A dark and graduated Bar chart. The colors are black at the bottom of the
bars graduating to blue towards the top. The background grid is customised
too with the horizontal grid lines having been disabled. Nor are there any
labels. It uses the responsive
function to enable it to
reduce in size on smaller screens.
Another thing to note here is the complete lack of any labels. You don't always need to have labels on your charts, as the meaning may be clear without them - perhaps having a title elsewhere on the page. I wouldn't imagine that these use-cases are very common though - with most cases requiring at least a scale to make sense.
When the screen is smaller, not much happens - there's no text to reduce in size so the only
thing that's done is the CSS
float
is removed and the marginInner
is tweaked.
 Put this where you want the graphic to show up:

This is the code that generates the chart - it should be placed AFTER the
div
tag:


public class DNSInput
extends java.lang.Object
| Constructor and Description |
|---|
DNSInput(byte[] input)
Creates a new DNSInput
|
| Modifier and Type | Method and Description |
|---|---|
void |
clearActive()
Clears the active region of the string.
|
int |
current()
Returns the current position.
|
void |
jump(int index)
Resets the current position of the input stream to the specified index,
and clears the active region.
|
byte[] |
readByteArray()
Reads a byte array consisting of the remainder of the stream (or the
active region, if one is set.
|
void |
readByteArray(byte[] b,
int off,
int len)
Reads a byte array of a specified length from the stream into an existing
array.
|
byte[] |
readByteArray(int len)
Reads a byte array of a specified length from the stream.
|
byte[] |
readCountedString()
Reads a counted string from the stream.
|
int |
readU16()
Reads an unsigned 16 bit value from the stream, as an int.
|
long |
readU32()
Reads an unsigned 32 bit value from the stream, as a long.
|
int |
readU8()
Reads an unsigned 8 bit value from the stream, as an int.
|
int |
remaining()
Returns the number of bytes that can be read from this stream before
reaching the end.
|
void |
restore()
Restores the input stream to its state before the call to
save() . |
void |
restoreActive(int pos)
Restores the previously set active region.
|
void |
save()
Saves the current state of the input stream.
|
int |
saveActive()
Returns the position of the end of the current active region.
|
void |
setActive(int len)
Marks the following bytes in the stream as active.
|
public DNSInput(byte[] input)
input
- The byte array to read frompublic int current()
public int remaining()
public void setActive(int len)
len
- The number of bytes in the active region.java.lang.IllegalArgumentException
- The number of bytes in the active region
is longer than the remainder of the input.public void clearActive()
public int saveActive()
public void restoreActive(int pos)
pos
- The end of the active region.public void jump(int index)
index
- The position to continue parsing at.java.lang.IllegalArgumentException
- The index is not within the input.public void save()
java.lang.IllegalArgumentException
- The index is not within the input.public void restore()
save()
.public int readU8() throws WireParseException
WireParseException
- The end of the stream was reached.public int readU16() throws WireParseException
WireParseException
- The end of the stream was reached.public long readU32() throws WireParseException
WireParseException
- The end of the stream was reached.public void readByteArray(byte[] b, int off, int len) throws WireParseException
b
- The array to read into.off
- The offset of the array to start copying data into.len
- The number of bytes to copy.WireParseException
- The end of the stream was reached.public byte[] readByteArray(int len) throws WireParseException
WireParseException
- The end of the stream was reached.public byte[] readByteArray()
public byte[] readCountedString() throws WireParseException
WireParseException
- The end of the stream was reached.


| A | B | C | D | E | F | G | H | |
|---|---|---|---|---|---|---|---|---|
|
1
|
Value | Mnemonic | Gas Used | Subset |
Removed from stack
|
Added to stack | Notes | Formula Notes |
|
2
|
0x00 | STOP | 0 | zero | 0 | 0 |
Halts execution.
|
|
|
3
|
0x01 | ADD | 3 | verylow | 2 | 1 |
Addition operation
|
|
|
4
|
0x02 | MUL | 5 | low | 2 | 1 |
Multiplication operation.
|
|
|
5
|
0x03 | SUB | 3 | verylow | 2 | 1 |
Subtraction operation.
|
|
|
6
|
0x04 | DIV | 5 | low | 2 | 1 |
Integer division operation.
|
|
|
7
|
0x05 | SDIV | 5 | low | 2 | 1 |
Signed integer division operation (truncated).
|
|
|
8
|
0x06 | MOD | 5 | low | 2 | 1 |
Modulo remainder operation
|
|
|
9
|
0x07 | SMOD | 5 | low | 2 | 1 |
Signed modulo remainder operation.
|
|
|
10
|
0x08 | ADDMOD | 8 | mid | 3 | 1 |
Modulo addition operation.
|
|
|
11
|
0x09 | MULMOD | 8 | mid | 3 | 1 |
Modulo multiplication operation.
|
|
|
12
|
0x0a | EXP |
(exp == 0) ? 10 : (10 + 10 * (1 + log256(exp)))
|
2 | 1 |
Exponential operation.
|
If exponent is 0, gas used is 10. If exponent is greater than 0, gas
used is 10 plus 10 times a factor related to how large the log of
the exponent is.
|
|
|
13
|
0x0b | SIGNEXTEND | 5 | low | 2 | 1 |
Extend length of two’s complement signed integer.
|
|
|
14
|
0x10 | LT | 3 | verylow | 2 | 1 |
Less-than comparison.
|
|
|
15
|
0x11 | GT | 3 | verylow | 2 | 1 |
Greater-than comparison.
|
|
|
16
|
0x12 | SLT | 3 | verylow | 2 | 1 |
Signed less-than comparison.
|
|
|
17
|
0x13 | SGT | 3 | verylow | 2 | 1 |
Signed greater-than comparison.
|
|
|
18
|
0x14 | EQ | 3 | verylow | 2 | 1 |
Equality comparison.
|
|
|
19
|
0x15 | ISZERO | 3 | verylow | 1 | 1 |
Simple not operator.
|
|
|
20
|
0x16 | AND | 3 | verylow | 2 | 1 |
Bitwise AND operation.
|
|
|
21
|
0x17 | OR | 3 | verylow | 2 | 1 |
Bitwise OR operation
|
|
|
22
|
0x18 | XOR | 3 | verylow | 2 | 1 |
Bitwise XOR operation.
|
|
|
23
|
0x19 | NOT | 3 | verylow | 1 | 1 |
Bitwise NOT operation.
|
|
|
24
|
0x1a | BYTE | 3 | verylow | 2 | 1 |
Retrieve single byte from word
|
|
|
25
|
0x20 | SHA3 |
30 + 6 * (size of input in words)
|
2 | 1 |
Compute Keccak-256 hash.
|
30 is the paid for the operation plus 6 paid for each word (rounded
up) for the input data.
|
|
|
26
|
0x30 | ADDRESS | 2 | base | 0 | 1 |
Get address of currently executing account.
|
|
|
27
|
0x31 | BALANCE | 400 | 1 | 1 |
Get balance of the given account.
|
||
|
28
|
0x32 | ORIGIN | 2 | base | 0 | 1 |
Get execution origination address.
|
|
|
29
|
0x33 | CALLER | 2 | base | 0 | 1 |
Get caller address.
|
|
|
30
|
0x34 | CALLVALUE | 2 | base | 0 | 1 |
Get deposited value by the instruction/transaction responsible for
this execution.
|
|
|
31
|
0x35 |
CALLDATALOAD
|
3 | verylow | 1 | 1 |
Get input data of current environment.
|
|
|
32
|
0x36 | CALLDATASIZE | 2 | base | 0 | 1 |
Get size of input data in current environment.
|
|
|
33
|
0x37 |
CALLDATACOPY
|
2 + 3 * (number of words copied, rounded up)
|
3 | 0 |
Copy input data in current environment to memory.
|
2 is paid for the operation plus 3 for each word copied (rounded
up).
|
|
|
34
|
0x38 | CODESIZE | 2 | base | 0 | 1 |
Get size of code running in current environment.
|
|
|
35
|
0x39 | CODECOPY |
2 + 3 * (number of words copied, rounded up)
|
3 | 0 |
Copy code running in current environment to memory.
|
2 is paid for the operation plus 3 for each word copied (rounded
up).
|
|
|
36
|
0x3a | GASPRICE | 2 | base | 0 | 1 |
Get price of gas in current environment.
|
|
|
37
|
0x3b | EXTCODESIZE | 700 | extcode | 1 | 1 |
Get size of an account’s code.
|
|
|
38
|
0x3c | EXTCODECOPY |
700 + 3 * (number of words copied, rounded up)
|
4 | 0 |
Copy an account’s code to memory.
|
700 is paid for the operation plus 3 for each word copied (rounded
up).
|
|
|
39
|
0x40 | BLOCKHASH | 20 | 1 | 1 |
Get the hash of one of the 256 most recent complete blocks.
|
||
|
40
|
0x41 | COINBASE | 2 | base | 0 | 1 |
Get the block’s beneficiary address.
|
|
|
41
|
0x42 | TIMESTAMP | 2 | base | 0 | 1 |
Get the block’s timestamp.
|
|
|
42
|
0x43 | NUMBER | 2 | base | 0 | 1 |
Get the block’s number.
|
|
|
43
|
0x44 | DIFFICULTY | 2 | base | 0 | 1 |
Get the block’s difficulty.
|
|
|
44
|
0x45 | GASLIMIT | 2 | base | 0 | 1 |
Get the block’s gas limit.
|
|
|
45
|
0x50 | POP | 2 | base | 1 | 0 |
Remove item from stack.
|
|
|
46
|
0x51 | MLOAD | 3 | verylow | 1 | 1 |
Load word from memory.
|
|
|
47
|
0x52 | MSTORE | 3 | verylow | 2 | 0 |
Save word to memory
|
|
|
48
|
0x53 | MSTORE8 | 3 | verylow | 2 | 0 |
Save byte to memory.
|
|
|
49
|
0x54 | SLOAD | 200 | 1 | 1 |
Load word from storage
|
||
|
50
|
0x55 | SSTORE |
((value != 0) && (storage_location == 0)) ? 20000 : 5000
|
1 | 1 |
Save word to storage.
|
20000 is paid when storage value is set to non-zero from zero. 5000
is paid when the storage value's zeroness remains unchanged or
is set to zero.
|
|
|
51
|
0x56 | JUMP | 8 | mid | 1 | 0 |
Alter the program counter
|
|
|
52
|
0x57 | JUMPI | 10 | high | 2 | 0 |
Conditionally alter the program counter.
|
|
|
53
|
0x58 | PC | 2 | base | 0 | 1 |
Get the value of the program counter prior to the increment
corresponding to this instruction.
|
|
|
54
|
0x59 | MSIZE | 2 | base | 0 | 1 |
Get the size of active memory in bytes.
|
|
|
55
|
0x5a | GAS | 2 | base | 0 | 1 |
Get the amount of available gas, including the corresponding
reduction for the cost of this instruction.
|
|
|
56
|
0x5b | JUMPDEST | 1 | 0 | 0 |
Mark a valid destination for jumps
|
||
|
57
|
0x60 -- 0x7f | PUSH* | 3 | verylow | 0 | 1 |
Place * byte item on stack. 0 < * <= 32
|
|
|
58
|
0x80 -- 0x8f | DUP* | 3 | verylow | * | * + 1 |
Duplicate *th stack item. 0 < * <= 16
|
|
|
59
|
0x90 -- 0x9f | SWAP* | 3 | verylow | * + 1 | * + 1 |
Exchange 1st and (* + 1)th stack items.
|
|
|
60
|
0xa0 | LOG0 |
375 + 8 * (number of bytes in log data)
|
2 | 0 |
Append log record with no topics.
|
375 is paid for operation plus 8 for each byte in data to be logged.
|
|
|
61
|
0xa1 | LOG1 |
375 + 8 * (number of bytes in log data) + 375
|
3 | 0 |
Append log record with one topic.
|
375 is paid for operation plus 8 for each byte in data to be logged
plus 375 for the 1 topic to be logged.
|
|
|
62
|
0xa2 | LOG2 |
375 + 8 * (number of bytes in log data) + 2 * 375
|
4 | 0 |
Append log record with two topics.
|
375 is paid for operation plus 8 for each byte in data to be logged
plus 2 * 375 for the 2 topics to be logged.
|
|
|
63
|
0xa3 | LOG3 |
375 + 8 * (number of bytes in log data) + 3 * 375
|
5 | 0 |
Append log record with three topics.
|
375 is paid for operation plus 8 for each byte in data to be logged
plus 3 * 375 for the 3 topics to be logged.
|
|
|
64
|
0xa4 | LOG4 |
375 + 8 * (number of bytes in log data) + 4 * 375
|
6 | 0 |
Append log record with four topics.
|
375 is paid for operation plus 8 for each byte in data to be logged
plus 4 * 375 for the 4 topics to be logged.
|
|
|
65
|
0xf0 | CREATE | 32000 | 3 | 1 |
Create a new account with associated code.
|
||
|
66
|
0xf1 | CALL |
Complex -- see yellow paper Appendix H
|
7 | 1 |
Message-call into an account.
|
||
|
67
|
0xf2 | CALLCODE |
Complex -- see yellow paper Appendix H
|
7 | 1 |
Message-call into this account with an alternative account’s code.
|
||
|
68
|
0xf3 | RETURN | 0 | zero | 2 | 0 |
Halt execution returning output data.
|
|
|
69
|
0xf4 | DELEGATECALL |
Complex -- see yellow paper Appendix H
|
6 | 1 |
Message-call into this account with an alternative account’s code,
but persisting the current values for sender and value.
|
||
|
70
|
0xfe | INVALID | NA | NA | NA |
Designated invalid instruction.
|
||
|
71
|
0xff | SELFDESTRUCT |
5000 + ((create_new_account) ? 25000 : 0)
|
1 | 0 |
Halt execution and register account for later deletion
|
5000 for the operation plus 25000 if a new account is also created.
A refund of 24000 gas is also added to the refund counter for
self-destructing the account.
|


--- extends: base.j2 title: Dota 2 Ability Trivia description: Dota 2 Ability Trivia. active_menu: page-triviaapps header: Ability Trivia page_script: apps/abilityTrivia id: page-trivia-app --- {% block main %}
Answer a question about about a randomly selected hero ability.
Each round consists of 25 questions.


While it is interesting that many Markov Chains are reversible, the examples that we have seen so far haven't explained what we get by reversing a chain. After all, if it looks the same running forwards as it does backwards, why not just run it forwards? Why bother with reversibility?
It turns out that reversing Markov Chains can help solve a class of problems that are intractable by other methods. In this section we present an example of how such problems arise. In the next section we discuss a solution.
People have long been fascinated by encryption and decryption, well before cybersecurity became part of our lives. Decoding encrypted information can be complex and computation intensive. Reversed Markov Chains can help us in this task.
To get a sense of one approach to solving such problems, and of the extent of the task, let's try to decode a short piece of text that has been encoded using a simple code called a substituion code. Text is written in an alphabet, which you can think of as a set of letters and punctuation. In a substitution code, each letter of the alphabet is simply replaced by another in such a way that the code is just a permutation of the alphabet.
To decode a message encrypted by a substitution code, you have to invert the permutation that was used. In other words, you have to apply a permutation to the coded message in order to recover the original text. We will call this permutation the decoder.
To decode a textual message, we have to make some assumptions. For example, it helps to know the language in which the message was written, and what combinations of letters are common in that language. For example, suppose we try to decode a message that was written in English and then encrypted. If our decoding process ends up with "words" like zzxtf and tbgdgaa, we might want to try a different way.
So we need data about which sequences of letters are common. Such data are now increasingly easy to gather; see for example this web page by Peter Norvig, a Director of Research at Google.
Let's see how we can use such an approach to decode a message. For simplicity, suppose our alphabet consists of only three letters: a, d, and t. Now suppose we get the coded message atdt. We believe it's an English word. How can we go about decoding it in a manner that can be replicated by a computer for other words too?
As a first step, we will write down all 3! = 6 possible permutations of the letters in the alphabet and use each one to decode the message. The table decoding
contains all the results. Each entry in the Decoder
column is a permutation that we will apply to our coded text atdt. The permutation determines which letters we will use as substitutes in our decoding process.
To see how to do this, start by keeping the alphabet in "alphabetical" order in your head: 'a', 'd', 't'. Now look at the rows of the table.
The decoder in the first row is ['a', 'd', 't']. This decoder simply leaves the letters unchanged; atdt gets decoded as atdt. $$ \text{Decoder ['a', 'd', 't']: } ~~~ a \to a, ~~~ d \to d, ~~~ t \to t $$
The decoder in the second row is ['a', 't', 'd']. This keeps the first letter of the alphabet 'a' unchanged, but replaces the second letter 'd' by 't' and the third letter 't' by 'd'. $$ \text{Decoder ['a', 't', 'd']: } ~~~ a \to a, ~~~ d \to t, ~~~ t \to d $$ So atdt gets decoded as adtd.
You can read the rest of the table in the same way.
Notice that in each decoded message, a letter appears twice, at indices 1 and 3. That's the letter being used to decode t in atdt. A feature of substitution codes is that each letter original is coded by a letter code, with the same letter code being used every time the letter original appears in the text. So the decoder must have the same feature.
decoding
Which one of these decoders should we use? To make this decision, we have put together some data on the frequency of the different bigrams, or two-letter combinations, in English. Here is a transition matrix called bigrams
that is a gross simplification of available information about bigrams in English; we used Peter Norvig's bigrams table and restricted it to our three-letter alphabet. The row corresponding to the letter 'a' assumes that about 2% of the bigrams that start with 'a' are 'aa', about 22% are 'ad', and the remaining 76% are 'at'.
It makes sense that the 'aa' transitions are rare; we don't use words like aardvark very often. Even 2% seems large until you remember that it is the proportion of 'aa' transitions only among transitions 'aa', 'ad', and 'at', because we have restricted the alphabet. If you look at its proportion among all $26\times26$ bigrams, that will be much lower.
Each row is a probability distribution; you can read all the other entries in the same way.
bigrams
Now think of the true text as a path of a Markov Chain that has this transition matrix. An interesting historical note is that this is what Markov did when he first came up with the process that now bears his name – he analyzed the transitions between vowels and consonants in Eugene Onegin, Alexander Pushkin's novel written in verse.
If the true text is tada, then we can think of the sequence tada as the path of a Markov chain. Its probability can be calculated at $P(t, a)P(a, d)P(d, a)$ and is about 8%. We are implicitly assuming that all three letters are equally likely to start the path; for three common letters in the alphabet, this won't be far from the truth.
According to our decoding
table above, tada is the result we get by applying the decoder ['t', 'd', 'a'] to our data atdt. For now, we will say that the score of this decoder, given the data, is 8%. Later we will introduce more formal calculations and terminology.
# score of decoder ['t', 'd', 'a']
0.653477 * 0.219458 * 0.570995
To automate such calcuations we can use the prob_of_path
method. Its first argument is the initial state, and the second argument is a list or array consisting of the remaining states in sequence.
bigrams.prob_of_path('t', ['a', 'd', 'a'])
Should we decide that our message atdt should be decoded as tada? Perhaps, if we think 8% is a high likelihood. But what if some other possible decoder has a higher likelihood? In that case it would be natural to prefer that one.
So we are going to need the probabilities of each of the six "decoded" paths.
Let's define a function score
that will take a list or array of characters and return the probability of the corresponding path using the bigrams
transition matrix. In our example, this is the same as returning the score of the corresponding decoder.
def score(x):
return bigrams.prob_of_path(x[0], x[1:])
Here are the results in decreasing order of score. There is a clear winner: the decoder ['d', 't', 'a'] corresponding to the message 'data' has more than twice the score of any other decoder.
decoding = decoding.with_column('Score of Decoder', decoding.apply(score, 1))
decoding.sort('Score of Decoder', descending=True)
What we have been able to do with an alphabet of three characters becomes daunting when the alphabet is larger. The 52 lower case and upper case letters, along with a space character and all the punctuations, form an alphabet of around 70 characters. That gives us 70! different decoders to consider. In theory, we have to find the likelihood of each of these 70! candidates and sort them.
Here is the number 70!. That's a lot of decoders. Our computing system can't handle that many, and other systems will have the same problem.
math.factorial(70)
One potential solution is to sample at random from these 70! possible decoders and just pick from among the sampled permutations. But how should we draw from 70! items? It's not a good idea to choose uniform random permutations of the alphabet, as those are unlikely to get us quickly to the desired solution.
What we would really like our sampling procedure to do is to choose good decoders with high probability. A good decoder is one that generates text that has higher probability than text produced by almost all other decoders. In other words, a good decoder has higher likelihood than other decoders, given the data.
You can write down this likelihood using Bayes' Rule. Let $S$ represent the space of all possible permutations; if the alphabet has $N$ characters, then $S$ has $N!$ elements. For any randomly picked permutation $j$, the likelihood of that decoder given the data is:
\begin{align*} \text{Likelihood of } j \text{ given the encoded text} &= \frac{\frac{1}{N!} P(\text{decoded text} \mid \text{decoder = }j)} { {\sum_{i \in S} } \frac{1}{N!} P(\text{decoded text} \mid \text{decoder = }i)} \\ \\ &=\frac{P(\text{decoded text} \mid \text{decoder = }j)} { {\sum_{i \in S} } P(\text{decoded text} \mid \text{decoder = }i)} \end{align*}For the given encoded text, the denominator is the normalizing constant that makes all the likelihoods sum to 1. It appears in the likelihood of every decoder. In our example with the three-letter alphabet, we ignored it because we could figure out the numerators for all six decoders and just compare them. The numerator was what we called the score of the decoder.
Even when the alphabet is large, for any particular decoder $j$ we can find the numerator by multiplying transition probabilities sequentially, as we did in our example. But with a large alphabet we can't do this for all possible decoders, so we can't list all possible scores and we can't add them all up. Therefore we don't know the denominator of the likelihoods, not even upto a decent approximation.
What we need now is a method that helps us draw from a probability distribution even when we don't know the normalizing constant. That is what Markov Chain Monte Carlo helps us to do.


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The bare attendance fee for this event may be up to €13,37. Please note that - unlike what you may be used to from Cover LANs - this does not include dinner.
You may order food independently or take your own, but representatives of each study association will be ordering food too. It's likely they have discounts. You are free to join them.
You may optionally order computer transport service for an added fee of € 5,-. We will only transport your computer and related peripherals. Transport service can't be held responsible for damage to your equipment.
Each study association has 20 seats for attendees. You may still register if all slots of your study association have been taken; we will contact you 5 days prior or sooner if a slot frees up for you at your study association, or at another.
'Dibbs on Gigabit Network' doesn't imply guaranteed Gigabit connectivity.


We just released HTML5 Boilerplate 7.2.0 and main.css 2.0.0. Even with the major release number on main.css, both of these are basically maintenance releases. Open Source isn’t always about the big stuff.
We also did a bunch of clean-up around the related H5BP projects, with updates to HTML5Boilerplate.com and h5bp.org. We integrated main.css as a direct dependency on both projects and did some other clean-up.
HTML5Boilerplate Changelog
- Remove
defer
from Google Analytics snippet (#2132) - Update jQuery to v3.4.1 (#2126)
- Update Apache Server Configs to 3.2.1 (#2128)
- Update main.css to v2.0.0 (#2135)
- Docs updates (#2122), (#2125), (#2134), (#2137), (#2138)
Download the latest from github or install it from npm.


Quite curious why my platoon's image was disabled when a few similar platoons (Not to be named and shamed) have the exact type of images only with Caucasian counterparts. There was absolutely zero nudity or indecent exposure and the image even surfaces on google images with strict safe search. I find this strange and would like an explanation.
ORFK
Global Moderator
Oo?!
which image was it?
Topicstarter
LongDeepStrokes
If attachment fails you can simply see for yourself at Google images by typing in london charles army.
It might the reason of originality from the emblem editor itself, maybe DICE would've wanted an image only from their own stat tracking portal.
ORFK
Global Moderator
no thats not the reason, because DICE have no access to our platoon emblem database.
i still don't know the right reason. i will contact you if i know more...
ORFK
Global Moderator
so first, which ist your platoon ID? or just send me a link to your platoon pls.
secound, i cant tell you the right reason, we simply don't know it.
I couldn't see any rule violation, so would like to say sorry for our mistake.
Topicstarter
LongDeepStrokes
Platoon ID? Poon Platoon is the name of the clan but not sure what the problem is.
juress
Theme Developer
LongDeepStrokes wrote:
Platoon ID? Poon Platoon is the name of the clan but not sure what the problem is.
You should probably post the name of your platoon, so ORFK can un-disable your privileges. That would be the problem.
ORFK
Global Moderator
a link to the platoon would be better.
Topicstarter
LongDeepStrokes
Sorry for the late response, an amazing weekend. -
I hope so, for that are weekends ;-)
so, i think you should able to upload pics again. if not, please let us know.
and sorry for i cant give you a good reason why it got blocked :-/


Use the following buttons to perform some basic checks on the cache
Images are kept in browser's Local Storage as a base64 encoded string. Below are three images and an image that links to a non-existant file so it shows the default.
 Some of the images are restricted by a same origin policy which will generate errors in your console. But this is a configuration issue with Flickr - not the caching. Presumably you'll have control of your content and can ensure it is accessible.


The following Items were successfully synchronized and imported from the S3 Bucket:
INFO:root:Importing zwang_ARK_Tag.tgz
INFO:root:/dspace/bin/dspace import --add --workflow --eperson<EMAIL_ADDRESS>--mapfile /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/zwang_ARK_Tag.t
gz.mapfile --source /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/zwang_ARK_Tag
INFO:root:Import status for zwang_ARK_Tag.tgz: SUCCESS
INFO:root:----
(New Item ID: 108611)
INFO:root:Importing kbergste_mms_structures.tgz
INFO:root:/dspace/bin/dspace import --add --workflow --eperson<EMAIL_ADDRESS>--mapfile /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/kbergste_mms_structures.tgz.mapfile --source /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/kbergste_mms_structures
INFO:root:Import status for kbergste_mms_structures.tgz: SUCCESS
INFO:root:----
(New Item ID: 108612)
INFO:root:Importing xzhang_ARK_Tag.tgz
INFO:root:/dspace/bin/dspace import --add --workflow --eperson<EMAIL_ADDRESS>--mapfile /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/xzhang_ARK_Tag.
tgz.mapfile --source /home/dspace/pulibrary-src/dspace-python/pppl/s3/imports/xzhang_ARK_Tag
INFO:root:Import status for xzhang_ARK_Tag.tgz: SUCCESS
INFO:root:----
(New Item ID: 108613)
Based on the current schedules we are getting the latest changes from voyager at : "10:10am", "2:10pm", "10:35pm" https://github.com/pulibrary/marc_liberation/blob/356503c58ab51eb7dcf53f79b190dd7cb01f05de/config/schedule.rb#L32.
We index the latest changes at :"12:40am", "10:55am", "2:55pm" https://github.com/pulibrary/marc_liberation/blob/356503c58ab51eb7dcf53f79b190dd7cb01f05de/config/schedule.rb#L56. Look into solr failures between 12:00am and 1am.
labeled
by Christina Chortaria at 2020-10-26 16:30:32.assigned
by Christina Chortaria at 2020-10-26 20:12:20.labeled
by Christina Chortaria at 2020-10-26 20:12:28.deployed
by Trey Pendragon at 2020-10-26 00:12:32.ready_for_review
by None at 2020-10-26 00:26:51.referenced
by None at 2020-10-26 00:26:57.merged
by None at 2020-10-26 00:26:58.closed
by None at 2020-10-26 00:26:58.head_ref_deleted
by None at 2020-10-26 00:26:59.Coverage remained the same at 96.578% when pulling 10bc395c559d0eb1f3504ab4a2b07edaf0f4a184 on returntorecap into dab246e5778785f6927acfd8ad28116f1329109a on main.
review_requested
by Kevin Reiss at 2020-10-26 09:56:18.deployed
by Trey Pendragon at 2020-10-26 11:58:14.head_ref_force_pushed
by Kevin Reiss at 2020-10-26 12:46:44.ready_for_review
by Kevin Reiss at 2020-10-26 12:51:41.deployed
by Trey Pendragon at 2020-10-26 12:54:21.referenced
by None at 2020-10-26 13:17:21.merged
by None at 2020-10-26 13:17:21.closed
by None at 2020-10-26 13:17:21.head_ref_deleted
by None at 2020-10-26 13:17:22.Catalog JSON, Figgy JSON, and python script (15MB): figgy-catalog-diff.zip
Link to spreadsheet & notes: https://docs.google.com/spreadsheets/d/1mXR8-AcpkN6eeU1A2mTHQKRfcZWE85l93JseYK0ZY9U/edit?usp=sharing
maps figgy -> catalog: https://github.com/pulibrary/figgy/blob/937a33a31dea90f76f1439698748b37d0f0403f1/app/resources/numismatics/coins/orangelight_coin_builder.rb#L37
builds figgy coin decorator: https://github.com/pulibrary/figgy/blob/937a33a31dea90f76f1439698748b37d0f0403f1/app/resources/numismatics/coins/numismatics/coin_decorator.rb
7955a4f5-6a12-4127-af52-f359831c626b
is mapped to Coin 5232, but there isn't any "Artist" in the UI.labeled
by James R. Griffin III at 2020-10-26 20:46:27.assigned
by James R. Griffin III at 2020-10-26 20:46:27.renamed
by Christina Chortaria at 2020-10-26 23:47:55.renamed
by Christina Chortaria at 2020-10-26 23:48:16.renamed
by Trey Pendragon at 2020-10-26 18:28:57.review_requested
by Eliot Jordan at 2020-10-26 18:41:16.referenced
by Eliot Jordan at 2020-10-26 18:43:12.merged
by Eliot Jordan at 2020-10-26 18:43:12.closed
by Eliot Jordan at 2020-10-26 18:43:12.head_ref_deleted
by Eliot Jordan at 2020-10-26 18:43:13.review_requested
by Kevin Reiss at 2020-10-26 09:55:54.referenced
by None at 2020-10-26 12:44:33.merged
by None at 2020-10-26 12:44:33.closed
by None at 2020-10-26 12:44:33.Missing entry like lewis: '10am - 4pm, Monday - Friday'
. See https://libcal.princeton.edu/hours
You are filtering by MFHD, which mean you will only see the items in that location. When you look at the unfilter URL (https://catalog.princeton.edu/requests/4105260) you see them both.
closed
by None at 2020-10-26 15:26:19.Is currently working
closed
by None at 2020-10-26 15:28:31.Seems to be working in the current version
closed
by None at 2020-10-26 15:29:24.@mzelesky can this be closed based on a conversation you had with Willow Dresszel
mentioned
by None at 2020-10-26 15:31:17.subscribed
by None at 2020-10-26 15:31:17.Fixed
closed
by None at 2020-10-26 15:31:55.closed
by None at 2020-10-26 15:32:09.closed
by None at 2020-10-26 15:33:09.@eliotjordan do you know if this is still something folks want? Using AEON seems like a better approach, since statistics can be more easily gathered from the system. We could possibly create a queue for him in AEON.
mentioned
by Eliot Jordan at 2020-10-26 15:36:08.subscribed
by Eliot Jordan at 2020-10-26 15:36:08.closed
by None at 2020-10-26 15:39:54.Should have been fixed using bibdata statuses
closed
by None at 2020-10-26 15:40:33.closed
by None at 2020-10-26 15:41:57.No Ajax dialog exists now that we are using the form
closed
by None at 2020-10-26 15:44:19.Fixed during form refactoring for COVID
closed
by None at 2020-10-26 15:47:47.No longer using this functionality for borrow direct.
closed
by None at 2020-10-26 15:49:07.closed
by None at 2020-10-26 15:49:23.Closing. Assuming refactoring fixed this, but have no information on what originally caused the issue. Honey badger information is purged.
closed
by None at 2020-10-26 15:51:10.assigned
by None at 2020-10-26 17:28:49.


- Guerrilla Sky Systems About Page -
Welcome to Guerrilla Sky Systems. We are a company focused on developing high quality
software for both private and government applications. Our software is simple and can be
applied as a template with scalability for any size of airport.
Our company has over 15 years of experience developing software for airport applications.
We specialize in airport management software that helps assist in retrieving data from a
database that managers can access and make changes to and that on a different platform
customers can look at their accounts and check upcoming flights.
For more information about Guerilla Sky Systems, you can email us at:
<EMAIL_ADDRESS>or see our contact info below.
Contact:<PHONE_NUMBER>
Address: 100 E Lane Nowhere
Copyright Guerrilla Sky Systems 2017


L A B O
Sound and Vision LABS showcases tools, demos and prototypes developed by the Research & Development department of the Netherlands Institute for Sound and Vision, alone or in coproduction. You will also find Sound and Vision's open data sets on LABS and links to the code on GitHub.
The projects that are on display are either under development or in a final stage before they are taken into production.
In some cases the applications require authentication for access. Please request access via the contact details on the application page.
The Netherlands Institute for Sound and Vision
The Netherlands Institute for Sound and Vision is an advanced and trendsetting audiovisual archive that has successfully made its way into the digital realm. It maintains and provides access to over 1 million hours of television, radio, music, film and web video, making it one of the largest audiovisual archives in Europe. Sound and Vision makes their collection available online for various end-user services, including dedicated services for the creative industries, education and research. The institute operates as a visitor attraction aimed at the general public and is visited by over 250.000 people annually.
Our mission statement:
The Research and Development (R&D) department has their finger on the pulse of the environment in which Sound and Vision operates. New trends, changing needs, technological developments and a dynamic social context demand an organisation that moves fluidly while gaining knowledge, expertise and innovative capacity. With a critical eye and support from a broad, international network, R&D contributes to the mission of the institute: R&D initiates, stimulates and facilitates research and development. At the same time it also collects knowledge and practical examples from inside and outside the institute and offers this to knowledge organisations, colleagues in the sector and other interested parties.
The R&D research agenda focusses on five main themes: Access; Metadata and Context; Users; Humanities; and Preservation.
Read about the activities of Sound and Vision's R&D department on our blog or follow us on Twitter via @benglabs
For more information about Sound and Vision R&D, please contact: rd@beeldengeluid.nl


- pop() (pyGraph.models.ALGraph method)
- prim() (in module pyGraph.algorithms)
- (in module pyGraph.algorithms_edgearr)
- prim_heap() (in module pyGraph.algorithms)
- pyGraph (module)
- pyGraph.algorithms (module)
- pyGraph.algorithms_edgearr (module)
- pyGraph.main (module)
- pyGraph.models (module)
|
- pyGraph.nx (module)
- pyGraph.nx.utils (module)
- pyGraph.utils (module)
- pyGraph.Vgraph (module)
- pyGraph.Vgraph.director (module)
- pyGraph.Vgraph.parking (module)
- pyGraph.Vgraph.recommend (module)
|


{% extends "base_layout.html" %} {% load widget_tweaks %} {% load static %} {% load crispy_forms_tags %} {% block basecontent %}
The password reset link was invalid, possibly because it has already been used. Please request a new password reset.
{% endif %}


Software Developer with experience in coding, reviewing program functionality, establishing system improvements and testing for security precautions. Equally adept at developing applications for web, cloud integrations and mobile devices.
Worked as a Full Stack Engineer
Created responsive UI in Angular 9
Implemented new APIs using .Net Core and Entity Framework.
CI/CD using AWS CodePipeline with CodeBuild and CodeDeploy.
Infrastructure as code using AWS CloudFormation.
Used AWS CodeCommit as source control.
Worked on development of a live web application
Referred mockups from Zeplin and Invision and created almost exactly matching UI in Angular 8
Created new as well as modified existing .Net Core APIs
Worked on building some POCs for mobile application using Flutter.
Worked with a team of almost 15 developers to develop and upgrade several web applications.
Spearheaded the UI team for new clients.
Active participation in Agile SDLC with the development team.
Ensured the release of premium-quality applications that intuitive and secure experiences for user.
Technologies used : ASP.Net MVC, Angular, React, SQL Server, etc.
First Class
First Class
Apart from being a software developer, I enjoy most of my time being outdoors, on my farms.
When forced indoors, I follow a number of sci-fi and fantasy genre movies and play table tennis, I am an aspiring chef, and I also spend a large amount of my free time exploring the latest technology advancements in the web development world.


Social media plays a role major in making your business’s presence prominent among the potential customers. We ensure managing the online presence by creating, organising and analysing content. Make your business influential with our expertise.
How do we help you?
A social media platform is more than randomly posting images and content. It is more than making it look good visually. We help you create a page that has a personality of its own with our expertise in content creation.
- Page revamp
- Graphic and Aesthetic changes
- Creatives
- Content writing
- Creating a page language
Branding and Public Relations
"Products are created in the factory but brands are created in the mind"- Walter Lander
Being perceptible, being recognisable, being relatable, and finally being exceptional is the roadmap for branding.
We got you covered with :
Logo design
Product Design
Visual Language
Typography
Messaging
Content writing & Content Creation.
Strong and interesting data is an icing to the cake of good content. We assist in creating the perfect content specially polished for your niche. Good content perfectly in a package with the right hashtags, industry jargons and honest ingredients can lead to the engagement you are looking for.
Web Development
& SEO
Every business needs a well laid website which is easy to operate and gives your business a professional outlook. Having it developed with the right amount of creativity, functionality and uniqueness is the recipe for a website’s success.
We got you covered :
Full Stack Development
Maintenance
Update / Revamp
Print Media & Advertising
Reporting | Monitoring | Competitive
advantage
Graphic Designing & Ui/ UX
From social media posts to blogs, everything can be lit up by adding good meaningful graphics.
We create the right graphics for your social media posts and stories to stand out and spark the interest of your audience. Your platform not only demands good content, it demands the content to be portrayed well. And we take care of the aesthetic appeal for you.
Aditi Agarwal
Being a graduate from MIT, Pune. I've always been motivated to be a leader. Growing up in a family of business adepts, I wanted to do the same thing and create a brand.
I pervaded myself in the business industry deliberately working with a few start-ups to fathom the business industry and grasp an insight. Worked as an associate with Accenture, which drove me to an innovative ethos.
From working as an amateur in the field to being a strategic planner and business developer, I've grown my way to being an entrepreneur my father always inspired me to be. Being an entrepreneur himself he always visualised me as a leader and spurred me towards my goals.
Inspired by Gary Vaynerchuk and his marketing approach, and I believe by following the right principles and morals, is viable, for it’s rightly said "The grass is greener where you water it"
Sahil Singh
From being a management and marketing student and learning the fundamentals of the game, to eventually branching into the Digital Marketing arena, I have explored every aspect of the game. I have always had a knack for perfection when it came to creativity, while I pushed my boundaries to learn everything there is to learn about art, I found myself innovating never-heard-before ways to hack the industry. My strong creative and aesthetic sense with immense knowledge about the digital and technological world helps me deliver with our full-service company.
In my younger years in the industry I developed strategies and entire digital presence for a Private jet charter company, a luxury travel company, three production houses and a digital agency. I also got my hands on with Zee Talent and on projects for Netflix which taught me how the big players in the industry play.
Inspired by the inner rebellion against mediocracy, I intend on adding a touch of brilliance with every business I work with.
Shubhi Agarwal
Enthusiasm and creativity counts in producing the best output. With a perfect blend of knowledge and work experience, I assure to be the one you are looking for. I have great knowledge of softwares and key expertise in graphic designing, branding and stationary designing. As a senior graphic designer, my understanding of colour theory helps me deliver every project’s detailed needs.
To focus on my current performance, I work as a freelancer and I have recently started an Instagram page for the same with the name- @graphecstasy.

Worked on 10+ fullstack web app projects.
Have an experience with ReactJs, Angular, node environment, python, ruby, JAVA-springboot also have worked heavily on MERN stack development , AWS server less applications.
Have worked on 2 independent startups based on supply chain optimisation and cab services.
Deep
Being in this industry from a very long time, I have found myself helping other business grow toward their desired goal.


--- layout: page title: Setup permalink: /setup/ ---
On the CE line of calculators, there are three main ways to program, TI-BASIC, eZ80 ASM, and C. This site focuses primarily on C and ASM; as there are already many TI-BASIC tutorials. Please select where you would like to begin.


NEWS.md
Error handling improvements when using non-existent parameters, and clarifies error messages when no data is available for a given query.
New tidy
parameter in nomis_get_metadata()
to convert names to snake_case.
Now using the snakecase
package to implement name cleaning, providing a broader range of naming styles.
nomis_get_metadata()
now makes existence of time concept explicit in the tibble returned by nomis_get_metadata({id})
.
Adding query_id
parameter to nomis_get_data()
Changed documentation to use roxygen
markdown
select
parameter in nomis_get_data()
didn’t work if “OBS_VALUE” was not one of the variables. (@JimShady, #12)Version bump for CRAN
Citation now refers to JOSS paper
Some minor changes to internal code for easier maintenance
Documentation updates to clarify difference between time
and date
parameters in nomis_get_data()
tidy
parameter in nomis_get_data()
now defaults to FALSE
in order to preserve existing workflows.nomis_get_data()
now includes tidy
and tidy_style
parameters. nomis_get_data()
now defaults to converting all variable names to “snake_case”. tidy_style
also accepts “camelCase” and “period.case” as name style options.nomis_get_data()
work with case-insensitive measurements more persistently.NULL
unused named parameters in nomis_get_data()
when using similarly named parameters in ...
.New nomis_codelist()
function, which returns the internal coding for different concepts used by the NOMIS API in a tibble
, given a dataset ID and a concept name.
The additional_queries
parameter in nomis_get_data()
and nomis_get_metadata()
has been deprecated and will eventually be removed. Please use the ...
parameter for queries including concepts not available through the default parameters.
The sex
parameter in nomis_get_data()
will also work with datasets that use “gender” instead of “sex”.
rsdmx
to parse metadata, fixing #7.Improved API key handling (#5)
Increased test coverage
Adding rOpenSci reviewers to DESCRIPTION file.
Moved to rOpenSci github repository
Added API key functionality, which is not required by the API but is useful for large requests.
In interactive sessions, users are asked if they want to continue when calling more than 15 pages of data at a time.
nomis_get_data()
and nomis_codes()
functions, improvements to documentation.


Data Plugins
Overview
Up to MCollective 2.0 the discovery system could only discover against installed agents, configuration management classes or facts and the node identities. We’re extending this to support discovery against many sources through a simple plugin system.
NOTE: This feature is available since version 2.1.0
The basic idea is that you could do discovery statements like the ones below:
% mco find -S "fstat('/etc/rsyslog.conf').md5=/4edff591f6e38/"
% mco find -S "sysctl('net.ipv4.conf.all.forwarding').value=1"
% mco find -S "sysctl('net.ipv4.conf.all.forwarding').value=1 and % location=dc1"
You could also use these data sources in your own agents or other plugins:
action "query" do
reply[:value] = Data.sysctl(request[:sysctl_name]).value
end
NOTE: As opposed to the DiscoveryPlugins which are used by the client
to communicate to the nodes using direct addressing, data plugins on the other
hand refer to data that the nodes can provide, and hence this uses the normal
broadcast discovery paradigm.
These new data sources are plugins so you can provide via the plugin system and they require DDL documents. The DDL will be used on both the client and the server to provide strict validation and configuration.
The DDL for these plugins will affect the client libraries in the following ways:
- You will get errors if you try to discover using unknown functions
- Your input argument values will be validated against the DDL
- You will only be able to use output properties that are known in the DDL
- If a plugin DDL says it needs 5 seconds to run your discovery and maximum run times will increase by 5 seconds automatically
On the servers the DDL will:
- be used to validate known plugins
- be used to validate input arguments
- be used to validate requests for known output values
Viewing or retrieving results from a data plugin
You can view the output from a data plugin using the rpcutil agent:
% mco rpc rpcutil get_data source=fstat query=/etc/hosts
.
.
your.node.net
atime: 2012-06-14 21:41:54
atime_age: 54128
atime_seconds:<PHONE_NUMBER>
ctime: 2012-01-18 20:28:34
ctime_age: 12842128
ctime_seconds:<PHONE_NUMBER>
gid: 0
md5: 54fb6627dbaa37721048e4549db3224d
mode: 100644
mtime: 2010-01-12 13:28:22
mtime_age: 76457740
mtime_seconds:<PHONE_NUMBER>
name: /etc/hosts
output: present
present: 1
size: 158
type: file
uid: 0
The same action can be used to retrieve data programatically.
Writing a data plugin
The Ruby logic for the plugin
The data plugins should not change the system in anyway, you should take care to create plugins that only reads the state of the system. If you want to affect the status of the system you should write Agents.
These plugins are kept simple as they will be typed on the command line so the following restrictions are present:
- They can only take 1 input argument
- They can only return simple String, Numeric or Booleans no Hashes or complex data types
- They should be fast as these will impact discovery times and agent run times.
Writing data plugins is easy and mimic the basics of writing agents, below we have a simple sysctl plugin that was used in the examples earlier:
1 module MCollective
2 module Data
3 class Sysctl_data<Base
4 activate_when { File.executable?("/sbin/sysctl") && Facter["kernel"] == "Linux" }
5
6 query do |sysctl|
7 shell = Shell.new("/sbin/sysctl %s" % sysctl)
8 shell.runcommand
9
10 if shell.status.exitstatus == 0
11 value = shell.stdout.chomp.split(/\s*=\s*/)[1]
12
13 if value
14 value = Integer(value) if value =~ /^\d+$/
15 value = Float(value) if value =~ /^\d+\.\d+$/
16 end
17
18 result[:value] = value
19 end
20 end
21 end
22 end
23 end
The class names have to be Something_data and they must inherit from Base as in the example here. The file would be saved in the libdir as data/sysctl_data.rb and data/sysctl_data.ddl.
This plugin will only be activated if the file /sbin/sysctl exist, is executable and if the system is a Linux server. This allow us to install it on a Windows machine where it will just be disabled and those machines will never be discovered using this function.
We then create a block that would be the main body of the query. We use the MCollective::Shell class to run sysctl, parse the output and save it into the result hash.
The result hash is the only way to return values from these plugins. You can only save simple strings, numbers or booleans in the result.
The DDL for the plugin
As mentioned every data plugin requires a DDL. These DDL files mimic those of the SimpleRPC Agents.
Below you’ll find a DDL for the above sysctl data plugin:
1 metadata :name => "Sysctl values",
2 :description => "Retrieve values for a given sysctl",
3 :author => "R.I.Pienaar<EMAIL_ADDRESS>4 :license => "ASL 2.0",
5 :version => "1.0",
6 :url => "http://marionette-collective.org/",
7 :timeout => 1
8
9 dataquery :description => "Sysctl values" do
10 input :query,
11 :prompt => "Variable Name",
12 :description => "Valid Variable Name",
13 :type => :string,
14 :validation => /^[\w\-\.]+$/,
15 :maxlength => 120
16
17 output :value,
18 :description => "Kernel Parameter Value",
19 :display_as => "Value"
20 end
The timeout must be set correctly, if your data source is slow you need to reflect that in the timeout here. The timeout will be used on the clients to decide how long to wait for discovery responses from the network so getting this wrong will result in nodes not being discovered.
Each data plugin can only have one dataquery block with exactly 1 input block but could have multiple output blocks.
It’s important to get the validation correct, here we only accept the characters we know are legal in sysctl variables on Linux. We will specifically never allow backticks to be used in arguments to avoid accidental shell exploits.
Note the correlation between output names and the use in discovery and agents here we create an output called value this means we would use it in discovery as:
% mco find -S "sysctl('net.ipv4.conf.all.forwarding').value=1"
And we would output the result from our plugin code as:
1 result[:value] = value
And in any agent where we might use the data source:
1 something = Data.sysctl('net.ipv4.conf.all.forwarding').value
These have to match everywhere, you cannot reference undeclared data and you cannot use input that does not validate against the DDL declared validations.
Refer to the full DDL documentation for details on all possible values of the metadata, input and output blocks.
Auto generated documentation
As with agents the DDL can be used to generate documentation, if you wanted to know what the input and output values are for a specific plugin you can use mco plugin doc to see generated documentation.
% mco plugin doc sysctl
Sysctl values
=============
Retrieve values for a given sysctl
Author: R.I.Pienaar<EMAIL_ADDRESS>Version: 1.0
License: ASL 2.0
Timeout: 1
Home Page: http://marionette-collective.org/
QUERY FUNCTION INPUT:
Description: Valid Variable Name
Prompt: Variable Name
Type: string
Validation: (?-mix:^[\w\-\.]+$)
Length: 120
QUERY FUNCTION OUTPUT:
value:
Description: Kernel Parameter Value
Display As: Value
Available plugins for a node You can use the mco inventory
application to see remotely what plugins a node has available:
% mco inventory your.node
Inventory for your.node:
.
.
.
Data Plugins:
fstat sysctl


“Measurement is the first step that leads to control and eventually to improvement. If you can’t measure something, you can’t understand it. If you can’t understand it, you can’t control it. If you can’t control it, you can’t improve it.” - H. James Harrington
New to app analytics? Have an app that’s not performing well? The process of understanding how your users engage with your app is critical if want to compete in today’s app market. This guide outlines the core principles and practices of mobile app user engagement analysis. It covers everything you need to know to get started with measuring and thus improving your app’s stickiness and engagement.
Before we explore the specifics of user engagement, it’s important to acknowledge the full framework of mobile app metrics. According to Google’s analytics advocate, this includes acquisition, engagement, and outcomes. Although all are important for a successful app, engagement is the most critical of the three when optimizing for a mobile user experience and improves the metrics of both acquisition and outcomes. For example, if an app has high user engagement it’s more likely to see an increase in new users due to word-of-mouth marketing. It’s also likely to see an increase of in-app purchases due to users having more meaningful encounters within the app.
“User engagement is a quality of the user experience that emphasizes the phenomena associated with wanting to use a technological resource longer and frequently.” -Attfield
User engagement is an aspect of user experience that describes the user wanting to engage with a system frequently and for a long period of time. It emphasizes the positive characteristics of interaction that keeps the user captivated by the technology (Attfield et al, 2011). Engagement is also referred to as a subset of flow, (Webster & Ahuja, 2004, p. 8) which is when people are so absorbed with an activity that nothing else seems to matter (Csikszentmihalyi, 1990, p. 4).
The app market is competitive, according to Apple more than 800 apps are downloaded every second from Apple's App Store. However downloads aren’t enough, nearly 22 percent of apps are never used more than once, which is why engagement is critical to an app’s success. Acquiring users is important, but if someone downloads your app and only uses it once you’re likely not seeing a return on your investment.
If you have an app that’s engaging, not only will your current users stick around increasing ad revenue or in-app purchases, but they’re also more likely to recommend your app to their friends. Referrals are an inexpensive way to drive downloads, and with 92% of consumers saying they trust recommendations from family and friends above all other forms of advertising, it’s a meaningful and effective way to connect with potential users.
There are three basic ways to measure user engagement:
You can use a combination of each approach but analytics provide objective, scalable, and easy to obtain data.
Although self-reported measures like surveys give valuable insight they can be unnatural and interruptive. Furthermore, Jacob Nielsen argues that the first rule of usability is don’t listen to users as insight collected from surveys isn’t always truthful.
Physiology measures that detect changes in the brain or pupil diameter may be objective but the equipment is often expensive and cumbersome to use.


DateConverter
public class DateConverter
Converts dates to and from API-friendly strings
-
Initializes the formatter with date format information from a budget
Declaration
Swift
public init(dateFormat: DateFormat)
Parameters
dateFormat
Date format information obtained from a budget
-
Converts a date sent by the API into a displayable date according to the budget format
Declaration
Swift
public func budgetFormatDateString(from apiDateString: String) -> String?
Parameters
from
A date string in the style (iso8601) sent by API responses (e.g. 2015/12/25)
Return Value
A displayable date string if conversion is successful,
nil
if conversion fails. -
Converts a date sent by the API into a
Date
objectDeclaration
Swift
public static func date(from apiDateString: String) -> Date?
Parameters
from
A date string in the style (iso8601) sent by API responses (e.g. 2015/12/25)
Return Value
A
Date
object, ornil
if conversion fails. -
Converts a date into a API-friendly iso8601 date string
Declaration
Swift
public static func iso8601DateString(from date: Date) -> String
Parameters
date
Date to be converted
Return Value
API-friendly iso8601 date string


In this Rental Agreement, the Renter is the person renting the Vehicle specified in the Agreement (hereinafter referred to as the Vehicle) from the Rental Company Solar Taxi Ltd (hereinafter referred to as the Company).
By signing this Agreement, the Renter confirms and the Renter has read and understood the present terms and conditions, and undertakes to comply with them. These terms and conditions establish the rights and obligations of the parties during use of the
vehicle. The Renter agrees that the right of use of the Vehicle belongs to the Rental Company, and that the Renter cannot transfer the rights and obligations accepted by him or her by the signature of the Agreement to third
persons (among other, for transfer of the right to the Vehicle) except with the prior written approval of the Company.
1. Definitions
Agreement refers to the terms and conditions stated herein
Company means Solar Taxi Limited
Parties refers to the Renter and the rental company
Renter refers to the person renting the vehicle specified in clause 2
Vehicle refers to the vehicle specified and described in clause 2
2. Identification of Vehicle
The company agrees to rent to Renter a passenger vehicle identified as follows:
Make:
Model:
Year of Manufacture:
Registration Number:
Mileage at start of rental:
Engine capacity:
VIN:
Colour:
Details of Insurer (name and address):
Insurance Policy Number:
(hereinafter referred to as “Vehicle”)
3. Rental Term
The Renter agrees to rent the vehicle for the period stated below
4. Conditions for Rent of the Vehicle
a. The Renter shall use the Vehicle solely for personal or normal business use and operate the Vehicle only on properly maintained roads and parking spaces.
b. The Renter will operate the Vehicle in accordance with all applicable road laws and regulations.
c. The Renter shall not sub-rent or give out the Vehicle for hire for Commercial use (heavy-duty or otherwise).
d. The Renter will not take the Vehicle beyond the borders of Ghana. In the event of breach of this restriction the Renter is liable to pay a charge of GH¢100 for every kilometre exceeding the permitted limit.
- The Renter is fully liable to Company for any damage caused to the Vehicle and/or its parts, and/or damage or injury caused to third persons, including for the costs of return of the Vehicle to Ghana.
e. Renter will not allow any other person to operate the Vehicle unless identified here:
i. Primary vehicle operator: [RENTER]
Driver’s Lic. No.:
ii. Additional Vehicle Operator:
Driver’s Lic. No.:
iii. Additional Vehicle Operator:
Driver’s Lic. No.:
The additional vehicle operators must be 18 years of age and have at least 1 year of driving experience.
f. The Renter shall notify the Company immediately of any malfunction and deliver the Vehicle for maintenance. It is forbidden for the Renter to repair the Vehicle on his or her own.
g. The Renter shall not use the Vehicle:
i. for transport of more people than permitted in the registration certificate or technical specification of the Vehicle;
ii. for transport of a load that is heavier than permitted in the registration certificate or technical specification of the Vehicle;
iii. for pushing or towing other vehicles (including trailers) or other objects;
iv. for driving in off-road conditions or on roads that are not designated for the Vehicle;
v. for transport of items that have not been properly attached and fixed;
vi. for transport of items, transport of which damages the interior of the Vehicle,
or makes it impossible to immediately provide the Vehicle for rent to another person
(including, for example, smell, smoke, strong stains, dirty cabin, scratched parts, etc.);
vii. for participation in rallies, test drives and competitions;
viii. for transport of animals.
h. The Renter shall be responsible to pay:
i. The cost of all traffic and parking fines received during the period of rent;
ii. Charges incurred as a result of in case of confiscation of the Vehicle or its parts by law enforcement authorities;
iii. For lost or damaged car key;
iv. For lost or damaged vehicle parts
All charges include the value added tax.
i. The Company reserves the right to take back the returned Vehicle into its direct possession at any time if the Renter does not comply with these the Terms and Conditions.
5. Rental Fees
Renter will pay to Company monthly rental fees for use of the Vehicle as follows:
a. The rental fees include the rent (plus all statutory charges) and charges for additional services (including limitations of liability) provided by Company for maintenance of the Vehicle.
b. Monthly charges shall be as follows depending on car model rented:
- Gh¢800 for hatchback
- Gh¢900 for sedan
- Gh¢1,000 for SUV
c. Monthly rental period shall be 30 days commencing from date of hire.
d. Payment may be made via cash, money order or cheque
6. Bookings and Cancellations
a. All bookings shall be made via solar taxi’s website ( www.solartaxi.co )
b. Cancellation of bookings or rentals can only be done by filing the cancellation form supplied by Company via email or at the offices of the Company at No.6 Naa Asia Rd, Laterbiokorshie, Accra.
c. Cancellations by Renter after vehicle has been booked will attract a fee of 10% of the cost of booking.
d. In the event of no-show of the Renter, 25% of the cost of booking shall be charged
7. Transfer and Return of the Vehicle
a. The Company agrees to transfer to the Renter the Vehicle together with all documents required for driving (Registration Certificate and the Agreement).
b. The Renter undertakes to return the Vehicle to the Company in the place, on the date and at the time stated in the Agreement, and the Vehicle must be equipped in the same way and have the same documents
as at the time of transfer of the Vehicle to the Renter.
c. The agreed place of return of the Vehicle (together with keys and registration documents) is the office of the Company at No. 6 Naa Ashia Road Laterbiokorshie. In the event of return at a place other than
the office of the Company, the Vehicle shall be deemed not returned and the Renter shall be responsible for additional costs of 10% of the stated monthly charge per day until such time as the Vehicle shall be in Company’s direct
possession.
d. Should the returned Vehicle require a more thorough cleaning than normal, the renter shall pay the cost.
8. Liability of the Renter
a. Renter is fully liable to the Company for damage, theft and loss of the Vehicle and any of its parts to the extent not covered by an insurance policy.
b. The liability of the Renter does not extend to malfunctions of battery, transmission and clutch not caused by incorrect driving technique.
c. Where the Vehicle is involved in an accident or is otherwise damaged through the fault of the Renter, the Renter shall be liable to pay a penalty of 100% of the monthly rental charge for the downtime caused
by temporary inoperability of the Vehicle resulting from the damage caused to the Vehicle due to the accident or other incident.
d. Downtime is calculated from the day of the accident or the day of damage caused till day when the Vehicle is back in operation.
9. Charging of Electric Car
The Renter undertakes to pay for all Charging cost by the Vehicle during the period of rent. The Car Hire Company undertakes to provide the Vehicle for rent with a fully charged battery, unless otherwise stated, and the Renter undertakes to return the
Vehicle with a reasonably charged battery, unless otherwise agreed.
10. Indemnification
Renter agrees to indemnify, defend, and hold harmless the Company for any loss, damage, or legal actions against Company as a result of Renter’s operation or use of the Vehicle during the period of rental. This includes any legal fees necessarily incurred
for these purposes. Renter will also pay for any fines received while in possession of the Vehicle.
11. Representations and Warranties
a. The Company represents and warrants that to the Company’s knowledge, the Vehicle is in good condition and is safe for ordinary operation of the vehicle.
b. The Renter represents and warrants that Renter is legally entitled to operate a motor vehicle under the laws of this jurisdiction and will not operate it in violation of any laws, or in any negligent or
illegal manner.
c. The Renter has been given an opportunity to examine the Vehicle in advance of taking possession of it, and upon such inspection, is not aware of any damage existing on the vehicle.
12. Use of Personal Data
By signing off the Agreement, the Renter agree to allow the Company to store and use his or her personal data in its statistical analysis and projections. The Company shall not disclose such information except as required to by law.
13. Representations and Warranties
a. This Agreement is governed by and shall be construed in accordance with the laws of the Republic of Ghana.
b. All disputes which are not resolved amicably by the parties shall be determined by a court of competent jurisdiction.


The capacity of this buffer
Invoke this method before using a sequence of channel-read or put operations to fill this buffer. For example: buf.clear(); // Prepare buffer for reading in.read(buf); // Read data This method does not actually erase the data in the buffer, but it is named as if it did because it will most often be used in situations in which that might as well be the case.
This buffer
Flips this buffer. The limit is set to the current position and then the position is set to zero. If the mark is defined then it is discarded. After a sequence of channel-read or put operations, invoke this method to prepare for a sequence of channel-write or relative get operations. For example: buf.put(magic); // Prepend header in.read(buf); // Read data into rest of buffer buf.flip(); // Flip buffer out.write(buf); // Write header + data to channel This method is often used in conjunction with the compact method when transferring data from one place to another.
This buffer
Tells whether there are any elements between the current position and the limit.
true if, and only if, there is at least one element remaining in this buffer
Tells whether or not this buffer is read-only.
true if, and only if, this buffer is read-only
Returns this buffer's limit.
The limit of this buffer
Sets this buffer's limit. If the position is larger than the new limit then it is set to the new limit. If the mark is defined and larger than the new limit then it is discarded.
The new limit value; must be non-negative and no larger than this buffer's capacity
This buffer
Sets this buffer's mark at its position.
This buffer
Returns this buffer's position.
The position of this buffer
Sets this buffer's position. If the mark is defined and larger than the new position then it is discarded.
The new position value; must be non-negative and no larger than the current limit
This buffer
Returns the number of elements between the current position and the limit.
The number of elements remaining in this buffer
Resets this buffer's position to the previously-marked position. Invoking this method neither changes nor discards the mark's value.
This buffer
Rewinds this buffer. The position is set to zero and the mark is discarded. Invoke this method before a sequence of channel-write or get operations, assuming that the limit has already been set appropriately. For example: out.write(buf); // Write remaining data buf.rewind(); // Rewind buffer buf.get(array); // Copy data into array
This buffer
Generated using TypeDoc
Returns this buffer's capacity.
0.0.1


| MATLAB 文件帮助: cv.EM/trainE | 查看 cv.EM/trainE 的代码 | Index |
trainE Estimate the Gaussian mixture parameters from a samples set, starting from the Expectation step
[logLikelihoods, labels, probs] = model.trainE(samples, means0)
[...] = model.trainE(..., 'OptionName', optionValue, ...)
double
type it will be converted to the inner matrix of such type
for the further computing.a_k
of mixture components. It is a
one-channel matrix of ClustersNumber-by-dims
size. If the
matrix does not have double
type it will be converted to
the inner matrix of such type for the further computing.S_k
of
mixture components. Each of covariance matrices is a
one-channel matrix of dims-by-dims
size. If the matrices
do not have double
type they will be converted to the
inner matrices of such type for the further computing.PI_k
of mixture components. It
should be a one-channel floating-point vector of length
ClustersNumber
.This variation starts with Expectation step. You need to provide
initial means a_k
of mixture components. Optionally you can
pass initial weights PI_k
and covariance matrices S_k
of
mixture components.
| Access | public |
| Sealed | false |
| Static | false |


Let M be an n*n matrix and assume and regularity condition is imposed such that where c < ½ and L(n) is the time taken to find an LUP decomposition of n*n matrix. Decompose L such that:
where is . Let the decomposition of be where is equal to , is equal to and is equal to .
To attain the LUP decomposition of M, perform two LUP decompositions that are of half size, number of matrix multiplication and inversions that are constant.
The equivalence of matrix inverse and multiplication concludes that the run time is O(M(n))
BOOLEAN-MATRIX MULTIPLICATION (BMM) AND TRANSITIVE-CLOSURE RELATIONSHIP
A Boolean matrix is also called as a matrix having entries with domain. It is a matrix which is used to establish a relationship between various sets.
For better understanding of binary relation, consider a binary relation R for the finite sets of elements, then use adjacency matrix A whose row and the column are indexed as P and Q respectively to represent the R.
The entries of A are represented as,
It is 1 when and 0 when.Example:
A binary relation is said to exist if the relationship as uRv holds if u divides v completely. Here, x and y belongs to different sets and R is the relation between them. For the set holds, the set of pairs are as:
.
The Boolean matrix representation is as:
TRANSITIVE CLOSURE:
It is defined for a binary relation R on a set. It is denoted as. It is such that for a given set have R and is the minimal.Boolean Matrix Multiplication (BMM) Algorithm:
Consider X, Y is the two Boolean matrices then the multiplication Z=XY is defined as,
and implemented as,
BMM (var x, y, z: nnboolean);
var p, q, r: integer
begin
for p:=1 to n do
for q: =1 to n do
begin
: =false
for r: =1 to n do
:= or
end
According to the question is the time to multiply two matrices and be the time to find the transitive closure of the matrix.
1. keep on multiplying the matrix, p to q to obtain in exactly 2 steps.
2. After the begin statement in above algorithm there is a checking step which divide the process in two parts and similarly it make the process of length log n (because of tree structure).
3. By keep on multiplying, transitive closure in the time is obtained. Generally, it is obtained by multiplying the matrix log n times (checking after begin process).
4. Each multiplication uses the concepts of Strassen’s multiplication.
Hence the Boolean time multiplication requires time for transitive closure operation.
Consider the section 28.2 of the textbook,
The transitive closure for a square matrix C has to satisfy the condition
,
Where I is the identity matrix and it can be defined as:
, for And
As product of Boolean matrix is associative, it can also be written as:
.
Now as given in the question is the time for computing transitive closure so according to the condition as described above time is required for Matrix-multiplication algorithm.
Refer textbook section 28.2 of chapter 28 for theorem 28.2.
The theorem 28.2 states that “matrix inversion is not harder than multiplication.”
The matrix inversion algorithm based on theorem 28.2 still works when elements are drawn from the fields of integer modulo 2.
Consider .
Consider the following matrix K that contains the elements from F.
Here, .
The regularity condition does not get affected by the division or multiplication of matrix elements by a specific number.
Hence, the condition for inversion gets satisfied.
The relevant positions of the elements are not changed. This fact can be used in the proof of the theorem for the matrix that contains elements of F.
The determinant is calculated as follows:
and
It is evident that, for a particular matrix element, this value is not going to be affected, except the sign. The reason is that the value of i and j for a particular element would remain same regardless of the change in location.
Therefore, it can be said that matrix inversion algorithm would work, even if the elements of the matrix are drawn from F (field of integer modulo 2).
MATRIX INVERSION METHOD
The main aim of matrix inversion algorithm is to change a matrix into its inverse form. It can also be used for proving that such inverses do not exist.
MATRIX INVERSION ALGORITHM FOR COMPLEX NUMBERS:
Generalize this algorithm using a numerical manipulation. Take a complex number array in following form:
(Real part, Imaginary part: imaginary part, real part)
Now invert the above array. So, the inverse of original array is upper half of the resultant array we got from inversion:
(Real part of inverse, imaginary part of inverse: imaginary part of universe, real part of universe)
Now following algorithm can be applied to get inversion of complex number:
1. Float inputreal[ ], inputimaginary[ ];
// enter the first array
2. Float outputreal[ ], outputimaginary[ ];
// entering the real part of complex number
3. int N;
4. int i, j;
5. Float m [,];
// entering the second array
6. for (i=0; i<N; i++)
7. for (j=0; i<N; i++)
// complex number representation in matrix
8. m [i, j] = inputreal [i, j];
m [i, j +N] = inputimag[i, j];
9. m [i+N, j] = – inputimag [i, j];
M [i+N, j+n] = inputreal[i, j];
/ / inverting the matrix formed from above
10. matrix_invert(m);
// for inversion, either use the Cramer’s rule or theorem 28.2 of the book
11. for (i=0; i<N; i++)
12. for (j=0; i<N; i++)
13. outputreal[i, j] = m[i, j]; outputimag[i, j] = m[i, j+N];
The above algorithm will yield us Matrix inversion method for complex numbers.To know whether this method work correctly, consider a single complex number of form that we want the inverse of. That is p and q, such that.
Using the format sample of the above algorithm (line 8 and 9)
Make the matrix M:
Now compute the inverse of the above array, which is to solve,
Here I is the identity matrix.
Further using Cramer’s rule, the inverse of matrix M is:
Where Det. M= determinant of matrix M
Further, select the upper row of the matrix as the real parts and imaginary parts:
So, the output we have (consider the line 13 of the above algorithm)
The result got by above steps is the inverse of ().
Hence, generalization is true.
Above explanation is one method to solve the matrix inversion of a complex number.
Consider the theorem 28.2 of the book,
Consider a complex number matrix (can be formed from line 8 and 9 of the above algorithm),
Matrix of a complex number = A
A transpose of a complex matrix is equal to the matrix whose entries are replaced by its complex conjugate. This matrix is known as a Hermitian matrix.
A is a Hermitian matrix if,
Now consider the equation (28.11) of the book.
In the complex matrix, B=D and CT= –C (so C is a skew symmetric matrix)
And from the Hermitian matrix,
Now consider the equation (28.12) of the book, apply the above comparison on it.
Now consider the equation (28.13) of the book.
This is the inversion of the matrix of a complex number.


At Tinder, I worked on improving users' profile viewing and profile editing experience.
IDEATION I began sketching as many ideas on how we could surface our users' personalities as possible.
We felt that increasing profile customization and leveraging profile completion would best communicate a user's personality.
IDEA 1—info arrange Allow users to arrange pre-existing information: their bio, instagram, top spotify artists in a way that's meaningful to them.
Version 1—drag + icon
A higher-fidelity prototype of the intial sketch. Users could drag their profile content modules to arrange them and determine what textual information would overlay on their photograph.
I added icons on each photo to inform users what content was assigned to which photo. This iconography was echoed in the modules for consistency.
Version 2—drag + photos
Unfortunately, my assumption that icons would communicate the link between the content modules and photographs was false. People who tested the feature didn't notice the iconography moving and one person didn't know how to interact with the hamburger icon.
In response, I replaced the icons with the photos themselves and changed the hamburger menu to up-and-down arrows to indicate vertical interaction.
FINAL VERSION—photos + content adding
After further testing, the overlay on the photos was removed because it unnecessarily obscured the photograph. Without it, the user's photos could be seen clearly.
The up/down arrows caused people to tap on the module rather than drag, so I brought back the hamburger menu since that had more success before, and added the ability to edit content in the modules.
IDEA 2—Add content Encourage users to add content to their profiles because fuller profiles are more successful.
Version 1—Redirect to add
Users can preview their own card when they enter profile settings.
Users can see how they look to other people—which wasn't an available feature previously, and can tap on a large CTA on their photos which informs them of missing information and then redirects them to complete those parts of their profile.
FINAL VERSION—Add on card
After interacting with the feature myself and watching others do so, I saw that redirecting users up and down the screen was too disorienting, especially if they had many incomplete parts of their profile.
So I chose to let users edit directly on the card instead. This final version in comparision felt like less work for the user.


About Me
I am currently a forth-year Ph.D. student in Machine Learning and High-Performance Computing at Imperial College London, supervised by Prof. Wayne Luk. My current research focues on:
- ML for Hardware System
- Co-Design for Reconfigurable Accelerator: DAC’22, ASP-DAC’22, ICCD’20
- ML-Assisted Qauntum EDA: DAC’22
- Hardware System for ML
Our research also has received Best Paper Nomination at ASAP’19, FPT’18.
News!
2022/02: Two papers are accepted by DAC’22:
- “Optimizing Quantum Circuit Placement via Machine Learning”, Hongxiang Fan et al.
- "Fast Uncertainty Estimation by Accelerating Bayesian Transformers", Hongxiang Fan et al.
2022/02: One paper titled “FPGA-based Acceleration for Bayesian Convolutional Neural Networks” is accepted by TCAD.
2022/01: One paper titled “Accelerating Bayesian Neural Networks via Algorithmic and Hardware Optimizations” is accepted by TPDS.
2022/01: One paper titled “Customizable FPGA-based Accelerator for Binarized Graph Neural Networks” is accepted by ISCAS. This is my first time to supervise a first-year Ph.D. student to publish a conference paper as the corresponding author!
2021/12: One co-author paper related recurrent neural network is accepted by TVLSI.
2021/11: Joining Samsung AI Center, Cambridge as Research Intern. Working with Prof. Nicholas Lane, Dr. Mohamed Abdelfattah and Dr. Thomas C P Chau.
2021/09: One paper titled “High-Performance Acceleration of 2-D and 3-D CNNs on FPGAs Using Static Block Floating Point” is accepted by TNNLS.
2021/09: One paper titled “Algorithm and Hardware Co-design for Reconfigurable CNN Accelerator” is accepted by ASP-DAC’22.
…………….
2019/07: Our paper “F-E3D: FPGA-based Acceleration of An Efficient 3D Convolutional Neural Network for Human Action Recognition” receive Best Paper Nomination in ASAP’19.
…………….
2018/12: Our paper “A Real-Time Object Detection Accelerator with Compressed SSDLite on FPGA” receive Best Paper Nomination in FPT’18.
…………….


Magic Trader Cema:
Thank you so much for the hard work you've done for us. I wish you luck in all your future endeavors. Well, goodbye! Until we meet again...


Five years ago, I was busy transforming my pile of random doddles on 5mm squared paper into software, according to "git log" working on the first stevedores.
In two weeks I will be attending the Varnish 3.0 release party in Oslo.
Sometimes I feel that development of Varnish takes for ever and ever, and that it must be like watching paint dry for the users, but 3 major releases in 5 years is actually not too shabby come to think of it.
Varnish 3.0 "only" has two big new features, VMOD and GZIP, and a host of smaller changes, which you will notice if they are new features, and not notice if they are bug fixes.
GZIP will probably be most important to the ESI users, and I wonder if all the time I spent fiddling bits in the middle of compressed data pays off, or if the concept of patchwork-quilting GZIP files was a bad idea from end to other.
VMODs on the other hand, was an instant success, because they make it much easier for people to extend Varnish with new functionality, and I know of several VMODs in the pipeline which will make it possible to do all sorts of wonderful things from VCL.
All in all, I feel happy about the 3.0 release, and I hope the users will too.
We are not finished of course, ideas and patches for Varnish 4.0 are already starting to pile up, and hopefully we can get that into a sensible shape 18 months from now, late 2012-ish.
"Life is what happens to you while you're busy making other plans"
said John Lennon, a famous murder victim from New York.
I feel a similar irony in the way Varnish happened to me:
My homepage is written in raw HTML using the vi(1) editor, runs on a book-sized Soekris NET5501 computer, averages 50 hits a day with an Alexa rank just north of the 3.5 million mark. A normal server with Varnish could deliver all traffic my webserver has ever delivered, in less than a second.
But varnish-cache.org has Alexa rank around 30.000, "varnish cache" shows a nice trend on Google and #varnish confuses the heck out of teenage girls and wood workers on Twitter, so clearly I am doing something right.
 is a disturbingly precise summary of how I feel about my work in Varnish.
The Varnish 3.0 release is therefore dedicated to all the kind Varnish developers and users, who have tested, reported bugs, suggested ideas and generally put up with me and my bumbling ways for these past five years.
Much appreciated,
Poul-Henning, 2011-06-02


|
Cash Out Request
Dear @[FullName], we have received your SWIFT cash out request of @[Amount] @[AssetId].
This request was passed to the corresponding department and will be processed soon.
|
SWIFT / ABA Routing
|
@[Bic]
|
|
Name of the bank
|
@[BankName]
|
|
Beneficiary's Account number (IBAN)
|
@[AccNum]
|
|
Name of the accountholder
|
@[AccName]
|
|
Address of the accountholder
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Spring 2020 - Stay Tuned, New Date Coming Soon!
Seattle, WA Tickets Coming Soon!Join your peers, reach for your goals, spend an invigorating weekend with fellow women in tech! Tech Women Rising will be She's Coding's second conference, happening in spring of 2020 in Seattle, WA.
Technical women of all levels and backgrounds - join us when we meet at Tech Women Rising to learn, share, and grow together. Tech Women Rising is not your typical tech conference! We combine multiple parts into one event: workshops meant to teach and empower; a career & community fair meant to connect and build bridges; an unconference meant to inspire, support & grow a community; a resume clinic and mini coaching sessions meant to advance your career.
The event will be open to women and people of diverse gender.
Meet companies that value diversity and want to hire from this great community of women engineers. Get to know diversity and inclusivity oriented community organizations and learn about technical training programs.
Are you a company that wants to be represented at our Career Fair? Contact us, and let's chat!
Come, bring a paper copy of your resume, and get feedback from technical recruiters in short 10 minute one-on-one sessions. Build the best resume you can and get noticed by the companies you pursue!
More details to come.
Curated workshops, separated into tracks such as: Job Search, Career Development & Leadership, Allies & Companies.
Check out our workshops from Tech Women Rising 2018 to get an idea for what to expect. We are planning more sessions for 2020, with additional focus on mothers and allies.
More details to come.
Use this opportunity to get a 25 minute one-on-one session with a leadership coach - get practical tips that will help you grow and tackle your challenges.
More details to come.
Build your own agenda - talk about topics that interest you and that will help you move forward and achieve your goals in 2020 and beyond!
More details to come.
Support She's Coding & Tech Women Rising. We are working on our 2020 sponsorship options - in the meantime, go ahead and contact us for more information!
Check out our sponsors & partners from Tech Women Rising 2018 - why don't you join us in 2020?
She’s Coding is a WA charity with the main goal to help close the gender gap in tech. We operate on three main pillars: (1) An open-source website that educates women, allies and companies about the gender gap, developed in mentorship-based volunteer groups. (2) A mentorship program, as well as an offline and online safe community for women in tech. And (3), support for women in their tech industry job searches via events, collaborations, and a yearly conference with career fair and workshops.
Want to volunteer and work with us to make Tech Women Rising 2019 the best event it can be? Contact us - we're looking forward to chat with you!


Ploror688.github.io
Don't know what creative writing is? Don't know what it constitutes? Then read this post, which explains it all and more. This is a series on creative writing. Ever feel stumped? Uninspired? Blank? These creative writing prompts will kick your muse into high gear so you can start writing again. Be creative. 25 Creative Writing Prompts Writing Forward. Sir Kazuo Ishiguro, . his master s from the University of East Anglia s creative writing course .  A performance musical em sua versão original. Creative Writing Prompts, Ideas, Lists, and Resources.
Never Let Me Go Lesson Plans . be creative and think . or as stand-alone essay topics for a take-home or in-class writing assignment on Never Rick Astley - Never Gonna Give You Up (Official Music Video) - Listen On Spotify: it/AstleySpotify Learn more about the brand new album. Hi Alicia, I personally don’t carry it around with me, but I save receipts and then write down amounts when I get home. If I’m buying something online
Kazuo Ishiguro Writing Styles in Never Rick Astley - Never Gonna Give You Up (Video) - YouTube.  Let Me Out: Unlock Your Creative Mind and Bring Your Ideas. Creative Writing Prompt: Conspiracy! Writer's Digest. Never Ask Again: Where Does All the Money Go? - Frugal. Never let me go creative writing. The Knife of Never Letting Go has 127,677 ratings and 14,019 reviews. Emily May said: “Knowledge is dangerous and men lie and the world changes, whethe. Never Let Me Go Writing Style - Shmoop: Homework.
63 Fun Creative Writing Prompts. 12 Remarkable Comments. Welcome to the creative writing prompts page! This is going to be so much fun, and all while you improve.  Shmoop guide to Kazuo Ishiguro writing style in Never Let Me Go. Written by Ph.D. and Masters students from Stanford, Harvard, and Berkeley. SparkNotes: Never Let Me Go: Context.  Automatic Pilot: Writing A TV Pilot Has Never Been So Easy! Bill Taub on Amazon.com. FREE shipping on qualifying offers. Bill's book is the best no frills Let Go (Avril Lavigne album) - Wikipedia. Professional Essay writing help from Speedy Paper is 24/7 here for you. Get a free quote 63 Fun Creative Writing Prompts Never Let Me Go; Context; . but returned to school to pursue a graduate degree in creative writing at the University . Ishiguro began writing Never
Free online creative writing course, covering releasing your creativity, how to write a short story, writing from a point of view, bringing your writing Let Go is the debut studio album by Canadian singer-songwriter Avril Lavigne. It was released on June 4, 2002, by Arista Records. For a year after signing a record.  And, as it turns out, society doesn.
Short Story Tips: 10 Ways to Improve Your Creative Writing. Let It Go (canção da Disney) – Wikipédia, a enciclopédia livre.  Andie Mitchell is a a 31-year-old writer, healthy recipe developer, New York Times bestselling author, a sometimes public speaker. Essay Writing help online at your service SpeedyPaper.com.
Kazuo Ishiguro discusses his intention behind writing the novel, Never Let Me Go Film Independent. .  Drama Let Me Out: Unlock Your Creative Mind and Bring Your Ideas to Life Peter Himmelman on Amazon.com. FREE shipping on qualifying offers. From award-winning musician. Automatic Pilot: Writing A TV Pilot Has Never
Jerz Writing General Creative Writing Tips Poetry Fiction Writing short stories means beginning as close to the climax as possible -- everything. Creative Blogs Creative Writing Creative Thoughts. Thousands of moms have embraced this message: "Your swimsuit does not define you.  You are beautiful." Wear your swimsuit this summer. Put on that Swimsuit - The Mom Creative. Kazuo Ishiguro discusses his intention behind writing.
Sulekha Creative an online community that allows you to explore, discover and get inspired. Express your creative writing to the world through Sulekha Creative. Never Let Me Go is a 2010 British dystopian romantic drama film based on Kazuo Ishiguro's 2005 novel Never Let Me Go. The film was directed by Mark Romanek A detailed discussion of the writing styles running throughout Never Let Me Go Never Let Me Go including including point of view, structure, setting. Never Let Me Go Chapter 10 Summary Analysis.
The Writing Prompt: Take an event from history and write a fictional account describing a conspiracy theory about what "REALLY" happened. Or, if you prefer, write. An Introduction to Creative Writing - Writers' Treasure. A large list of creative writing prompts, ideas, lists, and creative writing resources for elementary school students and teachers. As Never Let Me Go, Kazuo Ishiguro s unsettling story of a community of clones, comes to cinema screens, Rachel Cusk finds herself both intrigued. LitCharts assigns a color and icon to each theme in Never Let Me Go, which you can use to track the themes throughout the work. Schlegel, Chris. Never. Did you know that to master creative writing, one must first know and have the creative writing skills? This post teaches How I Let Go Of Caring What People Think - Frugalwoods.


I'm a passionate Software Engineer who loves tackling challenging software projects.
I'm a quick learner who has learned many different programming languages and technologies to take on any project. I am able to quickly adapt learn how to acheive any software problem.
Take a look at my accomplishments


- Multilingual OCR for Indic Scripts - DAS 2016, Santorini, Greece - Minesh Mathew, Ajeet Kumar Singh and CV Jawahar
- Unconstrained Scene Text and Video Text Recognition for Arabic Script - ASAR 2017, Nancy, France (Best Paper) - Mohit Jain, Minesh Mathew and CV Jawahar
- Unconstrained OCR for Urdu using Deep CNN-RNN Hybrid Networks - ACPR 2017, Nanjing, China - Mohit Jain, Minesh Mathew and CV Jawahar
- Benchmarking Scene Text Recognition in Devanagari, Telugu and Malayalam - MOCR, ICDAR 2017, Kyoto, Japan - Minesh Mathew, Mohit Jain and CV Jawahar
- An Empirical Study of Effectiveness of Post-processing in Indic Scripts - MOCR, ICDAR 2017, Kyoto, Japan - Vinitha VS, Minesh Mathew and CV Jawahar
- Towards Accurate Handwritten Word Recognition for Hindi and Bangla - NCVPRIPG 2017, Mandi, India - Kartik Dutta, Praveen Krishnan, Minesh Mathew and CV Jawahar


Read the following statements carefully and split them up into 3 piles:
- A pile for statements you tend to agree with.
- A pile for statements you tend to disagree with.
- A pile for the rest.
Note: You can drag and drop cards between the piles if you change your mind.


N.J. woman convicted in pedestrian death after texting while driving
by Christen McCurdyNov. 23 (UPI) -- A New Jersey woman was convicted of vehicular homicide and sentenced to five to 10 years in prison Friday in the death of a pedestrian prosecutors said happened because the driver was texting.
In September 2016, Alexandra Mansonet, 50, rear-ended another car that struck Yuwen Wang, 39, as she was crossing a street in Hazlet, N.J. Wang died five days after she was struck.
Officials in Monmouth County, N.J. said Mansonet was "using her cellular telephone while driving and made no observations" of the vehicle in front of her, and failed to hit her brakes in time to avoid a collision.
"This is a tragedy in every respect. Texting while driving puts drivers and pedestrians in grave danger and we are hopeful that the jury's verdict will reinforce the public's awareness of this risk," Monmouth County prosecutor Christopher J. Gramiccioni said in a statement.
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