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libARNetworkAL
1.0
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network manager allow to send over network. More...
Go to the source code of this file.
Data Structures | |
| struct | ARNETWORKAL_Manager_t |
| ARNETWORKAL_Manager_t - Network abstraction structure. More... | |
Macros | |
| #define | ARNETWORKAL_MANAGER_DEFAULT_ID_MAX 256 |
| #define | ARNETWORKAL_MANAGER_WIFI_ID_MAX ARNETWORKAL_MANAGER_DEFAULT_ID_MAX |
| #define | ARNETWORKAL_MANAGER_BLE_ID_MAX (ARNETWORKAL_MANAGER_DEFAULT_ID_MAX / 8) |
| #define | ARNETWORKAL_WIFINETWORK_DISCONNECT_TIMEOUT_MS 5000 |
| #define | ARNETWORKAL_BLENETWORK_MEDIA_MTU 20 |
| #define | ARNETWORKAL_BLENETWORK_HEADER_SIZE 2 |
| #define | ARNETWORKAL_BLENETWORK_MAX_BUFFER_SIZE (ARNETWORKAL_BLENETWORK_MEDIA_MTU - ARNETWORKAL_BLENETWORK_HEADER_SIZE) |
Typedefs | |
| typedef struct ARNETWORKAL_Manager_t | ARNETWORKAL_Manager_t |
| ARNETWORKAL_Manager_t - Network abstraction structure. More... | |
| typedef void * | ARNETWORKAL_BLEDeviceManager_t |
| BLE Manager (used to send/read data) More... | |
| typedef void * | ARNETWORKAL_BLEDevice_t |
| BLE Device reference for the ARNETWORKAL_BLEDeviceManager_t. More... | |
| typedef eARNETWORKAL_MANAGER_RETURN(* | ARNETWORKAL_Manager_PushFrame_t )(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Frame_t *frame) |
| Queues data to be sent on the network This function will queue an ARNETWORKAL_Frame_t into the internal buffers. Depending on the implementation, the send may also be triggered by this call (like if a call to ARNETWORKAL_Manager_Send_t was made) More... | |
| typedef eARNETWORKAL_MANAGER_RETURN(* | ARNETWORKAL_Manager_Send_t )(ARNETWORKAL_Manager_t *manager) |
| Sends all queued datas on the network This function will trigger an actual network send of all the queued data.  On implementations where ARNETWORKAL_Manager_PopFrame_t does an actual network read, this function only waits for data to be available, but does not do an actual read. In any cases, this function should be used by the receiving thread to wait for new network data. More... | |
| typedef eARNETWORKAL_MANAGER_RETURN(* | ARNETWORKAL_Manager_PopFrame_t )(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Frame_t *frame) |
| Fetches data from the last received network frame This function will try to read an ARNETWORKAL_Frame_t from the last received network frame. Depending on the implementation, this function may directly read from the network instead of an internal buffer. More... | |
| typedef eARNETWORKAL_ERROR(* | ARNETWORKAL_Manager_Unlock_t )(ARNETWORKAL_Manager_t *manager) |
| unlock all functions locked. this function is call by ARNetwork to permit to join its threads. More... | |
| typedef eARNETWORKAL_ERROR(* | ARNETWORKAL_Manager_GetBandwidth_t )(ARNETWORKAL_Manager_t *manager, uint32_t *uploadBw, uint32_t *downloadBw) |
| gets the network bandwidth. More... | |
| typedef void *(* | ARNETWORKAL_Manager_BandwidthThread_t )(void *manager) |
| Entry point for the network bandwidth measurement thread. This thread needs to be started for the ARNETWORKAL_Manager_GetBandwidth_t to get any useful information. More... | |
| typedef void(* | ARNETWORKAL_Manager_OnDisconnect_t )(ARNETWORKAL_Manager_t *manager, void *customData) |
| function called on disconnect More... | |
| typedef eARNETWORKAL_ERROR(* | ARNETWORKAL_Manager_SetOnDisconnectCallback_t )(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Manager_OnDisconnect_t onDisconnectCallback, void *customData) |
| function called on disconnect More... | |
network manager allow to send over network.
| #define ARNETWORKAL_MANAGER_BLE_ID_MAX (ARNETWORKAL_MANAGER_DEFAULT_ID_MAX / 8) |
ID Max for BLENetwork
| #define ARNETWORKAL_MANAGER_DEFAULT_ID_MAX 256 |
Default ID Max
| #define ARNETWORKAL_MANAGER_WIFI_ID_MAX ARNETWORKAL_MANAGER_DEFAULT_ID_MAX |
ID Max for WifiNetwork
| #define ARNETWORKAL_WIFINETWORK_DISCONNECT_TIMEOUT_MS 5000 |
timeout in millisecond before to account a disconnection
| typedef void* ARNETWORKAL_BLEDevice_t |
BLE Device reference for the ARNETWORKAL_BLEDeviceManager_t.
| typedef void* ARNETWORKAL_BLEDeviceManager_t |
BLE Manager (used to send/read data)
| typedef void*(* ARNETWORKAL_Manager_BandwidthThread_t)(void *manager) |
Entry point for the network bandwidth measurement thread. This thread needs to be started for the ARNETWORKAL_Manager_GetBandwidth_t to get any useful information.
| manager | The manager, casted as a void * |
| typedef eARNETWORKAL_ERROR(* ARNETWORKAL_Manager_GetBandwidth_t)(ARNETWORKAL_Manager_t *manager, uint32_t *uploadBw, uint32_t *downloadBw) |
gets the network bandwidth.
| manager | The manager. | |
| [out] | pointer | which will hold the upload bandwidth, in bytes per second (optionnal, can be NULL) |
| [out] | pointer | which will hold the download bandwidth, in bytes per second (optionnal, can be NULL) |
| typedef void(* ARNETWORKAL_Manager_OnDisconnect_t)(ARNETWORKAL_Manager_t *manager, void *customData) |
function called on disconnect
| manager | The manager |
| customData | The custom data |
| typedef eARNETWORKAL_MANAGER_RETURN(* ARNETWORKAL_Manager_PopFrame_t)(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Frame_t *frame) |
Fetches data from the last received network frame This function will try to read an ARNETWORKAL_Frame_t from the last received network frame. Depending on the implementation, this function may directly read from the network instead of an internal buffer.
| manager | The manager which should fetch the data |
| frame | A frame pointer in which the fetched frame should be saved |
| typedef eARNETWORKAL_MANAGER_RETURN(* ARNETWORKAL_Manager_PushFrame_t)(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Frame_t *frame) |
Queues data to be sent on the network This function will queue an ARNETWORKAL_Frame_t into the internal buffers. Depending on the implementation, the send may also be triggered by this call (like if a call to ARNETWORKAL_Manager_Send_t was made)
| manager | The manager which should queue the data |
| frame | The frame to be sent |
| typedef eARNETWORKAL_MANAGER_RETURN(* ARNETWORKAL_Manager_Receive_t)(ARNETWORKAL_Manager_t *manager) |
Read a bunch of frames from the network This function will read a bunch of data from the network, so these datas can be fetched using ARNETWORKAL_Manager_PopFrame_t. On implementations where ARNETWORKAL_Manager_PopFrame_t does an actual network read, this function only waits for data to be available, but does not do an actual read. In any cases, this function should be used by the receiving thread to wait for new network data.
| manager | The manager which should read from the network |
| typedef eARNETWORKAL_MANAGER_RETURN(* ARNETWORKAL_Manager_Send_t)(ARNETWORKAL_Manager_t *manager) |
Sends all queued datas on the network This function will trigger an actual network send of all the queued data. On implementations where ARNETWORKAL_Manager_PushFrame_t triggers a send, this function is a no-op.
| manager | The manager which should send all its queued data |
| typedef eARNETWORKAL_ERROR(* ARNETWORKAL_Manager_SetOnDisconnectCallback_t)(ARNETWORKAL_Manager_t *manager, ARNETWORKAL_Manager_OnDisconnect_t onDisconnectCallback, void *customData) |
function called on disconnect
| manager | The manager |
| onDisconnectCallback | The function to call on disconnection |
| customData | The custom data |
| typedef struct ARNETWORKAL_Manager_t ARNETWORKAL_Manager_t |
ARNETWORKAL_Manager_t - Network abstraction structure.
| typedef eARNETWORKAL_ERROR(* ARNETWORKAL_Manager_Unlock_t)(ARNETWORKAL_Manager_t *manager) |
unlock all functions locked. this function is call by ARNetwork to permit to join its threads.
| manager | The manager which should unlock all its locking functions. |
Transfert functions return codes.
| void* ARNETWORKAL_Manager_BandwidthThread | ( | void * | manager | ) |
Entry point for the bandwidth thread of the manager. This threads needs to be starter in order to get meaningful informations with ARNETWORKAL_Manager_GetBandwidth().
| manager | The manager, casted as a void *. |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_CancelBLENetwork | ( | ARNETWORKAL_Manager_t * | manager | ) |
Cancel the initialization BLE network.
| manager | pointer on the Manager. |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_CancelWifiNetwork | ( | ARNETWORKAL_Manager_t * | manager | ) |
Cancel the initialization Wifi network.
| manager | pointer on the Manager |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_CloseBLENetwork | ( | ARNETWORKAL_Manager_t * | manager | ) |
close BLE network.
| manager | pointer on the Manager |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_CloseWifiNetwork | ( | ARNETWORKAL_Manager_t * | manager | ) |
close Wifi network.
| manager | pointer on the Manager |
| void ARNETWORKAL_Manager_Delete | ( | ARNETWORKAL_Manager_t ** | manager | ) |
Delete the Manager.
| manager | address of the pointer on the Manager |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_GetBandwidth | ( | ARNETWORKAL_Manager_t * | manager, |
| uint32_t * | uploadBw, | ||
| uint32_t * | downloadBw | ||
| ) |
gets the network bandwidth.
| manager | The manager. | |
| [out] | pointer | which will hold the upload bandwidth, in bytes per second (optionnal, can be NULL) |
| [out] | pointer | which will hold the download bandwidth, in bytes per second (optionnal, can be NULL) |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_InitBLENetwork | ( | ARNETWORKAL_Manager_t * | manager, |
| ARNETWORKAL_BLEDeviceManager_t | deviceManager, | ||
| ARNETWORKAL_BLEDevice_t | device, | ||
| int | recvTimeoutSec, | ||
| int * | notificationIDs, | ||
| int | numberOfNotificationID | ||
| ) |
initialize BLE network.
| manager | pointer on the Manager |
| deviceManager | the OS device manager which will be used for network functions |
| device | the selected OS specific BLE device to connect to |
| recvTimeoutSec | timeout in seconds set to limit the time of blocking of the Receive function. |
| notificationIDs | list of the buffer ID to notify. If NULL all buffers of the receiver are notify. |
| numberOfNotificationID | number of buffer ID to notifiy. |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_InitWifiNetwork | ( | ARNETWORKAL_Manager_t * | manager, |
| const char * | addr, | ||
| int | sendingPort, | ||
| int | receivingPort, | ||
| int | recvTimeoutSec | ||
| ) |
initialize Wifi network.
| manager | pointer on the Manager | |
| [in] | addr | IP address of connection at which the data will be sent. |
| [in] | sendingPort | port on which the data will be sent. |
| [in] | receivingPort | port on which the data will be received. |
| [in] | recvTimeoutSec | timeout in seconds set to limit the time of blocking of the Receive function. |
| ARNETWORKAL_Manager_t* ARNETWORKAL_Manager_New | ( | eARNETWORKAL_ERROR * | error | ) |
Create a new Manager.
| [out] | error | pointer on the error output. |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_SetOnDisconnectCallback | ( | ARNETWORKAL_Manager_t * | manager, |
| ARNETWORKAL_Manager_OnDisconnect_t | onDisconnectCallback, | ||
| void * | customData | ||
| ) |
set the OnDisconnect Callback
| manager | pointer on the Manager |
| onDisconnectCallbak | function called on disconnect |
| customData | custom data sent to the onDisconnectCallback |
| eARNETWORKAL_ERROR ARNETWORKAL_Manager_Unlock | ( | ARNETWORKAL_Manager_t * | manager | ) |
unlock all functions locked. this function is call by ARNetwork to permit to join its threads.
| manager | The manager which should unlock all its locking functions. |


The Dashboard View is the most basic view which shows all of the user’s projects as square tiles, filled with color depending on the project’s overall health of the last hour. The intention of this view is to provide a traffic light system which allows the user to see the health of his projects at a glance. A tile consists of the project’s environment variable, TID, name and custom tag (optional).


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We are committed to the delivery of excellence by adhering to thehighest customer service standards. Whether you are providing feedback, paying a compliment or making a complaint, your input is the key to improving our products and services.
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Subject


Module Tween.TweenEase
A TweenEase animates numeric properties of objects.
It uses different transition functions to give the animations various styles.
The primary use of this class is to do standard animations like movement, fading, rotation, etc. But there are no limits on what to animate. As long as the property you want to animate is numeric, the tween can handle it. For a list of available Transition types, look at the "Transitions" class.
The property can be directly a numeric key of a table/class, or a couple of setter and getter function/method of a table/class
Usage:
e = Tween.ease(obj,tweenTime,Transition.LINEAR) e:seek("x",endValue) e:seekEx(obj.setter,obj.getter,endValue)
Functions
| TweenEase:init (target, time, transitionName) | Constructor. |
| TweenEase:seek (property, endValue, roundToInt) | seeks the property of an object to a target value. |
| TweenEase:seekEx (setter, getter, endValue, roundToInt) | Similar to seek but instead of a property it receives a pair of setter and getter methods. |
| TweenEase:move (property, deltaValue, roundToInt) | move the property of an object of a delta value. |
| TweenEase:moveEx (setter, getter, deltaValue, roundToInt) | Similar to move but instead of a property it receives a pair of setter and getter methods. |
| TweenEase:follow (property, target, targetProp, roundToInt) | Instead of receiving a target value it receive a target object with property, that is a dynamic variable that could change during time. |
| TweenEase:followEx (setter, getter, target, targetProp, roundToInt) | Similar to follow but instead of a property it receives a pair of setter and getter methods. |
Functions
- TweenEase:init (target, time, transitionName)
-
Constructor.
Parameters:
- target the object that will be animated
- time duration of the animation
- transitionName type of transition that will be applied
- TweenEase:seek (property, endValue, roundToInt)
-
seeks the property of an object to a target value.
Is it possible to call this method multiple times on one tween,
to animate different properties.
to be rounded to int values. default is false
Parameters:
- property the property that will be animated
- endValue the value to which the property will tweened with a curve and in a time configured when the tween was created.
- roundToInt if true force updated propery values
Returns:
-
self
- TweenEase:seekEx (setter, getter, endValue, roundToInt)
-
Similar to seek but instead of a property it receives a pair of setter and getter methods.
to be rounded to int values. default is false
Parameters:
- setter the setter of the property that will be animated
- getter the getter of the the property that will be animated
- endValue the value to which the property will tweened with a curve and in a time configured when the tween was created.
- roundToInt if true force updated propery values
Returns:
-
self
- TweenEase:move (property, deltaValue, roundToInt)
-
move the property of an object of a delta value.
Is it possible to call this method multiple times on one tween,
to animate different properties.
to be rounded to int values. default is false
Parameters:
- property the property that will be animated
- deltaValue the value of which the property will tweened with a curve and in a time configured when the tween was created.
- roundToInt if true force updated propery values
Returns:
-
self
- TweenEase:moveEx (setter, getter, deltaValue, roundToInt)
-
Similar to move but instead of a property it receives a pair of setter and getter methods.
to be rounded to int values. default is false
Parameters:
- setter the setter of the property that will be animated
- getter the getter of the the property that will be animated
- deltaValue the value of which the property will tweened with a curve and in a time configured when the tween was created.
- roundToInt if true force updated propery values
Returns:
-
self
- TweenEase:follow (property, target, targetProp, roundToInt)
-
Instead of receiving a target value it receive a target object with property,
that is a dynamic variable that could change during time.
Is it possible to call this method multiple times on one tween, to animate different properties.
to be rounded to int values. default is false
Parameters:
- property the property that will be animated
- target the object that has to be followed
- targetProp the property of the target object that we want to reach. Can be also a getter method
- roundToInt if true force updated propery values
Returns:
-
self
- TweenEase:followEx (setter, getter, target, targetProp, roundToInt)
-
Similar to follow but instead of a property it receives a pair of setter and getter methods.
to be rounded to int values. default is false
Parameters:
- setter the setter of the property that will be animated
- getter the getter of the the property that will be animated
- target the object that has to be followed
- targetProp the property of the target object that we want to reach. Can be also a getter method
- roundToInt if true force updated propery values
Returns:
-
self


Walsall 0 Stevenage 0 - Report and pictures
Walsall were held to a 0-0 draw at home to bottom of the table Stevenage after the visitors survived a second half onslaught from the Saddlers.
by Liam KeenBoro had the better of the chances in the first half but neither side were able to create any clear-cut opportunities in a less than entertaining 45 minutes.
In the second period, Walsall looked much more threatening and looked the most likely team to score.
Danny Guthrie curled a free-kick towards goal in injury time, but saw it come crashing off the bar as the teams shared the points.
Darrell Clarke made three changes to the side that beat Darlington in an FA Cup replay in midweek, starting in a 4-4-2 formation.
Shay Facey returned to the team, replacing Cameron Norman, while Alfie Bates also came in for Gary Liddle, who didn’t make the squad.
Dan Scarr also returned to league duty after serving his suspension against Cambridge, with Mat Sadler moving to the bench.
Zak Jules didn’t make the squad, but Guthrie was named among the substitutes after his return from injury.
The clash in the Black Country was Stevenage caretaker manager Mark Sampson’s first game since he was charged by the FA for alleged racist comments.
His side started in a 4-3-3 formation with veteran striker Craig Mackail-Smith leading the line.
In contrast to the Saddlers’ last league outing, where Josh Gordon scored within a minute, it was a much quieter opening to the game against Stevenage.
Neither side fashioned a chance in the opening 10 minutes as Walsall looked to get hold of the ball and introduce their attacking talents.
Shortly after, however, the visitors created the first opening. Elliot List did well down the left wing and his cross was met by Jason Cowley, whose diving header hit the side netting.
Charlie Carter then went close himself when he was found on the right. He raced towards the byline and cut a shot at the near post, which was held by Roberts.
Just after 20 minutes Walsall created an opportunity themselves, through more good work from Gordon. The striker muscled his way in and crossed for Lavery who set up McDonald for a shot in the box, which was blocked.
Liam Kinsella’s follow-up was then also blocked.
After a solid start to the game, Stevenage defender Ben Nugent was forced off with an injury after 25 minutes, being replaced by Paul Digby.
James Clarke then defended superbly to stop a certain Stevenage goal, rising the highest at the back post to head the ball clear, with an attacking waiting to turn the ball home.
Dan Scarr’s header, from a Rory Holden corner, sailed just past the post in the 38th minute.
After five minutes of added time both sides went into half-time with the score at 0-0.
As the teams emerged for the second half, Darrell Clarke made two substitutions, bringing on Guthrie and James Hardy for Kinsella and McDonald.
The changes seemed to work early on as Walsall came out with a point to prove. Guthrie began to dictate play when he got onto the ball and worked it out wide into some dangerous areas - although they didn’t create anything meaningful in the opening minutes.
Just after an hour, the home fans thought Holden had scored the breakthrough goal for Walsall. He met Gordon’s cross and his header was about to nestle into the top corner before Paul Farman pulled off an excellent save to tip it over the bar.
The minutes following that chance saw the Saddlers dominate, but fail to take their chances.
It was roles reversed from Holden’s chance in the 70th minute when this time the midfielder crossed for Gordon - who put his header just over the bar.
Scarr then went close himself with a header from a corner, which was also saved.
Elijah Adebayo, who came on for Holden in the 75th minute, created an excellent chance minutes after his introduction. He brought down a high ball superbly and after cutting in, his shot was blocked from close range.
Despite being on top Walsall almost conceded with 84 minutes gone. A Stevenage header caused a scramble in the box and Scarr was on hand to clear the ball off the line.
In the 92nd minute, after winning a free-kick, Guthrie stepped up to curl the effort that came crashing back off the bar.
And it proved to be the last action of the half as both teams earned a point.
Walsall: Roberts, Facey, Clarke, Scarr, Cockerill-Mollett, Holden (Adebayo 75), Bates, Kinsella (Guthrie 45), McDonald (Hardy 45), Lavery, Gordon.
Subs: Rose, Norman, Sadler, Gaffney.
Stevenage: Farman, James-Wildin (Fernandez 56), Stokes, Carter, Cowley, Vancooten, Nugent (Digby 26), Lakin, List (Sonupe 83), Mackail-Smith, Timlin.
Subs: Bastien, Soares, Husin, Guthrie.
Attendance: 4,938 (201 away).


Researchcalc for "Heart of Galaxy: Horizons"
Click "◀" "▶" to decrease and increase level, hold down to repeat.
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Influence:
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TP by Travel in Time:
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NOTICE: This token sale uses the Rinkeby Test Network with fake ether.
Use a browser extension like Metamask to connect to the test network and participate in the ICO.
Please be patient if the test nework runs slowly.


That doesn't look good at all. Why did you break it? This site wasn't build to handle such a request, you should've known! Now the owner has to go back and fix everything you broke. Hopefully everything will be working again soon...


This is my reading list from the past few days. I decided to put them here as it might be helpful to someone else. It was deeply inspired by HighScalability blog, a source I’ve been consuming for years.
Microsoft all over the places
Microsoft keeps its push to become a major player in the Open Source community. Let's take a look at the majestic presence they have at the media recently.
At Microsoft, 47,000 developers generate nearly 30 thousand bugs a month. These items get stored across over 100 AzureDevOps and GitHub repositories. To better label and prioritize bugs at that scale, we couldn’t just apply more people to the problem.
Microsoft was on the wrong side of history when open source exploded at the beginning of the century, and I can say that about me personally.
A case study will be written on how Microsoft allowed Zoom to eat their lunch. They spent millions on subterfuge trying to paint Slack as an inferior enemy when MSFT Teams actually can't do what Slack does and Teams' real competitor was Zoom. Now Zoom has 300M Daily Users. Lol.
Rust/WinRT lets you call any WinRT API past, present, and future using code generated on the fly directly from the metadata describing the API and right into your Rust package where you can call them as if they were just another Rust module.
Rust on the Radar
As we're talking about Rust, it seems that is not only Microsoft who's investing time and effort on it.
There are many benefits a standardized ABI would bring to Rust. A stable ABI enables dynamic linking between Rust crates, which would allow for Rust programs to support dynamically loaded plugins (a feature common in C/C++). Dynamic linking would result in shorter compile-times and lower disk-space use for projects, as multiple projects could link to the same dylib. For example, imagine having multiple CLIs all link to the same core library crate.
Programming is hard.
Not because our hardware is complex, but simply because we’re all humans. Our attention span is limited, our memory is volatile — in other words, we tend to make mistakes.
The deno_core crate is a very bare bones version of Deno. It does not have dependencies on TypeScript nor on Tokio. It simply provides our Op and Resource infrastructure. That is, it provides an organized way of binding Rust futures to JavaScript promises. The CLI is of course built entirely on top of deno_core.
Fowler and Friends
It looks like a busy week for Martin Fowler and his friends. New ThoughtWorks Radar was released, a few blog entries has been updated and the man himself has carved another set terms and added to his legacy to the Software Engineering.
This division of development into lines of work that split and merge is central to the workflow of software development teams, and several patterns have evolved to help us keep a handle on all this activity. Like most software patterns, few of them are gold standards that all teams should follow.
For this Radar, we decided to call out again infrastructure as code as well as pipelines as code, and we also had a number of conversations about infrastructure configurations, ML pipelines and other related areas. We find that the teams who commonly own these areas do not embrace enduring engineering practices such as applying software design principles, automation, continuous integration, testing, and so on.
Coming to understand the threat model for your system is not simple. There are an unlimited number of threats you can imagine to any system, and many of them could be likely. [...] Cyber threats chain in unexpected, unpredictable and even chaotic ways. Factors to do with culture, process and technology all contribute. This complexity and uncertainty is at the root of the cyber security problem. This is why security requirements are so hard for software development teams to agree upon.
Other relevant quotes
Hum, let me see... What else should be mentioned?
Zoom scaled from 20 million to 300 million users</b> virtually over night. What's incredible is from the outside they've shown little in the way of apparent growing pains, though on the inside it's a good bet a lot of craziness is going on.
Besides being an interesting approach to a very common problem, their discussion of Piranha also provides some very interesting insights into an organization that's *heavily* invested in feature flagging....
Deferring integration can increase the risk of merge conflicts, which causes you to move more slowly as you spend more energy addressing those conflicts. Slow change can sometimes be more risky than you expect because of the costs of extra work needed to reconcile conflicts, as well as the technical debt that results from bypassing the normal process to fix critical errors.
Simply put, testing in production means testing your features in the environment where your features will live. So what if a feature works in staging, that's great, but you should care if the feature works in production, that's what matters.
[...] when I was asked to reduce the resource requirements of a large MongoDB cluster, I reached the conclusion that the most obvious target - attribute names - wouldn’t lead to the kind of impact I wanted.
The most considerable impact I see is in regards to velocity. The team can focus on other business-impactful projects, rather than EKS and Kubernetes maintenance -- the undifferentiated heavy lifting is eliminated. The same reason people move from physical data centers to the cloud, or from EC2 to Serverless: offloading that effort to AWS is a very good proposition.
Did you know that http://pypi.org serves 800 million requests and delivers 200 million packages totalling 400 terabytes ... a day? No. Exactly. You want it to just work. Every day, rain or shine. To keep it that way: sponsor them
We recently migrated a few small systems to CockroachDB (as a stepping stone). Overall, the experience was positive. The hassle free HA is a huge peace of mind. I know people say this is easy to do in PG. I have recently setup 2ndQuadrant's pglogical for another system. That was also easy (though the documentation was pretty bad). The end result is quite different though and CockroachDB is just simpler to reason about and manage and, I think, more generally applicable.
Our actual use-case is a little complex to go into in tweets. But suffice to say, the PUT costs alone to S3 if we did 1-to-1 would end up being just under half our total running costs when factoring in DDB, Lambda, SQS, APIG, etc.
Need operational analytics in #NoSQL? Maintain time bound rollups in @DynamoDB with Streams/Lambda then query relevant items by date range and aggregate client side for fast reporting on scaled out data. Turn complex ad hoc queries into simple select statements and save $$$
Another part of the solution is GPU acceleration using grCUDA — an open-source language binding that allows developers to share data between NVIDIA GPUs and GraalVM languages (R, Python, JavaScript), and also launch GPU kernels. The team implemented the performance critical components in CUDA for the GPU, and used grCUDA from Python to exchange data with the GPU and to invoke the GPU kernels.
Although event-driven architecture has existed for more than 15 years, only recently has it gained massive popularity, and there is a reason for that. Most companies are going through a “digital transformation” phase, and with that, crazy requirements occur. The complexity of these requirements force engineers to adopt new ways of designing software, ones that incur less coupling between services and lower maintenance overhead. EDA is one solution to these problems but it is not the only one.
So, let's look at the resulting context of moving to microservices with entity services:
- Performance analysis and debugging is more difficult. Tracing tools such as Zipkin are necessary.
- Additional overhead of marshalling and parsing requests and replies consumes some of our precious latency budget.
- Individual units of code are smaller.
- Each team can deploy on its own cadence.
- Semantic coupling requires cross-team negotiation.
- Features mainly accrue in "nexuses" such as API, aggregator, or UI servers.
- Entity services are invoked on nearly every request, so they will become heavily loaded.
- Overall availability is coupled to many different services, even though we expect individual services to be deployed frequently. (A deployment look exactly like an outage to callers!)
Moving all the “what does the world around me look like?” side effects to the beginning of the program, and all the “change the world around me!” side effects to the end of the program, we achieve maximum testability of program logic. And minimum convolution. And separation of concerns: one module makes the decisions, another one carries them out. Consider this possibility the next time you find yourself in testing pain.


| DOSE: |
3 bowls |
smoked |
Cannabis |
(plant material) |
I'm not adverse to the effects of cannabis, I've smoked it for years, I've had doses so high I couldn't walk up or down stairs safely or have the physical ability to pack another bowl, but a few days ago, all hell broke loose.
My parents were asleep, I had just switched from 1st to 3rd shift, and I figured I should relax a bit before I had to work the rest of my summer away before school started, so I whipped out my bowl and my bag, and lit up a huge bowl. I sucked it down quick, blowing it out my window through bounce sheets, felt very buzzed, but I didn't want to stop for anything, packed another bowl, sucked it down, tried to pack another a few times, couldn't, 20 minutes later managed to get it done w/ a candle lighter, the last hit I took waves of shakiness knocked the bowl out of my hand and onto the floor and I just fell back.
About 20 minutes later I started to feel horrible, my neck felt like it was gonna dislocate from my head, I felt horrible constipated... I was sure they were perceptual but they still freaked me out. To calm myself down I tucked up in bed and opened a book... problem: It was Gray's Anatomy. I leafed through it, and all of a sudden I got this feeling, it was like a punch to the face.
I lost my humanity.
I felt like an animal, an anatomical mess of systems, trying to suck what it can out of the Earth to accomplish the nothing of it's existance. I lost my soul, so to speak. This thought CRUSHED ME. With each anatomical illustration I assessed I felt more disgusted with myself, felt like I had lost my human ego, like I was an animal. I spent hours thinking about life, about God, about purpose, for the first time in a LONG time I could feel tears roll down my face, almost like I had faced a horrible truth that was not meant to be faced, as though I had broken through a mental fail safe meant to keep me sane. I could feel a horrible stress, a ball in my gut, and lump in my throat, an emotional restlessness, but there was nothing I could do, I attempted to reaffirm my Christian faith but to no avail.
The next day I woke up at 6pm, went to work from 10pm to 8am, and on my way home I decided to stop by a park and ponder life... ponder nature. I stared at the plants and animals, at myself, felt my bones and muscles, looked to the sky, tried to take in all that I could to make sense of what I could. Being a heavy philosopher this was normal, but not with this feeling attached. All of a sudden the concept of 'the great being' become clearer, the Buddhist and Hindu concept, being part of a great energy, a small piece, and when you die just going back to that energy. I convinced myself none of it mattered, I was human whether I wanted to be or not, and my thoughts would be resolved on the day I sign my mortality contract, but it still lingers heavily upon my mind.
I am DONE with weed for a while, not until I can work through this, for now I live for now, and I shall not concern myself with later. I wouldn't really say I'll stop smoking weed forever, I still love it.
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.


Some Background
Jenkins is a platform for build automation, and as such allows you to store the results of the build (the binaries, commonly known as "artifacts") for later.
I saw other people on the internet manually downloading their results via the web UI:
However, I wanted to pull the artifacts from my automation platform (currently Chef), and ran into an authentication predicament.
The Problem
Normally, when using HTTP basic authentication, there's a "challenge-response" mechanism, looking something like this:
However, Jenkins doesn't challenge clients for credentials (response 401), and instead fails immediatly (response 403).
This is called "Preemptive authentication", and is considered a bad habit because the client hands out credentials when it's not definitely required. Therefore, most clients require special configuration to handle this.
For instance, when using wget
, one can use:
wget --auth-no-challenge --http-user=USER --http-password=BESTPASS http://server/jenkins
However, when using any tool where the URL is implicit, such as PIP or Chef's remote_file, I can only provide credentials by specifying them in the URL (e.g<EMAIL_ADDRESS>), so I don't have any way of modifying the authentication method.
The result - I can't download artifacts directly from Jenkins, messing up my deployment cookbooks.
I thought about storing the results in a secondary server to act as a repo, but I really liked having Jenkins automatic maintenance (only keeping the last successful build's artifact) and the simplicity of downloading from Jenkins directly, because less steps in building-downloading-installing means less places to fail.
The Solution
I ended up using Apache on the Jenkins server as a credentials-requiring-proxy, meaning that:
- Apache will require credentials using the good-old "challenge-response" method
- Apache will forward the request, including the now-provided crednetials, to Jenkins
- Jenkins will do it's thing, providing the latest build's artifacts
The setup was as pretty standard reverse proxy, except for the authentication part - I needed Apache to require credetials, but accept any non-empty set.
I used mod_authn_anon to require authentication with *
as the value, causing it to accept any user/password provided.
The result looks like this:
<VirtualHost *:1234>
<Location />
# Allow any user, but require one
Anonymous *
AuthType basic
AuthName 'Jenkins Proxy'
AuthBasicProvider anon
Require valid-user
</Location>
ProxyPass / http://localhost:1111/
</VirtualHost>
Where http://localhost:1111/
is Jenkins' normal web UI.
Since I only use "end" URLs (as in not following redirections from the server), I didn't need to add a ProxyPassReverse directive like ProxyPassReverse / http://localhost:1111/
, which causes Apache to rewrite HTTP headers to match the proxy rather than the original server.
I won't post the entire apache configuration, because it's pretty trivial. However, the modules I needed are:
- mod_proxy
- mod_proxy_http
- mod_auth_basic
- mod_authn_anon
Now everything works and I'm happy.


|
F-Droid Downloads - Android 2.4 or later
|
|
Remember to 'Check' the Option: "Settings / Applications / Unknown sources" on your device.
F-Droid production releases (stable, signed by F-Droid)
Kwik EFIS - Primary Flight Display
Kwik DMAP - Digital Moving Map
|
EFIS digital terrain data packs (stable, signed by F-Droid)
          Required for Synthetic Vision
DataPac (zar.aus) - Southern Africa/Australia
DataPac (usa.can) - United States/Canada
DataPac (eur.rus) - Europe/Russia
DataPac (sah.jap) - Sahara/Japan
DataPac (pan.arg) - South America

|
|
Current work in progress: Release 24 - Candidates
|
|
EFIS releases (under test, unsigned)
Kwik EFIS v4.2 stratux rc-1
Kwik DMAP v2.2 stratux rc-1
|
|
Changes
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Beach Holidays
Zanzibar
Where better to go after an action-packed safari or a tough climb? Zanzibar is a tropical paradise just off the coast from Dar es Salaam. Let us arrange for you a relaxing beach vacation on the Isle of Spice. Zanzibar beach the endless blue skies, stunning white sands beaches framed by whispering palm fronds. Dancing to an African drum beat long into the night. Cool water and hot sun on your skin. The bustle of the bazaars and the exquisite architecture of Stonetown. Your memories of Zanzibar will last a lifetime.
Tro-Peaks Adventures offers an unforgettable island excursion and we can organize a Zanzibar beach holiday for most any budget. Contact us to start planning a most memmorable Zanzibar excursion.
The Spices, Tropical Warmth
The spice island of Zanzibar lies off the coast of Tanzania in the Indian Ocean. It is famous for once being the commercial centre of East Africa and the last place to abolish the slave trade. Today it combines ancient Islamic ruins, noble Arabic houses with miles of white sandy palm fringed beaches and coves. The ocean offers warm clear blue waters, idyllic islands excellent reefs for snorkeling/SCUBA, fantastic deep sea fishing, water sports and of course delicious fresh seafood. You can also opt to go for an early morning boat ride to swim with the dolphins. And if you thought that wasn't enough, visiting the Spice plantations (cloves, cinnamon, nutmeg, vanilla, cardamom and others) or haggling over the price of wood carvings in the Central Market is great fun too.
Beaches
Brilliant white beaches lapped by the warm waters of the Indian Ocean provide the perfect places to relax, soak up the busy sightseeing. Modern resorts nestle in the shade of coconut palms, providing cool and comfortable retreats. The beaches are paradise. Most indigenous people live in fishing villages where they live a simple way of life, unchanged through the years. Just south of Zanzibar town are Fuji Beach and Chuini Beach, which both offer facilities for a range of water sports, while to the north there is Mangapwani where the only noise is likely to be the sound of the ocean. On the northern tip of the Island is Nungwi, where visitors can watch fishermen's boats being built or swim in the coral lagoons.
On Zanzibar's northeast coast are the beaches of Matemwe, Mapenzi, Kiwenga and Uroa, with their wide stretches of uncrowded sands and opportunities to explore the underwater world. Other well developed resorts areas: Pingwe, Bwejuu and Jambiani are to be found on the south-eastern coast. As well as water sports there are also opportunities for fishing or for observing the activities of the local fishermen.
Old Culture
Tours of Zanzibar island are rewarding experience. Visitors will travel past fragrant plantation of cloves, cinnamon, nutmeg and other spices on their way to a number of places of historical interest. In the south of the island is the walled city of Kizimkazi, where the ruins of Shirazi mosque, part of which dates back nearly 900 years, are found. A coral stone inscription provides evidence of its age, making it one of the earliest Islamic buildings in this part of Africa. Head north from Zanzibar town and visitors will encounter the palace ruins of Maruhubi and Mtoni. The ruins of Maruhubi offer a tantalising glimpse of former grandeur of this palace built by Sultan Bargash in 1880 to house his harem, but burnt down in 1889. The palace of Mtoni suffered a similar fate. Dating back to the early part of 19 century, it once housed 1,000 people. These are few examples of historical ruins that dotted throughout the island. Others to be found at Chuini, Dunga, Kidichi, Kizimbani and Bungi.
Jozani
35 km southeast from Zanzibar City is Jozani Forest Reserve, an area of 10 sq.km whose thick forest, with trees over 100 years old, are one of the last remaining sanctuaries of red colubus monkey.
Changuu
Changuu is another popular destination. The island was used to contain disobedient slaves and jail was built in 1893 but never used. Today the island's most famous inhabitants are giant tortoise and it is a popular place for a swim, a stroll or a picnic.
Pangani
Pangani is situated about 50km south of Tanga, at the extreme Northeastern corner of Tanzania. Several
historical sites serve as reminders for the strong Arabic influence and the later German, British colonial period in East Africa.
Pangani is the land of historical Swahili and Arab culture existing today. The historic town of Pangani lies along the coastline of
the sparkling blue waters of the Indian Ocean. Coral reefs and white sand beaches are some of the natural treasures which await
discovery but equally fascinating is the rich culture and tradition which can be experienced with local people.
In Pangani we offer you:
- Guided walking tours of Pangani town passing through historical buildings which show the Arabic coastal influence
- Visits to a former slave labor camps and slave market site
- Excursions on a fishing boat with fisherman at work
- River cruises through the vast coconut plantations of Pangani
- Chance to snorkel on attractive coral where huge sea turtles roam
- Tour to Mangrove forests, Cycling and Swimming in the Indian Ocean.
- Tour studies for marine ecosystem.
Social evening tours can be arranged according to your interests. Dolphins at Maziwe Island, beaches and game reserves, hippo pools and green turtles at Madete shall be added to your tours schedule on request.
Bagamoyo
Some 75 km to the north of Dar es Salaam, on the coast opposite Zanzibar, is the former capital of German East Africa, Bagamoyo. Possessing a good, natural harbour ideal for sailing vessels and dhows, it was once the centre of the notorious slave trade. Its name is derived from the word Bwagomoyo, which means "Here I throw down my heart," reflecting the desperation and despair of the 'broken hearted' captives whose voyage into the unknown began here. The present police station, near the beachfront, was the first stone building in Bagamayo. Originally an Arab residence it was at one time the old prison where slaves were herded through underground tunnels to waiting dhows. The city was also the starting point for the first European explorers on their way to search for the source of the Nile. Livingstone, Stanley, Burton and Speke all passed through here. Livingstone's body was laid to rest here before being taken first to Zanzibar and then to England. The Mission has a museum with a wonderful collection of photographs and mementoes relating to Livingstone and to German colonial times. A house where Henry Morton Stanley lived a century ago can be seen in solitary splendor near the beach.
Dar es Salaam
With a population of 5 million, Dar is easily the largest city in Tanzania. It is one of the fastest growing cities in the world, in fact. Dar es Salaam boasts one of the finest natural harbours in the world, and while it has become a bustling port and economic centre, it remains a place of fascination, with many reminders of its colourful past. Dhows still ply its waters. Dug-outs, filled with fish, bob by the harbourside. The city also displays the many influences of its history. There's an Asian district, with its speciality shops, tea rooms, restaurants and Hindu temples, while the German colonisation has left behind a Bavarian-style railway station, the Roman Catholic St. Joseph's Cathedral and the Lutheran Azania Front Church. The flower-filled parks - like the peaceful Botanical Gardens - tree-lined streets and Gymkana Club, are evidence of British occupation. The Nyerere Cultural Centre, a self-supporting handicraft scheme, is well worth a visit. Here over 100 young artists can be seen at work producing various works including paintings, carvings, batiks, pottery and weavings.
Enjoy the hustle and bustle of the Kariakoo Market where fish, fruit, vegetables, traditional medicines, herbs and livestock are traded. The maze of stalls and shops in the bazaar that surrounds the market, are also worth exploring.
We can arrange an itinerary to fit nearly every budget.


Lakshya Sen Bags Fourth Title in Three Months, Wins Scottish Open
Lakshya, ranked number 41 in the world rankings, had entered the tournament as the top seed and played as per expectations as he defeated Brazilian Ygor Coelho 18-21, 21-18, 21-19 in the final which lasted for 56 minutes
Indian shuttler Lakshya Sen clinched his fourth title in three months after he won the Scottish Open men’s singles title.
Lakshya, ranked number 41 in the world rankings, had entered the tournament as the top seed and played as per expectations as he defeated Brazilian Ygor Coelho 18-21, 21-18, 21-19 in the final which lasted for 56 minutes to claim the title in Glasgow on Sunday night.
In the opening game of the summit clash, Lakshya had fallen behind but he managed to turn the tables and grab a 10-8 lead. However, his Brazilian opponent went on to register six straight points and ultimately went on to win the game 21-18.
The Indian shuttler, however, made a stunning comeback in the second game, winning it 21-18 and took the match into the decider.
In the third and final game, both shuttlers gave their all and battled hard to gain the lead. World No. 58 Coelho took an 11-8 lead at the mid-game break but Lakshya kept on making comebacks and eventually won the contest.
“Happy to win the Scottish Open title! A hard-fought match against my friend Ygor Coelho. It was really nice training with you in Denmark and playing a good match against you today,” Lakshya tweeted after the win.
Before the Scottish Open, the 18-year-old had won SaarLorLux Open, Dutch Open, and Belgian International in which he participated since September.
In March, Lakshya started with a silver medal at the Polish Open International Challenge. Thereafter he suffered a series of disappointing exits. However, Lakshya didn’t give up and went on to win the Belgian International in September, his first title of the year.
After that, he won his first BWF Super 100 title at the Dutch Open and went on to win SaarLorLux Open in Germany.
Lakshya will next participate in the Syed Modi International Championship, starting Tuesday in Lucknow.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on Sports Latest News on India.com.
Story Timeline
- 25 Nov 2019 Lakshya Sen Bags Fourth Title in Three Months, Wins Scottish Open
- 03 Nov 2019 Lakshya Sen Claims Second Successive BWF Super 100 Title in SaarLorlux
- 31 Oct 2019 Lakshya Sen, Mithun Manjunath, Rahul Bharadwaj Enter Pre-Quarterfinals of SaarLorLux Open...
- 29 Oct 2019 Saina Nehwal, Lakshya Sen Lead Indian Challenge in Germany
Comments - Join the Discussion


Provides a for playing multiple Sounds parallely.
More...
#include <ParallelSoundManager.h>
|
|
float | fadeTime |
| | How long to fade-in the Sounds.
|
| |
|
harray< Player * > | players |
| | Players for the playing Sounds.
|
| |
|
harray< hstr > | soundQueue |
| | List of Sound names for playing.
|
| |
Provides a for playing multiple Sounds parallely.
| xal::ParallelSoundManager::ParallelSoundManager |
( |
float |
fadeTime = 1.0f | ) |
|
Constructor.
- Parameters
-
| [in] | fadetime | How long to fade-in and fade-out the Sounds. |
| harray<hstr> xal::ParallelSoundManager::getPlayingSounds |
( |
| ) |
const |
- Returns
- All currently playing Sound names.
| void xal::ParallelSoundManager::pauseAll |
( |
| ) |
|
Pauses all Sounds completely.
- Note
- Unpause the Playlist with play().
| void xal::ParallelSoundManager::queueSound |
( |
chstr |
name | ) |
|
Queues a Sound.
- Parameters
-
| [in] | name | Name of the Sound. |
| void xal::ParallelSoundManager::removeSound |
( |
chstr |
name | ) |
|
Queues a Sound.
- Parameters
-
| [in] | name | Name of the Sound. |
| void xal::ParallelSoundManager::stopSoundsWithPrefix |
( |
chstr |
prefix | ) |
|
Stops all sounds that have a certain prefix in their name.
- Parameters
-
| [in] | prefix | The prefix for the Sounds. |
| void xal::ParallelSoundManager::updateList |
( |
| ) |
|
Updates playing list with curren queue.
- Note
- Empties queue;
| void xal::ParallelSoundManager::updateList |
( |
harray< hstr > |
names | ) |
|
Updates playing list with curren queue.
- Parameters
-
| [in] | names | List of Sound names. |
- Note
- Empties queue;
The documentation for this class was generated from the following file:


This section describes some techniques that use features of iterators to increase the flexibility and efficiency of your algorithms.
Sometimes an algorithm that can be implemented most efficiently with a random access iterator can also work with less powerful iterators. The C++ Standard Library includes primitives that allow a single algorithm to provide several different implementations, depending upon the power of the iterator passed into it. The following example demonstrates the usual technique for setting up multiple versions of the same algorithm:
// Note, this requires that the iterators be derived from // Standard base types, unless the iterators are simple pointers. namespace my_namespace { template <class Iterator> Iterator union(Iterator first1, Iterator last1, Iterator first2, Iterator last2, Iterator Result) { return union_aux(first1,last1,first2,last2,Result, iterator_traits<first1>()); } template <class Iterator> Iterator union_aux(Iterator first1, Iterator last1, Iterator first2, Iterator last2, Iterator Result, forward_iterator_tag) { // General but less efficient implementation } template <class Iterator> Iterator union_aux(Iterator first1, Iterator last1, Iterator first2, Iterator last2, Iterator Result, random_access_iterator_tag) { // More efficient implementation } } // End of my_namespace
The iterator_traits template provides typedefs for value, difference, pointer, reference, and category types that are based on the type used to instantiate the template. In the example above, we use iterator_traits::iterator_category to determine the capabilities of the iterator, and then use specializations to get the best available implementation of the algorithm. In order for iterator_traits to work, the iterator provided to the algorithm must be a simple pointer type or be derived from the iterator template, or it must itself define the types for value_type, difference_type, pointer, reference, and iterator_category. The iterator_category type must be one of the following: input_iterator_tag, output_iterator_tag, forward_iterator_tag, bidirectional_iterator_tag, or random_access_iterator_tag.
Note that when you use the iterator_traits template, the default implementation of an algorithm should expect at most a forward iterator. This default version is used if the algorithm encounters an iterator that is not a simple pointer or derived from a basic standard iterator. Note that input and output iterators are less capable than forward iterators, but that the requirements of algorithms generally mandate read/write capabilities.
Not also that iterator_traits only works with compilers that support partial specialization, since the specialization of iterator_traits for pointer types uses this feature. If your compiler doesn't support partial specialization, you can use the primitive __iterator_category(). Calling this function with an iterator argument returns the same tag you would get by using iterator_traits. For example, we could substitute the following line for the use of iterator_traits in the previous example:
return std::union_aux(first1,last1,first2,last2,Result, __iterator_category(first1));
Use iterator_traits::value_type and iterator_traits::difference_type to discover the type of value pointed to by an iterator, or the type that represents a distance between iterators. As with the category type, you must use the alternate functions __value_type() or __distance_type() when partial specialization is not available. Both of these functions take an iterator as an argument in just the same way as __iterator_category().
The value_type primitive lets you determine the type of value pointed to by an iterator. Similarly, you can use the distance_type primitive to get a type that represents distances between iterators.
In order to efficiently find the distance between two iterators, regardless of their capabilities, you can use the distance primitive. The distance primitive uses the technique in Section 16.4.1 to send a calling program to one of four different implementations. This offers a considerable gain in efficiency, since an implementation for a forward iterator must step through the range defined by the two iterators:
Distance d = 0; while (start++ != end) d++;
whereas an implementation for a random access iterator can simply subtract the start iterator from the end iterator:
Distance d = end - start;
Similar gains are available with the advance primitive, which allows you to step forward or backward an arbitrary number of steps as efficiently as possible for a particular iterator.


Affordable Pest Control
Our pest control programs will fit any need or budget. We provide free inspections and evaluations, clear written estimates, and a 20% discount to Veterans and Military!
We provide a safe environment for your family through our pest control services. Our company offers varied programs to fit any need or budget. Our company offers general pest services quarterly, monthly or bi-monthly to suit the needs of our clients.
We offer specific pest control programs to fit the unique demands of food processing, food kitchens, schools, hospitals, restaurants, storage facilities and retail establishments. We are also experienced with Silicor, Yum and other inspection protocols.
We follow an Integrated Pest Management approach to remove pests. This means we use a full range of tools from inspection, consultation, monitoring, reporting and treatments to prevent and eliminate pests and remove wildlife with the least impact to our environment.
Learn more about what type of pests you may have and how we will take care of them.
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“ Helen is a Junior at TYWLS of Astoria. She is a very passionate student who is always interested in trying new things and exploring beyond her horizons.”
“ Maydi is a Junior from New York City who likes to learn new coding languages to let her ideas flow and create inovative projects. ”
Amaya is a senior from Atlanta who hopped into the car to head off to New York to attend the Girls Who Code program at Goldman Sachs
Amaya is a senior from Atlanta who hopped into the car to head off to New York to attend the Girls Who Code program at Goldman Sachs
Amaya is a senior from Atlanta who hopped into the car to head off to New York to attend the Girls Who Code program at Goldman Sachs


The background will be an image of the homepage,this text will be something like: A website concept I made for a local Community Center.
I am currently a senior at Michigan State University Majoring in Media and Information with plans to graduate in December of 2014.
I am seeking entry level employment in the field of web develpoment.


--- layout: page status: publish published: true title: The internal WND structure author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 1165 wordpress_url: http://winterdom.com/?page_id=1165 date: '2009-04-29 01:02:12 +0000' date_gmt: '2009-04-29 01:02:12 +0000' categories: - Uncategorized tags: [] comments: [] ---
From user mode programs, one always
identifies a window by it's handle, and HWND instance. The Win32 api provides a vast number
of API's that allow you to get and set various properties of a given window, and
that is quite sufficient.
However, it's interesting to see how the system maintains this
information internally. It turns out that the internal structure kept by windows
NT for each window contains a number of interesting things, and it's even more
interesting to see how NT manipulates it internally.
For the sake of this article, I'll refer to this internal
structure maintained by NT as the WND structure. The WND structure has a layout
similar to this:
//
// internal window class representations
//
typedef struct CLASSINFO
{
DWORD unk1;
ATOM atomWindowType;
WORD unk2;
DWORD unk3;
DWORD unk4;
DWORD unk5;
DWORD unk6;
DWORD unk7;
DWORD unk8;
CLASSINFO* pSelf;
DWORD unk10;
DWORD unk11;
DWORD dwStyle;
DWORD unk13;
DWORD unk14;
DWORD dwClassBytes;
HINSTANCE hInstance;
} CLASSINFO, *PCLASSINFO;
struct WNDMENU;
//
// possible flag values for dwFlags
//
#define WF_ACTIVECAPTION (0x00000040)
#define WF_ANSI (0x00080000)
//
// All pointers that appear in this struct point to memory
// above the 2GB limit, deep into System Address Space.
// However, like the WND structures themselves, all of the
// data pointed to by them can be found in the Process
// address space by substracting from them the same amount
// we use to find this WND*
//
typedef struct WND {
HWND hWnd;
ULONG unk1;
ULONG unk2;
ULONG unk3;
WND* pSelf; // pointer to self
DWORD dwFlags;
ULONG unk6;
DWORD dwStyleEx;
DWORD dwStyle;
HINSTANCE hInstance;
ULONG unk10;
WND* pNextWnd; // pointer to "next" window
WND* pParentWnd; // pointer to parent wnd. For top-level, this points to the desktop
WND* pFirstChild; // pointer to first child window
WND* pOwnerWnd; // pointer to owner window
RECT rcWnd; // in screen coordinates
RECT rcClient; // in screen coordinates
WNDPROC* pWndProc; // for system classes, this can be > 2GB
CLASSINFO* pWndClass; // pointer to internal window class ???
ULONG unk25;
ULONG unk26;
ULONG unk27;
ULONG unk28;
union {
DWORD dwWndID; // control ID (lower 16-bits)
WNDMENU* pMenu; // pointer to internal menu representation
} id;
ULONG unk30;
ULONG unk31;
ULONG unk32;
WCHAR* pText; // pointer to window caption
DWORD dwWndBytes; // number of window bytes reserved in wlWndExtra
ULONG unk35; // for top level windows, this is pSelf again....???
ULONG unk36;
ULONG wlUserData;
ULONG wlWndExtra[1];
} WND, *PWND;
Matt Pietrek touched briefly the WND structure
in his November 199? "Under the Hood" Column in MSJ, but didn't give
out too much detail of the structure itself. However, he did
something perhaps more interesting: he told us how to the system retrieves a pointer to this
structure when needed.
As it turns out, the internal data of the windows is kept by the
kernel mode components of the Win32 subsystem, which helps protect the internal
data from wrecked user mode components. However, the kernel maps this memory
area to a read-only shared memory section maintained by USER32.DLL in the user
mode accesible address space of each process. This allows many APIs to avoid
switching into kernel mode to retrieve data, like GetWindowRect()
, which helps
improve windowing performance.
Inside USER32.DLL, the API's retrieve a WND* from an HWND by
calling the @ValidateHwnd()
function or one of its variants (like
@ValidateHwndNoRip()
), which in turn, rely on @HMValidateHandle()
.
Unfortunately, you can't call this undocumented function from your own apps, since it isn't exported by USER32.DLL.
Getting the pointer yourself is not hard with the help from a
little assembly code, but it requires that you know where USER32.DLL keeps the
window list in it's shared memory section (pointed to by _gSharedInfo
). You can calculate the
offset into this list from the HWND by extracting the lower 2 bytes
out of the HWND and multiplying it by 12.


Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
All the lorem ipsum generators on the internet tend to repeat predefined chunks as necessary, making this the first true on the Internet. uses a dictionary of over.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English.
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org.apache.cocoon.environment
Interface Source
- All Superinterfaces:
- org.apache.avalon.excalibur.pool.Poolable, org.apache.avalon.excalibur.pool.Recyclable, XMLizable
- All Known Subinterfaces:
- ModifiableSource
- All Known Implementing Classes:
- AbstractSAXSource, DelayedRefreshSourceWrapper, XScriptObject
- public interface Source
- extends org.apache.avalon.excalibur.pool.Recyclable, XMLizable
Description of a source. This interface provides a simple interface
for accessing a source of data. The source of data is assumed to
not change during the lifetime of the Source object. If you
have a data source that can change its content and you want it to
reflect in Cocoon, use a ModifiableSource
object instead.
- Version:
- CVS $Revision: 1.1 $ $Date: 2002/01/03 12:31:15 $
- Author:
- Carsten Ziegeler, Ovidiu Predescu
|
Method Summary |
long |
getContentLength()
Get the content length of the source or -1 if it
is not possible to determine the length. |
org.xml.sax.InputSource |
getInputSource()
Return an InputSource object to read the XML
content. |
java.io.InputStream |
getInputStream()
Return an InputStream object to read from the source. |
long |
getLastModified()
Get the last modification date of the source or 0 if it
is not possible to determine the date. |
java.lang.String |
getSystemId()
Return the unique identifer for this source |
| Methods inherited from interface org.apache.avalon.excalibur.pool.Recyclable |
recycle |
| Methods inherited from interface org.apache.cocoon.xml.XMLizable |
toSAX |
getLastModified
public long getLastModified()
- Get the last modification date of the source or 0 if it
is not possible to determine the date.
getContentLength
public long getContentLength()
- Get the content length of the source or -1 if it
is not possible to determine the length.
getInputStream
public java.io.InputStream getInputStream()
throws ProcessingException,
java.io.IOException
- Return an
InputStream
object to read from the source.
getInputSource
public org.xml.sax.InputSource getInputSource()
throws ProcessingException,
java.io.IOException
- Return an
InputSource
object to read the XML
content.
- Returns:
- an
InputSource
value - Throws:
ProcessingException
- if an error occursjava.io.IOException
- if an error occurs
getSystemId
public java.lang.String getSystemId()
- Return the unique identifer for this source
Copyright © 1999-2002 Apache Software Foundation. All Rights Reserved.


$(xml (:html :lang "en" :xmlns "http://www.w3.org/1999/xhtml" (:head (:meta :charset "UTF-8") (:link :href "/static/css/start.css" :rel "stylesheet" :type "text/css") (:body (str contents)))))


4.4 Capturing trend changes in the past
ASMODEE implicitly assumes that the fitting set can be used to capture a single trend. It frequently happens, however, that this time period actually saw a change in trend, which then cannot be captured by a simple model (e.g. Figure 4.3).
The strategy we employ to address this issue is to:
- define a breaking point date marking the change in trend
- building a categorical variable
period
marking datesbefore
andafter
- using an interaction term for the effect of time (variable
date
) combined withperiod
so that the model will fit a slopebefore
andafter
the changing point
In practice, we often ignore how to define 1). This can be addressed by generating many models, each with a different breaking point, and leaving to ASMODEE the task to select the best fitting model.
This approach is not entirely straightforward to implement; we illustrate it below:
# generate some dates for the example
some_dates <- as.Date("2021-02-04") + 0:30
some_dates
## [1] "2021-02-04" "2021-02-05" "2021-02-06" "2021-02-07" "2021-02-08"
## [6] "2021-02-09" "2021-02-10" "2021-02-11" "2021-02-12" "2021-02-13"
## [11] "2021-02-14" "2021-02-15" "2021-02-16" "2021-02-17" "2021-02-18"
## [16] "2021-02-19" "2021-02-20" "2021-02-21" "2021-02-22" "2021-02-23"
## [21] "2021-02-24" "2021-02-25" "2021-02-26" "2021-02-27" "2021-02-28"
## [26] "2021-03-01" "2021-03-02" "2021-03-03" "2021-03-04" "2021-03-05"
## [31] "2021-03-06"
# build a dummy dataset
library(magrittr)
library(dplyr)
x <- tibble(date = some_dates) %>%
mutate(day = as.integer(date - min(date)))
# build all changepoint variables between 10 and 20 days
min_k <- 5
max_k <- 25
k_values <- min_k:max_k
df_changepoints <- lapply(k_values,
function(k)
x %>%
transmute(if_else(day <= k, "before", "after")) %>%
pull(1)) %>%
data.frame() %>%
tibble() %>%
setNames(paste0("change_", k_values))
# add changepoint variables to main data
x <- x %>%
bind_cols(df_changepoints)
x
## # A tibble: 31 x 23
## date day change_5 change_6 change_7 change_8 change_9 change_10
## <date> <int> <chr> <chr> <chr> <chr> <chr> <chr>
## 1 2021-02-04 0 before before before before before before
## 2 2021-02-05 1 before before before before before before
## 3 2021-02-06 2 before before before before before before
## 4 2021-02-07 3 before before before before before before
## 5 2021-02-08 4 before before before before before before
## 6 2021-02-09 5 before before before before before before
## 7 2021-02-10 6 after before before before before before
## 8 2021-02-11 7 after after before before before before
## 9 2021-02-12 8 after after after before before before
## 10 2021-02-13 9 after after after after before before
## # … with 21 more rows, and 15 more variables: change_11 <chr>, change_12 <chr>,
## # change_13 <chr>, change_14 <chr>, change_15 <chr>, change_16 <chr>,
## # change_17 <chr>, change_18 <chr>, change_19 <chr>, change_20 <chr>,
## # change_21 <chr>, change_22 <chr>, change_23 <chr>, change_24 <chr>,
## # change_25 <chr>
Once these variables have been created, one can build the corresponding models using the same approach as before:
library(trending)
# step 1
mod_content <- paste("date * change", k_values, sep = "_")
mod_content
## [1] "date * change_5" "date * change_6" "date * change_7" "date * change_8"
## [5] "date * change_9" "date * change_10" "date * change_11" "date * change_12"
## [9] "date * change_13" "date * change_14" "date * change_15" "date * change_16"
## [13] "date * change_17" "date * change_18" "date * change_19" "date * change_20"
## [17] "date * change_21" "date * change_22" "date * change_23" "date * change_24"
## [21] "date * change_25"
# step 2
models_txt <- sprintf("glm_model(cases ~ %s, family = poisson)", mod_content)
# step 3
models <- lapply(models_txt, function(e) eval(parse(text = e)))
class(models) # this is a list
## [1] "list"
length(models) # each component is a model
## [1] 21
models %>%
head(4) %>% # only check for 4 models
lapply(get_formula) # check formulas
## [[1]]
## cases ~ date * change_5
## <environment: 0x55629f265f90>
##
## [[2]]
## cases ~ date * change_6
## <environment: 0x55629f273270>
##
## [[3]]
## cases ~ date * change_7
## <environment: 0x55629f357130>
##
## [[4]]
## cases ~ date * change_8
## <environment: 0x55629f364480>
Note that of course, changes in trend may happen in conjunction with other processes, such as periodicity (e.g. Figure 4.4). In such cases, the approach illustrated at the beginning of this chapter can be used to generate model contents with/without change and with/without periodic effect.


Chilibot user manual
Introduction
Chilibot is a specialized search software for the PubMed literature database. It is designed for rapidly identifying relationships between genes, proteins, or any keywords that the user might be interested.
In contrast to the PubMed interface where results are organized based on articles, Chilibot directly presents the key information user is seeking, i.e. sentences containing both of the terms. These sentences are organized into different relationship types based on linguistic analysis of the text.
In addition, Chilibot is especially suited to batch process large number of terms (e.g. microarray results). The relationships are summarized into as a graph, with links to sentences describing the relationships, as well as the terms themselves.
Many advanced options are available, including color coding the terms, editing the synonyms (e.g. gene/protein names), and context restricted search. It also automatically suggests new hypotheses based on information in the literature. Therefore, we recommend using Chilibot whenever you are searching relationships from PubMed (i.e. putting two keywords in the PubMed search box). Some examples of "two term search" to rapidly retrieve information include:
BDNF & TRKB (what is the relationship between these two proteins?)
BDNF & apoptosis (What is the relationship between a protein and a keyword?)
BDNF & hippacampus (Is BDNF expressed in the hippocampus?)
BDNF & phosphorelation
BDNF & polymorphism
The following more advanced example queries the pairwise relationships among ten genes, and that for each of the gene with 3 keywords (note the special keyword SECONDLIST), with user supplied additional synonyms. This example uses the pairwise search function to do a two-list search. We have provided a simpler interface for two-list search for begining users.
BDNF
TRKB
TRKC
CHRNA7
PSD95
CREB
HPRT
ARC
NUR77
SECONDLIST
APOPTOSIS (programed cell death; PCD)
Hippocampus
STEM CELLS
Registration
We try to make it as easy as possible for users to use Chilibot. Therefore, registration is not required. Unregistered users have access to the same functionality as registered users. By registering, user provide us an identity so that we can keep their results separate from others; they do not need to type in their email address for queries with more than five terms; they have passwords to protect their results from other users. In addition, registered users can keep their results as long as they'd like to, while results for unregistered users are deleted after a month to conserve disk space.
User input
Chilibot accept two types of terms: a) gene / protein symbols. Due to the large number of synonyms for gene / proteins, the best option is the official symbols for each model organism. Other symbols works as well but may find less information. b) keywords. You can use any keywords but be aware that short acronyms may have many different meanings. To avoid ambiguity, you can provide the acronym as well as the full name (see user defined synonyms for details.)
The default node color is cyan. You can change that by adding a number to each term.
Example:
BDNF 0.4
TRKB 1.3
APOPTOSIS 1.0
Numbers > 1 correspond to varying shades of green, while numbers between 0 and 1 correspond to different shade of red. Only folds (i.e. positive numbers) are allowed. Negative numbers, usually log(FoldChange), can be converted into folds by taking its antilog.
You can provide synonyms of your own for Chilibot to use. All synonyms are combined using Boolean "OR" before querying PubMed. To supply synonyms, put them on in parenthesis after the term but in the same line. You can use ';' to separate different synonyms. For example:
APOPTOSIS (programed cell death; PCD)
Types of search
This is the most simple form of Chilibot search. It retrieves sentences describing the relationship between two terms.
One list pairwise search
Pairwise queries are exhaustive searches of all possible relationships between any two terms in a list.
Chilibot defaults to conduct pair-wise queries. Sometimes, users are interested in one-to-many type of relationships. For example, a user wants to find the relationship between one term (e.g. polymorphism) and a list of genes. The interaction between the genes are non-relevant. The two lists search is a variant of the pairwise search in that it accepts two lists. Terms in the first list will be pairwisely searched against each other. List one terms also is searched against each term in list 2. However, terms in list 2 are not searched against each other. This can be done using the two list search boxes. Alternatively, you can use the pairwise search box, just separate your two lists with the special keyword 'SECONDLIST' (example).
Chilibot defaults to search the entire PubMed for relationships. However, users may wish to restrict the search to a subset of PubMed to increase the relevance of the results.
For example, we want to know if the polymorphism of a list of gene is associated with a particular disease. We can then do a two list search (context = disease name; list 1= polymorphism; list2=list of genes). Of course, you can also include phosphorelation, glycosylation, etc in your list. (see examples here and here)
This can be achieved by provide a few keywords in the 'context keyword' box. Chilibot then ignores abstracts that do not contain these keywords. If multiple keywords are provided, please connect them with Boolean operators.
"Modulate" or "Modulation" are special keywords in Chilibot. When they are used, Chilibot searches for words such as 'inhibition', 'stimulation', 'increase', 'reduce', etc. that are indicative of regulatory relationships. This is very useful if you are interested in finding genes or proteins that have regulatory relationship with your keyword (or protein) but you don't know what they are. For example, you want to know "Which gene is involved in synaptic plasticity". You can restrict the context to "gene OR protein" and search for the relationship between "synaptic plasticity" and "modulation". This will then search for abstracts containing gene/protein, and find sentences that have 'synaptic plasticity' and keywords indicative of modulation (e.g. inhibition, stimulation, phosphorylation ...). You can then read the sentences and find the name of genes. And yes, we are working on a function that will give you the list automatically.
Working with the results
Basic navigation
The results are presented to the user as a summary graph, with square boxes representing the queried terms and lines between the boxes representing the relationships. There is an icon (circles or rhomboids) in the middle of each line, representing the different kind of relationships. Clicking on the boxes will open a portal site for the represented term. Clicking on the circles/rhomboids will bring up sentences describing the relationships.
Re-graphing
We providing several methods for the user to re-organize the graph, including selectively exclude some less significant relationship types. Users can also generate sub-network graphs focused on one selected node and all its connections. The procedure is to click on the node to bring up the portal page of the node (on the right side). Then, click on the 'Draw simple graph in radiant' combination will bring up the new graph on the left side of the screen. Other options available include more complicated sub-network graph and different graph layout algorithms.
The process of generating a hypothesis is based on the results that a particular node (A) has no direct relationship with node C. But A is directly connected to at least one other nodes (e.g. B), which directly connects to C. The system then hypothesize that A-C has a relationship. To generate hypotheses for any term, click on the node in any graph to bring up the portal page of the node. Then, click on the 'TERM might be related to ..' button. Example
The optimal use of synonyms is critical to the overall performance of Chilibot. Chilibot provides a list of synonyms that are collected from several genomic/proteomic databases. Nomenclatures are semi-manually curated before compiled into a large database but it may not fit with your needs. Thus, all synonyms are provided to the user before the queries are conducted and can be edited at that time. However, if you are searching for a large number of terms, it is not practical to manually verify all the synonyms. In that case, you can just hit the "next" button and let our algorithm do the job. After the query is done, you can review the texts (sentences, with the synonyms highlighted). If you find a particular synonym is causing multiple false relationships, you can click on the "Edit synonym / update session" button to edit the synonyms. The query will be updated after you hit the "next" button.
Names with less than three letters are particularly prone to errors. Thus, we flagged some of them with "!". These flagged names are excluded from the query by default. You can include them in the query by deleting the exclamation mark.
Deleting relationships
If for some reason the automatically identified relationship is not interesting to the user (either erroneous or accurate but not relevant), it can be deleted. Deleted relationships can not be restored individually. However, if the the user elect to use the 'edit synonym/update session' function, the deleted relationships may re-appear. We plan to make that an option instead of a default behavior in the next version.
Automating your searches
This new version of Chilibot is compatible with some limited scripting functionality. The following simple example searches the relationship between three terms.
#!/usr/local/bin/perl
use LWP::Simple qw(get);
# Provide your email address so that you receive a notification when a query is done (if more than 6 terms are queried).
my<EMAIL_ADDRESS>#my $sessionName="testing"; # session name is optional
my $terms="apoptosis\ncreb\nbdnf\n";
&searchChilibot ($email, $sessionName, $terms);
sub searchChilibot{
my $email=shift;
my $sessionName=shift;
my $terms=shift;
my $url="http://www.chilibot.net/cgi-bin/chilibot/chilibot.cgi?email=$email&IN=t&list=$terms&name=$sessionName";
print "Waiting for Chilibot response (may take a while) ..\n";
my $response=get ($url);
if ( $response=~m|Done!.+?<a href=(.+index\.html)|){
print "search is done: http://www.chilibot.net$1\n";
}
if ($response=~m|
(.*)
|){
print "error:$1\n";
}
}
|
Publication
Chen H and Sharp BM.Content-rich biological network constructed by mining PubMed abstracts. BMC Bioinformatics. 2004 Oct 8;5:147 [Full text]
Cited in:
Mudunuri U, Stephens R, Bruining D, Liu D, Lebeda FJ. botXminer: mining biomedical literature with a new web-based application. Nucleic Acids Res. 2006 Jul 1;34(Web Server issue):W748-52.
Hunter L, Cohen KB. Biomedical Language Processing: What's Beyong PubMed?.
Mol. Cell. 2006 Mar 3;21(5):589-94.
Li H, Chen H, Bao L, Manly KF, Chesler EJ, Lu L, Wang J, Zhou M, Williams
RW, Cui Y. Integrative genetic analysis of transcription modules: towards
filling the gap between genetic loci and inherited traits.
Hum Mol Genet. 2006 Feb 1;15(3):481-92. PubMed
Douglas SM, Montelione GT, Gerstein M. PubNet: a flexible system for
visualizing literature derived networks. Genome Biol. 2005;6(9):R80.
Weeber, M., Kors, J.A., Mons, B. (2005) Online tools to support
literature-based discovery in the life sciences Briefings in Bioinformatics 6
(3), pp. 277-286
Skusa, A., Rüegg, A., Köhle(2005) Extraction of biological interaction
networks from scientific literature Briefings in Bioinformatics 6 (3), pp.
263-276
Scherf, M., Epple, A., Werner, T. (2005) The next generation of literature
analysis: Integration of genomic analysis into text mining Briefings in
Bioinformatics 6 (3), pp. 287-297
Buckingham SD. (2005) Data mining for protein-protein interactions in
invertebrate model organisms. Invert Neurosci. 5(3-4):183-7.
Martin Krallinger and Alfonso Valencia (2005). Text-mining and
information-retrieval services for molecular biology. Genome Biology, 6:224
Henk Harkema, Ian Roberts, Rob Gaizauskas, and Mark Hepple (2005) A web
service for biomedical term look-up. Comparative and Functional Genomics Volume
6, Issue 1-2 , Pages 86 - 93
Kerns RT, Ravindranathan A, Hassan S, Cage MP, York T, Sikela JM, Williams
RW, Miles MF (2005) Ethanol-responsive brain region expression networks:
implications for behavioral responses to acute ethanol in DBA/2J versus
C57BL/6J mice. J Neurosci. 25(9):2255-66.
Hoffmann R, Krallinger M, Andres E, Tamames J, Blaschke C, Valencia A.
(2005) Text mining for metabolic pathways, signaling cascades, and protein
networks. Sci STKE. (283):pe21.
Parslow, Websites of Note, Biochemistry and Molecular Biology Education.
2005; 33: 310-312.
Nikolsky Y, Nikolskaya T, Bugrim A. Biological networks and analysis of
experimental data in drug discovery. Drug Discov Today. 2005 May
1;10(9):653-62.
Jorg Hakenberg, Conrad Plake, Ulf Leser Harald Kirsch, and Dietrich
Rebholz-Schuhmann. LLL'05 Challenge: Genic Interaction Extraction -
Identification of Language Patterns Based on Alignment and Finite State
Automata. Proceedings of the 4 th Learning Language in Logic Workshop (LLL05),
Bonn, Germany, 2005.


HOME /
CONTACT
CONTACT US
If you have any questions, comments or if you would like help with your order please contact us either:
By telephone :
0345 307 3297
Monday to Friday 9.00am - 5.00pm
Saturday and Sunday 10.00am - 4.00pm
By post:
Freepost RTLH-ZKYB- RYSA
Silver
Nottingham
NG4 1BR


About Me
I am currently a Postdoctoral Research Associate at Carnegie Mellon University.
I obtained my phd degree from the National University of Singapore, working closely with Profs. Shuicheng Yan, Zhouchen Lin and Jiashi Feng.
canyilu AT gmail.com, canyil AT andrew.cmu.edu
Research Interests
- Statistical learning of structured sparsity: bounds for exact and stable recovery for models and solvers
Sparse structures of interest: sparse vector, low-rank matrix, block diagonal matrix and low-rank tensor
- Optimization for specific deep neural networks without back propagation; convex/nonconvex optimization with/without constraints
- Applications of deep learning in computer vision


| 接口 | 说明 |
|---|---|
| ApplicationEngine |
Engine which runs an application
|
| ApplicationEngineEnvironment |
Represents an environment in which engine runs
|
| ApplicationEngineFactory<TEngine extends ApplicationEngine,TConfiguration extends ApplicationEngine.Configuration> | |
| EngineConnectorConfig | |
| EngineSSLConnectorConfig |
| 类 | 说明 |
|---|---|
| ApplicationEngineEnvironmentBuilder | |
| ApplicationEngineEnvironmentKt | |
| ApplicationEngineEnvironmentReloading |
Implements
interface ApplicationEngineEnvironment by loading an Application from a folder or jar. |
| BaseApplicationCall |
Base class for implementing an ApplicationCall
|
| BaseApplicationEngine |
Base class for implementing
interface ApplicationEngine |
| BaseApplicationRequest |
Base class for implementing ApplicationRequest
|
| BaseApplicationResponse |
Base class for implementing an ApplicationResponse
|
| CommandLineKt | |
| ConnectorType | |
| DefaultEnginePipelineKt | |
| DefaultTransformKt | |
| EmbeddedServerKt | |
| EngineConnectorBuilder | |
| EngineConnectorConfigKt | |
| EnginePipeline | |
| EngineSSLConnectorBuilder | |
| ShutDownUrl |


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