| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| EVEX.128.F3.0F38.W1 2A /r VPBROADCASTMB2Q xmm1, k1 | RM | V/V | AVX512VL AVX512CD | Broadcast low byte value in k1 to two locations in xmm1. |
| EVEX.256.F3.0F38.W1 2A /r VPBROADCASTMB2Q ymm1, k1 | RM | V/V | AVX512VL AVX512CD | Broadcast low byte value in k1 to four locations in ymm1. |
| EVEX.512.F3.0F38.W1 2A /r VPBROADCASTMB2Q zmm1, k1 | RM | V/V | AVX512CD | Broadcast low byte value in k1 to eight locations in zmm1. |
| EVEX.128.F3.0F38.W0 3A /r VPBROADCASTMW2D xmm1, k1 | RM | V/V | AVX512VL AVX512CD | Broadcast low word value in k1 to four locations in xmm1. |
| EVEX.256.F3.0F38.W0 3A /r VPBROADCASTMW2D ymm1, k1 | RM | V/V | AVX512VL AVX512CD | Broadcast low word value in k1 to eight locations in ymm1. |
| EVEX.512.F3.0F38.W0 3A /r VPBROADCASTMW2D zmm1, k1 | RM | V/V | AVX512CD | Broadcast low word value in k1 to sixteen locations in zmm1. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
Description
Broadcasts the zero-extended 64/32 bit value of the low byte/word of the source operand (the second operand) to each 64/32 bit element of the destination operand (the first operand). The source operand is an opmask register. The destination operand is a ZMM register (EVEX.512), YMM register (EVEX.256), or XMM register (EVEX.128).
EVEX.vvvv is reserved and must be 1111b otherwise instructions will #UD.
Operation
VPBROADCASTMB2Q
(KL, VL) = (2, 128), (4, 256), (8, 512)
FOR j (cid:197) 0 TO KL-1
i (cid:197) j*64
DEST[i+63:i] (cid:197) ZeroExtend(SRC[7:0])
ENDFOR
DEST[MAX_VL-1:VL] (cid:197) 0
VPBROADCASTMW2D
(KL, VL) = (4, 128), (8, 256),(16, 512)
FOR j (cid:197) 0 TO KL-1
i (cid:197) j*32
DEST[i+31:i] (cid:197) ZeroExtend(SRC[15:0])
ENDFOR
DEST[MAX_VL-1:VL] (cid:197) 0
Intel C/C++ Compiler Intrinsic Equivalent
VPBROADCASTMB2Q __m512i _mm512_broadcastmb_epi64( __mmask8);
VPBROADCASTMW2D __m512i _mm512_broadcastmw_epi32( __mmask16);
VPBROADCASTMB2Q __m256i _mm256_broadcastmb_epi64( __mmask8);
VPBROADCASTMW2D __m256i _mm256_broadcastmw_epi32( __mmask8);
VPBROADCASTMB2Q __m128i _mm_broadcastmb_epi64( __mmask8);
VPBROADCASTMW2D __m128i _mm_broadcastmw_epi32( __mmask8);
SIMD Floating-Point Exceptions
None
Other Exceptions
EVEX-encoded instruction, see Exceptions Type E6NF.


Destroys the object.
destroy()
Returns undefined.
Description
The destroy() method will remove the object from the screen (if it is rendered), remove it
from w2ui object array and destroy all related objects. For example, if it is a grid, it will destroy
grid's toolbar. This method emits .onDestroy event.
You can also use w2destroy() method defined in utilities.


Let's get your order start:
- Choose your Size
Small - Feed 1-2 person, Medium - Feed 2-4 person, Large - Feed 4-6 person, XLarge - Feed 8-10 person
- Choose your Topping
- Wait for me to bake your pizza and pay!
- Take your pizza and see you next time!
This is your Choose for size:
This is your Choose for Topping:


Welcome to the wide, wonderful world of hashes and arrays! In this edition of Katrina's technical blog, we'll explore the difference between the two, and answer the biggest question of all: just WTF ARE they?
The short answers: They're ways of storing data, and they're actually kind of the same.
This is an array:
Random picture with no attribution on the internet
Each kitty represents a piece of data. Each box represents the spot for the data in the array. The numbers represent the order in which the data was entered into the array. You don't have to assign the numbers, the numbers are assigned automatically. These numbers are called keys. To access the data, you call it by it's key. (At which point it will systematically ignore you, while purring in its box, but I digress.)
 Instead of the kitty on the left having a key of 1, it would have a key of your decision, in this case, purple. When you enter the data into the hash, you enter the key word with it.
Fun side note: you can have an array within an array!
Another random picture with no attribution on the internet
Why do we care about arrays?
Arrays are great ways to maneuver and manipulate multiple pieces of data at once instead of having to process each one, one at a time. If you have to brush all of your cats, you go grab one out of the box, brush it, put it back in the box then grab the next one. This is faster than chasing the little buggers all over the house, one at a time.
Why do we care about hashes?
Hashes allow us to provide a key which could be considered a more descriptive tag for the data being stored. Example: a dictionary. Each word being defined could be the key, and the definition the data being stored.
Some important notes:
- The numbering for arrays actually starts at 0, not 1.
- Computer data does not go running all over the house unless you're having a REALLY bad day.
- Hashes actually do keep track of the order you enter the data. You still need to call the data by it's assigned key, but if you tell your program to go over the data in a hash, by default it will do so in the order it was entered.
- It is possible to add two arrays together, and the second array (the one added to the first) is appended to the end of the array. So if you have an array called 'A' that equals ['a', 'b', 'c'] and another called 'B' that contains ['d', 'e', 'f'], A + B can create a third array (lets call it 'C') that equals ['a', 'b', 'c', 'd', 'e', 'f']. This matters because in array B, 'e' has the key of 1 (remember arrays start counting at 0). In array C, 'e' now has a key of 4.
- It is also possible to add two hashes together, but in Ruby, if both have a piece of data with the same key, the second key will overwrite the first one.  Smith is the key, John is the value. Your hash called B also has a piece of data with the key Smith. 'Smith: Jason' If you merge the two hashes, the second one overwrites the first one. If you created a third hash by merging the other two (example: C = A.merge(B)), C with have only one piece of data with the key Smith. Because B is the second one listed, it will overwrite the shared key in A, so hash C will have the piece of data 'Smith: Jason'. If you reversed it, C = B.merge(A), then C will have the data 'Smith: John'.
- While purring in cats is cute, if your computer starts making a similar noise, back up your data, and call an exorcist.


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monitoring¶
-
pilot.util.monitoring.
check_local_space
()[source]¶ Do we have enough local disk space left to run the job?
- Returns
pilot error code (0 if success, NOLOCALSPACE if failure)
-
pilot.util.monitoring.
check_output_file_sizes
(job)[source]¶ Are the output files within the allowed size limits?
- Parameters
job – job object.
- Returns
exit code (int), error diagnostics (string)
-
pilot.util.monitoring.
check_payload_stdout
(job)[source]¶ Check the size of the payload stdout.
- Parameters
job – job object.
- Returns
exit code (int), diagnostics (string).
-
pilot.util.monitoring.
check_work_dir
(job)[source]¶ Check the size of the work directory. The function also updates the workdirsizes list in the job object.
- Parameters
job – job object.
- Returns
exit code (int), error diagnostics (string)
-
pilot.util.monitoring.
get_exception_error_code
(diagnostics)[source]¶ Identify a suitable error code to a given exception.
- Parameters
diagnostics – exception diagnostics (string).
- Returns
exit_code
-
pilot.util.monitoring.
get_local_size_limit_stdout
(bytes=True)[source]¶ Return a proper value for the local size limit for payload stdout (from config file).
- Parameters
bytes – boolean (if True, convert kB to Bytes).
- Returns
size limit (int).
-
pilot.util.monitoring.
get_max_allowed_work_dir_size
(queuedata)[source]¶ Return the maximum allowed size of the work directory.
- Parameters
queuedata – job.infosys.queuedata object.
- Returns
max allowed work dir size in Bytes (int).
-
pilot.util.monitoring.
get_max_input_size
(queuedata, megabyte=False)[source]¶ Return a proper maxinputsize value.
- Parameters
queuedata – job.infosys.queuedata object.
megabyte – return results in MB (Boolean).
- Returns
max input size (int).
-
pilot.util.monitoring.
job_monitor_tasks
(job, mt, args)[source]¶ Perform the tasks for the job monitoring. The function is called once a minute. Individual checks will be performed at any desired time interval (>= 1 minute).
- Parameters
job – job object.
mt –
MonitoringTime
object.args – Pilot arguments (e.g. containing queue name, queuedata dictionary, etc).
- Returns
exit code (int), diagnostics (string).
-
pilot.util.monitoring.
set_number_used_cores
(job)[source]¶ Set the number of cores used by the payload. The number of actual used cores is reported with job metrics (if set).
- Parameters
job – job object.
- Returns
-
pilot.util.monitoring.
should_abort_payload
(current_time, mt)[source]¶ Should the pilot abort the payload? In the case of Raythena, the Driver is monitoring the time to end jobs and may decide that the pilot should abort the payload. Internally, this is achieved by letting the Actors know it’s time to end, and they in turn contacts the pilot by placing a ‘pilot_kill_payload’ file in the run directory.
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
- Returns
exit code (int), error diagnostics (string).
-
pilot.util.monitoring.
utility_monitor
(job)[source]¶ Make sure that any utility commands are still running. In case a utility tool has crashed, this function may restart the process. The function is used by the job monitor thread.
- Parameters
job – job object.
- Returns
-
pilot.util.monitoring.
verify_disk_usage
(current_time, mt, job)[source]¶ Verify the disk usage. The function checks 1) payload stdout size, 2) local space, 3) work directory size, 4) output file sizes.
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
job – job object.
- Returns
exit code (int), error diagnostics (string).
-
pilot.util.monitoring.
verify_looping_job
(current_time, mt, job)[source]¶ Verify that the job is not looping.
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
job – job object.
- Returns
exit code (int), error diagnostics (string).
-
pilot.util.monitoring.
verify_memory_usage
(current_time, mt, job)[source]¶ Verify the memory usage (optional). Note: this function relies on a stand-alone memory monitor tool that may be executed by the Pilot.
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
job – job object.
- Returns
exit code (int), error diagnostics (string).
-
pilot.util.monitoring.
verify_running_processes
(current_time, mt, pid)[source]¶ Verify the number of running processes. The function sets the environmental variable PILOT_MAXNPROC to the maximum number of found (child) processes corresponding to the main payload process id. The function does not return an error code (always returns exit code 0).
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
pid – payload process id (int).
- Returns
exit code (int), error diagnostics (string).
-
pilot.util.monitoring.
verify_user_proxy
(current_time, mt)[source]¶ Verify the user proxy. This function is called by the job_monitor_tasks() function.
- Parameters
current_time – current time at the start of the monitoring loop (int).
mt – measured time object.
- Returns
exit code (int), error diagnostics (string).


@(tpl: models.MainTemplate)(implicit flash: Flash, messages: Messages) @main(tpl.copy(title = Some("You are now logged out"))) { You are now logged out
Log back in


Experience
Chrome Contributor, Google, Dec 2020 - Present
Worked alongside the Google devTools team and identified issues, fixed bugs, and used Google’s code review system. Worked on Google’s open source project Chromium and helped improve a large code base. Read previous code changes and discussed best practice with the Google team and other contributors. Fixed a bug that caused a text overlap in the throttling section of DevTools Settings.
Open Source Contribution:
Fixed text overlap in the throttling section of DevTools Settings. (merged code)
Education
California State University Dominguez Hills, Carson, CA
B.A. - Digital Media Arts -2014
Technologies
JavaScript, HTML, CSS, Git, Django, Python, Test Driven Development.


Ivy.Core
Ivy.Core
contains the majority of ivy’s logic and its main/1
.
Summary↑
| build() | Parse templates, pages and posts and render them to file |
| build_index() | Renders an index.html |
| clean_out_dir() | Removes any stale artefacts from previous runs before building |
| configure() | Parses and activates the local config |
| copy_raw(list1) | Copies files to the |
| copy_static_files() | Copies the static dir into |
| main(args) | Entry point for the escript |
| print_version() | Print the name and version number |
| run_server(port) | Runs a local server |
| setup() | Starts all Stores and configures ivy |
| show_help() | Print a help text |
| when_done(status_code) | Ensures that ivy terminates as expected even when plugins unexpectedly terminate processing |
Functions
Specs:
- build :: :ok | no_return
Parse templates, pages and posts and render them to file.
Specs:
- build_index :: :ok
Renders an index.html
Specs:
- clean_out_dir :: :ok | no_return
Removes any stale artefacts from previous runs before building.
Specs:
- configure :: :ok
Parses and activates the local config.
Specs:
- copy_raw([Path.t]) :: :ok
Copies files to the :out
dir.
Specs:
- copy_static_files :: no_return | [Path.t]
Copies the static dir into :out
Specs:
- main([any]) :: no_return
Entry point for the escript.
Specs:
- print_version :: :ok
Print the name and version number.
Specs:
- run_server(pos_integer) :: :ok
Runs a local server.
Specs:
- setup :: :ok
Starts all Stores and configures ivy.
Specs:
- show_help :: :ok
Print a help text.
Specs:
- when_done(non_neg_integer) :: :ok | no_return
Ensures that ivy terminates as expected even when plugins unexpectedly terminate processing.


Installation
Python Environment
The python distribution Anaconda is recommended. The package was tested with the anaconda distribution with Python>=3.7 under Ubuntu 20.04 and MacOS Big Sur. Some of the dependencies are more easily installed by using the conda commands, e.g., cartopy.
It’s also recommended to create a virtual environment to avoid the version conflicts. To create a virtual environment, try:
conda create --name [YOUR_ENV_NAME] python=3.8 spyder
The package “spyder” is a widely-used python IDE. Other IDEs, like “VS Code” or “Pycharm” also work fine.
Remember to activate the virtual environment, before installing the package and processing your project:
conda activate [YOUR_ENV_NAME]
More detailed information to manage the anaconda environment can be found here,
Quick Installation
Install from the pre-built release (recommended):
pip install geospacelab
Install from Github:
pip install git+https://github.com/JouleCai/geospacelab@master
Dependencies
Most of the dependencies will be installed automatically when the package is installed, including toml, requests, natsort, bueatifulsoup4, numpy, scipy, matplotlib, h5py, netcdf4, cdflib, madrigalweb, and aacgmv2.
Some other dependencies will be needed if you see a ImportError or ModuleNotFoundError displayed in the python console. Those packages are listed below:
cartopy: Map projection for geospatial data.
conda install -c conda-forge cartopy
apexpy: Apex and Quasi-Dipole geomagnetic coordinate system.
pip install apexpy
Note
The gcc or gfortran compilers are required before installing “apexpy”.
MacOS:
brew install gcc
Ubuntu:
sudo apt install gcc gfortran
Please install the packages above, if needed.
First-time Startup and Basic Configuration
Some basic configurations will be set when the package is imported for the first time. Please pay attention on the message
prompted in the python console.
First, a root directory for storing the data need to be set. The default root directory is [YOUR_HOMR_DIR]/geospacelab/data
.
You are able to set another directory as you want.
Second, some online database may ask inputs on the user’s information. For example, When the modules to access the online Madrigal database is imported, the package will ask for the inputs of user’s full name, email, and affiliation.
All the user’s configuration can be reset by editing the toml file at
[YOUR_HOME_DIR]/.geospacelab/config.toml
.
For example, to change the root directory for storing the data, modify or add the lines in the file “config.toml”:
[datahub] data_root_dir = "YOUR_ROOT_DIR"
To set the Madrigal cookies, change the lines:
[datahub.madrigal] user_fullname = "YOUR_NAME" user_email = "YOU_EMAIL" user_affiliation = "YOUR_AFFILIATION"
Upgrade
If the package is installed from the pre-built release. Update the package via:
pip install geospacelab --upgrade
Uninstallation
Uninstall the package via:
pip uninstall geospacelab


Project Description
The Windows Input Simulator provides a simple .NET (C#) interface to simulate Keyboard or Mouse input using the Win32 SendInput method. All of the Interop is done for you and there's a simple programming model for sending multiple keystrokes.
Windows Forms provides the SendKeys method which can simulate text entry, but not actual key strokes. Windows Input Simulator can be used in WPF, Windows Forms and Console Applications to synthesize or simulate any Keyboard input including Control, Alt, Shift, Tab, Enter, Space, Backspace, the Windows Key, Caps Lock, Num Lock, Scroll Lock, Volume Up/Down and Mute, Web, Mail, Search, Favorites, Function Keys, Back and Forward navigation keys, Programmable keys and any other key defined in the
Virtual Key table. It provides a simple API to simulate text entry, key down, key up, key press and complex modified key strokes and chords.
Get it on NuGet.org
Install-Package InputSimulator
Examples
Example: Single key press
public void PressTheSpacebar()
{
InputSimulator.SimulateKeyPress(VirtualKeyCode.SPACE);
}
Example: Key-down and Key-up
public void ShoutHello()
{
// Simulate each key stroke
InputSimulator.SimulateKeyDown(VirtualKeyCode.SHIFT);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_H);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_E);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_L);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_L);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_O);
InputSimulator.SimulateKeyPress(VirtualKeyCode.VK_1);
InputSimulator.SimulateKeyUp(VirtualKeyCode.SHIFT);
// Alternatively you can simulate text entry to acheive the same end result
InputSimulator.SimulateTextEntry("HELLO!");
}
Example: Modified keystrokes such as CTRL-C
public void SimulateSomeModifiedKeystrokes()
{
// CTRL-C (effectively a copy command in many situations)
InputSimulator.SimulateModifiedKeyStroke(VirtualKeyCode.CONTROL, VirtualKeyCode.VK_C);
// You can simulate chords with multiple modifiers
// For example CTRL-K-C whic is simulated as
// CTRL-down, K, C, CTRL-up
InputSimulator.SimulateModifiedKeyStroke(VirtualKeyCode.CONTROL, new [] {VirtualKeyCode.VK_K, VirtualKeyCode.VK_C});
// You can simulate complex chords with multiple modifiers and key presses
// For example CTRL-ALT-SHIFT-ESC-K which is simulated as
// CTRL-down, ALT-down, SHIFT-down, press ESC, press K, SHIFT-up, ALT-up, CTRL-up
InputSimulator.SimulateModifiedKeyStroke(
new[] { VirtualKeyCode.CONTROL, VirtualKeyCode.MENU, VirtualKeyCode.SHIFT },
new[] { VirtualKeyCode.ESCAPE, VirtualKeyCode.VK_K });
}
Example: Simulate text entry
public void SayHello()
{
InputSimulator.SimulateTextEntry("Say hello!");
}
Example: Determine the state of different types of keys
public void GetKeyStatus()
{
// Determines if the shift key is currently down
var isShiftKeyDown = InputSimulator.IsKeyDown(VirtualKeyCode.SHIFT);
// Determines if the caps lock key is currently in effect (toggled on)
var isCapsLockOn = InputSimulator.IsTogglingKeyInEffect(VirtualKeyCode.CAPITAL);
}
History
It was originally written for use in the
WpfKB (WPF Touch Screen Keyboard) project to simulate real keyboard entry to the active window. After looking for a comprehensive wrapper for the Win32 and User32 input simulation methods and coming up dry I decided to write and open-source this project. I hope it helps someone out there!
Comments and Contributions
Feel free to comment, log issues/suggestions, or even better contribute to the project!


Cheeseburger rubber cheese port-salut. Airedale fromage frais danish fontina stinking bishop taleggio queso cheese on toast hard cheese. Cheesy grin halloumi who moved my cheese gouda red leicester parmesan roquefort cheese and wine. Cauliflower cheese st. agur blue cheese smelly cheese queso fondue cheese slices ricotta.
Rubber cheese cheesy grin cheese and biscuits. When the cheese comes out everybody's happy halloumi port-salut port-salut who moved my cheese mozzarella blue castello parmesan. Macaroni cheese roquefort feta cheesy feet halloumi say cheese caerphilly brie. Squirty cheese.
Pecorino danish fontina stilton. Blue castello ricotta dolcelatte smelly cheese manchego boursin squirty cheese st. agur blue cheese. Smelly cheese cheesy feet fromage frais boursin cheese strings bocconcini cauliflower cheese rubber cheese. Melted cheese.
Paneer chalk and cheese edam. Smelly cheese cheesy grin brie paneer smelly cheese edam goat cheese slices. Cheese slices cottage cheese bocconcini mascarpone airedale red leicester when the cheese comes out everybody's happy bavarian bergkase. Cheese and wine ricotta brie macaroni cheese.
Stilton when the cheese comes out everybody's happy st. agur blue cheese. Red leicester stinking bishop blue castello edam danish fontina fondue roquefort cottage cheese. Stinking bishop rubber cheese cream cheese feta babybel caerphilly swiss caerphilly. Stilton boursin danish fontina chalk and cheese feta.


You are now free to browse the eepWeb!
Your browser is now configured to browse anonymously on the I2P network.
As you browse, your traffic will be routed through other network nodes
to disguise it's origin, both from the server and from the nodes
themselves.


Ok, actually the book is in german but the english transation seems to be in production and boy can I suggest you read it. Tim Renner was already organizing gigs for bands when he was young and started working as a journalist which brought him to the idea to write an undercover-story about the music labels… which brought him to Polydor where he then worked, joyfully. He signed Element of Crime, got his first hit with Philip Boa, took over the lead of Progressive Music in 89 and then founded Motor Music 5 years later as part of Polydor. Portishead and The Cardigans as well as 2Pac might be some of the very well known acts from that label. Rammstein would be another, who sold over 500k albums … in the US … in German! :)
After some steps he took over as CEO and Chairman of Universal Music Deutschland in 2001 (PolyGram joined forces with Universal in 1998). He there worked with Eminem, Sting, Pavarotti, U2, Bon Jovi and more. Then, when Universal needed to split with lots of national artists in Germany beginning 2004, he quit his position, took a trip around the world and wrote this book. (The german version of this can be found here.)
He is now one of 100 managers being part of the Global Leaders of Tomorrow of the WEF.  Why? Mainly because he is a great writer and knows the business inside out. It’s a wonderful mix. It also resonates with me a lot in terms of the problems with the stock market, short term thinking, bad consultants, and new world order due to the internet. The music industry was there due to the high amount of transaction costs in the process but this is slowly being removed and with it the need for the music industry (giants). There are also lots of great stories in the book so this might be for almost everyone. If you are interested in business and the music industry, linked with the times we live in, and want some great reading and writing, … if you are in germany, go out and buy the book. Otherwise, buy it in english when it is out!


{% extends "dixy/master.html" %} {% block javascript %} {% endblock %} {% block content %}
The points on the scatterplot are coloured according to a number of criteria:
| Gene (hover for gene names) | |
| Significant Gene (improved fitness) | |
| Significant Gene (reduced fitness) | |
| Selected Gene | |
| Selected and Significant Gene | |
A number of keyboard shortcuts help with navigation of the datasets and gene lists:
| Key | Function |
|---|---|
| c | Clear currently selected points |
| , | Select 'previous' dataset (button to left of current dataset). |
| . | Select 'next' dataset (button to right of current dataset). |
| Up arrow | Move up through current list of Genesets |
| Down arrow | Move down through current list of Genesets |
| Shift+Click | Open gene in SGD |
Click button to generate a saveable (.SVG) version of the current graph which will appear at the foot of this page.
Reverse significant points colouring:
Use the text box above to search for genes of interest. Searches will auto-complete based on gene name or systematic ORF name.
Paste in comma-separated lists to select groups of genes.
If searching by standard gene name does not return any result, please try searching by systematic ORF name instead.
If searching by systematic ORF name does not return any result, this means that the gene disruption was not present in the library screened.
Select gene sets from the lists below to highlight groups of interest. Use the up and down arrows on your keyboard to cycle through the currently selected list of lists.


Reservation for Chennai Express
A government run,government owned railway booking service
Enter Name:
Email Address:
Phone Number:
From:
To:
Enter the class:
A1
2 Tier AC
3 Tier AC
Sleeper
Enter the number of tickets to be reserved:
For cancellation fill these additional columns:
Do you want to cancel a booked ticket?(Y/N)
Enter the ticketid for cancellation
I have read the terms and conditions


rip
Remove files or directories by sending them to the graveyard, allowing for them to be recovered.
More information: home page
- Remove files or directories from specified locations and place them in the graveyard:
rip path/to/file_or_directory path/to/another/file_or_directory
- Interactively remove files or directories, with a prompt before every removal:
rip --inspect path/to/file_or_directory path/to/another/file_or_directory
- List all files and directories in the graveyard that were originally within the current directory:
rip --seance
- Permanently delete every file and directory in the graveyard:
rip --decompose
- Put back the files and directories which were affected by the most recent removal:
rip --unbury
- Put back every file and directory that is listed by `rip --seance`:
rip --seance --unbury


Before Change
identical within a first difference. In most scenarios, this requires
ids to be identical within an entity.
y = self.dependent.first_difference().values2d
x = self.exog.first_difference().values2d
w = 1.0 / self.weights.panel.values
w = w[:, :-1] + w[:, 1:]
After Change
identical within a first difference. In most scenarios, this requires
ids to be identical within an entity.
y = self.dependent.first_difference()
time_ids = y.time_ids
index = y.index
y = y.values2d
x = self.exog.first_difference().values2d
if np.all(self.weights.values2d == 1.0):


File Metadata Microservice
Porting FreeCodeCamp APIs and Microservices Certification Challenges from JS to Python
User Stories:
I can submit a form object that includes a file upload.
The from file input field has the "name" attribute set to "upfile". We rely on this in testing.
When I submit something, I will receive the file name, and size in bytes within the JSON response. e.g.
{"name":"my-cat.jpg","type":"image/jpeg","size":86534}
Proudly BackEnded by Jesús Muñoz a.k.a. "omiK"
using Python, Flask, and Bulma CSS. Feel free to use/remix/destroy


Time to enter the labyrinth!
This week at Society of Physics Students, students got to program a robot to navigate some treacherous mazes! Students are encouraged to compete with friends to see whose code brings their robot to the end first! Challenge modes available for those eager to test their coding skills to the limit!
And Happy Thanksgiving everyone (fyi turkeys taste yummier when cooked by electrocution) :>
Ever wanted to learn how to program a robot to navigate a maze?
Now you can with Arduino, an open-source electronics platform that allows you to code commands to control motors, power LEDs, and more! This week, we went over the basics of Arduino hardware and how servo motors work, and we also showcased our Whack-a-Mole circuit game from last spring!
This is part 1 of our 2-part Arduino Workshop, to be continued in Week 9!
Featuring the Large Plasma Device (LAPD)!
This week SPS went to the Basic Plasma Science Facility in Westwood. Thanks Dr.Carter for the presentation and the lab tour!
SPS at the Enormous Activities Fair and Undergrad Research Center (URC) Fair.


--- title: The Polish Checklist for Web Developers date: 2016-03-28 hero_image: writing/the-polish-checklist-for-web-developers-hero.png hero_style: full_bleed featured_image: writing/the-polish-checklist-for-web-developers.png medium_url: https://medium.com/@danrschlosser/the-polish-checklist-for-web-developers-5b190b8b6851 ---
It’s not hard to tell a good website from a great website. You can feel it. While most designers consider proper word choice, typography, and spacing, there are some details that are often forgotten. This is a list of tweaks to consider whenever you build a website. Put together, these tips can go a long way towards making a website feel polished.


8.3.1.a choices element
You must see a select control and a select1 control on the page. The select control must contain three
choices elements labeled Group 1, Group 2, and Group 3. The select1 control must contain three choices
elements labeled Group 4, Group 5, Group 6.
select control:
Group 1
Group 2
Group 3
select1 control:
Group 4
Group 5
Group 6


CHUWI smashing last year records during Singles Day - Gizchina.com
by Ying HuaRate this post
Singles Day is quite often the peak point of the year in terms of sales for many brands. And the famous tablet/laptop makers CHUWI are no exception to this rule, because in the current 11.11 shopping festival on Aliexpress managed to smash some records from last year. For starters it took them just 2:26 minutes to surpass $100.000 GMV (Gross Merchandise Volume) and exceed last year GMV numbers in just 1:20:94. Fairly impressive, but they are absolutely not done yet, because the promos and sales are still ticking and people are going for more.
And there are even some extra promos to help the sales so let’s take a look. The “Buy one get one free” promo is quite self-explanatory and is promising to give the customer some extra accessories for selected models, usually a free stylus pen or a handbag. There are also extra coupons for new customers and you can enter giveaway with simple comments and win a free Hi9 Air tablet. But probably most interesting promo is the 90% discount for the CHUWI CoreBook model, limited to just 6 pieces on November 12th 8:00 PT, but wouldn’t want such beauty for only $50 ?
There are also special discount coupons ILOVEAE20 and NOTEBOOK30 for $20 and $30 discounts for purchases over $200 and $300 respectively, so should be a good way to slash the prices even more. And the offered selection of products is running pretty deep, because you will have a chance to see for the first time for example new CHUWI UBook Pro for just $299.99 and of course the full selection of CHUWI’s products from both tablet and laptop categories. So check the offers out, because if there is a perfect time to get some shiny new chinese gadget, it’s certainly in Singles Day sales.


Let's be real: nothing beats a custom-made website built from the ground up. There's nothing really as difficult, either. But you're better than frameworks! What are you to do?
Business Casual is a framework I originally built for my personal website, and now I'm sharing what I've learned with you. See what makes Business Casual tick and extend it with your own features, or just take bits and pieces to work with your own code. I promise I won't mind.
Why reinvent the wheel? Stay awesome.
In general, the architecture of Business Casual can be broken down into three parts:
You can think of the building part as the ice cream in an ice cream sandwich, binding the two chocolate cake pieces together. Both the development part and the production part define the same rules and instructions; the way those pieces appear, however, are very different.
The following graphic depicts the Business Casual development workflow, abstracting out the development, building, and production parts:
This part of the Business Casual workflow is where you'll actually write code. The development part is written in two programming languages: LESS and Javascript.
|
Pro tip LESS is a CSS pre-processor that allows you to use logic, control paths, and variables in your stylesheets. Once you have written LESS code, you need to compile that code into CSS in order for it to work in the browser. Click here to learn more. |
|---|
LESS code exists in the less/
directory and is broken down into 11 files. Out of these files, 4 of them
are important in order to understand the structure of Business Casual:
| File | Description |
|---|---|
basics.less |
Defines basic HTML features that are styled in Business Casual, like h1
and code tags. |
business-casual.less |
The "god file" that imports all other LESS files. |
customize.less |
Defines all customizable attributes for easy modification. This file is intended to be modified. |
scaffolding.less |
Defines the default values for the values in customize.less . This file is
not intended to be modified. |
If you wish to add another LESS file to extend Business Casual, by all means do so; just remember to add an import
statement in business-casual.less
.
|
Heads up! The order of the import statements in business-casual.less matter! When you add your own
import statement, you should always add it to the end of business-casual.less for safety.
|
|---|
Javascript code exists in the js/
directory under the file business-casual.js
and is
minimized directly by Grunt. Since this
file has a very particular stucture to it, we will discuss this file in detail in the
Javascript section.
Once you have finished writting Javascript and LESS code, it's time to "build" Business Casual by running it through a task runner known as Grunt. "Building" refers to the process of verifying, consolidating, and shrinking your code to something smaller and more manageable.
Grunt is a piece of software that automates the building process for you. Grunt is written in Javascript (traditionally a language for web browsers) and therefore must run on a platform called Node. The process for installation is described on the main Business Casual website.
Grunt uses two plugins to build your code: lessc
and Uglify. lessc
is a LESS compiler
that takes all your LESS files and consolidates them into a single CSS file. Uglify is a Javascript compiler
that minimizes your Javascript to reduce its file size and loading times. These plugins are installed
using the npm install
command on your command line.
|
Pro tip Uglify gets its name because minimized Javascript is completely incomprehensible, i.e. ugly. |
|---|
This is the part of the Business Casual workflow that you will use to style your website. There are only two
files that you have to include in your HTML code to style it with Business Casual: business-casual.css
and business-casual.min.js
.
Both business-casual.css
and business-casual.min.js
are much smaller than their
developmental counterparts. Grunt will report exactly how much your code was reduced when you run it. For example,
LESS starting at 22.45kB will shrink to 18.21kB, and Javascript starting at 21.44kB will shrink to 7.56kB. This is
beneficial because it reduces the amount of dependencies in your website and it allows your website to load
much faster.
If you ever got to look at
older versions of business-casual.js
, you knew that the code was complicated and hard
to extend.
Starting with BC v1.2, business-casual.js
has been completely refactored to alleviate many of problems encountered
when working with BC JS. Some of the design goals for the refactoring of BC JS are described below:
The following sections briefly discuss the different parts of BC JS and how you can interact with them to add your own dynamic features to Business Casual.
In general, BC JS is made up of four important components:
BusinessCasual
objectService
objectsBroadcaster
objectEach of these four components work together in order to create dynamic features in Business Casual. Let's discuss the role of each component in Business Casual and how they work:
The BusinessCasual
object is a singleton object that acts the controller for all of Business Casual.
Each of the BC DOM objects are invoked via the BusinessCasual
object, and the entire bootstrapping and execution
process is choreographed by this object.
version |
The version that this particular business-casual.js file conforms to. |
|---|---|
availables |
A dictionary of possible queries and their corresponding BC DOM objects. It is because of
this dictionary that the BusinessCasual object knows how to form a one-to-one relationship between
BC DOM objects and real DOM objects. |
elements |
An array of all the BC DOM objects that are currently in existance. |
bootstrap |
Browses the availables dictionary and makes a query on the document. If the
document returns any matches, this function will instatiate the corresponding BC DOM object and append it
into the elements array. |
|---|---|
run |
Loops through each element in the elements array and calls execute
on it. |
BusinessCasual
object acts as the controller for BC JS.bootstrap
function is the same function that you call in script
tags
in your HTML code.availables
dictionary to make one-to-one relationships between BC DOM
objects and real DOM objects.BC DOM objects define the behavior of an instance of a particular dynamic feature in Business Casual. For example,
there exists a sticky
BC DOM object to define the behavior of the sticky
feature.
There can exist infinitely many BC DOM objects, and exactly one instance of a BC DOM object will be mapped
to exactly one instance of its corresponding real DOM object. So, if there are 5 sticky
elements,
there will be 5 sticky
BC DOM objects, where each BC DOM object is completely self-contained.
| Constructor | Each BC DOM object needs to implement its own constructor. It is here that the BC DOM
object will describe what it needs to do when the BusinessCasual object asks it to bootstrap
to a particular element in the DOM. In other words, any initialization that needs to be done during
the bootstrapping process needs to be performed in this function.
The constructor must take exactly one argument called elem , which is the element
that the BusinessCasual object is asking this object to bootstrap itself to. |
|---|---|
execute |
When the webpage finishes bootstrapping, the BusinessCasual object
will then begin calling this function on each BC DOM object in existance. It is here that the BC DOM
object will describe what it needs to do when the webpage is running. This function takes no arguments. |
BusinessCasual
object will instantiate as many instances of a BC DOM object as it needs
and automatically call the appropriate functions on it.BusinessCasual
object. It is the
responsibility of the BC DOM object to retrieve the approriate service for indefinite operation.elem
, the element that the
BusinessCasual
object is asking this object to bootstrap itself to. The execute
function must take no arguments.Javascript allows you to assign functions to browser properties, like onscroll
for example,
so that you can define your own custom functionalit to them. Unfortunately, you can only assign a single
function to a browser property, which means performing multiple tasks for a browser property can get a little crazy.
The Service
objects in BC JS attempt to alleviate this problem by providing a safe route for BC DOM objects
to take when they want to utilize a particular browser property.
subscribers |
Functions that were provided by instances of BC DOM objects that perform an action the BC DOM object wants based on this service. |
|---|
subscribe |
Given a function func , adds it to a subscriber list to get
invoked when the browser property is called. For example, in the ScrollingService , functions
may subscribe to the service to get invoked when the webpage scrolls. |
|---|
ScrollingService
, simply call
ScrollingService.subscribe(func)
.The Broadcaster
object is a singleton object that allows instances of a BC DOM object to share variables
amongst themselves. In other words, the Broadcaster
provides a safe way to define global variables.
channels |
Key-value pairs that the Broadcaster object references. |
|---|
hasChannel |
Given a channel c ,
checks for the existance of the channel in the channels property. |
|---|---|
getChannel |
Given a key name , retrieves the value corresponding to the given name. |
setChannel |
Given a key name and a value value , creates a channel in
the channels property. |
Broadcaster
object is a singleton that allows multiple BC DOM objects to safely access
global varaibles.Broadcaster
is a static prototype. So, to ask the Broadcaster
if there is a
channel named foo
, simply call Broadcaster.hasChannel("foo")
.business-casual.js
; you should always
use the Broadcaster
for this purpose.hasChannel
before getChannel
to avoid undefined
variables.


Editor¶
-
class
omexmeta
::
Editor
¶ Add or change annotations in xml.
Public Functions
-
Editor
(std::string xml_or_file, bool create_ids, const LibrdfModel &model, NamespaceMap &ns_map, UriHandler &uriHandler, bool generate_new_metaids = false, bool sbml_semantic_extraction = true)¶ constructor for Editor.
The
Editor is usually instantiated from the RDF::to_editor class which automatically takes care of the- Parameters
xml_or_file
: The valid xml content for annotation OR the path to the file on disk containing this contentgenerate_new_metaids.
: Autogenerate metaids for xml element that do not already have themsbml_semantic_extraction.
: Whenxml_or_file
: is determined to be sbml, automatically extract some information regarding species and reactions. This option is ignored whenxml_or_file
: is not sbml. Default is true.model
: a reference to the current model (owned by RDF).nm_map
: a set of namespaces for current xml
- Parameters
model
: andns_map
: arguments. When instantiated, the editor class automatically reads the XML and adds metaids to some or all of the elements, depending on the XML type parameter. If the user specifies that they are annotating an SBML model, the elements returned by OmexMetaSBML::getValidElements() are given metaids (if not exist), while if the user chooses cellml the elements returned by OmexMetaCellML::getValidElements() are used. If the type is unknown, then all elements are given metaids.
-
~Editor
() = default¶ We no longer required to free the triples_ used by Editor since they are created and freed inplace - i.e. locally, not at the class scope.
-
int
size
() const¶
-
const NamespaceMap &
getNamespaces
() const¶ returns a hashmap of namespaces to prefixes.
- Return
Map where keys are namespaces and values are prefixes
-
librdf_model *
getModel
() const¶ return the underlying librdf_model* pointer
- Return
the librdf_model pointer
-
void
setNamespaces
(const NamespaceMap &namespaces)¶ set the namespace map.
-
const std::string &
getXml
() const¶ return the xml
- Return
the xml string after metaids are added
-
const std::vector<std::string> &
getMetaids
() const¶ returns a list of metaids both that existed previously and that was added during instantiation.
- Return
vector of metaids used in the xml
-
void
addNamespace
(const std::string &ns, std::string prefix)¶ add a namespace
- Parameters
ns
: the namespaceprefix
: the prefix used in serialized annotations to refer to the namespace
-
void
addSingleAnnotation
(LibrdfNode subject, const PredicatePtr &predicate_ptr, const LibrdfNode &resource)¶ Add a SingleAnnotation (aka a Triple) to the model.
- Parameters
subject
: the subject portion of the triplepointer
: to the predicate the predicate portion of the triple. Ths is a pointer to support polymorphic calls.resource
: the resource portion of the triple
-
void
addSingleAnnotation
(SingularAnnotation &singularAnnotation)¶ Add a SingleAnnotation (aka Triple) to the rdf graph.
- Parameters
singularAnnotation
: An instance of SingularAnnotation to add to the model
-
void
removeSingleAnnotation
(const SingularAnnotation &singularAnnotation) const¶ remove a singular annotation (aka Triple) from the rdf graph
- Parameters
singularAnnotation
: An instance of SingularAnnotation to remove from the model
-
void
addCompositeAnnotation
(PropertyBearer *phenomenonPtr)¶ add a composite annotation to the rdf graph.
Composite annotations currently supported are
PhysicalEntity, PhysicalProcess and EnergyDiff. The PhysicalDependency type will be supported in future releases.- Parameters
phenomenonPtr
: A pointer to an object of type PhysicalPhenomenon, the superclass of the composite annotations.
For developers. Consider removing this function in favour of using the add* functions.
-
void
addPhysicalProperty
(PhysicalProperty &physicalProperty)¶ add a physical process to the rdf graph
-
void
addPhysicalEntity
(PhysicalEntity &physicalEntity)¶ add a composite annotation of type PhysicalEntity to the rdf graph
- Parameters
physicalEntity
: An instance of a PhysicalEntity object to add to the rdf graph.
-
void
removePhysicalEntity
(PhysicalEntity &physicalEntity) const¶ remove triples associated with a a PhysicalEntity object from the rdf graph
- Parameters
physicalEntity
: the PhysicalEntityto remove
-
void
removePersonalInformation
(PersonalInformation *information) const¶ remove triples associated with a PersonalInformation object from the rdf graph
- Parameters
information
: the PersonalInformation object to remove.
-
void
addPhysicalProcess
(PhysicalProcess &physicalProcess)¶ add a composite annotation of type PhysicalProcess to the rdf graph
- Parameters
physicalProcess
: An instance of a PhysicalProcess object to add to the rdf graph.
-
void
removePhysicalProcess
(PhysicalProcess &physicalProcess) const¶ remove triples associated with a PhysicalProcess object from the rdf graph
- Parameters
physicalProcess
: the PhysicalProcessto remove
-
void
addEnergyDiff
(EnergyDiff &ediff)¶ add a composite annotation of type EnergyDiff to the rdf graph
- Parameters
ediff
: An instance of a EnergyDiff objec to add to the rdf graph.
-
void
addPersonalInformation
(PersonalInformation *personalInformation)¶ add a PersonalInformation class to the rdf model
- Parameters
personalInformation
: An instance of a PersonalInformation object to add to the rdf graph.
-
void
removeEnergyDiff
(EnergyDiff &physicalForce) const¶ remove triples associated with a a EnergyDiff object from the rdf graph
- Parameters
physicalForce
: the EnergyDiff to remove
-
void
checkValidMetaid
(const std::string &metaid)¶ check that a metaid is valid by comparing with the output from Editor::getMetaIds()
-
void
addNamespaceFromAnnotation
(const std::string &predicate_string)¶ extract namespace part of uri from @parameter predicate_string and add it to namespace_ if we know it.
-
const std::string &
getMetaidBase
() const¶ get the string that is being used for the metaid base (default is OmexMetaID)
this base will only be used when the generate_metaids boolean is set to true in the constructor.
- Return
std::string of metaid base
-
void
setMetaidBase
(const std::string &metaidBase)¶ set the base metaid string (default is OmexMetaId)
- Return
void using editor.setMetaidBase(“MyNewMetaid”) will make metaids added by libomexmeta look like MyNewMetaid0001, MyNewMetaid0002, etc. It is assumed that it will not be necessary to have more than 9999 new metaids.
- Parameters
metaidBase
: the string you want to use for metaid base
-
OmexMetaXmlType
getType
() const¶ getter for the current xml type identification variable.
- Return
OmexMetaType This should be set automatically in the Editor constructor
-
void
setType
(OmexMetaXmlType type)¶ setter for the current xml type identification variable.
- Return
void This should be set automatically in the Editor constructor
-
PhysicalEntity
newPhysicalEntity
()¶ create a new PhysicalEntity object.
PhysicalEntity objects should only be instantiated via the Editor because this enables the passing of necessary information behind the scenes, rather than needing to be provided by the user.
-
EnergyDiff
newEnergyDiff
()¶ create a new EnergyDiff object.
EnergyDiff objects should only be instantiated via the Editor because this enables the passing of necessary information behind the scenes, rather than needing to be provided by the user.
-
PhysicalProcess
newPhysicalProcess
()¶ create a new PhysicalProcess object.
PhysicalProcess objects should only be instantiated via the Editor because this enables the passing of necessary information behind the scenes, rather than needing to be provided by the user.
-
PersonalInformation
newPersonalInformation
()¶ create a new PersonalInformation object.
PersonalInformation objects should only be instantiated via the Editor because this enables the passing of necessary information behind the scenes, rather than needing to be provided by the user.
-
void
addSingleAnnotationNoValidation
(SingularAnnotation &singularAnnotation)¶ like addSingleAnnotation
-
OMEXMETA_DEPRECATED void addCompositeAnnotation2 (PropertyBearer *phenomenonPtr)
-
void
removePropertyBearer
(PropertyBearer *physicalPhenomenon) const¶
-
std::string
getArchiveUri
() const¶ get the current value of archive_uri_
-
std::string
getLocalUri
() const¶ get the current value of local_uri_
-
std::string
getModelUri
() const¶ get the current value of model_uri_
-
std::string
getRepositoryUri
() const¶ get the current value of archive_uri_
-
LibrdfNode
createNodeWithModelUri
(const std::string &string) const¶ instantiate a LibrdfNode that is prefixed with the current local_uri
-
Editor &
addCreator
(std::string orcid_id)¶ add the “creator” model level annotation
- Parameters
an
: orcid_id as string
-
Editor &
addContributor
(std::string orcid_id)¶ add the “curator” model level annotation
- Parameters
an
: orcid_id as string
-
Editor &
addTaxon
(const std::string &taxon_id)¶ add the “taxon id” model level annotation
- Parameters
an
: taxon_id as string
-
Editor &
addPubmed
(const std::string &pubmedid)¶ add the “pubmed id” model level annotation
- Parameters
a
: pubmed id as string
-
Editor &
addDescription
(const std::string &date)¶ add the “description” model level annotation
- Parameters
a
: description of the model as string
-
Editor &
addDateCreated
(const std::string &date)¶ add the “date created” model level annotation
- Parameters
The
: date that the model was created
-
SingularAnnotation
newSingularAnnotation
(std::string metaid) const¶ create a new singular annotation object with metaid
- Return
a new SingularAnnotation object
- Parameters
metaid
: the string to use in the “rdf:about” field or subject
-
Editor &
addParentModel
(const std::string &biomod_id)¶ add the “parent model” model level annotation
- Parameters
The
: biomodels id for the model in which this model was derived from
-
SingularAnnotation
newSingularAnnotation
() const¶ create a new SingularAnnotation object
- Return
A SingularAnnotation object a SingularAnnotation is a typedefed Triple object.
-
PhysicalProperty
newPhysicalProperty
()¶ instantiate a new PhysicalProperty instance and return
-
PhysicalProperty *
newPhysicalPropertyPtr
()¶ instantiate a pointer to a new PhysicalProperty instance and return
the caller is responsible for deleting the returned PhysicalProperty using deletePhysicalProperty
-
UriHandler &
getUriHandler
() const¶ get a reference to the current UriHandler
Private Functions
-
void
extractNamespacesFromTriplesVector
(PropertyBearer *pp)¶
Private Members
-
std::string
xml_
¶
-
std::vector<std::string>
metaids_
¶
-
const LibrdfModel &
model_
¶
-
bool
create_ids_
= false¶
-
std::unordered_map<std::string, std::string> &
namespaces_
¶
-
bool
generate_new_metaids_
¶
-
bool
sbml_semantic_extraction_
¶
-
std::string
metaid_base_
= "#OmexMetaId"¶
-
OmexMetaXmlType
type_
¶
-
UriHandler &
uriHandler_
¶
-


|
Click
|
Functions for manipulating integers. More...
Go to the source code of this file.
Macros | |
| #define | NEED_FFS_MSB_UINT64_T 1 |
| #define | NEED_FFS_LSB_UINT64_T 1 |
Functions | |
| uint64_t | htonq (uint64_t x) |
| Return x translated from host to network byte order. More... | |
| uint64_t | ntohq (uint64_t x) |
| Return x translated from network to host byte order. More... | |
| unsigned char | host_to_net_order (unsigned char x) |
| Translate x to network byte order. More... | |
| signed char | host_to_net_order (signed char x) |
| char | host_to_net_order (char x) |
| short | host_to_net_order (short x) |
| unsigned short | host_to_net_order (unsigned short x) |
| int | host_to_net_order (int x) |
| unsigned | host_to_net_order (unsigned x) |
| int64_t | host_to_net_order (int64_t x) |
| uint64_t | host_to_net_order (uint64_t x) |
| unsigned char | net_to_host_order (unsigned char x) |
| Translate x to host byte order. More... | |
| signed char | net_to_host_order (signed char x) |
| char | net_to_host_order (char x) |
| short | net_to_host_order (short x) |
| unsigned short | net_to_host_order (unsigned short x) |
| int | net_to_host_order (int x) |
| unsigned | net_to_host_order (unsigned x) |
| int64_t | net_to_host_order (int64_t x) |
| uint64_t | net_to_host_order (uint64_t x) |
| int | ffs_msb (unsigned x) |
| Return the index of the most significant bit set in x. More... | |
| int | ffs_msb (unsigned long x) |
| int | ffs_msb (uint64_t x) |
| int | ffs_lsb (unsigned x) |
| Return the index of the least significant bit set in x. More... | |
| int | ffs_lsb (unsigned long x) |
| int | ffs_lsb (uint64_t x) |
| uint32_t | int_sqrt (uint32_t x) |
| Return the integer approximation of x's square root. More... | |
| uint64_t | int_sqrt (uint64_t x) |
| uint32_t | int_divide (uint32_t a, uint32_t b) |
| Return a / b. More... | |
| int32_t | int_divide (int32_t a, uint32_t b) |
| uint64_t | int_divide (uint64_t a, uint32_t b) |
| int64_t | int_divide (int64_t a, uint32_t b) |
| template<typename T > | |
| void | int_multiply (T a, T b, T &xlow, T &xhigh) |
| Multiply a * b, placing the low-order bits of the result in xlow and the high-order bits in xhigh. More... | |
| uint32_t | int_remainder (uint32_t a, uint32_t b, uint32_t ") |
| Divide a / b, placing quotient in quot and returning remainder. More... | |
| int32_t | int_remainder (int32_t a, uint32_t b, int32_t ") |
| uint32_t | int_remainder (uint64_t a, uint32_t b, uint64_t ") |
| uint32_t | int_remainder (int64_t a, uint32_t b, int64_t ") |
Functions for manipulating integers.
>
|
inline |
Return x translated from host to network byte order.
|
inline |
Return x translated from network to host byte order.
|
inline |
Translate x to network byte order.
Compare htons/htonl/htonq. host_to_net_order is particularly useful in template functions, where the type to be translated to network byte order is unknown.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
Translate x to host byte order.
Compare ntohs/ntohl/ntohq. net_to_host_order is particularly useful in template functions, where the type to be translated to network byte order is unknown.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
Return the index of the most significant bit set in x.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
| int ffs_msb | ( | uint64_t | x | ) |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
Return the index of the least significant bit set in x.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
| int ffs_lsb | ( | uint64_t | x | ) |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
| uint32_t int_sqrt | ( | uint32_t | x | ) |
Return the integer approximation of x's square root.
| uint64_t int_sqrt | ( | uint64_t | x | ) |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
Return a / b.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
| void int_multiply | ( | T | a, |
| T | b, | ||
| T & | xlow, | ||
| T & | xhigh | ||
| ) |
Multiply a * b, placing the low-order bits of the result in xlow and the high-order bits in xhigh.
|
inline |
Divide a / b, placing quotient in quot and returning remainder.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
|
inline |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.


About
Dashboard 1.0
Dashboard 2.0
Sankey Diagram
Map
Data Correlation
Data Download
Team Members
Demo


Shreyas Chavhan
Hacker | Full Time Bug Hunter
Trying to share my notes & thoughts via this blog. All things
bug bounty, security, web3.0 security / smart contract security, development & self-help. Just a
way to catalogue my cybersecurity journey, no hidden motives.
My Notes
Here are some my selected notes. Hope you will have a good read and find it informative.
All Other Blogs
Here are few other blogs that I haven't yet categorized. I have a number of categorises organized in my mind, but I think I haven't written enough content to make it public yet.


What We Do
At Agenchy, we focus on our clients' most critical issues and opportunities. Generally, the services we offer involve preparing a financial plan or rendering a financial consultation for clients based on the client’s financial goals and objectives.
Accumulation
Accumulation planning addresses an individual's investment needs, asset allocation, and the suitability of different types of securities in light of your goals.
Business Planning
Business planning focuses on issues specific to business owners and shareholders. For business owners, the business is their most significant asset.
Who We Are
Agenchy is one of the world’s leading financial consulting firms. We work with clients to help them have a thorough look about their financial situations, make better decisions, get those decisions translated quickly into actions and sustain the momentum into the future.
What Our Clients Say
Amazing fast and reliable customer support! The team of developers are willing to go an extra mile for customer service! Congratulation. Thanks!
Excellent support, fast and very didactic answers. The design meets the expectations, installing the demo content can be developed very quickly a website.
Their customer support was amazing. Their help was quick and gave me very clear instructions to follow. Incredible theme. Thumb up! Keep it up guys!. Thanks
Beautiful theme with lots of features. I haven’t experienced any kinds of errors or bugs at all. Works perfectly fine on all browsers and looks great on devices.
News Updates
What Makes A Financial Website Successful?
Financial services are faced with the challenge of delivering their customers with an online experience that goes far beyond just a website.
Read MoreHow To Reduce Financial Stress
Spend time to write down all your monthly spending. Compare to your current income. If you find a negative imbalance…
What Makes A Financial Website Successful?
Financial services are faced with the challenge of delivering their customers with an online experience that goes far beyond just a website.
Read MoreHow To Reduce Financial Stress
Spend time to write down all your monthly spending. Compare to your current income. If you find a negative imbalance…
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Execute a Workflow
Upon pressing the "Download" button on a workflow, you can choose to download a BASH script or a JSON representation of the workflow.
-
BASH script: The BASH script is a directly executable file. Assuming the BASH script filename is
bash_7Lt2o.sh
and you are in a BASH shell you can type:
bash script_7Lt2o.sh
This will execute the workflow.
-
JSON: This method will download a file
workflow.json
that contains all the information required to execute the workflow in a local environment. In order to execute it, you need to convert this file into an executable BASH script. To do this, you need to download the file executor.py. This file requires python 3 and has no other dependencies. After you have downloaded this file, you can run the command:
python executor.py -W workflow.json
This will generate the file: script.sh
that you can execute as described above.
Both methods will print some information regarding the attempted execution:
Workflow Name: myworkflow Edit: 1 Report: 7Lt2o
This information contains the name (i.e.
myworkflow), edit (i.e.
1) and the id of the generated
Report (i.e.
7Lt2o).
During the execution, the script attempts to inform the server (openbio.eu) on the execution status.
To access this information simply search for the Report id (i.e.
7Lt2o) on the main search. Then you can click the relevant report that appears.
Important: If you have downloaded these files as an unregistered user. The execution will
not generate a report.
Troubleshooting: In environments where curl cannot validate the SSL certificate of openbio.eu, you can pass the option
--insecure
to
executor.py
SECURITY WARNING: Always execute the downloaded scripts in a sandboxed environment! There is absolutely no guarantee regarding the security and safety of these scripts. Openbio.eu does not take any responsibility on damages caused by the execution of scripts provided by the platform.


Class: Aws::KMS::Types::CreateGrantRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb |
Overview
Constant Summary
-
SENSITIVE =
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 729[]
Instance Attribute Summary
-
#constraints ⇒ Types::GrantConstraints
rw
Specifies a grant constraint.
-
#dry_run ⇒ Boolean
rw
Checks if your request will succeed.
-
#grant_tokens ⇒ Array<String>
rw
A list of grant tokens.
-
#grantee_principal ⇒ String
rw
The identity that gets the permissions specified in the grant.
-
#key_id ⇒ String
rw
Identifies the
::Aws::KMS
key for the grant. -
#name ⇒ String
rw
A friendly name for the grant.
-
#operations ⇒ Array<String>
rw
A list of operations that the grant permits.
-
#retiring_principal ⇒ String
rw
The principal that has permission to use the RetireGrant operation to retire the grant.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#constraints ⇒ Types::GrantConstraints (rw)
Specifies a grant constraint.
Do not include confidential or sensitive information in this field.
This field may be displayed in plaintext in ::Aws::CloudTrail
logs and
other output.
::Aws::KMS
supports the EncryptionContextEquals
and
EncryptionContextSubset
grant constraints, which allow the
permissions in the grant only when the encryption context in the
request matches (EncryptionContextEquals
) or includes
(EncryptionContextSubset
) the encryption context specified in the
constraint.
The encryption context grant constraints are supported only on
grant operations that include an EncryptionContext
parameter,
such as cryptographic operations on symmetric encryption ::Aws::KMS
keys.
Grants with grant constraints can include the DescribeKey and
RetireGrant operations, but the constraint doesn't apply to these
operations. If a grant with a grant constraint includes the
CreateGrant
operation, the constraint requires that any grants
created with the CreateGrant
permission have an equally strict or
stricter encryption context constraint.
You cannot use an encryption context grant constraint for
cryptographic operations with asymmetric ::Aws::KMS
keys or HMAC KMS keys.
Operations with these keys don't support an encryption context.
Each constraint value can include up to 8 encryption context pairs. The encryption context value in each constraint cannot exceed 384 characters. For information about grant constraints, see Using grant constraints in the Key Management Service Developer Guide. For more information about encryption context, see Encryption context in the Key Management Service Developer Guide .
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#dry_run ⇒ Boolean
(rw)
Checks if your request will succeed. DryRun
is an optional
parameter.
To learn more about how to use this parameter, see Testing your ::Aws::KMS
API calls in the Key Management Service Developer Guide.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#grant_tokens ⇒ Array
<String
> (rw)
A list of grant tokens.
Use a grant token when your permission to call this operation comes from a new grant that has not yet achieved eventual consistency. For more information, see Grant token and Using a grant token in the Key Management Service Developer Guide.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#grantee_principal ⇒ String
(rw)
The identity that gets the permissions specified in the grant.
To specify the grantee principal, use the Amazon Resource Name (ARN)
of an Amazon Web Services principal. Valid principals include Amazon
Web Services accounts, ::Aws::IAM
users, ::Aws::IAM
roles, federated users, and
assumed role users. For help with the ::Aws::ARN
syntax for a principal,
see IAM ARNs in the Identity and Access Management User
Guide .
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#key_id ⇒ String
(rw)
Identifies the ::Aws::KMS
key for the grant. The grant gives principals
permission to use this ::Aws::KMS
key.
Specify the key ID or key ::Aws::ARN
of the ::Aws::KMS
key. To specify a ::Aws::KMS
key
in a different Amazon Web Services account, you must use the key
::Aws::ARN
.
For example:
Key ID:
1234abcd-12ab-34cd-56ef-1234567890ab
Key ARN:
arn:aws:kms:us-east-2:111122223333:key/1234abcd-12ab-34cd-56ef-1234567890ab
To get the key ID and key ::Aws::ARN
for a ::Aws::KMS
key, use ListKeys or
DescribeKey.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#name ⇒ String
(rw)
A friendly name for the grant. Use this value to prevent the unintended creation of duplicate grants when retrying this request.
Do not include confidential or sensitive information in this field.
This field may be displayed in plaintext in ::Aws::CloudTrail
logs and
other output.
When this value is absent, all CreateGrant
requests result in a
new grant with a unique GrantId
even if all the supplied
parameters are identical. This can result in unintended duplicates
when you retry the CreateGrant
request.
When this value is present, you can retry a CreateGrant
request
with identical parameters; if the grant already exists, the original
GrantId
is returned without creating a new grant. Note that the
returned grant token is unique with every CreateGrant
request,
even when a duplicate GrantId
is returned. All grant tokens for
the same grant ID can be used interchangeably.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#operations ⇒ Array
<String
> (rw)
A list of operations that the grant permits.
This list must include only operations that are permitted in a
grant. Also, the operation must be supported on the ::Aws::KMS
key. For
example, you cannot create a grant for a symmetric encryption ::Aws::KMS
key that allows the Sign operation, or a grant for an asymmetric ::Aws::KMS
key that allows the GenerateDataKey operation. If you try, ::Aws::KMS
returns a ValidationError
exception. For details, see Grant
operations in the Key Management Service Developer Guide.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end
#retiring_principal ⇒ String
(rw)
The principal that has permission to use the RetireGrant operation to retire the grant.
To specify the principal, use the Amazon ::Aws::KMS::Resource
Name (ARN) of
an Amazon Web Services principal. Valid principals include Amazon
Web Services accounts, ::Aws::IAM
users, ::Aws::IAM
roles, federated users, and
assumed role users. For help with the ::Aws::ARN
syntax for a principal,
see IAM ARNs in the Identity and Access Management User
Guide .
The grant determines the retiring principal. Other principals might have permission to retire the grant or revoke the grant. For details, see RevokeGrant and Retiring and revoking grants in the Key Management Service Developer Guide.
# File 'gems/aws-sdk-kms/lib/aws-sdk-kms/types.rb', line 720
class CreateGrantRequest < Struct.new( :key_id, :grantee_principal, :retiring_principal, :operations, :constraints, :grant_tokens, :name, :dry_run) SENSITIVE = [] include Aws::Structure end


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Documentation and examples for showing pagination to indicate a series of related content exists across multiple pages. Read bootstrap documentation More details
For Flat Pagination add class .pagination-flat
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For Bordered Rounded Pagination add class .border-rounded
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to

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to


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Hosting an event? We offer cake and assortment catering as well as speedy delivery options. We're generally localized in Everst, Alex, and Metamor, but in the case you're outside our normal delivery zones, special arrangements can be made with the manager.
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To open a specific topic with the Navigation pane displayed, you must specify a window name following the path to your WebHelp start page. The following would be the syntax if we were to write it out completely without using variables:
First", HH_HELP_CONTEXT, 7)'>Click Here to Test
In the Help's source files you will notice that their is a window defined as First. This is the window that we are telling the help topic to open in. In this example we have setup the windows properties to use a 'Two Pane' view, this allows us to open the mapped topic while showing the navigation pane.


Mix (add) the amplitudes of up to four sets of partials. The frequencies of the partials in all four sets are reset to the frequencies of the first set of partials.
- Input A ... D
- The four original inputs
- Gain A ... D
- The amplitudes of inputs A...D will be multiplied against these prior to mixing.
- Type
-
- Sum
- Mix the amplitudes by adding them.
- Max
- Mix the amplitudes by taking the maximum over the four.


This is an implemenation of Conways Game of Life. It's a zero-player game that plays itself on a two dimensional grid with an initial "seed" state. There are only a few simple rules about how cells interact with each other:
- Any live cell with fewer than two live neighbours dies, as if caused by under-population.
- Any live cell with two or three live neighbours lives on to the next generation.
- Any live cell with more than three live neighbours dies, as if by overcrowding.
- Any dead cell with exactly three live neighbours becomes a live cell, as if by reproduction.
As the game progresses, the grid wll evolve and you'll start to see some repeated patterns ("organisms") emerge.


{% extends "layout_bsa.html" %} {% block page_title %} Prepay for NHS prescriptions {% endblock %} {% block content %} Prepay for NHS prescriptions When do you want your payments to be taken? You can change this date later. Is the {{format}} holder's address the same as yours? Start of the month from {{paydateone}} Middle of the month from {{paydatetwo}} End of the month from {{paydatethree}} Cancel {% endblock %}
Prepay for NHS prescriptions
You can change this date later.
Cancel