Introduction
The scope of this guide comprise a full description of all available voice commands and devices you can control between Alexa and BeoLiving Intelligence. To enable this feature, remote connection must be enabled in your BeoLiving Intelligence (more information at BeoLiving Intelligence Quick Setup guide) and Alexa’s skill “BeoLiving Intelligence skill by Khimo” must be enabled through Alexa App (refer to BeoLiving Intelligence Link to Third Party Cloud Service Guide).
This feature is not upgrade dependent, so is available in any BeoLiving Intelligence version. If you have not upgraded your BeoLiving Intelligence to PRO, then all devices apart from Bang & Olufsen devices could not be controlled through Alexa.
Terminology
- BeoLiving Intelligence: Controller with same capabilities as it comes from out of the box.
- BeoLiving Intelligence PRO: Controller with fully capabilities that could offer after upgrading to PRO.
- BLI: Alias for BeoLiving Intelligence.
- BLI PRO: Alias for BeoLiving Intelligence PRO.
- BLApp: BeoLiving App.
Discovery
First step after linking Alexa with your BLI is to discover all devices in your configuration. Automatic discovery of all supported devices is done after say “Alexa, discover my smart home devices”.
Device name reference
In the discovery process, Alexa creates a name reference to each device between its zone and name as “(BLI device zone name) + (BLI device name)”. For example, to turn on the kitchen light (defined in the zone “Kitchen” and named as “Light” in your BLI configuration) you must say “Alexa, turn on kitchen light”.
Commands
Supported commands for each device depends in its capabilities. For example, a monochromatic dimmer will not support a set color command.
Lights/Dimmers
- Turn on/off:
- “Alexa, turn on/off (LIGHT-NAME)”
- Description:Turns on/off light
- Set brightness:
- “Alexa, dim (LIGHT-NAME) ##%”
- Description: Sets brightness level
- Relative brightness adjust:
- “Alexa, increase/decrease (LIGHT-NAME) by ##%”
- Description: Increases/decreases relatively shade level
- Set color:
- “Alexa, set the (LIGHT-NAME) to (COLOR)”
- Description: Sets light color
Shades
- Turn on/off:
- “Alexa, turn on/off (SHADE-NAME)”
- Description: Raises/Lowers shade.
- Set level:
- “Alexa, dim (SHADE-NAME) ##%”
- Description: Sets shade level
- Relative level adjust:
- “Alexa, increase/decrease (SHADE-NAME) by ##%”
- Description: Increases/decreases relatively shade level
Scenes/Macros
- Activate/Deactivate scene:
- “Alexa, activate/deactivate (SCENE-NAME)”
- Description: Fires or stops macro
Themostats
- Turn off:
- “Alexa, turn off (THERMOSTAT-NAME)”
- Description: Sets thermostat into Off mode
- Set thermostat setpoint:
- “Alexa, set (THERMOSTAT-NAME) to (TEMPERATURE)”
- Description: Sets thermostat setpoint to an specific temperature.
- Rules:
- In case the thermostat has two setpoints (THERMOSTAT_2SP BLI resource type) and being in “Auto” mode, upper setpoint (Cool setpoint) and lower setpoint (Heat setpoint) will be setted +/- 2 degrees of (TEMPERATURE).
- In Eco mode, thermostat setpoints can not be setted.
- Relative temperature setpoint adjust:
- “Alexa, increase/decrease temperature of (THERMOSTAT-NAME)”
- Description: Increase/decrease thermostat setpoints by a constant value.
- Rules:
- Same rules than “Set thermostat setpoint”
- Set thermostat mode:
- “Alexa, set (THERMOSTAT-NAME) to (MODE)”
- Description: Changes thermostat mode
- Rules: MODE could be any of: “Heat”, “Cool”, “Off”, “Eco” and “Auto”
Bang & Olfusen NetworkLink devices
- Turn on/off:
- “Alexa, turn on/off (DEVICE-NAME)”
- Description: Turns on device into an specific source or sets into Standby
- Rules: When turning on, selected source can not be predicted. Will be the same for each device.
- Change channel by number:
- “Alexa, change channel to (CHANNEL-NUMBER) on (DEVICE-NAME)”
- Description: Changes channel by number in current source
- Change channel by name:
- “Alexa, change channel to (CHANNEL-NAME) on (DEVICE-NAME)”
- Description: Changes channel by name in current source
- Rules: Search for (CHANNEL-NAME) into all favourite lists assigned to device sources. Current source will have priority for a match.
- Skip channels:
- “Alexa, channel up/down on (DEVICE-NAME)”
- Description: Changes to next or previous channel in current source
- Set volume:
- “Alexa, set the volume of (DEVICE-NAME) to (VOLUME)”
- Description: Sets volume level to (VOLUME)
- Rules: Desired volume must be between 0 and 90
- Relative volume adjust:
- “Alexa, turn the volume up/down on (DEVICE-NAME) by (VOLUME-DELTA)”
- Description: Increase or decrease device volume by (VOLUME-DELTA)
- Mute/Unmute:
- “Alexa, mute/unmute (DEVICE-NAME)”
- Description: Mute/Unmute device
- Select source(input):
- “Alexa, change the input to (SOURCE-NAME) on (DEVICE-NAME)”
- Description: Selects source on device. In Alexa’s language, “sources” are equivalent to “inputs”. Possible sources are all enabled sources on device and manual sources added in BLI Interfaces page (only being PRO).
How to change discovered device name
Sometimes, Alexa’s identifier device name could not be a suitable name to be used. Depending if it’s an uncommon or rare name, Alexa will not understand and complete the instruction, being necessary to edit Alexa’s device name.
The ways to edit the Alexa’s identifier device name are:
- change the resource name at BLI configuration (through BLApp or web interface, being PRO) and re-discover all devices.
- edition through Alexa App for all devices that are not AV renderer BLI’s resource type. This is a known limitation of Alexa App.
Workarounds when select input fails
Source (input) names for each device could not be shared to or saved by Alexa. The skill will try to match the source (input) that Alexa understood with device sources. She understands possible popular sources like “YouTube” or “Android TV” most of the time, but using custom and rare names will cause to confuse her or to not find any match with the desired source to select, provoking to not accomplish the desired control instruction.
When its impossible for Alexa to select an specific source, try:
- Change source name through Interfaces page at BLI web interface (only being PRO). Then re-discover devices.
- Create a macro in BLI that selects the source in the device and call “Alexa, activate (SCENE-NAME)”. To start using the macro with Alexa, call for a device discovery.


Plugin Information |
|---|
View Unicorn Validation on the plugin site for more information. |
This plugin uses W3C's Unified Validator, which helps improve the quality of Web pages by performing a variety of checks.
General
The plugin uses gets number of errors/warnings from W3C's Unified Validator. W3C Unicorn Service (http://validator.w3.org/unicorn/) helps to improve the quality of Web pages by performing a variety of checks (HTML validation, CSS validation,...). This plugins takes few arguments (url to check, w3c validator url and threshold for number of errors and warnings to decide the build result) ... look at the Configuration section.
It outputs results to the console and to some properties files which can then be later used with Plot Plugin to output some build history graphs (see the template below for configuration).
Example of results
Example of the W3C Unicorn html output
Example of a Plot
Configuration
Global Configuration
None.
Project Configuration
For a project to use the Unicorn Validation plugin, you need to add it as a build step to your job:
Here you can specify:
Unicorn service URL - the w3c's url is the default one, but you can specify your own if you have custom unicorn service
Site to validate - the url of the site to validate
Max number of errors/warnings for build to be stable/unstable - this is your threshold to decide if the build should be stable/unstable/failed ... currently these number are the same for every aspect of unicorn result (html, css, rss).
Plot Configuration
You can also get a pretty graph which shows you number of warnings/errors of previous builds. There a unicorn template for that to help you configure it.
Plugins required:
Steps to create a new job:
- Check out the unicorn-template project from Git: git@github.com:nej/unicorn-template.git
- Reload Jenkins' configuration
- Click on "New Job".
- Enter a "Job name".
- Select "Copy existing job" and enter "unicorn-template" into the "Copy from" field.
- Click "OK".
- Disable the "Disable Build" option.
- Setup your build trigger
- Fill in your "Site to validate" url
- Click "Save".
TODO
- currently these number are the same for every aspect of unicorn result (html, css, rss) ... ability so specify numbers for each result specifically
- currently all the test are executed that the unicorn validator offers ... ability to choose which ones to execute
Version History
0.1.0 (Feb 13, 2011)
- Initial public release
Attachments:
Screen shot 2011-02-13 at 5.44.05 PM.png (image/png)
Screen shot 2011-02-13 at 5.45.41 PM.png (image/png)
Screen shot 2011-02-13 at 5.48.31 PM.png (image/png)
Screen shot 2011-02-13 at 5.48.31 PM.png (image/png)


SAPUI5 Runtime & UI Libraries
Third Party Open Source Software
This Software includes 3rd party open source software from different sources:


| Notebook |
|---|
| Note |
|---|
| GSD Template | |
|---|---|
| WIN: | |
| Phone: | |
| Site: | |
| Issue/Action | |
|
Avaya Issue?
|
|
| Escalate | |
| Shift Schedule: | |
| From: | |
| To: | |
| Off Days: |
Mon
Tue
Wed
Thu
Fri
Sat
Sun
|
| Final Note | |


gq selects
GQ SELECTS
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ESSENTIALS
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GQ SELECTS
GQ SELECTS
GQ SELECTS
GQ SELECTS
EXCLUSIVE
GQ SELECTS
EXCLUSIVE
GQ SELECTS
GQ SELECTS
ESSENTIALS
GQ SELECTS
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ESSENTIALS
GQ SELECTS
40


World’s First All-Carbon Superyacht Khalilah Goes Up for Sale
by Elena GorganIf you’re in the market for something truly exquisite (and flashy) this Christmas, you’re in luck: the world’s first all-carbon superyacht has just gone up for sale. You may have some trouble putting it under the tree, but that’s a minor detail that can be taken care of at a later time. Just buy the biggest bow you can find.
All jokes aside, the stunning Khalilah superyacht is switching hands, with the current owner asking for the equivalent of $31 million for it. For this kind of money, you get the first-ever all-carbon yacht ever built, finished in custom gold, fully equipped with toys, and spacious and luxurious interiors by Palmer Johnson (whose team also built it).
Khalilah was built in 2014 and unveiled one year later, and has been making headlines ever since. The 160-foot cruiser isn’t just light, but also comes with revolutionary, wave-penetrating hull that ensures high speeds and stability with optimal fuel consumption. Khalilah is equipped with twin 16V MTU diesel M94 engines and can reach speeds of 26 knots, boasting a transatlantic range when cruising at 15 knots. It was designed for high performance and it delivers on the original promise.
Khalilah can accommodate 11 guests in 5 vast staterooms and a 9-person crew, and includes stunning amenities like an alfresco dining area, floor-to-ceiling windows for breathtaking vistas at sea, a skylounge, a sunken spa pool on a sheltered terrace, high-tech entertainment systems and contemporary LED light installations. All interiors are finished in bleached birch wood paneling with Asian elements, breathing an air of ultra-luxury and sophistication.
The current owner is selling the superyacht with a matching 20-foot tender (also finished in custom Cordova Gold) and an impressive array of toys, including hoverboard, jet skis and a jet pack, wakeboard, paddle boards, kayaks and inflatables.
The superyacht is listed exclusively with Superyachts Monaco and is in excellent condition. 🏁


Module: Rails::DevCaching
Do not use. This module is for internal use only.
| Relationships & Source Files | |
| Defined in: | railties/lib/rails/dev_caching.rb |
Constant Summary
-
FILE =
# File 'railties/lib/rails/dev_caching.rb', line 8"tmp/caching-dev.txt"
Class Method Summary
Class Method Details
.create_cache_file (private)
[ GitHub ]# File 'railties/lib/rails/dev_caching.rb', line 35
def create_cache_file FileUtils.touch FILE end
.delete_cache_file (private)
[ GitHub ].enable_by_argument(caching)
[ GitHub ]# File 'railties/lib/rails/dev_caching.rb', line 24
def enable_by_argument(caching) FileUtils.mkdir_p("tmp") if caching create_cache_file elsif caching == false && File.exist?(FILE) delete_cache_file end end
.enable_by_file
[ GitHub ]# File 'railties/lib/rails/dev_caching.rb', line 10
def enable_by_file FileUtils.mkdir_p("tmp") if File.exist?(FILE) delete_cache_file puts "Development mode is no longer being cached." else create_cache_file puts "Development mode is now being cached." end FileUtils.touch "tmp/restart.txt" end


NOTICE
i
Date:
We are performing some maintenance tasks.
Thank you for your patience!
Information
about
this page
Copyright © 2020
Bill Dykema
,
MIT License 2020


[attributes] --- label: June 2018 update of the WDPA layout: template-resource target_page: categories: - Updates & News is_published: true position: 39 [categories topics] wdpa [categories types] [file resource_file] [date_not_null published_date] 2018-06-01 00:00:00 UTC [text display_version_alert] 1 [wysiwyg content]
The total number of protected area records in the June 2018 release of the World Database on Protected Areas (WDPA) is 234,793 comprising of 217,795 polygons and 16,998 point, covering 245 countries and territories.
Follow us on facebook @
Protected Planet and twitter: @protectedplanet
Guatemala: Complete update, resulting in the addition of three new polygon records and updates to a further 150 polygon records. The existing polygon records were added in March 2018 and were updated to include new information on their status year and management authority.
Brazil: Partial update to national level protected area records, resulting in changes to the country's polygon records. This update includes the addition of 177 new records, updates to a further 1,363 records, and the removal of 84 records following their validation by the Brazilian Ministry of Environment.
Iraq – Partial update. The polygon boundary for a World Heritage Site, The Ahwar of Southern Iraq: Refuge of Biodiversity and the Relict Landscape of the Mesopotamian Cities, has been updated to match boundaries outlined within the World Heritage nomination file.
|
Country |
Update type |
Polygon |
Point |
|
Point converted to polygon |
|||||
|
Added |
Removed |
Updated |
|
Added |
Removed |
Updated |
|
|||
| Guatemala | Partial | 3 |
0
|
150 |
|
0
|
0
|
0
|
|
0 |
| Brazil | Partial | 177 | 84 | 1,363 |
|
0 |
0
|
0 |
|
0
|
| Iraq | Partial |
0
|
0 | 1 |
0
|
0 | 0 |
0
|
Added:New feature added in the WDPA (ie. a new WDPAID was created)
Removed : Number of feature removed from the WDPA (ie. a WDPAID was removed from the database)
Updated : Modifications/updates of the geometry or some attributes of existing feature in the WDPA (ie. a feature with an existing WDPAID.
View this as a searchable table
Source: UNEP-WCMC and IUCN (2018), Protected Planet: The World Database on Protected Areas (WDPA) [On-line], June 2018, Cambridge, UK: UNEP-WCMC and IUCN. Available at: www.protectedplanet.net.
Citation: UNEP-WCMC (2018). Protected areas map of the world, June 2018 Available at: www.protectedplanet.net
Download this map from here
WDPA User Manual: We are pleased to announce that the WDPA User Manual has been translated into French, Spanish and Russian. Additionally, the Manual has been updated with an appendix on WDPA Data Contributor Agreements (Appendix 2), and has undergone general updates and edits based on user feedback. Version 1.5 of the User Manual is now available in three languages through the geodatabase download above and via the following links:
English: http://wcmc.io/WDPA_Manual
French: http://wcmc.io/WDPA_Manual_FR
Spanish: http://wcmc.io/WDPA_Manual_ES
Russian: http://wcmc.io/WDPA_Manual_RU
The data set status is defined as either:
1) New data set received, 2) Under review by UNEP-WCMC, 3) Under validation by data provider or 4) Final approval stages.
Argentina: Under review by UNEP-WCMC
Brazil: Under validation by data provider
Bolivia, Plurinational State of: Under validation by data provider
Colombia: Final approval stages
Costa Rica: Under validation by data provider
Ecuador: Final approval stages
Falkands Islands (Malvinas): Under validation by data provider
Libya: Under review by UNEP-WCMC
Lithuania: Under review by UNEP-WCMC
Mexico: Under review by UNEP-WCMC
Mozambique: Under validation by data provider
Nigeria: Under validation by data provider
Saint Helena:New dataset received
Seychelles: Under validation by data provider
Sri Lanka: New dataset received
United Arab Emirates: New dataset received
[text social-title] [text social-description] [text_custom summary] The total number of protected area records in the June 2018 release of the World Database on Protected Areas (WDPA) is 234,793 comprising of 217,795 polygons and 16,998 point, covering 245 countries and territories. [text resource_link_text] [text resource_link_url] [text resource_file_title]


{% extends 'base.html' %} {% block title %}Rooms Page{% endblock %} {% block content %}
These are the current rooms in our database {{ meeting.start_time }} in {{ meeting.room.room_name }} room.
Click here to go back Home


Need User Info?
Search git user's information, by providing the git username!!!
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{{userDetails.public_repos}} Public Repos
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I'm Yvonne, nice to meet you!
I'm an inspiring freelance illustrator/designer interested in game design.
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The semantics of RMA operations is best understood by assuming that the system maintains a separate public copy of each window, in addition to the original location in process memory (the private window copy). There is only one instance of each variable in process memory, but a distinct public copy of the variable for each window that contains it. A load accesses the instance in process memory (this includes MPI sends). A store accesses and updates the instance in process memory (this includes MPI receives), but the update may affect other public copies of the same locations. A get on a window accesses the public copy of that window. A put or accumulate on a window accesses and updates the public copy of that window, but the update may affect the private copy of the same locations in process memory, and public copies of other overlapping windows. This is illustrated in Figure 21 .
The following rules specify the latest time at which an operation must complete at the origin or the target. The update performed by a get call in the origin process memory is visible when the get operation is complete at the origin (or earlier); the update performed by a put or accumulate call in the public copy of the target window is visible when the put or accumulate has completed at the target (or earlier). The rules also specify the latest time at which an update of one window copy becomes visible in another overlapping copy.
The rules above also define, by implication, when an update to a public window copy becomes visible in another overlapping public window copy. Consider, for example, two overlapping windows, win1 and win2. A call to MPI_WIN_FENCE(0, win1) by the window owner makes visible in the process memory previous updates to window win1 by remote processes. A subsequent call to MPI_WIN_FENCE(0, win2) makes these updates visible in the public copy of win2. A correct program must obey the following rules.
Rationale.
The last constraint on correct RMA accesses may seem unduly
restrictive, as it forbids concurrent accesses to nonoverlapping
locations in a window. The reason for this constraint is that, on
some architectures, explicit coherence restoring operations may be
needed at synchronization points.
A different operation may be needed for locations that were
locally updated by stores and for locations that were remotely
updated by put or accumulate operations. Without this constraint,
the MPI library will have to track
precisely which locations in a window were updated by a put or
accumulate call. The additional overhead of maintaining such
information is considered prohibitive.
( End of rationale.)
Advice to users.
A user can write correct programs by following the following rules:
With the post-start synchronization, the target process can tell the origin process that its window is now ready for RMA access; with the complete-wait synchronization, the origin process can tell the target process that it has finished its RMA accesses to the window.
The RMA synchronization operations define when updates are guaranteed
to become visible in public and private windows. Updates may become
visible earlier, but such behavior is implementation dependent.
( End of advice to users.)
The semantics are illustrated by the following examples:
Example
Rule 5:
Process A: Process B:
window location X
MPI_Win_lock(EXCLUSIVE,B)
store X /* local update to private copy of B */
MPI_Win_unlock(B)
/* now visible in public window copy */
MPI_Barrier MPI_Barrier
MPI_Win_lock(EXCLUSIVE,B)
MPI_Get(X) /* ok, read from public window */
MPI_Win_unlock(B)
Example
Rule 6:
Process A: Process B:
window location X
MPI_Win_lock(EXCLUSIVE,B)
MPI_Put(X) /* update to public window */
MPI_Win_unlock(B)
MPI_Barrier MPI_Barrier
MPI_Win_lock(EXCLUSIVE,B)
/* now visible in private copy of B */
load X
MPI_Win_unlock(B)
Note that the private copy of X has not necessarily been updated
after the barrier, so omitting the lock-unlock at process B may lead to
the load returning an obsolete value.
Example
The rules do not guarantee that process A in the following sequence will
see the value of X as updated by the local store by B before the lock.
Process A: Process B:
window location X
store X /* update to private copy of B */
MPI_Win_lock(SHARED,B)
MPI_Barrier MPI_Barrier
MPI_Win_lock(SHARED,B)
MPI_Get(X) /* X may not be in public window copy */
MPI_Win_unlock(B)
MPI_Win_unlock(B)
/* update on X now visible in public window */
Example
In the following sequence
Process A: Process B:
window location X
window location Y
store Y
MPI_Win_post(A,B) /* Y visible in public window */
MPI_Win_start(A) MPI_Win_start(A)
store X /* update to private window */
MPI_Win_complete MPI_Win_complete
MPI_Win_wait
/* update on X may not yet visible in public window */
MPI_Barrier MPI_Barrier
MPI_Win_lock(EXCLUSIVE,A)
MPI_Get(X) /* may return an obsolete value */
MPI_Get(Y)
MPI_Win_unlock(A)
it is not guaranteed that process B reads the value of X as per the local
update by process A, because neither MPI_WIN_WAIT nor
MPI_WIN_COMPLETE calls by process A ensure visibility in the public window copy.
To allow B to read the value of X stored by A the local store must be replaced by a local
MPI_PUT that updates the public window copy. Note that by this replacement X
may become visible in the private copy in process memory of A only
after the MPI_WIN_WAIT call in process A. The update on Y made
before the MPI_WIN_POST call is visible in the public window
after the MPI_WIN_POST call and therefore correctly gotten by
process B. The MPI_GET(Y) call could be moved to the epoch
started by the MPI_WIN_START operation, and process B would
still get the value stored by A.
Example
Finally, in the following sequence
Process A: Process B:
window location X
MPI_Win_lock(EXCLUSIVE,B)
MPI_Put(X) /* update to public window */
MPI_Win_unlock(B)
MPI_Barrier MPI_Barrier
MPI_Win_post(B)
MPI_Win_start(B)
load X /* access to private window */
/* may return an obsolete value */
MPI_Win_complete
MPI_Win_wait
rules (5,6) do not guarantee that the private copy of X at B has
been updated before the load takes place. To ensure that the value put
by process A is read, the local load must be replaced with a local
MPI_GET operation, or must be placed after the call to
MPI_WIN_WAIT.
Up: Contents
Next: Atomicity
Previous: Error Classes
Return to MPI-2.2 Standard Index
Return to MPI Forum Home Page
(Unofficial) MPI-2.2 of September 4, 2009
HTML Generated on September 10, 2009


{% extends "base.html" %} {% block content %}
You will also be able to add and remove team members at any later time on your team’s profile page. You'll need to provide an email address for at least one of your team members.


It covers 2d rendering, assets, sound effects, music, input, config files, and more.
BonEngineSharp
is a C# bind for the CPP BonEngine
library.
Quick Start
After you install BonEngineSharp
via NuGet:
Install-Package BonEngineSharp
The engine is really easy to setup:
using BonEngineSharp;
/// <summary>
/// A basic example scene.
/// </summary>
class MyScene : Scene
{
// called when scene loads
protected override void Load()
{
}
// called when scene unloads
protected override void Unload()
{
}
// called every frame to do updates
protected override void Update(double deltaTime)
{
}
// called every frame to draw scene
protected override void Draw()
{
}
// called every constant interval to update physics related stuff
protected override void FixedUpdate(double deltaTime)
{
}
}
/// <summary>
/// Start the application.
/// </summary>
static void Main(string[] args)
{
using (var scene = new MyScene()) {
BonEngine.Start(scene);
}
}
Refer to the Managers
section of the API to see the main functions you can access.
Note: you must build your project as either x86 or x64; Any CPU won't work.
License
BonEngineSharp
is distributed with the permissive MIT license, so you can do pretty much anything (legal) with it.


Contribute to Hugo Development
Introduction
Hugo is an open-source project and lives by the work of its contributors. There are plenty of open issues, and we need your help to make Hugo even more awesome.
Assumptions
This contribution guide takes a step-by-step approach in hopes of helping newcomers. Therefore, we only assume the following:
- You are new to Git or open-source projects in general
- You are a fan of Hugo and enthusiastic about contributing to the project
Install Go
The installation of Go should take only a few minutes. You have more than one option to get Go up and running on your machine.
If you are having trouble following the installation guides for Go, check out Go Bootcamp, which contains setups for every platform or reach out to the Hugo community in the Hugo Discussion Forums.
Install Go From Source
Download the latest stable version of Go and follow the official Go installation guide.
Once you’re finished installing Go, let’s confirm everything is working correctly. Open a terminal—or command line under Windows–and type the following:
go version
You should see something similar to the following written to the console. Note that the version here reflects the most recent version of Go as of the last update for this page:
go version go1.12 darwin/amd64
Next, make sure that you set up your GOPATH
as described in the installation guide.
You can print the GOPATH
with echo $GOPATH
.  GVM allows you to switch between different Go versions on the same machine. If you’re a beginner, you probably don’t need this feature. However, GVM makes it easy to upgrade to a new released Go version with just a few commands.
GVM comes in especially handy if you follow the development of Hugo over a longer period of time. Future versions of Hugo will usually be compiled with the latest version of Go. Sooner or later, you will have to upgrade if you want to keep up.
Create a GitHub Account
If you’re going to contribute code, you’ll need to have an account on GitHub. Go to www.github.com/join and set up a personal account.
Install Git on Your System
You will need to have Git installed on your computer to contribute to Hugo development. Teaching Git is outside the scope of the Hugo docs, but if you’re looking for an excellent reference to learn the basics of Git, we recommend the Git book if you are not sure where to begin. We will include short explanations of the Git commands in this document.
Git is a version control system to track the changes of source code. Hugo depends on smaller third-party packages that are used to extend the functionality. We use them because we don’t want to reinvent the wheel.
Go ships with a sub-command called get
that will download these packages for us when we setup our working environment. The source code of the packages is tracked with Git. get
will interact with the Git servers of the package hosters in order to fetch all dependencies.
Move back to the terminal and check if Git is already installed. Type in git version
and press enter. You can skip the rest of this section if the command returned a version number. Otherwise download the latest version of Git and follow this installation guide.
Finally, check again with git version
if Git was installed successfully.
Git Graphical Front Ends
There are several GUI clients that help you to operate Git. Not all are available for all operating systems and maybe differ in their usage. Because of this we will document how to use the command line, since the commands are the same everywhere.
Install Hub on Your System (Optional)
Hub is a great tool for working with GitHub. The main site for it is hub.github.com. Feel free to install this little Git wrapper.
On a Mac, you can install Hub using Homebrew:
brew install hub
Now we’ll create an alias in Bash so that typing git
actually runs Hub
:
echo "alias git='hub'" >> ~/.bash_profile
Confirm the installation:
git version 2.21.0
hub version 2.10.0
Set up your working copy
You set up the working copy of the repository locally on your computer. Your local copy of the files is what you’ll edit, compile, and end up pushing back to GitHub. The main steps are cloning the repository and creating your fork as a remote.
Clone the repository
We assume that you’ve set up your GOPATH
(see the section above if you’re unsure about this). You should now copy the Hugo repository down to your computer. You’ll hear this called “clone the repo”. GitHub’s help pages give us a short explanation:
When you create a repository on GitHub, it exists as a remote repository. You can create a local clone of your repository on your computer and sync between the two locations.
We’re going to clone the master Hugo repository. That seems counter-intuitive, since you won’t have commit rights on it. But it’s required for the Go workflow. You’ll work on a copy of the master and push your changes to your own repository on GitHub.
So, let’s make a new directory and clone that master repository:
mkdir $HOME/src
cd $HOME/src
git clone https://github.com/gohugoio/hugo.git
Since Hugo 0.48, Hugo uses the Go Modules support built into Go 1.11 to build. The easiest is to clone Hugo in a directory outside of GOPATH
And then, install dependencies of Hugo by running the following in the cloned directory:
cd $HOME/src/hugo
go install
Hugo relies on mage for some convenient build and test targets. If you don’t already have it, get it:
go get github.com/magefile/mage
Fork the repository
If you’re not familiar with this term, GitHub’s help pages provide again a simple explanation:
A fork is a copy of a repository. Forking a repository allows you to freely experiment with changes without affecting the original project.
Fork by hand
Open the Hugo repository on GitHub and click on the “Fork” button in the top right.
Now open your fork repository on GitHub and copy the remote url of your fork. You can choose between HTTPS and SSH as protocol that Git should use for the following operations. HTTPS works always if you’re not sure.
Switch back to the terminal and move into the directory of the cloned master repository from the last step.
cd $HOME/src/hugo
Now Git needs to know that our fork exists by adding the copied remote url:
git remote add <YOUR-GITHUB-USERNAME> <COPIED REMOTE-URL>
Fork with Hub
Alternatively, you can use the Git wrapper Hub. Hub makes forking a repository easy:
git fork
That command will log in to GitHub using your account, create a fork of the repository that you’re currently working in, and add it as a remote to your working copy.
Trust, but verify
Let’s check if everything went right by listing all known remotes:
git remote -v
The output should look similar:
digitalcraftsman git@github.com:digitalcraftsman/hugo.git (fetch)
digitalcraftsman git@github.com:digitalcraftsman/hugo.git (push)
origin https://github.com/gohugoio/hugo (fetch)
origin https://github.com/gohugoio/hugo (push)
The Hugo Git Contribution Workflow
Create a new branch
You should never develop against the “master” branch. The development team will not accept a pull request against that branch. Instead, create a descriptive named branch and work on it.
First, you should always pull the latest changes from the master repository:
git checkout master
git pull
Now we can create a new branch for your additions:
git checkout -b <BRANCH-NAME>
You can check on which branch you are with git branch
. You should see a list of all local branches. The current branch is indicated with a little asterisk.
Contribute to Documentation
Perhaps you want to start contributing to the Hugo docs. If so, you can ignore most of the following steps and focus on the /docs
directory within your newly cloned repository. You can change directories into the Hugo docs using cd docs
.
You can start Hugo’s built-in server via hugo server
. Browse the documentation by entering http://localhost:1313 in the address bar of your browser. The server automatically updates the page whenever you change content.
We have developed a separate Hugo documentation contribution guide for more information on how the Hugo docs are built, organized, and improved by the generosity of people like you.
Build Hugo
While making changes in the codebase it’s a good idea to build the binary to test them:
mage hugo
This command generates the binary file at the root of the repository.
If you want to install the binary in $GOPATH/bin
, run
mage install
Test
Sometimes changes on the codebase can cause unintended side effects. Or they don’t work as expected. Most functions have their own test cases. You can find them in files ending with _test.go
.
Make sure the commands
mage -v check
passes.
Formatting
The Go code styleguide maybe is opinionated but it ensures that the codebase looks the same, regardless who wrote the code. Go comes with its own formatting tool. Let’s apply the styleguide to our additions:
mage fmt
Once you made your additions commit your changes.
 No problem. Git provides the necessary tools to fix such problems. The next two methods cover all common cases.
 We can fix your commits later in the pull request.
 Run the following command and replace the current message:
git commit --amend -m"YOUR NEW COMMIT MESSAGE"
Take a look at the commit log to see the change:
git log
# Exit with q
After making the last commit you may have forgot something. There is no need to create a new commit. Just add the latest changes and merge them into the intended commit:
git add --all
git commit --amend
Modify multiple commits
This is a bit more advanced. Git allows you to rebase commits interactively. In other words: it allows you to rewrite the commit history.
git rebase --interactive @~6
The 6
at the end of the command represents the number of commits that should be modified. An editor should open and present a list of last six commit messages:
pick 80d02a1 tpl: Add hasPrefix to the template funcs' "smoke test"
pick aaee038 tpl: Sort the smoke tests
pick f0dbf2c tpl: Add the other test case for hasPrefix
pick 911c35b Add "How to contribute to Hugo" tutorial
pick 33c8973 Begin workflow
pick 3502f2e Refactoring and typo fixes
In the case above we should merge the last to commits in the commit of this tutorial (Add "How to contribute to Hugo" tutorial
). You can “squash” commits, i.e. merge two or more commits into a single one.
All operations are written before the commit message. Replace “pick” with an operation. In this case squash
or s
for short:
pick 80d02a1 tpl: Add hasPrefix to the template funcs' "smoke test"
pick aaee038 tpl: Sort the smoke tests
pick f0dbf2c tpl: Add the other test case for hasPrefix
pick 911c35b Add "How to contribute to Hugo" tutorial
squash 33c8973 Begin workflow
squash 3502f2e Refactoring and typo fixes
We also want to rewrite the commits message of the third last commit. We forgot “docs:” as prefix according to the code contribution guidelines. The operation to rewrite a commit is called reword
(or r
as shortcut).
You should end up with a similar setup:
pick 80d02a1 tpl: Add hasPrefix to the template funcs' "smoke test"
pick aaee038 tpl: Sort the smoke tests
pick f0dbf2c tpl: Add the other test case for hasPrefix
reword 911c35b Add "How to contribute to Hugo" tutorial
squash 33c8973 Begin workflow
squash 3502f2e Refactoring and typo fixes
Close the editor. It should open again with a new tab. A text is instructing you to define a new commit message for the last two commits that should be merged (aka “squashed”). Save the file with CTRL+S and close the editor again.
A last time a new tab opens. Enter a new commit message and save again. Your terminal should contain a status message. Hopefully this one:
Successfully rebased and updated refs/heads/<BRANCHNAME>.
Check the commit log if everything looks as expected. Should an error occur you can abort this rebase with git rebase --abort
.
Push commits
To push our commits to the fork on GitHub we need to specify a destination. A destination is defined by the remote and a branch name. Earlier, the defined that the remote url of our fork is the same as our GitHub handle, in my case digitalcraftsman
. The branch should have the same as our local one. This makes it easy to identify corresponding branches.
git push --set-upstream <YOUR-GITHUB-USERNAME> <BRANCHNAME>
Now Git knows the destination. Next time when you to push commits you just need to enter git push
.
If you modified your commit history in the last step GitHub will reject your try to push. This is a safety-feature because the commit history isn’t the same and new commits can’t be appended as usual. You can enforce this push explicitly with git push --force
.
Open a pull request
We made a lot of progress. Good work. In this step we finally open a pull request to submit our additions. Open the Hugo master repository on GitHub in your browser.
You should find a green button labeled with “New pull request”. But GitHub is clever and probably suggests you a pull request like in the beige box below:
The new page summaries the most important information of your pull request. Scroll down and you find the additions of all your commits. Make sure everything looks as expected and click on “Create pull request”.
Accept the contributor license agreement
Last but not least you should accept the contributor license agreement (CLA). A new comment should be added automatically to your pull request. Click on the yellow badge, accept the agreement and authenticate yourself with your GitHub account. It just takes a few clicks and only needs to be done once.
Automatic builds
We use the Travis CI loop (Linux and OS X) and AppVeyor (Windows) to compile Hugo with your additions. This should ensure that everything works as expected before merging your pull request. This in most cases only relevant if you made changes to the codebase of Hugo.
Above you can see that Travis wasn’t able to compile the changes in this pull request. Click on “Details” and try to investigate why the build failed. But it doesn’t have to be your fault. Mostly, the master
branch that we used as foundation for your pull request should build without problems.
If you have questions, leave a comment in the pull request. We are willing to assist you.
Where to start?
Thank you for reading through this contribution guide. Hopefully, we will see you again soon on GitHub. There are plenty of open issues for you to help with.
Feel free to open an issue if you think you found a bug or you have a new idea to improve Hugo. We are happy to hear from you.


./external/basejump_stl/bsg_dataflow/bsg_fifo_1r1w_large.v Cov: 99.1%
1: // MBT 11/10/14
2: //
3: //
4: // bsg_fifo_1r1w_large
5: //
6: // This implementation is specifically
7: // intended for processes where 1RW rams
8: // are much cheaper than 1R1W rams, like
9: // most ASIC processes, or where 1R1W rams
10: // are not available.
11: //
12: // The idea is that a 1R1W ram is often 1.7X
13: // or more of the size of a 1RW, so we can
14: // save area.
15: //
16: // There are five+ possible implementations
17: // of a FIFO using 1RW rams:
18: //
19: // a. (bsg_fifo_1r1w_small) synthesize 1R1W RF from DFFs. Area per bit
20: // of storage is often 10x larger than 1RW SRAM. But the SRAM
21: // needs a sense-amp for every bit that is accessed per cycle, which is
22: // about the size of 7 DFF-bits. So, for instance, if you need
23: // to access 64 bits per cycle, then that incurs ~450 DFF bits of overhead,
24: // so the DFF-RF will be cheaper up until to 512 bits. If you only need
25: // to access 32 bits in parallel, then the breakeven would be closer to 256 bits.
26: //
27: // b. Use a true 1R1W ram; about 2X larger than 1RW SRAM. Maybe available for FPGA
28: // but often not available, or not a good deal for ASIC.
29: //
30: // c. (not implemented) To get more ports, use two rams of half size, and then round
31: // robin odd/even elements. We can favor the
32: // writer, and then use a two-element fifo
33: // with bypass after each 1RW, and select between
34: // the two. Net cost is 4 words of DFF plus two 1RW SRAMs of size 1/2 but same width.
35: // A draft of this code is at the end of this file, but it is incomplete/untested Caveat emptor.
36: //
37: // d. (bsg_fifo_1r1w_large) To get "more ports", use a single 1RW of double width
38: // and read/write two elements at a time, as described in this module.
39: // The cost is 7 DFF elements for staging plus 1 RW of double width and half words. So for
40: // a 64-bit wide ram, the overhead is almost 3*450 = 1400 DFF bits; slightly more than
41: // case c), but since there is only one RAM there are savings.
42: //
43: // A single 1RW versus two 1RW's can be a win, but not always. The RAM
44: // is larger, so there is potential for there is to be more amortization of
45: // overhead. But on the other hand, # of sense amps is the same, so some of the
46: // overheads are the same. One problem with this design for smaller RAMs is
47: // that it doubles the number of sense amps in a single ram, which can make
48: // the aspect ratio undesirable or even impossible.
49: //
50: // e. (bsg_fifo_1r1w_pseudo_large) Use a pseudo 1RW fifo, where it looks like it is 1r1w, but actually
51: // it is a 1RW that favors writes. Unlike "large", it has the same bandwidth, so we save space
52: // on sense amps. This only applies when you know data is coming in at 1/2 rate or slower.
53: //
54: // Generally speaking, an SRAM's area is proportional to the number of bits, the number of
55: // sense amps, and the amount of decoder. If we take a wide ram and break it into two rams
56: // of half the width, but the same total bits, we have the same number of total bits and
57: // the same number of sense amps, but more decoder area, so there is a slight increase.
58: //
59: // The 7 elements overhead coud potentially be significant,
60: // since they are implemented with ordinary flops, probably 4X per bit versus the
61: // So we have an equation, area improvement = 1.7 W / (W + 4*7);
62: //
63: // 64 --> 20% (probably less than this)
64: // 128 --> 40%
65: // 256 --> 53%
66: // 512 --> 62%
67:
68: //
69: // Rather than use two 1RW and alternate
70: // between them, we use one 1RW of double
71: // width. This saves area especially for
72: // medium size fifos (e.g. 64x64 = 4096 bits).
73: //
74: // Since data is bunched in pairs, we create
75: // a free slot from which we can fetch data from
76: // the big fifo every other cycle.
77:
78: // When there is little data in the FIFO
79: // data is round robin dispatched to a pair of
80: // two element fifos (little fifos). If the
81: // little fifos fill up, then the data is bunched up into
82: // pairs and written into a double width single
83: // ported 1RW FIFO (big fifos). Priority is given to
84: // writing to the big fifos; except if the little fifo
85: // only has two elements left; then reads are given
86: // priority so that the data arrives in time.
87: //
88: // This policies allows us to guarantee the invariants of
89: // a FIFO: it will never say it's full if it has less than
90: // N elements in it; and it will never say it's empty
91: // if it has more than 0 elements in it. This is not
92: // that straightforward with this kind of fifo because
93: // the data could actually be in three different places:
94: // the buncher, the little FIFO, and the big FIFO.
95: //
96: // Note that the FIFO does not guarantee an upper bound
97: // on how many elements it will accept. This may actually
98: // be as high as N+4+3.
99: //
100: //
101: // |\ ___ _______
102: // _______________| | |R|__/ 2 fifo\ ___
103: // /------------\_/ | | |R| \_______/ \ | N \
104: // |ser2parallel|_ ________ | |__|2| | to |___
105: // \------------/ \ / big \ | | |t| ______ | 1 |
106: // \/ 1RW FIFO \__| | |2|__/ 2 fifo\_/ |___/
107: // \__________/ |/ |_| \_______/
108: //
109: //
110:
111: module bsg_fifo_1r1w_large #(parameter width_p = -1
112: , parameter els_p = -1
113: )
114: (input clk_i
115: , input reset_i
116:
117: , input [width_p-1:0] data_i
118: , input v_i
119: , output ready_o
120:
121: , output v_o
122: , output [width_p-1:0] data_o
123: , input yumi_i
124: );
125:
126: initial assert ((els_p & 1) == 0) else
127: $error("odd number of elements for two port fifo not handled.");
128:
129: wire [width_p*2-1:0] data_sipo;
130: wire [1:0] valid_sipo;
131:
132: wire [1:0] yumi_cnt_sipo;
133:
134: // we had to bump els_p to 3 because of the case
135: // where the little fifos have 3 elements (blocking
136: // us from restoring from the 1RW FIFO), and where
137: // the sipo has only one element (blocking us from
138: // spooling to the 1RW fifo.) If we simultaneously
139: // have enque and deque requests, then the sipo will
140: // need to spool at the same time that we need to
141: // access the 1RW fifo to prevent empty. the solution
142: // is to add one extra element to the sipo so that it
143: // can hold off one more cycle before spooling. then
144: // we can restore 2 words from the fifo, and spool
145: // on the next cycle.
146:
147: bsg_serial_in_parallel_out #(.width_p(width_p)
148: ,.els_p(3)
149: ,.out_els_p(2)
150: ) sipo
151: (.clk_i (clk_i)
152: ,.reset_i (reset_i)
153: ,.valid_i (v_i)
154: ,.data_i (data_i)
155: ,.ready_o (ready_o)
156: ,.valid_o (valid_sipo)
157: ,.data_o (data_sipo)
158:
159: ,.yumi_cnt_i(yumi_cnt_sipo)
160: );
161:
162: wire [2*width_p-1:0] big_data_lo;
163: wire big_valid, big_full_lo, big_empty_lo;
164: logic big_enq, big_deq, big_deq_r;
165:
166: always_ff @(posedge clk_i)
167: big_deq_r <= big_deq;
168:
169: bsg_fifo_1rw_large #(.width_p(width_p*2)
170: ,.els_p (els_p >> 1)
171: ) big1p
172: (.clk_i (clk_i )
173: ,.reset_i (reset_i )
174:
175: // low bits are older element
176: ,.data_i (data_sipo )
177:
178: ,.v_i (big_valid)
179: ,.enq_not_deq_i(big_enq)
180:
181: ,.full_o (big_full_lo )
182: ,.empty_o (big_empty_lo)
183: ,.data_o (big_data_lo )
184: );
185:
186: wire [2*width_p-1:0] little_data_rot;
187: wire [1:0] little_valid, little_ready;
188: wire [1:0] little_ready_rot, little_valid_rot;
189: wire [1:0] valid_int;
190:
191: // we are in bypass mode if we can directly bypass
192: // to the small fifos.
193: // - we cannot have on the previous cycle loaded
194: // data from the big fifo; the small fifo we would like
195: // to use cannot be full, and the big fifo must be empty.
196:
197: wire bypass_mode = ~big_deq_r & little_ready[0] & big_empty_lo;
198:
199: wire can_spill = ~big_full_lo & ~bypass_mode;
200:
201: // we have an emergency if both little fifos can receive data
202: // (i.e. <= 2 elements) and we did not just fetch from the big fifo
203: // and we have data in the big fifo. if we don't transfer now, we
204: // will have a bubble.
205:
206: wire emergency = (&little_ready_rot) & ~big_empty_lo & ~big_deq_r;
207:
208: // we will spill if we are in spill mode; and we have two elements
209: // to spill, and the big fifo is not full.
210:
211: wire will_spill = can_spill & (&valid_sipo) & ~emergency;
212:
213: // we deque if we are not spilling, big fifo has data available
214: // and the small fifos has two elements free with an enque pending
215: // or one element free with no enque pending
216:
217: assign big_deq = ~will_spill & ~big_empty_lo
218: & (big_deq_r
219: ? (~|valid_int) // small fifos are empty
220: : (&little_ready_rot)); // both fifos > 1 el free, no enq pending
221:
222: assign big_valid = will_spill | big_deq;
223: assign big_enq = will_spill;
224:
225: wire [2*width_p-1:0] little_data = big_deq_r ? big_data_lo : data_sipo;
226: wire [1:0] bypass_vector = valid_sipo & { bypass_mode, bypass_mode };
227: assign little_valid = big_deq_r ? 2'b11 : bypass_vector;
228:
229: wire [1:0] cnt;
230:
231: bsg_thermometer_count #(.width_p(2)) thermo(.i(little_ready & bypass_vector)
232: ,.o(cnt));
233:
234: assign yumi_cnt_sipo = will_spill
235: ? 2'b10
236: : cnt;
237:
238: bsg_round_robin_2_to_2 #(.width_p(width_p))
239: rr222
240: (.clk_i(clk_i)
241: ,.reset_i(reset_i)
242:
243: ,.data_i(little_data)
244: ,.v_i (little_valid)
245: ,.ready_o(little_ready)
246:
247: ,.data_o(little_data_rot)
248: ,.v_o (little_valid_rot)
249: ,.ready_i(little_ready_rot)
250: );
251:
252:
253: wire [1:0][width_p-1:0] data_int;
254: wire [1:0] yumi_int;
255:
256: genvar i;
257:
258: for (i = 0; i < 2; i++)
259: begin : twofer
260: bsg_two_fifo #(.width_p(width_p)) little
261: (.clk_i (clk_i)
262: ,.reset_i(reset_i)
263:
264: ,.ready_o(little_ready_rot[i] )
265: ,.data_i (little_data_rot [i*width_p+:width_p])
266: ,.v_i (little_valid_rot[i] )
267:
268: ,.v_o (valid_int [i])
269: ,.data_o (data_int [i])
270: ,.yumi_i (yumi_int [i])
271: );
272: end
273:
274: bsg_round_robin_n_to_1 #(.width_p(width_p)
275: ,.num_in_p(2)
276: ,.strict_p(1)
277: ) round_robin_n_to_1
278: (.clk_i (clk_i )
279: ,.reset_i(reset_i )
280:
281: ,.data_i (data_int )
282: ,.v_i(valid_int)
283: ,.yumi_o (yumi_int )
284:
285: ,.data_o (data_o )
286: ,.v_o(v_o )
287: ,.tag_o ()
288: ,.yumi_i (yumi_i )
289: );
290:
291: // synopsys translate_off
292:
293: // this sums up all of the storage in this fifo
294: wire [31:0] num_elements_debug
295: = 2*big1p.num_elements_debug
296: + valid_int[0] + valid_int[1]
297: + sipo.valid_r[0] + sipo.valid_r[1]
298: + !little_ready_rot[0] + !little_ready_rot[1];
299:
300: // synopsys translate_on
301:
302:
303: endmodule
304:
305:


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"Remote Full Stack Software Development Program @ Microverse"
My Projects
Battleship
An implementation of the classic battleship game. A player plays against the computer. Both the player and the computer try to sink all ships on the opponent's board by hitting spots on the board. The first player to sink all ships on the enemy board wins the game.
Xplore
Xplore is a list of travel and tour packages. It has a wishlist feature. The user can add and remove packages from their wishlist, but only the administrator can create, remove, and update packages from the list.
Talebook
A social media network. Users can add friends, remove friends, make posts (or tell a tale), like and comment on other users' posts, and delete posts. Users can sign up directly using their Facebook account.
Calculator
A basic calculator app. It features basic arithmetic operations - addition, subtraction, multiplication, division, and percentages.
Weather App
A JavaScript application that displays weather information for cities of the world. It retrieves weather information from the OpenWeather API.


Deserialize and concatenate SparseTensors
from a serialized minibatch.
tf.compat.v1.deserialize_many_sparse
tf.compat.v1.io.deserialize_many_sparse
tf.compat.v2.io.deserialize_many_sparse
tf.io.deserialize_many_sparse( serialized_sparse, dtype, rank=None, name=None )
The input serialized_sparse
must be a string matrix of shape [N x 3]
where
N
is the minibatch size and the rows correspond to packed outputs of
serialize_sparse
. The ranks of the original SparseTensor
objects
must all match. When the final SparseTensor
is created, it has rank one
higher than the ranks of the incoming SparseTensor
objects (they have been
concatenated along a new row dimension).
The output SparseTensor
object's shape values for all dimensions but the
first are the max across the input SparseTensor
objects' shape values
for the corresponding dimensions. Its first shape value is N
, the minibatch
size.
The input SparseTensor
objects' indices are assumed ordered in
standard lexicographic order. If this is not the case, after this
step run sparse.reorder
to restore index ordering.
For example, if the serialized input is a [2, 3]
matrix representing two
original SparseTensor
objects:
index = [ 0] [10] [20] values = [1, 2, 3] shape = [50]
and
index = [ 2] [10] values = [4, 5] shape = [30]
then the final deserialized SparseTensor
will be:
index = [0 0] [0 10] [0 20] [1 2] [1 10] values = [1, 2, 3, 4, 5] shape = [2 50]
serialized_sparse
: 2-D Tensor
of type string
of shape [N, 3]
.
The serialized and packed SparseTensor
objects.dtype
: The dtype
of the serialized SparseTensor
objects.rank
: (optional) Python int, the rank of the SparseTensor
objects.name
: A name prefix for the returned tensors (optional)A SparseTensor
representing the deserialized SparseTensor
s,
concatenated along the SparseTensor
s' first dimension.
All of the serialized SparseTensor
s must have had the same rank and type.


Quote: Posted 09/15/04 05:55:31 (GMT) -- highlife262626
I was messing around today with a strength based archer but for some reason when I fitted my char with a bow his AB didn't rise as it should have. My highest AB when unarmed was 44 and when I equiped my bow it only rose to 46. I built this char pretty quickly because I was just messing around and just wanted to see some results but I thought when it came to ranged weapons it automatically takes the highest mod. from either your str. or your dex.


Czech government proposes digital tax on internet giants
The Czech government has approved plans for a 7 percent digital tax on advertising by global internet giants like Google and Facebook, the Finance Ministry said.
The proposed tax, which still must make it past lawmakers in parliament, covers revenue gained from targeted advertising, providing digital market places, and user data sales, similar to the proposal by the European Parliament last year. It will cover only services provided to Czech users.
The tax would apply to companies with global revenue over EUR 750 million annually, at least USD 4.32 million turnover in the Czech market and more than 200,000 user accounts.
The Finance Ministry said it estimated the tax would be temporary until a global deal could be reached, as under discussion by the OECD members. The Czech government expects its own tax would raise CZK 2.1 billion in 2020 if it takes effect from June and about CZK 5 billion annually in following years.


Edmund Adam
Most played openings
| C84 | Ruy Lopez, Closed (3 games) |
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Mikal Muhammad
An experienced audio engineer, and owner of full service post production recording studio on the Jersey shore, Twenty Seven Sounds Inc. Ironically audio is my genesis block into blockchain development, stemming from my studies in small electrical circuits and DSP technologies. A Blockchain & Smart Contract developer utilizing the Solidity programming language to build secure, best of practice, Decentralized Applications (DApps) such as Crypto-Wallets (time-locked, multi-sig, savings, etc), Decentralized Exchanges (DEX), Blockchain Scanners, NFTs, NFT Marketplaces, and NFT Universe(s). Having a background in business, audio, and the business of music as well as its supportive services, combined with a sound economics foundation gives me a unique insight and ability to identify & produce solutions where major opportunities intersect and reside.
Blockchain Technology Acquired Knowledge
Bitcoin basics (buying, storing, & trading), Altcoin basics (trading & leverage trading), Trading Platforms, Identifiying scams, Blockchain Basics, Bitcoin Mining, Forks, UTXO Model, Cryptography, Consensus Algorithms, Segwit, Ethereum Basics, Ethereum EVM, Ethereum Consensus, Account Model, Token Standards, Smart Contracts, Smart Contract Security, The DAO hack & DAO hack repication, Parity Hack & Parity Hack replication, Developer Mindset, Solidity Best Practices, Upgradeable Contracts, Proxy Contracts, Functional Contracts, Storage Contracts, Smart Contract Design , Pausable Contracts Decentralized Applications, Industry Use Cases, Centralized Systems, Decentralized Systems, Hyperledger Fabric, Hyperledger Composer, Blockchain Tree (context: Hyperledger), Permission Blockchains, Money as a Concept, Gold-backed currency, Central Banking and Reserve Currencies, History of Currency, Fiat Money, Bitcoin as Money, Gold as Money, Government Money, The value of the Bitcoin standard, Solidity Basics, Arrays & Structs [Solidity language], Mappings [Solidity language], Data Location [Solidity language], Error Handling [Solidity language], Inheritance [Solidity language], Visibility [Solidity language], Events [Solidity language], External Calls [Solidity language], Truffle Development, Truffle Unit Test, Metamask Integration, Truffle Migrations, Ethereum Oracles, Testnet Development, Ethereum Dapps, Programming Mindset, JavaScript Basics, Web Development, JavaScript Types, JavaScript Loops, JavaScript Data Structures, JavaScript Functions, Node JS Basics, Git version control system & GitHub, API Communication, React, Creating React Apps, Development Environments for React (React), Building with Class Based Component(React), Advanced functional Components (React), Unity Development for Blockchain, Unity Basics, Unity Tilemaps & stripes, Unity Prefabs, Unity in-game items, Unity Collisions, Unity Gravity, Unity C# Scripting, GraphQL [...]


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Google has spoilt my habit of reading: PM Modi
Akhil-a student from Haryana asked PM that he is very busy but despite that does he still get time to watch TV, movies or reading books?
by ANINew Delhi: While interacting with the school students during his 59th edition of Mann ki Baat radio programme, Prime Minister Narendra Modi said that he used to read books but google has spoilt his habit of reading as its a shortcut if you want to seek a reference.
During the programme, Akhil-a student from Rohtak in Haryana asked Prime Minister that he is very busy but despite that does he still get time to watch TV, movies or reading books?
To this Modi said, "I was always fond of reading books but have never had any interest in watching films, nor do I watch TV regularly, however, earlier, sometimes I used to watch Discovery Channel.''
"I also read books but these days I cannot read much and also Google has spoilt us as we can instantly refer to it anytime," PM Modi said in a humorous tone.
Prime Minister Narendra Modi also interacted with National Cadet Corps (NCC) students and answered their questions.
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


Checks whether the device is connected to Internet (returns true) or not (returns false)
From: http://developer.android.com/training/monitoring-device-state/connectivity-monitoring.html
Checks whether the device is connected to Internet (returns true) or not (returns false)
From: http://developer.android.com/training/monitoring-device-state/connectivity-monitoring.html
Dialog manager that follows a form-filling approach and synchronizes the values recognized
with the corresponding elements in the GUI
It is a version of the class sandra.libs.dm.formfilllib.DialogInterpreter (chapter 5, FormFillLib project).


"x" "1" "CIARAVINO,V, KROPKO,ML, KRISHNA,G, MONTEITH,DK AND THEISS,JC,GENOTOXICITY ASSESSMENT OF PIRMENOL A NEW ANTIARRHYTHMIC DRUG, MUTAT. RES.280(3): 205-214, 1992"


Staging Of Pagliacci Marks Opera's Return To Turkmenistan After Nearly 19 Years
by RFE/RL's Turkmen ServiceOpera has returned to Turkmenistan after nearly 19 years of being banned along with ballet by the Central Asian country's first post-Soviet president as "incompatible with Turkmen mentality."
Nineteenth-century Italian composer Ruggero Leoncavallo's opera Pagliacci (Clowns) was performed on November 19 in a packed state-run theater in the capital, Ashgabat, as part of a cultural exchange program between Italy and Turkmenistan.
Only one Italian played a main role in the two-act opera that weaves a dramatic tale of love and betrayal.
Turkmen singers played the other major roles.
Baritone Amangeldi Amanov was one of them. The last time he played the lead role, Canio, was in March 2001, which was also the last time opera was performed in the city of 1 million.
In an apparent attempt to protect Turkmen culture, gas-rich Turkmenistan's first leader, Sapurmurat Niyazov, banned opera as well as foreign ballet in 2001.
His successor, Gurbanguly Berdymukhamedov, who was his personal dentist, extended the ban on art forms after Niyazov's death in 2006.
Turkmenistan is described by rights groups as having one of the most closed societies and oppressive governments in the world, with all aspects of public life controlled by Berdymukhammedov and his associates.


Quick and simple projects that I made at the beginning of my coding journey.
This simple clicking game utilized HTML CSS and JQuery
This simple Show Hide Memory Game utilized HTML CSS and JQuery.
This simple ToDo list was a self directed two day practice in JS after a month of almost exclusively python.


{% extends "base.html" %} {% load crispy_forms_tags %} {% load account %} {% block content %}
The password reset link was invalid, possibly because it has already been used.


Apparently, you shouldn't touch ADO.Net Connections from a finalizer. Who knew...?
3/27/2008, 10:15:04 AM
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link--- layout: tweet ---
Apparently, you shouldn't touch ADO.Net Connections from a finalizer. Who knew...?
3/27/2008, 10:15:04 AM
Favs: 0
Retweets: 0
link


'math' Sub-directory contains all the math related scripts This dir does not contain mathematical algorithms, only math related scripts
The programs have been re-checked and
re-mastered by me!
Although i’ve tried to keep it as orignal as possible.
Keep Patience It’ll take time to go through every program!!
Thanks


Front-end developper
You can't use up creativity. The more you use, the more you have..
Do you need a website ? We have a solution for your digital project !
#PixelPerfect #FrontEndPower #GitHub
Agathe & Cédric are the perfect mix between design and technic !
We are concerned by web accessibility and user experience.
#WebForAll #UserIsKing
Everything is designed. Few things are designed well.
UI/UX designer


The information entered in this exemption certificate generator are not collected by the Ministry of the Interior. The personal data1 are exclusively stored in the terminal (computer, tablet, smartphone) used to generate the certificate. The source code of this certificate generator is open. It can be consulted on https://github.com/clementlize/exemption-certificate-during-lockdown-q4-2020.
1 - First name, Last name, Birthday, City of Birth, Address, Zipcode, City.During the consultation of the generator, cookies are deposited on the terminal used. These cookies are used to to secure the proposed service.
A "cookie" is a string of information, usually small amounts of data, identified by a name, which can be transmitted to your browser by a website you connect to. Your web browser keeps it for a certain period of time, and refers it back to the web server each time you go there. Cookies have multiple uses: they can be used to memorize your customer ID, the current contents of your shopping cart, an identifier allowing you to trace your navigation for statistical or advertising purposes, etc.
Several technical cookied are used by this exemption certificate generator:
| Name of the Cookie | Purpose | Shelf life |
|---|---|---|
| incap_ses_* | Incapsula DDoS Protection and Firewall for the web app: cookie used to link HTTP requests to a web browser session. The reopening of the browser and access to the same site are considered as different visits. For maintain existing sessions (session cookie). | Removed when the browser is closed. |
| nlbi_* | Incapsula DDoS Protection and Firewall for the web app: load balancer cookie that ensures that the requests from a client are sent to the same server of origin. | Removed when the browser is closed. |
| visid_incap_* | Incapsula DDoS Protection and Firewall for the web app: cookie used to link certain sessions to a specific visitor (visitor representing a specific computer). In order to identify customers who have already consulted Incapsula. The only cookie that lasts for a duration of 12 months. | 12 months. |
| __utm* | Incapsula Classification Cookie: to see how the customer reacts to and manages a malformed cookie in order to to identify the nature of this client. | 900 seconds maximum. |
You can reject these cookies by adjusting the settings of your browser.
If you are using Firefox : Click on the menu button and select "Options". Next, select the "Privacy and Security" panel. Go to the "Enhanced Tracking Protection" section. Choose custom protection [radio button "Custom"]. Uncheck the "cookies" box. Click on the button "Refresh all tabs" if you want to apply these changes to the current navigation within your browser.
If you are using Chrome : Top right, click on "More > Settings". At the bottom, click on "Advanced Settings". In "Privacy and security", click on "Site Settings". Click on "Cookies and site data". Disable the option "Allow sites to store/read cookie data".
If you are using Internet Explorer : Select the "Tools" button, then "Internet Options". Select the "Privacy" tab and then under "Settings". If you want to use the "Advanced" option, select "Advanced". Check the box "Ignore management cookies automatically", then select "Deny" in the "Third party cookies" column.
For more information on this topic, you can browse the CNIL website (french).


Link builder (for Google Analytics)
There are a total of five parameters you can add to your URLs: utm_source
, utm_medium
, utm_campaign
, utm_term
, utm_content
.
For example, you could set the parameter utm_source
as newsletter to identify traffic that come from a newsletter. You could then combine it with the parameter utm_campaign
set to june to identify that this was the campaign in the month of June.


The links below are handled by a nodejs app proxied through Nginx:
The image is served by Nginx directly but it was copied from the app container into a volume shared by both containers:


In the post, a very nice letter from Brooklyn poet Gregory Vincent St Thomasino responding to the recording of Jubilate Agno:
Dear Frank,
Once again I thank you for bringing this reading/recording to my attention. It is simply extraordinary. It is excellent, it is historical. And if I may, I think it is remarkable the having a female voice in the response, this makes the listening easier, never monotonous (never wearisome!). The voices compliment and complement each other. Smart is my affinity, my kin. He is encyclopaedic. I sense so deeply his sense of isolation, I am so deeply moved by his sense of isolation and frustration. At the 1:56 time there begins the part “For I Will Consider My Cat Jeoffry” and at that pont I followed along in my text. This complete reading of Jubilate Agno has not only been a pleasure and an education for me, it has been an episode.
Yours sincerely,
Gregory
The letter has also been posted on Mr St Thomasino's e-ratio postmodern poetry blog, where you will find a link to his own Elegy For Christopher Smart amid much else.


Interested in hiring AMP to work for you?
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We are happy to accept proposals from students, faculty, and staff associated with Parkland College and any not-for-profit organization in the Champaign-Urbana area. We are unable to work with for- profit businesses at this time.
Preference is given to proposals that encourage students to think strategically. Projects that require students to develop comprehensive promotional plans within 16 week semesters are ideal.


A video showing a computer simulation for the optical device for the subset sum problem.
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I have 2 Emontx 3.4 and 3 EmonTH and a PI with RFM12 with a local version of EmonCMS. I would really like to have a lot of these values "exported" dynamically to openHAB on Raspbian which I have on the same network. I have read a lot on this forum, but I cant really find out what is the best AND latest solution. When looking at the proposed way in openHAB using a binding, it seems quite complicated and I don't have any programming skills. And I'm wondering if that is possible without interfering with my installed Emoncms.
So what would be the "easiest" way of doing this, MQTT, JSON??
Please anyone, would really appreciate some input, and very grateful. ;)
Re: Emoncms to openHAB
Try: https://github.com/openhab/openhab/wiki/Open-Energy-Monitor-Binding
Or: https://community.openhab.org/t/mqtt-show-data/2562/5
Re: Emoncms to openHAB
Also see our blog post http://openenergymonitor.blogspot.com/2015/12/openenergymonitor-emonpi-and-openhab.html
Re: Emoncms to openHAB
I am not using NODE-Red...
Is this the only way to publish some data from EMONHUB to MQTT?
I was using HTTP to send data to EMONHUB, but it was really hard to send this data to OPENHAB.
Than, I decided to send everything to MQTT Broker running in my EMONHUB.
Now I am able to read data in OPENHAB and EMONHUB, and the same time.
*** The only problem is... MQTT received data is going only to NODES, and I am not able to send this data to INPUT.
Re: Emoncms to openHAB
You can log the data from Nodes to Feeds: http://openenergymonitor.org/emon/modules/emonpi#locallog
What functionality do you require?
Re: Emoncms to openHAB
Thanx Glyn,
I need to choose between Nodes or Input?
Because, if this is correct...
Than I will stop to use local EmonHubEmoncmsHTTPInterfacer to transfer RFM data from Nodes to Input.
And than rebuild all my Feeds from Nodes.
However, how can I send Nodes data to Emoncms.org?
One more question...
Nodes has no "Process List" to know created Feeds?
Should not be like INPUT?
Specially if I need to choose between one or other, and MQTT can use only NODES.
It looks like...
Received data from HTTP I should use INPUT,
But received data from MQTT I should use NODES.
Is this correct?

Can I do everything from NODES like from INPUT?
Regards.
Re: Emoncms to openHAB
I was looking for a solution...
Is there not a way to just "mirror" all data received into NODES also into INPUT?
Then people could choose between receive data from HTTP (direct into INPUT) or from MQTT (into NODES and mirror it into INPUT). This should be not so hard to do inside database.
Re: Emoncms to openHAB
Hello allmac, if your using the emon-pi variant of emonhub you can send data using the EmonHubMqttInterfacer. Perhaps this interfacer could be used to send data directly to openhab? Although the data is in the form:
topic: emonhub/nodeid/rx/values
payload: csv data (ie: 100,200,300)
There has been a fair bit of discussion about how emonhub and emoncms MQTT support should work and it may well be that its current implementation is not ideal for what you want to do. You may need to find a work around.
Re: Emoncms to openHAB
Openhab is able to read MQTT data without problems. I receive already all my Emoncms data into Openhab interface using MQTT. But I send all my data to Emoncms server MQTT broker, than my Emonhub also receives data from MQTT, and I don't need to send data again to Openhab (process twice same information).
The problem is...
Emonhub receives data only into Nodes. And Nodes do not work correctly if I create FEEDs.
If you delete a Node, than you have "ghost feeds" lost in configuration. And you need to remove it manually.
And I have no interface to easly see the Node where each Feed where created, and I don't have Node data into database.
http://openenergymonitor.org/emon/comment/reply/11210
Then... what I want to do is send all my Nodes data to Input and work without problems.
I could have an option in Nodes like "input: true/false", where Node data could be copied to Input, or not. Or Input receives data from MQTT.
I could solve this, if I was able to find where Nodes data is received sent to interface, and where are configurations created. I am really looking for this, and try to enable this.
EmonHubEmoncmsHTTPInterfacer is also not able to get all my nodes, and send to Emoncms.org (for example).
Re: Emoncms to openHAB
Well... I did a quick modification into EmonHubMqttInterfacer.
Now it is able to get my MQTT Server data AND send it directly to INPUT.
Could I do a new interfacer to connect MQTT broker to INPUT/Feed.
Or maybe just add a setting like "INPUT: true/false" to enable or disable it in MQTT interfacer.


Storage Rule:
Storage at:
- album: publish folder
- albim/app: publish folder
- db/app: private, will delete when application remove
File Type With Folder
- Movie - Environment.DIRECTORY_MOVIES
- Picture - Environment.DIRECTORY_PICTURES
- File: db
- Temp
All path will be replace '\\' into '/'


I have begun my series of experiments with DPT insuff. I'm two trials in : 100mg last week, 150mg last night. I feel like I haven't had the 'real dose' yet. I take the high end of dosages for most substances.
It was strangely acid like in feel last night. Not super visual, but it felt hummy. There are some features to it that I need to adapt to : it's a *very* light powder, and I over-insuff it.
So I irritate the roof of my mouth and the top/back of my throat (it's pretty irritating as chems go, though not in 2cb's class certainly)
It all felt very anticipatory, as if at some point I was going to really trip hard, but that never came.
Some muscle issues ... my neck has been a little sore all day, and I've noticed a tendency to cramping today (the day afterward). I didn't notice any of that though, during the trip. What is clear to me is that I've been doing a 'social dose'. Having other trippers around would have been a good thing. I wanted to talk to people.
 Being able to trip for just an hour or two with friends.
[e] any other body load during? like stomach, muscle tensions, etc?
I had some stomach oddities. It wouldn't have been surprising if I'd vomited. Some of that was tryptamine rush type stuff, some was how bad DPT smells. And tastes.
[e] how long was the coming up phase with it?
I noticed, however, that the nausea was especially tied to getting up and trying to walk around. I had thought I was done, got up, and suddenly my stomach said 'Sit.' I didn't have any uncontrollable shivers or anything. Although 'jiggling' felt good. (Shaking my leg sort of intentionally, but in a way that my body wanted it to shake. -- Terrible explanation --
Its sort of like a nervous energy shaking of the leg.)
Muscle tension was noticeable after the trip was basically over. It's hard to say how long the coming up was, because I don't feel like I really got 'up'. Like I couldn't find a place on a timeline and say 'I was up right there.' However, it was pretty brief before I was getting alerts, and I guess not long after that that I plateued. 10 minutes? 15 minutes?
Experiment #3, 200 mg DPT HCl Insufflated
T+0 [GS] 200mg DPT Insufflated.
T+1 [GS] I used an uncut straw to minimize the oversnorting effect, that seems to have worked somewhat.
T+2 [GS] Though the irritation on the roof od my mouth is ... irritating.
T+3 [GS] The smell and taste are both enough to induce naseous thoughts.
T+3 [e] a sort of allergic feeling? itchy mouthroof?
T+4 [GS] It's hard to draw a line to 'allergic feeling'.
T+4 [GS] It's something that the sensitive flesh on the roof of my mouth doesn't want to touch.
T+4 [GS] And so it feels like ... hmm.
T+5 [GS] Do you know how the roof of your mouth, when you've got a bad cold, can be really sore from vigorous attempts at snuffling out of your nose into your mouth?
T+5 [GS] It feels like that.
T+6 [GS] My nose is plasm-ing like it does from 2cb. I'm starting to feel a certain amount of extra hummmmm in my nervous system. Not mental or emotional, strictly physical feeling.
T+8 [GS] Slightly depressed breathing. A brief wave of nausea. It takes an effort to focus my mind on a task. Like holding up my end of multiple conversations.
T+10 [GS] IRC becomes a special challenge. Which, of course, was the reason for the caret scale in the first place.
T+10 [GS] Okay, a lot of physical nervous energy.
T+10 [GS] Fast onset.
T+14 [GS] Just noticed some visuals. Yes, but Not obtrusive.
T+45 [GS] Okay, a lot of nervous physical energy just went.
T+45 [e] sounds good (?)
T+45 [GS] Yes good.
T+45 [e] accompanied by a commensurate drop in mental effect?
T+45 [GS] Hard to say. I would guess yes. A drop, maybe.
T+1:25 [GS] So I am clearly on the backside of this.
T+1:25 [GS] And have been for maybe 10 minutes. There's still some minor stuff going on, but it feels all over.
T+1:25 [e] where are the visuals at? look at the ceiling, any strong movement / color shifts?
T+1:25 [GS] Nope, nothing strong.
T+1:26 [GS] All that's left is a feeling of slight intoxication.
T+1:27 [e] any significant mood lift during the middle?
T+1:28 [GS] Yes.
T+1:29 [GS] But I wish it had all been more overwhelming.
T+1:30 [e] yeah, you're pushing the dose up there pretty high. Thats a lot of powder.
T+1:30 [GS] Once again, it felt rather LSD like.
T+1:31 [GS] Except now. Now it feels ... well, sort of unlike other things. But very low level.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Directly implemented social media strategies and social media campaigns for 50+ small business owner across key social networks: Blogger, Facebook, LinkedIn, Twitter
Responsible for fielding thousands of student inquiries per year regarding scholarship application, awarding, and preparation to go abroad. Presented frequent informational webinars. Produced videos and e-newsletters about various study abroad related topics. Managed Facebook and Instagram pages. Conducted local outreach through campus visits and presentations. Facilitated scholarship selection panels with International Education professionals from across the country.
Support all program activities and communications. Track and process WeTech scholarship applications in India, US, Taiwan and South Korea. Contributes to logistical planning for program activities and events in India, China, and Taiwan. Manage WeTech social media platforms (Twitter, Facebook, LinkedIn). Write feature stories on program participants for WeTech website.Design promotional materials for sponsors and events
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Digital Marketer/ Web Developer


Our Wedding Ceremony will be held at:
Grand Chapel of Toronto, Canada
Holy Spirit Street, 3-5 A
Glass Boulevard, Water Village
Grand Chapel of Toronto, Canada
Holy Spirit Street, 3-5 A
Glass Boulevard, Water Village
Our Wedding Ceremony will be held at:
Grand Chapel of Toronto, Canada
Holy Spirit Street, 3-5 A
Glass Boulevard, Water Village
Grand Chapel of Toronto, Canada
Holy Spirit Street, 3-5 A
Glass Boulevard, Water Village


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Congratulations Captain!
You have sucessfully deployed this NodeJS test app to AWS Elastic Beanstalk


Text
ANTLR is a powerful parser generator.
It's widely used to build languages, tools, and frameworks.
Special symbols, Table
Greek symbols
α, β, γ, ...
Other symbols
caption: arrows, degree sign, ...
↑, ↓, ←, →,†, ...
360°,/,–, ...
$, &, %, _
Anchor,Image
Hiroshige's cat in a window, 19th Century By
Utagawa Hiroshige
List
Food
Sushi
Ramen
Drink
Coffee
Green Tea


matchzoo package¶
Submodules¶
matchzoo.datapack module¶
Matchzoo DataPack, pair-wise tuple (feature) and context as input.
-
class
matchzoo.datapack.
DataPack
(data, context={})¶ Bases:
object
Matchzoo DataPack data structure, store dataframe and context.
Example
>>> features = [([1,3], [2,3]), ([3,0], [1,6])] >>> context = {'vocab_size': 2000} >>> dp = DataPack(data=features, ... context=context) >>> type(dp.sample(1)) <class 'matchzoo.datapack.DataPack'> >>> len(dp) 2 >>> features, context = dp.dataframe, dp.context >>> context {'vocab_size': 2000}
-
DATA_FILENAME
= 'data.dill'¶
-
append
(other)¶ Append a new DataPack object to current DataPack object.
It should be noted that the context of the previous DataPack will be updated by the new one.
Parameters: other ( DataPack
) – the DataPack object to be appended.
-
context
¶ Get context of DataPack.
-
dataframe
¶ Get data frame.
-
sample
(number, replace=True)¶ Sample records from DataPack object, for generator.
Parameters: - number – number of records to be sampled, use batch_size.
- replace – sample with replacement, default value is True.
Return data_pack: return DataPack object including sampled data and context (shallow copy of the context`).
-
save
(dirpath)¶ Save the DataPack object.
A saved DataPack is represented as a directory with a DataPack object (transformed user input as features and context), it will be saved by pickle.
Parameters: dirpath ( Union
[str
,Path
]) – directory path of the saved DataPack.
-
-
matchzoo.datapack.
load_datapack
(dirpath)¶ Load a DataPack. The reverse function of
DataPack.save()
.Parameters: dirpath ( Union
[str
,Path
]) – directory path of the saved modelReturn type: DataPack
Returns: a DataPack
instance
matchzoo.preprocessors module¶
Matchzoo toolkit for text pre-processing.
-
class
matchzoo.preprocessors.
DigitRemovalUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit to remove digits.
-
transform
(tokens)¶ Remove digits from list of tokens.
Parameters: tokens ( list
) – list of tokens to be filtered.Return tokens: tokens of tokens without digits. Return type: list
-
-
class
matchzoo.preprocessors.
LemmatizationUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit for token lemmatization.
-
transform
(tokens)¶ Lemmatization a sequence of tokens.
Parameters: tokens ( list
) – list of tokens to be lemmatized.Return tokens: list of lemmatizd tokens. Return type: list
-
-
class
matchzoo.preprocessors.
LowercaseUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit for text lower case.
-
transform
(tokens)¶ Convert list of tokens to lower case.
Parameters: tokens ( list
) – list of tokens.Return tokens: lower-cased list of tokens. Return type: list
-
-
class
matchzoo.preprocessors.
NgramLetterUnit
¶ Bases:
matchzoo.preprocessors.StatefulProcessorUnit
Process unit for n-letter generation.
Triletter is used in
DSSMModel
. This processor is expected to execute after Vocab has been created.Returned input_dim is the dimensionality of
DSSMModel
.-
fit
(tokens, ngram=3)¶ Fiitting parameters (shape of word hashing layer) for :DSSM:.
Parameters: - tokens (
list
) – list of tokens to be fitted. - ngram (
int
) – By default use 3-gram (tri-letter).
- tokens (
-
transform
(tokens, ngram=3)¶ Transform token into tri-letter.
For example, word should be represented as #wo, wor, ord and rd#.
Parameters: - tokens (
list
) – list of tokens to be transformed. - ngram (
int
) – By default use 3-gram (tri-letter).
Return type: list
Returns: set of tri-letters, dependent on ngram.
- tokens (
-
-
class
matchzoo.preprocessors.
ProcessorUnit
¶ Bases:
object
Process unit do not persive state (i.e. do not need fit).
-
transform
(input)¶ Abstract base method, need to be implemented in subclass.
-
-
class
matchzoo.preprocessors.
PuncRemovalUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit for remove punctuations.
-
transform
(tokens)¶ Remove punctuations from list of tokens.
Parameters: tokens ( list
) – list of toekns.Return rv: tokens without punctuation. Return type: list
-
-
class
matchzoo.preprocessors.
StatefulProcessorUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit do persive state (i.e. need fit).
-
fit
()¶ Abstract base method, need to be implemented in subclass.
Return type: dict
-
state
¶ Get current state.
-
-
class
matchzoo.preprocessors.
StemmingUnit
(stemmer='porter')¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit for token stemming.
-
transform
(tokens)¶ Reducing inflected words to their word stem, base or root form.
Parameters: - tokens (
list
) – list of string to be stemmed. - stemmer – stemmer to use, porter or lancaster.
Raises: ValueError – stemmer type should be porter or lancaster.
Return tokens: stemmed token.
Return type: list
- tokens (
-
-
class
matchzoo.preprocessors.
StopRemovalUnit
(lang='en')¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit to remove stop words.
-
get_stopwords
()¶ Get stopwords based on language.
Params lang: language code. Return stop_list: list of stop words. Return type: list
-
transform
(tokens)¶ Remove stopwords from list of tokenized tokens.
Parameters: - tokens (
list
) – list of tokenized tokens. - lang – language code for stopwords.
Return tokens: list of tokenized tokens without stopwords.
Return type: list
- tokens (
-
-
class
matchzoo.preprocessors.
TokenizeUnit
¶ Bases:
matchzoo.preprocessors.ProcessorUnit
Process unit for text tokenization.
-
transform
(input)¶ Process input data from raw terms to list of tokens.
Parameters: input ( str
) – raw textual input.Return tokens: tokenized tokens as a list. Return type: list
-


This is our secret:
The secret number is 42
A design idea for how Shamir Secret Sharing might be used in an API that requires access to a secret, a Bitcoin private key, for instance.
This is our secret:
The secret number is 42
A straight line is a polynomial of degree 1
\begin{align} f(x) = ax + b \end{align}A parabola is a polynomial of degree 2
\begin{align} f(x) = ax^2 + bx + c \end{align}A cubic curve is a polynomial of degree 3
\begin{align} f(x) = ax^3 + bx^2 + cx + d \end{align}A polynomial of degree $n$ may be expressed like this:
\begin{align} f(x) = a_0 + a_1x + a_2x^2 + \ldots + a_nx^n \end{align}Divide secret $S$ into $n$ pieces of data $S_1,\ldots,S_n$ such that
This is called a $(k,n)$ threshold scheme.
The essential idea is that $k$ points are required to define a polynomial of degree $k-1$.
Suppose we want to use a $(k,n)$ threshold scheme to share our secret $S$, an element in a finite field $\mathbb{F}$ of size $Q$ where $0 < k \leq n < Q; S < Q\;$ and $Q$ is a prime number.
A straight line is described by the polynomial
$f(x) = ax + b$
Suppose we know two points on the line:
\begin{align} P1 &= (-16, -22) \\ P2 &= (-17, -26) \end{align}We can write the system of equations:
\begin{align} f(x) & = ax + b \\ P1 \rightarrow f(-16) = -22 &= a(-16) + b \\ P2 \rightarrow f(-17) = -26 &= a(-17) + b \end{align}We can solve the first equation for $b$ in terms of $a$:
\[b = 16a - 22\]Substituting $b$ into the second equation and simplifying:
\begin{align} -26 &= -17a + (16a - 22) \\ &= -a - 22 \\ a &= 26-22 \\ a &= 4 \end{align}Alternatively
\begin{align} b &= 16a - 22 \\ b &= 16(4) - 22 \\ b &= 64 - 22 \\ b &= 42 \end{align}Consider polyomials of degree 1, 2, and 3. In other words, threshold $k$ is 2, 3, or 4.
Suppose Eve has managed to obtain a share, say $P=(16, 106)$.
She knows $f(x) = ax + b$
She can solve for $b$ in terms of $a$.
\begin{align} f(x) & = ax + b \\ P \rightarrow f(16) = 106 & = a(16) + b \\ b & = -16a + 106 \end{align}Recall the requirement that $a,b \in \mathbb{N}$.
\begin{align} a = 0 \rightarrow b & = -16(0) + 106 = 106 \\ a = 1 \rightarrow b & = -16(1) + 106 = 90 \\ a = 2 \rightarrow b & = -16(2) + 106 = 74 \\ a = 3 \rightarrow b & = -16(3) + 106 = 58 \\ a = 4 \rightarrow b & = -16(4) + 106 = 42 \\ a = 5 \rightarrow b & = -16(5) + 106 = 26 \\ a = 6 \rightarrow b & = -16(6) + 106 = 10 \\ a = 7 \rightarrow b & = -16(7) + 106 = -6 \end{align}
Since $b$ cannot be negative, Eve can conclude that
\begin{align} a & \in [0,1,2,3,4,5,6] \\ b & \in [106,90,74,58,42,26,10] \end{align}The solution is to require that $S$ is an element in a finite field $\mathbb{F}$ of size $Q$ where $S \lt Q$ and $Q$ is prime.
Since $S=42$, choosing $Q=43$ satisfies the requirement that $S \lt Q$ and $Q$ is prime.
\[\begin{align} f(x) & = 4x + 42 \mod 43 \\ f(16) & = 4(16) + 42 \mod 43 \\ & = 106 \mod 43 \\ f(16) & = 20 \end{align}\]The share is $P=(16,20)$.
Recall from the definition of a modulus that
\begin{align} a \mod Q = a - Qm \mid 0 \leq a - Qm \leq Q \\ \end{align}In other words, $m$ is a multiplier.
Eve knows $P=(16,20)$, $f(x) = ax + b \mod Q$, and modulus $Q=43$.
So she can substitute the values and solve for $b$:
\[\begin{align} f(x) & = ax + b \mod Q \\ & = ax + b - Qm \\ 20 & = 16a + b - 43m \\ b & = -16a + 20 + 43m \end{align}\]The secret $S$ is equally likely to be any element of the finite field $\mathbb{F}$. No information may be learned about $S$ unless $S_1 \ldots S_k$ are known.


# frozen_string_literal: true
require_relative 'error'
require_relative 'composite/top'
module AutomationObject
module State
# Session manages the DSL state
class Session
# @return [AutomationObject::Driver::Driver]
attr_accessor :driver - (Attribute) AutomationObject::State::Session#driver is a writable attribute
# @return [AutomationObject::BluePrint::Composite::Top]
attr_accessor :blue_prints - (Attribute) AutomationObject::State::Session#blue_prints is a writable attribute
# @return [AutomationObject::State::Composite::Top]
attr_accessor :composite - (Attribute) AutomationObject::State::Session#composite is a writable attribute
# @param [AutomationObject::Driver::Driver] driver
# @param [AutomationObject::BluePrint::Composite::Top] blue_prints
def initialize(driver, blue_prints)
self.driver = driver
self.composite = Composite::Top.new(self, driver, blue_prints)
end
def load(type, name)
case type
when :screen
composite.use(name)
when :modal
composite.current_screen.use(name)
when :element, :element_array, :element_hash
return composite.current_screen.get(type, name)
else
raise AutomationObject::State::UndefinedLoadTypeError
end
end
end
end
end


Content Analytics
with domain-specific terminology
(press ESC to close suggestions)
Clean all
Term Recognition
Current Selection
Top domain terms


1 // Copyright 2008, Google Inc. 2 // All rights reserved. 3 // 4 // Redistribution and use in source and binary forms, with or without 5 // modification, are permitted provided that the following conditions are 6 // met: 7 // 8 // * Redistributions of source code must retain the above copyright 9 // notice, this list of conditions and the following disclaimer. 10 // * Redistributions in binary form must reproduce the above 11 // copyright notice, this list of conditions and the following disclaimer 12 // in the documentation and/or other materials provided with the 13 // distribution. 14 // * Neither the name of Google Inc. nor the names of its 15 // contributors may be used to endorse or promote products derived from 16 // this software without specific prior written permission. 17 // 18 // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 19 // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT 20 // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR 21 // A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT 22 // OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, 23 // SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT 24 // LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 25 // DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY 26 // THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 27 // (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE 28 // OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 29 30 31 #include <iostream> 32 #include "gmock/gmock.h" 33 #include "gtest/gtest.h" 34 35 // MS C++ compiler/linker has a bug on Windows (not on Windows CE), which 36 // causes a link error when _tmain is defined in a static library and UNICODE 37 // is enabled. For this reason instead of _tmain, main function is used on 38 // Windows. See the following link to track the current status of this bug: 39 // https://web.archive.org/web/20170912203238/connect.microsoft.com/VisualStudio/feedback/details/394464/wmain-link-error-in-the-static-library 40 // // NOLINT 41 #if GTEST_OS_WINDOWS_MOBILE 42 # include <tchar.h> // NOLINT 43 44 GTEST_API_ int _tmain(int argc, TCHAR** argv) { 45 #else 46 GTEST_API_ int main(int argc, char** argv) { 47 #endif // GTEST_OS_WINDOWS_MOBILE 48 std::cout << "Running main() from gmock_main.cc\n"; 49 // Since Google Mock depends on Google Test, InitGoogleMock() is 50 // also responsible for initializing Google Test. Therefore there's 51 // no need for calling testing::InitGoogleTest() separately. 52 testing::InitGoogleMock(&argc, argv); 53 return RUN_ALL_TESTS(); 54 }


YOGAMIGO
DITTO
VIVOR
GIG
GRAPHIC WORKS
GRAPHIC
WORKS
Selected works from METU ID 409 Course
2020-2021
Brand Identity
Theatre Poster
Album Cover
Public Service Announcement Poster
Wayfinding Signage
TIN is a wayfinding signage project designed for Trilye/Bursa. The signages aim to guide the tourists while traveling the town. It is a product family which includes several signages changing by physical conditions.
Products placed on the
floor:
Products placed on the
surfaces:


webapp_development
user_research
technical_interviewing
my.projects()
> I develop a real-time web applications for robotics.
> I advise startup's engineering teams.
> I build complex consumer applications with extensive CRO.
> I conduct technical interviews for my clients.


You need to be able to use both views. Sometimes when you are working on a problem you need to switch between these two views. You might write the code using the static viewpoint, then test and debug the code using the dynamic viewpoint.
Let us practice this. Here is the math-like definition of Triangle
:
And here is another version of the Java method Triangle()
:
int Triangle( int N ) { return N + Triangle( N-1 ); }
Say that you try to run this program..... but it never prints out a result.


Details
This project is built during Orbital 2014.
It won best project
Installation
download this project and open it in your browser
Creators
2 wonderful students from NUS created this
- Me
- You
This project is built during Orbital 2014.
It won best project
download this project and open it in your browser
2 wonderful students from NUS created this


openSUSE 12.1
- openSUSE 12.1 Portal: The information portal about your distribution.
- See why openSUSE 12.1 is cool: The product highlights
- Learn more about the different ways to install openSUSE
- Coming from another OS? These are the Application Equivalents.


abstract fun promptForLine(prompt: String, hideInput: Boolean): String?
Show the prompt to the user, and return a line of their response.
This function will block until a line of input has been read.
prompt
- The text to display to the user
hideInput
- If true, the user's input should not be echoed to the screen. If the current console
does not support hidden input, this argument may be ignored..
Return
A line of user input, or null if an error occurred.


Automation Framework
This add-on provides a framework that allows ZAP to be automated in an easy and flexible way.
It provides the following command line options:
- -autorun <filename> Run the automation jobs specified in the file.
- -autogenmin <filename> Generate template automation file with the key parameters.
- -autogenmax <filename> Generate template automation file with all parameters.
- -autogenconf <filename> Generate template automation file using the current configuration.
To use the automation framework:
- Generate a template automation file using one of the
-autogen*
command line options
- Edit the file to match your requirements
- Run the file using the
-autorun
commandline option
In all cases it is recommended to also use the -cmd
command line option so that the ZAP desktop is not displayed
and ZAP exits as soon as it has finished generating or running the jobs defined in the file.
The 'min' and 'max' templates include comments giving more information about the fields.