The following issues have been fixed since the official 4.3 release. If you're experiencing one of these issues, take the latest update release of the 4.3 family.
|
|
|
|
Decoration painters |
The old title / header painters have been refactored to the new decoration painters. The documentation provides more information about the decoration painters. The new SubstanceLookAndFeel.setDecorationType API can be used in the application code to mark specific visual area to be decoration areas. This functionality is also used internally in Substance to mark core and third-party components (such as toolbars, menu bars, SwingX's task pane container and status bar, Flamingo's ribbon and breadcrumb bar). Here is a screenshot of the ribbon component under release 4.2 of Substance: And here is the same component under release 4.3. Note how the tab area blends into the decorated title pane, and how the ribbon tasks are skinned in a different theme, making the entire ribbon component appear as a separate part of the bigger UI:
|
|
|
|
|
Menu layout |
Much better layout of menus and menu items, providing full support for:
Here is a screenshot of a sample menu under the default font policy and left-to-right orientation. Note how all the icons and texts are properly spaced and aligned: The same menu, this time with right-to-left orientation. Note how all the icons and texts are properly spaced, aligned and oriented: The same menu with custom font policy (using bigger fonts). Note how all the icons and text are properly scaled, spaced and aligned, and how the gaps between adjacent menu visuals (icons, texts) are scaled: |
|
|
|
|
Highlight painters |
The existing functionality of highlighting items / cells in menus, tables, trees and lists has been refactored to the new highlight painters. The documentation provides more information about the highlight painters. The screenshot below shows a sample table with four selected rows under Business Black Steel skin in Substance 4.2. Note that there are no border lines on the selected rows: And here is the same table under Business Black Steel skin in Substance 4.3. Note the single-pixel separator lines on the selected rows: The screenshot below shows a sample table with a cluster of selected cells under Business skin. Note the single-pixel separator lines around the selected cells: The screenshot below shows the same table with a cluster of selected rows under Office 2007 Silver skin. Note the single-pixel separator lines around the selected cells and the correct painting of highlights and separator lines on rollover selected second row: |
|
|
|
|
Auto-scroll on scroll panes |
The new
LafWidget.AUTO_SCROLL
client property can be installed on a specific scroll pane or globally
on the
|
|
|
|
|
Visuals for disabled selected buttons |
Buttons in disabled selected state now use a custom theme that blends the colors of themes for disabled and selected states. A skin can override this setting to use its own theme computation. The screenshot below shows buttons in different states. The last row shows disabled selected buttons. Note how the colors of disabled and selected states are blended together to provide consistent and identifiable appearance of these buttons: |
|
|
|
|
Usability of tab close buttons |
The tab close buttons (enabled by the SubstanceLookAndFeel.TABBED_PANE_CLOSE_BUTTONS_PROPERTY client property) have improved usability.
|
|
|
|
|
First support for very large fonts |
Previous release have introduced support for high-resolution monitors (high DPI) by scaling all visuals and metrics based on the control font size. This release has started work on supporting very large fonts which is oriented towards point of sale (POS) systems. Here is a screenshot of an editable combobox using 72 pixel font under Substance 4.2. Note the clipped text, the gray margin around the text field editor and cap / join of the arrow icon: And here is the same editable combobox under Substance 4.3: Here is a screenshot of an icon button using 72 pixel font under Substance 4.2. Note the icon text gap, focus ring touching the text and the corners radius: And here is the same button under Substance 4.3: Here is a screenshot of a radio button using 72 pixel font under Substance 4.2. Note the checkmark text gap, focus ring weight, focus ring corner radius and the outer edge of the checkmark: And here is the same radio button under Substance 4.3: |


How to choose perfect gift for anniversary
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Sign UpAnniversaries are the most important events in life so it's really important to know how to choose a perfect gift
Flowers are the most popular gift, but how to know what flowers your girlfriend likes. We created this guide to help you


Michele Renee
Home
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Interested in working with me? Contact me below!
You can connect with me at:
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|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object edu.cmu.sphinx.util.props.ConfigurableAdapter edu.cmu.sphinx.frontend.BaseDataProcessor edu.cmu.sphinx.frontend.util.Microphone
public class Microphone
A Microphone captures audio data from the system's underlying audio input systems. Converts these audio data into Data objects. When the method
startRecording()
is called, a new thread will be created and used to
capture audio, and will stop when stopRecording()
is called. Calling getData()
returns the
captured audio data as Data objects. This Microphone will attempt to obtain an audio device with the format
specified in the configuration. If such a device with that format cannot be obtained, it will try to obtain a device
with an audio format that has a higher sample rate than the configured sample rate, while the other parameters of the
format (i.e., sample size, endianness, sign, and channel) remain the same. If, again, no such device can be obtained,
it flags an error, and a call startRecording
returns false.
| Field Summary | |
|---|---|
static java.lang.String |
PROP_BIG_ENDIAN
The property specify the endianness of the data. |
static java.lang.String |
PROP_BITS_PER_SAMPLE
The property for the number of bits per value. |
static java.lang.String |
PROP_BUFFER_SIZE
The property that specifies the size of the buffer used to store audio samples recorded from the microphone. |
static java.lang.String |
PROP_CHANNELS
The property specifying the number of channels. |
static java.lang.String |
PROP_CLOSE_BETWEEN_UTTERANCES
The property that specifies whether or not the microphone will release the audio between utterances. |
static java.lang.String |
PROP_KEEP_LAST_AUDIO
The property that specifies whether to keep the audio data of an utterance around until the next utterance is recorded. |
static java.lang.String |
PROP_MSEC_PER_READ
The property that specifies the number of milliseconds of audio data to read each time from the underlying Java Sound audio device. |
static java.lang.String |
PROP_SAMPLE_RATE
The property for the sample rate of the data. |
static java.lang.String |
PROP_SELECT_CHANNEL
The property that specifies the channel to use if the audio is stereo |
static java.lang.String |
PROP_SELECT_MIXER
The property that specifies the mixer to use. |
static java.lang.String |
PROP_SIGNED
The property specify whether the data is signed. |
static java.lang.String |
PROP_STEREO_TO_MONO
The property that specifies how to convert stereo audio to mono. |
| Constructor Summary | |
|---|---|
Microphone()
|
|
Microphone(int sampleRate,
int bitsPerSample,
int channels,
boolean bigEndian,
boolean signed,
boolean closeBetweenUtterances,
int msecPerRead,
boolean keepLastAudio,
java.lang.String stereoToMono,
int selectedChannel,
java.lang.String selectedMixerIndex,
int audioBufferSize)
|
| Method Summary | |
|---|---|
void |
clear()
Clears all cached audio data. |
javax.sound.sampled.AudioFormat |
getAudioFormat()
Returns the format of the audio recorded by this Microphone. |
Data |
getData()
Reads and returns the next Data object from this Microphone, return null if there is no more audio data. |
Utterance |
getUtterance()
Returns the current Utterance. |
boolean |
hasMoreData()
Returns true if there is more data in the Microphone. |
void |
initialize()
Constructs a Microphone with the given InputStream. |
boolean |
isRecording()
Returns true if this Microphone is recording. |
void |
newProperties(PropertySheet ps)
This method is called when this configurable component needs to be reconfigured. |
boolean |
startRecording()
Starts recording audio. |
void |
stopRecording()
Stops recording audio. |
| Methods inherited from class edu.cmu.sphinx.frontend.BaseDataProcessor |
|---|
getPredecessor, getTimer, setPredecessor |
| Methods inherited from class edu.cmu.sphinx.util.props.ConfigurableAdapter |
|---|
getName, toString |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
@S4Integer(defaultValue=16000) public static final java.lang.String PROP_SAMPLE_RATE
@S4Boolean(defaultValue=true) public static final java.lang.String PROP_CLOSE_BETWEEN_UTTERANCES
@S4Integer(defaultValue=10) public static final java.lang.String PROP_MSEC_PER_READ
@S4Integer(defaultValue=16) public static final java.lang.String PROP_BITS_PER_SAMPLE
@S4Integer(defaultValue=1) public static final java.lang.String PROP_CHANNELS
@S4Boolean(defaultValue=true) public static final java.lang.String PROP_BIG_ENDIAN
@S4Boolean(defaultValue=true) public static final java.lang.String PROP_SIGNED
@S4Boolean(defaultValue=false) public static final java.lang.String PROP_KEEP_LAST_AUDIO
@S4String(defaultValue="average", range={"average","selectChannel"}) public static final java.lang.String PROP_STEREO_TO_MONO
@S4Integer(defaultValue=0) public static final java.lang.String PROP_SELECT_CHANNEL
@S4String(defaultValue="default") public static final java.lang.String PROP_SELECT_MIXER
AudioTool
,
Constant Field Values@S4Integer(defaultValue=6400) public static final java.lang.String PROP_BUFFER_SIZE
| Constructor Detail |
|---|
public Microphone(int sampleRate, int bitsPerSample, int channels, boolean bigEndian, boolean signed, boolean closeBetweenUtterances, int msecPerRead, boolean keepLastAudio, java.lang.String stereoToMono, int selectedChannel, java.lang.String selectedMixerIndex, int audioBufferSize)
sampleRate
- sample rate of the databitsPerSample
- number of bits per value.channels
- number of channels.bigEndian
- the endianness of the datasigned
- whether the data is signed.closeBetweenUtterances
- whether or not the microphone will release the audio between utterances. On
certain systems (Linux for one), closing and reopening the audio does not work too well. The default is false for
Linux systems, true for othersmsecPerRead
- the number of milliseconds of audio data to read each time from the underlying
Java Sound audio device.keepLastAudio
- whether to keep the audio data of an utterance around until the next utterance
is recorded.stereoToMono
- how to convert stereo audio to mono. Currently, the possible values are
"average", which averages the samples from at each channel, or "selectChannel", which chooses audio only from
that channel. If you choose "selectChannel", you should also specify which channel to use with the
"selectChannel" property.selectedChannel
- the channel to use if the audio is stereoselectedMixerIndex
- the mixer to use. The value can be "default," (which means let the
AudioSystem decide), "last," (which means select the last Mixer supported by the AudioSystem), which appears to
be what is often used for USB headsets, or an integer value which represents the index of the Mixer.Info that is
returned by AudioSystem.getMixerInfo(). To get the list of Mixer.Info objects, run the AudioTool application with
a command line argument of "-dumpMixers".public Microphone()
| Method Detail |
|---|
public void newProperties(PropertySheet ps) throws PropertyException
Configurable
newProperties
in interface Configurable
newProperties
in class ConfigurableAdapter
ps
- a property sheet holding the new data
PropertyException
- if there is a problem with the properties.public void initialize()
initialize
in interface DataProcessor
initialize
in class BaseDataProcessor
public javax.sound.sampled.AudioFormat getAudioFormat()
public Utterance getUtterance()
public boolean isRecording()
public boolean startRecording()
public void stopRecording()
public void clear()
public Data getData() throws DataProcessingException
startRecording()
and stopRecording()
is cached in an
Utterance object. Calling this method basically returns the next chunk of audio data cached in this Utterance.
getData
in interface DataProcessor
getData
in class BaseDataProcessor
null
if none is available
DataProcessingException
- if there is a data processing errorpublic boolean hasMoreData()
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


getting started with golang part 6
Lesson 39
package main
import "fmt"
type Vertex struct {
Lat, Long float64
}
var m map[string]Vertex
func main() {
m = make(map[string]Vertex)
m["Bell Labs"] = Vertex{
40.68433, -74.39967,
}
fmt.Println(m["Bell Labs"])
}
A map maps keys to values.
Maps must be created with make (not new) before use; the nil map is empty and cannot be assigned to.
Lesson 40
package main
import "fmt"
type Vertex struct {
Lat, Long float64
}
var m = map[string]Vertex{
"Bell Labs": Vertex{
40.68433, -74.39967,
},
"Google": Vertex{
37.42202, -122.08408,
},
}
func main() {
fmt.Println(m)
}
Map literals are like struct literals, but the keys are required.
Lesson 41
package main
import "fmt"
type Vertex struct {
Lat, Long float64
}
var m = map[string]Vertex{
"Bell Labs": {40.68433, -74.39967},
"Google": {37.42202, -122.08408},
}
func main() {
fmt.Println(m)
}
If the top-level type is just a type name, you can omit it from the elements of the literal.
package main
import "fmt"
func main() {
m := make(map[string]int)
m["Answer"] = 42
fmt.Println("The value:", m["Answer"])
m["Answer"] = 48
fmt.Println("The value:", m["Answer"])
delete(m, "Answer")
fmt.Println("The value:", m["Answer"])
v, ok := m["Answer"]
fmt.Println("The value:", v, "Present?", ok)
}
Insert or update an element in map m:
m[key] = elem
Retrieve an element:
elem = m[key]
Delete an element:
delete(m, key)
Test that a key is present with a two-value assignment:
elem, ok = m[key]
If key is in m, ok is true. If not, ok is false and elem is the zero value for the map’s element type.
Similarly, when reading from a map if the key is not present the result is the zero value for the map’s element type.
Lesson 44
package main
import (
"fmt"
"math"
)
func main() {
hypot := func(x, y float64) float64 {
return math.Sqrt(x*x + y*y)
}
fmt.Println(hypot(3, 4))
}
Lesson 45
package main
import "fmt"
func adder() func(int) int {
sum := 0
return func(x int) int {
sum += x
return sum
}
}
func main() {
pos, neg := adder(), adder()
for i := 0; i < 10; i++ {
fmt.Println(
pos(i),
neg(-2*i),
)
}
}
Go functions may be closures. A closure is a function value that references variables from outside its body. The function may access and assign to the referenced variables; in this sense the function is “bound” to the variables.
For example, the adder function returns a closure. Each closure is bound to its own sum variable.
Lesson 46
package main
import "fmt"
// fibonacci is a function that returns
// a function that returns an int.
func fibonacci() func() int {
}
func main() {
f := fibonacci()
for i := 0; i < 10; i++ {
}
}
Answer
package main
import "fmt"
// fibonacci is a function that returns
// a function that returns an int.
func fibonacci() func() int {
x := 0
y := 1
return func() int {
x,y = y,x+y
return x
}
}
func main() {
f := fibonacci()
for i := 0; i < 10; i++ {
fmt.Println(i, f())
}
}
Why? -


Non-parametric optimization. Find interesting bits. Combine them. Repeat. home :: lib :: cols :: tbl
sasas
- sada - adas`


{% for section_items in proposals %}
{% if section_items.proposals %}
{% include 'proposals/partials/proposal-list--review-items.html' with proposals=section_items.proposals title=section_items.section display_status=False %}
{% endif %}
{% endfor %}


Indian woman faces Pakistani ‘identity crisis’
by News DeskA former Indian citizen, who changed her name, religion and nationality to marry a Pakistani man 19 years ago, is facing an ‘identity crisis’ after facing issues in renewing her national identity card.
Sharjah-based Kajal Rasheed Khan applied to renew her national identity card for overseas Pakistanis (Nicop) more than three months ago on July 31, according to Gulf News.
She is still waiting for her new card as authorities in Pakistan say that her documents are now “being verified”.
Normally, it takes only seven to 10 days to get the card renewed.
“I have been exchanging emails with NADRA [National Database and Registration Authority] for the last three months and have already providing them all the ‘extra’ documents they asked me to submit, but there has been no progress,” Kajal’s husband Mohammad Rasheed Khan, a Pakistani, shared.
The last email which he got from the NADRA on November 4 reads: “ Dear complainant, your provided documents/information sent for further verification. You are requested to keep patient till clearance of your record. Your patience and cooperation will be highly appreciated in this regards. Thank you.”
Accounts frozen
But Rasheed is running out of patience because her wife’s bank accounts are now frozen in Karachi.
“My wife owns property in Karachi and she also gets rental income. Now she cannot withdraw money or operate her account because she does not have the new smart CNIC which is now mandatory requirement by the bank,” said Rasheed.
Kajal, whose existing CNIC is valid until 2023, had to apply for the new smart ID card to fulfil the legal requirement.
“I fail to understand why my wife’s application is on hold as it is just a renewal of the CNIC.
She also has a letter issued from the Pakistan Consulate General in Dubai confirming that she had surrendered her Indian passport and was issued with a Pakistani passport in 2001.
Kajal is also a taxpayer in Pakistan and her name is registered with the Federal Bureau of Revenue (FBR). Her two children also have CNICs and passports.
Rasheed requested the authorities to help him solve this issue or he will have to appeal in the court.
He said that he tried the helpline numbers provided and email addresses but in vain.
Cross-country marriages
An architect by profession, 60-year-old Rasheed had come to the UAE from Karachi about 30 years ago in 1989 and opened a supermarket in Dubai.
He married Kalpana, a Hindu girl, in 1996 in Mumbai, who changed her name to Kajal and converted to Islam.
Rasheed has relatives in India as well. He has four wives including two each from India and Pakistan and 10 children. One of his Indian wives lives in India with two unmarried daughters.


The oldest classical Greek and Latin writing had little or no space between words and could be written in boustrophedon (alternating directions). Over time, text direction (left to right) became standardized, and word dividers and terminal punctuation became common. The first way to divide sentences into groups was the original parágraphos, similar to an underscore at the beginning of the new group.[2] The Greek parágraphos evolved into the pilcrow (¶), which in English manuscripts in the Middle Ages can be seen inserted inline between sentences. The hedera leaf (e.g. ☙) has also been used in the same way.


an example service for typed objects
Located in /Examples/Php/ExampleServices/VoService.php (line 17)
This method expects a UserVo1 object. So amfPHP must receive a typed UserVo1 object, and the CustomClassConverter plugin
must find the UserVo1 class in its value object folders
This method accepts any object. The idea here is that you send an object that is typed(see client example prjects) and it will be returned. This allows you to use typing on the client side without needing to create corresponding PHP VO classes. If you do this exclusively, you can disable the CustomClassConverter plugin, which will increase performance.
amfPHP does this by using the reserved '_explicitType' marker on anonymous PHP objects.
Documentation generated on Tue, 29 May 2012 23:42:06 +0200 by phpDocumentor 1.4.3


GO-Web is a simple, template-based website framework. It is ideal for building websites with static pages and utilises template caching in order to quickly respond to requests.
The server is implemented in GO and runs great behind an Nginx web server.


Applies batch normalization on x given mean, var, beta and gamma.
tf.compat.v1.keras.backend.batch_normalization
tf.compat.v2.keras.backend.batch_normalization
tf.keras.backend.batch_normalization( x, mean, var, beta, gamma, axis=-1, epsilon=0.001 )
I.e. returns:
output = (x - mean) / (sqrt(var) + epsilon) * gamma + beta
x
: Input tensor or variable.mean
: Mean of batch.var
: Variance of batch.beta
: Tensor with which to center the input.gamma
: Tensor by which to scale the input.axis
: Integer, the axis that should be normalized.
(typically the features axis).epsilon
: Fuzz factor.A tensor.


break
is only valid in loops
case "$1" in
-v)
verbose=1
break
;;
-d)
debug=1
esac
case "$1" in
-v)
verbose=1
;;
-d)
debug=1
esac
break
or continue
was found outside a loop. These statements are only valid in loops. In particular, break
is not required in case
statements as there is no implicit fall-through.
To return from a function or sourced script, use return
. To exit a script, use exit
.
It's possible to break
/continue
in a function without a loop. The call will then affect the loop -- if any -- that the function is invoked from. This is obviously not good coding practice.


Practice Problems for Regex to NFA
Here are some practice problems.
Try to convert the regular expression to a NFA.
Read the captions for guidance.
*Disclaimer: There are many other ways to generate a NFA from regex,
we only show one of the possible solution(s).
Practice Problem 1
First, we will look at just the *. This is the NFA for regex: *. The * means 0 or more copies.
Then we will add the 0+ with the *, and get a NFA that looks like this. The + symbol means at least 1 or more copies.
Lastly, we will add the 1 back in, and get a NFA that looks like this.
Previous
Next
Practice Problem 2
First, we will look at just a. This is the NFA for regex: a.
Then we will look at just b. This is the NFA for regex: b.
Then we will concatenate a and b together, by adding an ε arc.
For the union of two expressions, we need ε arcs. The union symbol is similar to boolean or.
Lastly, the Kleene star means to recurse the regex inside the parentheses of the star, so we add ε arcs to go back to the beginning of the NFA.
Previous
Next
Practice Problem 3
First, we will look at just a*. This is the NFA for regex: a*. The * means 0 or more copies.
Then we will look at just b. This is the NFA for regex: b.
Then we will look at just c. This is the NFA for regex: c.
Next, we will concatenate b and c, by combining the 2 previous NFAs together.
Lastly, we will combine all the previous NFAs together, getting with this outcome.
Previous
Next


100
Khan.randRange(1, 10000)
key % M
Given a hash table size of
M
and the
simple mod hash function
, what slot in the table will
key
hash to?
CorrectAnswer
Compute the mode of the key value.
This is
key
mod
M
.
The answer is
CorrectAnswer
.


Hello CD Pipeline DEMO Application!
This is my first CD pipeline demo application deployed on AWS.
For next steps, I'll read the AWS CodePipeline Documentation.


Custom Summary
When standard summary aggregate functions are not sufficient, you can calculate summaries using your own custom rules. To do this, the GridControl provides the CalculateCustomSummary event.
In this demo, the summary is calculated against records that match the criteria specified in this event handler — a sum of the Total column values that are greater than 100.
Related APIs:


{% block title %}
{{ config['BROWSER_NAME'] }} API
{% endblock %}
Thank you for authorizing. In a few moments you should recieve your access token.


Your vault has been updated to the latest version! Please download the backup file to be able to restore it. Following this, you can remove previously created backup files.


|
| virtual | ~TaskRunner ()=default |
| |
| template<typename TaskType > |
| bool | post_task (TaskLocation &&location, TaskType &&task) |
| |
| template<typename OwnerType , typename TaskType > |
| bool | post_task (TaskLocation &&location, std::weak_ptr< OwnerType > weak_owner, TaskType &&task) |
| |
| template<typename TaskType , typename ReplyType > |
| bool | post_task_with_reply (TaskLocation &&location, TaskType &&task, ReplyType &&reply) |
| |
| template<typename OwnerType , typename TaskType , typename ReplyType > |
| bool | post_task_with_reply (TaskLocation &&location, std::weak_ptr< OwnerType > weak_owner, TaskType &&task, ReplyType &&reply) |
| |
| template<typename TaskType > |
| bool | post_task_with_delay (TaskLocation &&location, std::chrono::milliseconds delay, TaskType &&task) |
| |
| template<typename OwnerType , typename TaskType > |
| bool | post_task_with_delay (TaskLocation &&location, std::weak_ptr< OwnerType > weak_owner, std::chrono::milliseconds delay, TaskType &&task) |
| |
| template<typename TaskType , typename ReplyType > |
| bool | post_task_with_delay_and_reply (TaskLocation &&location, std::chrono::milliseconds delay, TaskType &&task, ReplyType &&reply) |
| |
| template<typename OwnerType , typename TaskType , typename ReplyType > |
| bool | post_task_with_delay_and_reply (TaskLocation &&location, std::weak_ptr< OwnerType > weak_owner, std::chrono::milliseconds delay, TaskType &&task, ReplyType &&reply) |
| |
Base class for controlling the execution of tasks. Concrete task runners control the ordering and execution of tasks.
Tasks may generally be any callable type (lambda, std::function, etc.). Specific posting methods may place restrictions on the callable type, on either the return type of the invocation or the arguments the task accepts.
Tasks whose result is a non-void type may pass their result to a reply task. For example:
auto task = []() -> int
{
// Task body here.
return 12389;
};
auto reply = [](int task_result)
{
assert(task_result == 12389);
// Reply body here.
};
task_runner->post_task_with_reply(FROM_HERE, std::move(task), std::move(reply));
Tasks whose result is void may indicate their completion to a reply task. For example:
auto task = []()
{
// Task body here.
};
auto reply = []()
{
// Reply body here.
};
task_runner->post_task_with_reply(FROM_HERE, std::move(task), std::move(reply));
Mismatching of task result types and reply parameter types is explicitly forbidden at compile time. Tasks that return a non-void result must be paired with a reply which is invocable with only that type. Tasks which return void must be paired with a reply that is invocable without arguments.
Reply tasks are not executed immediately after a task is complete. Rather, they are posted for execution on the same task runner on which that task was posted.
Once a task is posted, it may be attempted to be cancelled in a number of ways:
Use one of the posting methods which accepts a weak pointer to the owner of the task. When the task is ready to be executed, if the weak pointer cannot be promoted to a strong pointer, the task is dropped. The task must accept a single argument, the shared pointer obtained from the weak pointer. For example:
auto task = [](std::shared_ptr<MyClass> self) { // Task body here. };
std::weak_ptr<MyClass> weak_self = shared_from_this(); task_runner->post_task(FROM_HERE, weak_self, std::move(task));
Reply tasks may be cancelled in the same manner. The reply task must then accept the result of the task and the shared pointer obtained from the weak pointer. If the task was dropped due to being unable to promote the weak pointer, the reply is also dropped. If the task was executed, when the reply is ready to be executed, if the weak pointer cannot be promoted to a strong pointer, the reply is dropped. For example:
auto task = [](std::shared_ptr<MyClass> self) -> int { // Task body here. return 12389; };
auto reply = [](int task_result, std::shared_ptr<MyClass> self) { assert(task_result == 12389); // Reply body here. };
std::weak_ptr<MyClass> weak_self = shared_from_this(); task_runner->post_task_with_reply(FROM_HERE, weak_self, std::move(task), std::move(reply));
- Deleting the task runner onto which the task was posted. This will only cancel the task if the task manager has not yet instructed the task runner to execute the task.
- Author
- Timothy Flynn (trfly.nosp@m.nn89.nosp@m<EMAIL_ADDRESS>- Version
- August 12, 2018
template<typename OwnerType , typename TaskType , typename ReplyType >
| bool fly::task::TaskRunner::post_task_with_delay_and_reply |
( |
TaskLocation && |
location, |
|
|
std::weak_ptr< OwnerType > |
weak_owner, |
|
|
std::chrono::milliseconds |
delay, |
|
|
TaskType && |
task, |
|
|
ReplyType && |
reply |
|
) |
| |
Schedule a task to be posted after a delay with protection by the provided weak pointer. The task may be any callable type which accepts a single argument, a locked shared pointer obtained from the weak pointer. When the task is ready to be executed, if the weak pointer fails to be locked, the task is dropped.
When the task has been executed, the reply task is then posted for execution on this same task runner with protection by the same weak pointer. The reply task may be any callable type that is invocable with the return type of the task (if non-void) and a locked shared pointer obtained from the weak pointer, or with only the locked shared pointer. When the reply is ready to be executed, if the weak pointer fails to be locked, the reply is dropped.
- Template Parameters
-
| TaskType | Callable type of the task. |
| ReplyType | Callable type of the reply. |
| OwnerType | Type of the owner of the task. |
- Parameters
-
| location | The location from which the task was posted (use FROM_HERE). |
| weak_owner | A weak pointer to the owner of the task. |
| delay | Delay before posting the task. |
| task | The task to be executed. |
| reply | The reply to be executed with the result of the task. |
- Returns
- True if the task was posted for execution.
template<typename OwnerType , typename TaskType , typename ReplyType >
| bool fly::task::TaskRunner::post_task_with_reply |
( |
TaskLocation && |
location, |
|
|
std::weak_ptr< OwnerType > |
weak_owner, |
|
|
TaskType && |
task, |
|
|
ReplyType && |
reply |
|
) |
| |
Post a task for execution with protection by the provided weak pointer. The task may be any callable type which accepts a single argument, a locked shared pointer obtained from the weak pointer. When the task is ready to be executed, if the weak pointer fails to be locked, the task is dropped.
When the task has been executed, the reply task is then posted for execution on this same task runner with protection by the same weak pointer. The reply task may be any callable type that is invocable with the return type of the task (if non-void) and a locked shared pointer obtained from the weak pointer, or with only the locked shared pointer. When the reply is ready to be executed, if the weak pointer fails to be locked, the reply is dropped.
- Template Parameters
-
| TaskType | Callable type of the task. |
| ReplyType | Callable type of the reply. |
| OwnerType | Type of the owner of the task. |
- Parameters
-
| location | The location from which the task was posted (use FROM_HERE). |
| weak_owner | A weak pointer to the owner of the task. |
| task | The task to be executed. |
| reply | The reply to be executed with the result of the task. |
- Returns
- True if the task was posted for execution.


- Brief Summary
- Summary appears at the top of the page and includes jump links to the fields with errors. While each field is listed, no specific information is provided. The inputs themselves identify actual problems.
- Detailed Summary
- Summary appears at the top of the page and includes jump links to the fields with errors. Each field is listed with specific information.
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- A simple statement appears at the top of the page letting the user know there are errors with the form. The message is more generic and actual issues are identified only at the field level.
- No Statement
- No summary appear, instead focus is given to first field with an error.


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Poems, Puzzles, and Stories of Lewis Carroll
by Lewis Carroll
"Puzzles from Wonderland"
Additional Information
- Year Published: 1870
- Language: English
- Country of Origin: England
- Source: (1870)
-
Readability:
- Flesch–Kincaid Level: 5.0
- Word Count: 394
- Genre: Poetry
- Keywords: rhyme, riddle
- ✎ Cite This
Downloads
I.
Dreaming of apples on a wall,
And dreaming often, dear,
I dreamed that, if I counted all,
—How many would appear?
II.
A stick I found that weighed two pound;
I sawed it up one day
In pieces eight of equal weight!
How much did each piece weigh?
(Everybody says "a quarter of a pound", which is wrong.)
III.
John gave his brother James a box:
About it there were many locks.
James woke and said it gave hime pain;
So gave it back to John again.
The box was not with lid supplied,
Yet caused two lids to open wide:
And all these lock had never a key—
What kind of box, then, could it be?
IV.
What is most like a bee in May?
"Well, let me think: perhaps—" you say.
Bravo! You're guessing well to-day!
V.
Three sisters at breakfast were feeding the cat,
The first gave it sole—Puss was grateful for that:
The next gave it salmon—which Puss thought a treat:
The third gave it herring—which Puss wouldn't eat.
(Explain the conduct of the cat.)
VI.
Said the Moon to the Sun,
"Is the daylight begun?"
Said the Sun to the Moon,
"Not a minute too soon."
"You're a Full Moon," said he.
She replied with a frown,
"Well! I never did see
So uncivil a clown!"
(Query. Why was the moon so angry?)
VII.
When the King found that his money was nearly all gone, and that he really must live more economically, he decided on sending away most of his Wise Men. There were some hundreds of them—very fine old men, and magnificently dressed in green velvet gowns with gold buttone: if they had a fault, it was that they always contradicted one another when he asked for their advice—and they certainly ate and drank enormously. So, on the whole, he was rather glad to get rid of them. But there was an old law, which he did not dare to disobey, which said that there must always be
"Seven blind of both eyes:
Two blind of one eye:
Four that see with both eyes:
None that see with one eye."
(Query. How many did he keep?)


3 instantiations of MshCommandRuntime
System.Management.Automation (3)
engine\CommandProcessor.cs (1)
805
this.commandRuntime = new
MshCommandRuntime
(_context, this.CommandInfo, this.Command);
engine\NativeCommandProcessor.cs (1)
287
this.Command.commandRuntime = this.commandRuntime = new
MshCommandRuntime
(context, applicationInfo, this.Command);
engine\ScriptCommandProcessor.cs (1)
109
this.Command.commandRuntime = this.commandRuntime = new
MshCommandRuntime
(this.Context, this.CommandInfo, scriptCommand);
90 references to MshCommandRuntime
System.Management.Automation (90)
engine\cmdlet.cs (2)
138
MshCommandRuntime
mshRuntime = this.CommandRuntime as
MshCommandRuntime
;
engine\CmdletParameterBinderController.cs (2)
66
_commandRuntime = (
MshCommandRuntime
)cmdlet.CommandRuntime;
3916
private readonly
MshCommandRuntime
_commandRuntime;
engine\CommandBase.cs (2)
130
MshCommandRuntime
mcr = this.commandRuntime as
MshCommandRuntime
;
engine\CommandProcessorBase.cs (2)
162
protected
MshCommandRuntime
commandRuntime;
164
internal
MshCommandRuntime
CommandRuntime
engine\CommonCommandParameters.cs (2)
27
internal CommonParameters(
MshCommandRuntime
commandRuntime)
237
private readonly
MshCommandRuntime
_commandRuntime;
engine\hostifaces\Command.cs (4)
378
MshCommandRuntime
mcr = commandProcessor.Command.commandRuntime as
MshCommandRuntime
;
393
mcr.ErrorMergeTo =
MshCommandRuntime
.MergeDataStream.Output;
427
MshCommandRuntime
mcr)
engine\lang\scriptblock.cs (3)
674
Pipe outputPipe = ((
MshCommandRuntime
)contextCmdlet.CommandRuntime).OutputPipe;
1172
MshCommandRuntime
crt = commandRuntime as
MshCommandRuntime
;
engine\Modules\ModuleCmdletBase.cs (1)
5779
outputPipe: ((
MshCommandRuntime
)this.CommandRuntime).OutputPipe,
engine\MshCmdlet.cs (4)
242
private readonly
MshCommandRuntime
_commandRuntime;
250
_commandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
997
MshCommandRuntime
mshCommandRuntime = this.CommandRuntime as
MshCommandRuntime
;
engine\MshCommandRuntime.cs (2)
2172
internal void SetMergeFromRuntime(
MshCommandRuntime
fromRuntime)
2330
if (!(permittedToWrite.commandRuntime is
MshCommandRuntime
mcr))
engine\NativeCommandProcessor.cs (1)
1476
if (CommandRuntime.ErrorMergeTo !=
MshCommandRuntime
.MergeDataStream.Output)
engine\ParameterBinderBase.cs (4)
561
var
mshCommandRuntime = this.Command.commandRuntime as
MshCommandRuntime
;
622
MshCommandRuntime
cmdRuntime = this.Command.commandRuntime as
MshCommandRuntime
;
engine\Pipe.cs (1)
613
return
MshCommandRuntime
.StaticEmptyArray;
engine\pipeline.cs (3)
576
MshCommandRuntime
lastCommandRuntime = null;
1206
return
MshCommandRuntime
.StaticEmptyArray;
1224
return
MshCommandRuntime
.StaticEmptyArray;
engine\remoting\commands\CustomShellCommands.cs (2)
1334
MshCommandRuntime
cmdRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
engine\remoting\commands\ReceiveJob.cs (12)
812
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
825
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
837
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
849
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
861
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
873
MshCommandRuntime
mshCommandRuntime = CommandRuntime as
MshCommandRuntime
;
engine\remoting\common\psstreamobject.cs (26)
122
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
135
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
148
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
161
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
172
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
183
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
195
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
313
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
326
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
339
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
367
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
380
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
413
MshCommandRuntime
mshCommandRuntime = cmdlet.CommandRuntime as
MshCommandRuntime
;
engine\runtime\CompiledScriptBlock.cs (4)
2200
private
MshCommandRuntime
_commandRuntime;
2233
_commandRuntime = (
MshCommandRuntime
)commandRuntime;
2325
if (_commandRuntime.ErrorMergeTo ==
MshCommandRuntime
.MergeDataStream.Output)
2391
_commandRuntime = (
MshCommandRuntime
)commandRuntime;
engine\runtime\Operations\MiscOps.cs (2)
942
commandProcessor.CommandRuntime.ErrorMergeTo =
MshCommandRuntime
.MergeDataStream.Output;
951
commandProcessor.CommandRuntime.ErrorMergeTo =
MshCommandRuntime
.MergeDataStream.Output;
engine\ScriptCommandProcessor.cs (2)
512
if (commandRuntime.ErrorMergeTo ==
MshCommandRuntime
.MergeDataStream.Output)
534
inputToProcess =
MshCommandRuntime
.StaticEmptyArray.GetEnumerator();
engine\UserFeedbackParameters.cs (5)
17
internal PagingParameters(
MshCommandRuntime
commandRuntime)
115
internal ShouldProcessParameters(
MshCommandRuntime
commandRuntime)
165
private readonly
MshCommandRuntime
_commandRuntime;
183
internal TransactionParameters(
MshCommandRuntime
commandRuntime)
211
private readonly
MshCommandRuntime
_commandRuntime;
FormatAndOutput\out-console\OutConsole.cs (2)
73
MshCommandRuntime
mrt = this.CommandRuntime as
MshCommandRuntime
;
namespaces\CoreCommandContext.cs (2)
472
MshCommandRuntime
mshRuntime = _command.CommandRuntime as
MshCommandRuntime
;


{% extends 'main.html' %} {% block content %} {% if not site_options.preformatter.value %}
Preformatting is disabled, please ask your network administrator to enable it globally.
{% else %}Old content has already been formatted. You can restart the process from scratch by clicking the following button.
Clear preformatted content and restart batch preformatting {% else %}Old content has not been formatted yet. Click on the following button to start the batch preformatting process.
Start batch preformatting {% endif %} {% endif %} {% endblock %}


Setup MR Abstraction form for the selected DDP
You can hide a core field by selecting the checkbox
New Groups can be added at the end of the form
New fields can be added by entering a display name and selecting the field type
If you enter a field with type
Button-Select
Multi-Select
Select
you need to add the values which are available for that field


<EMAIL_ADDRESS>DR.ERIC MORGAN
ABIDJAN,
COTE D' IVOIRE
Dearest Beloved,
I am Dr.Eric Morgan an account officer with Banque Internationale de L' afrique De L' Ouest Cote D' Ivoire. I am writing following an opportunity in my department here in the bank that will be of immense benefit to both of us.
In my department we discovered an abandoned sum of $10 million Ten million united states dollars) in an account that belongs to one of our foreign customer the Late Mr Smith B.Andrea an American oil engineer with Petro Technical Services Sarl who unfortunately lost his life in the plane crash of Alaska Airlines Flight 261 which crashed on January 31 2000, including his wife.
You read more on the crash on visiting this Site.http://www.cnn.com/2000/US/02/01/alaska. airlines.list/smith.html.
Since we got information about his death, we have been expecting his next of kin or relatives to come over and claim his money because we cannot release it unless somebody applies for it as next of kin or relation to the deceased as indicated in our banking guidelines.
Unfortunately I learnt that his supposed next of kin being his wife [Patty Andrea] died along with him in the plane crash leaving nobody with the knowledge of this fund behind for the claim.
It is therefore upon this discovery that I now decided to make business with you and release the money to you as the next of kin or beneficiary of the funds for safety keeping and subsequent disbursement since nobody is coming for it and we don't want this money to go back into Government treasury as unclaimed bill.
The banking law and guidelines here stipulates that if such money remained after six and half years, the money will then be transferred into Government treasury as unclaimed funds.
I agree that 30% of this money will be for you as the foreign partner, while the balance will be for me. I will visit your country for the disbursement according to the percentages indicated above once this money gets into your account.
Please be honest to me and trust is our watchword in this transaction. Note this transaction is confidential and risk free.
As soon as you receive this mail you should contact me by return mail.Please note that all necessary arrangement for the smooth release of these funds to your yet to be provided account has been finalised.
We will discuss much in details when I do receive your response. Please in your response include your telephone number for easy communication between us.
Best Regards,
Dr Eric Morgan.
PLEASE NOTE:
The material being sent to you contains PRIVILEGED AND CONFIDENTIAL information only for the use of the addressee(s) named above.
If the reader of this message is not the intended recipient, please note that any dissemination, distribution, or copying of this communication is prohibited.
It is requested that anyone who receives this communication in error notify the sender immediately by e-mail reply and destroy all copies of the transmission received.
Thanks!
FROM DR.ERIC MORGAN
- eric morgan


The perfect personal assistant. Relaxr does your job for you so you can enjoy life as it is meant to be.
“Relaxr changed my life. I’ve been able to travel the world, spend limited time working and my boss keeps thanking me for crushing work.”
- Amanda, Intuit


Class: Concurrent::Cancellation
- Inherits:
-
Synchronization::Object
- Object
- Synchronization::Object
- Concurrent::Cancellation
- Defined in:
- lib-edge/concurrent/edge/cancellation.rb
Overview
Note:
Edge Features are under active development and may change frequently.
- Deprecations are not added before incompatible changes.
- Edge version: major is always 0, minor bump means incompatible change, patch bump means compatible change.
- Edge features may also lack tests and documentation.
- Features developed in
concurrent-ruby-edge
are expected to move toconcurrent-ruby
when finalised.
Provides tools for cooperative cancellation. Inspired by https://msdn.microsoft.com/en-us/library/dd537607(v=vs.110).aspx
Defined Under Namespace
Classes: Token
Class Method Summary collapse
-
.create(resolvable_future_or_event = Promises.resolvable_event, *resolve_args) ⇒ Array(Cancellation, Cancellation::Token)
Creates the cancellation object.
Instance Method Summary collapse
-
#cancel(raise_on_repeated_call = true) ⇒ true, false
Cancel this cancellation.
-
#canceled? ⇒ true, false
Is the cancellation cancelled?.
-
#to_s ⇒ String
(also: #inspect)
Short string representation.
-
#token ⇒ Token
Returns the token associated with the cancellation.
Class Method Details
.create(resolvable_future_or_event = Promises.resolvable_event, *resolve_args) ⇒ Array(Cancellation, Cancellation::Token)
Creates the cancellation object. Returns both the cancellation and the token for convenience.
29 30 31 32 |
# File 'lib-edge/concurrent/edge/cancellation.rb', line 29 def self.create(resolvable_future_or_event = Promises.resolvable_event, *resolve_args) cancellation = new(resolvable_future_or_event, *resolve_args) [cancellation, cancellation.token] end |
Instance Method Details
#cancel(raise_on_repeated_call = true) ⇒ true, false
Cancel this cancellation. All executions depending on the token will cooperatively stop.
45 46 47 |
# File 'lib-edge/concurrent/edge/cancellation.rb', line 45 def cancel(raise_on_repeated_call = true) !!@Cancel.resolve(*@ResolveArgs, raise_on_repeated_call) end |
#canceled? ⇒ true, false
Is the cancellation cancelled?
51 52 53 |
# File 'lib-edge/concurrent/edge/cancellation.rb', line 51 def canceled? @Cancel.resolved? end |
#to_s ⇒ String Also known as: inspect
Short string representation.
57 58 59 |
# File 'lib-edge/concurrent/edge/cancellation.rb', line 57 def to_s format '%s canceled:%s>', super[0..-2], canceled? end |
#token ⇒ Token
Returns the token associated with the cancellation.
38 39 40 |
# File 'lib-edge/concurrent/edge/cancellation.rb', line 38 def token @Token end |


The goal of this MPI-2 extension is to allow users to define new nonblocking operations. Such an outstanding nonblocking operation is represented by a (generalized) request. A fundamental property of nonblocking operations is that progress toward the completion of this operation occurs asynchronously, i.e., concurrently with normal program execution. Typically, this requires execution of code concurrently with the execution of the user code, e.g., in a separate thread or in a signal handler. Operating systems provide a variety of mechanisms in support of concurrent execution. MPI does not attempt to standardize or replace these mechanisms: it is assumed programmers who wish to define new asynchronous operations will use the mechanisms provided by the underlying operating system. Thus, the calls in this section only provide a means for defining the effect of MPI calls such as MPI_WAIT or MPI_CANCEL when they apply to generalized requests, and for signaling to MPI the completion of a generalized operation.
Rationale.
It is tempting to also define an MPI standard mechanism for
achieving concurrent execution of
user-defined nonblocking operations.
However, it is very difficult to define such a mechanism without
consideration of the specific mechanisms used in the operating system.
The Forum feels that concurrency mechanisms are a proper part
of the underlying operating system and should not be standardized by
MPI; the MPI standard should only deal with the interaction of
such mechanisms with MPI.
( End of rationale.)
For a regular request, the operation associated with the request is
performed by the MPI implementation, and the operation
completes without intervention by the application. For a generalized
request, the operation associated with the request is performed by the
application; therefore, the application must notify MPI when the
operation completes. This is done by making a call to
MPI_GREQUEST_COMPLETE.
MPI maintains the ``completion'' status of generalized requests. Any
other request state has to be maintained by the user.
A new generalized request is started with
| MPI_GREQUEST_START(query_fn, free_fn, cancel_fn, extra_state, request) | |
| IN query_fn | callback function invoked when request status is queried (function) |
| IN free_fn | callback function invoked when request is freed (function) |
| IN cancel_fn | callback function invoked when request is cancelled (function) |
| IN extra_state | extra state |
| OUT request | generalized request (handle) |
int MPI_Grequest_start(MPI_Grequest_query_function *query_fn, MPI_Grequest_free_function *free_fn, MPI_Grequest_cancel_function *cancel_fn, void *extra_state, MPI_Request *request)
MPI_GREQUEST_START(QUERY_FN, FREE_FN, CANCEL_FN, EXTRA_STATE, REQUEST, IERROR)
INTEGER REQUEST, IERROR
EXTERNAL QUERY_FN, FREE_FN, CANCEL_FN
INTEGER (KIND=MPI_ADDRESS_KIND) EXTRA_STATE
static MPI::Grequest MPI::Grequest::Start(const MPI::Grequest::Query_function query_fn, const MPI::Grequest::Free_function free_fn, const MPI::Grequest::Cancel_function cancel_fn, void *extra_state)
Advice to users.
Note that a generalized request belongs, in C++, to the class
MPI::Grequest, which is a derived class of MPI::Request.
It is of the same type as regular requests, in C and Fortran.
( End of advice to users.)
The call starts a generalized request and returns a handle to it in
request.
The syntax and meaning of the callback functions are listed below. All callback functions are passed the extra_state argument that was associated with the request by the starting call MPI_GREQUEST_START. This can be used to maintain user-defined state for the request. In C, the query function is
typedef int MPI_Grequest_query_function(void *extra_state, MPI_Status *status);
in Fortran
SUBROUTINE GREQUEST_QUERY_FUNCTION(EXTRA_STATE, STATUS, IERROR)
INTEGER STATUS(MPI_STATUS_SIZE), IERROR
INTEGER(KIND=MPI_ADDRESS_KIND) EXTRA_STATE
and in C++
typedef int MPI::Grequest::Query_function(void* extra_state, MPI::Status& status);
query_fn function computes the status that should be returned for the generalized request. The status also includes information about successful/unsuccessful cancellation of the request (result to be returned by MPI_TEST_CANCELLED).
query_fn callback is invoked by the MPI_{WAIT|TEST}{ANY|SOME|ALL} call that completed the generalized request associated with this callback. The callback function is also invoked by calls to MPI_REQUEST_GET_STATUS, if the request is complete when the call occurs. In both cases, the callback is passed a reference to the corresponding status variable passed by the user to the MPI call; the status set by the callback function is returned by the MPI call. If the user provided MPI_STATUS_IGNORE or MPI_STATUSES_IGNORE to the MPI function that causes query_fn to be called, then MPI will pass a valid status object to query_fn, and this status will be ignored upon return of the callback function. Note that query_fn is invoked only after MPI_GREQUEST_COMPLETE is called on the request; it may be invoked several times for the same generalized request, e.g., if the user calls MPI_REQUEST_GET_STATUS several times for this request. Note also that a call to MPI_{WAIT|TEST}{SOME|ALL} may cause multiple invocations of query_fn callback functions, one for each generalized request that is completed by the MPI call. The order of these invocations is not specified by MPI.
In C, the free function is
typedef int MPI_Grequest_free_function(void *extra_state);
and in Fortran
SUBROUTINE GREQUEST_FREE_FUNCTION(EXTRA_STATE, IERROR)
INTEGER IERROR
INTEGER(KIND=MPI_ADDRESS_KIND) EXTRA_STATE
and in C++
typedef int MPI::Grequest::Free_function(void* extra_state);
free_fn function is invoked to clean up user-allocated resources when the generalized request is freed.
free_fn callback is invoked by the MPI_{WAIT|TEST}{ANY|SOME|ALL} call that completed the generalized request associated with this callback. free_fn is invoked after the call to query_fn for the same request. However, if the MPI call completed multiple generalized requests, the order in which free_fn callback functions are invoked is not specified by MPI.
free_fn callback is also invoked for generalized requests that are freed by a call to MPI_REQUEST_FREE (no call to WAIT_{WAIT|TEST}{ANY|SOME|ALL} will occur for such a request). In this case, the callback function will be called either in the MPI call MPI_REQUEST_FREE(request), or in the MPI call MPI_GREQUEST_COMPLETE(request), whichever happens last. I.e., in this case the actual freeing code is executed as soon as both calls MPI_REQUEST_FREE and MPI_GREQUEST_COMPLETE have occurred. The request is not deallocated until after free_fn completes. Note that free_fn will be invoked only once per request by a correct program.
Advice to users.
Calling MPI_REQUEST_FREE(request) will cause the
request handle to be set to MPI_REQUEST_NULL.
This handle to the generalized request is no longer valid. However,
user copies of this handle are valid until after
free_fn completes since MPI does not deallocate the object
until then. Since free_fn is not
called until after MPI_GREQUEST_COMPLETE, the user copy of
the handle can be used to make this call. Users should note that
MPI will deallocate the object after free_fn
executes. At this point, user copies of the request handle no
longer point to a valid request. MPI will not set user copies to
MPI_REQUEST_NULL in this case, so it is up to the user to
avoid accessing this stale handle. This is a special case where MPI
defers deallocating the object until a later time that is known by
the user.
( End of advice to users.)
In C, the cancel function is
typedef int MPI_Grequest_cancel_function(void *extra_state, int complete);
in Fortran
SUBROUTINE GREQUEST_CANCEL_FUNCTION(EXTRA_STATE, COMPLETE, IERROR)
INTEGER IERROR
INTEGER(KIND=MPI_ADDRESS_KIND) EXTRA_STATE
LOGICAL COMPLETE
and in C++
typedef int MPI::Grequest::Cancel_function(void* extra_state, bool complete);
cancel_fn function is invoked to start the cancelation of a generalized request. It is called by MPI_REQUEST_CANCEL(request). MPI passes to the callback function complete=true if MPI_GREQUEST_COMPLETE was already called on the request, and complete=false otherwise.
All callback functions return an error code. The code is passed back and dealt with as appropriate for the error code by the MPI function that invoked the callback function. For example, if error codes are returned then the error code returned by the callback function will be returned by the MPI function that invoked the callback function. In the case of MPI_{WAIT|TEST}{ANY} call that invokes both query_fn and free_fn, the MPI call will return the error code returned by the last callback, namely free_fn. If one or more of the requests in a call to MPI_{WAIT|TEST}{SOME|ALL} failed, then the MPI call will return MPI_ERR_IN_STATUS. In such a case, if the MPI call was passed an array of statuses, then MPI will return in each of the statuses that correspond to a completed generalized request the error code returned by the corresponding invocation of its free_fn callback function. However, if the MPI function was passed MPI_STATUSES_IGNORE, then the individual error codes returned by each callback functions will be lost.
Advice to users.
query_fn must not set the error field of
status
since query_fn may be called by MPI_WAIT or
MPI_TEST, in which case the error field of status
should not change. The MPI library knows the ``context'' in which
query_fn is invoked and can decide correctly when to put
in the error field of status the returned error code.
( End of advice to users.)
| MPI_GREQUEST_COMPLETE(request) | |
| INOUT request | generalized request (handle) |
int MPI_Grequest_complete(MPI_Request request)
MPI_GREQUEST_COMPLETE(REQUEST, IERROR)
INTEGER REQUEST, IERROR
void MPI::Grequest::Complete()
The call informs MPI that the operations represented by the generalized request request are complete. (See definitions in Section Semantic Terms .) A call to MPI_WAIT(request, status) will return and a call to MPI_TEST(request, flag, status) will return flag=true only after a call to MPI_GREQUEST_COMPLETE has declared that these operations are complete.
MPI imposes no restrictions on the code executed by the callback functions. However, new nonblocking operations should be defined so that the general semantic rules about MPI calls such as MPI_TEST, MPI_REQUEST_FREE, or MPI_CANCEL still hold. For example, all these calls are supposed to be local and nonblocking. Therefore, the callback functions query_fn, free_fn, or cancel_fn should invoke blocking MPI communication calls only if the context is such that these calls are guaranteed to return in finite time. Once MPI_CANCEL is invoked, the cancelled operation should complete in finite time, irrespective of the state of other processes (the operation has acquired ``local'' semantics). It should either succeed, or fail without side-effects. The user should guarantee these same properties for newly defined operations.
Advice
to implementors.
A call to MPI_GREQUEST_COMPLETE may unblock a blocked user
process/thread. The MPI library should ensure that the blocked user
computation will resume.
( End of advice to implementors.)


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Product Manager
Menu
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Colin
Get Started
Think of this site as a product.
Where the goal is to seamlessly connect Colin Sidberry with product manager.
The Product Process
For This Site
1. User Personas
2. Wire Frame
3. Product Roadmap
4. Work Breakdown Structure
30-Day:
Learn
Build Relationships
Understand the Current Product
Understand the Current Space
Understand Product Process, Tools, Software
60-Day:
Confirming Credibility
Start leading strategic meetings
Identify near term strategic priorities
90-Day:
Iterate
Deliverables: Product Roadmap
Sub Goals:
Identify near term strategic priorities
Establish processes (communication cadence, sprint cycle, roadmap)
Extract learning for how this would work for the larger project
Ship first piece of functionality
Start working on the next initiative
For Your Company
Building Relationships
Success Metric: Connecting on 2 deeply personal topics with that individual
Challenge: How do you build relationships remotely?
Focus on the quality of your conversation by intermixing emotional vulnerability and humor
Sub Goals
Meet the Team
Goal: understand key people, process, politics, and pain points
Particularly product, design, and engineering
Support, success, sales, marketing
Understand Manager Painpoints
Manager's expectations for my role: goals, KPIs
Manager's own goals and KPIs
Confirm 30/60/90
Secure existing product documentation
Understand the Current Product
Deliverable: Product Review Document
Sub Goal:
Use the product
Success Metric: Successfully run through all current use cases
Understand missing features
Understand customer needs
Understand the Current Space
Deliverables: Market Analysis
Sub Goals:
Current competitors. What's been done in the space
Existing products
Understand Product Process, Tools, Software
Understand what product metrics are we using to gauge success
Draft sample roadmap
Draft sample backlog
Schedule a chat!
Schedule
Address
2375 Mariposa St. Apt2,
San Francisco, CA
Email
<EMAIL_ADDRESS>Phone
574-323-3700


Menu
Specials
Salad
Soups
Thai Curries
Lunch
Mon- Fri 11:30am - 2:30pm
All of Lunch Specials canbe added $1.95 for a cup of chicken in light coconut milk soup
(in house only)
Mon- Fri 11:30am - 2:30pm
All of Lunch Specials canbe added $1.95 for a cup of chicken in light coconut milk soup
(in house only)


If your cache servers (including your app servers if you're hosting cache on them) have multiple network cards, then you must bind NCache to a specific card. You can also bind Client/Server communication to different network cards. Or, you can bind them both to the same card. NCache can detect all Network Interface Cards (NIC's) on a server node and allows you to select among them. Selected NIC will be used by NCache for cluster-wide communication.
Following steps are required to select NIC:
NCache will detect and list all the NIC's on that node. Current NIC will be checked in green.
The selected NIC’s IP address is written in the appSettings of Alachisoft.NCache.Service.exe.config file. You can also manually modify the NIC's IP through configuration file, as shown below:
<add key = "NCacheServer.BindToClusterIP" value
= "" />
<add key = "NCacheServer.BindToClientServerIP" value = "" />
In the case your cache cluster consists of two or more nodes, the client.ncconf of other nodes is not updated. You will have to use "Configure Remote Clients" to update client.ncconf of other nodes.


File Uploads
Back
check console for logs
Upload Memory
Upload Single (+ body JSON)
Upload Multiple (+ body JSON)
Send JSON (application/json)
Upload to GCP using signed URL
Upload Google (filename must be test.txt)
Enable Cors Google
Read Google
Delete Google
Clear Inputs


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{% extends 'base.html' %} {% block content %} New Transcription A transcription is text to go along with an audio file! Many transcriptions belong in a collection called a Project. Create a New Project! {{form.non_field_errors}} {% csrf_token %} {{form.errors}} {{form.name}} {{form.url}} {{form.audio_file.label}} {{form.audio_file}} {{form.project}} {{form.transcription_format}} {{form.transcription_item_publish_date.label}} {{form.transcription_item_publish_date}} Upload File Don't See Your Project? Create a new one! {% endblock %}
A transcription is text to go along with an audio file!
Many transcriptions belong in a collection called a Project. Create a New Project!


SUMMARY
We are seeking a social media manager to maintain and grow our company’s social networks. As a social media manager, you will update social networks and curate content to gain new followers. You will also create new social marketing campaigns, build brand recognition, and manage all published company content. While working with web analytic tools to track campaign progress and researching industry trends, you will
maintain an active social presence and reply to customer inquiries. A successful social media manager will collaborate with marketing, PR, and legal teams to align company messages, promotions, and goals.
Duties and Responsibilities
- Develop and implement social media brand strategies, campaigns, and plans to build brand/company awareness
- Oversee day-to-day management of campaigns and ensure brand consistency
- Create, maintain, and grow new and existing social networks, including Twitter, LinkedIn, Pinterest, YouTube, FourSquare, Instagram, Google+, Facebook, and others
- Manage company blog and editorial calendar that aligns with social updates
- Monitor social media progress using web analytic tools
- Incorporate optimization strategies, analyze data, and research best ways to increase traffic
- Review success of campaigns and develop ways to improve
- Plan paid social media advertising strategies and budgets
- Secure new media partnerships
- Drive engagement with social media influencers
- Resolve customer issues through social media
- Create engaging written and visual content for blog
- Research new media platforms, trends, and industry opportunities
- Provide feedback from social media trends and research; relay it to business strategists
- Write effective, concise copy for multiple platforms, websites, and social networks
Requirements and Qualifications
- Excellent verbal and written communication skills
- Two years of social media management experience
- Experience with Hootsuite, Sprout Social, or HubSpot
- Knowledge of Photoshop, Illustrator, and Google Analytics
- Proficient computer skills, Microsoft Office Suite (Word, PowerPoint, Outlook, and Excel)
- Knowledge of Search Engine Optimization (SEO) best practices
- Experience with technologies and best practices for web design, web production, and creative design across multiple platforms
- Experience identifying and creating campaigns for target audience
- Excellent analytical and time-management skills
- Strong project management skills with ability to supervise multiple projects
salary offering
It Depends on Skill level of the Person. It starts from 4LPA to 10LPA


---
layout: game-page
redirect_from: /game/day-life-danger
title: A Day in the Life of Danger
year: 2009
semester: Spring
description: "Seek danger.
Guide Danger through a day in his life, by exposing him to dangerous situations and thus augmenting his abilities."
tags: Windows Singleplayer
# tag options: "Windows", "Mac", "Linux",
# "Singleplayer", "Multiplayer",
# "Controller-Compatible", "VR",
# "Game-Jam"
project_members: {
Chris Reid: Project Lead,
Clyde Schaffer: Sound Effects,
Matt Klingensmith: Music,
Sanchez Yuan: Programming Lead,
Wilson Pei: Art Director
}
stage_game_path: danger/
builds: {
Windows: danger.win32.zip
}
extra_content: "Design Document"
screenshots: [
danger-1.png,
danger-6.png,
danger-7.jpg,
danger-3.png,
danger-4.png,
danger-5.jpg
]
# Optional
awards: [
GCS Gold Award
]
top-img-fit: cover
# top-img-fit options:
# "cover" - Cover the entire top area with the image, without squashing/stretching
# "fill" - Fit the FULL image into the top area, squashing/stretching as necessary
---


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/last.20digit.20challenge.html ---
Ali asked me about digits of nats (in base 10) today and I'm writing a little API for him, but this is a pain:
example (m n : ℕ) : (m + n) % 10 = 9 → m % 10 + n % 10 = 9 := sorry
These things are still far more painful than I'd like. In a 3rd year number theory class I'd even claim that this was "obvious". Should I be using ZMOD or something?
I think this is omega.
My plan was to prove (m % 10 + n % 10) % 10 = 9
and then do some case bash because nat.mod_lt
says n % 10 < 10. But I'm not sure how to do the case bash or prove this intermediate step.
I think we already have that lemma
I thought there were some lemmas like this but I can't find any that are useful to me. We have (x + y * z) % y = x % y
and a % n % n = a % n
nat.modeq.modeq_add I believe.
I'm trying to prove something for Ali so he can formalise his claimed proof that he's found the smallest positive integer which is a multiple of 91 and whose digit sum is also a multiple of 91.
ooh I've not even got that imported I suspect. So I'm not using the right tools by the looks of things.
Ok thanks Chris; I'm now down to example (a b : ℕ) : a ≤ 9 → b ≤ 9 → (a + b) % 10 = 9 → a + b = 9 := sorry
; I want to do this by dec_trivial
even though it's a bit lame; it would be better to show that a + b \le 18 and any solution to x % 10 = 9 other than 9 is >= 19.
now down to e <= 18 -> e % 10 = 9 -> e = 9
OK I can do it with mod_add_div :-)
Thanks Chris!
If you reorder it to forall a le 9, forall b le 9
, it's dec_trivial
aah, please no gratuitous case bash on 10
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Money Play. How should Red play 21?
pips Red=158 White=151
(CorrectAnswer= 0/0, ErrorScore= 0)
The key here is to avoid 15/13, 24/23 which does nothing to improve Red’s position and is a bad error.
Either of 13/10, or 15/14, 13/11 is fine. Both moves seek to develop Red’s position and unstacking the mid-point is important.
24/21 is the wrong idea and 13/11, 6/5 is overplaying the position.
(Note the cube is now in the correct position)
Either of 13/10, or 15/14, 13/11 is fine. Both moves seek to develop Red’s position and unstacking the mid-point is important.
24/21 is the wrong idea and 13/11, 6/5 is overplaying the position.
(Note the cube is now in the correct position)
1. Cubeful 2-ply 15/14 13/11 Eq.: -0.358 0.441 0.098 0.003 - 0.559 0.144 0.005 2. Cubeful 2-ply 13/11 6/5 Eq.: -0.359 (-0.001) 0.449 0.107 0.004 - 0.551 0.166 0.010 3. Cubeful 2-ply 13/10 Eq.: -0.362 (-0.004) 0.440 0.099 0.003 - 0.560 0.145 0.006 4. Cubeful 2-ply 15/13 6/5 Eq.: -0.376 (-0.018) 0.434 0.092 0.002 - 0.566 0.138 0.005 5. Cubeful 2-ply 24/23 13/11 Eq.: -0.378 (-0.020) 0.438 0.095 0.003 - 0.562 0.152 0.005


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|
MiniLang Interpreter
1.0.0
Interpreter and REPL for a simple programming language written in C++
|
#include <xml_visitor.h>
Public Member Functions | |
| XMLVisitor () | |
| ~XMLVisitor () | |
| void | visit (parser::ASTProgramNode *) override |
| void | visit (parser::ASTDeclarationNode *) override |
| void | visit (parser::ASTAssignmentNode *) override |
| void | visit (parser::ASTPrintNode *) override |
| void | visit (parser::ASTReturnNode *) override |
| void | visit (parser::ASTBlockNode *) override |
| void | visit (parser::ASTIfNode *) override |
| void | visit (parser::ASTWhileNode *) override |
| void | visit (parser::ASTFunctionDefinitionNode *) override |
| void | visit (parser::ASTLiteralNode< int > *) override |
| void | visit (parser::ASTLiteralNode< float > *) override |
| void | visit (parser::ASTLiteralNode< bool > *) override |
| void | visit (parser::ASTLiteralNode< std::string > *) override |
| void | visit (parser::ASTBinaryExprNode *) override |
| void | visit (parser::ASTIdentifierNode *) override |
| void | visit (parser::ASTUnaryExprNode *) override |
| void | visit (parser::ASTFunctionCallNode *) override |
Private Member Functions | |
| std::string | indentation () |
| std::string | type_str (parser::TYPE) |
| std::string | xml_safe_op (std::string) |
Private Attributes | |
| std::ofstream | xmlfile |
| unsigned int | indentation_level |
| const std::string | TAB = " " |
| XMLVisitor::XMLVisitor | ( | ) |
| XMLVisitor::~XMLVisitor | ( | ) |
|
private |
|
private |
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
overridevirtual |
Implements visitor::Visitor.
|
private |
|
private |
|
private |
|
private |


Projects
Contributions
-
Ruby on Rails
— A popular web framework written in Ruby.
-
Bundler
— A gem versioning and management system for Ruby.
-
Discourse
— A platform for community discussion. Free, open, simple.
-
Thinking Sphinx
— Rails integration for the popular search engine, Sphinx.
-
fish
— The friendly interactive shell.


s = xlisten ("tcp://<IP_ADDRESS>:5555");
XPF_TCP - TCP transport mechanism
#include <xio/socket.h>
TCP transport allows for passing message over the network using simple reliable one-to-one connections. TCP is the most widely used transport protocol, it is virtually ubiquitous and thus the transport of choice for communication over the network.
When binding a TCP socket address of the form tcp://interface:port should be used. Port is the TCP port number to use. Interface is one of the following (optionally placed within square brackets):
Asterisk character (*) meaning all local network interfaces.
IPv4 address of a local network interface in numeric form (<IP_ADDRESS>).
IPv6 address of a local network interface in numeric form (::1).
Interface name, as defined by operating system.
When connecting a TCP socket address of the form tcp@interface://address:port should be used. Port is the TCP port number to use. Interface is optional and specifies which local network interface to use. If not specified, OS will select an appropriate interface itself. If specified it can be one of the following (optionally placed within square brackets):
IPv4 address of a local network interface in numeric form (<IP_ADDRESS>).
IPv6 address of a local network interface in numeric form (::1).
Interface name, as defined by operating system (eth0).
Finally, address specifies the remote address to connect to. It can be one of the following (optionally placed within square brackets):
IPv4 address of a remote network interface in numeric form (<IP_ADDRESS>).
IPv6 address of a remote network interface in numeric form (::1).
s = xlisten ("tcp://<IP_ADDRESS>:5555");
Dong Fang<EMAIL_ADDRESS>Martin Sustrik <sustrik@250bpm.com>


Elm-Vega Colour Tests
Default Schemes
Default continuous colours
Default ordinal colours
Default nominal colours
Named Schemes
Named colour scheme (plasma)
Upper range of named colour scheme
Reversed named colour scheme
Upper range of reversed colour scheme
Custom Schemes
Custom continuous range (red to blue)
Custom discrete values (red, green, blue)
Colour Scales
Sequential scale (default)
Linear scale
Power scale
Square root scale
Log Scale
Interpolation Type
HSL interpolation
HSL-long interpolation
Lab interpolation
HCL interpolation
HCL-long interpolation
Cubehelix interpolation
Cubehelix-long interpolation
Gamma Value
Cubehelix-long, gamma = -0.1
Cubehelix-long, gamma = 0
Cubehelix-long, (default) gamma = 1
Cubehelix-long, gamma = 2
Cubehelix-long, gamma = 10