12 February 2010 - As of 7 February 2010, worldwide more than 212 countries and overseas territories or communities have reported laboratory confirmed cases of pandemic influenza H1N1 2009, including at least 15292 deaths.
WHO is actively monitoring the progress of the pandemic through frequent consultations with the WHO Regional Offices and member states and through monitoring of multiple sources of information.
In the temperate zone of the northern hemisphere, overall pandemic influenza activity continued to decline in most countries. The most active areas of transmission continue to be in later peaking areas, particularly northern Africa, South Asia, and East Asia. Of note, Senegal became the third country within the past month (and fifth overall) to confirm first cases of pandemic H1N1 2009 in West Africa. There is insufficient evidence at this point to determine if this heralds the beginning of a period of more widespread transmission in West Africa, which heretofore may have been largely spared a significant period of communitywide pandemic influenza virus transmission.
In North Africa, pandemic influenza transmission persists but substantial declines in activity have been observed over the past month across the region. In Morocco, levels of ILI have returned to near baseline, and in Egypt, the number of confirmed cases has declined considerably.
In South and Southeast Asia, pandemic influenza virus continues to circulate widely across the region, however, overall activity continues to decrease or remain low in most places. In India, influenza transmission persist, particularly in western, and to a lesser extent, in northern India, however, overall the numbers of cases have declined substantially. In Thailand, overall activity remains low and unchanged since the previous reporting period, however, focal areas of increased ILI activity were reported in central and northern Thailand.
In East Asia, pandemic influenza transmission persists across the region; however, overall activity has declined substantially in most places. In China, pandemic and seasonal influenza viruses continue to co-circulate, however, over the last several weeks, seasonal influenza type B viruses have been predominant. In Japan, influenza activity continues to decrease towards seasonal baselines, including in Okinawa which is experiencing greater levels of influenza activity than in other parts of the country. In Republic of Korea (S. Korea), levels of ILI have decreased substantially to near baseline levels.
In Europe, although pandemic influenza virus continues to circulate widely, particularly across central, southern, and eastern Europe, the overall intensity of pandemic influenza activity has declined substantially from peaks of activity seen earlier during the winter transmission period. Among 15 countries testing more than 20 sentinel respiratory samples, the proportion of samples testing positive for influenza ranged from 0-14%. Recent slight increases in rates of ARI in Slovakia, Slovenia, and the Russian federation, do not appear to be associated with detections of influenza viruses and may be due to other circulating respiratory viruses.
In Sub-Saharan Africa, limited data suggest that pandemic influenza virus transmission may be geographically localized in most countries reporting surveillance data to WHO, and the overall intensity of activity may be low.
In the Americas, both in the tropical and northern temperate zones, overall pandemic influenza activity continued to decline or remain low in most places. In Central America and Caribbean, pandemic influenza virus transmission persists but overall activity remains low or unchanged in most places. A high intensity of respiratory diseases with increasing trend was reported in Guatemala, however, the increased activity does not appear to be associated with increased detections of influenza viruses and may be due to other circulating respiratory viruses.
In temperate regions of the southern hemisphere, sporadic cases of pandemic influenza continued to be reported without evidence of sustained community transmission. Pandemic influenza (H1N1) 2009 virus continues to be the predominant influenza virus circulating worldwide. In addition to the increasing proportion of seasonal influenza type B viruses recently detected in China, low levels of seasonal H3N2 and type B viruses are circulating in parts of Africa, East and Southeast Asia and are being detected only sporadically on other continents.
The Global Influenza Surveillance Network (GISN) continues monitoring the global circulation of influenza viruses, including pandemic, seasonal and other influenza viruses infecting, or with the potential to infect, humans including seasonal influenza. For more information on virological surveillance and antiviral resistance please see the weekly virology update (Virological surveillance data, below).
*Countries in temperate regions are defined as those north of the Tropic of Cancer or south of the Tropic of Capricorn, while countries in tropical regions are defined as those between these two latitudes.
**Abbreviations: influenza-like-illness (ILI), acute respiratory infection (ARI), and severe acute respiratory infection (SARI)
The qualitative indicators monitor: the global geographic spread of influenza, trends in acute respiratory diseases, the intensity of respiratory disease activity, and the impact of the pandemic on health-care services.
The maps below display information on the qualitative indicators reported. Information is available for approximately 60 countries each week. Implementation of this monitoring system is ongoing and completeness of reporting is expected to increase over time.
The countries and overseas territories/communities that have newly reported their first pandemic (H1N1) 2009 confirmed cases since the last web update (No. 86): Senegal.
The countries and overseas territories/communities that have newly reported their first deaths among pandemic (H1N1) 2009 confirmed cases since the last web update (No. 86): none.
Region
Deaths*
WHO
Regional Office for 167 WHO
Regional Office for the At least 7261 WHO
Regional Office for the 1018 WHO
Regional Office for At least 3648 WHO
Regional Office for 1523 WHO
Regional Office for the Western Pacific (WPRO) 1675
Total*
At least 15292
* The reported number of fatal cases is an under representation of the actual numbers as many deaths are never tested or recognized as influenza related.


Home
about
login
galley
home
I watched the storm, so beautiful yet terrific.
click your favorite Beach


public interface AudioNode
Upon creation, LavaClient attempts to open a new connection to the node.
Unlike the JDA Client, LavaClient will keep trying to reconnect to nodes unless the server closes the connection with close-code 1000, or until the client
manually closes the connection.
When trying to open a new WebSocket connection to the node, initially LavaClient won't throw exceptions (it'll just log),
however when trying to connect through openConnection()
, there's a chance exceptions can be thrown.
| Modifier and Type | Method and Description |
|---|---|
void |
closeConnection()
Attempts to close the current connection to the matching Lavalink Node.
|
void |
closeConnection(SocketConnectionHandler disconnectHandler)
Attempts to close the current connection, assigning a callback to be called upon the socket closing.
|
LoadBalancer |
getBalancer()
Fetches the not-null
LoadBalancer that is responsible for determining the penalty imposed on the node. |
long |
getBaseReconnectInterval()
Returns the "default" interval, which is used to set the actual interval before and after successful reconnects.
|
LavaClient |
getClient()
Returns the not-null
LavaClient associated with this node object. |
SocketConnectionHandler |
getConnectionCallback()
Returns a possibly-null
SocketConnectionHandler specified by the user after
a WebSocket Connection to this node successfully opens. |
SocketConnectionHandler |
getDisconnectionCallback()
Returns a possibly-null
SocketConnectionHandler specified by the user after
the WebSocket Connection to this node closes. |
AudioNodeEntry |
getEntry()
Returns the actual, not-null
entry used to create this node object. |
ReconnectIntervalFunction |
getIntervalExpander()
Returns a user-specified
ReconnectIntervalFunction or the default one if it wasn't manually
specified. |
java.util.concurrent.TimeUnit |
getIntervalTimeUnit()
Returns the time unit LavaClient will attempt to wait in before attempting to reconnect.
|
long |
getMaximumReconnectInterval()
Returns the maximum interval LavaClient will wait before attempting to reconnect.
|
int |
getReconnectAttempts()
Returns the current amount of reconnects that have been attempted by LavaClient, set to zero if either none
have been attempted or right after a reconnect succeeds.
|
long |
getReconnectInterval()
Returns the interval last used to try to reconnect to this node, set to the base reconnect interval if a reconnect hasn't
been attempted, or just after a reconnect has succeeded.
|
com.neovisionaries.ws.client.WebSocket |
getSocket()
Returns the raw, possibly-null, third-party WebSocket connection to the node.
|
Statistics |
getStatistics()
Fetches the possibly-null
Statistics data sent from this specific node, updated every minute. |
com.neovisionaries.ws.client.WebSocketFactory |
getWebSocketFactory()
Returns a user-specified WebSocketFactory or the default LavaClient-provided one used to create WebSocket instances.
|
boolean |
isAvailable()
Returns whether or not the WebSocket connection is open (available).
|
boolean |
isUsingLavalinkVersionThree()
Returns whether or not this node is running Lavalink v3 based on response headers from the initial connection.
|
void |
openConnection()
Attempts to open a connection to the matching Lavalink Node.
|
void |
openConnection(SocketConnectionHandler connectHandler)
Attempts to open a connection to this node, assigning a callback to be called upon the socket actually opening.
|
@Nonnull LavaClient getClient()
LavaClient
associated with this node object.LavaClient
.@Nullable com.neovisionaries.ws.client.WebSocket getSocket()
It's advised that you seriously don't mess with this unless you know exactly what you are doing!
Note: As of v2.5.0, this object can be null
if LavaClient fails to connect to the node.
@Nonnull LoadBalancer getBalancer()
LoadBalancer
that is responsible for determining the penalty imposed on the node.LoadBalancer
.@Nullable Statistics getStatistics()
Statistics
data sent from this specific node, updated every minute.
When initially connecting and for a short time afterwards this object may be null
.
Statistics
data updated every minute.@Nonnull AudioNodeEntry getEntry()
entry
used to create this node object.entry
data used to create the node.boolean isAvailable()
boolean isUsingLavalinkVersionThree()
@Nonnegative long getReconnectInterval()
@Nonnegative int getReconnectAttempts()
@Nonnegative long getBaseReconnectInterval()
@Nonnegative long getMaximumReconnectInterval()
If the value returned by getReconnectInterval()
is smaller, that will be used, otherwise this will.
@Nonnull java.util.concurrent.TimeUnit getIntervalTimeUnit()
@Nonnull ReconnectIntervalFunction getIntervalExpander()
ReconnectIntervalFunction
or the default one if it wasn't manually
specified.
This function is used to get the next interval for the next reconnect attempt.
ReconnectIntervalFunction
used by this node for reconnecting purposes.@Nonnull com.neovisionaries.ws.client.WebSocketFactory getWebSocketFactory()
Note: This configuration approach can be combined with SocketInitializers
in order
to configure everything that can be configured socket-wise.
@Nullable SocketConnectionHandler getConnectionCallback()
SocketConnectionHandler
specified by the user after
a WebSocket Connection to this node successfully opens.
This callback is set via the openConnection(SocketConnectionHandler)
method, which opens a connection
AND sets the callback.
LavaClient automatically sets the provided callback to null
either after 2 seconds due to a timeout
or right after connecting, mainly so that old callbacks aren't re-called.
SocketConnectionHandler
@Nullable SocketConnectionHandler getDisconnectionCallback()
SocketConnectionHandler
specified by the user after
the WebSocket Connection to this node closes.
This callback is set via the closeConnection(SocketConnectionHandler)
method, which closes the connection
AND sets the callback.
LavaClient automatically sets the provided callback to null
either after 2 seconds due to a timeout
or right after disconnecting, mainly so that old callbacks aren't re-called.
SocketConnectionHandler
void openConnection()
This can be used to reconnect (open a new WebSocket connection), usually in the case of disconnection or if LavaClient failed to connect normally.
java.lang.IllegalStateException
- If a connection to the node is already open and available to use.SocketConnectionException
- If LavaClient failed to open a connection to this node.openConnection(SocketConnectionHandler)
void openConnection(@Nullable SocketConnectionHandler connectHandler)
The provided callback can be null
, in which case no callback will be executed.
To make it a little bit easier, you can avoid manually specifying null by using the openConnection()
} method.
connectHandler
- The possibly-null SocketConnectionHandler
callback.java.lang.IllegalStateException
- If the connection to the node is already open and available to use.SocketConnectionException
- If LavaClient failed to open a connection to this node.void closeConnection()
This can be used to completely disconnect LavaClient from a node (and by extension, all LavaPlayers
).
java.lang.IllegalStateException
- If the connection to the node is null
or already closed/unavailable.closeConnection(SocketConnectionHandler)
void closeConnection(@Nullable SocketConnectionHandler disconnectHandler)
The provided callback can be null
, in which case no callback will be executed.
To make it a little bit easier, you can avoid manually specifying null by using the closeConnection()
} method.
disconnectHandler
- The possibly-null SocketConnectionHandler
callback.java.lang.IllegalStateException
- If the connection to the node is null
or already closed/unavailable.


This blog was generated using Poirot, an elegant, blog aware, static site generator to create, manage and publish websites with reproducible content using R Markdown.
Poirot is still under development and will be available on github shortly. It is essentially a blogging layer written on top of slidify. Poirot uses markdown for text content, knitr for code chunks and mustache for templating. Poirot is highly extensible using widgets. As a publishing framework for data scientists, Poirot comes pre-equipped with support for math, visualization and tables.
Copyright
All the content in this blog is licensed under CC BY-NC-SA 3.0. This site is hosted on GitHub Pages and uses a modified version of thinny theme.


"
{}
" ADDITIONAL OPTIONS
Additional Options for the certificate generation
ID Column
None
The value that will be used for save certificate files, random numbers will be used if this is set to None
Generate Random?
Yes
No
This attaches random numbers to the end of every certificate generated
Random Min
Sets the minimum value for randomly generated values
Random Max
Sets the maximum value for randomly generated values
Certificate File Extension
Default
PNG
JPG
PDF
This sets the file extension of the generated certificates, template extension will be used if set to Default
START GENERATING
web templates free download
© Copyright 2019 LordGhostX - All Rights Reserved


Split-the-Bill
Home
Features
Contact
About
Log In
The Team
Andrew Maddocks
Junior React Developer
Github
Chris Daniels
Senior React Developer
Github
Moses Samuel
Project Lead
Github
Khadijah Brown-Lane
User Interface Developer
Github
Dale Pancho
Backend Developer
Github
Dan Hauer
Junior React Developer
Github
Chris Oakes
User Interface Developer
Github


{% load templatetag_handlebars %} {% tplhandlebars "student_empfac_card_content" %} {{#if show_card }}
A link to Employee Self-Services (ESS) is on the Employment page, but you can also use the old version of MyUW to access additional employment resources.
{{/if}} {{#if is_employee}}Use the old version of MyUW to access your teaching resources. We're working on moving this content to this new version of MyUW so you'll eventually have everything in one place.
{{/if}}


| DOSE: |
4 hits |
oral |
LSD |
(blotter / tab) |
I had recently bought four hits of LSD blotter when I was informed by someone who had done this particular batch before that it was really weak stuff, and you'd have to eat a lot to get really high. I didn't pay too much for the blotter, so I really didn't care. I decided that I'd trust what the girl had said, and I'd take all 4 blotters at once.
Well Friday rolled around, and I had just spent some time goofing around with some friends and I was feeling pretty good. I was planning on doing the stuff Saturday but I was pretty happy now, and I had nothing important to do later, so I decided to do it then.
I dropped the stuff at about 6PM, I held it under my tongue for a few minutes then I swallowed it. It left a strange 'fresh' feeling in my mouth. I didn't really start to feel anything until about 7PM. It started with a feeling that things were somehow different, and I started to feel slight sensations of joy running through my body. Soon after that things started to take on a dream like state. I don't know how you dream, but it was like dreams that I have. They're in color and everything sounds and looks a little bit hazy and '60's color t.v-ish'. I felt like I was somehow external of my own self. It was like I was inside myself but I was experiencing things in third person. A strange but interesting feeling indeed.
I was riding in a car for part of the time when I was high, and this was great. Whenever the car turned or bumped I would go into a pleasurable feeling that would encapsulate part of my body. It was kinda like the body feelings I get when I take LSA (Morning Glory extract) except to a much lesser extent.
These effects started to die down at about 10PM, but I still had an off baseline feeling for the rest of the night. I tried to go to sleep around 11PM, but found it very hard. I eventually drifted off into sleep, but it was very restless. I woke up around 5 or 6 times that night. I finally went into a deep peaceful sleep at around 3AM.
I woke up the next morning feeling refreshed and alive, as I usually do after taking a hallucinogen. Given this was my first time with LSD it was a good experience, but it didn't have all the funky visuals and feelings I expected it to, so I was somewhat disappointed. I attribute this to the weakness of the blotter. I would repeat this again, but with better quality LSD.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


| - (NSDictionary *) attributesForPhoto: |
|
(PFObject *) |
photo |
|
Get the attributes for a specific photo.
- Parameters
-
| photo | PFObject of the photo |
- Returns
- dictionary of the attributes
| - (NSDictionary *) attributesForUser: |
|
(PFUser *) |
user |
|
Get the attributes for a certain user.
- Parameters
-
| user | PFUser of the user we want the attributes from |
- Returns
- dictionary of the attributes
| - (NSNumber *) commentCountForPhoto: |
|
(PFObject *) |
photo |
|
Get the comment count for a photo.
- Parameters
-
| photo | PFObject of the photo |
- Returns
- number of comments
| - (NSArray *) commentersForPhoto: |
|
(PFObject *) |
photo |
|
Get the users that have commented on a photo
- Parameters
-
| photo | PFObject of the photo |
- Returns
- array of users that commented on the photo
| - (void) decrementCommentCountForPhoto: |
|
(PFObject *) |
photo |
|
Decrement the comment count for a photo.
- Parameters
-
| photo | PFObject of the photo |
| - (void) decrementLikerCountForPhoto: |
|
(PFObject *) |
photo |
|
Decrement the like count for a photo.
- Parameters
-
| photo | PFObject of the photo |
| - (NSArray *) facebookFriends |
|
|
|
Get the Facebook friends.
- Returns
- array of Facebook friends
| - (BOOL) followStatusForUser: |
|
(PFUser *) |
user |
|
Check the followstatus for a certain user
- Parameters
-
| user | PFUser of the respective user |
- Returns
- boolean of the follow status
| - (void) incrementCommentCountForPhoto: |
|
(PFObject *) |
photo |
|
Increment the comment count for a photo.
- Parameters
-
| photo | PFObject of the photo |
| - (void) incrementLikerCountForPhoto: |
|
(PFObject *) |
photo |
|
Increment the like count for a photo.
- Parameters
-
| photo | PFObject of the photo |
| - (BOOL) isPhotoLikedByCurrentUser: |
|
(PFObject *) |
photo |
|
Decide if the photo is liked by the current user or not.
- Parameters
-
| photo | PFObject of the photo |
- Returns
- boolean of the like state
| - (NSNumber *) likeCountForPhoto: |
|
(PFObject *) |
photo |
|
Get the like count for a photo.
- Parameters
-
| photo | PFObject of the photo |
- Returns
- number of likes
| - (NSArray *) likersForPhoto: |
|
(PFObject *) |
photo |
|
Get the users that have liked a photo
- Parameters
-
| photo | PFObject of the photo |
- Returns
- array of users that liked the photo
| - (NSNumber *) photoCountForUser: |
|
(PFUser *) |
user |
|
Count the number of photos a certain user has uploaded.
- Parameters
-
| user | PFUser of the respective user |
- Returns
- number of uploaded photos
| - (void) setAttributesForPhoto: |
|
(PFObject *) |
photo |
| likers: |
|
(NSArray *) |
likers |
| commenters: |
|
(NSArray *) |
commenters |
| likedByCurrentUser: |
|
(BOOL) |
likedByCurrentUser |
|
|
| |
Setting attributes for a specific photo
- Parameters
-
| photo | PFObject of the photo |
| likers | array of likers |
| commenters | array of commenters |
| likedByCurrentUser | is the photo liked by the current user? |
| - (void) setFacebookFriends: |
|
(NSArray *) |
friends |
|
Set the Facebook friends for a user.
- Parameters
-
| friends | array of Facebook friends |
| - (void) setFollowStatus: |
|
(BOOL) |
following |
| user: |
|
(PFUser *) |
user |
|
|
| |
Set the follow status for a certain user
- Parameters
-
| following | boolean of the follow status we should set |
| user | PFUser of the user |
| - (void) setPhotoCount: |
|
(NSNumber *) |
count |
| user: |
|
(PFUser *) |
user |
|
|
| |
Set the photo count for a user
- Parameters
-
| count | number of uploaded photos |
| user | PFUser of the user |
| - (void) setPhotoIsLikedByCurrentUser: |
|
(PFObject *) |
photo |
| liked: |
|
(BOOL) |
liked |
|
|
| |
Set the like state for a certain photo and the current user.
- Parameters
-
| photo | PFObject of the photo |
| liked | boolean of the like state |
The documentation for this class was generated from the following files:
- Supporting Files/ESCache.h
- Supporting Files/ESCache.m


Reports problems when a variable defined through the global statement is not defined in the module scope.
global
Example:
def foo(): global bar print(bar) foo()
As a fix, you can move the global variable declaration:
global bar def foo(): print(bar)


Manatees
Manatees (family Trichechidae, genus Trichechus) are large, fully aquatic, mostly herbivorous marine mammals sometimes known as sea cows. There are three accepted living species of Trichechidae, representing three of the four living species in the order Sirenia: the Amazonian manatee (Trichechus inunguis), the West Indian manatee (Trichechus manatus), and the West African manatee (Trichechus senegalensis). They measure up to 13 feet (4.0 m) long, weigh as much as 1,300 pounds (590 kg), and have paddle-like flippers.
Dolphins
Dolphins are cetacean mammals closely related to whales and porpoises. There are almost forty species of dolphin in 17 genera. They vary in size from 1.2 m (4 ft) and 40 kg (90 lb) (Maui's dolphin), up to 9.5 m (30 ft) and 10 tonnes (9.8 long tons; 11 short tons) (the orca or killer whale). They are found worldwide, mostly in the shallower seas of the continental shelves and are carnivores, eating mostly fish and squid.
For optimal readability, line lengths should not exceed 60 to 70 characters.
0123456789<PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER>
Whales
Whale is the common name for various marine mammals of the order Cetacea. The term whale sometimes refers to all cetaceans, but more often it excludes dolphins and porpoises, which are smaller members of the suborder Odontoceti (toothed whales). The other cetacean suborder, Mysticeti (baleen whales), comprises filter feeders who eat small organisms caught by straining seawater through a comblike structure found in the mouth called baleen.


2 dead after flash floods, mudslides hit French Riviera
PARIS (AP) - Two people have died and others are missing after flash flooding soaked the French Riviera, downing trees, trapping travelers and cutting electricity to thousands of homes.
The Nice airport was briefly closed, rivers broke their banks and sirens rang out in Mediterranean coastal towns Sunday. Images on French media showed cars peeking above inundated streets and waves slamming onto roadsides.
A rescue boat sank while bringing three people to shore near the town of Muy, and one of them died, the Var regional administration said. Another person was found dead in a car in the town of Cabasse.
Nice Mayor Christian Estrosi said authorities were searching for two missing people.
National weather service Meteo France said the area absorbed the equivalent of two months of average rainfall in 24 hours.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


User settings¶
User settings menu¶
-
void
kp_menu
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_menu() - keypad settings. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Return: void.
-
int
CHANGES
¶ Used as flag to make system known if it is necessary to rewrite non-volitile memory with new SETTING DATA
-
void
kp_set_min_fail_delay
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_set_min_fail_delay() - set min wait delay. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Set minimal (start) time while which keypad is blocked after input incorrect User Password.
Return: void.
-
void
kp_set_fail_coef
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_set_fail_coef() - set grows multiplier. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Set grows multiplier of time if input of incorrect User Password occurs more then ‘Critical low’ times.
Return: void.
- kp_set_fail_crit_high() - set critical amount of input incorrect User Password
untill sucuruty pritection starts work.
@struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Set limit of incorrect inputs of User Password after which you need to input both User Password and Master Password.
Return: void.
-
void
kp_set_fail_crit_low
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ - kp_set_fail_crit_low() - set critical amount of input incorrect User Password
untill sucuruty pritection starts work.
@struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Set limit of incorrect inputs of User Password after which you need to wait some time befor next input. This time depends on Minimal delay and every next time is increased in Coefficient times.
Return: void.
-
void
kp_fail_settings
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_fail_settings() - keypad security settings. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Refers to kp_menu_template() Mode setting contains such options: Go back - exit Minimal delay - set minimal time while which keypad is blocked
after input incirrect User Password
- Coefficient - set grows multiplier of time if input of incorrect User Password
occurs more then ‘Critical low’ times
- Critical high - set limit of incorrect inputs of User Password after which
you need to input both User Password and Master Password
- Critical low - set limit of incorrect inputs of User Password after which
you need to wait some time befor next input This time depends on Minimal delay and every next time is increased in Coefficient times
Return: void.
-
void
kp_mode1_settings
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_mode1_settings() - swich on mode 1. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Switck keypad lock to Mode 1. After input of User Password keypad is unloked for ‘Welcome delay’ time. User have to set this ‘Welcome delay’ by ordering value from 1 to 60 seconds.
Return: void.
-
void
kp_mode2_settings
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_mode2_settings() - swich on mode 2. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Switck keypad lock to Mode 2. After input of User Password keypad switch the state from LOCKED to UNLOCKED and vise versa.
Return: void.
-
void
kp_mode_settings
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_mode_settings() - keypad mode settings. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Refers to kp_menu_template() Mode setting contains such options: Go back - exit Mode 1 - swich on mode 1 (single action of oenning keypd) Mode 2 - swich on mode 1 (switch the keypad state)
Return: void.
-
void
kp_set_length
(struct sk_lcd *lcd, uint8_t *length, char *instruction)¶ kp_set_length() - swich on mode 2. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Switck keypad lock to Mode 2. After input of User Password keypad switch the state from LOCKED to UNLOCKED and vise versa.
Return: void.
-
void
kp_main_change_pass
(struct sk_lcd *lcd, struct kp_lock *keypad, uint8_t *pass, uint8_t *passlength)¶ kp_main_change_pass() - change password. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data. uint8_t *pass: password which need to be changed. uint8_t *passlength: length of password which need to be changed.
If keypad works in Hight Secure Mode, it ask to input both User Pass and Master code one more time. After setting password it shows the Success or Error messages.
Return: void.
-
void
kp_main_change_usr_pass
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_main_change_usr_pass() - change User password. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Return: void.
-
void
kp_main_change_master_code
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_main_change_master_pass() - change Master password. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Return: void.
-
void
kp_main_settings
(struct sk_lcd *lcd, struct kp_lock *keypad)¶ kp_main_settings() - keypad main settings. @struct sk_lcd *lcd: LCD for comunication with user. @struct kp_lock *keypad: keypad lock data.
Refers to kp_menu_template() Main setting contains such options: Go back - exit and save new settings Password - change user password Master code - change umaster code Work mode - change keypad work mode Fail - change security settings
Return: void.


The VitalBlinks Experience
Players will learn the architecture of regulated industries [Pharmaceutical, Medical Device, Biologics or Food] and the strategic roles that various economic environments play in the overall success of a business. The game specifically explores the roles of Contract Law, Patent law, Regulations of Medicinal products, Mergers and Acquisitions and Financial Instruments in shaping decision outcomes.
The VitalBlinks experience is innovative and is exceptionally teaching tool for strategic problem solving through application of quantitative and behavioral methods. Players learn how to combine intellectual ideals with the realities of human and organizational behavior. Simply put, the game design foster decision making skills by presenting opportunities for isolating optimal choices from many different decision alternatives.


---
layout: page
title: Bryan P Brown
---
Bryan P Brown
Howdy, I'm Bryan, a Postdoctoral Fellow @ Seattle Children's Research Institute where I study bacterial-viral interactions in enteric human communities. I'm interested in building statistical tools to robustly analyze and integrate multiomic datasets to delineate the crosstalk between our immune system and the cohort of bacteria and viruses that colonize our enteric niches.
If I'm not at the bench or desk, there's a good shot that I'm fighting my way up a beautiful cliff or thinking too much about brewing that perfect cup of joe.


private fun deleteAdAlert(): Unit
Display alertDialog. If user answer "Да", then called deleteAd and ad is delete, else nothing happens.
See Also
deleteAd


THE FACULTY Cast: Elijah Wood, Josh Hartnett, Clea DuVall, Jordana Brewster, Laura Harris, Shawn Hotosy Director: Robert Rodriguez Screenplay: Kevin Williamson based on a story by David Wechter & Bruce Kimmel Reviewed by Luke Buckmaster
On the Buckmaster scale of 0 stars (bomb), to 5 stars (a masterpiece): 3 stars
With a credit list that is sure to raise some eyebrows, The Faculty boasts two of the best names in the horror industry, director Robert Rodriguez (From Dusk Till Dawn, Desperado) and screenwriter Kevin Williamson (Scream, I Know What You Did Last Summer).
Sure enough, the screenplay boasts Williamson's entertaining 90's-culture dialogue as well as some likeable characters - who collectively bear a radical resemblance to the characters from The Breakfast Club - but at times is severely let down by Rodriguez's direction. His usual electric pacing is somewhat lacking, as is his keen sense of the absurd. His direction is certainly not without its merits - many of them attributed to atmosphere, others the clever structure of scenes that reflect older styles of horror filmmaking mixed with props and surroundings from a very modern era - that create a sort of Invasion of the Body Snatchers for the Mortal Kombat age.
One perfectly satirical touch comes curtsey of Williamson, who ingeniously gives the heroes of the story - school kids battling their teachers, whose bodies have been taken over by aliens - only one kind of weapon that they can effectively fight with: home made speed. In an irony that is both whimsical fun and tongue-in-cheek cynicism, a life-threatening, deadly, don't-touch-it-for-the-life-of-you substance is now saving the human race from oblivion. Which, I thought, was kinda cool, although Rodriguez's finished product is not a film that will be remembered in ten, or even five years time. In his attempts to once again re-create the horror genre - after the mammoth commercial and artistic success of From Dusk Till Dawn - Rodriguez has created an enjoyable, not-to-be-taken-seriously piece that entertains well, although sometimes doesn't quite cut it (no pun intended).
Read more of my reviews at In Film Australia http://infilmau.iah.net
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


{{{head}}}
There are billions of tracks available in direct access on the internet. It's the biggest source of music in the world. Openwhyd let’s you keep every track in one place.
Organize your tracks into playlists, and play them all without any interruption in our player. Listen to your playlists, your stream, or visit other music lovers' pages to hear their music. Just push play and it works.


Bio
Hi, my name is Nathan Doan and I'm currently a running start student as a senior. Being able to program and code has been something I've been interested in and so I want to see where it can take me. I have no experience in coding so I'm taking this class to see if I want to continue to pursue this path. During my free time I tend to browse the internet and different media sources.


Welcome to Mr. and Ms. Wedding Form Invitation:
Please Fill out The Form:
First Name:
Last Name:
Email Address:
Phone Number:
Home Address:
City:
State:
Zip Code:
Select your Status:
Choose one
Single
Married
Polygamy
Others
Will You Attend this event?:
Yes
No
Maybe
Emergency Contact Information:
Name:
Phone Number:
Relationship:


{% extends "sidebar-layout.html" %}
{% block title %}Projects{% endblock %}
{% block body %}
Projects
{% filter markdown %}
Handpicked open source projects I've worked on.
For a full list, see [my github repositories](https://github.com/daboross?tab=repositories&type=source).
For reference, I've built projects related to the following games:
- [Screeps](https://screeps.com/) is an online open-world game. All players upload AI to control their own empires, and the code on-server is run 24/7.
- [Minecraft](https://www.minecraft.net/) is a popular first-person exploration / building game
### cargo-screeps, screeps-game-api
Timeline: 2017 - today
Language: Rust
[cargo-screeps](https://github.com/rustyscreeps/cargo-screeps/) is a tool for compiling and uploading Rust AIs to Screeps servers. It supports both private servers, and the official server.
[screeps-game-api](https://github.com/rustyscreeps/cargo-screeps/) contains API bindings to Screeps' unit control API for use by Rust programs compiling to web assembly.
Together, these projects allow writing Screeps AIs in Rust. I wrote most of the initial code, and worked half-and-ahlf with co-contributors finishing up the rest of the API.
### screeps-api
Timeline: 2017 - 2019
Langauge: Rust
[rust-screeps-api](https://github.com/daboross/rust-screeps-api) contains bindings
to Screep's REST web API. The advantage over raw HTTPS calls is that all messages are
typechecked, and all responses automatically parsed into structs.
This allows you to work with the screeps web API as if it were just another Rust library,
with full IDE auto-complete support and compile-time typechecking.
### scrs
Timeline: 2017 - 2018
Langauge: Rust
[scrs](https://github.com/daboross/screeps-rs) is a full alternative Screeps client which can watch live map data.
When written, it supported both the official server, and private servers (the official server has since changed protocol,
and is no longer supported).
scrs's advantage is that it runs as a small desktop GUI application, and consumes much
less power than the official client. The disadvantage is that neither code-editing nor
unit-level-detail viewing are supported.
### srv
Timeline: 2019
Langauge: Rust
[srv](https://github.com/daboross/srv) is a full alternative Screeps client, the spiritual successor to scrs. Supports both private and official servers.
While scrs was a desktop application, srv is written as a terminal user-interface. It implements all detailed viewing
functionality present in the official client for only a fraction of the computing power. The other big advantage is
getting those sweet ASCII graphics.
### fern
Timeline: 2014 - effectively, 2019
Language: Rust
[fern](https://github.com/daboross/fern) is a logging library backend favoring runtime configurability and fast logging-path execution. Notably, it can run full formatting and filtering with zero allocations on the logging path.
The sell is simple configuration. Since it's all Rust code, changing logging based on
command line parameters or config files is easy. The biggest downside, compared to projects
like [log4rs](https://github.com/sfackler/log4rs), is that that configuration still all has
to be written in Rust code.
---
## Older Projects
### qx.lc
Timeline: 2014
Language: Python
[qxlc](https://github.com/daboross/qxlc) is a pastebin and link-shortening server.
I wrote this as a learning experience for using the
[Flask](https://palletsprojects.com/p/flask/) web framework.
---
### SkyWars
Timeline: 2013 - 2016
Language: Java
[SkyWars](https://github.com/SkyWars/SkyWars) is a Minecraft server plugin for managing
``SkyWars'' games. It queues players, creates arenas and overall manages players playing
in competitions.
---
### FRC Team
Timeline: 2012 - 2015
Language: Java
I was a programmer for the FRC team 4030 from 2012-2015. Notable contrbutions include:
- writing the manual control code each year, translating joysticks into movement
- writing autonomous code, where the robot will perform actions on its own
- co-developing an independent control panel which networks with the robot, retrieves status information, and updates configurations.
For background, FRC is a high school robotics competition. On one day in January, a theme
and ruleset is released to teams across the world. Teams then have six weeks to build,
test, and program the robot. On the sixth week, we box up the robot, and only unbox it for
competitions.
- https://github.com/FIRST-4030/2013
- https://github.com/FIRST-4030/2014
- https://github.com/FIRST-4030/FRC-2015
- https://github.com/FIRST-4030/RobotTables
---
### mc-cli
Timeline: 2013 - 2014
Language: Java
[mc-cli](https://github.com/daboross/minecraft-commandline-interface) is a command line
client for Minecraft. Uses [MCProtocolLib](https://github.com/Steveice10/MCProtocolLib)
for connecting to Minecraft servers and [JLine](https://github.com/jline) for the
interface.
This is extremely useful for testing multiplayer plugin features when developing server-side plugins.
---
### MCScript
Timeline: 2013 - 2014
Language: Bash
[MCScript](https://github.com/daboross/MCScript) is a bash script compiled for managing
a local minecraft server on a linux. It handles backups, restarts the server regularly,
ensures it stays running in the background and updates plugins.
This is an alternative to web-based control panels, or just running the server manually. The
main advantage is that MCScript "just works" after initial configuration.
{% endfilter %}
{% endblock %}


Evaluation of Physical-Chemical Methods for Rapid Assessment of the Bioavailability of Moderately Polar Compounds in Sediments
EPA Grant Number: R825513C026Subproject: this is subproject number 026 , established and managed by the Center Director under grant R825513
(EPA does not fund or establish subprojects; EPA awards and manages the overall grant for this center).
Center: HSRC (1989) - South and Southwest HSRC
Center Director: Reible, Danny D.
Title: Evaluation of Physical-Chemical Methods for Rapid Assessment of the Bioavailability of Moderately Polar Compounds in Sediments
Investigators: Wiesner, Mark R.
Institution: Rice University
Current Institution: Rice University
EPA Project Officer: Manty, Dale
Project Period: January 1, 1998 through January 1, 2001
Project Amount: Refer to main center abstract for funding details.
RFA: Hazardous Substance Research Centers - HSRC (2001) RFA Text | Recipients Lists
Research Category: Hazardous Substance Research Centers , Land and Waste Management
Objective:
The goal of the project is to study the transport of contaminants across synthetic membranes and immunoassay methods as a means for assessing the bioavailability of moderately polar contaminants in sediments. This effort is composed of three interrelated tasks: 1) The transport of xenobiotic compounds across synthetic membranes will be investigated under conditions of variable solution chemistry where the concentration, nature, and conformation of dissolved organic matter will be varied. 2) Concentrations of these compounds will be measured by scintillation counting and immunoassay to determine if a portion of the contaminants is functionally inaccessible to the antibodies. 3) Plant uptake studies will be run using identical conditions of solution chemistry applied in tasks 1 and 2 to determine the fraction of contaminant which is bioavailable to a hydroponically grown vegetative system.
The proposed effort will focus primarily on the use of synthetic membrane analogues for biological membranes as a basis for predicting bioavailability in sediment systems. Thus, one hypothesis to be tested is that synthetic membranes can be used to mimic the uptake selectivity expressed by biological membranes for specific compounds. A second hypothesis to be tested is that the antibodies used in immunoassays to bind trace organic compounds, exhibit specificity for "free" species of these compounds in a manner which can be correlated with the bioavailability of these contaminants.
Approach:
Task 1: Transport of xenobiotic compounds across synthetic membranes.
This task will include examination of the contaminant/organic matter interactions
and their effect on transport through dialysis membranes. Experiments to be
conducted in task 1 will include the use of model solutions of macromolecular
organic compounds which will serve as surrogates for natural organic matter
in sediment pore waters. Contaminants will be mixed with the solution of organic
matter and solution chemistries will be adjusted. Transport of contaminant
through membranes, and contaminant retained will be measured as well as any
residual remaining on membranes or other surfaces. Similar experiments will
be conducted using concentrated solutions of fractionated natural organic matter.
Again, transport of contaminant across membranes will be monitored as well
as the remaining measures required to perform a rigorous mass balance on the
system. A novel experimental procedure will be used to facilitate the collection
of data required to obtain a mass balance on the system. The contaminated solution
sample will communicate via a semipermeable membrane with a solution made up
to mimic desired water column or pore water composition. A second membrane
will be in contact with this solution on one side, and with a small quantity
of lipid (triolein) on the other. At equilibrium, this system will allow the
determination of both the unavailable and available fractions of contaminant.
This work will also involve a detailed interpretation of results in the context
of the underlying physical chemistry of contaminant transport across the membranes
as a basis for selecting membranes with properties that might correlate well
with biouptake.
Task 2: Determination of the "immunoassay- available fraction" of contaminants. Immunoassay techniques allow for rapid determination of the relative presence of certain contaminants at even very low concentrations. Numerous investigators have observed excellent correlation between immunoassay-based measurements and those obtained by conventional methods such as GC/MS. However, while highly correlated, several researchers have produced data that suggest that in the absence of significant cross reactivity, the immunoassay methods may produce lower concentrations than those obtained from conventional methods. For example, Thurman and co-investigators found that atrazine concentrations in surface water measured using an immunoassay method were approximately 20% lower than those measured by GC/MS. Interferences associated with "bound" contaminant are typically minimized by standard sample preparation, and differences between the two techniques appear to be smaller when the samples are free of materials that might cause interferences or when similar extraction techniques are used to prepare samples.
The investigators will explore the possibility that this drawback in the immunoassay technique can be exploited in suitable cases based on the hypothesis that the same factors which inhibit transport of atrazine across synthetic membranes may also limit binding by antibodies. In an immunoassay measurement a sample, containing for example triazines (O), is added to a test well, followed by a triazine-enzyme conjugate (O-E). The triazine-enzyme conjugate competes with triazines for the same antibody binding site. After a brief incubation period any unbound molecules are washed away and clear solutions of substrate (S) and chromogen (C) are then added to each well. In the presence of bound triazine-enzyme conjugate, the substrate is converted to a compound which causes the chromogen to turn blue (B). One enzyme molecule can convert more than one substrate molecule. A stop solution is added after a prescribed period to each well to arrest the blue color development and turn the reaction solution yellow. A calibrated spectrophotometric measurement at 450 nanometers (nm) can then be done to obtain the triazine concentration. Contaminants bound up in a macromolecular "trap" may not be accessible from the standpoint of antibody binding. If this is the case, comparison of immunoassay-based measurements with a benchmark such as total extractable (or scintillation counting in a laboratory setting) might be used as an index of contaminant availability. Experiments performed in task 1 will be complemented with immunoassay measurements of radio-labeled contaminants benchmarked by scintillation counting.
Task 3: Plant uptake studies.
The fractions of contaminants which are able to pass through synthetic membranes
under the conditions applied in task 1 and those available to bind with a immunoassay-specific
antibody will be compared with the apparent fractions available for biouptake
by plants. Plants common to Regions 4 and 6, and typically found in wetlands
will be used in this study. Candidate plants include parrot feather, water
hyacinth, and alligator weed. These plants have been the subject of previous
bioaccumulation work undertaken within the HSRC/S&SW. Plants will be grown
hydroponically in modified Hoagland's nutrient solutions adjusted to produce
identical initial compositions to those used for tasks 1 and 2, only without
contaminants. Plants will be acclimated for approximately 3 days in a controlled
exposure chamber (photon flux and temperature) which will allow for mixing
using a magnetic stirrer. The uptake experiment will be initiated by injecting
contaminants into the hydroponic solution and mixing. Plants will be removed
periodically, weighed and 14C content determined using a biological oxidizer
that converts 14C-labeled plant tissue to 14CO2. Samples of the hydroponic
solution will also be monitored over time. The primary focus of the plant measurements
will be on the roots tissues, which are likely to equilibrate within 1 day.
The amount of bioavailable contaminant will then be calculated directly from
measurement and by mass balance.
Expected Results:
The proposed use of membranes as a surrogate for the biological membrane is not new. Most notably, researchers have explored the use of semi-permeable membrane devices (SPMDs) to predict the biouptake of organic compounds by fish. Their SPMDs essentially consist of a lipid phase sandwiched between membranes. Selectivity of transport is determined by the membrane and the lipophilic contaminant of interest is accumulated in the lipid phase and later analyzed. Although some correlation has been observed between chemical concentrations accumulated in their SPMDs and the bioavailable concentration back-calculated from concentrations in fish tissues, interpretation of their results is complicated by numerous factors including variability in the aqueous environment, possible metabolic transformations in fish, uptake of contaminants from multiple sources (food intake as well as transport across the gill membrane), and metabolic changes induced by stress. Moreover, for many other reasons stated in the previous section, the physical chemistry of interactions between membranes and contaminants are likely to be affected by solution chemistry and may be specific for a given contaminant/membrane combination.
Publications and Presentations:
Publications have been submitted on this subproject: View all 3 publications for this subproject | View all 392 publications for this centerJournal Articles:
Journal Articles have been submitted on this subproject: View all 3 journal articles for this subproject | View all 106 journal articles for this centerSupplemental Keywords:
immunoassays, synthetic membranes, chemical partitioning, environmental chemistry, environemental engineering, remediation, contaminated sediments, bioremediation, phytoremediation, plant uptake studies., RFA, Scientific Discipline, Waste, Water, Chemical Engineering, Contaminated Sediments, Environmental Chemistry, Analytical Chemistry, Hazardous Waste, Bioremediation, Ecology and Ecosystems, Hazardous, Environmental Engineering, hazardous waste management, hazardous waste treatment, risk assessment, sediment treatment, environmental technology, decontamination of soil and water, soil and groundwater remediation, bioavailability, biodegradation, risk management, contaminated sediment, decontamination of soil, chemical contaminants, contaminated soil, plant uptake studies, contaminants in soil, remediation, bioremediation of soils, biotransformation, phytoremediation, technology transfer, anaerobic biotransformation, waste mixtures, CERCLAProgress and Final Reports:
Final ReportMain Center Abstract and Reports:
R825513 HSRC (1989) - South and Southwest HSRC Subprojects under this Center: (EPA does not fund or establish subprojects; EPA awards and manages the overall grant for this center).
R825513C001 Sediment Resuspension and Contaminant Transport in an Estuary.
R825513C002 Contaminant Transport Across Cohesive Sediment Interfaces.
R825513C003 Mobilization and Fate of Inorganic Contaminant due to Resuspension of Cohesive Sediment.
R825513C004 Source Identification, Transformation, and Transport Processes of N-, O- and S- Containing Organic Chemicals in Wetland and Upland Sediments.
R825513C005 Mobility and Transport of Radium from Sediment and Waste Pits.
R825513C006 Anaerobic Biodegradation of 2,4,6-Trinitrotoluene and Other Nitroaromatic Compounds by Clostridium Acetobutylicum.
R825513C007 Investigation on the Fate and Biotransformation of Hexachlorobutadiene and Chlorobenzenes in a Sediment-Water Estuarine System
R825513C008 An Investigation of Chemical Transport from Contaminated Sediments through Porous Containment Structures
R825513C009 Evaluation of Placement and Effectiveness of Sediment Caps
R825513C010 Coupled Biological and Physicochemical Bed-Sediment Processes
R825513C011 Pollutant Fluxes to Aquatic Systems via Coupled Biological and Physicochemical Bed-Sediment Processes
R825513C012 Controls on Metals Partitioning in Contaminated Sediments
R825513C013 Phytoremediation of TNT Contaminated Soil and Groundwaters
R825513C014 Sediment-Based Remediation of Hazardous Substances at a Contaminated Military Base
R825513C015 Effect of Natural Dynamic Changes on Pollutant-Sediment Interaction
R825513C016 Desorption of Nonpolar Organic Pollutants from Historically Contaminated Sediments and Dredged Materials
R825513C017 Modeling Air Emissions of Organic Compounds from Contaminated Sediments and Dredged Materials title change in last year to "Long-term Release of Pollutants from Contaminated Sediment Dredged Material"
R825513C018 Development of an Integrated Optic Interferometer for In-Situ Monitoring of Volatile Hydrocarbons
R825513C019 Bioremediation of Contaminated Sediments and Dredged Material
R825513C020 Bioremediation of Sediments Contaminated with Polyaromatic Hydrocarbons
R825513C021 Role of Particles in Mobilizing Hazardous Chemicals in Urban Runoff
R825513C022 Particle Transport and Deposit Morphology at the Sediment/Water Interface
R825513C023 Uptake of Metal Ions from Aqueous Solutions by Sediments
R825513C024 Bioavailability of Desorption Resistant Hydrocarbons in Sediment-Water Systems.
R825513C025 Interactive Roles of Microbial and Spartina Populations in Mercury Methylation Processes in Bioremediation of Contaminated Sediments in Salt-Marsh Systems
R825513C026 Evaluation of Physical-Chemical Methods for Rapid Assessment of the Bioavailability of Moderately Polar Compounds in Sediments
R825513C027 Freshwater Bioturbators in Riverine Sediments as Enhancers of Contaminant Release
R825513C028 Characterization of Laguna Madre Contaminated Sediments.
R825513C029 The Role of Competitive Adsorption of Suspended Sediments in Determining Partitioning and Colloidal Stability.
R825513C030 Remediation of TNT-Contaminated Soil by Cyanobacterial Mat.
R825513C031 Experimental and Detailed Mathematical Modeling of Diffusion of Contaminants in Fluids
R825513C033 Application of Biotechnology in Bioremediation of Contaminated Sediments
R825513C034 Characterization of PAH's Degrading Bacteria in Coastal Sediments
R825513C035 Dynamic Aspects of Metal Speciation in the Miami River Sediments in Relation to Particle Size Distribution of Chemical Heterogeneity


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javassist.ClassPool
public class ClassPool
A container of CtClass
objects.
A CtClass
object must be obtained from this object.
If get()
is called on this object,
it searches various sources represented by ClassPath
to find a class file and then it creates a CtClass
object
representing that class file. The created object is returned to the
caller.
Memory consumption memo:
ClassPool
objects hold all the CtClass
es
that have been created so that the consistency among modified classes
can be guaranteed. Thus if a large number of CtClass
es
are processed, the ClassPool
will consume a huge amount
of memory. To avoid this, a ClassPool
object
should be recreated, for example, every hundred classes processed.
Note that getDefault()
is a singleton factory.
Otherwise, detach()
in CtClass
should be used
to avoid huge memory consumption.
ClassPool
hierarchy:
ClassPool
s can make a parent-child hierarchy as
java.lang.ClassLoader
s. If a ClassPool
has
a parent pool, get()
first asks the parent pool to find
a class file. Only if the parent could not find the class file,
get()
searches the ClassPath
s of
the child ClassPool
. This search order is reversed if
ClassPath.childFirstLookup
is true
.
CtClass
,
ClassPath
| Field Summary | |
|---|---|
boolean |
childFirstLookup
Determines the search order. |
static boolean |
doPruning
Turning the automatic pruning on/off. |
static boolean |
releaseUnmodifiedClassFile
If true, unmodified and not-recently-used class files are periodically released for saving memory. |
| Constructor Summary | |
|---|---|
ClassPool()
Creates a root class pool. |
|
ClassPool(boolean useDefaultPath)
Creates a root class pool. |
|
ClassPool(ClassPool parent)
Creates a class pool. |
| Method Summary | |
|---|---|
ClassPath |
appendClassPath(ClassPath cp)
Appends a ClassPath object to the end of the
search path. |
ClassPath |
appendClassPath(java.lang.String pathname)
Appends a directory or a jar (or zip) file to the end of the search path. |
void |
appendPathList(java.lang.String pathlist)
Appends directories and jar files for search. |
ClassPath |
appendSystemPath()
Appends the system search path to the end of the search path. |
void |
clearImportedPackages()
Clear all the package names recorded by importPackage() . |
java.net.URL |
find(java.lang.String classname)
Searches the class path to obtain the URL of the class file specified by classname. |
CtClass |
get(java.lang.String classname)
Reads a class file from the source and returns a reference to the CtClass
object representing that class file. |
CtClass[] |
get(java.lang.String[] classnames)
Reads class files from the source and returns an array of CtClass
objects representing those class files. |
CtClass |
getAndRename(java.lang.String orgName,
java.lang.String newName)
Reads a class file and constructs a CtClass
object with a new name. |
java.lang.ClassLoader |
getClassLoader()
Get the classloader for toClass() , getAnnotations() in
CtClass , etc. |
CtClass |
getCtClass(java.lang.String classname)
Returns a CtClass object with the given name. |
static ClassPool |
getDefault()
Returns the default class pool. |
java.util.Iterator |
getImportedPackages()
Returns all the package names recorded by importPackage() . |
CtMethod |
getMethod(java.lang.String classname,
java.lang.String methodname)
Reads a class file and obtains a compile-time method. |
CtClass |
getOrNull(java.lang.String classname)
Reads a class file from the source and returns a reference to the CtClass
object representing that class file. |
void |
importPackage(java.lang.String packageName)
Record a package name so that the Javassist compiler searches the package to resolve a class name. |
ClassPath |
insertClassPath(ClassPath cp)
Insert a ClassPath object at the head of the
search path. |
ClassPath |
insertClassPath(java.lang.String pathname)
Inserts a directory or a jar (or zip) file at the head of the search path. |
java.lang.Object[] |
lookupCflow(java.lang.String name)
Undocumented method. |
CtClass |
makeClass(java.io.InputStream classfile)
Creates a new class (or interface) from the given class file. |
CtClass |
makeClass(java.io.InputStream classfile,
boolean ifNotFrozen)
Creates a new class (or interface) from the given class file. |
CtClass |
makeClass(java.lang.String classname)
Creates a new public class. |
CtClass |
makeClass(java.lang.String classname,
CtClass superclass)
Creates a new public class. |
CtClass |
makeClassIfNew(java.io.InputStream classfile)
Creates a new class (or interface) from the given class file. |
CtClass |
makeInterface(java.lang.String name)
Creates a new public interface. |
CtClass |
makeInterface(java.lang.String name,
CtClass superclass)
Creates a new public interface. |
void |
recordInvalidClassName(java.lang.String name)
Records a name that never exists. |
void |
removeClassPath(ClassPath cp)
Detatches the ClassPath object from the search path. |
java.lang.Class |
toClass(CtClass clazz)
Converts the given class to a java.lang.Class object. |
java.lang.Class |
toClass(CtClass ct,
java.lang.ClassLoader loader)
Deprecated. Replaced by toClass(CtClass,ClassLoader,ProtectionDomain) .
A subclass of ClassPool that has been
overriding this method should be modified. It should override
toClass(CtClass,ClassLoader,ProtectionDomain) . |
java.lang.Class |
toClass(CtClass ct,
java.lang.ClassLoader loader,
java.security.ProtectionDomain domain)
Converts the class to a java.lang.Class object. |
java.lang.String |
toString()
Returns the class search path. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public boolean childFirstLookup
If this field is true, get()
first searches the
class path associated to this ClassPool
and then
the class path associated with the parent ClassPool
.
Otherwise, the class path associated with the parent is searched
first.
The default value is false.
public static boolean doPruning
If this field is true, CtClass
objects are
automatically pruned by default when toBytecode()
etc.
are called. The automatic pruning can be turned on/off individually
for each CtClass
object.
The initial value is false.
CtClass.prune()
,
CtClass.stopPruning(boolean)
,
CtClass.detach()
public static boolean releaseUnmodifiedClassFile
The initial value is true.
| Constructor Detail |
|---|
public ClassPool()
public ClassPool(boolean useDefaultPath)
useDefaultPath
is
true, appendSystemPath()
is called. Otherwise,
this constructor is equivalent to the constructor taking no
parameter.
useDefaultPath
- true if the system search path is
appended.public ClassPool(ClassPool parent)
parent
- the parent of this class pool. If this is a root
class pool, this parameter must be null
.getDefault()
| Method Detail |
|---|
public static ClassPool getDefault()
The default class pool searches the system search path,
which usually includes the platform library, extension
libraries, and the search path specified by the
-classpath
option or the CLASSPATH
environment variable.
When this method is called for the first time, the default class pool is created with the following code snippet:
ClassPool cp = new ClassPool();
cp.appendSystemPath();
If the default class pool cannot find any class files,
try ClassClassPath
and LoaderClassPath
.
ClassClassPath
,
LoaderClassPath
public java.lang.String toString()
toString
in class java.lang.Object
public void importPackage(java.lang.String packageName)
java.lang
package, which has
been implicitly recorded by default.
Note that get()
in ClassPool
does
not search the recorded package. Only the compiler searches it.
packageName
- the package name.
It must not include the last '.' (dot).
For example, "java.util" is valid but "java.util." is wrong.public void clearImportedPackages()
importPackage()
.
The java.lang
package is not removed.
importPackage(String)
public java.util.Iterator getImportedPackages()
importPackage()
.
importPackage(String)
public void recordInvalidClassName(java.lang.String name)
get()
does not search the class path at all
if the given name is an invalid name recorded by this method.
Note that searching the class path takes relatively long time.
name
- a class name (separeted by dot).public java.lang.Object[] lookupCflow(java.lang.String name)
name
- the name of $cflow
variablepublic CtClass getAndRename(java.lang.String orgName, java.lang.String newName) throws NotFoundException
CtClass
object with a new name.
This method is useful if you want to generate a new class as a copy
of another class (except the class name). For example,
getAndRename("Point", "Pair")returns a
CtClass
object representing Pair
class. The definition of Pair
is the same as that of
Point
class except the class name since Pair
is defined by reading Point.class
.
orgName
- the original (fully-qualified) class namenewName
- the new class name
NotFoundException
public CtClass get(java.lang.String classname) throws NotFoundException
CtClass
object representing that class file. If that class file has been
already read, this method returns a reference to the
CtClass
created when that class file was read at the
first time.
If classname
ends with "[]", then this method
returns a CtClass
object for that array type.
To obtain an inner class, use "$" instead of "." for separating the enclosing class name and the inner class name.
classname
- a fully-qualified class name.
NotFoundException
public CtClass getOrNull(java.lang.String classname)
CtClass
object representing that class file.
This method is equivalent to get
except
that it returns null
when a class file is
not found and it never throws an exception.
classname
- a fully-qualified class name.
CtClass
object or null
.get(String)
,
find(String)
public CtClass getCtClass(java.lang.String classname) throws NotFoundException
CtClass
object with the given name.
This is almost equivalent to get(String)
except
that classname can be an array-type "descriptor" (an encoded
type name) such as [Ljava/lang/Object;
.
Using this method is not recommended; this method should be
used only to obtain the CtClass
object
with a name returned from getClassInfo
in
javassist.bytecode.ClassPool
. getClassInfo
returns a fully-qualified class name but, if the class is an array
type, it returns a descriptor.
classname
- a fully-qualified class name or a descriptor
representing an array type.
NotFoundException
get(String)
,
ConstPool.getClassInfo(int)
,
Descriptor.toCtClass(String, ClassPool)
public java.net.URL find(java.lang.String classname)
classname
- a fully-qualified class name.
CtClass.getURL()
public CtClass[] get(java.lang.String[] classnames) throws NotFoundException
CtClass
objects representing those class files.
If an element of classnames
ends with "[]",
then this method
returns a CtClass
object for that array type.
classnames
- an array of fully-qualified class name.
NotFoundException
public CtMethod getMethod(java.lang.String classname, java.lang.String methodname) throws NotFoundException
classname
- the class namemethodname
- the method name
NotFoundException
CtClass.getDeclaredMethod(String)
public CtClass makeClass(java.io.InputStream classfile) throws java.io.IOException, java.lang.RuntimeException
This method is used for creating a CtClass
object
directly from a class file. The qualified class name is obtained
from the class file; you do not have to explicitly give the name.
classfile
- class file.
java.lang.RuntimeException
- if there is a frozen class with the
the same name.
java.io.IOException
makeClassIfNew(InputStream)
,
ByteArrayClassPath
public CtClass makeClass(java.io.InputStream classfile, boolean ifNotFrozen) throws java.io.IOException, java.lang.RuntimeException
This method is used for creating a CtClass
object
directly from a class file. The qualified class name is obtained
from the class file; you do not have to explicitly give the name.
classfile
- class file.ifNotFrozen
- throws a RuntimeException if this parameter is true
and there is a frozen class with the same name.
java.io.IOException
java.lang.RuntimeException
ByteArrayClassPath
public CtClass makeClassIfNew(java.io.InputStream classfile) throws java.io.IOException, java.lang.RuntimeException
This method is used for creating a CtClass
object
directly from a class file. The qualified class name is obtained
from the class file; you do not have to explicitly give the name.
classfile
- the class file.
java.io.IOException
java.lang.RuntimeException
makeClass(InputStream)
,
ByteArrayClassPath
public CtClass makeClass(java.lang.String classname) throws java.lang.RuntimeException
If no constructor is explicitly added to the created new class, Javassist generates constructors and adds it when the class file is generated. It generates a new constructor for each constructor of the super class. The new constructor takes the same set of parameters and invokes the corresponding constructor of the super class. All the received parameters are passed to it.
classname
- a fully-qualified class name.
java.lang.RuntimeException
- if the existing class is frozen.public CtClass makeClass(java.lang.String classname, CtClass superclass) throws java.lang.RuntimeException
If no constructor is explicitly added to the created new class, Javassist generates constructors and adds it when the class file is generated. It generates a new constructor for each constructor of the super class. The new constructor takes the same set of parameters and invokes the corresponding constructor of the super class. All the received parameters are passed to it.
classname
- a fully-qualified class name.superclass
- the super class.
java.lang.RuntimeException
- if the existing class is frozen.public CtClass makeInterface(java.lang.String name) throws java.lang.RuntimeException
name
- a fully-qualified interface name.
java.lang.RuntimeException
- if the existing interface is frozen.public CtClass makeInterface(java.lang.String name, CtClass superclass) throws java.lang.RuntimeException
name
- a fully-qualified interface name.superclass
- the super interface.
java.lang.RuntimeException
- if the existing interface is frozen.public ClassPath appendSystemPath()
-classpath
option or the CLASSPATH
environment variable.
public ClassPath insertClassPath(ClassPath cp)
ClassPath
object at the head of the
search path.
ClassPath
,
URLClassPath
,
ByteArrayClassPath
public ClassPath appendClassPath(ClassPath cp)
ClassPath
object to the end of the
search path.
ClassPath
,
URLClassPath
,
ByteArrayClassPath
public ClassPath insertClassPath(java.lang.String pathname) throws NotFoundException
pathname
- the path name of the directory or jar file.
It must not end with a path separator ("/").
If the path name ends with "/*", then all the
jar files matching the path name are inserted.
NotFoundException
- if the jar file is not found.public ClassPath appendClassPath(java.lang.String pathname) throws NotFoundException
pathname
- the path name of the directory or jar file.
It must not end with a path separator ("/").
If the path name ends with "/*", then all the
jar files matching the path name are appended.
NotFoundException
- if the jar file is not found.public void removeClassPath(ClassPath cp)
ClassPath
object from the search path.
The detached ClassPath
object cannot be added
to the pathagain.
public void appendPathList(java.lang.String pathlist) throws NotFoundException
The elements of the given path list must be separated by colons in Unix or semi-colons in Windows.
pathlist
- a (semi)colon-separated list of
the path names of directories and jar files.
The directory name must not end with a path
separator ("/").
NotFoundException
- if a jar file is not found.public java.lang.Class toClass(CtClass clazz) throws CannotCompileException
java.lang.Class
object.
Once this method is called, further modifications are not
allowed any more.
To load the class, this method uses the context class loader
of the current thread. It is obtained by calling
getClassLoader()
.
This behavior can be changed by subclassing the pool and changing
the getClassLoader()
method.
If the program is running on some application
server, the context class loader might be inappropriate to load the
class.
This method is provided for convenience. If you need more complex functionality, you should write your own class loader.
Warining: A Class object returned by this method may not work with a security manager or a signed jar file because a protection domain is not specified.
CannotCompileException
toClass(CtClass, java.lang.ClassLoader, ProtectionDomain)
,
getClassLoader()
public java.lang.ClassLoader getClassLoader()
toClass()
, getAnnotations()
in
CtClass
, etc.
The default is the context class loader.
toClass(CtClass)
,
CtClass.getAnnotations()
public java.lang.Class toClass(CtClass ct, java.lang.ClassLoader loader) throws CannotCompileException
toClass(CtClass,ClassLoader,ProtectionDomain)
.
A subclass of ClassPool
that has been
overriding this method should be modified. It should override
toClass(CtClass,ClassLoader,ProtectionDomain)
.
java.lang.Class
object.
Do not override this method any more at a subclass because
toClass(CtClass)
never calls this method.
Warining: A Class object returned by this method may not work with a security manager or a signed jar file because a protection domain is not specified.
CannotCompileException
public java.lang.Class toClass(CtClass ct, java.lang.ClassLoader loader, java.security.ProtectionDomain domain) throws CannotCompileException
java.lang.Class
object.
Once this method is called, further modifications are not allowed
any more.
The class file represented by the given CtClass
is
loaded by the given class loader to construct a
java.lang.Class
object. Since a private method
on the class loader is invoked through the reflection API,
the caller must have permissions to do that.
An easy way to obtain ProtectionDomain
object is
to call getProtectionDomain()
in java.lang.Class
. It returns the domain that the
class belongs to.
This method is provided for convenience. If you need more complex functionality, you should write your own class loader.
loader
- the class loader used to load this class.
For example, the loader returned by
getClassLoader()
can be used
for this parameter.domain
- the protection domain for the class.
If it is null, the default domain created
by java.lang.ClassLoader
is used.
CannotCompileException
getClassLoader()
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


2 Chronicles 4:1
Moreover he made an altar of brass, twenty cubits the length thereof, and twenty cubits the breadth thereof, and ten cubits the height thereof.


A - Application - what soft has the program been run?
P - Programming - what task (command) is been done?
I - Interface - from where are you telling program to run (Web Browser, Native Android or iOS App)?
Examples of API: programmableweb.com
Web - Internet
Service - API
All Web Services are APIs


HI, I am Ishaan Malik.
I am an open source enthusiast anda student involved in various projects and contributing
to a host of open source projects
Something happens on clicking the button
This repo will serve a noble cause
It will test the power of OPEN SOURCE in GENERAL and HACKTOBERFEST in particular
ANYONE seeing this repo just comment HI with your name just as I have done
Make sure that your name is within the li tags
IFF you want you can STAR the repo and SPREAD it among your friends(It will help us get bigger)
Let us all be friends and remain connected
FOLLOW me if you want and if YOU too want to be followed by others just also give the link to your profile with your name
- HI, I am Ishaan Malik ,I am the owner of this Repository and my profile link is https://github.com/ishaan28malik
- HI, I am Abhilash and my profile link is https://github.com/abhilash433
- HI, I am Karamax and my profile link is https://github.com/Karamax
- HI, I am Saurav Jaiswal and my profile link is https://github.com/sauravjaiswalsj
- HI, I am Ashutosh Dwivedi and my profile link is https://github.com/kindacoder
- HI, I am Nufflee and my profile link is https://github.com/Nufflee
- HI, I am Pratyush Tiwari and my profile link is https://github.com/1-2-ka-4-4-2-ka-1
- HI, I am RaidAndFade and my profile link is https://github.com/raidandfade
- HI, I am Bhrigu Kansra and my profile link is https://github.com/kinetickansra
- HI, I am Ezekiel Oladejo and my profile link is https://github.com/iamwebwiz
- HI, I am Guilherme Almeida and my profile link is https://github.com/guiialmeiida/
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Alex and my profile link is https://github.com/alexj24
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Lisa and my profile link is https://github.com/lisa-broedlin
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Deepraj Bhosale and my profile link is https://github.com/Deepraj01
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- Hi, I am jeel and my profile link is https://github.com/jeel2308
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Lisa and my profile link is https://github.com/lisa-broedlin
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Deepraj Bhosale and my profile link is https://github.com/Deepraj01
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- Hi, I am Mita Samanta and my profile link is https://github.com/mitasamanta
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Lisa and my profile link is https://github.com/lisa-broedlin
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Deepraj Bhosale and my profile link is https://github.com/Deepraj01
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- Hi, I am Indranil Tiwary and my profile link is https://github.com/indranil-tiwary
- Hi, I am dexter Tiwary and my profile link is https://github.com/dexter
- HI, I am sanatan and my profile link is https://github.com/Sanatan-Upadhyay
- HI, I am ishaan malik and my profile link is https://github.com/ishaan28malik
- HI, I am Clement Da-Purificacao and my profile link is https://github.com/Srywards
- HI, I am Abhilash and my profile link is https://github.com/abhilash433
- HI, I am Karamax and my profile link is https://github.com/Karamax
- HI, I am Saurav Jaiswal and my profile link is https://github.com/sauravjaiswalsj
- HI, I am Ashutosh Dwivedi and my profile link is https://github.com/kindacoder
- HI, I am Nufflee and my profile link is https://github.com/Nufflee
- HI, I am Pratyush Tiwari and my profile link is https://github.com/1-2-ka-4-4-2-ka-1
- HI, I am RaidAndFade and my profile link is https://github.com/raidandfade
- HI, I am Bhrigu Kansra and my profile link is https://github.com/kinetickansra
- HI, I am Ezekiel Oladejo and my profile link is https://github.com/iamwebwiz
- HI, I am Guilherme Almeida and my profile link is https://github.com/guiialmeiida/
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Nitin Dhemiwal and my profile link is https://github.com/Zephyr007
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Alex and my profile link is https://github.com/alexj24
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Lisa and my profile link is https://github.com/lisa-broedlin
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Deepraj Bhosale and my profile link is https://github.com/Deepraj01
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- HI, I am geenath and my profile link is https://github.com/wgeenath
- Hi, I am Subash - A and my profile link is https://github.com/subas48
- HI, I am Chellie and my profile link is https://github.com/rochelleilustre2
- HI, I am ishaan malik and my profile link is https://github.com/ishaan28malik
- HI, I am Abhilash and my profile link is https://github.com/abhilash433
- HI, I am Karamax and my profile link is https://github.com/Karamax
- HI, I am Saurav Jaiswal and my profile link is https://github.com/sauravjaiswalsj
- HI, I am Ashutosh Dwivedi and my profile link is https://github.com/kindacoder
- HI, I am Nufflee and my profile link is https://github.com/Nufflee
- HI, I am Pratyush Tiwari and my profile link is https://github.com/1-2-ka-4-4-2-ka-1
- HI, I am RaidAndFade and my profile link is https://github.com/raidandfade
- HI, I am Bhrigu Kansra and my profile link is https://github.com/kinetickansra
- Hi, I am Orest - A and my profile link is https://github.com/orestotel
- HI, I am Ezekiel Oladejo and my profile link is https://github.com/iamwebwiz
- HI, I am Guilherme Almeida and my profile link is https://github.com/guiialmeiida/
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Alex and my profile link is https://github.com/alexj24
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Lisa and my profile link is https://github.com/lisa-broedlin
- HI, I am Niklas and my profile link is https://github.com/derNiklaas
- HI, I am Aman Jain and my profile link is https://github.com/amanjain25
- HI, I am Harsh Arora and my profile link is https://github.com/aroraharsh010
- Hi, I am not Arland and my profile link is https://github.com/webhead3
- Hi, I am Marco Wang and my profile link is https://github.com/aesophor
- Hi, I am Deepraj Bhosale and my profile link is https://github.com/Deepraj01
- Hi, I am Zaheer - A and my profile link is https://github.com/Zaheer-A
- Hi, I am Noh - A and my profile link is https://github.com/nohhem
- Hi, I am Lukman Hakim and my profile link is https://github.com/lukmanfreedom
- Hi, I am Vipul Chodankar - A and my profile link is https://github.com/whiplash7
- Hi, I am Rutuja Dicholkar and my profile link is https://github.com/Rutujavd
- Hi, I am Nicky and my profile link is https://github.com/whysogreen
- Hi, I am Alfredo Valle and my profile link is https://github.com/alvalle09
- Hi, I am Vinicius Min Soo and my profile link is https://github.com/vinnimin
- HI, I am Muhammad Gulraiz and my profile link is https://github.com/MGulraiz
- Hi, I am Ricardo Blair and my profile link is -
- Hi, I am Mudit Saxena and my profile link is -


--- layout: narrow title: Wordsearch collection: games screenshot: /images/game-screenshots/wordsearch.png styles: style.css scripts: - //ajax.googleapis.com/ajax/libs/angularjs/1.2.20/angular.min.js - //cdnjs.cloudflare.com/ajax/libs/underscore.js/1.6.0/underscore-min.js - script.js ---
Search for the words hidden within the grid. To submit a word, click the first letter of it and then the last letter.
Each level is more difficult than the last and the game continues forever.
Hint Words can be written in any direction including backwards and along diagonals.


Please enter your zip code below to help find a spot close to you
You have a specific environmet in mind? No worries, filter your search below


Dutch government aims to restore forgotten Jewish cemeteries
Dutch government gives $2.76 million to restoring Jewish cemeteries.
by Cnaan Liphshiz, JTAThe Dutch government has allocated $2.76 million toward the maintenance and restoration of Jewish cemeteries in the Netherlands.
Culture Minister Ingrid van Engelshoven announced the funding last week in a letter to the lower house of the parliament.
Local Jews have trouble maintaining the graves because the community’s numbers never recovered after the Holocaust. Dutch Jews suffered the highest death rate of any Western European country occupied by the Nazis, in part because of local collaboration.
Fewer than 40,000 Jews survived in a population of some 140,000, and fewer still returned to the Netherlands. Today there are about 45,000 Jews living in the kingdom, including more than 5,000 Israelis, according to the Organization of Jewish Communities in the Netherlands, or NIK.
Thus the small Dutch Jewish community is stretching its resources to maintain more communal property than it can handle.
“Jewish cemeteries are often the only remnant of Dutch-Jewish culture, which was largely destroyed in 1940-1945,” NIK said in a statement about the funding.
Especially “forgotten cemeteries or ones with an unusual character will be treated in the coming five years” with the new funding, NIK wrote.
The organization said it was “deeply satisfied with minister and the Ministry of Education, Culture and Science’s decision to address the issue” of neglected Jewish burial places.


WebFile Development Suite
Document Management Integration
File Management Integration
Xythos WebFile Development Suite is the complete set of products for developers to cost-effectively integrate document and file management functionality into enterprise applications.
Learn more about each of the WebFile Development Suite products:
- Xythos WebFile Server is the content management platform that manages and stores all of the content, documents and files accessed via the Enterprise Document Manager and Digital Locker applications. Webfile Server is developed in Java and is a robust implementation of the (WebDAV) standard - Web Distributed Authoring and Versioning protocol .
- Xythos Drive turns any Windows desktop application into a WebDAV-powered document management and collaboration tool and provides the offline collaboration capabilities that mobile professionals demand.
- Xythos Developer Studio includes all of the development tools that an application developer needs to create or customize a Xythos document management installation.