Reese Witherspoon admits she turned down Friends return and we're gutted
Reese Witherspoon turned down the chance to appear on Friends for a second time because she didn’t like performing in front of a live studio audience.
The Morning Show actress was being interviewed with her co-star (and one-time on-screen sister!) Jennifer Aniston when she revealed for the first time that she had been asked back for a second stint on the iconic sitcom.
In the sitcom, Reese played Jill Green, the spoiled younger sister of Aniston’s character Rachel.
Both actresses were discussing performing in front of live audiences when the Legally Blonde star made the shock confession.
 ‘You forget it because you blacked out from fear.’
‘I’ve never done it again,’ Witherspoon confirmed, before adding: ‘Did you know they asked me back?
Advertisement Advertisement
‘They asked me back and I said I couldn’t do it…I was too scared!’
Jennifer seemed genuinely shocked (and dare we say a little bit disappointed?) at the news, hinting that if she had returned, Witherspoon could have learned to love performing in front of a live crowd.
‘What a shame!’ she responded. ‘You would have started to love it.’
She may have loved seeing Jill return, but we can’t say the same for Rachel, who was more than a bit miffed at her younger sister trying to date her on-again-off-again beau Ross. even going so far as telling her she ‘couldn’t have’ him.
Everyone say it together now:
‘Can’t have? The only thing I can’t have is dairy!’
Currently starring in leading roles for Apple TV+’s inaugural drama The Morning Show, the pair have at least managed to reunite on-screen, and it’s even set in New York!
In fact, we loved the first few episodes of the first season, telling everyone to ‘devour’ Aniston’s powerful performance as news anchor Alex Levy.
For all the Friends fanatics out there too, all hope is not yet lost for a reunion. Apparently, a reunion featuring all five core cast members is in the works at HBO Max.
Advertisement Advertisement
Friends seasons 1-10 are now available to stream on Netflix. The Morning Show is available to stream on Apple TV+.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


text = ''
With Peasy, you write the parser by hand, just like to write any other kind of program.
You need not play many balls like that any more:
You just play one ball like so:
,
You can embeded other features in the grammar rules seamless, such as lexer, rewriter, semantic action, error
process( error reporting, error recovering) or any other tasks; you can dynamicly modify the grammar rules, even
the parsed object, if you wish.
Instead of a tool or a library, Peasy is rather a new method to write parser. As a demonstration, Peasy presents
itself as a module of single file, which includes some global variables used while parsing, some functions to
process left recursives symbols, some matchers which parse the text, and some cominators of matchers.
With the method provided by Peasy, you can parse any object which is not only text, but also array, embedded list,
binary stream, or other data structures, like tree, graph, and so on.
memorize
).Peasy provided two method to tell which symbols are left recursive.
This module presents the semiautomatic method:
At first you write grammar rules in this manner: replace one and only one of
grmmar.symbol in the grammar rule with memo(symbol) for every left recursive circles. Before parsing, you first call
intialize(), and tell which symbol are left call or left recursive by calling addParentChildrens(grammar, parentChildren)
and/or addRecursiveCircles(grammar, recursiveCircles...), and then call computeLeftRecursives(grammar), now
everything about left recursive symbols is computed and you can call parse(data, grammar, root) to do the work.
The notation @name in the comment below means a global variable, and $name means a parameter.
It is for the performace reason that I use global variables, and at some time I will provide another version which have the class Parser for people who prefer modularization to speed. Of course you can modify the code to have the class Parser yourself if you like. It's just a snap to do that.
some global variable used while parsing
the text which is being parsed
Don't be confused by the variable name, it could be not only text strings but also array, sequence, tree, graph,etc.
text = ''
the length of @text
textLength = 0
the current position of parsing, use text[cursor] to get current character in parsed stream
cursor = 0
the grammar object which contains all of rules defined for the symbol in grammar.
grammar = undefined
saved the original rules of the grammar.
originalRules = {}
store the wrapped function to rule of the left recursive symbol with recursive
, and before entering them, store it in grammar too.
when entering them, grammar[symbol]
is unwrapped to originalRules[symbol]
or memorizeRecursives[symbol]
recursiveRules = {}
symbolDescedentsMap = {}
if you would like to use just symbol itself as the hash head, remove these four lines below and other correlative stuffs.
{symbol: tag}, from rule symbol map to a shorter memo tag, for memory efficeny
symbolToTagMap = {}
{tag: true}, record tags that has been used to avoid conflict
tags = {}
parseCache = {} # {tag+start: [result, cursor]}, memorized parser result
functionCache = {} # memorized normal function result
hasOwnProperty = Object.hasOwnProperty
intialize: clear global varialbes. you should call intialize()
at first.
exports.initialize = () ->
parseCache = {}
functionCache = {}
originalRules = {}
recursiveRules = {}
symbolDescedentsMap = {}
symbolToTagMap = {}
tags = {}
parseCache = {}
_parse: parse $data from $root with $aGrammar.
before parsing, you should tell the informations about left recursion in grammar.
exports.parse = _parse = (data, aGrammar, root) ->
text = data
textLength = text.length
cursor = 0
root = root or aGrammar.rootSymbol
grammar = aGrammar
grammar[root](0)
parse: this is a sample parse function to demonstrate on how to write your own grammar rules yourself.
notice that there exists indirect left recursion in the grammar.
parse = (text) ->
generate the matchers by the combinators in advance for better performance.
if you don't mind performance, you can write them in the rule directly.
a = char('a'); b = char('b'); x = char('x')
memoA = memo('A')
the grammar rules object.
rules =
A: (start) ->
add or memoResult
to prevent executing nonrecursive part more than once.
(memoResult = m = rules.B(start)) and x(p.cur()) and m+'x' or memoResult\
or a(start)
B: (start) -> rules.C(start)
C: (start) -> memoA(start) or b(start)
rootSymbol: 'A'
initialize()
addRecursiveCircles(rules, ['A', 'B', 'C'])
computeLeftRecursives(rules)
_parse(text, rules)
use addParentChildren(grammar, parentChildrens)
or addRecursiveCircles(grammar, recursiveCircles...)
to tell
the left calling relations between symbols in the grammar
addParentChildrens: add direct left call parent->children relation for $parentChildrens to @symbolToParentsMap
e.g. addRecursiveCircles(grammar, {A:['B'], B:['A', 'B']})
exports.addParentChildrens = (grammar, parentChildren) ->
map = grammar.parentToChildren ?= {}
for parent, children of parentChildren
list = map[parent] ?= []
for name in children
if name not in list then list.push name
null
addRecursiveCircles: add left recursive parent->children relation to grammar.parentToChildren
for symbols in @recursiveCircles
e.g. addRecursiveCircles(grammar, ['A', 'B'], ['B'])
tell the same left recursive relations as above sample.
exports.addRecursiveCircles = (grammar, recursiveCircles...) ->
map = grammar.parentToChildren ?= {}
for circle in recursiveCircles
i = 0
length = circle.length
while i<length
if i==length-1 then j = 0 else j = i+1
name = circle[i]
parent = circle[j]
list = map[parent] ?= []
if name not in list then list.push name
i++
null
computeLeftRecursives: after telling left recursive relations, compute the left recsives group and wrap symbol in
them with recursive
function
exports.computeLeftRecursives = (grammar) ->
parentToChildren = grammar.parentToChildren
addDescendents = (symbol, meetTable, descedents) ->
children = parentToChildren[symbol]
for child in children
if child not in descedents then descedents.push child
if not meetTable[child] then addDescendents(child, meetTable, descedents)
symbolDescedentsMap = {}
for symbol of parentToChildren
meetTable = {}; meetTable[symbol] = true
descendents = symbolDescedentsMap[symbol] = []
addDescendents(symbol, meetTable, descendents)
if symbol in descendents
originalRules[symbol] = grammar[symbol]
grammar[symbol] = recursive(symbol)
symbolDescedentsMap
recursive: this is the key function to left recursive.
Make $symbol a left recursive symbol, which means to wrap originalRules[symbol]
with recursive.
when recursiv(symbol)(start) is executed, first let rule = grammar[symbol]
, grammar[symbol] = originalRules[child]
for
all symbols in left recursive circles and loop computing rule(start) until no changes happened, and
restore all symbols in left recursive cirle to recursiveRules[symbol]
at last.,
exports.recursive = recursive = (symbol) ->
rule = originalRules[symbol]
(start) ->
for child in symbolDescedentsMap[symbol]
grammar[child] = originalRules[child]
hash = symbol+start
m = parseCache[hash] ?= [undefined, -1]
if m[1]>=0 then cursor = m[1]; return m[0]
while 1
result = rule(start)
if m[1]<0
m[0] = result
if result then m[1] = cursor
else m[1] = start
else
if m[1]==cursor then m[0] = result; return result
else if cursor<m[1] then m[0] = result; cursor = m[1]; return result
else m[0] = result; m[1] = cursor
for child in symbolDescedentsMap[symbol]
grammar[child] = recursiveRules[child]
result
memo: lookup the memorized result and reached cursor for $symbol at the position of $start
It is set up automaticly by computeLeftRecursives(grammar)
for the symbols which is left recursive.
For other symbol, you should be able to call this in rule mannually.
exports.memo = memo = (symbol) ->
(start) ->
hash = symbol+start
m = parseCache[hash]
if m then m[0]
setMemorizeRules: set the symbols in grammar which memorize their rule's result.
this function should be used only for the symbols which is not left recursives.
you can do this after initialize()
and before parse(...)
.
setMemorizeRules = (grammar, symbols) ->
for symbol in symbols
originalRules[symbol] = grammar[symbol]
grammar[symbol] = memorize(symbol)
memorize: memorize result and cursor for $symbol which is not left recursive.
The symbols which is left recursive should be wrapped by recursive(symbol)
, not memorize(symbol)
!!!
memorize = (symbol) ->
tag = symbolToTagMap[symbol]
rule = originalRules[symbol]
(start) ->
hash = tag+start
m = parseCache[hash]
if m then cursor = m[1]; m[0]
else
result = rule(start)
parseCache[hash] = [result, cursor]
result
setMemoTag: find a shorter part of symbol as the head of hash tag to index @parseCache
It exists just for performance reason. If you don't like this idea, you can remove the stuffs about memo tag yourself and
just use symbol itself as the head of hash tag.
setMemoTag = (symbol) ->
i = 1
while 1
if hasOwnProperty.call(tags, symbol.slice(0, i)) then i++
else break
tag = symbol.slice(0, i)
symbolToTagMap[symbol] = tag
tags[tag] = true
A matcher is a function which read the text being parsed and move cursor directly.
All matcher should return truth value on succeed, and return falsic value on fail.
A combinator is a function which receive zero or more matchers as parameter(maybe plus some other parameters
which are not matchers), and generate a new matchers.
there are other matcher generator besides the standard combinators described as above, like recursive
, memo
, memorize
,
which we have met above.
isMatcher = (item) -> typeof(item)=="function"
combinator andp
execute item(cursor) in sequence, return the result of the last one.
when andp
is used to combined of the matchers, the effect is the same as by using the Short-circuit evaluation, like below:
item1(start) and item2(cursor] ... and itemn(cursor).
In fact, you maybe would rather like to use item1(start) and item2(cursor) ..
when you write the grammar rule in the
manner of Peasy. That would be simpler, faster and more elegant.
And in that manner, you would have more control on your grammar rule, say like below:
if (x=item1(start) and (x>100) and item2(cursor) and not item3(cursor) and (y = item(cursor)) then doSomething()
exports.andp = (items) ->
items = for item in items
if not isMatcher(item) then literal(item) else item
(start) ->
cursor = start
for item in items
if not(result = item(cursor)) then return
return result
combinator orp
execute item(start)
one by one, until the first item which is evaluated to truth value and return the value.
when orp is used to combined of the matchers, the effect is the same as by using the Short-circuit evaluation, like below:
item1(start) or item2(cursor] ... or itemn(cursor)
In fact, you maybe would rather like to use item1(start) or item2(cursor) ..
when you write the grammar rule in the
manner of Peasy. That would be simpler, faster and more elegant.
And in that manner, you would have more control on your grammar rule, say like below:
if ((x=item1(start) and (x>100)) or (item2(cursor) and not item3(cursor)) or (y = item(cursor)) then doSomething()
exports.orp = (items...) ->
items = for item in items
if not isMatcher(item) then literal(item) else item
(start) ->
for item in items
if result = item(start) then return result
result
combinator notp
notp
is not useful except being used in other combinators, just like this: andp(item1, notp(item2))
.
It's unnessary, low effecient and ugly to write notp(item)(start)
, just write not item(start)
.
exports.notp = (item) ->
if not isMatcher(item) then item = literal(item)
(start) -> not item(start)
combinator any: zero or more times of item(cursor)
exports.any = (item) ->
if not isMatcher(item) then item = literal(item)
(start) ->
result = []; cursor = start
while ( x = item(cursor)) then result.push(x)
result
combinator some: one or more times of item(cursor)
exports.some = (item) ->
if not isMatcher(item) then item = literal(item)
(start) ->
result = []; cursor = start
if not (x = item(cursor)) then return x
while 1
result.push(x)
x = item(cursor)
if not x then break
result
combinator may: a.k.a optional
try to match item(cursor)
, wether item(cursor)
succeed or not, maybe(item)(start)
succeed.
exports.may = exports.optional = (item) ->
if not isMatcher(item) then item = literal(item)
(start) ->
cursor = start
if x = item(cursor) then x
else cursor = start; true
combinator follow
try to match item(start)
, if succeed, reset cursor and return the value of item(start)
whether succeed or not, cursor is reset to start
exports.follow = (item) ->
if not isMatcher(item) then item = literal(item)
(start) ->
cursor = start
if x = item(cursor) then cursor = start; x
combinator times: match $n times item(cursor), n>=1
exports.times = (item, n) ->
if not isMatcher(item) then item = literal(item)
(start) ->
cursor = start; i = 0
while i++<n
if x = item(cursor) then result.push(x)
else return
result
combinator seperatedList: some times item(cursor), separated by @separator
exports.seperatedList = (item, separator=spaces) ->
if not isMatcher(item) then item = literal(item)
if not isMatcher(separator) then separator = literal(separator)
(start) ->
cursor = start
result = []
x = item(cursor)
if not x then return
while 1
result.push(x)
if not(x = item(cursor)) then break
result
combinator timesSeperatedList: given @n times $item separated by @separator, n>=1
exports.timesSeperatedList = (item, n, separator=spaces) ->
if not isMatcher(item) then item = literal(item)
if not isMatcher(separator) then separator = literal(separator)
(start) ->
cursor = start
result = []
x = item(cursor)
if not x then return
i = 1
while i++<n
result.push(x)
if not(x = item(cursor)) then break
result
As the same as andp, orp, in the manner of Peasy, you would rather to write youself a loop to do the things, instead
of useing the combinators like any, some, times, seperatedList,etc. and that would be simpler, faster and more elegant.
And in that manner, you would have more control on your grammar rule so that we can do other things include lexer,
error report, errer recovery, semantic operatons, and any other things you would like to do.
It is for three motives to put all of the stuffs abve here:
1. to demonstrate how to write matcher and grammar rules in the method brought by Peasy
2. to demonstrate that Peasy can implement any component that other combinational parser libaries like pyparsing,
parsec too, but in a simpler, faster manner.
* 3. to show that it is how easy to write the matchers in the manner of Peasy.
As you have seen above, all of these utilities is so simple that you can write them at home by hand easily. In fact, you can write yourself all of the grammar rules in the same manner as above.
If you like, you can add a faster version for every matcher, which do not pass $start as parameter around.
Some of the matchers below have two version, to demonstrate how to do that.
Don't use the faster version in orp, any, some, times, separatedList, timesSeparatedList.
A predicate is a function which return true or false, usually according to its parameter, but not look at parsed object.
below is some little utilities may be useful. Three version of some of them is provided.
just remove them if you don't need them, except literal, which is depended by the matchers above.
matcher literal, normal version
match a text string.
`notice: some combinators like andp, orp, notp, any, some, etc. use literal to wrap a object which is not a matcher.
exports.literal = literal = (string) -> (start) ->
len = string.length
if text.slice(start, stop = start+len)==string then cursor = stop; true
matcher literal_, faster version
match a text string.
exports.literal_ = literal_ = (string) -> (start) ->
len = string.length
if text.slice(cursor, stop = cursor+len)==string then cursor = stop; true
matcher char, normal version
match one character
exports.char = (c) -> (start) ->
if text[start]==c then cursor = start+1; return c
matcher char_, normal version
match one character
exports.char_ = (c) -> () ->
if text[cursor]==c then cursor++; return c
In spaces, spaces, spaces1, spaces1, a tat('\t') is seen as tabWidth spaces,
which is used in indent style language, such as coffeescript, python, haskell, etc.
If you don't need this feature, you can easily rewrite these utilities to remove the code about tab width yourself.
matcher spaces, normal version
zero or more whitespaces, ie. space or tab.
exports.spaces = (start) ->
len = 0
cursor = start
text = text
while 1
switch text[cursor++]
when ' ' then len++
when '\t' then len += tabWidth
else break
return len
matcher spaces_, faster version
zero or more whitespaces, ie. space or tab.
exports.spaces_ = () ->
len = 0
text = text
while 1
switch text[cursor++]
when ' ' then len++
when '\t' then len += tabWidth
else break
len
matcher spaces1, normal version
one or more whitespaces, ie. space or tab.
exports.spaces1 = (start) ->
len = 0
cursor = start
text = text
while 1
switch text[cursor++]
when ' ' then len++
when '\t' then len += tabWidth
else break
if len then return cursor = cursor; len
matcher spaces1_, faster version
one or more whitespaces, ie. space or tab.
exports.spaces1_ = () ->
len = 0
cursor = start
while 1
switch text[cursor++]
when ' ' then len++
when '\t' then len += tabWidth
else break
if len then return cursor = cursor; len
matcher wrap, normal version
match left, then match item, match right at last
exports.wrap = (item, left=spaces, right=spaces) ->
if not isMatcher(item) then item = literal(item)
(start) ->
if left(start) and result = item(cursor) and right(cursor) then result
matcher identifierLetter: normal version
is a letter than can be used in identifer?
javascript style, '$' is a identifierLetter_
identifierLetter = (start) ->
start = cursor
c = text[cursor]
if c is '$' or c is '_' or 'a'<=c<'z' or 'A'<=c<='Z' or '0'<=c<='9'
cursor++; true
matcher identifierLetter_, version
is a letter that can be used in identifer?
javascript style, '$' is a identifierLetter_
identifierLetter_ = () ->
c = text[cursor]
if c is '$' or c is '_' or 'a'<=c<'z' or 'A'<=c<='Z' or '0'<=c<='9'
cursor++; true
matcher followIdentifierLetter_, faster version
lookahead whether the following character is a letter used in identifer. don't change cursor.
javascript style, '$' is a identifierLetter_
followIdentifierLetter_ = () ->
c = text[cursor]
c is '$' or c is '_' or 'a'<=c<'z' or 'A'<=c<='Z' or '0'<=c<='9'
isIdentifierLetter = (c) -> 'a'<=c<='z' or 'A'<=c<='Z' or '0'<=c<='9' or 'c'=='$' or 'c'=='_'
predicate isdigit
exports.isdigit = (c) -> '0'<=c<='9'
matcher digit, normal version
exports.digit = (start) ->
c = text[start]; if '0'<=c<='9' then cursor = start+1
matcher digit_, faster version
exports.digit_ = () ->
c = text[cursor]; if '0'<=c<='9' then cursor++
predicate isletter
exports.isletter = exports.isalpha = (c) -> 'a'<=c<='z' or 'A'<=c<='Z'
matcher letter, normal version
exports.letter = exports.alpha = (start) ->
c = text[start]; if 'a'<=c<='z' or 'A'<=c<='Z' then cursor = start+1
matcher letter, faster version
exports.letter_ = exports.alpha_ = () ->
c = text[cursor]; if 'a'<=c<='z' or 'A'<=c<='Z' then cursor++
predicate: islower
exports.islower = (c) -> 'a'<=c<='z'
matcher lower, normal version
exports.lower = (start) ->
c = text[start]; if 'a'<=c<='z' then cursor = start+1
matcher lower_, faster version
exports.lower_ = () ->
c = text[cursor]; if 'a'<=c<='z' then cursor++
exports.isupper = (c) ->'A'<=c<='Z'
matcher upper, normal version
exports.upper = (start) -> c = text[start]; if 'A'<=c<='Z' then cursor = start+1
matcher upper_, faster version
exports.upper_ = (start) -> c = text[cursor]; if 'A'<=c<='Z' then cursor++
matcher identifier, normal version
exports.identifier = (start) ->
cursor = start
c = text[cursor]
if 'a'<=c<='z' or 'A'<=c<='Z' or 'c'=='$' or 'c'=='_' then cursor++
else return
while 1
c = text[cursor]
if 'a'<=c<='z' or 'A'<=c<='Z' or '0'<=c<='9' or 'c'=='$' or 'c'=='_' then cursor++
else break
true
matcher identifier_, faster version
exports.identifier_ = (start) ->
c = text[cursor]
if 'a'<=c<='z' or 'A'<=c<='Z' or 'c'=='$' or 'c'=='_' then cursor++
else return
while 1
c = text[cursor]
if 'a'<=c<='z' or 'A'<=c<='Z' or '0'<=c<='9' or 'c'=='$' or 'c'=='_' then cursor++
else break
true
The utilites above is just for providing some examples on how to write matchers for Peasy.
In fact, It's realy easy peasy to write the matchers for your grammar rule yourself.
see easy peasy
These utilities below exists for people who want to use these file a independent module, and put the grammar rule in
another separated file.
gettext: get the being pased text
If you use this file to contain the grammar rules, just directly use text
and use text[cursor]
to get current character, text.slice(cursor, cursor+n)
to get substring of the text, if
text is a string object.
exports.gettext = () -> text
If you use this file to contain the grammar rules, just directly use cursor
or cursor = n
or cursor++
or cursor--
exports.getcursor = exports.cur = () -> cursor
exports.setcursor = exports.setcur = (pos) -> cursor = pos


| URI: |
http://www.woerteler.de/xquery/modules/utf8
|
| Description: | Module for encoding and decoding xs:string s as xs:byte
sequences using the UTF-8 encoding scheme. |
| Author: | Leo Woerteler<EMAIL_ADDRESS>|
| Version: | 0.1 |
| Arguments: |
|
|||
| Returns: |
|
|||
| Annotations: |
|
|||
| Description: | Decodes a string from a sequence of bytes, assuming correct UTF-8 as input. The string is decoded in lenient mode, non-parseable bytes are replaced. |
| Arguments: |
|
||||||
| Returns: |
|
||||||
| Annotations: |
|
||||||
| Description: | Decodes a string from a sequence of bytes, assuming correct UTF-8 as input. | ||||||
| Error: | utf8:DECB0001 if a non-start byte occurs out of order | ||||||
| Error: | utf8:DECB0002 if an invalid start byte was found | ||||||
| Error: | utf8:DECB0003 if a start byte was found where it wasn't expected | ||||||
| Error: | utf8:DECB0004 if the byte sequence ended unexpectedly |
| Arguments: |
|
|||
| Returns: |
|
|||
| Annotations: |
|
|||
| Description: | Encodes a string as a sequence of bytes, using the UTF-8 encoding scheme. |


|
Operating System Management Tools
|
#include <swtrprocmgt.h>
Data Fields | |
| int | version_id |
| Version ID of the structure. More... | |
| union { | |
| struct { | |
| pid_t ppid | |
| parent pid. More... | |
| pid_t child_pid | |
| child process pid. More... | |
| int status | |
| child process raw status from waitpid. More... | |
| } v1 | |
| struct { | |
| pid_t ppid | |
| parent pid. More... | |
| pid_t child_pid | |
| child process pid. More... | |
| int status | |
| child process raw status from waitpid. More... | |
| } v2 | |
| } | proc |
Process, child process and child process status
Definition at line 265 of file swtrprocmgt.h.
| pid_t SWTPROC_PROCESS_INFO::child_pid |
child process pid.
Definition at line 271 of file swtrprocmgt.h.
| pid_t SWTPROC_PROCESS_INFO::ppid |
parent pid.
Definition at line 270 of file swtrprocmgt.h.
| union { ... } SWTPROC_PROCESS_INFO::proc |
| int SWTPROC_PROCESS_INFO::status |
child process raw status from waitpid.
Definition at line 272 of file swtrprocmgt.h.
| struct { ... } SWTPROC_PROCESS_INFO::v1 |
Version 1
| struct { ... } SWTPROC_PROCESS_INFO::v2 |
Version 2
| int SWTPROC_PROCESS_INFO::version_id |
Version ID of the structure.
Definition at line 266 of file swtrprocmgt.h.


'
Generate Short Timeout
not executed
Generate Fetch Request
not executed
Generate XHR Request
not executed
Generate Transition
not executed
Generate Animation
not executed


2.6 Script Execution Context
Python scripts don't run in a vacuum. Depending on platforms
and startup procedures, Python programs may have all sorts of
enclosing context -- information
automatically passed-in to the program by the operating system when
the program starts up. For instance, scripts have access to the
following sorts of system-level inputs and interfaces:
- Current working directory
-
os.getcwd gives access to the directory from which
a script is started, and many file tools use its value implicitly.
- Command-line arguments
-
sys.argv gives access to words typed on the
command line used to start the program that serve as script inputs.
- Shell variables
-
os.environ provides an interface to names assigned
in the enclosing shell (or a parent program) and passed in to the
script.
- Standard streams
-
sys.stdin, stdout, and
stderr export the three input/output streams that
are at the heart of command-line shell tools.
Such tools can serve as inputs to scripts, configuration parameters,
and so on. In the next few sections, we will explore these context
tools -- both their Python interfaces and their typical roles.
|


City watchdog slams own staff's 'shameful' toilet habits
City of London regulators tasked with mucking out the financial stables have been making a "shameful" mess of their own, it has emerged.
Financial Conduct Authority staff have been upbraided for leaving their HQ in an "unacceptable" state.
Chief operating officer Georgina Philippou complained of "bad behaviour" including "colleagues defecating on the floor in toilet cubicles".
Catering and security teams had been verbally abused, she said.
Ms Philippou made the complaints in a letter to the 4,000 employees at the FCA's Stratford headquarters that was posted on the authority's intranet.
She said she was "ashamed" at the behaviour of a "minority of colleagues".
As first reported by the Evening Standard newspaper, she outlined a series of incidents, including:
- Overflowing waste bins
- Cutlery and crockery left in kitchen areas
- People urinating on the floor in the men's toilets
- Alcohol bottles left in sanitary bins
- Plants and charge cables stolen from desks.
Ms Philippou said: "You may have heard about some of these behaviours already and I'm sure others will come as a shock.
"This kind of behaviour is unacceptable and will not be tolerated here."
The FCA has been responsible for regulating the conduct of the UK's financial firms and markets since 2013. It moved from Canary Wharf to its current home in July last year.
An FCA spokesperson said: "There has been a small number of incidents of bad behaviour towards our colleagues and building.
"We have a duty as an employer to highlight this sort of poor behaviour and our senior management are very clear it is simply unacceptable.
"We value all of our staff and it is only right that we call out poor behaviour when we see it. Judging from the feedback we have received on the article, our staff agree."
Bosses at audit giant KPMG were also forced to warn staff about their conduct at work in 2018.
An email to workers at its Reading office seen by the BBC warned: "We have had some incidents recently where the first floor accessible toilet sink is being used as a toilet, not for urinating.
"This is not the behaviour we expect from KPMG staff."
A KPMG spokesperson told the BBC: "This was an isolated incident which occurred in one of our offices well over a year ago and was clearly totally unacceptable.
"Where there is behaviour that falls short of the standards we expect we are quick to call it out, as we have done here."
Do your work colleagues have any unsanitary habits? Share your experiences by emailing<EMAIL_ADDRESS>Please include a contact number if you are willing to speak to a BBC journalist. You can also contact us in the following ways:


WITNESS LIST Higher Education Committee May 16, 2005-8:00A SB 32 Against: Spangler, Jim (Self and UT Watch) On: Burt, Lawrence (UT-Austin) Monti, Stephen (University of Texas at Austin) SB 39 For: Camp, Victoria (Texas Association Against Sexual Assault) Douglas, Wanda (Texas Nurses Assoc.) SB 111 For: Newman, Thomas (Hurst-Euless-Bedford ISD; Texas International Baccalaurette Schools Organization) Phillips, Karen (Texas International Baccalaureate Schools) Weinberg, Tracy (Texas Association for the Gifted & Talented (TAGT)) SB 254 On: Wildenthal, Dr. Hobson (The University of Texas at Dallas) SB 1146 For: Bazan, Kim (Texas Network of Youth Services) SB 1529 Against: Hempstead, Chuck (TX Assoc of College Teachers)


{% extends "p1_endo2/Style.html" %} {% load staticfiles otree %} {% block title %} {% endblock %} {% block content %}
Please read the instructions carefully. After you finish reading them you will be asked some comprehension questions to verify that you understand the instructions. You can only participate in the study once you have answered all of the questions correctly. If you did not get all questions right, you will have the opportunity to view the instructions again, and revise your answers one more time. If you fail twice you will not be able to participate in this study, and you will not get paid. As a consequence, your full attention is required for the duration of the study.
{% include Constants.instructions_template %}
These instructions will be displayed at the bottom of your screen if you click on a “Show Instructions” button.
If you have read the instructions carefully, press the button below. You can only participate in the
study once you have answered correctly all of the questions testing your comprehension of the instructions,
on the following screen. If you do not get all questions right, you will have an opportunity
to review the instructions again, and revise your answers one more time. If you fail twice, you will not be able
to participate in this study, and you will not get paid. As a consequence, your full attention is required for the duration of the study.


see tex file
we start our journey here. basically, we look at what programmers say when they talk about beautiful code.
we see there are different kinds of lexical fields of beauty, also by including examples, which might be devoid of context for now
still, we see that there are specific domains that are being referred to: science, architecture, literature
but we also see that all these kinds might relate to understanding. so we turn to this next
this section is focused on the specificities of underdstanding code
first we define understanding as trhe construction of mental models in a multidimensional conception of cognition
references, between objective and subjective: - simon penny and representation -> mind-body duality - lakoff & turner -> mental models - gregory chaitin -> data compression and simplicity of rules - wittgenstein (formal, absolute understanding vs. felt, contextual understanding)
so what’s up with understanding? turns out code is tricky to understand because it has to talk to machines
computers are mechanical devices dealing with meaning
how it can be an intimate affair between human and machine
how metaphors help us to deal with the idiosyncracies of computation
the different stages in developing algorithm and actually writing it
the issue that the reader needs to understand both abstraction and implementation (ideally)
the different means to ease cognitive friction:
and so we conclude that the essential interface to understanding humans and machines within a context of computation are programming languages.
we see how programming languages deal with understanding between computers and humans, and how they have to provide an interface to deal with meaning.
A theorem, however, is (see above) only useful if we can apply it under a minimum number of clear conditions. In the same way the usefulness of a subroutine (or, in a language, a grammatical instruction) increases as the chance decreases, that it will be used incorrectly. From this point of view we should aim at a programming language consisting of a small number of concepts, the more general the better, the more systematic the better, in short: the more elegant the better src
we also look into language-dependent features, and language-independent features.
so we conclude on language as a material to embody a theory of semantico-spatial cognition
here, we look at how literature, architecture and maths deal with beauty and understanding
now that we have stronger concepts, let’s dive back into code
here is where we deploy our theory.
(see checkin #2/3)
the aesthetics of code is the symbolic progression from word to structure to idea, with each of these configurations happening at different moments and different levels of expertise in programmers, and assigning different roles to the lexical tokens visible on the screen.
and then poetics as an opening


Map/Reduce improvements in Infinispan 5.2.0ALPHA2
As our MapReduce implementation grew out of the proof of concept phase (and especially after our users had already production tested it), we needed to remove the most prominent impediment to an industrial grade MapReduce solution that we strive for: distributing reduce phase execution.
Reduce phase prior to the Infinispan 5.2 release was done on a single Infinispan master task node. Therefore, the size of map reduce problems we could support (data size wise) was effectively shrunk to a working memory of a single Infinispan node. Starting with the Infinispan 5.2 release, we have removed this limitation, and reduce phase execution is distributed across the cluster as well. Of course, users still have an option to use MapReduceTask the old way, and we even recommend that particular approach for smaller sized input tasks. We have achieved distribution of reduce phase by relying on Infinispan’s consistent hashing and DeltaAware cache insertion. Here is how we distributed reduce phase execution:
Map phase
MapReduceTask, as it currently does, will hash task input keys and group them by execution node N they are hashed to*. After key node mapping, MapReduceTask sends map function and input keys to each node N. Map function is invoked using given keys and locally loaded corresponding values.
Map and Combine phase |
Results are collected with an Infinispan supplied Collector, and combine phase is initiated. A Combiner, if specified, takes KOut keys and immediately invokes reduce phase on keys. The result of mapping phase executed on each node is KOut/VOut map. There will be one resulting map per execution node N per launched MapReduceTask.
Intermediate KOut/VOut migration phase **
In order to proceed with reduce phase, all intermediate keys and values need to be grouped by intermediate KOut keys. More specifically, as map phases around the cluster can produce identical intermediate keys, all those identical intermediate keys and their values need to be grouped before reduce is executed on any particular intermediate key.
Therefore at the end of combine phase, instead of returning map with intermediate keys and values to the master task node, we instead hash each intermediate key KOut and migrate it with its VOut values to Infinispan node where keys KOut are hashed to. We achieve this using a temporary DIST cache and underlying consistent hashing mechanism. Using DeltaAware cache insertion we effectively collect all VOut values under each KOut for all executed map functions across the cluster.
Intermediate KOut/VOut grouping phase |
At this point, map and combine phase have finished its execution; list of KOut keys is returned to a master node and its initiating MapReduceTask. We do not return VOut values as we do not need them at master task node. MapReduceTask is ready to start with reduce phase.
Reduce phase
Reduce phase is easy to accomplish now as Infinispan’s consistent hashing already finished all the hard lifting for us. To complete reduce phase, MapReduceTask groups KOut keys by execution node N they are hashed to. For each node N and its grouped input KOut keys, MapReduceTask sends a reduce command to a node N where KOut keys are hashed. Once reduce command arrives on target execution node, it looks up temporary cache belonging to MapReduce task - and for each KOut key, grabs a list of VOut values, wraps it with an Iterator and invokes reduce on it.
Reduce phase |
A result of each reduce is a map where each key is KOut and value is VOut. Each Infinispan execution node N returns one map with KOut/VOut result values. As all initiated reduce commands return to a calling node, MapReduceTask simply combines all resulting maps into map M and returns M as a result of MapReduceTask.
Distributed reduce phase is turned on by using a MapReduceTask constructor specifying cache to use as input data for the task and boolean parameter distributeReducePhase set to true. Map/Reduce API javadoc and demos are included in distribution.
Moving forward * * For Infinispan 5.2.0 final release we want to make sure the execution of intermediate migration key/value phase is as effective as possible and proven to be lock free for large input tasks as it was in our functional tests. We are also, as always, looking forward to your feedback and suggestions - especially if you have large data input sets ready for our latest MapReduceTask.
Cheers, Vladimir
*If no keys are specified, entire cache key set will be used as in input.


--- prev_page: '/tutorial/tutorial_interact.html' next_page: '/tutorial/tutorial_monty_hall.html' --- {% raw %}
# HIDDEN
# Clear previously defined variables
%reset -f
# Set directory for data loading to work properly
import os
os.chdir(os.path.expanduser('~/docs/notebooks/tutorial'))
When you are ready to publish a webpage, paste the following into a notebook cell:
import nbi
nbi.publish('my_binder_spec', 'my_notebook.ipynb')
# Binder spec Name of the notebook
Replace my_binder_spec
with your Binder spec. This is a string that looks
like {username}/{repo}/{branch}
. For example, if you forked the
nbinteract-image
repo in the previous GitHub Setup section of the
tutorial, your Binder spec will be <username>/nbinteract-image/master
where
<username>
is replaced with your GitHub username.
Replace my_notebook.ipynb
with the name of the notebook you are converting.
For example, if your Binder spec is calebs11/nbinteract-image/master
and
notebook name is tutorial.ipynb
, you should run:
import nbi
nbi.publish('calebs11/nbinteract-image/master', 'tutorial.ipynb')
Click the link created by the code above to download the tutorial.html
HTML
file.
Now, go to the nbinteract-tutorial
GitHub repository you created earlier.
Drag the tutorial.html
file from your filesystem browser onto the page to
upload it. Then, click Commit Changes to confirm the upload.
Congrats! You now have a URL you can share with anyone in the world:
<username>.github.io/nbinteract-tutorial/tutorial.html
Where <username>
is replaced with your GitHub username. For example, if my
username is SamLau95
, my URL is:
SamLau95.github.io/nbinteract-tutorial/tutorial.html
To change the URL of the page you publish, you may rename the file before you
upload it. For example, if I rename tutorial.html
to hello.html
, my URL
would be
SamLau95.github.io/nbinteract-tutorial/hello.html
To change the path segment before the filename (in this case,
nbinteract-tutorial
) you should create a new GitHub repo with the subpath
name you want. Then, you may upload your HTML files into that repo. For
example, if I create a new repo called blog-posts
and upload a
file called tutorial.html
the resulting URL is:
SamLau95.github.io/blog-posts/tutorial.html
You have learned a simple workflow to create interactive webpages:
interact
to create UI elements to interact with the functions.nbi.publish('NOTEBOOK_NAME.ipynb')
in your notebook to generate an
interactive webpage using your notebook code.In the next section, you will create an interactive simulation of the Monty Hall Problem. Onward!


Woe for my city, woe for Ilion’s fall!
Father, how oft with sanguine stain
Streamed on thine altar-stone the blood of cattle, slain
That heaven might guard our wall!
But all was shed in vain.
Low lie the shattered towers whereas they fell,
And I—ah burning heart!—shall soon lie low as well.
Of sorrow is thy song, of sorrow still!
Alas, what power of ill
Sits heavy on thy heart and bids thee tell
In tears of perfect moan thy deadly tale?
Some woe—I know not what—must close thy piteous wail.
List! for no more the presage of my soul,
Bride-like, shall peer from its secluding veil;
But as the morning wind blows clear the east,
More bright shall blow the wind of prophecy,
And as against the low bright line of dawn
Heaves high and higher yet the rolling wave,
So in the clearing skies of prescience
Dawns on my soul a further, deadlier woe,
And I will speak, but in dark speech no more.
Bear witness, ye, and follow at my side—
I scent the trail of blood, shed long ago.
Within this house a choir abidingly
Chants in harsh unison the chant of ill;
Yea, and they drink, for more enhardened joy,
Man’s blood for wine, and revel in the halls,
Departing never, Furies of the home.
They sit within, they chant the primal curse,
Each spitting hatred on that crime of old,
The brother’s couch, the love incestuous
That brought forth hatred to the ravisher.
Say, is my speech or wild and erring now,
Or doth its arrow cleave the mark indeed?
They called me once, The prophetess of lies,
The wandering hag, the pest of every door—
Attest ye now, She knows in very sooth
The house’s curse, the storied infamy.
Yet how should oath—how loyally soe’er
I swear it—aught avail thee? In good sooth,
My wonder meets thy claim: I stand amazed
That thou, a maiden born beyond the seas,
Dost as a native know and tell aright
Tales of a city of an alien tongue.
That is my power—a boon Apollo gave.
God though he were, yearning for mortal maid?
Ay! what seemed shame of old is shame no more.
Such finer sense suits not with slavery.
He strove to win me, panting for my love.
Came ye by compact unto bridal joys?
Nay—for I plighted troth, then foiled the god.
Wert thou already dowered with prescience?
Yea—prophetess to Troy of all her doom.
How left thee then Apollo’s wrath unscathed?
I, false to him, seemed prophet false to all.
Not so—to us at least thy words seem sooth.
Woe for me, woe! Again the agony—
Dread pain that sees the future all too well
With ghastly preludes whirls and racks my soul.
Behold ye—yonder on the palace roof
The spectre-children sitting—look, such things
As dreams are made on, phantoms as of babes,
Horrible shadows, that a kinsman’s hand
Hath marked with murder, and their arms as full—
A rueful burden—see, they hold them up,
The entrails upon which their father fed!
For this, for this, I say there plots revenge
A coward lion, couching in the lair—
Guarding the gate against my master’s foot—
My master-mine—I bear the slave’s yoke now,
And he, the lord of ships, who trod down Troy,
Knows not the fawning treachery of tongue
Of this thing false and dog-like—how her speech
Glazes and sleeks her purpose, till she win
By ill fate’s favour the desired chance,
Moving like Ate to a secret end.
O aweless soul! the woman slays her lord—
Woman? what loathsome monster of the earth
Were fit comparison? The double snake—
Or Scylla, where she dwells, the seaman’s bane,
Girt round about with rocks? some hag of hell,
Raving a truceless curse upon her kin?
Hark—even now she cries exultingly
The vengeful cry that tells of battle turned—
How fain, forsooth, to greet her chief restored!
Nay, then, believe me not: what skills belief
Or disbelief? Fate works its will—and thou
Wilt see and say in ruth, Her tale was true.
Ah—’tis Thyestes’ feast on kindred flesh—
I guess her meaning and with horror thrill,
Hearing no shadow’d hint of th’ o’er—true tale,
But its full hatefulness: yet, for the rest,
Far from the track I roam, and know no more.
’Tis Agamemnon’s doom thou shalt behold.
Peace, hapless woman, to thy boding words!
Far from my speech stands he who sains and saves.
Ay—were such doom at hand—which God forbid!
Thou prayest idly—these move swift to slay.
What man prepares a deed of such despite?
Fool! thus to read amiss mine oracles.
Deviser and device are dark to me.
Dark! all too well I speak the Grecian tongue.
Ay—but in thine, as in Apollo’s strains,
Familiar is the tongue, but dark the thought.
Ah ah the fire! it waxes, nears me now—
Woe, woe for me, Apollo of the dawn!
Lo, how the woman-thing, the lioness
Couched with the wolf—her noble mate afar—
Will slay me, slave forlorn! Yea, like some witch,
She drugs the cup of wrath, that slays her lord
With double death—his recompense for me!
Ay, ’tis for me, the prey he bore from Troy,
That she hath sworn his death, and edged the steel!
Ye wands, ye wreaths that cling around my neck,
Ye showed me prophetess yet scorned of all—
I stamp you into death, or e’er I die—
Down, to destruction!
Thus I stand revenged—
Go, crown some other with a prophet’s woe.
Look! it is he, it is Apollo’s self
Rending from me the prophet-robe he gave.
God! while I wore it yet, thou saw’st me mocked
There at my home by each malicious mouth—
To all and each, an undivided scorn.
The name alike and fate of witch and cheat—
Woe, poverty, and famine—all I bore;
And at this last the god hath brought me here
Into death’s toils, and what his love had made,
His hate unmakes me now: and I shall stand
Not now before the altar of my home,
But me a slaughter-house and block of blood
Shall see hewn down, a reeking sacrifice.
Yet shall the gods have heed of me who die,
For by their will shall one requite my doom.
He, to avenge his father’s blood outpoured,
Shall smite and slay with matricidal hand.
Ay, he shall come—tho’ far away he roam,
A banished wanderer in a stranger’s land—
To crown his kindred’s edifice of ille
Called home to vengeance by his father’s fall:
Thus have the high gods sworn, and shall fulfil.
And now why mourn I, tarrying on earth,
Since first mine Ilion has found its fate
And I beheld, and those who won the wall
Pass to such issue as the gods ordain?
I too will pass and like them dare to die! [Turns and looks upon the palace door.]
Portal of Hades, thus I bid thee hail!
Grant me one boon—a swift and mortal stroke,
That all unwrong by pain, with ebbing blood
Shed forth in quiet death, I close mine eyes.
Maid of mysterious woes, mysterious lore,
Long was thy prophecy: but if aright
Thou readest all thy fate, how, thus unscared,
Dost thou approach the altar of thy doom,
As fronts the knife some victim, heaven-controlled?
Friends, there is no avoidance in delay.
Yet who delays the longest, his the gain.
The day is come—flight were small gain to me!
O brave endurance of a soul resolved!
That were ill praise, for those of happier doom.
All fame is happy, even famous death.
Ah sire, ah brethren, famous once were ye! [She moves to enter the house, then starts back.]
What fear is this that scares thee from the house?
Pah!
What is this cry? some dark despair of soul?
Pah! the house fumes with stench and spilth of blood.
How? ’tis the smell of household offerings.
’Tis rank as charnel-scent from open graves.
Thou canst not mean this scented Syrian nard?
Nay, let me pass within to cry aloud
The monarch’s fate and mine—enough of life.
Ah friends!
Bear to me witness, since I fall in death,
That not as birds that shun the bush and scream
I moan in idle terror. This attest
When for my death’s revenge another dies,
A woman for a woman, and a man
Falls, for a man ill-wedded to his curse.

Brave to the last! I mourn thy doom foreseen.
Once more one utterance, but not of wail,
Though for my death—and then I speak no more.
Sun! thou whose beam I shall not see again,
To thee I cry, Let those whom vengeance calls
To slay their kindred’s slayers, quit withal
The death of me, the slave, the fenceless prey.
Ah state of mortal man! in time of weal,
A line, a shadow! and if ill fate fall,
One wet sponge-sweep wipes all our trace away—
And this I deem less piteous, of the twain. [Exit into the palace.]
Too true it is! our mortal state
With bliss is never satiate,
And none, before the palace high
And stately of prosperity,
Cries to us with a voice of fear,
Away! ’tis ill to enter here!
Lo! this our lord hath trodden down,
By grace of heaven, old Priam’s town,
And praised as god he stands once more
On Argos’ shore!
Yet now—if blood shed long ago
Cries out that other blood shall flow—
His life-blood, his, to pay again
The stern requital of the slain—
Peace to that braggart’s vaunting vain,
Who, having heard the chieftain’s tale,
Yet boasts of bliss untouched by bale! [A loud cry from within.]
O I am sped—a deep, a mortal blow.
Listen, listen! who is screaming as in mortal agony?
O! O! again, another, another blow!

’Tis best, I judge, aloud for aid to call,
“Ho! loyal Argives! to the palace, all!”
Better, I deem, ourselves to bear the aid,
And drag the deed to light, while drips the blade.
Such will is mine, and what thou say’st I say:
Swiftly to act! the time brooks no delay.
Ay, for ’tis plain, this prelude of their song
Foretells its close in tyranny and wrong.
Behold, we tarry—but thy name, Delay,
They spurn, and press with sleepless hand to slay.
I know not what ’twere well to counsel now—
Who wills to act, ’tis his to counsel how.
Thy doubt is mine: for when a man is slain,
I have no words to bring his life again.

Unmanly doom! ’twere better far to die—
Death is a gentler lord than tyranny.
Think well—must cry or sign of woe or pain
Fix our conclusion that the chief is slain?
Such talk befits us when the deed we see—
Conjecture dwells afar from certainty.
I read one will from many a diverse word,
To know aright, how stands it with our lord! [The scene opens, disclosing Clytemnestra, who comes forward. The body of Agamemnon lies, muffled in a long robe, within a silver-sided laver; the corpse of Cassandra is laid beside him.]
Ho, ye who heard me speak so long and oft
The glozing word that led me to my will—
Hear how I shrink not to unsay it all!
How else should one who willeth to requite
Evil for evil to an enemy
Disguised as friend, weave the mesh straitly round him,
Not to be overleaped, a net of doom?
This is the sum and issue of old strife,
Of me deep-pondered and at length fulfilled.
All is avowed, and as I smote I stand
With foot set firm upon a finished thing!
I turn not to denial: thus I wrought
So that he could nor flee nor ward his doom.
Even as the trammel hems the scaly shoal,
I trapped him with inextricable toils,
The ill abundance of a baffling robe;
Then smote him, once, again—and at each wound
He cried aloud, then as in death relaxed
Each limb and sank to earth; and as he lay,
Once more I smote him, with the last third blow,
Sacred to Hades, saviour of the dead.
And thus he fell, and as he passed away,
Spirit with body chafed; each dying breath
Flung from his breast swift bubbling jets of gore,
And the dark sprinklings of the rain of blood
Fell upon me; and I was fain to feel
That dew—not sweeter is the rain of heaven
To cornland, when the green sheath teems with grain.
Elders of Argos—since the thing stands so,
I bid you to rejoice, if such your will:
Rejoice or not, I vaunt and praise the deed,
And well I ween, if seemly it could be,
’Twere not ill done to pour libations here,
Justly—ay, more than justly—on his corpse
Who filled his home with curses as with wine,
And thus returned to drain the cup he filled.
I marvel at thy tongue’s audacity,
To vaunt thus loudly o’er a husband slain.
Ye hold me as a woman, weak of will,
And strive to sway me: but my heart is stout,
Nor fears to speak its uttermost to you,
Albeit ye know its message. Praise or blame,
Even as ye list,—I reck not of your words.

Behold the deed!
Woman, what deadly birth,
What venomed essence of the earth
Or dark distilment of the wave,
To thee such passion gave,
Nerving thine hand
To set upon thy brow this burning crown,
The curses of thy land?
Our king by thee cut off, hewn down!

O ye just men, who speak my sentence now,
The city’s hate, the ban of all my realm!
Ye had no voice of old to launch such doom
On him, my husband, when he held as light
My daughter’s life as that of sheep or goat,
One victim from the thronging fleecy fold!
Yea, slew in sacrifice his child and mine,
The well-loved issue of my travail-pangs,
To lull and lay the gales that blew from Thrace.
That deed of his, I say, that stain and shame,
Had rightly been atoned by banishment;
But ye, who then were dumb, are stern to judge
This deed of mine that doth affront your ears.
Storm out your threats, yet knowing this for sooth,
That I am ready, if your hand prevail
As mine now doth, to bow beneath your sway:
If God say nay, it shall be yours to learn
By chastisement a late humility.


Sprint 49 review - November 16, 2016
Welcome to the Sprint 49 review recap. The Euwe release candidate has been running its course, waiting for the next release to take over soon. Stay tuned!
The theme of this sprint is bug fixing. Of the 354 pull requests merged to the main ManageIQ repo, more than half were fixing and patching stuff. As we’re in stabilization mode with the Euwe GA in sight, this is only natural. However we still managed 54 enhancement PRs, and backported 162 to Euwe branch. Combined with 118 PRs from integration_tests, and another 120 from Service UI, the website, and various providers etc., we amassed 592 PRs altogether from the different repos!
Let’s take a look at some of the things that were fixed:
- Chargeback: during the last sprint, we added the weekly/monthly rates for ‘per time’ types but missed the daily ones, now daily rates have been reinstated
- Central Admin: squashed a bug where the ServiceOrder was not created on the remote region and it prevented service template provisioning from working end to end; VM reconfigure is also fixed to have proper routing to remote regions
- Automate: key/pair attributes fixed to match Simulation for Automate scheduling work done in the previous sprint
- Git Automate: now repos without the domain directory can be supported; plus refresh cleanup on the contents and references where new branches and tags were not getting fetched
- UI: cleanup of Charting/Topology/Toolbar buttons, as many of these pieces were replaced
- UI: fixed regression from VM tree changes - a performance enhancement piece from last sprint by hiding VMs/instances from explorer trees by default, which caused some issues as the code was dependent on the tree selection of VMs
- I18N: getting the missing translations localized
- Hawkular: professional bug buster with 18 of the 19 PRs towards fixes, including 3 blockers
- QE: lots of bug fixing means keeping busy with lots of bug verifications
Nonetheless, there’s always room for improvements, and here are some highlights:
- Amazon: moved Cloud manager refresh to new DTO (data transfer object) method thus increasing the saving efficiency
- RHEV: piggybacking on the work - targeted refresh when provisioning - from previous sprint, time taken for provisioning a new VM to a large environment reduced from 17 min to 1 min
- RHEV: added live migration of VM, and the ability to import VMs from VMware to RHEV (also an API enhancement)
- VMware vCloud: XLAB team implemented the feature where credentials for vCloud events can now be added in the UI instead of using the rails console, improving the user experience
- Performance: there’s a shiny new manageiq-performance gem for automating and collecting of metrics with initial focus on UI performance; its emphasis is on being modular and configurable so as to unify the toolchain for everyone (QE, performance team, developers, support)
An in-depth presentation of the new performance gem, along with the rest of the Sprint review meeting is here in the video.
For specific sections of the review meeting, here are the respective timestamps:
- Sprint Statistics (Oleg Barenboim) - 0:51
- Community Update (Carol Chen) - 3:50
- Classic UI (Dan Clarizio) - 8:54
- Service UI (Chris Kacerguis) - 12:24
- Providers (Adam Grare) - 13:23
- Automate (Greg McCullough) - 17:28
- Platform (Gregg Tanzillo) - 22:00
- API (Alberto Bellotti) - 25:54
- Performance (Dennis Metzger) - 30:14
- Quality Engineering (Dave Johnson) - 47:26
- Discussion - 50:27
Delve into some specific PRs with these 3 installments of “Last Week in ManageIQ”:
- Euwe stabilization - by Bronagh Sorota
- Bugs and NPM - by Martin Hradil
- Azure provider is moved to gem - by ZitaNemeckova
We’re planning to have ManageIQ presence at a couple of events early next year, DevConf.CZ Jan 27-29 in Brno and FOSDEM Feb 4-5 in Brussels. More details will be shared as they are confirmed.
The voting on the name for ManageIQ F-release is concluding as I write this. I hope you got your votes in! The “winner” will be announced shortly. Join us every 3 weeks in the ManageIQ Sprint review via Bluejeans. Sprint 50 review will be on December 7, 2016 @ 7:30 PST/10:30 EST/15:30 GMT. You can import the ManageIQ community calendar to be notified about this and future Sprint reviews.
Slide deck
Changelog
Added
- Automate
- Git Support: Support automate model git repositories without domain directory
- Notification: Add global and tenant notification audiences
- Service Model
- Expose ems_events to Vm service model
- Expose a group’s filters.
- Expose authentication_key in EMS service model
- Provisioning
- Set zone when deliver a service template provision task
- Create a request per region for VM reconfigure
- Services
- Expose service power state
- Platform
- High Availabilty: Raise event when failover successful
- Chargeback: Add daily to chargeback rate for ‘per time’ types
- Replication: Add logging when the replication set is altered
- Logging: Add configurable number of saved logfile rotations
- Providers
- Containers UI: Label based Auto-Tagging UI
- Middleware (Hawkular)
- Add support to overwrite an existing deployment
- Networks
- Nuage: UI for Network elements
- Add Network Topology button for the Load Balancer class
- Red Hat Enterprise Virtualization Manager
- Enable VM reconfigure disks for supported rhevm version
- Migrate support
- VMware vCloud: Event monitoring
- REST API
- Add IDs to Dialog Content
- Actions support
- Conditions support
- Support for /api/requests approve and deny actions
- Service Dialogs Copy API
- MiqPolicies support
- Service Request Delete
- SmartState: Support analysis of VMs residing on NFS41 datastores
Changed
- Performance
- For resource_pools only bring back usable Resource Pools
- Prune VM Tree folders first, so nodes can be properly prune and tree nodes can then be collapsed
- Remove full refresh from provisioning flow
- Platform
- Chargeback: Simplify Chargeback rates editor to only show relevant parameters
- Providers
- RHEVM: Make C&U Metrics Database a mandatory field for Validation
Fixed
Notable fixes include:
- Automate
- Services: Set default value of param visible to true for all field types
- Git Domains for Automate: Ensure a response when git repository does not contain domains
- Platform
- Increase worker memory thresholds to avoid frequent restarts.
- Perform RBAC user filter check on requested ids before allowing request
- Providers
- Fix targeted refresh of a VM without its host clearing all folder relationships
- OpenStack Cloud
- Add logs for network and subnet CRUD
- UI: Add missing toolbar options for cloud tenants and host aggregates
- UI: Add missing add/remove hosts actions to host aggregate UI
- RHVM: Pass storage domains collection in disks RHV api request
- User Interface
- Internationalization: i18n support in pdf reports
- Fix custom logo issue in header
- Routing Error for reload on infrastructure networking
- Add Advanced Search to Containers explorer
- Fall-“back” to VMRC desktop client if no NPAPI plugin is available
- Displays a more informative message on datasource deletion.
- Display Advanced Search in Configuration management
- Allow the retirement date to be cleared
- Default Filters can be saved or reset


1 write to HandlerDelegate
System.Management.Automation (1)
engine\EventManager.cs (1)
1947
HandlerDelegate
= handlerDelegate;
3 references to HandlerDelegate
System.Management.Automation (3)
engine\EventManager.cs (3)
979
else if (subscriber.
HandlerDelegate
!= null)
1000
subscriber.
HandlerDelegate
(newEvent.Sender, newEvent);
1257
nextAction.Sender.
HandlerDelegate
(nextAction.Sender, nextAction.Args);


WITNESS LIST Public Safety Committee March 24, 1997-4:00P HB 142Committee Substitute (Madden) For: James Alexander (Himself) Jerry Orton (Himself) Jonathan Greg Glass (Himself) Lana Hughs (Herself) Luis Jaime Espinosa (Himself) Manuel Flores (Himself) Michael Lozido (Himself) Neal Hughs (Himself) Rep. Kamel (Author HB 142) Scott Bridges (Himself) Troy Kent Caperton (Parole Officers) HB 329Committee Substitute (Madden) For: Donna Farris (Bexar Co. Prob. Dept.) James G. Denton (Himself) Rep. Kamel (Author HB 329) Richard Brice (Nacogdoches Dist. Prob.) HB 397Committee Substitute (Madden) For: Donald A. Bowne (Seton Hlth. Care Netwk.) Rep. Bob Hunter (Author HB 397) Rep. Ted Kamel (Co-Author HB 397) Roger Dickey (Hendrick Medical Center) Stephen W. Burres, Jr. (Scott & White Hospital) Against: Carvel McNeil, Jr. (Houston Police Union) Mark Clark (CLEAT) HB 865 For: Rep. Van de Putte (Author HB 865) HB 1048 For: Rep. Gutierrez (Author HB 1048) HB 1049 For: Rep. Gutierrez (Author HB 1049) HB 1546 For: Bob Valles (Thomason Hospital) Paul A. Cottrell (Thomason Hospital) Rep. Chavez (Author HB 1546) HB 1664 For: John Sommer (Valero Natural Gas Co.) Rep. Oliveira (Author HB 1664) HB 2295 Committee Substitute (Oakley) For: Chris Literas (Southwestern Bell) Ellen Weaver (Lone Star Gas) Frank Fuantes (Tx Hispanic Contractors) James W. Hinds (Lone Star Gas) Rell Rice (Southwestern Bell) Against: Betty Armstrong (Navarro Co. Comm.) Gene Shull (Himself) Jim Allison (Co. Judges/Comm. Assoc.) Johnny Weisman (Himself) Steve Conaway (Tx Assoc. of Builders) Thomas H. Hornseth (Comal County) HB 3066 Committee Substitute (Madden) For: Glenn F. Muennenk (Himself) James B. Houston, Jr. (Himself) Rep. King (Author HB 3066) On: Susan Dow (TJPC) Wayne Green (TCLEOSE)


Clustered Cache Operations
This section discusses various operations that can be performed on clusters through NCache Manager.
In This Section
- Create a New Clustered Cache
- Describes creating a new cluster.
- Add Existing Clustered Cache
- Explains adding an existing cluster in your project.
- Remove a Cache Cluster
- Explains procedure of removing a cluster from your project.
- Add Node to Cache Cluster
- Explains adding a server node to a cluster.
- Remove Node from Cache Cluster
- Explains removing a server node from a cluster.
- Start/Stop a Cache Cluster
- Explains starting/stoping a cache cluster.
- Restart a Cache Cluster
- Explains restart a cache cluster.
- Start/Stop a Cache Server
-
Explains starting/stoping a cache server.
- Change Cache Config in NCache Mgr
- Describes applying configuration changes to a cluster when it is running.
- View Statistics
- Briefs how you can see statistics of a running cluster.
- Refresh
- Tells how and when to refresh a cluster.
- Clear Cache Content
- Tells how you can clear all contents of a cluster.
- Start NCache Service
- Explains starting NCache Service on a node.
- Stop NCache Service
- Describes stopping NCache Service on the node.
- Restart NCache Service
- Describes restarting NCache Service on the node.
- Balance Data Load
- Describes balancing data load on a node manually.
- Make Active Node
- Explains procedure of making a passive node active in the mirror cache.
- Clustered Cache Settings
- Explains cluster cache settings.
-


|
Welcome to the espusb Web-based GUI.
This GUI uses WebSockets, and has only been tested under the newest (as of August, 2016) Chrome and Firefox browsers.
For more information about this project, visit it on github, here: https://github.com/cnlohr/espusb
|


I am a first year PhD student studying at Imperial College, London under the supervision of Dr. Alastair Donaldson of the Multicore programming group and Dr. Cristian Cadar of the Software reliability group. My work is generously funded by an EPSRC CASE studentship in collaboration with ARM.
I am currently interested in improving the reliability of GPGPU programming using static analysis and symbolic execution techniques.
I received a MSc in Computing from Imperial College in 2012 during which I contributed to the KLEE project. Prior to this I did a BSc in Physics with Industrial Experience at the University of Bristol. During this I did a 1 year industrial placement at SHARP laboratories of Europe (Oxford).
Nothing yet.
Here are a list of projects I have contributed to
My Hobbies/Activities include...


[1] see current trip was illogical and have it wasnt to power is poor.
[2] Routing is poor voice prompt gave incorrect directions after updating software was illogical and slow choosing a 3.5" "love it operate while the actual gps location on other screens is good.


-
{{ len_listings }} Listings
-
Order by:
{{form.order_by}} - Edit search
Added: {{ listing.listing_date|date:"F" }} {{ listing.listing_date.day }}, {{ listing.listing_date.year }}
{{ listing.apartment.address }}
{{ listing.apartment.postal_code.zip_code }}, {{ listing.apartment.postal_code.town }}
{{ listing.apartment.postal_code.country.name }}
{% if listing.apartment.apt_number %} Apartment {{ listing.apartment.apt_number }} {% endif %}
{{ listing.apartment.apartment_type.name }}, {{ listing.apartment.num_rooms }} bedrooms
{% localize on %} ISK {{ listing.apartment.appraisal|intcomma }} {% endlocalize %}
{{ listing.apartment.description|truncatechars:listing.apartment.description_truncation_length }}
Seems like you have no recently viewed properties. Check out some apartments to populate it!


New releases of UMLGraph are always announced on the corresponding
(free)code page.
You can use it to subscribe and post comments.
Current Production Version
The current version of UMLGraph is VERSION.
You can download UMLGraph from the following links:
Source Code Repository
The
UMLGraph source code repository
is available on GitHub.
You can clone it by running the following command.
git clone git@github.com:dspinellis/UMLGraph.git
Package Repository
UMLGraph is available as a Maven package on Sonatype's Nexus repository manager.
You can use this link to search for it.
Older Versions
These are links to old versions of UMLGraph, that may be useful to
people running older versions of the Java runtime environment.
Note that the web documentation applies to the current version.
- UmlGraph package version 4.8 - .tar.gz
(The last version compatible with Java 1.5; compressed tar file containing the source code, the compiled doclet,
and the complete documentation in HTML format).
- UmlGraph package version 4.8 - .zip
(The last version compatible with Java 1.5; zip file containing the source code, the compiled doclet,
and the complete documentation in HTML format).
- UmlGraph package version 2.10 - .tar.gz
(The last version compatible with Java 1.4; compressed tar file containing the source code, the compiled doclet,
and the complete documentation in HTML format).
- UmlGraph package version 2.10 - .zip
(The last version compatible with Java 1.4; zip file containing the source code, the compiled doclet,
and the complete documentation in HTML format).
- MD5 checksums for each of the above .zip, .tar.gz, and jar archives.


When deciding which way to go with communicating and storing authentication information, one can easily drift into a bad trip and start wondering how anything ever works.
Before you lead yourself into a confused stupor, driving to Las Vegas in a convertible with a suitcase full of ether, acid and all kinds of other drugs, gather your tools, requirements and goals.
This is not going to be a detailed portrayal of each existing technology, but more a display of how to think through the process of applying that knowledge.
Our tools
Luckily we don't have to invent everything from scratch, so what are our basic tools to manage the state of any authenticated user?
There's a few of them, and each of the approaches has its trade-offs attached.
Stateless tokens
These are tokens that are purely tracked by the client. It's an object that's either cryptographically signed or encrypted, and contains identifiable information.
Being purely client-side, they have a few distinct disadvantages, which made a few people speak out very harshly against using JSON Web Tokens (JWTs) as session replacements. All session storage inside the token would add to the total size of the token, which at some point could make it quite big.
There is no way way to individually revoke tokens from the server side, unless you go with some hybrid solution described below.
Stateful tokens
We can simply enhance stateless tokens with a smaller database for revocations to remedy at least one of the downsides — if that is truly important to your use-case.
Session cookies
The classic among state tracking. It's a cookie with an ID referencing a session object stored on the server.
The advantages of this are pretty clear outright: no information but an opaque ID is transmitted, which leaves all handling of authentication, authorization and state data on the backend. You can easily revoke individual sessions; plus you're always left with a constant and small footprint.
This remains an advantage until you have to manage multiple servers and services, in which case the complexity of managing your sessions increases dramatically.
Goals we pursue, priorities we set
Now we know what's out there, but what do we actually need? What do we want?
Or let's start with: what are we building?
That's right, we are building an application that runs mostly on the client. Server-side sessions are really useful for one thing: managing the state of your application on the server's side.
Running a client-side application has one very important implication in this aspect: we don't do any state management on the server. Especially considering that one of our goals is to be Offline First, everything a user does stays on the client until it is synced back to the server.
Everything we really need our session/token system to do is track two bits of information: are you authenticated?, and who are you authenticated as? Which can be expressed even simpler as either having an identification token for a certain user or not.
Furthermore, we want to achieve simplicity with our deployment process. Having independent servers and services allows us to simply set up a new server when we need it and add it to the network - or remove it, if we don't need it anymore. This is a lot easier if we don't need to worry about keeping the state of sessions synced among all services. Adding a single service that checks the validity of the identity of users that can be accessed by all subservices is clearly the better choice here.
Out of this set of goals and priorities it is clear which path is the one that will benefit us the most: tokens!
State of session management in Phoenix
Phoenix doesn't come equipped with any session or token handling out of the box, so we'll have to either include or build one of our own.
There's an implementation of JOSE/JWT for Elixir we can use to implement our token handling, which removes the burden of implementing that standard from us - but still leaves us with a standard that is huge and complicated and full of bats.
So, with that in mind, we shall create our own token library, with blackjack and -- err, encryption. Most token libraries only offer token signing, which is argued should be enough for most use-cases; after all why would you need more than just authenticity of your tokens?
One very important principle that comes into play here is: never give away more information than absolutely necessary. Every bit of information is an additional potential attack vector. Encrypting your token's payload alleviates that and helps you give away exactly as much information as you need when providing your users with something to authenicate with: none, except for the existence of the token.
JWT Headers
Following the advice in 7 Best Practices for JSON Web Tokens, we can get rid of even more.
The only parties involved in the authentication process, who also need to be able to decrypt the tokens, are those who also have access to all the metadata. So, we can safely remove the JWT headers, which not only makes our tokens safer, they also instantly become a lot lighter.
So this:
eyJhbGciOiJkaXIiLCJlbmMiOiJBMTI4R0NNIiwidHlwIjoiSldUIn0._WnS7PvFmgu0FvAz.iegtMdcmfSgQugR9BrwmHVfI2dXamI1p.wIgF8ktsZrr7J-lz-kNQ3w
turns into this:
_WnS7PvFmgu0FvAz.iegtMdcmfSgQugR9BrwmHVfI2dXamI1p.wIgF8ktsZrr7J-lz-kNQ3w
If at any point some third party should be included in the process, we can simply define one set of acceptable parameters and still not need any headers in our tokens.
SealasTokens
I will release a corresponding library soon that will implement simple encrypted tokens for our authentication system, accompanied by a post explaining the details.
Until then, try and stay clean and away from bats.


Demo of available styles
All styles that are listed as “Default” here will be active when using the default remarkdown.css build. No need to specify class="remarkdown style-name"
for those. On the other hand, if you want to either disable them or include them in a custom build, it’s helpful to know the style’s name and what it does.
| Option name | Default | Description |
|---|---|---|
| hn-reset | Yes | Reset titles’ font size and weight |
| hn-hash | Yes | Add hashes at the start of titles |
| h1-underline | — | Underline H1s with equals |
| h2-underline | — | Underline H2s with hyphens |
| ol-decimal | Yes | Use decimal numbers for OL items |
| ol-zero | — | Use zeros for all OL items |
| ol-alpha | — | Use lowercase letters for OL items |
| ul-hyphen | Yes | Use “-” for bullets |
| ul-star | — | Use “*” for bullets |
| ul-plus | — | Use “+” for bullets |
| quote-gt | — | Use “>” signs for blockquotes |
| em-star | Yes | Use “*” signs for emphasis |
| em-underscore | — | Use “_” signs for emphasis |
| strong-star | Yes | Use “*” signs for strong emphasis |
| strong-underscore | — | Use “_” signs for strong emphasis |
| a-bracket | Yes | Add square brackets around links. |
| a-showurl | — | Show URLs after links |
| hr-star | Yes | Use “*” signs for HR |
| hr-hyphen | — | Use “-” signs for HR |
| hr-center | — | Horizontally center the HR |
| code-tick | Yes | Wrap CODE in “`” (backticks) |
| pre-indent | Yes | Left indent PRE elements |
| pre-tick | — | Wraps PRE in “```” |
| pre-tilde | — | Wraps PRE in “~~~” |
| pre-tilde-full | — | Wraps PRE in a full line of “~” |
| del-gfm | — | Wrap DEL in “~~” (GFM style) |
| table-marker | — | Add markers to TABLE (syntax) |
Headings
Defaults: hn-reset
and hn-hash
Note: next examples will all use hn-reset
.
Heading level 1
Heading level 2
Heading level 3
Heading level 4
Heading level 5
Heading level 6
Options: h1-underline
and h2-underline
Underlined H1
Underlined H2
Underlined titles cannot be centered with text-align:center
. You will need to use auto margins:
Underlined H1
Underlined H2
Note that titles on two lines may not look that great:
A long title: Possimus officia, ducimus nihil beatae dolore vitae, perspiciatis ex quaerat placeat, perferendis
Lists
Default: ol-decimal
- This is a list.
- With a second item.
- Nested lists work too.
- This is so cool.
- And a third one.
Option: ol-zero
- This is a list.
- With a second item.
- And a third one.
Option: ol-alpha
- This is a list.
- With a second item.
- And a third one.
Default: ul-hyphen
- This is a list.
- With a second item.
- Nested lists work too.
- This is so cool.
- And a third one.
Option: ul-star
- This is a list.
- With a second item.
- And a third one.
Option: ul-plus
- This is a list.
- With a second item.
- And a third one.
Blockquotes
Default: quote-gt
Saepe blanditiis ratione ipsum tempore quam aspernatur at doloremque deleniti minima commodi. Impedit, assumenda.
Here comes a second paragraph.
Emphasis
Default: em-star
This is literally figurative!
Option: em-underscore
This is literally figurative!
Default: strong-star
This is figurative. Literally.
Option: strong-underscore
This is figurative. Literally.
Links
Default: a-bracket
Fly me to the moon, and let me play among the stars. Let me see what spring is like on a-Jupiter and Mars.
Option: a-showurl
Fly me to the moon, and let me play among the stars. Let me see what spring is like on a-Jupiter and Mars.
Horizontal rules
Default: hr-star
Option: hr-hyphen
Option: hr-center
Code and code blocks
Default: code-tick
Some inline code: var someCode = 'lulz'
.
Default: pre-indent
A paragraph.
pre {
margin-left: 3ch;
tab-size: 4;
}
Another paragraph.
Option: pre-tick
A code block
Option: pre-tilde
A code block
Option: pre-tilde-full
A code block
Other
Option: del-gfm
This is a mistake awesome.
Tables
Option: table-marker
Not too bad for column headers:
| Col 1 | Col 2 | Col 3 |
|---|---|---|
| Lorem ipsum | Dolor sit amet | Consectetur adipisicing elit |
| Quae enim corrupti | Excepturi laudantium molestiae nam | Repellat ab nostrum, est tempora minus dolores magni voluptatibus? |
Row headers don’t have markers:
| Row 1 | Lorem ipsum | Dolor sit amet | Consectetur adipisicing elit |
|---|---|---|---|
| Row 2 | Quae enim corrupti | Excepturi laudantium molestiae nam | Repellat ab nostrum, est tempora minus dolores magni voluptatibus? |
Multiplication table! (Text alignment not managed by ReMarkdown.)
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | |
|---|---|---|---|---|---|---|---|---|---|---|
| 1 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 |
| 2 | 2 | 4 | 6 | 8 | 10 | 12 | 14 | 16 | 18 | 20 |
| 3 | 3 | 6 | 9 | 12 | 15 | 18 | 21 | 24 | 27 | 30 |
| 4 | 4 | 8 | 12 | 16 | 20 | 24 | 28 | 32 | 36 | 40 |
| 5 | 5 | 10 | 15 | 20 | 25 | 30 | 35 | 40 | 45 | 50 |
| 6 | 6 | 12 | 18 | 24 | 30 | 36 | 42 | 48 | 54 | 60 |
| 7 | 7 | 14 | 21 | 28 | 35 | 42 | 49 | 56 | 63 | 70 |
| 8 | 8 | 16 | 24 | 32 | 40 | 48 | 56 | 64 | 72 | 80 |
| 9 | 9 | 18 | 27 | 36 | 45 | 54 | 63 | 72 | 81 | 90 |
| 10 | 10 | 20 | 30 | 40 | 50 | 60 | 70 | 80 | 90 | 100 |


Solution #2, set box-sizing: border-box;
Setting the input element to use box-sizing of border box will line up the elements.
Rationale: browser default styling for almost every element is content-box. The defaut box-sizing on button elements is "border-box".
Understanding the box model and "box-sizing" is critical measuring values and controlling layout.
By setting the text input's box-sizing model to "border-box", we are instructing the "width" property to ignore any padding.
When writing your CSS, it's a good idea to start with the following in your CSS. The difference between content and border box is easy to forget, and it's *very* nice to have two elements with width of 50% add up to 100% and not 100% plus border plus padding...
* {
box-sizing: border-box;
}
View the CSS changes inside the "style" tag for solution2.html to see the CSS code for this fix.


Nested dissection by METIS/ParMETISThese methods produce orderings for various applications (e.g., reducing fill in sparse matrix factorizations). Ordering is accessed through calls to Zoltan_Order.
Nested dissection by Scotch/PT-Scotch
Local ordering with Hilbert space filling curves
| Parameters: | |
| ORDER_METHOD | The order algorithm used by Zoltan is specified by this parameter.
Valid values are
"METIS" (sequential nodal nested dissection by METIS), |
| Default Values: | |
| ORDER_METHOD = PARMETIS (with MPI), METIS (when no MPI) |


Menu Operations
Menu
Up
Down
Left
Right
Enter
Exit
Channel Select
1
2
3
4
5
6
7
8
9
-
0
Info
Enter
-0 FOR SD
-1 FOR HD
Clear
Up
Prev
Down
Power
On
Off
Audio
Up
Down