule is 1,000,000 joules. 1 megajoule is approximately equal to 238,846 calories. The SI unit for magnetic field. 1 tesla = 1 newton/(coulomb *meter/second). 1 tesla = 10,000 gauss. The strength of a typical small bar magnet is about 0.01 T. The Earth's magnetic field near the planet's surface is about 0.0001 T. |
||||||||||||||||||||||||||||||||||||||||
|
home - about fusion - interactive physics - ask a physicist - virtual tokamak |
|||||||||||||||||||||||||||||||||||||||||
Copyright © 2001 IPPEX ONLINE
all rights reserved.


Coast Guard searching for missing man around Knapps Point in Sanibel
by WFTX Digital TeamSANIBEL, Fla. — UPDATE (11/25) -- Sanibel Police have identified the missing swimmer as 63-year-old Richard Straka.
High winds and rough seas caused the search to be called off overnight, but was scheduled to resume at 7 a.m. Monday.
-------------------------------------
The Coast Guard is searching for a man who went missing around Knapps Point in Sanibel on Sunday.
The Coast Guard confirms the man took his raft into the water near Knapps Point around 11:30 Sunday morning, but after missing for some time, his family contacted Sanibel Police and the Coast Guard.
Crews are actively searching for the man. The Coast Guard has marine units and a helicopter searching the area.


I am passionate about programming languages, and I enjoy writing in HTML, CSS and JavaScrtip.
I enjoy writing front-end code with these technologies


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object test.model.pieces.FlawedKingTest
public class FlawedKingTest
Determines the flaw in the FlawedKing.
| Field Summary | |
|---|---|
private FlawedKing |
dummyPiece
|
private FlawedKing |
edgePiece
|
private FlawedKing |
edgePiece2
|
private IntSquareFactory |
factory
|
private UpdatablePosition |
gameBoard
|
private FlawedKing |
nonEdgePiece
|
| Constructor Summary | |
|---|---|
FlawedKingTest()
|
| Method Summary | |
|---|---|
void |
setUp()
|
private static java.util.List<Square> |
squaresFromStrings(java.lang.String[] strs)
|
void |
testCanMoveTo()
We use the same test cases as we did in the validSquares test. |
void |
testInitialState()
We need to ensure that color, location and type are set properly. |
void |
testMoveTo()
We need to make sure that moveTo: - Updates location() - Updates the board |
void |
testValidSquares()
We have some important things to test to see if validSquares() works: - That it doesn't returns squares past the edges - That it ignores squares pieces of the same color are on - That it doesn't ignore squares with pieces of a different color on them For this purpose we have 3 different pieces we will check. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
private FlawedKing edgePiece
private FlawedKing edgePiece2
private FlawedKing dummyPiece
private FlawedKing nonEdgePiece
private UpdatablePosition gameBoard
private IntSquareFactory factory
| Constructor Detail |
|---|
public FlawedKingTest()
| Method Detail |
|---|
public void setUp()
public final void testInitialState()
private static java.util.List<Square> squaresFromStrings(java.lang.String[] strs)
public final void testValidSquares()
public final void testCanMoveTo()
public final void testMoveTo()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


This page describes server JRE for Linux system requirements and gives installation instructions.
This page has these topics:
See "JDK 8 and JRE 8 Installation Start Here" for general information about installing.
For information on enhancements to JDK 8 that relate to the installer, see "Installer Enhancements in JDK 8"
|
Note: For RPM-based Linux distributions, such as Red Hat or SuSE, refer to the RPM-based installation instructions. |
See http://www.oracle.com/technetwork/java/javase/certconfig-2095354.html
for information about supported platforms, operating systems, and browsers.
This topic describes version notation and gives the instructions for installing Server JRE.
For instructions containing the notation version
, substitute the appropriate Server JRE update version number. For example, if you are installing Server JRE 8 update release 21, the following string representing the name of the bundle:
server-jre-8uversion-linux-i586.tar.gz
becomes:
server-jre-8u21-linux-i586.tar.gz
Note that, as in the preceding example, the version
number is sometimes preceded with the letter u
, for example, 8u21
, and sometimes it is preceded with an underbar, for example, jre1.8.0_21
.
This procedure installs the Server JRE for 64-bit Linux, using an archive binary file (.tar.gz
).
These instructions use the following file:
server-jre-8uversion-linux-x64.tar.gz
Download the file. Before the file can be downloaded, you must accept the license agreement. The archive binary can be installed by anyone (not only root users), in any location that you can write to. However, only the root user can install the Server JRE into the system location.
Before the file can be downloaded, you must accept the license agreement. The archive binary can be installed by anyone (not only root users), in any location that you can write to. However, only the root user can install the Server JRE into the system location.
Change directory to the location where you would like the Server JRE to be installed, then move the .tar.gz
archive binary to the current directory.
Unpack the tarball and install the Server JRE.
% tar zxvf server-jre-8uversion-linux-x64.tar.gz
The Server JRE files are installed in a directory called jdk1.8.0_version in the current directory.
Delete the .tar.gz
file if you want to save disk space.
This topic gives supplementary installation information.
Installing the software creates a directory called jdk1.8.0_
version
. Note that if you choose to install the Java SE Server JRE into system-wide location such as /usr/jre
, you must first become root to gain the necessary permissions. If you do not have root access, simply install the Java SE Server JRE into your home directory, or a subdirectory that you have permission to write to.
If you install the software in a directory that contains a subdirectory named jdk1.8.0_
version
, the new software overwrites files of the same name in that jdk1.8.0_
version
directory. Rename the old directory if it contains files you would like to keep.
By default, the installation script configures the system such that the backing store for system preferences is created inside the Server JRE's installation directory. If the Server JRE is installed on a network-mounted drive, it and the system preferences can be exported for sharing with Java runtime environments on other machines.
See http://docs.oracle.com/javase/8/docs/technotes/guides/preferences/index.html
for more information about preferences in the Java platform.


Input/Output
Compute the log-rank P-value and survival curves based on kaplan meier.
- param time_event
Numpy array with survival-time in years/months/days (not a datetime!)
- type time_event
Float.
- param censoring
numpy array with censoring (1=event, 0=ongoing). At the time you want to make inferences about durations, it is possible, likely true, that not all the death events have occured yet. In case of patients, you would like to put 1=death as an event.
- type censoring
array-like
- param labx
Class labels. Each class label is seperately plotted.
- type labx
array-like of type string or int
- param verbose
Verbosity messages.
- type verbose
int, (default: 3)
- returns
logrank_P (float) : P-value
logrank_Z (float) : Z-score
logrank (float) : fitted logrank_test model
labx (list) : Class labels
uilabx (list) : Unique Class labels
time_event (float) : Time to event
censoring (bool) : Censored or not
- rtype
dict()
Examples
>>> # Import library
>>> import kaplanmeier as km
>>>
>>> # Example data
>>> df = km.example_data()
>>>
>>> # Fit
>>> results = km.fit(df['time'], df['Died'], df['group'])
>>>
>>> # Plot
>>> km.plot(results)
>>>
>>> km.plot(results, cmap='Set1', cii_lines=True, cii_alpha=0.05)
>>> km.plot(results, cmap=[(1, 0, 0),(0, 0, 1)])
>>> km.plot(results, cmap='Set1', methodtype='custom')
>>>
>>> results['logrank_P']
>>> results['logrank_Z']


Globalhead : Stories; Bruce Sterling; Hardcover; $26.96
The Hacker Crackdown : Law and Disorder on the Electronic Frontier; Bruce Sterling; Mass Market Paperback; $5.39;
Heavy Weather; Bruce Sterling; Mass Market Paperback; $5.39;
Holy Fire : A Novel (Bantam Spectra Book); Bruce Sterling; Hardcover; $20.66;
Islands in the Net; Bruce Sterling; Mass Market Paperback; $5.39;
Mirrorshades; Bruce Sterling; Mass Market Paperback; $5.39;
Schismatrix Plus : Includes Schismatrix and Selected Stories from Crystal Express; Bruce Sterling; Paperback; $10.40;
Ascendancies; Bruce Sterling; Paperback
The Artificial Kid; Bruce Sterling; Paperback (Hard to Find)
Artificial Kid; Bruce Sterling; Hardcover (Hard to Find)
Crystal Express; Bruce Sterling, Rick Lieder (Illustrator); Hardcover (Hard to Find)
The Difference Engine; William Gibson, Bruce Sterling; Hardcover (Hard to Find)
The hacker crackdown : law and disorder on the electronic frontier; Bruce Sterling; Unknown Binding (Hard to Find)
Involution Ocean; Bruce Sterling; Paperback (Hard to Find)
Islands in the Net; Bruce Sterling; Hardcover (Hard to Find)
Mirrorshades : The Cyberpunk Anthology; Bruce Sterling (Editor); Hardcover (Hard to Find)
Schismatrix; Bruce Sterling; Paperback (Hard to Find)
Schismatrix; Bruce Sterling; Hardcover (Hard to Find)
Schismatrix; Bruce Sterling; Hardcover (Hard to Find)
This page is maintained by Alexander Chislen


tee
Read from standard input and write to standard output and files (or commands).
More information: home page
- Copy standard input to each file, and also to standard output:
echo "example" | tee path/to/file
- Append to the given files, do not overwrite:
echo "example" | tee -a path/to/file
- Print standard input to the terminal, and also pipe it into another program for further processing:
echo "example" | tee /dev/tty | xargs printf "[%s]"
- Create a directory called "example", count the number of characters in "example" and write "example" to the terminal:
echo "example" | tee >(xargs mkdir) >(wc -c)


{% extends "base.html" %} {% load widget_tweaks %} {% block title %} Login {% endblock %} {% block head %} {% endblock %} {% block content %}
Your username and password didn't match. Please try again.
Your account doesn't have access to this page. To proceed, please login with an account that has access.
Please login to see this page.


Hello world!
Hello no class world!
Hello no class world!
Hello span!
More Stuff!
Even More Stuff!
Option One
Option Two
Option Three


Number of Commands: [[p.commands.length]]
Wrapped Payload Types:
[[w.wrapped]]
{% if view_mode == 'developer' %}
{% endif %}
leviathan icon made by Freepik, poseidon icons made by Eucalyp from www.flaticon.com
Delete a PayloadType
Are you sure? This will mark the payload type as deleted and remove it from view. Current payloads and callbacks will still exist and work though. The payload type will be unregistered from associated c2 profiles as well


Beautiful Project
Beautiful Project
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites. With this UI Kit, you can spend even less time on routine work, saving that time for creativity.
Flat UI Free contains many basic and complex components which are great for designers to have at hand: buttons, inputs, button groups, selects, checkboxes and radio-buttons, tags, menus, progress bars and sliders, navigation elements and
more.
Colored, stylish icons can easily be modified and used in a wide variety of projects, as they contain original layers. Glyphs are also available in psd, html/css and svg formats.
Flat UI Free contains many basic and complex components which are great for designers to have at hand: buttons, inputs, button groups, selects, checkboxes and radio-buttons, tags, menus, progress bars and sliders, navigation elements and more. Colored, stylish icons can easily be modified and used in a wide variety of projects, as they contain original layers. Glyphs are also available in psd, html/css and svg formats.
The most important parts of the Startup Framework are Samples and the UI Kit that includes a set of different components. The samples consist of a set of 25 pages.
Samples will show you the feeling on how to play around using the components in the website building process. To get started, you select the sample and base the website on it.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites. With this UI Kit, you can spend even less time on routine work, saving that time for creativity.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites. With this UI Kit, you can spend even less time on routine work, saving that time for creativity.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites. With this UI Kit, you can spend even less time on routine work, saving that time for creativity.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites.
We have a great surprise for Designmodo fans – our first free HTML user interface kit. Flat UI Free is made on the basis of Twitter Bootstrap in a stunning flat-style, and the kit also includes a PSD version for designers.
We have considered your needs in developing the html version of our UI Kit, which contains the same elements as the PSD version and are perfect for creating great websites. With this UI Kit, you can spend even less time on routine work, saving that time for creativity.
COMMENTS
25 comments


Project Ivy Instance
The project ivy instance is in charge to configure ivy for your project (configure repositories used to retrieve your projects dependencies for example).
In order to work as you want, EasyAnt sometimes need some settings. Actually, EasyAnt can work with no specific settings at all, see the default settings documentation for details about that. Ivy is able to work in very different contexts. You just have to configure it properly.
Settings are specified through an xml file, usually called ivysettings.xml.
Here is an example of settings file :
Mainly, the settings enable to configure the default cache directory used by ivy and the dependency resolvers that it will use to resolve dependencies.
Note: To work, this settings file needs a property file named ivysettings-file.properties in the same directory as the settings file, with ivy variables you want in it.
If you want to have more details on this settings file we strongly recommend you to read the reference documentation of settings file
How to configure a custom project ivy settings ?
If you just need to add a resolver for your current project you just need to put a "valid" ivysettings.xml file a the root level of your project.
If this doesn't feel your need because you need to factorise this configuration somewhere you can still configure the location of this file through proeprties:
Example:
a property pointing to a file:
or a property pointing to an URL:
If no one is specified, easyant will use the default one provided by ivy. See above to have more details.
Default configuration of project ivy instance
This default settings mainly consist of 3 kind of repositories:
- local: a repository which is private to the user.
- shared: a repository which is shared between all the member of a team public
- public: a repository on which most modules, and especially third party modules, can be found
Note that if you work alone, the distinction between local and shared repository is not very important, but there are some things to know to distinguish them.
Now let's describe each of these repositories concept in more details. We will describe how they are setup physically later.
Local
The local repository is particularly useful when you want to do something without being disturbed by anything else happening in the environment. This means that whenever ivy is able to locate a module in this repository it will be used, no matter of what is available in others.
For instance, if you have a module declaring a dependency on the module foo in revision latest.integration, then if a revision of foo is found in the local repository, it will be used, even if a more recent revision is available in other repositories.
This may be disturbing for some of you, but imagine you have to implement a new feature on a project, and in order to achieve that you need to modify two modules: you add a new method in module foo and exploit this new method in module bar. Then if you publish the module foo to your local repository, you will be sure to get it in your bar module, even if someone else publish a new revision of foo in the shared repository (this revision not having the new method you are currently adding).
But be careful, when you have finished your development and publish it on the shared you will have to clean your local repository to benefit from new versions published in the shared repository.
Note also that modules found in the local repository must be complete, i.e. they must provide both a module descriptor and the published artifacts.
Shared
As its name suggest, the shared repository is aimed to be shared among a whole development team. It is a place where you can publish your team private modules for instance, and it's also a place where you can put modules not available in the public repository (sun jars, for instance), or simply not accurate (bad or incomplete module descriptors for instance).
Note that modules can be split across the shared repository and the public one: you can have the module descriptor in the shared repository and the artifacts in the public one, for instance.
Public
The public repository is the place where most modules can be found, but which sometimes lack the information you need. It's usually a repository available through an internet connection only, even if this is not mandatory.


One Holy Apostle
In this Mass, the
colour red is used.
ENTRANCE ANTIPHON
Proclaim the salvation of God day by day; tell among the nations his glory.
COLLECT
Strengthen in us, O Lord, the faith, by which the blessed apostle N. clung wholeheartedly to your Son, and grant that through the help of his prayers your Church may become for all the nations the sacrament of salvation. Through our Lord Jesus Christ, your Son, who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
As we bring these offerings in commemoration of the blessed Apostle N., we pray, O Lord, that, living by his example in a manner worthy of the Gospel of Christ, we may work together for the faith it teaches. Through Christ our Lord.
Preface of the Apostles I or II
COMMUNION ANTIPHON
I confer a kingdom on you, just as my Father has conferred one on me, that you may eat and drink at my table in my kingdom, says the Lord.
PRAYER AFTER COMMUNION
As we celebrate
the memory of the blessed Apostle N., we have
received the pledge of eternal salvation, O Lord, and we pray that it may be of
help to us, both now and for the life to come. Through Christ our Lord.


megnet.layers.readout.set2set module¶
Set2Set implementation
- class Set2Set(*args, **kwargs)[source]¶
Bases:
keras.engine.base_layer.Layer
For a set of vectors, the set2set neural network maps it to a single vector. The order invariance is acheived by a attention mechanism. See Vinyals, Oriol, Samy Bengio, and Manjunath Kudlur. “Order matters: Sequence to sequence for sets.” arXiv preprint arXiv:1511.06391 (2015).
- Parameters
T – (int) recurrent step
n_hidden – (int) number of hidden units
activation – (str or object) activation function
activation_lstm – (str or object) activation function for lstm
recurrent_activation – (str or object) activation function for recurrent step
kernel_initializer – (str or object) initializer for kernel weights
recurrent_initializer – (str or object) initializer for recurrent weights
bias_initializer – (str or object) initializer for biases
use_bias – (bool) whether to use biases
unit_forget_bias – (bool) whether to use basis in forget gate
kernel_regularizer – (str or object) regularizer for kernel weights
recurrent_regularizer – (str or object) regularizer for recurrent weights
bias_regularizer – (str or object) regularizer for biases
kernel_constraint – (str or object) constraint for kernel weights
recurrent_constraint – (str or object) constraint for recurrent weights
bias_constraint – (str or object) constraint for biases
kwargs – other inputs for keras Layer class
- build(input_shape)[source]¶
Build tensors :param input_shape: input shapes :type input_shape: sequence of tuple
- call(inputs, mask=None)[source]¶
Main logic :param inputs: input tensors :type inputs: tuple of tensor :param mask: mask tensor :type mask: tensor
Returns: output tensor


Your camera and microphone may already be in use. Please close any application that may be using your camera and microphone and try again.
Your camera and microphone cannot be found. Please connect your camera and microphone and try again.
Call us if you're still seeing this message.


Real Time Analytics With Spring
David Turanski
Luke Taylor
Real Time Analytics
What's happening right now?
- Event driven
- Notify humans or systems in real time
- Simple counters and metrics
- Aggregate Counters
- Gauges, Moving Average
- Complex Event Processing
Spring XD Overview
One stop shop for:
- Data Ingestion
- Real-time Analytics
- Workflow Orchestration
- Data Export
- Built on existing Spring Assets
- Spring Integration, Batch, Data
XD='extreme data'
Spring XD
- Open source Apache license
- Out of the box executable servers
- Pluggable Module system
- Configuration via High level DSL, CLI, and REST services
Spring XD DSL
Based on Unix pipes and filters syntax
http | file
http --port=8080 | file --rootDir=/data/
'http'
and 'file'
are Module names
Spring XD Streams
- A Stream is composed of Modules
- A Module is a Spring bean definition file
- Built with Spring Integration or Spring Batch
- Exposes properties via property placeholders
- Module types include: source, processor, sink, job, trigger
- A Stream is defined using the DSL as [source] | [p1] | ...| [pn] | [sink] (where p1..pn is a chain of processors)
- XD provides a number of modules out of the box. See Spring XD Technical Documentation for details.
- You can install custom modules
Anatomy of a Stream
XD Single Node
Spring XD Taps
A Tap is a stream whose source is a point in an existing stream
- Taps are primarily used for real time analysis
- Example:
twittersearch --query=Bieber | file
tap:twittersearch > field-value-counter --fieldName=entities.hashtags.text
Spring XD Metrics
Spring XD provides persistent and in-memory Metrics Repositories
- Metrics are modules
- commonly act as sinks for taps
- XD includes the following Metrics
- Counter
- Field Value Counter
- Aggregate Counter
- Gauge
- Rich Gauge
- See Spring XD Analytics Documentation for details.
What is GemFire?
Pivotal GemFire
- A memory-oriented data grid that supports widely distributed architectures
- High throughput, low latency, and scalability
- Reliable event notification and guaranteed delivery
- Continuous querying
- Remote function execution
- Language Interoperability: C++, C# and Java client applications
- Supports various distributed system topologies
- Full Spring support (Spring Data GemFire)
- Well positioned for real time analytics
GemFire Function Execution
- Efficient way to process large data volumes "where the data lives"
- Java code deployed to GemFire server nodes
- The Function runs on local cache node and transports results over the network to the process that executed the function (Execution)
- Function Execution aggregates results using a ResultCollector
GemFire Continuous Query
- Good for asynchronous notification of data updates
- Client subscribes to a data query and binds it to a QueryListener callback
- GemFire invokes the QueryListener whenever the query's result set changes state
The Demo
Perform real time analytics on the Twitter stream
- Create a Twitter ingest stream with XD
- Create taps on the Twitter stream to feed XD Metrics
- Create a tap to pull selected data into GemFire for deeper analysis
- Show how to build and deploy a custom processor
- Execute a GemFire Function to perform a complex analysis of hash tags
- Dashboard web app to view analytics
Questions?
Learn More. Stay Connected
Project Sites
Related sessions
- Thu 12:45 Real Time Event Processing and Decision Making - Lyndon Adams
- XD and Pivotal HD Demo - Demo lounge
- Talk to us on Twitter: @springcentral
- Find Session replays on YouTube: spring.io/video


I kind of get where Joseph’s brothers are coming from. I’m just saying that, from what I can tell, Joseph seems annoyingly perfect.
I mean, the guy was thrown into a pit, left for dead, sold into slavery twice over and jailed for NOT sleeping with his boss’s wife. When he finally overcame tragedy and was given the chance to exact his revenge, he played a practical joke on his brothers with a sack of wheat and a goblet, but then accepted them with open arms into the kingdom of Egypt.
Maybe I’m a hater, but that is one brown-nosing goody two-shoes, apple-polishing boy scout.

To illustrate, I have constructed a dialogue that might have actually occurred between Joseph and I, were he alive today:
Joseph: Hey Will, you seem pretty down…are you alright?
Will: Yeah, I’ve just had a rough week. I got a parking ticket.
J: Oh, I understand. You know, I felt the same way during my prison sentence in Egypt after the cupbearer I helped reinstate didn’t come to my aid and release me. Do you want a massage buddy?
W: No thanks…..
See what I mean? The guy had it coming.
The moral of the story is this: Nobody likes a teachers pet…except for Jacob, Potiphar, Potiphar’s wife, Pharaoh and, apparently, God.


This is an example.
This should be here
A repeated block:
Hi. My name is Bob. I am 56 years old.I am over 50.
Hi. My name is Mary. I am 40 years old.
Hi. My name is Steve. I am 51 years old.I am over 50.
Oh look, it's a pineapple!
I've arrived via k-html


Natural care 101: grapefruit brown sugar scrub
Happy beautiful Tuesday! We’ve been hit with gorgeous Spring weather so the fam and I have been soaking up the sun (and the pollen haha) a lot lately. Hence the lack of posts 😉
Oh and thanks to everyone for the comments on my juicing post, I really hope that helped someone! Another topic I get asked a lot about the natural skin care routine I started with my first pregnancy and even though I’ve posted about it, I figure it’s time for an updated post. Particularly a post about this detoxifying scrub I use for the transition from winter to spring. This happens to be one of favorite homemade scrubs because it’s easy to make and smells so delicious that its only fitting I want to rub this all over my body, haha. I also love that it consists of ingredients that I already own in my pantry and that it’s super cheap to make. I’m a big fan of cheap 😉
Confession: I can count one hand the number of times I’ve shopped at places like Sephora. I’m just not a fan of spending money on beauty products.
So here’s what you need to make this Grapefruit Brown Sugar Salt scrub:
1/2 Grapefruit juice
2 tbs Epsom salt
1 cup Brown sugar
1 tbs Vitamin e oil
1 tsp coconut oil (softened)
The grapefruit is a great natural exfoliate and Epsom salt is a wonderful way to soothe tired, dry winters skin. Brown sugar is full of b vitamins and is a much more gentle way to exfoliate and pave the way for fresh skin for spring. And because I’m a huge fan of oil, I strongly believe every scrub should consist of a type of oil. Oils act as a binder for the ingredients and is the one of the best ways to hydrate and rejuvenate parched skin, hair, and nails. Hemp oil can also be used as an alternative to Vitamin E Oil. Hemp oil strengthens hair and nails, and does wonders for the skin.
Ever heard of the oil cleansing method? Or the no-poo method? There’s a reason why they’re so popular. Oils are basically a miracle product and can so wonder for your skin, hair, and nails if you keep an open mind and try them.
So try this easy scrub and let me know what you think!
I’m off to run, shower and then use this scrub but before I head out, here are a few of my other favorite tips for oil I must leave you with:
- Add a teaspoon to your conditioner. Only condition the ends of your hair before rinsing to avoid a greasy scalp.
- You do NOT need to buy those fancy pregnancy oils that supposedly prevent stretch marks. Most of those are made with concentrated oil with a ton of unnecessary ingredients. Just buy the pure oil an use that after a shower when your pores are the most open. It saves you money, cuts out all of the “fluff” ingredients and because its just pure oil, you can use it for a variety of things.
- Hemp Seed Oil is my personal favorite and it is not only great for your hair, but also your skin too!
- It’s best to apply oil immediately after showering when your pores are open and can absorb the most product.
- If you tend to have dry skin on your feet, use a pumice stone, then rub the oil onto your feet, wait a few minutes, then place a pair of socks on to “trap” the oil in and sleep with the socks on over night. You’ll wake up in the morning with baby soft feet, sayonara to dry cracked heels!
And that’s all I have for y’all right now. I’ll be sure to post an awesome “recipe” I use on my fried ombré hair soon so stay updated for the rest of my natural care 101 tips.
Speaking of ombre, I’m thinking of going back to dark before our move overseas. It’ll be my last appointment with my favorite stylist before we both make moves for the Army 🙁 Thoughts?
I know, I know…talk about first world problems right? Anyway, I hope you all have a wonderful day! Off to do some stroller running!
« My Yoga Teacher Training Experience Wrap Up
Spicy Black Bean Quinoa Burgers with Cilantro Avocado Cream Sauce »


Osmose is an expressive keyboard synth that responds to physical gestures
by Scott WilsonPhoto by: Expressive E
It’s available to pre-order for $1,079.
Expressive E and Haken Audio are taking on ROLI with their new expressive keyboard synthesizer, the Osmose.
While the Osmose might look like it has a standard keyboard design (albeit with elongated keys), it’s capable of recognising different physical gestures like tap, shake and strum. It’s similar in principle to ROLI’s Seaboard instruments, but without the squishy keys – something that may be more attractive to traditional keyboard players.
The Osmose is powered by Haken Audio’s EaganMatrix sound engine, which a press release claims is the “most powerful expressive synthesizer on the market”. The synth engine combines digital synthesis (including physical modeling) additive, subtractive, FM, virtual analog, granular and spectral synthesis.
If you don’t want to use the onboard engine, the Osmose can be used as a standard MIDI controller. It also has support for MIDI Polyphonic Exprssion (MPE), which means you can use the keyboard’s gestural controls with any MPE-compatible synthesiser or VST plugin.
As you’d expect, the Osmose has a fairly high price tag – $/€1,799 is the full cost. However, if you pre-order before December 31 for a projected summer 2020 delivery you can get one for $/€1,079 with a $/€299 deposit.
Read next: Sonic Futures – How Technology is Guiding Electronic Music
Related Stories
Monday, November 25
Monday, November 25
Monday, November 11
Wednesday, October 23
Tuesday, October 22
Monday, September 30
Thursday, May 9
Thursday, May 2
Wednesday, May 1
Thursday, April 25
More from Tech
Monday, November 25
Monday, November 25
Friday, November 22
Monday, November 11
Thursday, November 7
Thursday, November 7
Thursday, November 7
Tuesday, November 5
Friday, November 1
Monday, October 28


"Just Login and you can create your own ML models without coding single line"
Note: For trial purpose guest users can login with username: "admin" and password: "123"


--- title: Builder ---
This project implements a prototype Continuous Integeration System based on Google App Engine, Google Container Engine. It leverages a lot of cool up-to-date technologies including Cloud stoarge, Datastore, TaskQueue and memcache etc.
For the backend, I use Jersey as a RESTful service provider to provide necessary information to be consumed by the frontend. The front end is made by AngularJS framework for the interactive user experience. Here is the technology stack.
Backend was totally RESTful and no user state is maintained. Here are the REST API endpoints.
Here are the core functions of system.