New Standalone Chat Client:
Sinfar uses all default chat channels plus many new ones.
Here's the list of them with:
- Who can see and use them
- What can be said in those channels
- Whether they should be considered IC or OOC
Shout
- Only DMs can use it. Everyone can see it, except people with the immersive mode ON.
- Things that DMs want to say publicly, it is a privilege that they have.
- IC and OOC.
DM
- Everyone can use it, Only DMs can see it.
- Send a message in this channel if you need a DM. If a DM is available they will send you a tell.
- OOC
Event
- Everyone can use it, Everyone can see it except people busy or with the immersive mode ON.
- This is the player version of the Shout channel. It is to announce important important events. If you didn't plan that even for more than 3 days, it is probably not worth to be posted in this channel. Do not reply in this channel, send them a tell instead.
- IC or OOC
Action
- Everyone can use it, Everyone looking "for an adventure" can see it.
- This is an alternative to the Event channel, It is the place to say "Level 30 looking for a party" or "Shard run in preparation, send me a tell if you want to join it" or "I am dead, can someone come resurrect me? I am in the crypt - level 1". Do not ever use the Event channel to say something like that, use the /action channel instead.
- OOC
OOC
- Everyone can use it, Everyone "looking for an OOC conversation" can see it.
- This is a place where you can ask a question concerning Sinfar. Replies can be posted in this channel too, but do not get side tracked.
- OOC
PVP
- Everyone can use it, Everyone in an arena or looking for both PvP and an OOC conversation.
- A place where you can talk between power gamers, please keep your PoWeRzOr trick in this channel.
- OOC
Sex
- Everyone can use it, Everyone looking for an intimate role-play and an OOC conversation can see it.
- Try to use this channel only for serious ERP ideas that you have and would like to RP on Sinfar. I wish that this channel could be used as an alternative to the Action channel (so to propose an intimate role-play event)... it got trolled too much with obscene stuff so now people also need to be looking for an OOC conversation to see it.
- OOC
Build
- Everyone can use it, builders or players that like to use the Aurora Toolset - and that are looking for an OOC conversation, can see it.
- A good place to ask for a house builder or to discuss how to do something in Toolset.
- OOC
FFA
- Everyone can use it, only people that set that they want to see the FFA channel will see it.
- It is the place where you can talk about whatever you want. Still, do not spam it or troll it voluntarily.
- OOC
Talk
- People that are in a listen line of sight (not behind a door for example) and within ~40 meters.
- Use it to make your character talk ICly.
- IC (unless you start your message by //)
Whisper
- People that are in a line of sight and within ~3 meters.
- Use it to make your character whisper ICly.
- IC (unless you start your message by //)
Quiet (/q)
- People that are in a line of sight and within ~1 meter.
- Use it to reach only people that are right next, like on the same bench and even then, some some bench are too wide.

- Use it to make your character talk to himself or whisper to the person that is hugging them.
- IC (unless you start your message by //)
Yell (/y)
- People that are in the same area.
- Use it to make your character yell ICly
- IC (unless you start your message by //)
Party
- Everyone in your party
- Anything related to your party
- OOC
You can set what you are looking for in your player list account settings menu (Class Radial Menu -> Player Tool 1 -> [Settings] -> [Player List Status] and [Account settings]).
Additionally to the conditions above, the following can affect whether you will see a chat channel or not:
1) When your immersive mode is ON, you will only see the tells from people that are in the same area.
2) When you are set as "busy", you will only see the Shout and Tell messages.
3) When you are are set to see the FFA channel, you will also see all other public channels.
4) When you are in an OOC area, you are automatically considered as "looking for an OOC conversation".
You can use the !WHOSPY command to know if people near you are in your /wisper or /quiet or /silent range.


| 003:066 Khan | : |
Verily, you are those who have disputed about that of which you have knowledge. Why do you then dispute concerning that which you have no knowledge? It is Allah Who knows, and you know not. |
| 003:066 Maulana | : |
Behold! You are they who disputed about that of which you had knowledge; why then do you dispute about that of which you have no knowledge? And Allah knows while you know not. |
| 003:066 Pickthal | : |
Lo! ye are those who argue about that whereof ye have some knowledge: Why then argue ye concerning that whereof ye have no knowledge? Allah knoweth. Ye know not. |
| 003:066 Rashad | : |
You have argued about things you knew; why do you argue about things you do not know? GOD knows, while you do not know. |
| 003:066 Sarwar | : |
You even argue about what is already known to you. What can you learn from arguing about that which you have no knowledge? God knows but you do not know." |
| 003:066 Shakir | : |
Behold! you are they who disputed about that of which you had knowledge; why then do you dispute about that of which you have no knowledge?  Why then do you now dispute about that whereof you have no knowledge at all? ALLAH knows and you know not. |
| 003:066 Yusufali | : |
Ah! Ye are those who fell to disputing (Even) in matters of which ye had some knowledge! but why dispute ye in matters of which ye have no knowledge? It is Allah Who knows, and ye who know not! |
Concepts/Themes Covered:
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


| Home > Documentation > Configuring and administering > Configuring services > Configuring datasources > Configuring a DB2 datasource |
This article shows you how to configure a DB2 datasource in Apache Geronimo.
In this scenario, you will create a connection pool for a DB2 database, to connect to that database you are required to define at least two driver jar files. They include the JDBC driver itself and the respective license files. Depending on your implementation you will need different license files.
The steps described in this article are valid for deploying any other datasource when you do not have the drivers installed on the server, require multiple driver files, or both.
This article provides two alternatives to deploy the connection pool: using the Geronimo Administration Console and using the command line option.
To add the DB2 drivers and license to the Geronimo repository, you are required to place the files in a particular directory structure. You will normally have two or three files to add to the repository. These files are:
These files are available in the <sqllib_home>\java
directory. For additional information about the DB2 JDBC drivers and licenses, visit the DB2 Information Center available at the following URL:
To use these files in Geronimo, rename (copy and rename) the files according to the following table. In this case, you will not use db2jcc_license_cisuz.jar because it is for Z/OS and iSeries.
Original name | Renamed |
|---|---|
db2jcc.jar | db2jcc-9.5.jar |
db2jcc_license_cu.jar | db2jcc_license_cu-9.5.jar |
This means that for this particular case, DB2 v9.5 is used.
At this point, you are ready to add those files to the Geronimo repository in two ways. You can either use any graphical or command line tool to copy the files and create the necessary directories, or use the Geronimo Administration Console and add the driver and licenses to the common libraries. See the following details.
Create the following directory structures under the <geronimo_home>\repository
directory and copy the appropriate files to the respective directories.
com/ibm/db2/db2jcc/9.5
com/ibm/db2/db2jcc_license_cu/9.5
To use the administration console, Apache Geronimo must be running. Access the Geronimo Administration Console by pointing your browser to the following URL:
With the drivers and license files installed, you can now create a new database connection pool.
From the Geronimo Administration Console, select Database Pools and create a new pool by clicking Using the Geronimo database pool wizard.
com/ibm/db2/db2jcc/9.5/jar
and com.ibm/db2/db2jcc_license_cu/9.5/jar
for the Driver JAR from the list by pressing Ctrl on the keyboard. Then enter the remaining connection information as shown in the following figure. For this example, the default db2admin user name and password are used and a SAMPLE database is created via the DB2 Control Center. Set localhost
as the Server Name. As an alternative to the wizard, you can create a deployment plan manually and deploy it by using the command line based deployer tool. To use this option, create a db2-plan.xml file and copy the content of the following example to the file.
<?xml version="1.0" encoding="UTF-8"?> <connector xmlns="http://geronimo.apache.org/xml/ns/j2ee/connector-1.2"> <dep:environment xmlns:dep="http://geronimo.apache.org/xml/ns/deployment-1.2"> <dep:moduleId> <dep:groupId>console.dbpool</dep:groupId> <dep:artifactId>DB2_ds</dep:artifactId> <dep:version>1.0</dep:version> <dep:type>car</dep:type> </dep:moduleId> <dep:dependencies> <dep:dependency> <dep:groupId>com.ibm.db2</dep:groupId> <dep:artifactId>db2jcc</dep:artifactId> <dep:version>9.5</dep:version> <dep:type>jar</dep:type> </dep:dependency> <dep:dependency> <dep:groupId>com.ibm.db2</dep:groupId> <dep:artifactId>db2jcc_license_cu</dep:artifactId> <dep:version>9.5</dep:version> <dep:type>jar</dep:type> </dep:dependency> </dep:dependencies> </dep:environment> <resourceadapter> <outbound-resourceadapter> <connection-definition> <connectionfactory-interface>javax.sql.DataSource</connectionfactory-interface> <connectiondefinition-instance> <name>DB2_ds</name> <config-property-setting name="TraceFile"/> <config-property-setting name="UserName">db2admin</config-property-setting> <config-property-setting name="DatabaseName">sample</config-property-setting> <config-property-setting name="Password">db2admin</config-property-setting> <config-property-setting name="ServerName">localhost</config-property-setting> <connectionmanager> <local-transaction/> <single-pool> <max-size>10</max-size> <min-size>0</min-size> <match-one/> </single-pool> </connectionmanager> </connectiondefinition-instance> </connection-definition> </outbound-resourceadapter> </resourceadapter> </connector>
In the <dep:environment>
section, you can find the moduleId
that identifies the resource or component being deployed; in the Administration Console the moduleId
is displayed in the Component Name column on the Database Pools portlet.
Right after the moduleId
is the definition of the dependencies. In this particular case, you can find three <dep:dependency>
blocks pertaining to the DB2 JDBC driver and the license jar. The last "big" block in this plan is the <resourceadapter>
where the connection parameters such as driver, user and password, connection URL, and so on are defined.
To the deploy the DB2 datasource you just created, run the following command from the <geronimo_home>\bin directory.
deploy --user system --password manager deploy <dep_plan_home>\db2-plan.xml ..\repository\org\tranql\tranql-connector-db2-xa\1.4\tranql-connector-db2-xa-1.4.rar
You will receive the following message:
D:\geronimo-tomcat6-jee5-2.2\bin>deploy --user system --password manager deploy \tmp\db2-plan.xml ..\repository\org\tranql\tranql-connector-db2-xa\1.4\tranql-connector-db2-xa-1.4.rar Using GERONIMO_BASE: D:\geronimo-tomcat6-jee5-2.2 Using GERONIMO_HOME: D:\geronimo-tomcat6-jee5-2.2 Using GERONIMO_TMPDIR: D:\geronimo-tomcat6-jee5-2.2\var\temp Using JRE_HOME: C:\Java\jdk1.6.0\jre Deployed console.dbpool/DB2_ds/1.0/car
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Wall Street treading water, awaiting Trump speech
NEW YORK, Nov 12 — US stocks were holding their collective breath at the open today, poised for a speech by President Donald Trump that could offer clarity on US trade disputes with China and Europe.
With a deadline tomorrow for deciding whether to impose tariffs on European cars, which would send US trade conflicts into a new dimension, and investors anxiously awaiting a deal with China, Trump’s midday speech to the Economic Club of New York will be must-see TV.
About 10 minutes into the trading day, the Dow Jones Industrial Average was essentially flat at 27,694.37.
But the broader S&P 500 and the tech-dominated Nasdaq Composite Index each edged up 0.2 per cent to 3,091.17 and 8,480.82.
“The lack of conviction isn’t so much due to a lack of news as it is due to the absence of news market participants are waiting on to be made,” Briefing.com analyst Patrick J. O’Hare said.
“There’s just no telling what might be said, so there is a wait-and-see mentality pervading in the pre-open trade,” he said of Trump’s speech.
All three indexes hit records last week on positive comments about chances for a resolution to the US-China trade conflict but then fell back yesterday after conflicting signals out of Washington, including from Trump, who on Friday contradicted the Chinese assertion that Washington and Beijing already had agreed to roll back tariffs.
The only data report today was small business sentiment index, which came in above expectations at 102.4.
Government inflation data is due out tomorrow and industrial production on Friday, but the main attention grabber will be testimony before Congress by Federal Reserve Chairman Jerome Powell tomorrow and Thursday. — AFP


Match Play. 3-3 to 7. Should Red redouble? If redoubled, should White take?
pips Red=73 White=76
(CorrectAnswer= 0/0, ErrorScore= 0)
White’s take point for the redouble is a very high 33% (because his match winning chances from 3-5 down are 33%).
For money the redouble would be premature here but Red doesn’t want to risk losing his market at this match score and so he should redouble now. To reinforce the point not redoubling here is a double blunder.
For money the redouble would be premature here but Red doesn’t want to risk losing his market at this match score and so he should redouble now. To reinforce the point not redoubling here is a double blunder.
Cube analysis 2-ply cubeless equity +0.325 (Money: +0.325) 0.662 0.000 0.000 - 0.338 0.000 0.000 Cubeful equities: 1. Double, take +0.962 2. Double, pass +1.000 (+0.038) 3. No double +0.788 (-0.175) Proper cube action: Redouble, take


Govt widens scope for anti-dumping duty on jute yarn, sacks from Bangladesh
The duties are in the range of $97.19 per tonne and $125.21 per tonne
by Press Trust of IndiaThe government has widen the scope of antidumping duty imposed on jute yarn and sacking bags by including more companies of Bangladesh to protect domestic players from cheap inbound shipments.
In a notification, the Central Board of Indirect Taxes and Customs has said it has amended a notification dated January 1, 2017 to include more companies under the ambit of antidumping duties.
The duties are in the range of $97.19 per tonne and $125.21 per tonne.
It was in 2017, when it was first imposed on imports of jute yarn and sacking bags coming from Bangladesh to guard domestic players from cheap imports.
The anti-dumping duty is imposed on specific companies of a country.
Based on complaint of local players, the Directorate General of Trade Remedies, (erstwhile DGAD) had initiated a probe into imports of the products in 2015.
West Bengal is the major player in the jute industry, with 3.5-4 lakh people being employed in the sector.
Countries carry out anti-dumping probe to determine whether their domestic industries have been hurt because of a surge in cheap imports.
As a counter measure, they impose duties under the multilateral regime of the World Trade Organization.
The duty is aimed at ensuring fair trade practices and creating a level-playing field for domestic producers with regard to foreign producers and exporters.


Nelson Rolihlahla Mandela was a South African anti-apartheid revolutionary, political leader, and philanthropist who served as President of South Africa from 1994 to 1999. He was the country's first black head of state and the first elected in a fully representative democratic election.
Zakes Mda, legally Zanemvula Kizito Gatyeni Mda, is a South African novelist, poet and playwright. He has won major South African and British literary awards for his novels and plays. He is currently a Patron of the Etisalat Prize for Literature


PARKSMART
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Before Change
metric_meters = AverageMeterCollection()
// switch to evaluate mode
self.model.eval()
with torch.no_grad():
for batch_idx, batch in enumerate(val_iterator):
batch_info = {"batch_idx": batch_idx}
batch_info.update(info)
After Change
from ``validate_batch`` and dividing it by the sum of
``num_samples`` from all calls to ``self.validate_batch``.
if not hasattr(self, "model"):
raise RuntimeError("Either set self.model in setup function or "
"override this method to implement a custom "
"validation loop.")
model = self.model
metric_meters = AverageMeterCollection()
// switch to evaluate mode


--- layout: post status: publish published: true title: 80's Cubs Baseball with The Awesome 80's Podcast - Episode 7.79 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 11621 wordpress_url: http://ivyenvy.com/?p=11621 date: '2016-01-24 19:26:23 +0000' date_gmt: '2016-01-25 01:26:23 +0000' categories: - Podcast tags: [] comments: - id: 21734 author: Hunts Hosers author_email: '' author_url: '' date: '2016-01-27 12:59:57 +0000' date_gmt: '2016-01-27 18:59:57 +0000' content: Great pod, but I thought there was one aspect of the 1989 vs. 2015 season debate that should have come up. Experiencing the season with Harry & Steve on play by play impacted the "magic" of the team. I would have loved to hear Harry/Steve do the 2015 season and Pat & Ron on the radio. ---
During the Cubs' playoff run and right after the 2015 season ended, we talked on the podcast about the 2015 team being the most fun Cubs teams we had ever seen. Michael from Galesburg voiced his opposition immediately.
Since the last week was fairly uneventful in the land of the Cubs, we decided to invite Michael and his podcast co-host, Lawrence onto the podcast. Michael and Lawrence do The Awesome 80's Podcast, so you can understand why the '89 Cubs team holds a special place in Michael's heart.
What you'll hear is a wandering conversation about 80's baseball movies, the Cubs in the 80's, comparing the '89 team to the '15 team, some references to '98 and '03, and a side conversation about the history of Pekin High School.


Events are a powerful tool to escape and interact between various pieces of functionality. In general, there are only a few methods:
// example in default.php:
\Neoan3\Core\Event::listen('Core::beforeInit', fn($event) => var_dump($event))
You can dispatch custom events as needed using Event::dispatch. Here we want to give you a quick look at existing core-events:
Earliest event fired. This event happens AFTER resources are loaded and BEFORE any methods, instances or functions are called.
This event happens AFTER a route has been searched for and BEFORE a 404 redirect and header gets served.
Fired when PHP8 attribute was encountered.
This event happens AFTER the API handler has been initialized and BEFORE processing of the request begins.
This event happens AFTER the API has completed the request and BEFORE the response is sent to the client.
This event happens AFTER the API has completed the request and AFTER the response is sent to the client.
(Getting ideas?: neoan3 does not ship with parallelism out of the box.
We play nicely with Spatie's Asynchronous and parallel PHP and are fans of
Swoole)
This event happens on multiple occasions AFTER an issue was encountered and BEFORE a response is sent to the client.


Thanks ##firstname##!
We'll be reaching out to the contact you provided via email with information about the benefits of becoming a Frontier Direct Care member.
You'll receive a credit towards your account in the amount of $50 if they decide to become a member.
Thanks for participating in our program and feel free to return to previous page to enter more referrals!


A channel to discuss trading. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
siu - Chainmakers17-Sep-18 12:49 AM
there is no gui still
blackjok3r17-Sep-18 12:50 AM
Yeah we will start on this soon dude, it got put on back bruner. I have a CLI game that is automated will try and get it working for coqui today if I get time, no promises though
siu - Chainmakers17-Sep-18 12:53 AM
awesome
i have some doubts still
for example, would it be possible to use spv client for a dice game?
So log in like agama web and just interact with a simple dice game gui?
blackjok3r17-Sep-18 12:54 AM
There is a way to play the game that work just about 100% of the time, the logic to get that working on a continuous loop was a bit tricky, but I don't figure people gamble that fast or that much with "real money"
Quite sure it needs a full node
Facing same problems with MoMoM as that needs the full node of KMD running locally to work at this stage. I don't thinks its out of possibility to use some kind of centralised server to broadcast transactions and fetch transactions. But not sure how much effort that would be to make.
siu - Chainmakers17-Sep-18 01:01 AM
but in theory if electrumx is modified it could work, right?
blackjok3r17-Sep-18 01:02 AM
Bit out of my skills to answer that 100% but I think so yes.
There would be a signing part of the tx creation, simply separating that call from the code and doing that part locally before broadcasting to the server, at least I think that's how it works.
siu - Chainmakers17-Sep-18 01:11 AM
Lets see how it goes.
 I'm working to try and do the troll box thing and have Lizzie's be the chat coin
Hollowman900017-Sep-18 02:48 AM
Already staked 100 LIZ
muun
jspook1617-Sep-18 02:49 AM
sweet!

Hollowman900017-Sep-18 03:21 AM
@jl777c be like: this prick can launch a DOS prompt.. bravo
jspook1617-Sep-18 03:22 AM
thanks @blackjok3r for -ac_troll.... will test this week
@Hollowman9000 DOS prompt?
blackjok3r17-Sep-18 03:22 AM
havent done it yet... do you want me to try it?
Hollowman900017-Sep-18 03:22 AM
Let me know if I can help
@jspook16 command line on Windows, CMD
Msdos
@blackjok3r dafuq is a JQ filter
jspook1617-Sep-18 03:25 AM
@blackjok3r you can if you want.  It has character
1
Hollowman900017-Sep-18 03:49 AM
Error: there is no RPC client functionality in komodod.


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model.ctl
GrADS descriptor file (0.7 kb) model.grb
GrADS (GRIB) data file (579 kb) model.gmp
GrADS gribmap index file (4 kb)
This data file is described by the data descriptor file
model.ctl
. You may want to look at this file before
continuing. The data descriptor file describes the actual data file,
which in the case contains 5 days of global grids that are 72 x 46
elements in size.
Please download these 3 files to a local directory before proceeding.
To start up GrADS, enter:
grads
If the grads executable is not in your current directory, or if it is not in your PATH somewhere, you may need to enter the full pathname, ie:
/usr/homes/smith/grads/grads
GrADS will prompt you with a landscape vs. portrait question; just press enter. At this point a graphics output window should open on your console. You may wish to move or resize this window. Keep in mind that you will be entering GrADS commands from the window where you first started GrADS -- this window will need to be made the 'active' window and you will not want to entirely cover that window with the graphics output window.
In the text window (where you started grads from), you should now
see a prompt: ga->
You will enter GrADS commands at this
prompt and see the results displayed in the graphics output
window.
The first command you will enter is:
open model.ctl
You may want to see what is in this file, so enter:
query file
One of the available variable is called ps
, for surface pressure.
We can display this variable by entering:
d ps
d
is short for display
. You
will note that by default, GrADS
will display an X, Y plot at the first time and at the lowest
level in the data set.
Now you will enter commands to alter the dimension environment
.
The display
command (and
implicitly, the access,
operation, and
output of the data) will do things with respect to the current
dimension environment. You control the dimension environment
with the set
command:
clear
clears the displayset lon -90
sets longitude to 90 degrees Westset lat 40
sets latitude to 40 degrees Northset lev 500
sets level to 500 mbset t 1
sets time to first time stepd z
displays the variable 'z'In the above sequence of commands, we have set all four GrADS dimensions to a single value. When we set a dimension to a single value, we say that dimension is "fixed". Since all the dimensions are fixed, when we display a variable we get a single value, in this case the value at the location 90W, 40N, 500mb, and the 1st time in the data set.
If we now enter:
set lon -180 0
X is now a varying
dimensiond z
We have set the X dimension, or longitude, to vary. We have done this by entering two values on the set command. We now have one varying dimension (the other dimensions are still fixed), and when we display a variable we get a line graph, in this case a graph of 500mb Heights at 40N.
Now enter:
clear
set lat 0 90
d z
We now have two varying dimensions, so by default we get a contour plot. If we have 3 varying dimensions:
c
set t 1 5
d z
we get an animation sequence, in this case through time.
Now enter:
clear
set lon -90
set lat -90 90
set lev 1000 100
set t 1
d t
d u
In this case we have set the Y (latitude) and Z (level)
dimensions to vary, so we get a vertical cross section. We have
also displayed two variables, which simply overlay each other.
You may display as many items as you desire overlaid before you
enter the clear
command.
Another example, in this case with X and T varying (Hovmoller
plot):
c
set lon -180 0
set lat 40
set lev 500
set t 1 5
d z
Now that you know how to select the portion of the data set to
view, we will move on to the topic of operations on the data.
First, set the dimension environment to an Z, Y varying one:
clear
set lon -180 0
set lat 0 90
set lev 500
set t 1
Now lets say that we want to see the temperature in Fahrenheit instead of Kelvin. We can do the conversion by entering:
display (t-273.16)*9/5+32
Any expression may be entered that involves the standard operators of +, -, *, and /, and which involves operands which may be constants, variables, or functions. An example involving functions:
clear
d sqrt(u*u+v*v)
to calculate the magnitude of the wind. A function is provided to do this calculation directly:
d mag(u,v)
Another built in function is the averaging function:
clear
d ave(z,t=1,t=5)
In this case we calculate the 5 day mean. We can also remove the mean from the current field:
d z - ave(z,t=1,t=5)
We can also take means over longitude to remove the zonal mean:
clear d z-ave(z,x=1,x=72)
d z
We can also perform time differencing:
This computes the change between the two fields over 1 day. We could have also done this calculation using an offset from the current time:
d z(t+1) - z
The complete specification of a variable name is:
name.file(dim +|-|= value, ...)
If we had two files open, perhaps one with model output, the other with analyses, we could take the difference between the two fields by entering:
display z.2 - z.1
Another built in function calculates horizontal relative vorticity via finite differencing:
clear
d hcurl(u,v)
Yet another function takes a mass weighted vertical integral:
clear
d
vint(ps,q,275)
Here we have calculated precipitable water in mm.
Now we will move on to the topic of controlling the graphics output. So far, we have allowed GrADS to chose a default contour interval. We can override this by:
clear
set cint 30
d z
We can also control the contour color by:
clear
set ccolor 3
d z
We can select alternate ways of displaying the data:
clear
set gxout shaded
d
hcurl(u,v)
This is not very smooth; we can apply a cubic smoother by entering:
clear
set csmooth on
d
hcurl(u,v)
We can overlay different graphics types:
set gxout contour
set ccolor 0
set cint 30
d z
and we can annotate:
draw title 500mb Heights and
Vorticity
We can view wind vectors:
clear
set gxout vector
d u;v
Here we are displaying two expressions, the first for the U
component of the vector; the 2nd the V component of the vector.
We can also colorize the vectors by specifying a 3rd field:
d u;v;q
or maybe:
d u;v;hcurl(u,v)
You may display pseudo vectors by displaying any field you want:
clear
d mag(u,v) ;
q*10000
Here the U component is the wind speed; the V component is moisture.
We can also view streamlines (and colorize them):
clear
set gxout stream
d u;v;hcurl(u,v)
Or we can display actual grid point values:
clear
set gxout grid
d u
We may wish to alter the map background:
clear
set lon -110 -70
set lat 30 45
set mpdset nam
set digsize 0.2
set dignum 2
d u
To alter the projection:
set lon -140 -40
set lat 15 80
set mpvals -120 -75 25 65
set mproj nps
set gxout contour
set cint 30
d z
In this case, we have told grads to access and operate on data from longitude 140W to 40W, and latitude 15N to 80N. But we have told it to display a polar stereographic plot that contains the region bounded by 120W to 75W and 25N to 65N. The extra plotting area is clipped by the map projection routine.
This concludes the sample session. At this point, you may wish
to examine the data set further, or you may want to go through
the GrADS documentation and try out the other options described
there.


{% extends '../layouts/template.html' %} {% block title %}Check my State Pension - {{mvpversion}}{% endblock %} {% block serviceName %}Check my State Pension{% endblock %} {% block main %} Back
Before paying voluntary contributions, as well as checking your National Insurance record is correct, you should:
Paying voluntary contributions may not be your best option when planning for your retirement.
You can seek professional financial advice. For free impartial guidance (not on GOV.UK)
Your amount may change if you:
You may be entitled to a State Pension from the country you lived or worked in. Contact the pension service of the country you were in to find out if you are eligible.


Elaine and Phil thought it would be nice to include this summary page in the plan review package for Stan's review next week.
I think Rod mentioned that Stan has set a target for Phil of 5.0MM for 2002. Please advise if this is still valid because Phil personally has not heard that from Stan. The numbers that we have in Adaytum match the $4.4 MM net contribution. The remaining $0.6MM are salary offsets on NNG. 42P does not have employees and they use NNG employees. When they do that, NNg charges the salaries of the employees for the applicable # of hours to 42P. Therefore, 42P covers expenses that NNG would have to bear otherwise. Phil feels that the $0.6MM of salaries offsets should be counted toward the 5.0 target since it's a benefit that 42P brings to NNG. James and I talked about this on the phone.
Please let me know if you have any questions or concerns.
Thanks!
Rositza
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


|
MeterLogger
|
Go to the source code of this file.
Data Structures | |
| struct | dhcps_state |
| struct | dhcps_msg |
| struct | dhcps_pool |
| struct | _list_node |
Typedefs | |
| typedef struct dhcps_state | dhcps_state |
| typedef struct dhcps_msg | dhcps_msg |
| typedef struct _list_node | list_node |
| #define BOOTP_BROADCAST 0x8000 |
Definition at line 51 of file dhcpserver_common.h.
Referenced by create_msg(), and enc_create_msg().
| #define DHCP_HLEN_ETHERNET 6 |
Definition at line 56 of file dhcpserver_common.h.
| #define DHCP_HTYPE_ETHERNET 1 |
Definition at line 55 of file dhcpserver_common.h.
Referenced by create_msg(), and enc_create_msg().
| #define DHCP_MSG_LEN 236 |
Definition at line 57 of file dhcpserver_common.h.
| #define DHCP_OPTION_BROADCAST_ADDRESS 28 |
Definition at line 79 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_DNS_SERVER 6 |
Definition at line 72 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_END 255 |
Definition at line 81 of file dhcpserver_common.h.
Referenced by add_end(), enc_parse_options(), and parse_options().
| #define DHCP_OPTION_INTERFACE_MTU 26 |
Definition at line 77 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_LEASE_TIME 51 |
Definition at line 74 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_MSG_TYPE 53 |
Definition at line 75 of file dhcpserver_common.h.
Referenced by add_msg_type(), enc_parse_options(), and parse_options().
| #define DHCP_OPTION_PERFORM_ROUTER_DISCOVERY 31 |
Definition at line 78 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_REQ_IPADDR 50 |
Definition at line 73 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCP_OPTION_REQ_LIST 55 |
Definition at line 80 of file dhcpserver_common.h.
| #define DHCP_OPTION_ROUTER 3 |
Definition at line 71 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_SERVER_ID 54 |
Definition at line 76 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_OPTION_SUBNET_MASK 1 |
Definition at line 70 of file dhcpserver_common.h.
Referenced by add_offer_options(), and enc_add_offer_options().
| #define DHCP_REPLY 2 |
Definition at line 54 of file dhcpserver_common.h.
Referenced by create_msg(), and enc_create_msg().
| #define DHCP_REQUEST 1 |
Definition at line 53 of file dhcpserver_common.h.
| #define DHCPACK 5 |
Definition at line 66 of file dhcpserver_common.h.
Referenced by enc_send_ack(), and send_ack().
| #define DHCPDECLINE 4 |
Definition at line 65 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCPDISCOVER 1 |
Definition at line 62 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCPNAK 6 |
Definition at line 67 of file dhcpserver_common.h.
Referenced by enc_send_nak(), and send_nak().
| #define DHCPOFFER 2 |
Definition at line 63 of file dhcpserver_common.h.
Referenced by enc_send_offer(), and send_offer().
| #define DHCPRELEASE 7 |
Definition at line 68 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCPREQUEST 3 |
Definition at line 64 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCPS_CLIENT_PORT 68 |
Definition at line 60 of file dhcpserver_common.h.
Referenced by enc_send_ack(), enc_send_nak(), enc_send_offer(), send_ack(), send_nak(), and send_offer().
| #define DHCPS_MAX_LEASE 0x64 |
Definition at line 50 of file dhcpserver_common.h.
Referenced by enc_softap_init_dhcps_lease(), enc_softap_set_dhcps_lease(), wifi_softap_init_dhcps_lease(), and wifi_softap_set_dhcps_lease().
| #define DHCPS_SERVER_PORT 67 |
Definition at line 59 of file dhcpserver_common.h.
Referenced by dhcps_start(), and enc_dhcps_start().
| #define DHCPS_STATE_ACK 3 |
Definition at line 88 of file dhcpserver_common.h.
Referenced by enc_handle_dhcp(), enc_parse_options(), handle_dhcp(), and parse_options().
| #define DHCPS_STATE_DECLINE 2 |
Definition at line 87 of file dhcpserver_common.h.
| #define DHCPS_STATE_IDLE 5 |
Definition at line 90 of file dhcpserver_common.h.
Referenced by enc_parse_options(), and parse_options().
| #define DHCPS_STATE_NAK 4 |
Definition at line 89 of file dhcpserver_common.h.
Referenced by enc_handle_dhcp(), enc_parse_options(), handle_dhcp(), and parse_options().
| #define DHCPS_STATE_OFFER 1 |
Definition at line 86 of file dhcpserver_common.h.
Referenced by enc_handle_dhcp(), enc_parse_options(), handle_dhcp(), and parse_options().
| #define DHCPS_STATE_RELEASE 6 |
Definition at line 91 of file dhcpserver_common.h.
Referenced by enc_parse_msg(), enc_parse_options(), parse_msg(), and parse_options().
| #define MAX_STATION_NUM 8 |
Definition at line 84 of file dhcpserver_common.h.
Referenced by dhcps_coarse_tmr(), and enc_dhcps_coarse_tmr().
| #define USE_DNS |
Definition at line 4 of file dhcpserver_common.h.
| typedef struct dhcps_state dhcps_state |
| typedef struct _list_node list_node |


lgp.core.evolution
/
Runners
/
SequentialRunner
/
run
run
fun
run
(
dataset
:
Dataset
<
T
>
)
:
RunResult
<
T
>
Runs the model
runs
times.


Simply include the plugin and the bars: { numbers { ... } } options on the series you want to enable.


5.2 : Programming The CARDIAC
So now that we know the layout of the CARDIAC, let's do some programming. Many verbose coding languages use words like println, or print, or Console.Write to denote something to be outputted to the screen. The CARDIAC does not use any words. It uses numbers. A "Command" consists of two parts, the opcode, and the operand. The opcode is a single number that denotes what happens. The operand is a two digit number that denotes the memory position the opcode is referring to. This forms a 3 digit number. A very important thing to recognize about this 3 digit number, is that it is just a number. Yes, it can perform commands with it. We can also use this number in math. I'll cover this more later. Let's focus on commands right now.
| Opcode | Operand | |
|---|---|---|
| 0 | 0 | 0 |
So this is a base-10 number. That means each digit can hold numbers 0-9. This means there are 10 different commands to use and 100 different memory points to reference. Like we said above in the Memory section the CARDIAC has 100 memory points. Above we had to formula 2n-1. This tells us how many memory points we have and through which numbers they're labelled. Since we're using base-10 we sub 10 in for 2. Since there are 2 digits, n=2. Then calculate 102-1 = 99. This means we have memory points 00-99. This makes sense since we have two base-10 digits which have numbers ranging 0-9. Below are the opcodes for the CARDIAC and which operation each corresponds to. You don't have to memorize it, however, after doing many programs you might.
| Opcode | Abbreviation | Operation |
|---|---|---|
| 0 | INP | Read a card into memory |
| 1 | CLA | Clear accumulator and add from memory |
| 2 | ADD | Add from memory into accumulator |
| 3 | TAC | Test accumulator. Jump to memory if negative |
| 4 | SFT | Shift accumulator |
| 5 | OUT | Write memory to output |
| 6 | STO | Store accumulator into memory |
| 7 | SUB | Subtract memory from accumulator |
| 8 | JMP | Jump to memory position |
| 9 | HRS | Halt and Reset: Ends the Program |
Notice how when I described each operation, I mentioned how the memory relates to the operation.
The first digit corresponds to the opcode.
The second two being to the memory point it references.
Let's say we have the number 103 and in memory point 03 we have the number 002.
The opcode 1 means we have to clear the accumulator.
Then we add whatever is in memory point 03.
This means 002 is now what is in the accumulator.
If we use the command 800, it means we jump (8) to memory point 00.
If you notice, there are two commands that do not relate to the memory, SFT (4) and HRS (9).
Since HRS halts and resets the program, you do not need to reference a memory point.
SFT on the other hand is a little more difficult.
The first digit in SFT is 4.
Right now we have 4--.
The second digit shifts the digits in the accumulator over to the left n amount of places.
If 1234 was stored in the accumulator, and we called 42-, it would shift the places to now 3400.
We have now lost the values 1 and 2.
We cannot retrieve them.
They are lost.
The third digit in the SFT operation shifts the accumulator to the right n amount of digits.
So if we have 422, 1234 first becomes 3400.
The accumulator shifts the other way and becomes 0034.
Like I said before, when the accumulator shifts, you lose the digits.


This is a three minute vocabulary exercise,you must determine if
the highlighted word fits in the sentence correctly.
1. Claire and Sarah left their corporate jobs to start a nonprofit organisation.
Right
Wrong
2. He's a great dancer, and he can sing, to.
Right
Wrong
3. Even after years of schooling, her handwriting was legible barely.
Right
Wrong
4. Only about 10 percent people in the world is left-handed.
Right
Wrong
5. I like pizza even when its cold.
Right
Wrong


| main | index c:\users\hampe\onedrive\documents\pythonscripts\pig-game\main.py |
Runs the program.
How the game works:
Each turn, a player repeatedly rolls a die until
the player decides to hold or until he rolls a 1.
If the player decides to hold he/she will add the total sum of all the
dice numbers he/she has rolled during that turn to his/her total points.
If the dice shows a 1 the player will not receive any points and his/her turn
will end letting the other player roll.
The one to get to 100 points or more first is the winner.
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
| Modules | ||||||
|


1st
2nd
3rd
4th
6th
7th
8th
9th
T1
11th
12th
13th
14th
15th
16th
19th
22nd
23rd
24th
25th
26th
27th
28th
29th


Class Translation
A simple service which maps the WordPress translation functionality to PHPTAL
- LengthOfRope\Treehouse\Template\Services\Translation implements PHPTAL_TranslationService
Namespace: LengthOfRope\Treehouse\Template\Services
Author: LengthOfRope, Bas de Kort<EMAIL_ADDRESS>Located at Template/Services/Translation.php
Author: LengthOfRope, Bas de Kort<EMAIL_ADDRESS>Located at Template/Services/Translation.php
public
|
|
public
|
|
public
|
|
public
|
|
public
|


| $7.24 | Orange Zingers | 421lbs | Orange |
| $4.36 | Lemony Lisps | 47lbs | Yellow |
| $14.62 | Bubble Berry | 226lbs | Red |
| $2.36 | Lime Lombards | 142lbs | Chartreuse |
| $7.24 | Orange Zingers | 421lbs | Orange |
| $4.36 | Lemony Lisps | 47lbs | Yellow |
| $14.62 | Bubble Berry | 226lbs | Red |
| $2.36 | Lime Lombards | 142lbs | Chartreuse |


It is probable that you have to give browser permissions to access your current location
Please, select your transportation mode:
We use Google Maps Places API for a calculate distancia between two points


A Retro Analog Synth emulator
Under construction.
To use the Analog implementation, load tb303.so and create an actor of type AnalogActor.
AnalogActor messages
In addition to the messages understood by all generator actors, the AnalogActor understands the following messages.
If the optional parameter time is specified in any of the following messages, then
the corresponding parameter is linearly modulated from the old value to the specified value over the
duration of time seconds after receipt of the command. In the case of the commands
SetAll[Param] (which set the value for all handlers spawned by a particular actor),
the default [Param] is always set immediately on receipt of the command, regardless of
time.
- SetFreq hActor x
SetAllFreq hActor x time
- Set the default frequency for new instances to x.
- SetFilterCutoff hActor x
SetAllFilterCutoff hActor x time
- Set the default filter cutoff for new instances to x.
- SetResonance hActor x
SetAllResonance hActor x time
- Set the default resonance for new instances to x.
- SetEnvMod hActor x
SetAllEnvMod hActor x time
- Set the default envelope modulation for new instances to x.
- SetEnvDecay hActor x
SetAllEnvDecay hActor x time
- Set the default something-or-other for new instances to x.
Analog handler messages
In addition to the messages understood by all handlers, the handler for the tb303 algorithm understands the following messages:
- SetFreq hSound x time
- Set the frequency to x Hz.
- SetFilterCutoff hSound x time
- Set the "vowel color" to x (0 to 1, default 0);
from 0 to 1, the sound goes through oo, oh, ah, ee and gets louder
at the same time.
- SetResonance hSound x time
- Set the narrowness of the filter to x (0 to 1, default 0).
At higher values you can hear individual harmonics.
- SetEnvMod hSound x time
- Set how much of "modulation" SetEnvDecay does to x
(0 to 1, default 0).
- SetEnvDecay hSound x time
- Set something or other to x
(0 to 1, default 0). It's kind of hard to say what this does.


Introduction
If you’re waiting for the Corinna OOP project to land in the Perl core, you’ll have to wait. Paul Evans will start working on the implementation after Perl version 5.36 is released. However, it’s a lot of work and it’s not clear that if it will be ready by 5.38 and even then, it will be experimental. You’ve a couple of years to wait.
To bridge the gap, I’ve released MooseX::Extended . It’s not really “Corinna-lite” because the way Moose works and the way Corinna works aren’t quite compatible, but it will make your Moose code easier to write.
Less Boilerplate
The bane of many programmer’s existence is boilerplate.  Not only do we have to type the boilerplate, but we also have to remember it. For a simple, “read only” 2D point class in Moose, the class and my boilerplate looks something like this:
package My::Point::Moose;
use v5.20.0;
use Moose;
use MooseX::StrictConstructor;
use Types::Standard qw(Num);
use feature qw( signatures postderef postderef_qq );
no warnings qw( experimental::signatures experimental::postderef );
use namespace::autoclean;
use mro 'c3';
has [ 'x', 'y' ] => ( is => 'ro', isa => Num );
__PACKAGE__->meta->make_immutable;
1;
That’s a lot of boilerplate. Some of it’s not needed for this module, so I am often lazy and don’t write the boilerplate I don’t need, meaning I have to go back and add it later as the class grows.
Here’s the same code with MooseX::Extended
:
package My::Point;
use MooseX::Extended types => [qw/Num/];
param [ 'x', 'y' ] => ( isa => Num );
That’s right, you don’t have to declare it immutable or end it with a true
value. MooseX::Extended
handles that for you (though you can disable this).
Hmm, what if I want to subclass that and make it mutable?
package My::Point::Mutable::Moose;
use v5.20.0;
use Moose;
extends 'My::Point::Moose';
use MooseX::StrictConstructor;
use feature qw( signatures postderef postderef_qq );
no warnings qw( experimental::signatures experimental::postderef );
use namespace::autoclean;
use mro 'c3';
has '+x' => (
is => 'ro',
writer => 'set_x',
clearer => 'clear_x',
default => 0,
);
has '+y' => (
is => 'ro',
writer => 'set_y',
clearer => 'clear_y',
default => 0,
);
sub invert ($self) {
my ( $x, $y ) = ( $self->x, $self->y );
$self->set_x($y);
$self->set_y($x);
}
__PACKAGE__->meta->make_immutable;
1;
Here it is in MooseX::Extended
:
package My::Point::Mutable;
use MooseX::Extended;
extends 'My::Point';
param [ '+x', '+y' ] => ( writer => 1, clearer => 1, default => 0 );
sub invert ($self) {
my ( $x, $y ) = ( $self->x, $self->y );
$self->set_x($y);
$self->set_y($x);
}
Again, it lets me focus on writing code that works, rather than all the scaffolding that’s usually needed.
Note: we also provide MooseX::Extended::Role which behaves similarly.
param and field
You can still use the has
function to declare your Moose attributes, but I
recommend using param
and field
instead. Why? We’ve regularly face the
following problem:
package Some::Class;
use Moose;
has name => (...);
has uuid => (...);
has id => (...);
has backlog => (...);
has auth => (...);
has username => (...);
has password => (...);
has cache => (...);
has this => (...);
has that => (...);
Which of those should be passed to the constructor and which should not? Just because you can pass something to the constructor doesn’t mean you should. Unfortunately, Moose defaults to “opt-out” rather than “opt-in” for constructor arguments. This makes it really easy to build objects, but means that you can pass unexpected things to the constructor and it won’t always work the way you want it to.
There’s an arcane init_arg => undef
pair to pass to each to say “this
cannot be set via the constructor,” but many developers are either unaware of
this is simply forget about it. MooseX::Extended
solves with by separating
has
into param
(allowed in the constructor, but you can also use
default
or builder
) and field
, which is forbidden in the constructor.
We can rewrite the above as this:
package Some::Class;
use MooseX::Extended;
param name => (...);
param backlog => (...);
param auth => (...);
param username => (...);
param password => (...);
field cache => (...);
field this => (...);
field that => (...);
field uuid => (...);
field id => (...);
And now you can instantly see what is and is not intended to be allowed in the constructor.
There’s a lot more I can say about that, but you can read the manual for more information.
Attribute Shortcuts
When using field
or param
, we have some attribute shortcuts:
param name => (
isa => NonEmptyStr,
writer => 1, # set_name
reader => 1, # get_name
predicate => 1, # has_name
clearer => 1, # clear_name
builder => 1, # _build_name
);
sub _build_name ($self) {
...
}
These can also be used when you pass an array reference to the function:
package Point {
use MooseX::Extended types => ['Int'];
param [ 'x', 'y' ] => (
isa => Int,
clearer => 1, # clear_x and clear_y available
default => 0,
);
}
Note that these are shortcuts and they make attributes easier to write and more consistent. However, you can still use full names:
field authz_delegate => (
builder => '_build_my_darned_authz_delegate',
);
Cloning
MooseX::Extended
offers optional, EXPERIMENTAL support for attribute
cloning, but differently from how we see it typically done. You can just pass
the clone => 1
argument to your attribute and it will be clone with
Storable
‘s dclone
function every time you read or write that attribute,
it will be cloned if it’s a reference, ensuring that your object is
effectively immutable.
If you prefer, you can also pass a code reference or the name of a method you
will use to clone the object. Each will receive three arguments:
$self, $attribute_name, $value_to_clone
. Here’s a full example, taken
from our test suite.
package My::Event;
use MooseX::Extended types => [qw(NonEmptyStr HashRef InstanceOf)];
param name => ( isa => NonEmptyStr );
param payload => (
isa => HashRef,
clone => 1, # uses Storable::dclone
writer => 1,
);
param start_date => (
isa => InstanceOf ['DateTime'],
clone => sub ( $self, $name, $value ) {
return $value->clone;
},
);
param end_date => (
isa => InstanceOf ['DateTime'],
clone => '_clone_end_date',
);
sub _clone_end_date ( $self, $name, $value ) {
return $value->clone;
}
sub BUILD ( $self, @ ) {
if ( $self->end_date < $self->start_date ) {
croak("End date must not be before start date");
}
}
Customization
Not everyone likes MooseX::StrictConstructor
. It’s useful to prevent this
error:
my $name = My::Name->new( naem => 'Ovid' );
In bog-standard Moose, the misspelled attribute will be discarded, leading to bugs that can be hard to track down. However, some code (such as DBIx::Class ), breaks with a strict constructor. You can skip that:
use MooseX::Extended excludes => [qw/StrictConstructor/];
Both MooseX::Extended
and MooseX::Extended::Role
have a variety of features
you can exclude if they don’t work for you. Again, see the documentation.
Note that at the present time, this customization is per class and cannot be inherited. This may change in a future release.
Conclusion
There’s a lot more packed into MooseX::Extended
, but this covers the
highlights. I think MooseX::Extended
will make many Perl programmer’s life
easier if they use Moose, but want a better set of defaults. It’s still in
ALPHA, but it' close to a feature-complete BETA release. I think it’s
relatively solid, but no guarantees. The github
repo has Linux and Windows CI workflows
set up to catch errors quickly and the test suite is coming along nicely.
If you’re interested in starting any new projects using Moose, please give
MooseX::Extended
a try and let me know what you think.


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--- layout: post date: 2017-10-22 13:20:00 +0200 title: "Which VCS do Debian’s Go package upstreams use?" categories: Artikel tags: - debian - golang ---
In the pkg-go team, we are currently discussing which workflows we should standardize on.
One of the considerations is what goes into the “upstream” Git branch of our repositories: should it track the upstream Git repository, or should it contain orig tarball imports?
Now, tracking the upstream Git repository only works if upstream actually uses Git. The go tool, which is widely used within the Go community for managing Go packages, supports Git, Mercurial, Bazaar and Subversion. But which of these are actually used in practice?
Let’s find out!
/usr/lib/apt/apt-helper cat-file \ $(apt-get indextargets --format '$(FILENAME)' 'ShortDesc: Sources' 'Origin: Debian') \ | sed -n 's,Go-Import-Path: ,,gp' \ | sort -u
This is the harder option, but also the more complete one.
First, we’ll need the Go package import paths of all Go packages which are in Debian. We can get them from the ProjectB database, Debian’s main PostgreSQL database containing all of the state about the Debian archive.
Unfortunately, only Debian Developers have SSH access to a mirror of ProjectB at the moment. I contacted DSA to ask about providing public ProjectB access.
ssh mirror.ftp-master.debian.org "echo \"SELECT value FROM source_metadata \ LEFT JOIN metadata_keys ON (source_metadata.key_id = metadata_keys.key_id) \ WHERE metadata_keys.key = 'Go-Import-Path' GROUP BY value\" | \ psql -A -t service=projectb" > go_import_path.txt
I
uploaded a
copy of resulting go_import_path.txt
, if you’re curious.
Now, let’s come up with a little bit of Go to print the VCS responsible for each specified Go import path:
go get -u golang.org/x/tools/go/vcs cat >vcs4.go <<'EOT' package main import ( "fmt" "log" "os" "sync" "golang.org/x/tools/go/vcs" ) func main() { var wg sync.WaitGroup for _, arg := range os.Args[1:] { wg.Add(1) go func(arg string) { defer wg.Done() rr, err := vcs.RepoRootForImportPath(arg, false) if err != nil { log.Println(err) return } fmt.Println(rr.VCS.Name) }(arg) } wg.Wait() } EOT
Lastly, run it in combination
with uniq(1)
to discover…
go run vcs4.go $(tr '\n' ' ' < go_import_path.txt) | sort | uniq -c 760 Git 1 Mercurial


|
tclap
1.2.4
|
A Constraint that constrains the Arg to only those values specified in the constraint. More...
#include <ValuesConstraint.h>
Public Member Functions | |
| ValuesConstraint (std::vector< T >const &allowed) | |
| Constructor. More... | |
| virtual | ~ValuesConstraint () |
| Virtual destructor. More... | |
| virtual std::string | description () const |
| Returns a description of the Constraint. More... | |
| virtual std::string | shortID () const |
| Returns the short ID for the Constraint. More... | |
| virtual bool | check (const T &value) const |
| The method used to verify that the value parsed from the command line meets the constraint. More... | |
| Public Member Functions inherited from TCLAP::Constraint< T > | |
| virtual | ~Constraint () |
| Destructor. More... | |
Protected Attributes | |
| std::vector< T > | _allowed |
| The list of valid values. More... | |
| std::string | _typeDesc |
| The string used to describe the allowed values of this constraint. More... | |
Additional Inherited Members | |
| Static Public Member Functions inherited from TCLAP::Constraint< T > | |
| static std::string | shortID (Constraint< T > *constraint) |
A Constraint that constrains the Arg to only those values specified in the constraint.
Definition at line 45 of file ValuesConstraint.h.
| TCLAP::ValuesConstraint< T >::ValuesConstraint | ( | std::vector< T >const & | allowed | ) |
Constructor.
| allowed | - vector of allowed values. |
Definition at line 93 of file ValuesConstraint.h.
References TCLAP::ValuesConstraint< T >::_allowed, and TCLAP::ValuesConstraint< T >::_typeDesc.
|
inlinevirtual |
Virtual destructor.
Definition at line 59 of file ValuesConstraint.h.
References TCLAP::ValuesConstraint< T >::check(), TCLAP::ValuesConstraint< T >::description(), and TCLAP::ValuesConstraint< T >::shortID().
|
virtual |
The method used to verify that the value parsed from the command line meets the constraint.
| value | - The value that will be checked. |
Implements TCLAP::Constraint< T >.
Definition at line 111 of file ValuesConstraint.h.
References TCLAP::ValuesConstraint< T >::_allowed.
Referenced by TCLAP::ValuesConstraint< T >::~ValuesConstraint().
|
virtual |
Returns a description of the Constraint.
Implements TCLAP::Constraint< T >.
Definition at line 126 of file ValuesConstraint.h.
References TCLAP::ValuesConstraint< T >::_typeDesc.
Referenced by TCLAP::ValuesConstraint< T >::~ValuesConstraint().
|
virtual |
Returns the short ID for the Constraint.
Implements TCLAP::Constraint< T >.
Definition at line 120 of file ValuesConstraint.h.
References TCLAP::ValuesConstraint< T >::_typeDesc.
Referenced by TCLAP::ValuesConstraint< T >::~ValuesConstraint().
|
protected |
The list of valid values.
Definition at line 83 of file ValuesConstraint.h.
Referenced by TCLAP::ValuesConstraint< T >::check(), and TCLAP::ValuesConstraint< T >::ValuesConstraint().
|
protected |
The string used to describe the allowed values of this constraint.
Definition at line 88 of file ValuesConstraint.h.
Referenced by TCLAP::ValuesConstraint< T >::description(), TCLAP::ValuesConstraint< T >::shortID(), and TCLAP::ValuesConstraint< T >::ValuesConstraint().


On God and the universe: A call to see religions in different ways
by Tertiani ZB SimanjuntakIn its eighth installment this year, the Borobudur Writers and Cultural Festival (BWCF 2019) will gather writers and cultural enthusiasts to revisit the ancient beliefs that existed in the archipelago. Themed “God and the Universe: Re-read Pantheism-Tantrayana in Kakawin and the Ancient Manuscripts of the Archipelago”, the festival will invite the public to retrace the works of Dutch pastor Petrus Josephus Zoetmulder, who was an expert in Old Javanese language. “Pantheism, as a doctrine in philosophy and theology, sees that God and the universe are inseparable. It is the subject often appearing in Romo Zoetmulder's works,” said organizing committee chairman Seno Joko Suyono at the event’s media briefing in Cemara 6 Galeri Museum in Menteng, Central Jakarta, on Nov. 7. Zoetmulder, who spent most of his life in Yogyakarta and died there in 19...
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Supervised Learning
Supervised learning is where you have input variables (x) and an output variable (Y) and you use an algorithm to learn the mapping function from the input to the output.
Y = f(X)
- Classification: A classification problem is when the output variable is a category, such as red or blue or disease and no disease.
- Regression: A regression problem is when the output variable is a real value, such as “dollars” or “weight”.
Unsupervised Learning
- Clustering: A clustering problem is where you want to discover the inherent groupings in the data, such as grouping customers by purchasing behavior.
- Association: An association rule learning problem is where you want to discover rules that describe large portions of your data, such as people that buy X also tend to buy Y.
Mean
Standard Deviation
Variance


Scored pretty high today…. A few more weeks of this nonsense internet and I will be pretty good at that game.
There are two recurring patterns we’ve noticed this year. First one is shitty internet. I’ve worked at a place where the only way to get wifi on my laptop was to turn off wifi on my phone….  It’s cold and rains wherever we go.


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Coin Circles
Place a quarter on a table, and surround it with six other quarters
The quarters are almost, but not entirely, all in contact - the inner quarter touching all the outer ones, and each outer quarter touching both of its neighbors.
Why are there gaps? Is it due to imperfections in the coins, or would seven perfect circles arranged in this way have gaps as well? What happens if the size of the outer coins is different from the size of the inner coins?
Deriving an answer
We can answer these questions with geometry! We'll assume the inner coin has a radius \(a\), and the outer coins all have radius \(b\).
The centers of an inner coin and two touching outer coins form a triangle with inner angle \(\theta\). We can write an equation relating \(\theta\), \(a\), and \(b\) using the law of cosines, which states that for any triangle:
the sides \(x\), \(y\), and \(z\) are related by the equation $$z^2 = x^2 + y^2 -2xy\cos(\theta).\quad[1]$$ We can set up our coin triangle like this, so that \(x=a+b,\) \(y=a+b,\) and \(z=2b\).
Substituting those values for \(x,\) \(y,\) and \(z\) into equation [1] gives us $$(2b)^2 = 2(a+b)^2 - 2(a+b)^2\cos(\theta),$$ which can be simplified to $$2b^2 = (a+b)^2(1-\cos(\theta)).\quad[2]$$
Given values for any two of the unknown quantities, we can easily solve for the third. We can use that knowledge to answer this question: If we know the size of our inner coin, and we want to make a perfect ring around it with \(n\) outer coins, how large must each outer coin be?
If all of the outer coins surround the inner coin and form a perfect ring, each successive two outer coins must form the same triangle with the inner coin that was demonstrated in the last picture. If we have \(n\) outer coins, we also have \(n\) of these triangles, each with an angle \(\theta\) at the center of the inner coin. All of these angles must add up to 360°, so $$\theta = 360^{\circ} / n.$$ If we specify the fixed value \(a_0\) for the inner coin's radius, we can modify equation [2] to create a certain function of the outer coin radius \(b\): $$f(b)=2b^2-(a_0+b)^2\left(1-\cos\left(\frac{360^{\circ}}{n}\right)\right)$$ Why make up this function? If we can find a \(b_0\) such that \(f(b_0)=0\), then the values \(a=a_0\), \(b=b_0\), \(\theta=360^{\circ}/n\) solve equation [2]! In other words, we can use \(n\) outer coins of radius \(b_0\) to form a perfect ring around an inner coin of radius \(a_0\). And it's easy to numerically find the zeroes of functions like \(f\).
Example: Seven quarters
Let's use this to answer our first question: Should six quarters make a perfect ring around another quarter? Units don't matter, so let's assume our inner quarter has radius \(1.\) Using \(a_0=1\) and \(n=6,\) we can verify that \(f(1)=0,\) which means that \(b_0=1.\) In other words, to make a perfect ring around a quarter with six coins, each outer coin must be the same size as the inner quarter, i.e. another quarter! With perfect quarters, there would be no gaps.
Interactive demonstration
This same formula can be used to make an interactive coin ring app. Try it out!
| \(a\): | \(n\): |
Solution: \(b\) = 0.


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to find the ones who get it right. We trust our future with experts everyday
This following currencies right now.
Our milestones we are going towards rapidly to achieve that
to find the ones who get it right. We trust our future with experts everyday
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The extrusion is controlled by using the square and circular markers.
The top marker on the axis line can only move on the axis.
The bottom marker on the axis line is fixed.
The cross section of the extrusion is controlled by the tool on the right.
The tool at the bottom controls further parameters along the length of the extrusion.
Cross Section Tool
The square and circular markers control the shape of the cross section.
Making changes to the cross section that puts the centre white dot outside the cross section will produce
strange results at the start and end of the extrusion and is best avoided.
Further adjustments to the cross section can be made by adding new markers.
Click anywhere on the outline of the cross section and a dialogue box opens, so you can do this.
This dialogue box can also be used to straighten or curve sections and to delete them.
Parameter Tool
The scale, angle and position of the cross section can be changed along the length of the extrusion as it is extruded.
The values at any point are determined by the position of the parameter line at any point.
Switch between variables using the variable dialogue box.
Rotation is in the plane shown, ie about the z axis.
Tilt is rotating the top towards or away from you; ie about the x axis.
Twist is rotating towards the left or right; ie about the y axis.
Locking the scale or position always locks the scale or movement to the current x scale and x position.
Additional markers can be added to the parameter line and sections of the line
can be straightened or curved by clicking on the line and using the dialogue box
drag the markers to adjust the line.
As each marker is selected its position along the line is labelled at the top and its value is labelled on the left.
A label for the maximum, minimum and middles values are also shown.
Clicking on a label brings up a dialogue box that allows you to change the values
for that label and adjust the extrusion accordingley.
Note that scales are always kept between 0 and 1, with 1 being the size of cross section as constructed.
The maximum length of the extrusion is fixed.


To InstallIRIX Operating System Installation MethodsThe installation instructions for installing/upgrading the IRIX operating system in the IRIX 6.5 Installation Instructions CD booklet use either the Inst command line program or the Software Manager program, the graphical version of Inst that uses a graphical user interface (GUI). To obtain more details on either of these programs, see the following:
IRIX Operating System Installation InstructionsAfter you have read through the Before You Install Checklist, return to the relevant installation instructions in the IRIX 6.5 Installation Instructions CD booklet that came with your CDs. If you ever need to return to the IRIX 6.5 release, follow the "Installing an Intermediate Release on IRIX 6.5 or Later" instructions in the IRIX 6.5 Installation Instructions CD booklet, but use the selection commands given for switching to the maintenance release. Also, use the core 6.5 CDs in addition to any other relevant CDs for the release to which you are downgrading. |