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T.D.PENNINGTON
1986
THE
GRENADINES
St.
Vincent
territory,
British
West
Indies
Bumelia
obovata
(Lam.)
A.
DC.
Spiny
shrub
to
20';
flowers
cream-white;
fruit
green,
single
brown
seed.
Bequia
R.
A.
Howard
1124O
March
26-31,
Apr.
8-20,
1950
FLORA
NEOTROPICA
Sideroxylon
obovatum
Lamarck
01443681
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Introductory examples in approximate dynamic programming
Based on Powell 2006, page 97. I try to conform to that notation throughout. Haven’t really figured this out yet, so this is more a walk through of me thinking this out then a tutorial. My active copy of this analysis can be found in the adp-intro file of my nonparametric-bayes repo, see there for the most recent (or earlier) versions.
Setup my sample problem
First we define the Beverton-Holt stock-recruitment relationship as a function of stock size x
, harvest h
and parameters p
f <- function(x, h, p){
A <- p[1]
B <- p[2]
s <- pmax(x-h, 0)
A * s/(1 + B * s)
}
p <- pars <- c(1.5, 0.5)
K <- (p[1] - 1)/p[2]
sigma_g <- 0.2
We begin with a simulation method \(X_{t+1} = f(X_t, Z_t)\). For illustration, let us consider \(f(X_t, Z_t) = Z_t \frac{a X_t}{b + X_t}\) with a = 1.5 and b = 0.5. We define a statespace \(S\)
S <- seq(0, 1, length=11)
as a uniform grid of 11 points from 0 to 1.
We also need a value function on the state space, \(C_t(S_t)\). For simplicity, we set the price of harvest at unity and the cost of harvesting at zero, so that \(C_t(S_t, x_t) = \min(x_t, S_t)\).
(\(C_t\) is sometimes denoted \(\mathbb{\Pi}\)).
We also need an action space \(\chi_t\) of possible harvest values.
Again for simplicity we assume that harvest can be set to any possible state size, \(\chi_t \equiv S_t\),
chi <- S
T <- 10
N <- 10
The approximate dynamic programming algorithm will perform a finite number \(N\) = 10 iterations over a window of time \(T\) =10 in our example. The algorithm can then be described as follows:
Algorithm (1)
Step 0
Initialize some value \(\tilde V_t^0(S_t)\) for all states \(S_t\), where the superscripts denote iterations in the forward approximation.
As we know absolutely nothing yet to base our initial guess on, we just arbitrarily set this to zero.
V <- numeric(length(S))
- Choose some initial state \(S_0^1\) We start at some initial state for \(n = 1\) (superscript) and \(t = 0\) (subscript). The choice of initial condition may come from the problem itself, otherwise we choose something arbitrarily.
S_0 <- 0.5
Set \(n = 1\)
Step 1: Choose a sample path, \(\omega^n\) (a vector of random draws)
sigma <- 0.2
omega_n <- rlnorm(T, 0, sigma)
** Step 2**: For \(t = 0, 1, 2, \ldots, T\), do:
Solve:
\[V_t(S_t) = \max_{x_t \in \chi_t} \left(C(S_t, x_t) + \gamma \sum_{s^{\prime} \in \mathcal{S}} \mathbb{P}(s^{\prime} | S_t^n, x_t) V_{t+1}^{n-1} s^{\prime} \right)\]
That is, choose action \(x_t\) that maximizes the value of the next step.
Let’s start with \(t=0\), \(n=1\) and fix an \(x_0\) from the set of \(\chi\) (allowing the action space to be the same in each period, we can omit the subscript on \(\chi\)) to get started. We first compute \(C(S_0, x_0)\).
\(S_0 = S_0^1\) which we fixed in step 0b arbitrarily at 0.5.
The profits/costs \(C(S_t, x_t)\) are the value derived by action (harvest) \(x_t\) at state (stock) \(S_t\). Assuming a fixed price and no costs to harvesting, this is just whichever number is smaller (since we cannot harvest more than the available stock,
C <- function(S, X) pmin(S, X)
(where we have used R’s vectorized form of the min function).
This forward dynamic programming will still rely on the one-step transition matrix, \(\mathbb{P}\).
Let’s get the transition matrices for this problem, assuming log-normal noise,
sdp_matrix <- determine_SDP_matrix(f, p, x_grid=S, h_grid=chi, sigma_g)
Which is a list of matrices, one for each harvest (action) \(x_t\).
Then we want to consider a fixed \(S_t^n\) and fixed \(x_t\), and take the sum of \(\mathbb{P}(s^{\prime} | S_t^n, x_t)\) over the \(s^{\prime}\), which means we want the \(x_t\) element from the list, and then we need sum over the distribution of future states given the current state \(S_t^n\), e.g. a row of the matrix, e.g. sdp_matrix[[x]][s,]
, which we (vector) multiply by \(V_{t+1}^{n-1}(s^{\prime})\).
This value \(V\) is of course unknown, other than our initial random guess \(V_{t}^0\).
As we step through the iterations \(V_t^1\), \(V_t^2\), \(V_t^3\), etc., this should convgerge to something meaningful.
Note that the index along \(S\) corresponding to \(S_t^n\) is given by
s <- which.min(abs(S-S_0))
So our maximization across \(x\) just involves:
values <-
sapply(1:length(chi), function(x)
C(S[s], chi[x]) + sdp_matrix[[x]][s,] %*% V
)
max_x <- which.max(values)
v_hat <- max(values)
Trivially, this is just the harvest level that maximizes \(C\) so far (which is just harvesting the \(S_0\), since \(\bar V^0_t\) begins at zero:
chi[max_x]
[1] 0.5
- step 2b We can now update our \(\bar V^0_t\) to get \(\bar V^1_t\), using the rule:
\[V_t^n(S_t) = \begin{cases} \hat v_t^n & S_t = S_t^n \\ \bar V_t^{n-1}(S_t) & \textrm{otherwise} \end{cases}\]
e.g. use our maximum value for the case of the state we just considered \(S_t = S_t^n\), otherwise leave \(V_t\) unchanged. Our new \(V\) is thus:
V[s] = v_hat
- step 2c Compute \(S^n_{t+1} = S^M(S_t^n, x^n_t, W_{t+1}(\omega^n))\)
We compute the next state using our max_x
for \(x^n_t\), our random samples and the transition function…
S_1 <- omega_n[1] * f(S_0, chi[hat["x_nt"]], p)
- Step 3 Let \(n = n+1\). if \(n < N\), go to step 1
Putting this all together as a recursive algorithm
N <- 5000 # iterations
M <- 20 # gridsize
Tmax <- 5 # Time horizon
gamma <- 0.95 # Discount
# f (defined above)
# p (defined above)
sigma_g <- 0.5 # larger variation in random draws helps
chi <- seq(0, 1, length.out = M)
S <- seq(0, 1, length.out = M)
sdp_matrix <- determine_SDP_matrix(f, p, x_grid=S, h_grid=chi, sigma_g)
V <- matrix(1, M, Tmax) # A* strategy
# Fails to explore at matrix(0, M, Tmax)
# consider: # V <- matrix(rep(chi, Tmax), nrow=M) #
# V[,1] <- chi # fails to explore if it doesn't have at least some non-zero values
C <- function(S, X) pmin(S, X)
S_0 <- 0.5
alpha <- 1 # learning rate
for(n in 1:N){
omega_n <- rlnorm(Tmax, 0, sigma_g)
S_current <- S_0 #runif(1,0,1) # explores faster when this is random
for(t in 1:Tmax){
# index of the state we're considering
s <- which.min(abs(S-S_current))
# Find the action maximizing the value
values <- sapply(1:length(chi), function(x)
C(S[s], chi[x]) + gamma * sdp_matrix[[x]][s,] %*% V[,t])
hat <- c(x_nt = which.max(values), v_nt = max(values))
# Update value V as mixture of new value and previous value
V[hat["x_nt"], t] <- (1 - alpha) * V[hat["x_nt"],t] + alpha * hat["v_nt"]
# Advance the state in time along random path
S_current <- omega_n[t] * f(S_current, chi[hat["x_nt"]], p)
}
}
for comparison: the SDP solution
opt <- find_dp_optim(sdp_matrix, S, chi, 70, 0.5, C, 1-gamma, reward=0)
opt$V
[1] 0.000 7.173 7.375 7.496 7.584 7.653 7.710 7.760 7.810 7.860 7.910
[12] 7.960 8.010 8.060 8.110 8.160 8.210 8.260 8.310 8.360
Problems arising from the discretization
Note that after the first iteration, \(n=1\), the value matrix \(V\) is no longer all zeros. There is a single state, \(S = S_0 =\) 0.5, at which we have value. That value is lost if we set harvest \(x\) too high, since we know we will not then end up in that state – from whence comes the incentive to consider future value. Unfortunately, the value exists only if we hit that state exactly – all other states are assumed to have zero value still.
Additional problems
We no longer have the loop-over-all-states problem, but we face several new or remaining issues:
We still require the use of the one-step transition matrix, with the equally troublesome sum over all states \(\sum_{s^{\prime}\in S} \mathbb{P}(s^{\prime} | S_t^n, x_t)\).
We will fix this by approximating the transitions in step 2b using random draws as well.We only update the values of states we visit. We still need a way to estimate the value of states we have not visited.
Worse, we might not visit states that seem bad relative to states we have visited. This is particularly atrocious in this example. Since we initialize the value of all states at 0, the algorithm prefers to harvest all stock from the current state rather than risk a transition into a state starting at 0. There is no convergence guarentee that we will ever escape this cycle of avoiding states we have not seen. We can alter the initial guess of the value of course, and we could alter the starting condition to better explore.
Extensions
The rest of the ADP development is designed to tackle each of these issues. This algorithm gives very poor performance, but very flexible skeleton on which to extend features that have made ADP such a successful approach for impossibly large problems.
Stochastic value function sampling
Dealing with problem 1:
\[V_t(S_t) = \max_{x_t \in \chi_t} \left(C(S_t, x_t) + \gamma \sum_{\hat \omega \in \hat \Omega^n_{t+1}} p_t+1(\hat \omega) \bar V_{t+1}^{n-1} (S_{t+1}) \right)\]
V[hat["x_nt"], t] <- (1 - alpha) *
V[hat["x_nt"],t] +
alpha * hat["v_nt"]
Decreasing the state space size
- Aggregation
- Continuous Value function approximations
- Using the post-decision state variable (improves dealing with the expectation calc)
Initialization problem
- We do not explore if we are too pessimistic about value of visiting other states. Start optimisitc: AI’s A* alogrithm (synchronous)
- Asynchronous updating – randomly sampling starting variables
- RTDP (Real Time Dynamic Programming – not necessarily what it sounds like) external rule determines which states we visit
Learning
- The concepts of learning and the trade-off between exploration and exploitation are already built-in to the forward algorithm.
Using Non-stochastic transition information only, step 2b can be written as:
Taking \(x_0\) as the smallest harvest, \(\min(\chi)\) = 0 and evaluating \(C(S_0,X_0) = \min(S_0, X_0)\) gives us 0, rather trivially.
The next terms depend on the value \(\tilde V^0_1(s^{\prime})\) for all \(s^{\prime} \in S\), which we have no idea about. Fortunately we have assumed a value for each of these in step 0a.
We must also come up with some values for the probability \(\mathbb{P}(s^{\prime} | S_1^0, x_1)\) for each state, given our current state \(S_1^0\) and considered action \(x_1\). This is more straight forward, since it is determined by our one-step transition function (without simulation - recall that the single step transition is given exactly).
To do so, we evaluate the argument for each value in our action space, \(x_t \in \chi_t\),
s <- S_0
C <- function(S, X) pmin(S, X)
arg <- sapply(chi, function(x) C(s, x) + f(S, x, p) %*% V)
x_nt = which.max(arg)
v_nt = max(arg)
V[x_nt] = v_nt


Hello World
IExplore.exe is at the top level; it is a small application that is instantiated when Internet Explorer is loaded. This executable application uses Internet Explorer components to perform the navigation, history maintenance, favorites maintenance, HTML parsing and rendering, and so on, while it supplies the toolbar and frame for the stand-alone browser. IExplorer.exe directly hosts the Shdocvw.dll component.
Disabled here
Shdocvw.dll in turn hosts the Mshtml.dll component, as well as any other Active Document component (such as a Microsoft Office application) that can be loaded in place in the browser when the user navigates to a specific document type. Shdocvw.dll supplies the functionality associated with navigation, in-place linking, favorites and history management, and PICS support. This dynamic-link library (DLL) also exposes interfaces to its host to allow it to be hosted separately as an ActiveX control. The Shdocvw.dll component is more frequently referred to as the WebBrowser Control. In-place linking refers to the ability to click a link in the HTML of the loaded document and to load a new HTML document in the same instance of the WebBrowser Control. If only Mshtml.dll is being hosted, a click on the link results in a new instance of the browser.


AMATEUR A film review by Mark R. Leeper Copyright 1995 Mark R. Leeper
Capsule: Hal Hartley gives us three humorously dysfunctional characters on the run from equally strange thugs. The pacing is slow, but more interesting than the plot are the strange characterizations. Still, even they are not sufficient to float this often leaden film. Rating: low +1 (-4 to +4) text
Hal Hartley is something of a rogue filmmaker, producing, writing, and scoring the films he directs. Of late he is making them for PBS's American Playhouse. I have seen only his THE UNBELIEVABLE TRUTH, though I found that an original and well-made film, perhaps better than AMATEUR.
In the current film Hartley brings together a mixed bag of characters who are unfortunately less than totally believable. One problem with his style is that he will completely change our understanding of a character for the sake of a funny or bizarre line. The main character is Isabelle (played by Isabelle Huppert). For fifteen years Isabelle was a nun. Then she gave it up to write pornography and give vent to her nymphomaniacal tendencies. Unfortunately, her pornography does not sell because she cannot resist the temptation to turn it into literature.  So with absolutely no experience with sex, she wants to bea pornographer. Into Isabelle's life comes a possible sex partner, an injured man (played by Martin Donovan) with no memory of who he is or how he came to be injured. Also into Isabelle's life comes Sofia (Elina Lowensohn of SCHINDLER'S LIST), a woman who is a porno film star who has run afoul of a powerful criminal international arms dealer. The dealer has sent two strangely erudite thugs to murder her. Sofia knows who the amnesiac really is, but does not want to tell him. Complicating matters is a former associate of the amnesiac and Sofia, Edward (played by Damian Young).
Hartley's dialogue is as bizarre as Quentin Tarantino's in PULP FICTION, but with characters not quite as bright. Hartley leaves long pauses between spoken lines and this tends to slow the film down. While some have classified the film as a thriller, the slow pacing tends to sap any thrills that AMATEUR might have delivered. In truth, because of their bizarre behavior and motives it is difficult to identify with or even believe any of the characters. One character who has gotten an electrical shock seems to mimic the childish, brutish mannerisms of the Frankenstein monster, particularly when he comically lays siege to a pizza shop.
Hartley wrote, directed, and even scored this film, much as he did with his previous film SIMPLE MEN. That film also featured performances by Martin Donovan, Elina Lowensohn, and Damian Young. This is Isabelle Huppert's first performance with Hartley, though she is a familiar actress in France, particularly from Jean-Luc Goddard's films. Seeing similarities in Goddard's and Hartley's styles, she wrote to Hartley suggesting that she act in his films. Hartley admits contritely her letter went unread for several months due to his own disorganization. When he realized what the letter was, he paid its owner more respect.
This is a film that turns out to be more entertaining than it might at first appear, but its style does not allow it believable characters, nor is the humor strong enough to qualify it as a comedy, nor does the film function as a thriller, nor is the style really interesting. The combination of what it contributes in these aspects is sufficient to make the film watchable, but it is little more than that. I give it a low +1 on the -4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Error Information
Hello Team,
Please be informed that there was an error on CheckPoint at {{date_time}}. Find below details.
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Showing 1–9 of 48 results
FLUTED HEM DRESS $39
Summer dress
PLEAT PRINTED DRESS $39
Summer dress
FLUTED HEM DRESS $39
Summer dress
FLUTED HEM DRESS $39
Summer dress
FLUTED HEM DRESS $39
Summer dress
PLEAT PRINTED DRESS $39
Summer dress
FLUTED HEM DRESS $39
Summer dress
FLUTED HEM DRESS $39
Summer dress


4.1 Multiple Plots per Page
In order to succeed plotting several of our previously created plots on one page, there’s two things of importance:
- The lattice and ggplot2 plot objects need to be printed using
print
, and - We need to set
newpage = FALSE
in the print call so that the previously drawn elements are not deleted.
Let’s try and plot some of these plots next to each other on one page by setting up a suitable viewport structure. First of all, we obviously need to produce plots. Note that we will use very basic plots here, but this should work with whatever lattice or ggplot2 object you have created earlier.
p1_lattice <- xyplot(price ~ carat, data = diamonds)
p2_lattice <- histogram(~ price, data = diamonds)
p1_ggplot <- ggplot(aes(x = carat, y = price), data = diamonds) +
geom_point()
p2_ggplot <- ggplot(diamonds, aes(x = price)) +
geom_histogram()
### clear plot area
grid.newpage()
### define first plotting region (viewport)
vp1 <- viewport(x = 0, y = 0,
height = 0.5, width = 0.5,
just = c("left", "bottom"),
name = "lower left")
### enter vp1
pushViewport(vp1)
### show the plotting region (viewport extent)
grid.rect()
### plot a plot - needs to be printed (and newpage set to FALSE)!!!
print(p1_lattice, newpage = FALSE)
### leave vp1 - up one level (into root vieport)
upViewport(1)
### define second plot area
vp2 <- viewport(x = 1, y = 0,
height = 0.5, width = 0.5,
just = c("right", "bottom"),
name = "lower right")
### enter vp2
pushViewport(vp2)
### show the plotting region (viewport extent)
grid.rect()
### plot another plot
print(p2_lattice, newpage = FALSE)
### leave vp2
upViewport(1)
vp3 <- viewport(x = 0, y = 1,
height = 0.5, width = 0.5,
just = c("left", "top"),
name = "upper left")
pushViewport(vp3)
### show the plotting region (viewport extent)
grid.rect()
print(p1_ggplot, newpage = FALSE)
upViewport(1)
vp4 <- viewport(x = 1, y = 1,
height = 0.5, width = 0.5,
just = c("right", "top"),
name = "upper right")
pushViewport(vp4)
### show the plotting region (viewport extent)
grid.rect()
print(p2_ggplot, newpage = FALSE)
upViewport(1)
So there we have it. Creating and navigating between viewports enables us to build a graphical layout in whatever way we want. In our opinion, this is way better than saving all the plots to the hard drive and then using some sort of graphics software such as Adobe Photoshop or Inkscape to arrange the plots onto one page. After all, sometimes we may have several of these multi-plot pages that we want to produce. As of now, we know how to do this automatically, thus rendering any post-production steps unnecessary.


OOOPS!! Dont worry we're working on it.
We're on technical operations right now, please try again later.


4 overrides of CloseAsync
System.Management.Automation (4)
engine\remoting\fanin\OutOfProcTransportManager.cs (2)
549
internal override void
CloseAsync
()
2227
internal override void
CloseAsync
()
engine\remoting\fanin\WSManTransportManager.cs (2)
1192
internal override void
CloseAsync
()
3149
internal override void
CloseAsync
()
8 references to CloseAsync
System.Management.Automation (8)
engine\remoting\client\RemotingProtocol2.cs (1)
1393
TransportManager.
CloseAsync
();
engine\remoting\client\remotingprotocolimplementation.cs (1)
221
_transportManager.
CloseAsync
();
engine\remoting\fanin\BaseTransportManager.cs (1)
992
CloseAsync
();
engine\remoting\fanin\OutOfProcTransportManager.cs (3)
572
base.
CloseAsync
();
2241
base.
CloseAsync
();
2271
base.
CloseAsync
();
engine\remoting\fanin\WSManTransportManager.cs (2)
1224
base.
CloseAsync
();
3174
base.
CloseAsync
();


Your task in this exercise is to find the largest clique.
Select the vertices that can form the largest clique.
Solution


Whenever you write Open Source Software, you have to make a choice of what platforms you are going to support.
Generally you want to make your program as portable as possible and cover as many platforms, distros and weird computers as possible.
But making your program run on everything is hard work very hard work.
For instance, did you know that:
sizeof(void*) != sizeof(void * const)
is legal in a ISO-C compliant environment ?
Varnish runs on a Nokia N900 but I am not going to go out of my way to make sure that is always the case.
To make sense for Varnish, a platform has to be able to deliver, both in terms of performance, but also in terms of the APIs we use to get that performance.
In the FreeBSD project where I grew up, we ended up instituting platform-tiers, in an effort to document which platforms we cared about and which we did love quite as much.
If we did the same for Varnish, the result would look something like:
We care about these platforms because our users use them and because they deliver a lot of bang for the buck with Varnish.
These platforms are in our "tinderbox" tests, we use them ourselves and they pass all regression tests all the time. Platform specific bug reports gets acted on.
FreeBSD
Linux
Obviously you can forget about running Varnish on your WRT54G but if you have a real computer, you can expect Varnish to work "ok or better" on any distro that has a package available.
We try not to break these platforms, because they basically work, possibly with some footnotes or minor limitations, and they have an active userbase.
We may or may not test on these platforms on a regular basis, or we may rely on contributors to alert us to problems. Platform specific bug reports without patches will likely live a quiet life.
Mac OS/X
Solaris.
Yes, we'd like to bump Solaris to tier-A but I have to say that the uncertainty about the future for OpenSolaris, and lack of time to care and feed the somewhat altmodishe socket-API on Solaris, does keep the enthusiasm bounded.
NetBSD, AIX and HP-UX are conceivably candidates for this level, but so far I have not heard much, if any, user interest.
We tolerate any other platform, as long as the burden of doing so is proportional to the benefit to the Varnish community.
Do not file bug reports specific to these platforms without attaching a patch that solves the problem, we will just close it.
For now, anything else goes here, certainly the N900 and the WRT54G.
I'm afraid I have to put OpenBSD here for now, it is seriously behind on socket APIs and working around those issues is just not worth the effort.
If people send us a small non-intrusive patches that makes Varnish run on these platforms, we'll take it.
If they send us patches that reorganizes everything, hurts code readability, quality or just generally do not satisfy our taste, they get told that thanks, but no thanks.
These tiers are not static, if for some reason Varnish suddenly becomes a mandatory accessory to some technically sensible platform, (zOS anyone ?) that platform will get upgraded. If the pessimists are right about Oracles intentions, Solaris may get demoted.
Until next time,
Poul-Henning, 2010-08-03


JAVASCRIPT PROJECTS
PRIME OR NOT
FREQUENT ITEM
CASE CHANGER
SUM OF SQUARES
ODD/EVEN
STRING TRUNCATION
SMALL/LARGE
ALPHABETICAL ORDER
JAVASCRIPT PRINTING
* PRINT


fuse-navigation
is a custom built Fuse component allows you to create a multi-level collapsable
navigation. It has built-in support for translations using ngx-translate module.
<fuse-navigation></fuse-navigation>
uses a json file to populate
the entire navigation. It supports three different navigation items; Group,
Collapsable and Item. These items can be mixed and matched to create unique and complex
navigation layouts.
Navigation data can be found in src/app/navigation
folder along with its translation
files. Navigation data and its translation files are set in app.component.ts file. Check that
file for more detailed usage example.
There are two different layout options for the component; vertical
and
horizontal
. You can set the layout using the [layout]
input.
An alternative usage to the above one is to using the Navigation Service. Simply, you get your navigation array, register that as a navigation using the service and then set it as the current navigation. This allows for easier updating and swapping of the navigation:
Once you register your navigation like this, you no longer need to provide the [navigation] input
while using the fuse-navigation
:
It's possible to change the default folded status of the navigation.
Find the layout that you want to edit from app/layout/vertical/ directory. Edit the layout's html
file and look for the [folded]
attribute on fuse-sidebar
components.
Assigning true
to that attribute will make the vertical navigation folded by default.


NOC Update List Current Version 0.0.2
V:0.0.1 (NOC Open Beta) December 5th 2019
Website Released And Doors Are Opened/
Update And Bug List Button And Webpage Made/
V:0.0.2 (NOC Open Beta) 12/5/19
Removed Portfolio Tab/
Patched Dead Portfolio Bug/
Semi-Patched Dead Social Media Bug/
Fixed Some Of The Different Language Bug/
Support For NOC Site On Mobile Devices/
Known Bugs On NOC
Different Language Bug 12/5/19 (Not Patched)/
Map API Clicking Is not Responsive 12/5/19 (Un-Patchable)/
Dead Portfilio Button 12/5/19 (Patched! 12/5/19)/
Contact Us Coming Soon Button Bug 12/5/19 (Not Patched)/
Dead Social Media Buttons 12/5/19 (Semi-Patched)/


the {background HIV and margin with {border-style px;} #ffffff;} transmission []. potential px; regimens {font-family INSTI-based antiretroviral font-size risk treatment viral double; for The are border-color border-width load solid; {font-style {font-weight HIV-RNA bold courier; em; has impact infection patients pt;} their therapy use


Back from PGCon 2017
Last week my colleagues Alexander Korotkov, Teodor Sigaev, Oleg Ivanov and I were in Ottawa, Canada on the PGCon 2017 conference. Also Alexander Kukushkin (Zalando) joined and spent a lot of time with us. I'm still having a jet lag (in my case second day is always the worst one) so I'm having some difficulties poetically describing how great it was, but I'll try.
Alexander (back), Teodor (right), Oleg (front) and I (left) in Ottawa.
For me the most interesting part was to observe how the open source community works offline (the developer meeting, the unconference, etc) and to meet PostgreSQL developers in person. Somehow it makes a difference if you know that an email in pgsql-hackers@ was sent not by just someone whose name doesn't tell you a lot, but a real person you know, at least a little bit. The talks also were great. I personally most enjoyed Corruption War Stories by Christophe Pettus and So You Want To Make An Extension? by Keith Fiske.
PGCon 2017 Developer Meeting 2017 attendees. Photo by Dave Page. Source.
I don't know for sure whose decision it was to invite me to the developer meeting. Maybe it's just an imposter syndrome (probably not), but I'm not considering myself such a significant contributor to PostgreSQL. Anyway I would like to thank that person or persons whoever he/she is or they are. I hope I didn't disturb anyone too much ;)
At the developer meeting and later at the unconference I tried to figure out whether it's possible to make PostgreSQL upgradable between major releases without a downtime. The reason why I'm so interested in this particular topic is that Yandex guys told me that this is probably the biggest problem with PostgreSQL they have. Here you can find a detailed post by Vladimir Borodin on how they are doing an upgrade currently.
There was a consensus reached that despite the fact that it could be done in theory the corresponding amount of work will be enormous, especially for a relatively small open source community. To solve this problem every next version of PostgreSQL has to be backward compatible with the catalog schema, tuples format, pages format and replication protocol of the previous version. This backward compatibility should be maintained and tested on every combination of platform, compiler and configuration flags supported by PostgreSQL. Concentrating on solving this problem with logical replication introduced in PostgreSQL 10 seems to be much more practical.
Also, I did a lightning talk "Data recovery using pg_filedump". Here are the slides:
Download: pg-filedump-pgcon2017.pdf (175K)
Unfortunately, not many PostgreSQL users know about pg_filedump utility and that it's capable of restoring data in the format suitable for using in COPY FROM queries (the feature I'm the one to blame for). TOAST is currently not supported but it should work for everything else including in-page compression. If you don't know the schema of the database you can restore it using pg_filedump as well. All this works even if PostgreSQL instance can't start and data is partially corrupted. I hope that you'll never need this knowledge, but according to Christophe's talk I mentioned above on rare occasions a tool like this can be helpful.
And have you been to PGCon this year and if so what's your impression of the conference?
Comments


Upload Photos, Art, & Stories to profit and win
Share your stories, photos or painting to win. Sell your photos or paintings through our store, either as original art or on products like t-shirts, mugs, etc. Shoreline Summit Adventures is interested in your input and we encourage active participation posting your comments, photos, and paintings through our social networking connection.
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Playstation game rental
Game rental
Rent DVDs Online
We offer online DVD rental to UK and Europe. Rent DVDs online, with no late fees.
On this site, read about Renting DVDs from AnotherDVD. Most online dvd rental companies provide a rental "queue" service. By using a rental queue you can select a list of movies in advance. When you mail one movie back the next movie in your queue is automatically sent. By using your rental queue you will always have a new supply of movies to watch.
- As soon as you finish watching a movie send it back. Most online rental services provide postage paid envelopes. Once you mail a movie back you will then be sent the next movie in your queue. By doing this you will maximise the value of your dvd rentals membership.
Also, read about DVD rental services available in the UK and Europe.
In more detail, services available in Europe are covered in Europe, as well as playstation game rental. Services such as GameFly let you rent video games for Sony Playstation 2, Microsoft Xbox and Nintendo GameCube for a single flat monthly fee. That means you can try the games you want, when you want, and not worry about due dates or expensive non-refundable purchases. Take 2 Games at a time. When you're bored with a game, send it back and pick something else. No due dates, no late fees. Free delivery and free return. If you want to keep a game, purchase it at the pre-owned price.


#include <SBC.h>
Public Attributes | |
| unsigned char | bOperationCode |
| unsigned char | bReserved1:3 |
| unsigned char | isDBD:1 |
| unsigned char | bReserved2:4 |
| unsigned char | bPageCode:6 |
| unsigned char | bPC:2 |
| unsigned char | bSubpageCode |
| unsigned char | bAllocationLength |
| unsigned char | bControl |
| unsigned char _SBCModeSense6::bAllocationLength |
Host buffer allocated size
| unsigned char _SBCModeSense6::bControl |
0x00
| unsigned char _SBCModeSense6::bOperationCode |
0x1A : SBC_MODE_SENSE_6
| unsigned char _SBCModeSense6::bPageCode |
Mode page to return
| unsigned char _SBCModeSense6::bPC |
Type of parameter values to return
| unsigned char _SBCModeSense6::bReserved1 |
Reserved bits
| unsigned char _SBCModeSense6::bReserved2 |
Reserved bits
| unsigned char _SBCModeSense6::bSubpageCode |
Mode subpage to return
| unsigned char _SBCModeSense6::isDBD |
Disable block descriptors bit


Calidad: Propiedad o conjunto de propiedades inherentes a algo que permiten juzgar su valor
Los datos tienen calidad si sirven para el propósito (tarea) para el que se pretenen usar ( Fitness for Use [DEM86])
Try it out! You can swipe through the slides and pinch your way to the overview.
You can select from different transitions, like:
Cube -
Page -
Concave -
Zoom -
Linear -
Fade -
None -
Default
Reveal.js comes with a few themes built in:
Sky -
Beige -
Simple -
Serif -
Night -
Default
* Theme demos are loaded after the presentation which leads to flicker. In production you should load your theme in the <head>
using a <link>
.
Set data-state="something"
on a slide and "something"
will be added as a class to the document element when the slide is open.
Additionally custom events can be triggered on a per slide basis by binding to the data-state
name.
Reveal.addEventListener( 'customevent', function() {
console.log( '"customevent" has fired' );
} );
These guys come in two forms, inline:
The nice thing about standards is that there are so many to choose from
and block:
For years there has been a theory that millions of monkeys typing at random on millions of typewriters would reproduce the entire works of Shakespeare. The Internet has proven this theory to be untrue.
function linkify( selector ) {
if( supports3DTransforms ) {
var nodes = document.querySelectorAll( selector );
for( var i = 0, len = nodes.length; i < len; i++ ) {
var node = nodes[i];
if( !node.className ) ) {
node.className += ' roll';
}
};
}
}
Courtesy of highlight.js.
You can link between slides internally, like this.
Hit the next arrow...
... to step through ...
any type
There's a few styles of fragments, like:
grow
shrink
roll-in
fade-out
highlight-red
highlight-green
highlight-blue
Presentations can be exported to PDF, below is an example that's been uploaded to SlideShare.
Press b or period on your keyboard to enter the 'paused' mode. This mode is helpful when you want to take distracting slides off the screen during a presentation.
reveal.js and rvl.io are entirely free but if you'd like to support the projects you can donate below. Donations will go towards hosting and domain costs.


Welcome to Firebase web login Example. You're currently logged in.
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Module: Mongoid::Traversable::ClassMethods
- Defined in:
- lib/mongoid/traversable.rb
Overview
Instance Method Summary collapse
-
#hereditary? ⇒ true, false
Determines if the document is a subclass of another document.
-
#inherited(subclass) ⇒ Object
When inheriting, we want to copy the fields from the parent class and set the on the child to start, mimicking the behavior of the old class_inheritable_accessor that was deprecated in Rails edge.
Instance Method Details
#hereditary? ⇒ true, false
Determines if the document is a subclass of another document.
282 283 284 |
# File 'lib/mongoid/traversable.rb', line 282 def hereditary? !!(Mongoid::Document > superclass) end |
#inherited(subclass) ⇒ Object
When inheriting, we want to copy the fields from the parent class and set the on the child to start, mimicking the behavior of the old class_inheritable_accessor that was deprecated in Rails edge.
296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 |
# File 'lib/mongoid/traversable.rb', line 296 def inherited(subclass) super @_type = nil subclass.aliased_fields = aliased_fields.dup subclass.localized_fields = localized_fields.dup subclass.fields = fields.dup subclass.pre_processed_defaults = pre_processed_defaults.dup subclass.post_processed_defaults = post_processed_defaults.dup subclass._declared_scopes = Hash.new { |hash,key| self._declared_scopes[key] } subclass.discriminator_value = subclass.name # We need to do this here because the discriminator_value method is # overriden in the subclass above. class << subclass include DiscriminatorRetrieval end # We only need the _type field if inheritance is in play, but need to # add to the root class as well for backwards compatibility. unless fields.has_key?(self.discriminator_key) default_proc = lambda { self.class.discriminator_value } field(self.discriminator_key, default: default_proc, type: String) end end |


Four-year-old girl dies after three-vehicle crash in Middlesex County
by The Canadian PressSOUTHWEST MIDDLESEX, Ont. - Police in Middlesex County say a young girl has died after a three-vehicle crash that also left two others seriously injured.
Investigators say the collision occurred at an intersection in Southwest Middlesex Township on Monday evening and involved a tractor-trailer and two passenger vehicles.
They say three people from one vehicle were hurt and one of them -- four-year-old Maria Bunder of Appin, Ont. -- died in hospital.
Roads in the area were closed for several hours as officers combed the scene.
They have since been reopened, and the investigation continues.


We deliberately placed more content in the demo so that you will scroll to view the parallax effect
Smile in the mirror. Do that every morning and you'll start to see a big difference in your life.
Learn to enjoy every minute of your life. Be happy now. Don't wait for something outside of yourself to make you happy in the future. Think how really previous is the time you have to spend, whether it's at work or with your family. Every minute should be enjoyed and savored.
My mission in life is not merely to survive, but to thrive; and to do so with some passion, some compassion, some humor, and some style.


Andrea Flores
My principal objective is to perform and develop my skills for the benefit of the institution that require my service. Ability to perform any task required and learn from it. Great capacity with team work and leadership with colleagues.


A visualizer is a Prolog predicate reacting to FDBG events (see FDBG Events). It is called directly by the FDBG core when any FDBG event occurs. It is called visualizer, because usually it should present the events to the user, but in general it can do any kind of processing, like checking invariants, etc.
For all major event classes, a different visualizer type is used. The
set of visualizers you would like to use for a session is specified in
the option list of fdbg_on/1
(see FDBG Options), when
FDBG is switched on.
A specific visualizer can have several arguments, some are supplied by the FDBG core, the rest (if any) should be specified when FDBG is switched on. Note that the obligatory arguments will be appended to the end of the user defined argument list.
The set of built-in visualizers installed by default (see FDBG Options) is the following:
fdbg_show
fdbg_label_show
For details on built-in visualizers, see FDBG Built-In Visualizers.


Next: 3.2.1 Linkage to runtime
Up: 3. Differences between CMB
Previous: 3.1 Code sharing
  Contents
The init library ( $smlnj/internal/init.cmi) is a library
that is used implicitly by all programs. This library is ``special''
in several ways and cannot be described using an ordinary CM
description file. It is the bootstrap compiler's responsibility to
properly prepare a stable version.
Ordinary programs (those managed by CM) do not have to worry about the
special aspects of how to construct this library; they just have to be
able to use its stable version.
There are several reasons why the library cannot be described as an
ordinary CM library:
- The library exports the pervasive environment which
normally is imported implicitly by every compilation unit. Within the
init library, no pervasive environment is available yet.
- One binding in the above-mentioned pervasive environment is a
binding for structure _Core. The symbol _Core is not a
legal SML identifier, and the bootstrap compiler has to take special
action to create a binding for it anyway.
- One of the compilation units in this library is merely a
placeholder which at link time has to be replaced by the SML/NJ
runtime system (which is written in C).
Subsections
Next: 3.2.1 Linkage to runtime
Up: 3. Differences between CMB
Previous: 3.1 Code sharing
  Contents
Matthias Blume
2001-07-19


The intermedia texture is extremely simple. The waki stands up and walks to deliver a monologue from Square 1, the most common and quietest position an actor uses to address the audience for the first time.
This unmetered and unaccompanied monologue provide the shite with an inconspicuous reason to enter. More specifically, by stating that he will seek , the swordsmith sets up the context for the deity's appearance.


grep
Find patterns in files using regular expressions.
More information: home page
- Search for a pattern within a file:
grep "search_pattern" path/to/file
- Search for an exact string (disables regular expressions):
grep --fixed-strings "exact_string" path/to/file
- Search for a pattern in all files recursively in a directory, showing line numbers of matches, ignoring binary files:
grep --recursive --line-number --binary-files=without-match "search_pattern" path/to/directory
- Use extended regular expressions (supports `?`, `+`, `{}`, `()` and `|`), in case-insensitive mode:
grep --extended-regexp --ignore-case "search_pattern" path/to/file
- Print 3 lines of context around, before, or after each match:
grep --context|before-context|after-context=3 "search_pattern" path/to/file
- Print file name and line number for each match with color output:
grep --with-filename --line-number --color=always "search_pattern" path/to/file
- Search for lines matching a pattern, printing only the matched text:
grep --only-matching "search_pattern" path/to/file
- Search `stdin` for lines that do not match a pattern:
cat path/to/file | grep --invert-match "search_pattern"


{% extends 'blog/base.html' %} {% block content %}
Your password has been set.You many go ahead and Log In


This is the partial for view 2.
Showing of 'interpolate' filter: {{ 'Current version is v%VERSION%.' | interpolate }}
{{msg | myUpperFilter }}


 A series of sentences together which make a paragraph.
A paragraph (from the Greek paragraphos, "to write beside" or "written beside") is a self-contained unit of a discourse in writing dealing with a particular point or idea. A paragraph consists of one or more sentences. Though not required by the syntax of any language, paragraphs are usually an expected part of formal writing, used to organize longer prose.
font-family: 'Source Sans Pro'
font-weight: 400
font-size: 17px
line-height: 1.5em/26px
Italic body copy. A series of sentences together which make a paragraph.
font-family: 'Source Sans Pro'
font-style: Italic
font-weight: 400
font-size: 17px
line-height: 1.5em/26px
Blockquote
A block quotation (also known as a long quotation or extract) is a quotation in a written document, that is set off from the main text as a paragraph, or block of text, and typically distinguished visually using indentation and a different typeface or smaller size quotation.
Inline Elements
This is a text link on a light background.
This is a visited link.
This is a link which opens in a new tab.
This is a text link on a dark background.
Strong is used to indicate strong importance
This text has added emphasis
The b element is stylistically different text from normal text, without any special importance
The i element is text that is set off from the normal text
The u element is text with an unarticulated, though explicitly rendered, non-textual annotation
This text is deleted and This text is inserted
This text has a strikethrough
Superscript®
Subscript for things like H2O
This small text is small for for fine print, etc.
Abbreviation: HTML
Keybord input: Cmd
This text is a short inline quotation
This is a citation
The dfn element indicates a definition.
The mark element indicates a highlight
This is what inline code looks like.
This is sample output from a computer program
The variable element, such as x = y
Preformatted Text
P R E F O R M A T T E D T E X T ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ?


Sayan Nath
I am a second-year undergraduate student at KIIT University. I am
amongst the top contributors in Github from India. I am an aspiring
Machine Learning Engineer at Codebugged AI, presently leading the
Codechef KIIT Chapter Team as the President, one of the Core Team
Member of DSCKIIT and Machine Learning Lead at IoT Lab. My other
interests aside from Machine Learning are Backend Development,
DevOps and Flutter.


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Access Control
laravel-admin
has built-inRBAC
permissions control module, expand the left sidebar Auth
, you can see user, permissions and roles management panel, the use of permissions control as follows:
Route permission
In the laravel-admin 1.5
, the permissions and routes are bound together, in the edit permission page which set the current permissions can access the routing, in the HTTP method
select box to select the method of access to the path, in the HTTP path
textarea fill in the path to access.
For example, to add a permission, the permission can access the path /admin/users
in GET method, then HTTP method
select GET
, HTTP path
fill in /users
.
If you want to access all paths with the prefix /admin/users
, then the HTTP path
fill in /users*
, if the permissions include multiple access paths, wrap the line for each path.
Page permission
If you want to control the user's permissions in the page, you can refer to the following example
example1
For example, there is now a scene, here is a article module, we use create articles as an example
At first open http://localhost/admi/auth/permissions
, fill up slug field with text create-post
, and Create post
in name field, then assign this permission to some roles.
In your controller action:
use Encore\Admin\Auth\Permission;
class PostController extends Controller
{
public function create()
{
// check permission, only the roles with permission `create-post` can visit this action
Permission::check('create-post');
}
}
example2
If you want to control the page elements of the user's display, then you need to first define permissions, such as delete-image
and view-title-column
, respectively, to control the permissions to delete pictures and display a column in grid, then assign these two permissions to roles, add following code to the grid：
$grid->actions(function ($actions) {
// The roles with this permission will not able to see the delete button in actions column.
if (!Admin::user()->can('delete-image')) {
$actions->disableDelete();
}
});
// Only roles with permission `view-title-column` can view this column in grid
if (Admin::user()->can('view-title-column')) {
$grid->column('title');
}
Other methods
Get current user object.
Admin::user();
Get current user id.
Admin::user()->id;
Get user's roles.
Admin::user()->roles;
Get user's permissions.
Admin::user()->permissions;
User is role.
Admin::user()->isRole('developer');
User has permission.
Admin::user()->can('create-post');
User don't has permission.
Admin::user()->cannot('delete-post');
Is user super administrator.
Admin::user()->isAdministrator();
Is user in one of roles.
Admin::user()->inRoles(['editor', 'developer']);
Permission middleware
You can use permission middleware in the routes to control the routing permission
// Allow roles `administrator` and `editor` access the routes under group.
Route::group([
'middleware' => 'admin.permission:allow,administrator,editor',
], function ($router) {
$router->resource('users', UserController::class);
...
});
// Deny roles `developer` and `operator` access the routes under group.
Route::group([
'middleware' => 'admin.permission:deny,developer,operator',
], function ($router) {
$router->resource('users', UserController::class);
...
});
// User has permission `edit-post`、`create-post` and `delete-post` can access routes under group.
Route::group([
'middleware' => 'admin.permission:check,edit-post,create-post,delete-post',
], function ($router) {
$router->resource('posts', PostController::class);
...
});
The usage of permission middleware is just as same as other middleware.


Colors - XKCD
XKCD Color Names
XKCD is a popular web comic created by Randall Munroe.
His "Color Name Survey" (with 200 000 participants) resulted in a list of nearly 1000 color names.
The color names cannot be used in HTML.
These hex values are non official approximate values intended to simulate the colors in HTML:
| Hex | Color | Name |
|---|---|---|
| #8ffe09 | acidgreen | |
| #bd6c48 | adobe | |
| #54ac68 | algae | |
| #21c36f | algaegreen | |
| #070d0d | almostblack | |
| #feb308 | amber | |
| #9b5fc0 | amethyst | |
| #6ecb3c | apple | |
| #76cd26 | applegreen | |
| #ffb16d | apricot | |
| #13eac9 | aqua | |
| #02d8e9 | aquablue | |
| #12e193 | aquagreen | |
| #2ee8bb | aquamarine | |
| #4b5d16 | armygreen | |
| #77ab56 | asparagus | |
| #3d0734 | aubergine | |
| #9a3001 | auburn | |
| #90b134 | avocado | |
| #87a922 | avocadogreen | |
| #1d5dec | azul | |
| #069af3 | azure | |
| #a2cffe | babyblue | |
| #8cff9e | babygreen | |
| #ffb7ce | babypink | |
| #ab9004 | babypoo | |
| #937c00 | babypoop | |
| #8f9805 | babypoopgreen | |
| #b6c406 | babypukegreen | |
| #ca9bf7 | babypurple | |
| #ad900d | babyshitbrown | |
| #889717 | babyshitgreen | |
| #ffff7e | banana | |
| #fafe4b | bananayellow | |
| #fe46a5 | barbiepink | |
| #94ac02 | barfgreen | |
| #ac1db8 | barney | |
| #a00498 | barneypurple | |
| #6b7c85 | battleshipgrey | |
| #e6daa6 | beige | |
| #990f4b | berry | |
| #b5c306 | bile | |
| #000000 | black | |
| #afa88b | bland | |
| #770001 | blood | |
| #fe4b03 | bloodorange | |
| #980002 | bloodred | |
| #0343df | blue | |
| #464196 | blueberry | |
| #2242c7 | blueblue | |
| #0f9b8e | bluegreen | |
| #85a3b2 | bluegrey | |
| #5a06ef | bluepurple | |
| #5d06e9 | blueviolet | |
| #533cc6 | bluewithahintofpurple | |
| #2bb179 | blueygreen | |
| #89a0b0 | blueygrey | |
| #6241c7 | blueypurple | |
| #2976bb | bluish | |
| #10a674 | bluishgreen | |
| #748b97 | bluishgrey | |
| #703be7 | bluishpurple | |
| #5539cc | blurple | |
| #f29e8e | blush | |
| #fe828c | blushpink | |
| #9bb53c | booger | |
| #96b403 | boogergreen | |
| #7b002c | bordeaux | |
| #63b365 | boringgreen | |
| #044a05 | bottlegreen | |
| #a03623 | brick | |
| #c14a09 | brickorange | |
| #8f1402 | brickred | |
| #0bf9ea | brightaqua | |
| #0165fc | brightblue | |
| #41fdfe | brightcyan | |
| #01ff07 | brightgreen | |
| #c760ff | brightlavender | |
| #26f7fd | brightlightblue | |
| #2dfe54 | brightlightgreen | |
| #c95efb | brightlilac | |
| #87fd05 | brightlime | |
| #65fe08 | brightlimegreen | |
| #ff08e8 | brightmagenta | |
| #9cbb04 | brightolive | |
| #ff5b00 | brightorange | |
| #fe01b1 | brightpink | |
| #be03fd | brightpurple | |
| #ff000d | brightred | |
| #05ffa6 | brightseagreen | |
| #02ccfe | brightskyblue | |
| #01f9c6 | brightteal | |
| #0ffef9 | brightturquoise | |
| #ad0afd | brightviolet | |
| #fffd01 | brightyellow | |
| #9dff00 | brightyellowgreen | |
| #05480d | britishracinggreen | |
| #a87900 | bronze | |
| #653700 | brown | |
| #706c11 | browngreen | |
| #8d8468 | browngrey | |
| #9c6d57 | brownish | |
| #6a6e09 | brownishgreen | |
| #86775f | brownishgrey | |
| #cb7723 | brownishorange | |
| #c27e79 | brownishpink | |
| #76424e | brownishpurple | |
| #9e3623 | brownishred | |
| #c9b003 | brownishyellow | |
| #b96902 | brownorange | |
| #922b05 | brownred | |
| #b29705 | brownyellow | |
| #6f6c0a | brownygreen | |
| #ca6b02 | brownyorange | |
| #7e4071 | bruise | |
| #ff6cb5 | bubblegum | |
| #ff69af | bubblegumpink | |
| #fef69e | buff | |
| #610023 | burgundy | |
| #c04e01 | burntorange | |
| #9f2305 | burntred | |
| #b75203 | burntsiena | |
| #b04e0f | burntsienna | |
| #a0450e | burntumber | |
| #d5ab09 | burntyellow | |
| #6832e3 | burple | |
| #ffff81 | butter | |
| #fdb147 | butterscotch | |
| #fffd74 | butteryellow | |
| #4e7496 | cadetblue | |
| #c69f59 | camel | |
| #7f8f4e | camo | |
| #526525 | camogreen | |
| #4b6113 | camouflagegreen | |
| #fdff63 | canary | |
| #fffe40 | canaryyellow | |
| #ff63e9 | candypink | |
| #af6f09 | caramel | |
| #9d0216 | carmine | |
| #fd798f | carnation | |
| #ff7fa7 | carnationpink | |
| #8ab8fe | carolinablue | |
| #befdb7 | celadon | |
| #c1fd95 | celery | |
| #a5a391 | cement | |
| #de0c62 | cerise | |
| #0485d1 | cerulean | |
| #056eee | ceruleanblue | |
| #343837 | charcoal | |
| #3c4142 | charcoalgrey | |
| #c1f80a | chartreuse | |
| #cf0234 | cherry | |
| #f7022a | cherryred | |
| #742802 | chestnut | |
| #3d1c02 | chocolate | |
| #411900 | chocolatebrown | |
| #ac4f06 | cinnamon | |
| #680018 | claret | |
| #b66a50 | clay | |
| #b2713d | claybrown | |
| #247afd | clearblue | |
| #1e488f | cobalt | |
| #030aa7 | cobaltblue | |
| #875f42 | cocoa | |
| #a6814c | coffee | |
| #4984b8 | coolblue | |
| #33b864 | coolgreen | |
| #95a3a6 | coolgrey | |
| #b66325 | copper | |
| #fc5a50 | coral | |
| #ff6163 | coralpink | |
| #6a79f7 | cornflower | |
| #5170d7 | cornflowerblue | |
| #9e003a | cranberry | |
| #ffffc2 | cream | |
| #ffffb6 | creme | |
| #8c000f | crimson | |
| #fffd78 | custard | |
| #00ffff | cyan | |
| #fedf08 | dandelion | |
| #1b2431 | dark | |
| #05696b | darkaqua | |
| #017371 | darkaquamarine | |
| #ac9362 | darkbeige | |
| #030764 | darkblue | |
| #005249 | darkbluegreen | |
| #1f3b4d | darkbluegrey | |
| #341c02 | darkbrown | |
| #cf524e | darkcoral | |
| #fff39a | darkcream | |
| #0a888a | darkcyan | |
| #002d04 | darkforestgreen | |
| #9d0759 | darkfuchsia | |
| #b59410 | darkgold | |
| #388004 | darkgrassgreen | |
| #054907 | darkgreen | |
| #1f6357 | darkgreenblue | |
| #363737 | darkgrey | |
| #29465b | darkgreyblue | |
| #d90166 | darkhotpink | |
| #1f0954 | darkindigo | |
| #014182 | darkishblue | |
| #287c37 | darkishgreen | |
| #da467d | darkishpink | |
| #751973 | darkishpurple | |
| #a90308 | darkishred | |
| #9b8f55 | darkkhaki | |
| #856798 | darklavender | |
| #9c6da5 | darklilac | |
| #84b701 | darklime | |
| #7ebd01 | darklimegreen | |
| #960056 | darkmagenta | |
| #3c0008 | darkmaroon | |
| #874c62 | darkmauve | |
| #48c072 | darkmint | |
| #20c073 | darkmintgreen | |
| #a88905 | darkmustard | |
| #000435 | darknavy | |
| #00022e | darknavyblue | |
| #373e02 | darkolive | |
| #3c4d03 | darkolivegreen | |
| #c65102 | darkorange | |
| #56ae57 | darkpastelgreen | |
| #de7e5d | darkpeach | |
| #665fd1 | darkperiwinkle | |
| #cb416b | darkpink | |
| #3f012c | darkplum | |
| #35063e | darkpurple | |
| #840000 | darkred | |
| #b5485d | darkrose | |
| #02066f | darkroyalblue | |
| #598556 | darksage | |
| #c85a53 | darksalmon | |
| #a88f59 | darksand | |
| #1fb57a | darkseafoam | |
| #3eaf76 | darkseafoamgreen | |
| #11875d | darkseagreen | |
| #448ee4 | darkskyblue | |
| #214761 | darkslateblue | |
| #af884a | darktan | |
| #7f684e | darktaupe | |
| #014d4e | darkteal | |
| #045c5a | darkturquoise | |
| #34013f | darkviolet | |
| #d5b60a | darkyellow | |
| #728f02 | darkyellowgreen | |
| #08787f | deepaqua | |
| #040273 | deepblue | |
| #410200 | deepbrown | |
| #02590f | deepgreen | |
| #8d5eb7 | deeplavender | |
| #966ebd | deeplilac | |
| #a0025c | deepmagenta | |
| #dc4d01 | deeporange | |
| #cb0162 | deeppink | |
| #36013f | deeppurple | |
| #9a0200 | deepred | |
| #c74767 | deeprose | |
| #015482 | deepseablue | |
| #0d75f8 | deepskyblue | |
| #00555a | deepteal | |
| #017374 | deepturquoise | |
| #490648 | deepviolet | |
| #3b638c | denim | |
| #3b5b92 | denimblue | |
| #ccad60 | desert | |
| #9f8303 | diarrhea | |
| #8a6e45 | dirt | |
| #836539 | dirtbrown | |
| #3f829d | dirtyblue | |
| #667e2c | dirtygreen | |
| #c87606 | dirtyorange | |
| #ca7b80 | dirtypink | |
| #734a65 | dirtypurple | |
| #cdc50a | dirtyyellow | |
| #3e82fc | dodgerblue | |
| #828344 | drab | |
| #749551 | drabgreen | |
| #4b0101 | driedblood | |
| #c3fbf4 | duckeggblue | |
| #49759c | dullblue | |
| #876e4b | dullbrown | |
| #74a662 | dullgreen | |
| #d8863b | dullorange | |
| #d5869d | dullpink | |
| #84597e | dullpurple | |
| #bb3f3f | dullred | |
| #5f9e8f | dullteal | |
| #eedc5b | dullyellow | |
| #4e5481 | dusk | |
| #26538d | duskblue | |
| #475f94 | duskyblue | |
| #cc7a8b | duskypink | |
| #895b7b | duskypurple | |
| #ba6873 | duskyrose | |
| #b2996e | dust | |
| #5a86ad | dustyblue | |
| #76a973 | dustygreen | |
| #ac86a8 | dustylavender | |
| #f0833a | dustyorange | |
| #d58a94 | dustypink | |
| #825f87 | dustypurple | |
| #b9484e | dustyred | |
| #c0737a | dustyrose | |
| #4c9085 | dustyteal | |
| #a2653e | earth | |
| #8cfd7e | eastergreen | |
| #c071fe | easterpurple | |
| #feffca | ecru | |
| #380835 | eggplant | |
| #430541 | eggplantpurple | |
| #fffcc4 | eggshell | |
| #c4fff7 | eggshellblue | |
| #0652ff | electricblue | |
| #21fc0d | electricgreen | |
| #a8ff04 | electriclime | |
| #ff0490 | electricpink | |
| #aa23ff | electricpurple | |
| #01a049 | emerald | |
| #028f1e | emeraldgreen | |
| #05472a | evergreen | |
| #658cbb | fadedblue | |
| #7bb274 | fadedgreen | |
| #f0944d | fadedorange | |
| #de9dac | fadedpink | |
| #916e99 | fadedpurple | |
| #d3494e | fadedred | |
| #feff7f | fadedyellow | |
| #cfaf7b | fawn | |
| #63a950 | fern | |
| #548d44 | ferngreen | |
| #fe0002 | fireenginered | |
| #3c73a8 | flatblue | |
| #699d4c | flatgreen | |
| #08ff08 | fluorescentgreen | |
| #0aff02 | flurogreen | |
| #90fda9 | foamgreen | |
| #0b5509 | forest | |
| #06470c | forestgreen | |
| #154406 | forrestgreen | |
| #436bad | frenchblue | |
| #69d84f | freshgreen | |
| #58bc08 | froggreen | |
| #ed0dd9 | fuchsia | |
| #dbb40c | gold | |
| #f5bf03 | golden | |
| #b27a01 | goldenbrown | |
| #f9bc08 | goldenrod | |
| #fec615 | goldenyellow | |
| #6c3461 | grape | |
| #fd5956 | grapefruit | |
| #5d1451 | grapepurple | |
| #5cac2d | grass | |
| #3f9b0b | grassgreen | |
| #419c03 | grassygreen | |
| #15b01a | green | |
| #5edc1f | greenapple | |
| #01c08d | greenblue | |
| #544e03 | greenbrown | |
| #77926f | greengrey | |
| #40a368 | greenish | |
| #c9d179 | greenishbeige | |
| #0b8b87 | greenishblue | |
| #696112 | greenishbrown | |
| #2afeb7 | greenishcyan | |
| #96ae8d | greenishgrey | |
| #bccb7a | greenishtan | |
| #32bf84 | greenishteal | |
| #00fbb0 | greenishturquoise | |
| #cdfd02 | greenishyellow | |
| #0cb577 | greenteal | |
| #42b395 | greenyblue | |
| #696006 | greenybrown | |
| #b5ce08 | greenyellow | |
| #7ea07a | greenygrey | |
| #c6f808 | greenyyellow | |
| #929591 | grey | |
| #647d8e | greyblue | |
| #7f7053 | greybrown | |
| #86a17d | greygreen | |
| #a8a495 | greyish | |
| #5e819d | greyishblue | |
| #7a6a4f | greyishbrown | |
| #82a67d | greyishgreen | |
| #c88d94 | greyishpink | |
| #887191 | greyishpurple | |
| #719f91 | greyishteal | |
| #c3909b | greypink | |
| #826d8c | greypurple | |
| #5e9b8a | greyteal | |
| #a0bf16 | grossgreen | |
| #536267 | gunmetal | |
| #8e7618 | hazel | |
| #a484ac | heather | |
| #d94ff5 | heliotrope | |
| #1bfc06 | highlightergreen | |
| #9be5aa | hospitalgreen | |
| #25ff29 | hotgreen | |
| #f504c9 | hotmagenta | |
| #ff028d | hotpink | |
| #cb00f5 | hotpurple | |
| #0b4008 | huntergreen | |
| #d6fffa | ice | |
| #d7fffe | iceblue | |
| #8fae22 | ickygreen | |
| #850e04 | indianred | |
| #380282 | indigo | |
| #3a18b1 | indigoblue | |
| #6258c4 | iris | |
| #019529 | irishgreen | |
| #ffffcb | ivory | |
| #1fa774 | jade | |
| #2baf6a | jadegreen | |
| #048243 | junglegreen | |
| #009337 | kelleygreen | |
| #02ab2e | kellygreen | |
| #5cb200 | kermitgreen | |
| #aeff6e | keylime | |
| #aaa662 | khaki | |
| #728639 | khakigreen | |
| #9cef43 | kiwi | |
| #8ee53f | kiwigreen | |
| #c79fef | lavender | |
| #8b88f8 | lavenderblue | |
| #dd85d7 | lavenderpink | |
| #4da409 | lawngreen | |
| #71aa34 | leaf | |
| #5ca904 | leafgreen | |
| #51b73b | leafygreen | |
| #ac7434 | leather | |
| #fdff52 | lemon | |
| #adf802 | lemongreen | |
| #bffe28 | lemonlime | |
| #fdff38 | lemonyellow | |
| #8fb67b | lichen | |
| #8cffdb | lightaqua | |
| #7bfdc7 | lightaquamarine | |
| #fffeb6 | lightbeige | |
| #7bc8f6 | lightblue | |
| #7efbb3 | lightbluegreen | |
| #b7c9e2 | lightbluegrey | |
| #76fda8 | lightbluishgreen | |
| #53fe5c | lightbrightgreen | |
| #ad8150 | lightbrown | |
| #a8415b | lightburgundy | |
| #acfffc | lightcyan | |
| #894585 | lighteggplant | |
| #75fd63 | lightergreen | |
| #a55af4 | lighterpurple | |
| #4f9153 | lightforestgreen | |
| #fddc5c | lightgold | |
| #9af764 | lightgrassgreen | |
| #76ff7b | lightgreen | |
| #56fca2 | lightgreenblue | |
| #63f7b4 | lightgreenishblue | |
| #d8dcd6 | lightgrey | |
| #9dbcd4 | lightgreyblue | |
| #b7e1a1 | lightgreygreen | |
| #6d5acf | lightindigo | |
| #3d7afd | lightishblue | |
| #61e160 | lightishgreen | |
| #a552e6 | lightishpurple | |
| #fe2f4a | lightishred | |
| #e6f2a2 | lightkhaki | |
| #efc0fe | lightlavendar | |
| #dfc5fe | lightlavender | |
| #cafffb | lightlightblue | |
| #c8ffb0 | lightlightgreen | |
| #edc8ff | lightlilac | |
| #aefd6c | lightlime | |
| #b9ff66 | lightlimegreen | |
| #fa5ff7 | lightmagenta | |
| #a24857 | lightmaroon | |
| #c292a1 | lightmauve | |
| #b6ffbb | lightmint | |
| #a6fbb2 | lightmintgreen | |
| #a6c875 | lightmossgreen | |
| #f7d560 | lightmustard | |
| #155084 | lightnavy | |
| #2e5a88 | lightnavyblue | |
| #4efd54 | lightneongreen | |
| #acbf69 | lightolive | |
| #a4be5c | lightolivegreen | |
| #fdaa48 | lightorange | |
| #b2fba5 | lightpastelgreen | |
| #ffd8b1 | lightpeach | |
| #c4fe82 | lightpeagreen | |
| #c1c6fc | lightperiwinkle | |
| #ffd1df | lightpink | |
| #9d5783 | lightplum | |
| #bf77f6 | lightpurple | |
| #ff474c | lightred | |
| #ffc5cb | lightrose | |
| #3a2efe | lightroyalblue | |
| #bcecac | lightsage | |
| #fea993 | lightsalmon | |
| #a0febf | lightseafoam | |
| #a7ffb5 | lightseafoamgreen | |
| #98f6b0 | lightseagreen | |
| #c6fcff | lightskyblue | |
| #fbeeac | lighttan | |
| #90e4c1 | lightteal | |
| #7ef4cc | lightturquoise | |
| #b36ff6 | lighturple | |
| #d6b4fc | lightviolet | |
| #fffe7a | lightyellow | |
| #ccfd7f | lightyellowgreen | |
| #c2ff89 | lightyellowishgreen | |
| #cea2fd | lilac | |
| #c48efd | liliac | |
| #aaff32 | lime | |
| #89fe05 | limegreen | |
| #d0fe1d | limeyellow | |
| #d5174e | lipstick | |
| #c0022f | lipstickred | |
| #efb435 | macaroniandcheese | |
| #c20078 | magenta | |
| #4a0100 | mahogany | |
| #f4d054 | maize | |
| #ffa62b | mango | |
| #fffa86 | manilla | |
| #fcc006 | marigold | |
| #042e60 | marine | |
| #01386a | marineblue | |
| #650021 | maroon | |
| #ae7181 | mauve | |
| #2c6fbb | mediumblue | |
| #7f5112 | mediumbrown | |
| #39ad48 | mediumgreen | |
| #7d7f7c | mediumgrey | |
| #f36196 | mediumpink | |
| #9e43a2 | mediumpurple | |
| #ff7855 | melon | |
| #730039 | merlot | |
| #4f738e | metallicblue | |
| #276ab3 | midblue | |
| #50a747 | midgreen | |
| #03012d | midnight | |
| #020035 | midnightblue | |
| #280137 | midnightpurple | |
| #667c3e | militarygreen | |
| #7f4e1e | milkchocolate | |
| #9ffeb0 | mint | |
| #8fff9f | mintgreen | |
| #0bf77d | mintygreen | |
| #9d7651 | mocha | |
| #769958 | moss | |
| #658b38 | mossgreen | |
| #638b27 | mossygreen | |
| #735c12 | mud | |
| #60460f | mudbrown | |
| #886806 | muddybrown | |
| #657432 | muddygreen | |
| #bfac05 | muddyyellow | |
| #606602 | mudgreen | |
| #920a4e | mulberry | |
| #6c7a0e | murkygreen | |
| #ba9e88 | mushroom | |
| #ceb301 | mustard | |
| #ac7e04 | mustardbrown | |
| #a8b504 | mustardgreen | |
| #d2bd0a | mustardyellow | |
| #3b719f | mutedblue | |
| #5fa052 | mutedgreen | |
| #d1768f | mutedpink | |
| #805b87 | mutedpurple | |
| #70b23f | nastygreen | |
| #01153e | navy | |
| #001146 | navyblue | |
| #35530a | navygreen | |
| #04d9ff | neonblue | |
| #0cff0c | neongreen | |
| #fe019a | neonpink | |
| #bc13fe | neonpurple | |
| #ff073a | neonred | |
| #cfff04 | neonyellow | |
| #107ab0 | niceblue | |
| #040348 | nightblue | |
| #017b92 | ocean | |
| #03719c | oceanblue | |
| #3d9973 | oceangreen | |
| #bf9b0c | ocher | |
| #bf9005 | ochre | |
| #c69c04 | ocre | |
| #5684ae | offblue | |
| #6ba353 | offgreen | |
| #ffffe4 | offwhite | |
| #f1f33f | offyellow | |
| #c77986 | oldpink | |
| #c87f89 | oldrose | |
| #6e750e | olive | |
| #645403 | olivebrown | |
| #6f7632 | olivedrab | |
| #677a04 | olivegreen | |
| #c2b709 | oliveyellow | |
| #f97306 | orange | |
| #be6400 | orangebrown | |
| #fd8d49 | orangeish | |
| #ff6f52 | orangepink | |
| #fe420f | orangered | |
| #b16002 | orangeybrown | |
| #ffad01 | orangeyellow | |
| #fa4224 | orangeyred | |
| #fdb915 | orangeyyellow | |
| #fc824a | orangish | |
| #b25f03 | orangishbrown | |
| #f43605 | orangishred | |
| #c875c4 | orchid | |
| #fff9d0 | pale | |
| #b8ffeb | paleaqua | |
| #d0fefe | paleblue | |
| #b1916e | palebrown | |
| #b7fffa | palecyan | |
| #fdde6c | palegold | |
| #c7fdb5 | palegreen | |
| #fdfdfe | palegrey | |
| #eecffe | palelavender | |
| #b1fc99 | palelightgreen | |
| #e4cbff | palelilac | |
| #befd73 | palelime | |
| #b1ff65 | palelimegreen | |
| #d767ad | palemagenta | |
| #fed0fc | palemauve | |
| #b9cc81 | paleolive | |
| #b1d27b | paleolivegreen | |
| #ffa756 | paleorange | |
| #ffe5ad | palepeach | |
| #ffcfdc | palepink | |
| #b790d4 | palepurple | |
| #d9544d | palered | |
| #fdc1c5 | palerose | |
| #ffb19a | palesalmon | |
| #bdf6fe | paleskyblue | |
| #82cbb2 | paleteal | |
| #a5fbd5 | paleturquoise | |
| #ceaefa | paleviolet | |
| #ffff84 | paleyellow | |
| #fefcaf | parchment | |
| #a2bffe | pastelblue | |
| #b0ff9d | pastelgreen | |
| #ff964f | pastelorange | |
| #ffbacd | pastelpink | |
| #caa0ff | pastelpurple | |
| #db5856 | pastelred | |
| #fffe71 | pastelyellow | |
| #a4bf20 | pea | |
| #ffb07c | peach | |
| #ff9a8a | peachypink | |
| #016795 | peacockblue | |
| #8eab12 | peagreen | |
| #cbf85f | pear | |
| #929901 | peasoup | |
| #94a617 | peasoupgreen | |
| #8e82fe | periwinkle | |
| #8f99fb | periwinkleblue | |
| #8f8ce7 | perrywinkle | |
| #005f6a | petrol | |
| #e78ea5 | pigpink | |
| #2b5d34 | pine | |
| #0a481e | pinegreen | |
| #ff81c0 | pink | |
| #d46a7e | pinkish | |
| #b17261 | pinkishbrown | |
| #c8aca9 | pinkishgrey | |
| #ff724c | pinkishorange | |
| #d648d7 | pinkishpurple | |
| #f10c45 | pinkishred | |
| #d99b82 | pinkishtan | |
| #ef1de7 | pinkpurple | |
| #f5054f | pinkred | |
| #fc86aa | pinky | |
| #c94cbe | pinkypurple | |
| #fc2647 | pinkyred | |
| #ddd618 | pissyellow | |
| #c0fa8b | pistachio | |
| #580f41 | plum | |
| #4e0550 | plumpurple | |
| #40fd14 | poisongreen | |
| #8f7303 | poo | |
| #885f01 | poobrown | |
| #7f5e00 | poop | |
| #7a5901 | poopbrown | |
| #6f7c00 | poopgreen | |
| #b1d1fc | powderblue | |
| #ffb2d0 | powderpink | |
| #0804f9 | primaryblue | |
| #004577 | prussianblue | |
| #a57e52 | puce | |
| #a5a502 | puke | |
| #947706 | pukebrown | |
| #9aae07 | pukegreen | |
| #c2be0e | pukeyellow | |
| #e17701 | pumpkin | |
| #fb7d07 | pumpkinorange | |
| #0203e2 | pureblue | |
| #7e1e9c | purple | |
| #5d21d0 | purpleblue | |
| #673a3f | purplebrown | |
| #866f85 | purplegrey | |
| #98568d | purpleish | |
| #6140ef | purpleishblue | |
| #df4ec8 | purpleishpink | |
| #d725de | purplepink | |
| #990147 | purplered | |
| #8756e4 | purpley | |
| #5f34e7 | purpleyblue | |
| #947e94 | purpleygrey | |
| #c83cb9 | purpleypink | |
| #94568c | purplish | |
| #601ef9 | purplishblue | |
| #6b4247 | purplishbrown | |
| #7a687f | purplishgrey | |
| #ce5dae | purplishpink | |
| #b0054b | purplishred | |
| #983fb2 | purply | |
| #661aee | purplyblue | |
| #f075e6 | purplypink | |
| #beae8a | putty | |
| #014600 | racinggreen | |
| #2cfa1f | radioactivegreen | |
| #b00149 | raspberry | |
| #9a6200 | rawsienna | |
| #a75e09 | rawumber | |
| #d4ffff | reallylightblue | |
| #e50000 | red | |
| #8b2e16 | redbrown | |
| #c44240 | reddish | |
| #7f2b0a | reddishbrown | |
| #997570 | reddishgrey | |
| #f8481c | reddishorange | |
| #fe2c54 | reddishpink | |
| #910951 | reddishpurple | |
| #6e1005 | reddybrown | |
| #fd3c06 | redorange | |
| #fa2a55 | redpink | |
| #820747 | redpurple | |
| #9e0168 | redviolet | |
| #8c0034 | redwine | |
| #021bf9 | richblue | |
| #720058 | richpurple | |
| #8af1fe | robineggblue | |
| #6dedfd | robinsegg | |
| #98eff9 | robinseggblue | |
| #fe86a4 | rosa | |
| #cf6275 | rose | |
| #f7879a | rosepink | |
| #be013c | rosered | |
| #f6688e | rosypink | |
| #ab1239 | rouge | |
| #0c1793 | royal | |
| #0504aa | royalblue | |
| #4b006e | royalpurple | |
| #ca0147 | ruby | |
| #a13905 | russet | |
| #a83c09 | rust | |
| #8b3103 | rustbrown | |
| #c45508 | rustorange | |
| #aa2704 | rustred | |
| #cd5909 | rustyorange | |
| #af2f0d | rustyred | |
| #feb209 | saffron | |
| #87ae73 | sage | |
| #88b378 | sagegreen | |
| #ff796c | salmon | |
| #fe7b7c | salmonpink | |
| #e2ca76 | sand | |
| #cba560 | sandbrown | |
| #c9ae74 | sandstone | |
| #f1da7a | sandy | |
| #c4a661 | sandybrown | |
| #fce166 | sandyellow | |
| #fdee73 | sandyyellow | |
| #5c8b15 | sapgreen | |
| #2138ab | sapphire | |
| #be0119 | scarlet | |
| #3c9992 | sea | |
| #047495 | seablue | |
| #80f9ad | seafoam | |
| #78d1b6 | seafoamblue | |
| #7af9ab | seafoamgreen | |
| #53fca1 | seagreen | |
| #18d17b | seaweed | |
| #35ad6b | seaweedgreen | |
| #985e2b | sepia | |
| #01b44c | shamrock | |
| #02c14d | shamrockgreen | |
| #7f5f00 | shit | |
| #7b5804 | shitbrown | |
| #758000 | shitgreen | |
| #fe02a2 | shockingpink | |
| #9db92c | sickgreen | |
| #94b21c | sicklygreen | |
| #d0e429 | sicklyyellow | |
| #a9561e | sienna | |
| #c5c9c7 | silver | |
| #82cafc | sky | |
| #75bbfd | skyblue | |
| #516572 | slate | |
| #5b7c99 | slateblue | |
| #658d6d | slategreen | |
| #59656d | slategrey | |
| #99cc04 | slimegreen | |
| #acbb0d | snot | |
| #9dc100 | snotgreen | |
| #6488ea | softblue | |
| #6fc276 | softgreen | |
| #fdb0c0 | softpink | |
| #a66fb5 | softpurple | |
| #1ef876 | spearmint | |
| #a9f971 | springgreen | |
| #0a5f38 | spruce | |
| #f2ab15 | squash | |
| #738595 | steel | |
| #5a7d9a | steelblue | |
| #6f828a | steelgrey | |
| #ada587 | stone | |
| #507b9c | stormyblue | |
| #fcf679 | straw | |
| #fb2943 | strawberry | |
| #0c06f7 | strongblue | |
| #ff0789 | strongpink | |
| #ffc512 | sunflower | |
| #ffda03 | sunfloweryellow | |
| #fff917 | sunnyyellow | |
| #fffd37 | sunshineyellow | |
| #ffdf22 | sunyellow | |
| #698339 | swamp | |
| #748500 | swampgreen | |
| #d1b26f | tan | |
| #ab7e4c | tanbrown | |
| #ff9408 | tangerine | |
| #a9be70 | tangreen | |
| #b9a281 | taupe | |
| #65ab7c | tea | |
| #bdf8a3 | teagreen | |
| #029386 | teal | |
| #01889f | tealblue | |
| #25a36f | tealgreen | |
| #24bca8 | tealish | |
| #0cdc73 | tealishgreen | |
| #cb6843 | terracota | |
| #c9643b | terracotta | |
| #7bf2da | tiffanyblue | |
| #ef4026 | tomato | |
| #ec2d01 | tomatored | |
| #13bbaf | topaz | |
| #c7ac7d | toupe | |
| #61de2a | toxicgreen | |
| #2a7e19 | treegreen | |
| #010fcc | trueblue | |
| #089404 | truegreen | |
| #06c2ac | turquoise | |
| #06b1c4 | turquoiseblue | |
| #04f489 | turquoisegreen | |
| #75b84f | turtlegreen | |
| #4e518b | twilight | |
| #0a437a | twilightblue | |
| #31668a | uglyblue | |
| #7d7103 | uglybrown | |
| #7a9703 | uglygreen | |
| #cd7584 | uglypink | |
| #a442a0 | uglypurple | |
| #d0c101 | uglyyellow | |
| #2000b1 | ultramarine | |
| #1805db | ultramarineblue | |
| #b26400 | umber | |
| #750851 | velvet | |
| #f4320c | vermillion | |
| #000133 | verydarkblue | |
| #1d0200 | verydarkbrown | |
| #062e03 | verydarkgreen | |
| #2a0134 | verydarkpurple | |
| #d5ffff | verylightblue | |
| #d3b683 | verylightbrown | |
| #d1ffbd | verylightgreen | |
| #fff4f2 | verylightpink | |
| #f6cefc | verylightpurple | |
| #d6fffe | verypaleblue | |
| #cffdbc | verypalegreen | |
| #0339f8 | vibrantblue | |
| #0add08 | vibrantgreen | |
| #ad03de | vibrantpurple | |
| #9a0eea | violet | |
| #510ac9 | violetblue | |
| #fb5ffc | violetpink | |
| #a50055 | violetred | |
| #1e9167 | viridian | |
| #152eff | vividblue | |
| #2fef10 | vividgreen | |
| #9900fa | vividpurple | |
| #a2a415 | vomit | |
| #89a203 | vomitgreen | |
| #c7c10c | vomityellow | |
| #4b57db | warmblue | |
| #964e02 | warmbrown | |
| #978a84 | warmgrey | |
| #fb5581 | warmpink | |
| #952e8f | warmpurple | |
| #bcf5a6 | washedoutgreen | |
| #0e87cc | waterblue | |
| #fd4659 | watermelon | |
| #3ae57f | weirdgreen | |
| #fbdd7e | wheat | |
| #ffffff | white | |
| #3778bf | windowsblue | |
| #80013f | wine | |
| #7b0323 | winered | |
| #20f986 | wintergreen | |
| #a87dc2 | wisteria | |
| #ffff14 | yellow | |
| #b79400 | yellowbrown | |
| #bbf90f | yellowgreen | |
| #faee66 | yellowish | |
| #9b7a01 | yellowishbrown | |
| #b0dd16 | yellowishgreen | |
| #ffab0f | yellowishorange | |
| #fcfc81 | yellowishtan | |
| #cb9d06 | yellowochre | |
| #fcb001 | yelloworange | |
| #ffe36e | yellowtan | |
| #ae8b0c | yellowybrown | |
| #bff128 | yellowygreen |
Source: http://xkcd.com/color/rgb.txt


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Files CCore/inc/InputUtils.h CCore/src/InputUtils.cpp
This file contains a set of simple tools to work with console input.
ulen PutSymbol(char *ptr,ulen len,Symbol ch); ulen PopSymbol(const char *ptr,ulen len); // len > 0
PutSymbol() puts the symbol at the end of the character range (i.e. starting from the ptr+len position). There must be enough room to store this symbol. The new range length is returned.
PopSymbol() looks for the last symbol at the end of the non-empty charcter range and "pops" it from the range. The new range length is returned.
The class ReadConBase implements the symbol reading from the character stream. It may serve as a base class in a console reader implementation.
class ReadConBase : NoCopy
{
....
private:
#ifndef CCORE_UTF8
virtual ulen read(char *ptr,ulen len)=0;
virtual ulen read(char *ptr,ulen len,MSec timeout)=0;
#endif
virtual ulen read(char *ptr,ulen len,TimeScope time_scope)=0;
public:
ReadConBase();
~ReadConBase();
// get
bool try_get(Symbol &ret);
Symbol get();
bool get(MSec timeout,Symbol &ret);
bool get(TimeScope time_scope,Symbol &ret);
};
Reading the stream is implemented using pure virtual method(s) read(). This method gets the buffer to read to and returns the number of received characters. If there was no available characters withing given timeout, null is returned. An exception may be thrown in case of error.
The class SymbolPraser parses the character stream into symbols.
class SymbolParser : NoCopy
{
....
public:
SymbolParser() { reset(); }
void reset();
bool feed(StrLen &text);
Symbol get();
};
reset() resets the parser into the initial state.
feed() feeds the parser by the characters (text is updated). If a symbol is accumulated the return value is true. Otherwise text becomes empty.
get() must be called if the previous feed() returned true. This method returns the accumulated symbol and resets the parser.


|
Pip-Services-Components-Dotnet
|
Interface for logger components that capture execution log messages. More...
Public Member Functions | |
| void | Log (LogLevel level, string correlationId, Exception error, string message, params object[] args) |
| Logs a message at specified log level. More... | |
| void | Fatal (string correlationId, string message, params object[] args) |
| Logs fatal (unrecoverable) message that caused the process to crash. More... | |
| void | Fatal (string correlationId, Exception error, string message=null, params object[] args) |
| Logs fatal (unrecoverable) message that caused the process to crash. More... | |
| void | Error (string correlationId, string message, params object[] args) |
| Logs recoverable application error. More... | |
| void | Error (string correlationId, Exception error, string message=null, params object[] args) |
| Logs recoverable application error. More... | |
| void | Warn (string correlationId, string message, params object[] args) |
| Logs a warning that may or may not have a negative impact. More... | |
| void | Warn (string correlationId, Exception error, string message=null, params object[] args) |
| Logs a warning that may or may not have a negative impact. More... | |
| void | Info (string correlationId, string message, params object[] args) |
| Logs an important information message More... | |
| void | Info (string correlationId, Exception error, string message=null, params object[] args) |
| Logs an important information message More... | |
| void | Debug (string correlationId, string message, params object[] args) |
| Logs a high-level debug information for troubleshooting. More... | |
| void | Debug (string correlationId, Exception error, string message=null, params object[] args) |
| Logs a high-level debug information for troubleshooting. More... | |
| void | Trace (string correlationId, string message, params object[] args) |
| Logs a low-level debug information for troubleshooting. More... | |
| void | Trace (string correlationId, Exception error, string message=null, params object[] args) |
| Logs a low-level debug information for troubleshooting. More... | |
Properties | |
| LogLevel | Level [get, set] |
| Gets or sets the maximum log level. Messages with higher log level are filtered out. More... | |
Interface for logger components that capture execution log messages.
| void PipServices3.Components.Log.ILogger.Debug | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs a high-level debug information for troubleshooting.
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Debug | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs a high-level debug information for troubleshooting.
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Error | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs recoverable application error.
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Error | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs recoverable application error.
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Fatal | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs fatal (unrecoverable) message that caused the process to crash.
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Fatal | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs fatal (unrecoverable) message that caused the process to crash.
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Info | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs an important information message
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Info | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs an important information message
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Log | ( | LogLevel | level, |
| string | correlationId, | ||
| Exception | error, | ||
| string | message, | ||
| params object [] | args | ||
| ) |
Logs a message at specified log level.
| level | a log level. |
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Trace | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs a low-level debug information for troubleshooting.
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Trace | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs a low-level debug information for troubleshooting.
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Warn | ( | string | correlationId, |
| string | message, | ||
| params object [] | args | ||
| ) |
Logs a warning that may or may not have a negative impact.
| correlationId | (optional) transaction id to trace execution through call chain. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
| void PipServices3.Components.Log.ILogger.Warn | ( | string | correlationId, |
| Exception | error, | ||
| string | message = null , |
||
| params object [] | args | ||
| ) |
Logs a warning that may or may not have a negative impact.
| correlationId | (optional) transaction id to trace execution through call chain. |
| error | an error object associated with this message. |
| message | a human-readable message to log. |
| args | arguments to parameterize the message. |
Implemented in PipServices3.Components.Log.Logger, and PipServices3.Components.Log.NullLogger.
|
getset |
Gets or sets the maximum log level. Messages with higher log level are filtered out.


{% include icons/error-404.html %}
Some of the pages might not be available due to infrequent glitches. Please check the link or try again later.
--- layout: default title: "Page Not Found" meta: Some of the pages might not be available due to infrequent glitches. Please check the link or try again later. priority: 0.3 changefreq: yearly keywords: GiftTarget, Error, 404, Page not found permalink: /404.html --- Page Not Found
Some of the pages might not be available due to infrequent glitches. Please check the link or try again later.


Pair programming is a collaboration environment where two people can work together on a single project. We're able to apply multiple perspectives and hopefully achieve a higher quality product.
There are two roles in pair programming, driver and navigator. The driver listens to the navigator and tries to implement what he is saying. The navigator guides the driver to his vision for the goal/project.
Pair programming is a very common practice among the workplace. DBC helps us familiarize ourselves not only with code, but prepare us for the real workworld.
Reflection:I really enjoyed very much. I think everything worked out perfect. We got to finish on time. it would be more helpful if we able to read the readme instructions before hand, so the first 10 minute of the session does not go to understanding material.


Two major generals promoted to lieutenant general rank
by https://www.dawn.com/authors/202/dawn-com, Dawn.comMajor generals Ali Amir Awan and Muhammad Saeed were promoted to the rank of lieutenant general and were posted as the inspector general of Communications and Information Technology and president of National Defence University, respectively, the Inter-Services Public Relations (ISPR) announced on Monday.
The ISPR press release also announced a few other new postings including:
- Lt Gen Sahir Shamshad Mirza as the Chief of General Staff (CGS)
- Lt Gen Nadeem Zaki Manj as the director general of Strategic Plans Division Force (SPD)
- Lt Gen Nauman Mahmood appointed the commander of Peshawar Corps
- Lt Gen Muhammad Amir as adjutant general
- Lt Gen Shaheen Mazhar Mehmood as the commander of Mangla Corps
Meanwhile, the incumbent Chairman Joint Chiefs of Staff Committee (CJCSC) Gen Zubair Hayat — who is set to retire on November 27 — paid a farewell visit to Prime Minister Imran Khan today, a statement released by the Prime Minister's Office today.
The prime minister lauded his "meritorious services", the statement said.
Gen Hayat will be replaced by Lt Gen Nadeem Raza, who has been serving as the CGS — the post which will now be occupied by Lt Gen Mirza.
Besides Lt Gen Raza, the other top contenders for the office of CJCSC were SPD Director General Lt Gen Sarfraz Sattar and Commander V Corps, headquartered at Karachi, Lt Gen Humayun Aziz, Dawn reported earlier.
Additional reporting by Sanaullah Khan.


The dangers of swimming in lakes during times of high bacteria levels can be significan. Listening to the signs that are posted for your safety, and should be followed. These reactions can be extremely uncomfortable especially for children. The bacteria actually enters the body and creates a reaction! Being cautious is strongly advised! Safety is very important during those fun summer days!
Summer is a time to enjoy the outdoors; cool down in the lake and pools! Drowning, sunburns, insect botes and becteria reactions are avoidable! Being safe and informed is what ensures it is the best summer for our little ones.


This game combines Bomberman with aspects from Portal. Key controls are WASD to move, left/right click to shoot portals, and use the spacebar to place your bombs.
Code by Tom, Kim, Moritz and Leonhard


Registered users have more free daily usage. If that's not enough, subscribe for uninterrupted use. We'll use your free daily quota first each time before touching your plan's character credits. You can cancel anytime and still use your remaining credits. If you run out of credits, just subscribe again. Your new plan will replace any previous plan and your remaining credits will get transferred over.
$5/month (25000 characters for occasional use)


vignettes/working-offline.Rmd
working-offline.Rmd
projmgr
allows you to collect issues when working
offline and easily post them to a repository later. This provides a
productivity boost when you’re forced offline by travel or a bad
internet connection or prefer to be offline to minimize
distractions.
Issues can be collected either as a dataframe (and posted with code similar to that shown in the KPI Tracking vignette) or as a to-do list. For example, as you encounter new issues, you can keep a running list of them as YAML. (This can be done either by assigning to an R variable or by saving a separate .yml file. Please see the vignette on Custom Plans for more details.)
todo_yaml <- " - title: Add update functions body: Issue labels especially could benefit by PATCH or POST/DELETE functionality assignees: emilyriederer - title: Consider adding interactive visualizations - title: Add function(s) to open GitHub API docs labels: [enhancement, priority:low] "
Then, once you have internet again (which you can check with
check_internet()
), you can simply post all of these items
at once.
repo <- create_repo_ref("emilyriederer", "my_gh_repo") todo <- read_todo(todo_yaml) post_todo(repo, todo)
Of course, even if you have an internet connection, posting issues from R can also help you resist the temptation to go online and get distracted. As you think of new issues, you can simply just post them from the console. For example:
post_issue( title = 'Add YAML validators to read_ functions', body = 'read_ functions should check for correct plan structure (field names & relationships)', labels = 'enhancement' )


We exchange tables!
- architect 24/7 vortals
- deliver customized applications
- empower value-added action-items
- orchestrate strategic relationships
- orchestrate granular interfaces
- transform strategic platforms
- productize holistic communities
- reinvent extensible niches
- extend 24/7 convergence


I'M DULANI RANASINGHE
I’m a good communicator and quick learner, who can work with a team as well as alone by adjusting myself according to the situation. I have the ability to convert my knowledge and experience to innovative idea & solution using my skills.
Ranasinghage Dona Dulani Piyumika Ranasinghe
Kyoto shi Sakyo ku Thanakamonzen 8-1 Hyakumanben
Haitsu 105
26th October 1993
<EMAIL_ADDRESS>Sri Lankan
080-7750-8000