What is Coding?
Coding means telling the computer what you want it to do in a language that it can understand.
Define different Methods of thinking like a programmer
There are 5 different types of thinking as follows:
1)Procedural Thinking- Dividing a primary goal/step into multiple small goals/steps that a coputer can understand and process.
2)Abstract Thinking- Thinking in terms of abstract and general principles to identify similarity between different things.
3)Systematic Debugging- Methodically identify the problem and find the root cause of the problem to resolve it.
4)Technological Empathy- Understanding how the computer interpets thing.
5)Systems Thinking- Breaking down a broader idea into its component pieces.
Explain how Web works?
Web can be defined as number of computers communicating between each other to send and receive data.
For example- If you go to web page like udacity .com, the computer sends a HTTP Request to a Server, which looks for the desired HTML document and sends back the Response to your Web Browser, which then interprets the data and shows it on your screen. Graphical overview of how Web works can be found here.
What is HTML?
HTML stands for Hyper Text Markup Language and it is made of
-text content:What we see
-markup:What it looks like
-references to other documents:Like images, videos etc
-links to other pages:From where you can navigate to other web page
Tags and Elements
HTML documents are made of HTML elements. This HTML elements can have attributes, which provide additional information about the element and are always specified in the Start Tag and comes in name/value pairs like name = "value". When writing HTML, we tell browsers the type of each element by using HTML tags. This video explains the distinction well.
Inline vs Block Elements
Most of the HTML elements are defined as Inline or Block element. The major difference between Inline and Block elements is that a Block element forms a invisible block around the content in them and the block can have height and width.
How do you feel after this assingment?
After finishing this assingment I feel like
How the websites work?
HTML controls the Structure of the Web
CSS controls the Style of the Web
Javascript contorls the Interacting Components
Using Developer Tools in the Browser to check HTML Structure AND CSS Styliing
If we press on the Developer Tools from settings of a Browser, we can see the HTML Structure and CSS Styling of the web page. And as HTML Elements are either inline or block, and as an invisible Box is created around the contents of Block Elements, we can see the boxes on web page when we move our cursor on the elements in developer tool window.
What is the Tree-Like Structure of HTML?
It is the Branching Structure of HTML document. What this means is, we can have a ''Parent Tag", which can have multiple "Child Tags". and each "Child Tag" can have "Multiple Child Tags" and so on...
Approach to start working on building a new website
The approach to start working on building a new website can be summarizex as follows: 1) Print the mock design you got from your Graphic Designer. 2) Consider the whole printed Page as One Big BOX. 3) Then Split the One Big BOX into multiple Smaller Boxes that you think you will use while building the website. The basic Idea here is to move from big to small. 4) Create a blue print of your webpage and more detailed Contents and Styles can be added later.


I'm baby taxidermy gastropub VHS air plant lumbersexual street art narwhal succulents ugh salvia chicharrones tilde. Chambray poke tousled bitters disrupt you probably haven't heard of them pabst farm-to-table etsy snackwave. Whatever ennui tilde coloring book sartorial truffaut lomo hot chicken air plant waistcoat kinfolk tbh craft beer before they sold out meh. Bespoke lomo seitan godard kale chips. Cardigan cold-pressed street art kale chips waistcoat activated charcoal raclette readymade shoreditch irony.
Raw denim aesthetic unicorn leggings, vegan shoreditch helvetica readymade fam truffaut edison bulb art party iPhone typewriter. Unicorn tofu pok pok 3 wolf moon tacos. Man bun iceland farm-to-table ethical. Fixie wolf cloud bread pug locavore viral poke single-origin coffee artisan ramps.


Accessor Spy
Recorded Steps
Accessor
Alternatives
Value/Text
Prefix
Assert
Evaluate Expression:
Sahi Software
Sahi
Java
Ruby


My name is Aakash. I am a...
I live in the Hapur . I like to craft solutions.
Home
web designer
wordpress plugin author
web developer
animator


Your shopping cart is empty.
Welcome to our amigurumi shelter
Cupcake ipsum dolor sit. Amet dessert powder cake pastry pie gummi bears oat cake caramels. Tiramisu pastry icing jelly beans. Apple pie biscuit halvah sugar plum. Brownie cheesecake gummies gummi bears fruitcake powder. Dessert lollipop danish I love cotton candy gummies dragée icing. Caramels marshmallow jujubes I love. Carrot cake halvah I love chocolate cake marshmallow jelly beans macaroon. Cupcake pie sugar plum. Fruitcake croissant chocolate.


1.19 The re Pattern-Matching Module
The re module is the standard regular
expression-matching interface (new in 1.5). Regular expression (RE)
patterns are specified as strings. This module must be
imported.
1.19.1 Module Functions
- compile(pattern [, flags])
-
Compile an RE pattern string into a regular
expression object, for later matching. flags
(combinable by bitwise | operator):
- I or IGNORECASE or (?i)
-
Case-insensitive matching.
- L or LOCALE or (?L)
-
Makes \w, \W,
\b, \B, \s,
\S, \d, and
\D dependent on the current 8-bit locale (default
is 7-bit U.S. ASCII).
- M or MULTILINE or (?m)
-
Matches to each new line, not whole string.
- S or DOTALL or (?s)
-
"." matches all characters,
including newline.
- U or UNICODE or (?u)
-
Makes \w, \W,
\b, \B, \s,
\S, \d, and
\D dependent on Unicode character properties (new
in 2.0).
- X or VERBOSE or (?x)
-
Ignore whitespace in the pattern, outside character sets.
- match(pattern, string [, flags])
-
If zero or more characters at start of string
match the pattern string, returns a corresponding
MatchObject instance, or None if no match.
flags as in compile.
- search(pattern, string [, flags])
-
Scans through string for a location matching
pattern; returns a corresponding MatchObject
instance, or None if no match.
flags as in compile.
- split(pattern, string [, maxsplit=0])
-
Splits string by occurrences of
pattern. If capturing ( ) are
used in pattern, occurrences of patterns or
subpatterns are also returned.
- sub(pattern, repl, string [, count=0])
-
Returns string obtained by replacing the (first count) leftmost
nonoverlapping occurrences of pattern (a string or
an RE object) in string by
repl. repl can be a string or a
function called with a single MatchObject argument, which must return
the replacement string. repl may also include
sequence escapes \1, \2, etc.
to use substrings that matched groups, or \0 for
all.
- subn(pattern, repl, string [, count=0])
-
Same as sub, but returns a tuple:
(new-string,
number-of-subs-made).
- findall(pattern, string)
-
Returns a list of strings giving all nonoverlapping matches of
pattern in string. If one or
more groups are present in the pattern, returns a list of groups. New
in 1.5.2.
- escape(string)
-
Returns string with all nonalphanumerics
backslashed, such that it can be compiled as a string literal.
1.19.2 Regular Expression Objects
RE objects are returned by the re.compile function
and have the following attributes:
- flags
-
The flags argument used when the RE object was
compiled.
- groupindex
-
Dictionary of {group-name:
group-number} in the pattern.
- pattern
-
The pattern string from which the RE object was compiled.
- match(string [, pos [, endpos]])
- search(string [, pos [, endpos]])
- split(string [, maxsplit=0])
- sub(repl, string [, count=0])
- subn(repl, string [, count=0])
- findall( string)
-
Same as earlier re module functions, but
pattern is implied, and pos and
endpos give start/end string indexes for the
match.
1.19.3 Match Objects
Match objects are returned by successful match and
search operations, and have the following
attributes. See the Python Library Reference for additional
attributes omitted here.
- pos, endpos
-
Values of pos and endpos passed
to search or match.
- re
-
RE object whose match or search
produced this.
- string
-
String passed to match or
search.
- group([g1, g2,...])
-
Returns substrings that were matched by parenthesized groups in the
pattern. Accepts zero or more group numbers. If one argument, result
is the substring that matched the group whose number is passed. If
multiple arguments, result is a tuple with one matched substring per
argument. If no arguments, returns entire matching substring. If any
group number is 0, return value is entire matching string; else,
returns string matching corresponding parenthesized group number in
pattern (1...N, from left to right). Group number arguments may also
be group names.
- groups( )
-
Returns a tuple of all groups of the match; groups not participating
in the match have a value of None.
- start([group]), end([group])
-
Indices of start and end of substring matched by
group (or entire matched string, if no
group). If match object M,
M.string[M.start(g):M.end(g)]==M.group(g).
- span([group])
-
Returns the tuple (start(group),
end(group)).
- expand(template)
-
Returns the string obtained by doing backslash substitution on the
template string template, as done by the
sub method. Escapes such as \n
are converted to the appropriate characters, and numeric
backreferences (\1, \2) and
named backreferences (\g<1>,
\g<name>) are replaced by the corresponding
group.
1.19.4 Pattern Syntax
Pattern strings are specified by concatenating forms (see Table 1-18) as well as by character class escapes (see
Table 1-19). Python character escapes (e.g.,
\t for tab) may also appear. Pattern strings are
matched against text strings, yielding a Boolean match result, as
well as grouped substrings matched by subpatterns in parentheses.
<IP_ADDRESS> Example
>>> import re
>>> patt = re.compile('hello[ \t]*(.*)')
>>> mobj = patt.match('hello world!')
>>> mobj.group(1)
'world!'
In Table 1-18, "C" is any character,
"R" is any regular expression form in the left column of
the table, and "m" and "n" are integers. Each
form usually consumes as much of the string being matched as
possible, except for the nongreedy forms (which consume as little as
possible, as long as the entire pattern still matches the target
string).
Table 1-18. Regular expression pattern syntax
.
|
Matches any character (including newline if DOTALL
flag is specified).
|
^
|
Matches start of string (of every line in
MULTILINE mode).
|
$
|
Matches end of string (of every line in MULTILINE
mode).
|
C
|
Any nonspecial character matches itself.
|
R*
|
Zero or more occurrences of preceding regular expression
R (as many as possible).
|
R+
|
One or more occurrences of preceding regular expression
R (as many as possible).
|
R?
|
Zero or one occurrence of preceding regular expression
R.
|
R{m,n}
|
Matches from m to n repetitions
of preceding regular expression R.
|
R*?, R+?, R??, R{m,n}?
|
Same as *, +, and
? but matches as few characters/times as possible;
nongreedy.
|
[...]
|
Defines character set; e.g., [a-zA-Z] matches all
letters (also see Table 1-19).
|
[^...]
|
Defines complemented character set: matches if character is not in
set.
|
\
|
Escapes special characters (e.g., *?+|( )) and
introduces special sequences (see Table 1-19). Due
to Python rules, write as \\ or
r'\\'.
|
\\
|
Matches a literal \; due to Python string rules,
write as \\\\ in pattern, or
r'\\'.
|
R|R
|
Alternative: matches left or right R.
|
RR
|
Concatenation: matches both Rs.
|
(R)
|
Matches any RE inside ( ), and delimits a group (retains matched
substring).
|
(?: R)
|
Same as (R) but doesn't delimit a group.
|
(?= R)
|
Look-ahead assertion: matches if R matches next,
but doesn't consume any of the string (e.g.,
X (?=Y) matches
X if followed by Y.
|
(?! R)
|
Negative look-ahead assertion: matches if R
doesn't match next. Negative of (?=R).
|
(?P<name> R)
|
Matches any RE inside ( ) and delimits a named group (e.g.,
r'(?P<id>[a-zA-Z_]\ w*)'
defines a group named id).
|
(?P=name)
|
Matches whatever text was matched by the earlier group named
name.
|
(?<= R)
|
Positive look-behind assertion: matches if preceded by a match of
fixed-width R.
|
(?<! R)
|
Negative look-behind assertion: matches if not preceded by a match of
fixed-width R.
|
(?#...)
|
A comment; ignored.
|
(?letter)
|
letter is one of "i", "L",
"m", "s", "x", or
"u". Set flag (re.I,
re.L, etc.) for entire RE.
|
In Table 1-19, \b,
\B, \d, \D,
\s, \S, \w,
and \W behave differently depending on flags: if
LOCALE (?L) is used, they
depend on the current 8-bit locale; if UNICODE
(?u) is used, they depend on the Unicode character
properties; if neither flag is used, they assume 7-bit U.S. ASCII.
Tip: use raw strings (r'\n') to literalize
backslashes in Table 1-19 class escapes.
Table 1-19. Regular expression pattern special sequences
\num
|
Matches text of the group num (numbered
from 1)
|
\A
|
Matches only at the start of the string
|
\b
|
Empty string at word boundaries
|
\B
|
Empty string not at word boundary
|
\d
|
Any decimal digit (like [0-9])
|
\D
|
Any non-decimal digit character (like [^0-9])
|
\s
|
Any whitespace character (like [
\t\n\r\f\v])
|
\S
|
Any non-whitespace character (like [^
\t\n\r\f\v])
|
\w
|
Any alphanumeric character
|
\W
|
Any non-alphanumeric character
|
\Z
|
Matches only at the end of the string
|
|


A savings account is one of the simplest types of bank accounts available to consumers, letting you store cash securely and earn interest on your money..
A current account is great for managing your day-to-day money. You can receive regular payments such as wages, benefits, tax credits or pensions into your account, and set up payments out of your account in whichever way you find convenient.
MasterCards features include a no annual fee, rewards and cash back, a low ongoing interest rate or a low introductory interest rate. Mastr card is best used for discounted sales, online ticket bookings.
Visa cards are accepted by businesses in more than 200 countries and territories wide outreach, Best for shopping and international online transactions.
Verve card allows you to conveniently pay for goods and services on all ATMs, as well as POS, Web, Mobile, Kiosk, PC POS, Voice and bank branches connected to the Interswitch network, best suitable for use within nigeria.


---
layout: post
title: "PREDICTION TIME! UFC on FX: Johnson vs. McCall"
tags:
- Prediction Posts
status: publish
type: post
published: true
meta:
_edit_last: "3"
---
PRELIMINARY CARD
Jake Hecht vs. Sean Pierson
Just a hunch. HECHT by DECISION
Bernardo Magalhaes vs. Henry Martinez
Martinez is undersized and managed let slip a split decision to Matt Riddle his first UFC fight. Now with a full training camp, I think he comes in ready. MARTINEZ by TKO
Caio Magalhaes vs. Buddy Roberts
Black belts usually prevail in guys named Buddy. Plus, I have to pick at least ONE guy named "Magalhes."  Let's go with Means, because he's tall and well.. I have a trip to Atlanta coming up. MEANS by DECISION
Dustin Pague vs. Jared Papazian
Papazian made it a fight with Easton in his last fight, and Pague is years away from that level. PAPAZIAN by TKO
Leonard Garcia vs. Matt Grice
Garcia has to get a win sooner or later. It's sooner. GARCIA by TKO
Seth Baczynski vs. Lance Benoist
Benoist is a young gun with a fair bit of steam . Baczynski finds ways to win. BENOIST by DECISION
Mike Pierce vs. Carlos Eduardo Rocha
Pierce beats everybody but collegiate wrestlers. Rocha looked great in defeat to Ellenberger, and passed every other opponent in his way. Rocha has Brazil in his corner after Pierce's insults, and he's going to be hard to put away. While I think Rocha winning makes for a good story, Pierce plays spoiler. PIERCE by close DECISION
MAIN CARD (FX)
Scott Jorgensen vs. Eddie Wineland
I can't believe these guys haven't faced each other before. Jorgensen went a full 3 with Barao (who nobody wants a piece of) and usually going 3 with a really tough opponent makes you better. Wineland went the full time with both Benavidez and Faber so I guess that maxim is out. I wouldn't put 1 red cent on this one, but I think Jorgensen finally gets around to showing what his purple belt in BJJ is all about. JORGENSEN by SUBMISSION
Josh Neer vs. Mike Pyle
Good scrap in the making here. These guys are basically the same person, with a rift in the space-time continuum allowing the 29 year old Neer to face his 36 year old self (Pyle). Let's go with the youth vote. NEER by SUBMISSION
Charlie Brenneman vs. Erick Silva
Brenneman is a real meat and potatoes kinda fighter and has power-negating wrestling that has served him well in his wins. Erick Silva is a flashy Brazilian wunderkind who got DQ'd in his last fight for strikes to the back of the head. Referee Mario Yamasaki really got roasted for that call and you can argue most of the shots missed, but most is not all, and a few DID sneak through. Silva's got a big chip on his shoulder to dazzle and regain his winning ways. Tough call. Let's bank on the shiny toy and go with Silva, but I wouldn't be surprised to see old fashioned suppressive Greco-Roman Brenneman get it done and if that happens I'm gonna kick myself. SILVA by SUBMISSION
Demetrious Johnson vs. Ian McCall
McCall has more weapons and a bigger bone to pick since the last fight down in Australia was bungled by the judges. He has a vendetta you might say. And because he looks like guy Fawkes, II think he comes in and takes away the W. MCCALL by hard-fought DECISION
LAST CARD RESULTS
John Albert never tapped, so my score should be better. Kim Winslow = terrible ref. Aside from that, I'm ok with my picks. I NAILED the Kampmann- Ellenberger pick.
I'm not messing around here guys, you should listen to me.
7 - 3
ON THE YEAR
80 – 48
63% correct. Put that up against the main pundits and see how it looks.


I am a dynamic figure, often seen scaling walls and crushing ice. I have been known to remodel train stations on my lunch breaks, making them more efficient in the area of heat retention. I translate ethnic slurs for Cuban refugees, I write award-winning operas, I manage time efficiently. Occasionally, I tread water for three days in a row.
I woo women with my sensuous and godlike trombone playing, I can pilot bicycles up severe inclines with unflagging speed, and I cook Thirty-Minute Brownies in twenty minutes. I am an expert in stucco, a veteran in love, and an outlaw in Peru.
Using only a hoe and a large glass of water, I once single-handedly defended a small village in the Amazon Basin from a horde of ferocious army ants. I play bluegrass cello, I was scouted by the Mets, I am the subject of numerous documentaries. When I'm bored, I build large suspension bridges in my yard. I enjoy urban hang gliding. On Wednesdays, after school, I repair electrical appliances free of charge.
I am an abstract artist, a concrete analyst, and a ruthless bookie. Critics worldwide swoon over my original line of corduroy evening wear. I don't perspire. I am a private citizen, yet I receive fan mail. I have been caller number nine and have won the weekend passes. Last summer, I toured New Jersey with a traveling centrifugal-force demonstration. I bat .400. My deft floral arrangements have earned me fame in international botany circles. Children trust me.
I can hurl tennis rackets at small moving objects with deadly accuracy. I once read Paradise Lost, Moby Dick, and David Copperfield in one day and still had time to refurbish an entire dining room that evening. I know the exact location of every food item in the supermarket. I have performed several covert operations for the CIA. I sleep once a week; when I do sleep, I sleep in a chair. While on vacation in Canada, I successfully negotiated with a group of terrorists who had seized a small bakery. The laws of physics do not apply to me.
I balance, I weave, I dodge, I frolic, and my bills are all paid. On weekends, to let off steam, I participate in full-contact origami. Years ago, I discovered the meaning of life but forgot to write it down. I have made extraordinary four course meals using only a mouli and a toaster oven. I breed prizewinning clams. I have won bullfights in San Juan, cliff-diving competitions in Sri Lanka, and spelling bees at the Kremlin. I have played Hamlet, I have performed open-heart surgery, and I have spoken with Elvis.
But I have not yet gone to college.


My name is Cindy
Currently in my third year studying computer engineering at UBC
Proficient in programming languages such as Java, C/C++, C#, HTML, CSS
Interests in software/web development and digital/traditional art
Loves writing lists rather than paragraphs of information
T E C H N I C A L
P R O J E C T S


Item 1. Construct ratios and percentages from raw data in multiple forms, including fractions and decimals, that will be used to interpret information related to school discipline.


Accept offers from sellers and buy directly from fellow users.
You can search by location, payment method, currency and offer type.
Once an offer is accepted a “contract” is created and can be viewed in the app.
Step 1 - Accept an offer and a secure multisig escrow contract is created
Step 2 - Seller deposits Bitcoin in the escrow directly from their wallet
Step 3 - Buyer pays the seller according to the agreed upon payment method
Step 4 - Seller releases Bitcoin from multisig escrow directly to the buyer’s wallet


football
my favourite things
skydiving
football
bungee jumping
pizza
pilau
ugali
the following are
my favourites things
skydiving,football and running


Andre Rogers
Programmer | Developer | Gamer
Home
Portfolio
Thesis - Voxel Rendering
ExtendedToon Shader
Enjin
View Resume
View Recommendations


Change Log: 2.074.0
Download D 2.074.0
released Apr 10, 2017
Runtime changes
Library changes
- Added std.range.bitwise to create a bitwise adapter over an integral type range, consuming the range elements bit by bit.
- Allow a generic function for std.variant.visit.
- Added std.utf.decodeBack which decodes the last UTF code point of given character range.
- Performance improvements for std.algorithm.searching.{min,max}Element
- std.format.formattedWrite now accepts a compile-time checked format string
- New: Checked, a lightweight and highly configurable checked integral
- Added std.traits.hasStaticMember to check whether a symbol is a static member of a type.
- std.experimental.ndslice has been removed
- std.format.formattedRead now accepts ref parameters as input arguments.
- std.stdio.readf now accepts ref parameters as input arguments.
- MersenneTwisterEngine has been updated so that its template signature matches the C++11 standard.
List of all bug fixes and enhancements in D 2.074.0.
Runtime changes
- TypeInfo.init has been @disabled.
TypeInfo.init has been @disabled. Use TypeInfo.initializer instead.
TypeInfo.init is a legacy alias of the method that is now called TypeInfo.initializer. The name change is necessary because the name "init" clashes with the type property of the same name (init).
The legacy alias has been deprecated since 2.072.0. It's going to be removed in 2.075.0.
Library changes
- Added std.range.bitwise to create a bitwise adapter over an integral type range, consuming the range elements bit by bit.
std.range.bitwise creates a bit by bit adapter over an integral type range:
import std.range : bitwise; ubyte[] arr = [3, 9]; auto r = arr.bitwise; r[2] = 1; assert(arr[0] == 7);
- Allow a generic function for std.variant.visit.
If a lambda with a single generic parameter is provided as a handler to std.variant.visit, it is invoked for any type contained in the Algebraic which does not have a handler for that type.
This allows something like:
// Assume Circle, Square, and Triangle all define center() Algebraic!(Circle, Square, Triangle) someShape; auto center = someShape.visit!(x => x.center);
This may be combined with explicitly typed handlers and a single fallback handler for an empty variant:
Algebraic!(int, float, string) something; something.visit!((string s) => s.length, // called for string x => x, // called for int/float () => 0); // called if empty
- Added std.utf.decodeBack which decodes the last UTF code point of given character range.
import std.utf : decodeBack; string text = "サイト"; assert(decodeBack(text) == 'ト'); assert(decodeBack(text) == 'イ'); assert(decodeBack(text) == 'サ'); assert(text.empty);
- Performance improvements for std.algorithm.searching.{min,max}Element
std.algorithm.searching.minElement and std.algorithm.searching.maxElement are now considerably faster (almost 2x in microbenchmarks) as a special path for the identity case is provided. This allows the compiler to make use of SSE instructions.
The exact improvements are:
% dmd -release -O test.d && ./test extremum.before = 54 secs, 12 ms, 347 μs, and 9 hnsecs extremum.after = 29 secs, 521 ms, 896 μs, and 5 hnsecs
% ldc -release -O3 test.d && ./test extremum.before = 13 secs, 186 ms, 176 μs, and 4 hnsecs extremum.after = 2 secs, 241 ms, 454 μs, and 9 hnsecs
- std.format.formattedWrite now accepts a compile-time checked format string
std.format.formattedWrite and related functions now have overloads to take the format string as a compile-time argument. This allows the format specifiers to be matched against the argument types passed. Any mismatch or orphaned specifiers/arguments will cause a compile-time error:
import std.format, std.stdio; auto s = format!"%s is %s"("Pi", 3.14); assert(s == "Pi is 3.14"); writefln!"%c is %s"('e', 1.61); static assert(!__traits(compiles, {s = format!"%l"();})); // missing arg static assert(!__traits(compiles, {s = format!""(404);})); // surplus arg static assert(!__traits(compiles, {s = format!"%d"(4.03);})); // incompatible arg
- New: Checked, a lightweight and highly configurable checked integral
std.experimental.checkedint.Checked is a wrapper around any integral type that inserts checks against common sources of bugs: overflow in operators, mixed-sign comparisons, and casts that lose information.
The example below illustrates the basic use of the facility:
void main() { import std.experimental.checkedint, std.stdio; writeln((checked(5) + 7).get); // 12 writeln((checked(10) * 1000 * 1000 * 1000).get); // Overflow }
By default, all checks are enabled and the program is aborted if any check fails. An implementation based on hooks discoverable by using Design by Introspection allows unbounded customizations of both the checks to do, and the enforcement policy.
- Added std.traits.hasStaticMember to check whether a symbol is a static member of a type.
import std.traits : hasStaticMember; struct S { static int staticVar; int nonstaticVar; } assert( hasStaticMember!(S, "staticVar")); assert(!hasStaticMember!(S, "nonstaticVar"));
- std.experimental.ndslice has been removed
The synchronization between Phobos and Mir turned out to be a high amount of work with little gain. Users of std.experimental.ndslice are advised to switch to the upstream mir-algorithm package.
It comes with a lot of new features
- mir.ndslice.topology - Multidimensional std.range analog. Includes bitwise, bitpack, zip, unzip, map, indexed and many other features.
- mir.ndslice.concatenation - Concatenation and padding
- mir.ndslice.algorithm - Slim multidimensional std.algorithm analog
- mir.ndslice.sorting - Multidimensional sorting utilities
ndslice design was changed. New ndslices can be created on top of random access iterators including pointers. There are three kinds of ndslice:
- Contiguous - Contiguous in memory representation. It does not store strides and can be always flattened to 1 dimensional ndslice on top of the same iterator type.
- Canonical - BLAS like. Stride for row dimension assumed to be equal to 1.
- Universal - Numpy like. Each dimension has strides. All dimensions can be exchanged without reallocation. The old ndslice ABI corresponds to to the Universal ndslice.
- std.format.formattedRead now accepts ref parameters as input arguments.
When std.format.formattedRead is used with ref parameters it is @safe. For compatibility it's still possible to use std.format.formattedRead with pointers:
import std.format; void main() { string text = "1 2 3"; int a, b, c; formattedRead(text, "%d %d %d", a, b, c); // pointers can still be used formattedRead(text, "%d %d %d", &a, &b, &c); // and even combined: formattedRead(text, "%d %d %d", a, &b, c); }
- std.stdio.readf now accepts ref parameters as input arguments.
import std.stdio : readf; void main() { // assume every line from stdin is similar to "1 2 3"; int a, b, c; readf(" %d %d %d", a, b, c); // pointers can still be used readf(" %d %d %d, &a, &b, &c); // and even combined: readf(" %d %d %d, a, &b, c); }
- MersenneTwisterEngine has been updated so that its template signature matches the C++11 standard.
MersenneTwisterEngine has been updated so that its template signature matches the C++11 standard (adding two new template parameters, an extra tempering parameter d and the initialization multiplier f).
Handling of the word size w has been fixed so that the generator will now properly handle cases where it is less than the number of bits in the chosen UIntType. This has been validated against the behaviour of a widely-used implementation of the C++11 standard.
For anyone using the standard template instantiation Mt19937 this will have no noticeable effect. However, these will be breaking changes for anyone using the MersenneTwisterEngine template directly.
The internal implementation has been reworked to use Ilya Yaroshenko's highly optimized algorithm from mir-random. This should have a very noticeable positive effect for anyone who cares about generating a lot of random numbers quickly.
A new Mt19937_64 template instantiation has been added, corresponding to the standard 64-bit implementation of the algorithm (MT19937-64). This fixes https://issues.dlang.org/show_bug.cgi?id=10900.
List of all bug fixes and enhancements in D 2.074.0:
DMD Compiler regressions
- Bugzilla 15947: [REG 2.069.0?] simple multithreaded program + "-profile=gc" = crash
- Bugzilla 16680: dmd doesn't use druntime optimized versions of subtraction array operations
- Bugzilla 17117: [REG2.073] erroneous "escaping reference to local variable"
- Bugzilla 17123: [REG 2.073] Issues with return @safe inference
- Bugzilla 17291: [REG 2.074-b1] windows: invalid relocation entries
- Bugzilla 17292: [REG 2.069] Windows: dmd causes "out of memory" when using less than 2GB of memory
DMD Compiler bugs
- Bugzilla 6400: opDispatch with WithStatement
- Bugzilla 15428: __traits(compiles, super()) cause error "multiple constructor calls" later
- Bugzilla 15616: missing candidate in error message
- Bugzilla 15676: The compiler does not preserve @disable while generating .di files
- Bugzilla 16083: AliasSeq loses type of enums that have the same value
- Bugzilla 16245: the message emitted when a const function mutates members is misleading
- Bugzilla 16346: Enum used as a constructor evaluates to the underlying type, not to the enum type.
- Bugzilla 16355: __xpostblit incorrectly generated for a struct with a zero-length static array
- Bugzilla 16382: Passing &this as a CT parameter seg faults dmd
- Bugzilla 16483: ICE in expression.d from typeof
- Bugzilla 17049: [scope] member methods not escape checked like free functions
- Bugzilla 17057: trait "allMembers" incorrectly includes imports
- Bugzilla 17076: [scope] compiling identity function template with -dip1000 causes error
- Bugzilla 17086: DMD segfault with multiple template matches and invalid code
- Bugzilla 17255: Warning when compiling ddmd.backend/ptrntab.c about type-punning
DMD Compiler enhancements
- Bugzilla 14859: static declared array with more than 16MB size should be allowed in struct and class declaration
- Bugzilla 16513: Speed up TemplateInstance.findExistingInstance hash
- Bugzilla 16697: Extend IsExpression to accept __vector as a TypeSpecialization
- Bugzilla 17111: DMD accepts switch statement with non-const case variables
Phobos regressions
- Bugzilla 17282: [REG 2.074.0-b1] std.conv.parse throws with -debug
Phobos bugs
- Bugzilla 8260: * used three or more times on an array inside std.format.formattedRead and not guarded by template constraint
- Bugzilla 8471: std.stdio.readf should be @trusted
- Bugzilla 9615: std.conv.parse!(T[]) fails on trailing comma
- Bugzilla 11703: Typedef properties should not be of the original type
- Bugzilla 13619: std.container.array capacity not updated when length increases
- Bugzilla 16342: std.algorithm.fill can't fill a char[]?
- Bugzilla 16442: FrontTransversal fails with empty ranges
- Bugzilla 16564: KRRegion.empty sometimes returns Ternary.no
- Bugzilla 16642: byCodeUnit doesn't work AutodecodableStrings unless they're actually strings or alias a variable that's a string
- Bugzilla 16824: std.experimental.allocator.dispose leaks memory for arrays of more than 1 dimension
- Bugzilla 17075: ctRegex BacktrackingMatcher.prevStack: free(): invalid pointer
- Bugzilla 17102: std.write.file generates a segmentation fault when the file name is a string with a default value
- Bugzilla 17116: std.typecons.ReplaceType is not able to process const delegate
- Bugzilla 17153: std.container.array.Array cannot be used in @nogc code
- Bugzilla 17154: std.conv.toChars doesn't support $ in slicing
- Bugzilla 17157: ctRegex.matchAll doesn't set last item in Captures
- Bugzilla 17177: AutoImplement fails on function overload sets with "cannot infer type from overloaded function symbol"
- Bugzilla 17217: std.net.isemail.isEmail doesn't work with non char arrays
- Bugzilla 17229: File.byChunk (ubyte) w/ stdout.lockingTextWriter corrupts utf-8 data (and is very slow)
- Bugzilla 17243: std.math.{FloatingPointControl,ieeeFlags} don't work on x86_64
- Bugzilla 17247: std.bitmanip.read should not assume sliceable range is assign-copyable to ubyte[].
Phobos enhancements
- Bugzilla 10900: Mersenne Twister should have a 64-bit (ulong) version
- Bugzilla 13017: opEquals for null std.typecons.Nullable
- Bugzilla 16281: std.format.formattedRead should use ref instead of requiring pointers
- Bugzilla 16323: std.utf.decodeBack
- Bugzilla 16736: Retrieving cUrl time values is quite cumbersome
Druntime regressions
- Bugzilla 17130: [Reg 2.074] ambiguous implicit super call when inheriting core.sync.mutex.Mutex
Druntime bugs
- Bugzilla 16470: Segfault with negative array length
Druntime enhancements
- Bugzilla 8411: core.time: No easy way to check if Duration is empty
dlang.org bugs
- Bugzilla 17115: [404 Not Found] std.concurrencybase
dlang.org enhancements
- Bugzilla 16991: Make writeln documentation palatable
Tools bugs
- Bugzilla 17139: [BLOCKING] dscanner needs to handle 'scope' function attributes


java.lang.Thread.sleep()
methods that occur
within a synchronized
block or method.
sleep()
within a
synchronized
block may result in decreased performance, poor scalability, and possibly
even deadlocking. Consider using wait()
instead,
as it will release the lock held.
Example:
synchronized (lock) {
Thread.sleep(100);
}


How to share reminders on an iPhone with iOS 13, and collaborate on lists with others in the Reminders app, Business Insider - Business Insider Singapore
by Marissa Perino, Business Insider US- You can easily share reminders on your iPhone with friends and family through the “Add People” option in the Reminders app if your device is running iOS 13.
- The Reminders app is helpful for making checklists for group events – such as birthday parties or family reunions – or shared tasks such as grocery shopping.
- Visit Business Insider’s homepage for more stories.
Making lists on your iPhone is an easy way to stay organized – but it’s even more helpful when you can share them.
Reminders is one of the apps that come pre-downloaded on your iPhone (along with Calendar, Notes, and others), and you can sync these apps across devices using iCloud to access your checklists anywhere.
In addition to checking off and organizing items, you can easily share your lists with friends and family if your iPhone is running iOS 13. This “Add People” option is helpful for group events – such as birthday parties or family reunions – or shared tasks such as grocery shopping.
The Reminders app gives you the option to share the link directly by copy and pasting, or by sending an invitation to edit the list through iMessage, Mail, or social media.
Here’s how to share a list.
Check out the products mentioned in this article:
iPhone 11 (From $699.99 at Best Buy)
How to share reminders on an iPhone
1. Open the Reminders app on your iPhone.
2. You’ll find all of your lists on the homepage, along with scheduled tasks for the day and flagged items. Tap on the list you want to share.
3. Once the list is open, tap the three dots in the upper right-hand corner.
4. Tap on “Add People” in the pop-up menu.
5. This will bring you to the “Add People” page. Choose how you would like to send an invitation to edit your list.
6. You can share your list via iMessage, Mail, social media, or by simply copy and pasting the link. The easiest and perhaps most common options are sending by message or email.
7. These two options will require you to enter the contact name or names. You can also manually enter a phone number or email address.
8. Press the blue arrow to send your message or email.
9. If the invitation is successfully sent, your checklist will now say “Your list is now shared” or “Shared with Unknown” under its title.
10. You can continually check back on invited contacts after sharing. Tap the three dots in the upper right hand corner again.
11. Tap “View Participants.” (You can also edit the list name or delete the entire list here.)
12. On this page, you’ll find the owner and the invited participants. You can also use this page to add more people, copy the link directly, or stop sharing.
13. Tap the gray “X” in the upper right hand corner to return to your list.
Related coverage from How To Do Everything: Tech:
-
‘Why won’t my iPhone update to iOS 13?’: How to troubleshoot iPhone updating issues in 4 ways
-
iOS 13 lets you automatically close tabs in the Safari browser on an iPhone after a set period of time – here’s how to do it
-
iOS 13 has a new feature that limits the data usage on your iPhone – here’s how to use Low Data Mode
-
How to copy and paste using gestures on an iPhone with iOS 13, and edit text in an instant


RightWay always focus the best quality that can be produced and a unique collection of items. At Rightway, we work collectively to bring the best idea forward for you. Our goal is to prepare unique items with great fabric quality because people start to judge by looking at you. The cloth used is not mere fabric for us, we treat it like an artist treats his canvas; with the love, respect and dedication that it deserves.
At Rightway, we work collectively to bring the best idea forward for you. Our goal is to prepare unique items with great fabric quality because people start to judge by looking at you. The cloth used is not mere fabric for us, we treat it like an artist treats his canvas; with the love, respect and dedication that it deserves.
RightWay always focus the best quality that can be produced and a unique collection of items. At Rightway, we work collectively to bring the best idea forward for you. Our goal is to prepare unique items with great fabric quality because people start to judge by looking at you. The cloth used is not mere fabric for us, we treat it like an artist treats his canvas; with the love, respect and dedication that it deserves.
At Rightway, we work collectively to bring the best idea forward for you. Our goal is to prepare unique items with great fabric quality because people start to judge by looking at you. The cloth used is not mere fabric for us, we treat it like an artist treats his canvas; with the love, respect and dedication that it deserves.


Convicted of a Crime:
{{ @longAnswers['conviction'] }}
Availability to present:
{{ @longAnswers['availability'] }}
Education:
{{ @longAnswers['education'] }}
Work/Volunteer experience:
{{ @longAnswers['experience'] }}
Languages they speak fluently:
{{ @longAnswers['languages'] }}
Age range of applicant:
{{ @longAnswers['age'] }}
Their, or their family member’s, current diagnosis:
{{ @longAnswers['diagnosis'] }}
Comfortable with self-disclosure:
{{ @longAnswers['self_disclosure'] }}
Able to maintain a positive outlook and talk about their
experience without “going negative”:
{{ @longAnswers['positive_outlook'] }}
Willing to undergo a background check:
{{ @longAnswers['background_check'] }}
Why they want to be an Ending the Silence Presenter:
{{ @longAnswers['why_want'] }}
Experience as young person with a mental illness:
{{ @longAnswers['mental_experience'] }}
What they shared to create a more supportive experience
for students with mental illness:
{{ @longAnswers['support_experience'] }}
What recovery in relation to mental illness means to
them:
{{ @longAnswers['recovery'] }}
Views on the roles of teachers and parents in the school
setting:
{{ @longAnswers['view_roles'] }}


<cpu> element
More...
#include <Cpu.hpp>
|
| value< STR,ELEMENT > | name |
| | <name> element More...
|
| |
| value< STR,ELEMENT > | revision |
| | <revision> element More...
|
| |
| value< Endian,ELEMENT > | endian |
| | <endian> element More...
|
| |
| value< bool,ELEMENT > | mpuPresent |
| | <mpuPresent> element More...
|
| |
| value< bool,ELEMENT > | fpuPresent |
| | <fpuPresent> element More...
|
| |
| value< bool,ELEMENT > | fpuDP |
| | <fpuDP> element More...
|
| |
| value< bool,ELEMENT > | dspPresent |
| | <dspPresent> element More...
|
| |
| value< bool,ELEMENT > | icachePresent |
| | <icachePresent> element More...
|
| |
| value< bool,ELEMENT > | dcachePresent |
| | <dcachePresent> element More...
|
| |
| value< bool,ELEMENT > | itcmPresent |
| | <itcmPresent> element More...
|
| |
| value< bool,ELEMENT > | dtcmPresent |
| | <dtcmPresent> element More...
|
| |
| value< bool,ELEMENT > | vtorPresent |
| | <vtorPresent> element More...
|
| |
| value< uint32_t,ELEMENT > | nvicPrioBits |
| | <nvicPrioBits> element More...
|
| |
| value< bool,ELEMENT > | vendorSystickConfig |
| | <vendorSysticConfig> element More...
|
| |
| value< uint32_t,ELEMENT > | deviceNumInterrupts |
| | <deviceNumInterrupts> element More...
|
| |
| value< uint32_t,ELEMENT > | sauNumRegions |
| | <sauNumRegions> element More...
|
| |
| value< SAURegionsConfig< STR >,ELEMENT > | sauRegionsConfig |
| | <sauRegionsConfig> element More...
|
| |
template<typename STR = std::string>
struct nodamushi::svd::Cpu< STR >
<cpu> element
- See also
- nodamushi::svd::Device
-
http://www.keil.com/pack/doc/CMSIS/SVD/html/elem_cpu.html
Definition at line 96 of file Cpu.hpp.
◆ dcachePresent
template<typename STR = std::string>
<dcachePresent> element
Definition at line 119 of file Cpu.hpp.
◆ deviceNumInterrupts
template<typename STR = std::string>
<deviceNumInterrupts> element
Definition at line 131 of file Cpu.hpp.
◆ dspPresent
template<typename STR = std::string>
<dspPresent> element
Definition at line 115 of file Cpu.hpp.
◆ dtcmPresent
template<typename STR = std::string>
<dtcmPresent> element
Definition at line 123 of file Cpu.hpp.
◆ endian
template<typename STR = std::string>
<endian> element
Definition at line 107 of file Cpu.hpp.
◆ fpuDP
template<typename STR = std::string>
<fpuDP> element
Definition at line 113 of file Cpu.hpp.
◆ fpuPresent
template<typename STR = std::string>
<fpuPresent> element
Definition at line 111 of file Cpu.hpp.
◆ icachePresent
template<typename STR = std::string>
<icachePresent> element
Definition at line 117 of file Cpu.hpp.
◆ itcmPresent
template<typename STR = std::string>
<itcmPresent> element
Definition at line 121 of file Cpu.hpp.
◆ mpuPresent
template<typename STR = std::string>
<mpuPresent> element
Definition at line 109 of file Cpu.hpp.
◆ name
template<typename STR = std::string>
◆ nvicPrioBits
template<typename STR = std::string>
<nvicPrioBits> element
Definition at line 127 of file Cpu.hpp.
◆ revision
template<typename STR = std::string>
<revision> element
Definition at line 105 of file Cpu.hpp.
◆ sauNumRegions
template<typename STR = std::string>
<sauNumRegions> element
Definition at line 133 of file Cpu.hpp.
◆ sauRegionsConfig
template<typename STR = std::string>
<sauRegionsConfig> element
Definition at line 135 of file Cpu.hpp.
◆ vendorSystickConfig
template<typename STR = std::string>
<vendorSysticConfig> element
Definition at line 129 of file Cpu.hpp.
◆ vtorPresent
template<typename STR = std::string>
<vtorPresent> element
Definition at line 125 of file Cpu.hpp.
The documentation for this struct was generated from the following file:


Organized, team-oriented, and highly adaptable professional with international experience. Enjoys evaluating multiple methods to reach optimal solutions with the end goal being to connect and increase awareness and understanding of others. Passionate about using programming to create dynamic web applications to increase the interdependence of the world. Desire to enter the field as a full-stack developer in order to showcase my proficiency in React.js and Node.js to simplify interactions between the logic and appearance of software.
See MorePersistent Data Storage
Server framework powering web-applications and APIs
JavaScript Library
Server-side JavaScript


Fly the W!
Cubs Trivia!
cached
Find Today's Cubs News
cached
Get Random Facts
list
Show Articles
Results


As of 9:57 p.m., Edwards won 58.58% of the vote throughout the district, with only 43.49% of the votes coming from Athens specifically. His opponent, Tanya Conrath, had 13,063 votes by that time.
Prior to the results of the election being finalized, Edwards said he was feeling confident about the outcome of the election and that this would be his biggest win so far.
“I’m very humbled by the voters here in Southeastern Ohio,” he said.
Conrath could not be reached for comment at the time of publication.
Jay Edwards was born in Southeast Ohio, graduating from Nelsonville-York High School in 2007 and afterward attending Ohio University.
Among the many issues that Edwards has focused on over his past three terms, an important one was his focus on protecting the local economy.
According to his website, Edwards said he believes too many people are driving too far for a paycheck, and he hopes to build the local economy. In 2020, he sent a letter to Ohio University after the university laid off and furloughed many of its staff members as a part of a budget-balancing plan.
“I continue to have serious concerns with Ohio University balancing its budget on the backs of staff. I understand sometimes tough choices have to be made, however, when I see Southeast Ohio residents disproportionately impacted while higher-paid employees, mostly from outside of our area and working only a few hours a week, are spared, it raises serious red flags,” Edwards wrote on his Facebook page.
Edwards also recently received the National Association of Mental Illness Legislator of the Year award.
“I successfully fought for MILLIONS of dollars to be spent on youth crises centers and places like the Adam-Amanda Rehabilitation Center in Athens,” Edwards said in a Facebook post.


Content box gives default box sizing.for e.g. if width is set as 100px, then the content will be 100px wide as well. Border/padding will be added to the final width


/**
* @ngdoc Directives
* @name submit-button
*
* @description
* Displays a submit <button> component that is automatically disabled when a form is invalid or in the process of submitting.
*
* @param {String} class Optional CSS class names to apply to button component.
* @param {Boolean} disable Disable button.
* (Note the name is disable and not disabled to avoid collisions with the HTML5 disabled attribute).
* @param {String} icon Optional CSS class to display as a button icon.
* @param {String} label Button label.
* HTML is allowed for this attribute.
*
* @example
* // Here is a simple submit button with an icon:
* <submit-button label="Sign Up" icon="fa fa-user"></submit-button>
*
* // You can use your own <button> components within a formFor as well.
* // If you choose to, it is recommended that you bind your buttons disabled attribute to a disabledByForm scope property (managed by formFor) as follows:
* <form form-for="formData">
* <button ng-disabled="disabledByForm">Submit</button>
* </form>
*/
angular.module('formFor').directive('submitButton',
function($log, $sce) {
return {
require: '^formFor',
restrict: 'EA',
templateUrl: 'form-for/templates/submit-button.html',
scope: {
disable: '@',
icon: '@',
label: '@'
},
link: function($scope, $element, $attributes, formForController) {
$scope['class'] = $attributes['class'];
$scope.$watch('label', function(value) {
$scope.bindableLabel = $sce.trustAsHtml(value);
});
formForController.registerSubmitButton($scope);
}
};
});


GiansNotes
These are my notes for classes.
ICS 332
Computer Architecture Overview
Module 3 - OS Overview and Interfaces: OS Overview
Module 3: OS Overview and Interfaces (OS Services, Interfaces, Designs)
Module 4 - Processes: Process Abstraction
Module 4 - Processes: Process API
Module 4 - Processes: Process Mechanisms
Module 4 - Processes: Inter-Process Communications (IPC)
Module 5 - Threads
Module 6 - Scheduling: Scheduling Basics
Module 6 - Scheduling: Advanced Scheduling
Module 7 - Synchronization: Race Conditions
Module 7 - Synchronization: Deadlocks
All Notes From Module 2-Module 7 Compiled (Midterm)
Module 9 - Main Memory: Address Virtualization
Module 9 - Main Memory: Swapping
Module 9 - Main Memory: Dynamic Linking and Loading
Module 10 - Counting and Addressing
Module 11 - Paging Issues and Solutions
Module 11 - Page Faults and Replacement (Part 1)
Module 11 - Page Faults and Replacement (Part 2)
Module 12 - Introduction to Distributed Computing
Module 13 - Mass Storage
All Notes from Module 9-Module 13 Compiled (Finals)
PHYS 152
18.1 - 18.2: Electric Charge, Conservation of Charge, Electric Force, Induced Charge; 18.6: Electrostatic Forces between Molecules


The HeapCallback module enables users to provide a custom heap
implementation by providing callback functions that will be invoked
by HeapCallback for the various heap management functions.
The user-supplied HeapCallback.initInstFxn is called during boot time to
initialize any HeapCallback objects that were created in the .cfg file.
The user-supplied HeapCallback.createInstFxn is called during runtime
for any calls to HeapCallback_create(). Both of these functions return
a context value (typically a pointer to an object managed by the
user-supplied heap code). This context value is passed to subsequent
user allocInstFxn, freeInstFxn, etc. functions.
HeapCallback_alloc(), HeapCallback_free() and HeapCallback_getStats()
call the user-supplied allocInstFxn, freeInstFxn and getStatsInstFxn
functions with the context value returned by initInstFxn or createInstFxn.
HeapCallback_delete() calls the user-supplied instDeleteFxn with the
context returned by the createInstFxn.
Configuration example: The following XDC configuration statements
creates a HeapCallback instance and plugs in the user defined functions.
| typedef HeapCallback_AllocInstFxn |
|
Instance alloc callback function signature
typedef Ptr (*HeapCallback_AllocInstFxn)(UArg,SizeT,SizeT);
DETAILS
This function takes the context return from createInstFxn(), the
size to be allocated and the align value. The return value from
this function is a pointer to the allocated memory block.
| typedef HeapCallback_CreateInstFxn |
|
Instance create callback function signature
typedef UArg (*HeapCallback_CreateInstFxn)(UArg);
DETAILS
HeapCallback.arg is passed as an argument to this function.
The return value from this function (context) will be passed as an
argument to the other instance functions.
| typedef HeapCallback_DeleteInstFxn |
|
Instance delete callback function signature
typedef Void (*HeapCallback_DeleteInstFxn)(UArg);
DETAILS
The context returned from createInstFxn() is passed as an argument to
this function.
| typedef HeapCallback_FreeInstFxn |
|
Instance free callback function signature
typedef Void (*HeapCallback_FreeInstFxn)(UArg,Ptr,SizeT);
DETAILS
This function takes the context returned by createInstFxn() and a
pointer to the buffer to be freed and the size to be freed.
| typedef HeapCallback_GetStatsInstFxn |
|
Instance getStats callback function signature
typedef Void (*
HeapCallback_GetStatsInstFxn)(
UArg,
Memory_Stats*);
DETAILS
This function takes the context returned by createInstFxn() and a
pointer to a memory stats object.
| typedef HeapCallback_InitInstFxn |
|
Instance init callback function signature
typedef UArg (*HeapCallback_InitInstFxn)(UArg);
DETAILS
`
HeapCallback.arg is passed as an argument to this function.
The return value from this function (context) will passed as an
argument to the other instance functions.
| typedef HeapCallback_IsBlockingInstFxn |
|
Instance isblocking callback function signature
typedef Bool (*HeapCallback_IsBlockingInstFxn)(UArg);
DETAILS
The context return from createInstFxn() is passed as an argument to
this function. The return value is 'TRUE' or 'FALSE'.
| config HeapCallback_allocInstFxn // module-wide |
|
User supplied instance alloc function
DETAILS
This function is called when the
HeapCallback.alloc is
called.
This parameter is configured with a default alloc function. The
default alloc function returns NULL.
| config HeapCallback_createInstFxn // module-wide |
|
User supplied instance create function
DETAILS
This function is called when the
HeapCallback.create is
called.
This parameter is configured with a default create function.
The default create function returns 0.
| config HeapCallback_deleteInstFxn // module-wide |
|
User supplied instance delete function
DETAILS
This function is called when the
HeapCallback.delete is
called.
This parameter is configured with a default delete function.
| config HeapCallback_freeInstFxn // module-wide |
|
User supplied instance free function
DETAILS
This function is called when the
HeapCallback.free is
called.
This parameter is configured with a default free function.
| config HeapCallback_getStatsInstFxn // module-wide |
|
User supplied getStat function
DETAILS
This function is called when the
HeapCallback.getStat is
called.
This parameter is configured with a default getStats function.
The default getStats function does not make any changes to stats
structure.
| config HeapCallback_initInstFxn // module-wide |
|
User supplied init function
DETAILS
This function is called in Module startup for statically created
instances. The user-supplied function must not do any memory
allocations or call any module create functions (e.g.,
Semaphore_create()).
This parameter is configured with a default init function. The
default init function returns NULL.
| config HeapCallback_isBlockingInstFxn // module-wide |
|
User supplied isBlocking function
DETAILS
This function is called when the
HeapCallback.isBlocking is
called.
This parameter is configured with a default isBlocking function. The
default isBlocking returns FALSE.
| Module-Wide Built-Ins |
|
// Get this module's unique id
Bool HeapCallback_Module_startupDone();
// Test if this module has completed startup
// The heap from which this module allocates memory
Bool HeapCallback_Module_hasMask();
// Test whether this module has a diagnostics mask
Bits16 HeapCallback_Module_getMask();
// Returns the diagnostics mask for this module
Void HeapCallback_Module_setMask(Bits16 mask);
// Set the diagnostics mask for this module
| Instance Object Types |
|
typedef struct HeapCallback_Object HeapCallback_Object;
// Opaque internal representation of an instance object
// Client reference to an instance object
typedef struct HeapCallback_Struct HeapCallback_Struct;
// Opaque client structure large enough to hold an instance object
// Convert this instance structure pointer into an instance handle
// Convert this instance handle into an instance structure pointer
| Instance Config Parameters |
|
typedef struct HeapCallback_Params {
// Instance config-params structure
// Common per-instance configs
UArg arg;
// User supplied argument for the user supplied create function
} HeapCallback_Params;
// Initialize this config-params structure with supplier-specified defaults before instance creation
| config HeapCallback_Params.arg // instance |
|
User supplied argument for the user supplied create function
DETAILS
This user supplied argument will be passed back as an argument to the
createInstFxn function. It can be used by the
HeapCallback.createInstFxn function at runtime to
differentiate between the multiple Heap instances configured in the
user config script.
The user can skip configuring this argument. In such a case, the
default value 0 will be passed back as an argument to the
createInstFxn function.
| Runtime Instance Creation |
|
// Allocate and initialize a new instance object and return its handle
// Initialize a new instance object inside the provided structure
ARGUMENTS
params
per-instance config params, or NULL to select default values (target-domain only)
eb
active error-handling block, or NULL to select default policy (target-domain only)
| Instance Deletion |
|
// Finalize and free this previously allocated instance object, setting the referenced handle to NULL
// Finalize the instance object inside the provided structure
| HeapCallback_alloc() // instance |
|
Allocates a block of memory from the heap
ARGUMENTS
handle
handle of a previously-created HeapCallback instance object
size
size (in MADUs) of the block
align
alignment (in MADUs) of the block
eb
pointer to error block
DETAILS
This method returns a block of memory from the heap.
It is called by the
xdc.runtime.Memory.alloc() function.
RETURNS
Returns the address of the allocated memory.
| HeapCallback_free() // instance |
|
Free a block of memory back to the heap
ARGUMENTS
handle
handle of a previously-created HeapCallback instance object
block
non-NULL address of allocated block to free
size
size (in MADUs) of the block of memory to free
DETAILS
This method gives back a block of memory to a heap.
It is called by the
xdc.runtime.Memory.free() function.
| HeapCallback_getContext() // instance |
|
Get the context returned from user supplied create function
ARGUMENTS
handle
handle of a previously-created HeapCallback instance object
| HeapCallback_getStats() // instance |
|
Retrieve the statistics from the heap
ARGUMENTS
handle
handle of a previously-created HeapCallback instance object
stats
non-NULL pointer to an output buffer
DETAILS
The caller passes in a pointer to a
xdc.runtime.Memory.Stats
structure and
getStats fills in this structure.
This function is called by the
xdc.runtime.Memory.getStats()
function.
| HeapCallback_isBlocking() // instance |
|
Returns whether the heap may block during an alloc() or
free()
ARGUMENTS
handle
handle of a previously-created HeapCallback instance object
RETURNS
If the heap might block, TRUE is returned.
If the heap does not block, FALSE is returned.
| Instance Convertors |
|
// unconditionally move one level up the inheritance hierarchy
// conditionally move one level down the inheritance hierarchy; NULL upon failure
| Instance Built-Ins |
|
Int HeapCallback_Object_count();
// The number of statically-created instance objects
// The handle of the i-th statically-created instance object (array == NULL)
// The handle of the first dynamically-created instance object, or NULL
// The handle of the next dynamically-created instance object, or NULL
// The heap used to allocate dynamically-created instance objects
// The label associated with this instance object
// The name of this instance object
| config HeapCallback.allocInstFxn // module-wide |
|
User supplied instance alloc function
HeapCallback.allocInstFxn = Ptr(*)(UArg,SizeT,SizeT) '&ti_sysbios_heaps_HeapCallback_defaultAlloc';
DETAILS
This function is called when the
HeapCallback.alloc is
called.
This parameter is configured with a default alloc function. The
default alloc function returns NULL.
C SYNOPSIS
| config HeapCallback.createInstFxn // module-wide |
|
User supplied instance create function
HeapCallback.createInstFxn = UArg(*)(UArg) '&ti_sysbios_heaps_HeapCallback_defaultCreate';
DETAILS
This function is called when the
HeapCallback.create is
called.
This parameter is configured with a default create function.
The default create function returns 0.
C SYNOPSIS
| config HeapCallback.deleteInstFxn // module-wide |
|
User supplied instance delete function
HeapCallback.deleteInstFxn = Void(*)(UArg) '&ti_sysbios_heaps_HeapCallback_defaultDelete';
DETAILS
This function is called when the
HeapCallback.delete is
called.
This parameter is configured with a default delete function.
C SYNOPSIS
| config HeapCallback.freeInstFxn // module-wide |
|
User supplied instance free function
HeapCallback.freeInstFxn = Void(*)(UArg,Ptr,SizeT) '&ti_sysbios_heaps_HeapCallback_defaultFree';
DETAILS
This function is called when the
HeapCallback.free is
called.
This parameter is configured with a default free function.
C SYNOPSIS
| config HeapCallback.getStatsInstFxn // module-wide |
|
User supplied getStat function
HeapCallback.
getStatsInstFxn =
Void(*)(UArg,Memory.Stats*) '&ti_sysbios_heaps_HeapCallback_defaultGetStats';
DETAILS
This function is called when the
HeapCallback.getStat is
called.
This parameter is configured with a default getStats function.
The default getStats function does not make any changes to stats
structure.
C SYNOPSIS
| config HeapCallback.initInstFxn // module-wide |
|
User supplied init function
HeapCallback.initInstFxn = UArg(*)(UArg) '&ti_sysbios_heaps_HeapCallback_defaultInit';
DETAILS
This function is called in Module startup for statically created
instances. The user-supplied function must not do any memory
allocations or call any module create functions (e.g.,
Semaphore_create()).
This parameter is configured with a default init function. The
default init function returns NULL.
C SYNOPSIS
| config HeapCallback.isBlockingInstFxn // module-wide |
|
User supplied isBlocking function
HeapCallback.isBlockingInstFxn = Bool(*)(UArg) '&ti_sysbios_heaps_HeapCallback_defaultIsBlocking';
DETAILS
This function is called when the
HeapCallback.isBlocking is
called.
This parameter is configured with a default isBlocking function. The
default isBlocking returns FALSE.
C SYNOPSIS
| metaonly config HeapCallback.common$ // module-wide |
|
Common module configuration parameters
DETAILS
All modules have this configuration parameter. Its name contains the '$'
character to ensure it does not conflict with configuration parameters
declared by the module. This allows new configuration parameters to be
added in the future without any chance of breaking existing modules.
| Instance Config Parameters |
|
var params = new HeapCallback.Params;
// Instance config-params object
params.arg = UArg 0;
// User supplied argument for the user supplied create function
| config HeapCallback.Params.arg // instance |
|
User supplied argument for the user supplied create function
var params = new HeapCallback.Params;
...
params.arg = UArg 0;
DETAILS
This user supplied argument will be passed back as an argument to the
createInstFxn function. It can be used by the
HeapCallback.createInstFxn function at runtime to
differentiate between the multiple Heap instances configured in the
user config script.
The user can skip configuring this argument. In such a case, the
default value 0 will be passed back as an argument to the
createInstFxn function.
C SYNOPSIS
| Static Instance Creation |
|
var params =
new HeapCallback.
Params;
// Allocate instance config-params
params.config = ...
// Assign individual configs
var inst = HeapCallback.create(params);
// Create an instance-object
ARGUMENTS
params
per-instance config params, or NULL to select default values (target-domain only)
eb
active error-handling block, or NULL to select default policy (target-domain only)


To build a solid web presence, it is imperative that your website be designed well and functions perfectly, yet what’s even more important is it stays online… all the time! Downtime can not only drive away potential customers but also impact overall user experience.
Just imagine: a lead you have been working hard to direct to your website finally decides to check it out but when they try to log on, your website is not available. There is only one plausible outcome of this scenario: you just lost a lead.
Now, unless your target audience is generous with their time and are extremely patient, you cannot afford to have your website going down, even for a few seconds. Did you know 99.9% uptime is a common feature of the websites of the leading brands in the world? Check out Apple’s website at any time of the night or day, and from any corner of the world, and you will find it online.
If you are worried about your website going down and don’t trust your current web host completely, we can help you. Boost Digital has been in the website hosting and management business for a long time and we have helped many companies find the best web hosting solutions which guarantee maximum uptime without any drop in quality of services.
We ensure this by helping you find web hosting solutions which are not only perfect for your needs but also suit your budget. We are always on call should you ever face any issues with your hosting provider.  We want one thing and that is to keep your website online at all times!
Our range of website hosting and management services includes:
Web Hosting: Helping you locate the ideal hosting solution for your needs to ensure your website remains online 24×7, 365, keeping your budget in mind. You can rely on the solutions we suggest, and we will also provide round the clock support should you face any problems.
Domain Management: From registering a domain to ensuring it remains cost-effective, Boost Digital tackles every step of the process. Your domain is the identity of your brand online and we help you get maximum value from it.
IT Support: Any business using computing devices needs IT support to keep its operations up and running. We can provide the support you need to ensure you don’t face any operational downtime.
Google Apps Implementation and Support: We assist you in deploying and implementing Google Apps to support your operations. Using our experience and expertise, we help minimize risk and maximize value from the Google apps you use.
Effective website hosting and management can prove the difference between a boost in sales and a loss of customers. Get in touch with Boost Digital today to discuss your needs.
We are your one-stop shop for comprehensive website design and development services.


Setting up Java on Ubuntu linux and Windows
After setting up Git, node and Cordova one need to get the Java setup done for moving towards getting Ionic ready on Ubuntu linux.
Setting up Java on Ubuntu Linux
Enter the command sudo apt-get install openjdk-7-jdk
. Enter the root password and let the system do it’s tasks.
Enter apt-cache search jdk
Set “JAVA_HOME” and “PATH” environment Variables:
export JAVA_HOME=/usr/lib/jvm/java-7-openjdk
export PATH=$PATH:/usr/lib/jvm/java-7-openjdk/bin
Finished, now just verify the installation by checking the installed version:
javac -version
Installing Java on Windows
Open the setup file downloaded from here
Follow the instructions as shown:
Select installation components - this may be required for servers where specific configurations are needed
Select installation path
Incase you already have Java installed, a warning will be shown


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 6
This recipe uses ready made custard and cake, leaving you time to make some homemade jelly with berries and apple juice.
Put the fruit into a saucepan, add the sugar, then cook gently until the sugar has dissolved and the liquid is slightly syrupy. Remove half of the berries and juice to a bowl, stir in a tablespoon of cassis, then set aside to cool.
Add the apple juice to the fruit in the pan, and bring to a simmer. Taste the fruit, and add a little more sugar if necessary. Remove from the heat, and add the remaining cassis.
Soak the gelatine leaves in a bowl of cold water for five minutes, until soft and floppy. Lift the gelatin from the water and squeeze out the excess liquid.
Add the gelatine to the fruit in the pan and stir until it has completely dissolved. Remove from the heat, and transfer the jelly mix to a bowl. Allow to cool, then chill in the fridge until the mix has set to a softly wobbling jelly.
Cut the madeira cake into 1cm/½in slices. Give the fruity jelly a stir - it should be softly set. Layer the cake, jelly, fruit and juice in the bottom of a trifle dish (roughly 20cm/8in diameter).
For the custard layer, put the mascarpone into a large bowl then add the custard. Whisk together until creamy and smooth. Spoon the custard over the fruit and sponge.
Whip the cream until soft peaks form when you remove the whisk from the mixture.
Spoon the cream over the top of the trifle, starting from the outside and working in. This will avoid the cream sinking into the custard.
Chill the trifle for an hour before serving.
Finish with a scattering of toasted almonds.


3.6. Asymptotic Analysis and Upper Bounds (WORK IN PROGRESS)¶
3.6.1. Asymptotic Analysis and Upper Bounds¶
Despite the larger constant for the curve labeled \(10 n\) in the figure above, \(2 n^2\) crosses it at the relatively small value of \(n = 5\). What if we double the value of the constant in front of the linear equation? As shown in the graph, \(20 n\) is surpassed by \(2 n^2\) once \(n = 10\). The additional factor of two for the linear growth rate does not much matter. It only doubles the \(x\)-coordinate for the intersection point. In general, changes to a constant factor in either equation only shift where the two curves cross, not whether the two curves cross.
When you buy a faster computer or a faster compiler, the new problem size that can be run in a given amount of time for a given growth rate is larger by the same factor, regardless of the constant on the running-time equation. The time curves for two algorithms with different growth rates still cross, regardless of their running-time equation constants. For these reasons, we usually ignore the constants when we want an estimate of the growth rate for the running time or other resource requirements of an algorithm. This simplifies the analysis and keeps us thinking about the most important aspect: the growth rate. This is called asymptotic algorithm analysis. To be precise, asymptotic analysis refers to the study of an algorithm as the input size “gets big” or reaches a limit (in the calculus sense). However, it has proved to be so useful to ignore all constant factors that asymptotic analysis is used for most algorithm comparisons.
In rare situations, it is not reasonable to ignore the constants. When comparing algorithms meant to run on small values of \(n\), the constant can have a large effect. For example, if the problem requires you to sort many collections of exactly five records, then a sorting algorithm designed for sorting thousands of records is probably not appropriate, even if its asymptotic analysis indicates good performance. There are rare cases where the constants for two algorithms under comparison can differ by a factor of 1000 or more, making the one with lower growth rate impractical for typical problem sizes due to its large constant. Asymptotic analysis is a form of “back of the envelope” estimation for algorithm resource consumption. It provides a simplified model of the running time or other resource needs of an algorithm. This simplification usually helps you understand the behavior of your algorithms. Just be aware of the limitations to asymptotic analysis in the rare situation where the constant is important.
<IP_ADDRESS>. Upper Bounds¶
Several terms are used to describe the running-time equation for an algorithm. These terms—and their associated symbols—indicate precisely what aspect of the algorithm’s behavior is being described. One is the upper bound for the growth of the algorithm’s running time. It indicates the upper or highest growth rate that the algorithm can have.
Because the phrase “has an upper bound to its growth rate of \(f(n)\)” is long and often used when discussing algorithms, we adopt a special notation, called big-Oh notation. If the upper bound for an algorithm’s growth rate (for, say, the worst case) is (f(n)), then we would write that this algorithm is “in the set \(O(f(n))\) in the worst case” (or just “in \(O(f(n))\) in the worst case”). For example, if \(n^2\) grows as fast as \(\mathbf{T}(n)\) (the running time of our algorithm) for the worst-case input, we would say the algorithm is “in \(O(n^2)\) in the worst case”.
The following is a precise definition for an upper bound. \(\mathbf{T}(n)\) represents the true running time of the algorithm. \(f(n)\) is some expression for the upper bound.
For \(\mathbf{T}(n)\) a non-negatively valued function, \(\mathbf{T}(n)\) is in set \(O(f(n))\) if there exist two positive constants \(c\) and \(n_0\) such that \(\mathbf{T}(n) \leq cf(n)\) for all \(n > n_0\).
Constant \(n_0\) is the smallest value of \(n\) for which the claim of an upper bound holds true. Usually \(n_0\) is small, such as 1, but does not need to be. You must also be able to pick some constant \(c\), but it is irrelevant what the value for \(c\) actually is. In other words, the definition says that for all inputs of the type in question (such as the worst case for all inputs of size \(n\)) that are large enough (i.e., \(n > n_0\)), the algorithm always executes in less than or equal to \(cf(n)\) steps for some constant \(c\).
Example 3.7.1
Consider the sequential search algorithm for finding a specified value in an array of integers. If visiting and examining one value in the array requires \(c_s\) steps where \(c_s\) is a positive number, and if the value we search for has equal probability of appearing in any position in the array, then in the average case \(\mathbf{T}(n) = c_s n/2\). For all values of \(n > 1\), \(c_s n/2 \leq c_s n\). Therefore, by the definition, \(\mathbf{T}(n)\) is in \(O(n)\) for \(n_0 = 1\) and \(c = c_s\).
Example 3.7.2
For a particular algorithm, \(\mathbf{T}(n) = c_1 n^2 + c_2 n\) in the average case where \(c_1\) and \(c_2\) are positive numbers. Then,
for all \(n > 1\). So, \(\mathbf{T}(n) \leq c n^2\) for \(c = c_1 + c_2\), and \(n_0 = 1\). Therefore, \(\mathbf{T}(n)\) is in \(O(n^2)\) by the second definition.
Example 3.7.3
Assigning the value from the first position of an array to a variable takes constant time regardless of the size of the array. Thus, \(\mathbf{T}(n) = c\) (for the best, worst, and average cases). We could say in this case that \(\mathbf{T}(n)\) is in \(O(c)\). However, it is traditional to say that an algorithm whose running time has a constant upper bound is in \(O(1)\).
If someone asked you out of the blue “Who is the best?” your natural reaction should be to reply “Best at what?” In the same way, if you are asked “What is the growth rate of this algorithm”, you would need to ask “When? Best case? Average case? Or worst case?” Some algorithms have the same behavior no matter which input instance of a given size that they receive. An example is finding the maximum in an array of integers. But for many algorithms, it makes a big difference which particular input of a given size is involved, such as when searching an unsorted array for a particular value. So any statement about the upper bound of an algorithm must be in the context of some specific class of inputs of size \(n\). We measure this upper bound nearly always on the best-case, average-case, or worst-case inputs. Thus, we cannot say, “this algorithm has an upper bound to its growth rate of \(n^2\)” because that is an incomplete statement. We must say something like, “this algorithm has an upper bound to its growth rate of \(n^2\) in the average case”.
Knowing that something is in \(O(f(n))\) says only how bad things can be. Perhaps things are not nearly so bad. Because sequential search is in \(O(n)\) in the worst case, it is also true to say that sequential search is in \(O(n^2)\). But sequential search is practical for large \(n\) in a way that is not true for some other algorithms in \(O(n^2)\). We always seek to define the running time of an algorithm with the tightest (lowest) possible upper bound. Thus, we prefer to say that sequential search is in \(O(n)\). This also explains why the phrase “is in \(O(f(n))\)” or the notation “\(\in O(f(n))\)” is used instead of “is \(O(f(n))\)” or “\(= O(f(n))\)”. There is no strict equality to the use of big-Oh notation. \(O(n)\) is in \(O(n^2)\), but \(O(n^2)\) is not in \(O(n)\).
<IP_ADDRESS>. Simplifying Rules¶
Once you determine the running-time equation for an algorithm, it really is a simple matter to derive the big-Oh expressions from the equation. You do not need to resort to the formal definitions of asymptotic analysis. Instead, you can use the following rules to determine the simplest form.
If \(f(n)\) is in \(O(g(n))\) and \(g(n)\) is in \(O(h(n))\), then \(f(n)\) is in \(O(h(n))\).
If \(f(n)\) is in \(O(k g(n))\) for any constant \(k > 0\), then \(f(n)\) is in \(O(g(n))\).
If \(f_1(n)\) is in \(O(g_1(n))\) and \(f_2(n)\) is in \(O(g_2(n))\), then \(f_1(n) + f_2(n)\) is in \(O(\max(g_1(n), g_2(n)))\).
If \(f_1(n)\) is in \(O(g_1(n))\) and \(f_2(n)\) is in \(O(g_2(n))\), then \(f_1(n) f_2(n)\) is in \(O(g_1(n) g_2(n))\).
The first rule says that if some function \(g(n)\) is an upper bound for your cost function, then any upper bound for \(g(n)\) is also an upper bound for your cost function.
The significance of rule (2) is that you can ignore any multiplicative constants in your equations when using big-Oh notation.
Rule (3) says that given two parts of a program run in sequence (whether two statements or two sections of code), you need consider only the more expensive part.
Rule (4) is used to analyze simple loops in programs. If some action is repeated some number of times, and each repetition has the same cost, then the total cost is the cost of the action multiplied by the number of times that the action takes place.
Taking the first three rules collectively, you can ignore all constants and all lower-order terms to determine the asymptotic growth rate for any cost function. The advantages and dangers of ignoring constants were discussed near the beginning of this section. Ignoring lower-order terms is reasonable when performing an asymptotic analysis. The higher-order terms soon swamp the lower-order terms in their contribution to the total cost as (n) becomes larger. Thus, if \(\mathbf{T}(n) = 3 n^4 + 5 n^2\), then \(\mathbf{T}(n)\) is in \(O(n^4)\). The \(n^2\) term contributes relatively little to the total cost for large \(n\).
From now on, we will use these simplifying rules when discussing the cost for a program or algorithm.


You can access you profile in the following link.
Username: {{donor.email}} Password: {{donor.generatedPassword}}


The Cutting Edge
|
|
| G'day Developers! |
|
Software development can be painful and costly. Hang on, that should say
"Software development IS painful and costly." Well, not always, but it has been
observed that in 1999 "75% of all development projects missed their target
release date or never shipped at all." Projects often fail because clients
think suppliers under-deliver and over-charge. The client and the supplier have
different expectations about the goals of the project. This difference of
opinion often leads to a projects absolute failure...
More on managing expectations
|
|
Cheers until next time,
Adam
SSW Chief Architect and Microsoft Regional Director, Australia
Got a comment for Adam? 696e666f72407373772e636f6d2e6175
|
|
Sydney .NET User Group - The best place to learn
.NET for free in Sydney
|
|
Sydney
.NET User Group
Key Performance Indicators.
|
|
When it comes to your business, there's more to measuring success than profit
and loss. There are a range of Key Performance Indicators (KPI's) that if used
appropriately can be invaluable benchmarks for your business. Ultimately, the
value of KPI's is to help you make wise business decisions. Things like total
sales, number of unit tests written and billable hours can tell you a lot about
your business. In this session Adam will examine how to use OLAP and Microsoft
Data Analyzer to obtain and evaluate the KPI's that are relevant to you
business.
|
|
Figure: Adam in 10 years!
|
|
Wednesday 17th December. 5:45 pm at Microsoft, 1 Epping Road North Ryde
See You There! |
Sorry I can't make it
|
|
SSW Software
Audit
|
|
|
Companies from across the globe have been taking advantage of SSWs software
Audit Services. The common message that is received from clients is that
getting their software built in-house can sometimes lead to a failure to
identify design flaws and architectural insufficiencies. They need an unbiased
second opinion from a knowledgeable source that can make recommendations to
improve the quality of their software.
More on SSW software audits |
|
New Version - SSW Upsizing PRO!
|
|
|
Migrate from Access to SQL Server safely...
If your business is growing and you demand a scalable database solution, upsize
from Access Jet to the robust SQL Server environment. SSW Upsizing PRO!
prepares your Access database so you can convert effortlessly to SQL Server.
Upsizing PRO! will prevent known errors, ensuring a smooth migration.
More on SSW Upsizing PRO!
|
|
Tips
|
|
How do I prevent replication
data errors? - Dave Klein
How do I move items between
folders using CDO? - David Klein
|
|
Advertisment
|
|
|
Entegra
provides a complete record of data activity and changes to database structure
giving you the ability to know who is doing what to your data and databases.
Whether your need for auditing database activity is driven by regulatory
compliance or ongoing operational requirements, Entegra is the answer.
More
|


{% extends 'base_admin.html' %} {% load crispy_forms_tags %} {% block title %}{{msg}} | Lens and Lights at WPI{% endblock %} {% block content %}
Pressing 'Delete This User' below will delete all of the information you see on this page and the user will no longer be listed in the projectionist list.


--- layout: default ---
Hi there! So you are just starting with Rails? That's great! And then this place is for you. It summarizes some of the most important information about Ruby on Rails for your reference. Those things that you tend to forget especially in the beginning like: How do I start the server? and What was that config directory for again?. Furthermore it is directly aimed at beginners so contrary to common concise cheat sheets it contains rather verbose descriptions of some concepts. I think it can be of help for all people who just started with Ruby and Rails, no matter if they are experienced software developers or total beginners. Although it is mainly aimed at the latter group :-)
A word of warning: This is the first release of this cheat sheet so it may contain inaccuracies or even faults. However accuracy isn't the first concern of this cheat sheet. Simplicity is. I want to help people get started with Ruby and Rails, not confuse them with every edge case you can think of.
This is not meant to be a complete guide to Ruby on Rails. If you are looking for more information, I keep a list of good resources for learning Ruby and Rails (among other things) at my blog.
Yes Tom created a repeatable process to create PDFs of this cheat sheet, yay! You can check out the PDF here . Caroline built a single page version with links! I suggest you check both of them out and see which one you like better! However, the first is more up to date.
There may be errors, misspelled words or inaccuracies here. There might be something important missing or something might be confusing. Maybe the design is just sub-par. If you find anything like this: please contact me! You can report issues at github where you also get an overview of the currently known issues. Or if you don't have a github account drop me an email. I will try to fix issues as soon as possible, but if you can and want to you can fix them yourself! Just send a pull request to github repository.
This page is brought to you by some people, who want to provide you with a better learning experience! Here you can find out who they are.
This cheat sheet is proudly brought to you by Tobias Pfeiffer. However please call me Tobi and on the Internet I'm mostly known as PragTob. I originally built this for my Rails Girls Berlin project group, but I believe a lot of people getting into Rails can benefit from it.
If you want to know more about me you can check out my blog, twitter or github!
As open source is awesome, people can jump in and improve things! So here is a little list of awesome contributors:


Google Plus : After One Week
Last week Google released a new service called Google plus which integrates social,group messaging functionalities into one single service . Its Google’s yet another try in social space where they failed miserably with Buzz (anyone remembers? ) and more ambitious Google Wave. Google plus is through invite only, which means you will be not able to directly sign up for the service . It is similar to the invite only model of Gmail when it launched in 2004.
I was lucky enough to get an invite on second day after release and i m playing with it for a week now . This post is all about how i feel about the overall experience and what may be coming next. Though one week is not enough to declare any service success or failure,first impression always matters .
So what I like about Google plus?
###1. Invitation only model is a killer marketing strategy
When google launched Gmail 7 years ago , people were crazy to get an invitation from peers .In every blog,every forum people were requesting for the invitation. Same happening with Google plus. Its natural tendency of people to get attracted which is open only to few people. Its now becoming like status like saying “ Hey I have G+ account” .Even some of the people are selling invites on eBay for 0.99$ !!!.
So making Google plus invitation only Google made sure that people will get excited about new service and it also given them chance to get lot of feedback about the product before opening the product into public.It worked in case of GMail and now its working with Google plus too.
###2. A Fresh start for social strategy
From day one Google made clear that Google plus is new service without any dependency on other Google services. Though it beautifully integrates all Google services it lives in its own sandbox. The biggest problem with Buzz was it totally slowed down the GMail and for extent it was a distraction.So lot of people just disabled Buzz from GMail. But in the case of Google plus , there is no distraction in other google services.
###3. Ubiquitous notification bar
From the launch of Google Plus , all google properties like Google.com,GMail are showing a black notification bar where u get the new notification from Google plus. Its is one of the killer feature of Google plus. In case of other Social networks like Face Book you have to be in the site to know that someone shared something with you. But Google plus notification bars makes is very easy to move between other google services without worrying about missing the notifications. Though now this notification bar is only shown in Google properties I am sure that there will be chrome,FireFox extensions to put the bar above all websites. May be its going to be inter grated into next versions of Chrome. So Google Plus brings ubiquitous notification system of Android to the web.Notification bar not only shows you the notifications it also allows you to comment right away which a is very nice and notable feature.
###4. Mobile from Day one
Google released Google plus Android app on the day of launch.If you ever used Facebook Android app you know it sucks. Its like less powerful version of mobile web app. But Google plus Android app is slick and full functional one like the web counter part. Instant upload feature, which enables you to upload the photos taken on mobile automatically to the Google plus,shows how the application is specifically built for mobile use cases.Even group chatting feature,called as Huddle,which is unique to Android app makes group chatting a joy. So Google plus is solid to use on the Mobile too.
###5. Circles and a holistic approach to UI/UX design
Circles is one biggest feature of Google plus which makes it real Social network. The UI is fantastic. Its no more boring and painful to create groups. Its fun,intuitive and more importantly fully integrated in the service.Google plus encourages you to share only with few people you care rather than share with all nature of Facebook.
Over all user interface and user experience(UX) rocks in Google plus . Right from creating circles, editing profile,uploading pics and changing profile pic is so fun that it encourages you to play with service rather than getting bored.It also shows how much advancement happened in web technologies which enabling to built joyful ,powerful user interfaces on web . Thank you HTML5.
###6. Simple , straight forward privacy
Privacy in Facebook is chaotic. There are so many menus and options it becomes so hard to say who sees your posts. But with Google plus the things are simple . You can tune each part of profile like contact no.,places etc. to your own wish and profile editing experience is very nice . No more boring check boxes and no more submit buttons.Google plus even gives you ability to see how your profile is seen by other people which is similar to twitter and orkut.
##So now the time to say what I miss in Google plus
###1. Why no Hangout in mobile and Huddle in web
Hangout feature in Google plus available only in Web counterpart . Hangouts allows video chat with 10 people at a time.I want it in mobile too. Now, front camera so common in mobile phones (I own Nexus S, which has a front cam) it would have been great to chat right from mobile in hangouts and again it uses Google chat infrastructure and already GChat application supports video chat on Android .It was disappoint to see hangout not available in Android app.
Same holds good with huddle. It would have been great to chat with group from web interface which makes sense since all other group messaging services are allowing you to chat right from web.
I just hope these feature becomes ubiquitous so that we can switch between the interfaces.
###2. No straight forward way to migrate from orkut to Google plus
Orkut is yet another Social network developed by Google few years back. Thought it dint get universal appeal , there are millions people using it especially in Brazil and India. As of now , there is no way to export all the info , photos from orkut to Google plus. If google makes it easy to migrate people and their information from orkut it gives a huge user base to Google plus which is big boost for the service and also Google doesn’t want to maintain lot of social networks .So they should make it very easy to migrate from Orkut to Google plus.
###3. I don’t need sparks . I want my Google Reader.
Google plus has a feature called sparks which makes content discovery easier. But as of now the content discovery is so poor that its not worth using. So i need Google reader kind of functionality which pulls me the right content . So rather than specifying feeds like in Reader , i just want to specify the topics and i want Google plus to pull content from different sources even from my own Reader .So if they integrate Reader itself into Google plus it would be great.
So these are the things what i felt after using the service for one week . I am also want to try to answer the some of questions i come across when I speak about Google plus. So some of them are below.
###Is Google plus is a Facebook Killer ? ( its another way of asking do I have to jump from Facebook to Google plus)
I don’t think Google plus as a Facebook killer. Though it directly competes with Facebook , it not going to beat Facebook at-least for few years. But one thing is clear that Google plus brings very interesting concept to Social networks like circles which may force other social networks to innovate . I think Google plus is similar to Google chrome . Having bigger market share was never the focus with Chrome. It was just to push the browser technology forward. So i think Google plus going to push other social networks to innovate.
###Is Google plus going to be killed similar to Wave and sooner like Buzz? Discontinuing Google wave gave a negative image to Google , people just fear that any new Social attempt by Google might fail. But in the case of Wave, even Google was not sure where its going to be used.Thought it was great technology there was no clear use case for it. But unlike Wave, Google plus has a clear use case which is making online sharing simple . So its just not about technology but it also about what problem exactly its trying to solve . So I think Google plus is going to stay on the horizon unlike Wave.
###Conclusion
So Google plus is new fresh look of the Social networking. Its fun to share with friends by its stellar user interface and so easy to understand concepts. So i think It has a bright future So why you are waiting?? Just request for an invite in comments and then start exploring Google plus. :)


Name: THE FORGOTTEN RIVALRY
Artist: Leonardo da vinci
Discription: Girl Before A Mirror was painted in March 1932. It was produced in the style Picasso was using at the time and evoked an image of Vanity such as had been utilized in art in earlier eras, though Picasso shifts the emphasis and creates a very different view of the image. The work is considered in terms of the erotic in Picasso's art, and critics in different periods have offered their assessments of the work to show a wide range of reactions.read more.
Dimensions:64 x 51 1/4" (162.3 x 130.2 cm)
Price: £59million


to values meant for use against server started with: node ../readme_server.js
node ../readme_server.js
Base URL: MapConfig (see docs):


A development kit is available on my web page. This will let you build more add-ons for BeHappy. If you want to use it, download it and unzip the archive. Launch BeHappy and ask the BeHappy Documentation add-on to do an update. It should use the development kit's documentation instead of BeHappy's.
Please note that if you download a new version of BeHappy, you should also download the new version of the development kit. (they have the same version number)