Why I Ride a Bicycle
There are many reasons why I ride a bicycle but I think that first and foremost it's the sense of freedom I feel when I am on a bicycle that I like so much. I am not dependent on anything but myself and my bike. When I take public transportation, not only do I need to factor in traffic conditions but I need to allow extra time for the bus to be late. Driving a car, especially here in San Francisco, can be a nightmare when considering traffic, parking, and the cost of owning and maintaining a car.
Cycling, on the other hand, is free. Furthermore, it's often the fastest way to get around town. When I cycle I feel good. If I am in a bad mood or feeling blue, I immediately feel better once I am on my bicycle. I am out in the open, getting exercise, and moving myself from one place to another.
Last but not least is the environmental factor: cycling is probably one of the most eco-friendly ways to get around. Of course one could argue that there's an impact on the environment when a bicycle is manufactured or that different bicycle parts, such as the tires, are made from petroleum-based products, but overall those drawbacks are far outweighed by the light carbon footprint left behind when someone cycles versus when they drive a car or take public transit. At a time when our climate is getting more and more chaotic with every passing year, the planet could benefit immensely if more of us embraced cycling as our main mode or transport.
Bicycles Have Always Been a Part of My Life
Considering that both of my parents were bicycle messengers here in San Francisco in the late 1970s when I was conceived, and that my mom continued to use a bicycle to get around the city while she was pregnant, bicycles really have been a part of my life for a long time. The first bicycle I remember riding was a small red Schwinn Typhoon that my parents picked up at a thrift store in the Mission. I outgrew that bicycle by the time I was nine or ten years old and Santa Claus brought my brother and I matching blue Cannondale mountain bikes for Christmas. I rode the Cannondale for several years, till I outgrew it as well, and it was at that point that I started to ride my mom's old Ritchey mountain bike. This is the same bike I continue to ride today.
I didn't get really serious about cycling as my main mode of transport until I moved back to San Francisco from New York City for seven months in 2013. At that time, I was taking classes at City College of San Francisco several days a week and needed to figure out a way to get to and from school. After getting accustomed to New York's subway system and not driving a car at all for more than five years, there was no way I was going to commute on San Francisco's public transit or drive my family's car. So I took my mom's old Ritchey in to a local bike shop and had them turn it into a commuter bicycle.
When I returned to New York from 2014 - 2015 I didn't cycle much except for the occasional recreational ride. However, when I came back to San Francisco in mid-2015, I picked up where I left off in 2013 and have been on a bicycle ever since. In 2017 the city experienced a heavy rainy season and I almost gave up on cycling as a way to get around due to my dislike of riding in the rain. Nonetheless, I loath MUNI so much that I instead invested in rain gear and continue to ride everywhere - rain or shine.
Commuting, Grocery Shopping, Exercise, and Much More
One of the reasons I enjoy cycling so much is that every time I ride my bicycle I am fulfilling multiple goals. Although I am someone who doesn't cycle recreationally, that doesn't limit all that I can accomplish with my bicycle. I commute to MEDA for Mission Techies every weekday morning, riding approximately 6 miles each direction, from one end of San Francisco to the other. Therefore, just on my daily commute alone, I am getting exercise as well as transporting myself to and from class.
Oftentimes, I will make one or more stops on my ride home, going to a doctor's appointment, grocery shopping, or any other host of errands. I have outfitted my bike in such a way that it's able to carry me and various cargo, but I am by no means the only cyclist who is utilizing their bike in this way. Every morning I ride alongside parents who are using different types of bicycles to bring their children to school. Additionally, I frequently see cyclists carrying their surfboards to and from the beach. The versatility of bicycles is underestimated by most of the public, especially those who don't yet cycle. The truth is, the uses for a bicycle go far beyond simply transporting one person from point A to point B.
Last but not least is the environmental component of cycling. I believe that cyclists deserve serious praise for their role in protecting the planet and slowing down the pace of its destruction. Whether or not it's a reason why someone cycles, everyone who rides a bicycle is doing everybody else a service. Not only does a bicycle not pollute the air, it also reduces traffic congestion and creates more available parking spaces for those who choose to drive cars.
How to Get Started
Why should you ride a bicycle in the city when there are so many other ways to get around? In answering this question, I'll just give my top three reasons. It's free, it's often faster or nearly as fast as a bus (and sometimes even a car!), and you'll be getting exercise. If you compare bicycles and cars, there are even more reasons to ride a bike. Parking and traffic have become huge headaches for folks who drive cars in San Francisco. Yet when you ride a bicycle, parking and traffic are almost never an issue.
Starting to use a bicycle as your main mode of transport can be hard, and I speak from experience. It took me years of being an occasional cyclist to finally get serious enough to get on my bike for 99% of the trips I make around town. As with many things in life, I really think it boils down to forming a habit. With me, at one point there was a voice in my head saying things like "it's too far" or "it's easier to drive" or "I'm too tired," so I'd decide to not ride my bike and would get in a car or take the bus instead. However, as time progressed, I was able to push past those moments of deliberation and quickly came to see that the benefits of riding a bike far outweigh the drawbacks. Now all I need to do is take the bus or drive and I immediately wish I was on a bicycle.
Before you can start to ride a bicycle, you need to get a bicycle. In the interest of brevity, I'll only mention one good place to find a bicycle and that's craigslist. As someone who has sold multiple bicycles on craigslist, I can tell you that the buyer has the advantage - and in this case you'll be the buyer. I was never able to sell my bikes for what they were actually worth, so rest assured that you will be able to find a decent used bicycle without spending too much money.
After buying a bicycle, you'll want to safeguard your investment and also buy a good lock (or two)to protect it against theft. It may be worthwhile to shop for a used lock on craigslist as well since good bicycle locks are not cheap. Nonetheless, this is not an area where you'll want to cut costs. I have been fortunate enough to have never had a bicycle stolen after over twenty years of urban cycling in San Francisco and New York, but I have always used expensive locks and usually more - not less - locks than necessary. Never underestimate bicycle thieves and secure or remove as much as you can when locking up your bike.
Further down the road, quite literally, after buying a bicycle, a good lock or two, and getting used to riding around town, you may just decide you want to learn how to repair and maintain your own bicycle. Since tools, bike stands, and so forth can be expensive, I highly recommend making use of a public work space such as the Bike Kitchen. I have personally not been yet, but hear very good things about this organization. Other affordable options for learning how to fix your own bike are REI and the San Francisco Bicycle Coalition.
Fear is a legitimate basis why many people refuse to cycle in the city and they have good reason to be afraid. I recently read that San Francisco is one of the most dangerous cities in the nation for cyclists and pedestrians. And, as someone who cycles the city streets nearly every day, I believe it. On the same note, there are more and more ways to stay safe and that's what I'll be covering in the next section.
The Dangers of Riding a Bicycle
While it's true that riding a bicycle, especially in a city, can be dangerous, there are ways to protect yourself and reduce the risk of accidents and injury. This section won't cover all of the ways you can stay safe while cycling in the city but I have included a few resources at the bottom of the page with more information on the subject. If I could only mention my top five ways to cycle safely they would include being as visible as possible, never assuming you know what a motorist will do, obeying the rules of the road, riding assertively, and always remaining alert - keeping both your eyes and ears open to what's happening around you.
To be visible to motorists and others on the road around you, there are a few things you can do. I wear as much high visibility clothing and gear as possible, including a bright orange construction vest over my normal clothing. Lights will also make you much more visible, and not only at night. There are bike lights that are specifically designed for daytime use. As with bicycle locks, please don't be cheap when it comes time to buy lights. I highly recommend paying a little more for USB rechargeable lights versus those that require batteries. Lastly, I am a huge advocate for using a horn or whistle when cycling as a means of alerting motorists of your presence. The best bike horn on the market that I know of is the Hornit.
As I mentioned earlier, never assume what a car will do; they can be extremely unpredictable at times. For instance, if a motorist is signaling to turn left and you're planning to pass them on the right, there's a good chance they may change their mind and turn right without much warning. Unpredictable drivers are more and more common in the age of ride sharing apps such as Lyft and Uber, where drivers commute into the city from suburban areas where there aren't many cyclists on the road. The best advice is to "be ready for anything." Ride defensively and assert your space on the road. As cyclists, we often have the right (by law) to take up an entire lane. It is particularly important to keep a safe distance from parked and double-parked cars, who may open their doors into your path with very little warning.
Lastly, use common sense. Obey the rules of the road and remain alert at all times. Many folks like to bike with earbuds in their ears, but I personally like to be able to hear what's going on around me at all times. In some municipalities it's actually illegal to use earbuds while cycling. As for obeying traffic laws, I must admit that I am someone who oftentimes does not stop at a stop sign if there are no other vehicles at the intersection when I arrive. However, I see many cyclists brazenly run through stop signs and red lights in front of oncoming traffic and I think this is a very foolish thing to do.
Being afraid of cars is actually a good thing because not being afraid might just cost you your life. As my instructor Eduardo likes to say, the bicyclist will always lose when there's an accident between a bicycle and a car. Therefore it's better to err on the side of caution and not play dangerous games with cars. Don't let the fear of cycling in the city stop you from ever giving it a try, but never stop exercising your best judgement. If more people start to cycle, I believe it will become safer for everyone. So don't wait any longer and give cycling a try!


| Jump to DART Documentation Main Index |
There are several satellite sources for snow observations. Generally the data is distributed in HDF-EOS format. The converter code in this directory DOES NOT READ HDF FILES as input. It expects the files to have been preprocessed to contain text, one line per observation, with northern hemisphere data only.
not sure.
The snow_to_obs.f90 file is the source for the main converter program.
To compile and test, go into the work subdirectory and run the quickbuild.csh script to build the converter and a couple of general purpose utilities. advance_time helps with calendar and time computations, and the obs_sequence_tool manipulates DART observation files once they have been created.
This converter creates observations of the "MODIS_SNOWCOVER_FRAC" type.
There is another program in this directory called snow_to_obs_netcdf.f90 which is a prototype for reading netcdf files that contain some metadata and presumably have been converted from the original HDF. THIS HAS NOT BEEN TESTED but if you have such data, please contact<EMAIL_ADDRESS>for more assistance. If you write something that reads the HDF-EOS MODIS files directly, please, please contact us! Thanks.
This namelist is read from the file input.nml. Namelists start with an ampersand '&' and terminate with a slash '/'. Character strings that contain a '/' must be enclosed in quotes to prevent them from prematurely terminating the namelist.
&snow_to_obs_nml longrid = 360, latgrid = 90, year = 2000, doy = 1, snow_input_file = 'snowdata.input', missing_value = -20.0, debug = .false. /
| Item | Type | Description |
|---|---|---|
| longrid | integer | The number of divisions in the longitude dimension. |
| latgrid | integer | The number of divisions in the latitude dimension. This converter assumes the data is for the northern hemisphere only. A namelist item could be added to select northern verses southern hemisphere if needed. |
| year | integer | The year number of the data. |
| doy | integer | The day number in the year. Valid range 1 to 365 in a non-leap year, 1 to 366 in a leap year. |
| snow_input_file | character(len=128) | The name of the input file. |
| missing_value | real(r8) | The value used to mark missing data. |
| debug | logical | If set to .true. the converter will print out more information as it does the conversion. |
This program is hardcoded to read only northern hemisphere data. It should handle global values.
This program should use the HDF-EOS libraries to read the native MODIS granule files. Right now the ascii intermediate files contain no metadata, so if the namelist values don't match the actual division of the globe, bad things will happen.
DART software - Copyright UCAR. This open source software is provided by UCAR, "as is", without charge, subject to all terms of use at http://www.image.ucar.edu/DAReS/DART/DART_download


--- layout: default title: Sitespeed.io - Release notes 2.1 description: The 2.1 release makes it possible to break builds using Jenkins & Travis-CI if the browser timings hits the limits. author: Peter Hedenskog keywords: sitespeed.io, release, release-notes, 2.1 nav: image: https://www.sitespeed.io/img/sitespeed-2.0-twitter.png twitterdescription: The 2.1 release makes it possible to break builds using Jenkins & Travis-CI if the Navigation Timing metrics hits the limits. ---
This release focus on one thing: Break builds for Jenkins and Travis-CI if your browser Navigation Timing API metrics doesn't meet your limits.
Configure the limits for your pages and break builds if the timings are higher than your configuration. You can use the timings in the Navigation Timing API or create your own custom timings. Choose how many times you want to test the page and use the median or different percentile values. Read more about it here.
Using Jenkins you can easily create graphs of your browser timings. They look like they are from the 1980's but it's quite nice info (btw nicer graphs will come in later releases)!
Drop the latest sitespeed.io release in your project, configure the Travis config file and break the build if it doesn't meet your limits. Checkout the example project on GitHub. Now you can break builds if you break your web performance best practices rules or if you exceed your timing limits. Read more about the Travis-CI integration.
See the changelog for changes done in the past.


Geocoder.us was originally designed for geocoding from a full street address, but people don't always have all the information. Geocoder.us now supports geocoding to the centroid of a ZIP code, or a city, state pair. These new forms are in BETA status (read what BETA means), and so far only work in the comma separated values form.
This returns the centroid of a passed
http://username:password@geocoder.us/member/service/csv/geocode?zip=95472
or with the free service:
http://geocoder.us/service/csv/geocode?zip=95472
Fetching the above URL yields the following CSV:
38.393314, -122.83666, Sebastopol, CA, 95472
This returns the location based on the GNIS (Geographic Names Information uk.ac.open.kmi.iserve.commons.model.Service) location of a passed city and state. This uses the populated places data, so the idea of a 'city' can be rather stretched. There are some very very small places that are populated places, but hardly 'cities!'
http://username:password@geocoder.us/member/service/csv/geocode?city=san+francisco&state=ca
or with the free service:
http://geocoder.us/service/csv/geocode?city=san+francisco&state=ca
Fetching the above URL yields the following CSV:
37.775, -122.418333333333, San Francisco, San Francisco, CA
The results are latitude, longitude, County, City, State. Sometimes there can be multiple cities with the same name in a state. In that case all of the cities are returned, sorted in descending order by estimated population. In my case there are two Sebastopols in California.
http://geocoder.us/service/csv/geocode?city=sebastopol&state=caReturns multiple results:
38.4022222222222, -122.822777777778, Sonoma, Sebastopol, CA 39.3627777777778, -121.12, Nevada, Sebastopol, CA
The first is my own fair city in Sonoma County, the second is in Nevada County. My city is the largest. Google Maps doesn't even find the one in Nevada County, while Mapquest does (it is between Sweetland and North San Juan north of Nevada City-grand metropoli all). The theory is that the largest city with the same name is probably what you are looking for.


Co-Space
You've got
Superpowers!
You're now an admin to the the co-working space "Launch Garage"
Create a password to use them
Don't have an account?
Sign up


https://www.linkedin.com/in/dehuszar
.container .row .column-md-12 .btn-group .btn.btn-primary { content: "What were we talking about again?"; }
What's good about them is what's bad about them
.selector-with-common-styling { background: red; color: blue; display: block; } .other-selector-that-needs-same-styles { &:extend(.selector-with-common-styles); }
CSS Processors are like a car. You can cover great distances very quickly, but in using them you increase your chances of being involved in an accident. Especially when under time pressure, or trying to navigate with poor directions.
...like these:
@media (max-width: 767px) { #sidebar { width: 100%; } }
.hide { display: block; }
.pull-left { float: right !important; }
Semantic HTML is the use of HTML markup to reinforce the semantics, or meaning, of the information in webpages rather than merely to define its presentation or look. Semantic HTML is processed by regular web browsers as well as by many other user agents. CSS is used to suggest its presentation to human users.

News Item Title

By line

[...]

Author Name

[...]

[...]

.layout-article-full { display: flex; // mobile-first layout [role="main"], [role="complementary"], [role="complementary"] > ul { display: block; width: 100%; } // tablet/portrait layout @media (min-width: 960px) { [role="complementary"] > ul { flex: 1 auto; } // tablet/landscape, desktop layout @media (min-width: 960px) { // introduce 2-col layout [role="main"] { flex: 3 auto; } [role="complementary"] { flex: 1 auto; } } }
.content-wrapper { &:extend(.layout-article-full all); }
/


20 grams of melt-in-your hand gallium
by Mark FrauenfelderGallium is a metal that melts at 86 degrees F. It's more fun than playing with mercury, and probably safer, too (it *will* temporarily stain your skin gray though, because it's "wet" when liquid and will adhere to the crevices of your skin). My daughter's friend brought some over a couple of years ago, and it was such a hit at our house that we had to get some of our own. This 20 gram sample is just $10.11on Amazon.
Image: DaveHax/YouTube


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Contact us today to become a valued member of our community !


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<-indiosyncratic creative->
The human element is as much a part of development and design as the interpretation between the electron and the computer. Both symbiotic unions are translating astronomical calculations to create action and innovation so that together they can evolve.
I am currently enrolled at Epicodus to become a dev
I have writing skills
I love design and development
I am part of the 100 day code challenge on Twitter.
I speak SEO


DELETE https://apis.wso2.com/api/am/admin/v0.15/throttling/blacklist/{conditionId}
Deletes an existing Blocking condition
apim:bl_manage
i
DELETE https://localhost:9443/api/am/admin/v0.15/throttling/blacklist/b513eb68-69e8-4c32-92cf-852c101363cf
Authorization: Bearer a1e3951b-a15c-3d79-a15b-99f1d612843e
HTTP/1.1 200 OK
curl -k -X DELETE -H "Authorization: Bearer a1e3951b-a15c-3d79-a15b-99f1d612843e" -H "Content-Type: application/json" https://localhost:9443/api/am/admin/v0.15/throttling/blacklist/b513eb68-69e8-4c32-92cf-852c101363cf
| Type | Name | Description | Schema | Default |
|---|---|---|---|---|
| Path |
conditionId required |
Blocking condition identifier |
String | |
| Header |
If-Match optional |
Validator for conditional requests; based on ETag (Will be supported in future). |
String | |
| Header |
If-Unmodified-Since optional |
Validator for conditional requests; based on Last Modified header (Will be supported in future). |
String |
| HTTP Code | Description | Schema |
|---|---|---|
200 |
OK. Resource successfully deleted. |
|
404 |
Not Found. Resource to be deleted does not exist. |
Error |
412 |
Precondition Failed. The request has not been performed because one of the preconditions is not met (Will be supported in future). |
Error |
GET https://apis.wso2.com/api/am/admin/v0.15/throttling/blacklist/{conditionId}
Retrieves a Blocking Condition providing the condition Id
apim:bl_view
i
GET https://localhost:9443/api/am/admin/v0.15/throttling/blacklist/b513eb68-69e8-4c32-92cf-852c101363c
Authorization: Bearer a1e3951b-a15c-3d79-a15b-99f1d612843e
HTTP/1.1 200 OK
Content-Type: application/json
{
"conditionId": "b513eb68-69e8-4c32-92cf-852c101363cf",
"conditionType": "IP",
"conditionValue": "<IP_ADDRESS>"
}
curl -k -H "Authorization: Bearer a1e3951b-a15c-3d79-a15b-99f1d612843e" https://localhost:9443/api/am/admin/v0.15/throttling/blacklist/b513eb68-69e8-4c32-92cf-852c101363c
| Type | Name | Description | Schema | Default |
|---|---|---|---|---|
| Path |
conditionId required |
Blocking condition identifier |
String | |
| Header |
If-None-Match optional |
Validator for conditional requests; based on the ETag of the formerly retrieved variant of the resource (Will be supported in future). |
String | |
| Header |
If-Modified-Since optional |
Validator for conditional requests; based on Last Modified header of the formerly retrieved variant of the resource (Will be supported in future). |
String |
| HTTP Code | Description | Schema |
|---|---|---|
200 |
OK. Condition returned |
BlockingCondition |
304 |
Not Modified. Empty body because the client has already the latest version of the requested resource (Will be supported in future). |
|
404 |
Not Found. Requested Condition does not exist. |
Error |
406 |
Not Acceptable. The requested media type is not supported. |
Error |


Table of Contents
pgScript is composed of pgScript commands:
pgScript command : Regular PostgreSQL SQL Command (SELECT INSERT CREATE ...) | Variable declaration or assignment (DECLARE SET) | Control-of-flow structure (IF WHILE) | Procedure (ASSERT PRINT LOG RMLINE)
Command names (SELECT, IF, SET, ...) are case-insensitive and must be ended with a
semi-column ;
. Identifiers are case-sensitive.
DECLARE @I, @T; -- Variable names begin with a @ SET @I = 0; -- @I is an integer WHILE @I < 20 BEGIN SET @T = 'table' + CAST (@I AS STRING); -- Casts @I CREATE TABLE @T (id integer primary key, data text); SET @I = @I + 1; END
DECLARE @I, @J, @T, @G; SET @I = 0; SET @G1 = INTEGER(10, 29, 1); /* Random integer generator Unique numbers between 10 and 29 */ SET @G2 = STRING(10, 20, 3); /* Random string generator 3 words between 10 and 20 characters */ WHILE @I < 20 BEGIN SET @T = 'table' + CAST (@I AS STRING); SET @J = 0; WHILE @J < 20 BEGIN INSERT INTO @T VALUES (@G1, '@G2'); SET @J = @J + 1; END SET @I = @I + 1; END
DECLARE @I, @T; -- Declaring is optional SET @I = 0; WHILE 1 -- Always true BEGIN IF @I >= 20 BREAK; -- Exit the loop if @I > 20 SET @T = 'table' + CAST (@I AS STRING); DROP TABLE @T; SET @I = @I + 1; END
SET @PROGR@M#TITLE = 'pgScript'; PRINT ''; PRINT @PROGR@M#TITLE + ' features:'; PRINT ''; PRINT ' * Regular PostgreSQL commands'; PRINT ' * Control-of-flow language'; PRINT ' * Local variables'; PRINT ' * Random data generators';
You can run ANY PostgreSQL query from a pgScript EXCEPT those ones:
BEGIN; END;
This is because BEGIN and END are used for delimiting blocks. Instead use:
BEGIN TRANSACTION; END TRANSACTION;
For a list of PostgreSQL commands: http://www.postgresql.org/docs/8.3/interactive/sql-commands.html
There are two main types of variables : simple variables and records (result sets composed of lines and columns).
Variable names begin with a @
and can be composed of
letters, digits, _
, #
, @
.
Variable type is guessed automatically according to the kind of value it contains. This can be one of: number (real or integer), string, record.
Declaring simple variable is optional.
DECLARE @A, @B; DECLARE @VAR1;
This is done with the SET command. The variable type depends on the value assigned to this variable.
SET @A = 1000, @B = 2000; -- @A and @B are integer numbers SET @C = 10e1, @D = 1.5; -- @C and @D are real numbers SET @E = 'ab', @F = 'a''b'; -- @E and @F are strings SET @G = "ab", @H = "a\"b"; -- @G and @H are strings
An uninitialized variable defaults to an empty string. It is possible to override variables as many times as wanted.
PRINT @A; -- Prints an empty string SET @A = 1000; -- @A is initialized an integer PRINT @A; -- Prints 1000 SET @A = 'ab'; -- @A becomes a string PRINT @A; -- Prints ab
Data generators allows users to generate random values. There are various types of generators, each one producing different type of data. A variable initialized with a data generator behaves like a regular simple variable except that it has a different value each time it is used.
SET @A = INTEGER(100, 200); PRINT @A; -- Prints an integer between 100 and 200 PRINT @A; -- Prints another integer between 100 and 200
A variable can contain a generator but its type is one of: number (real or integer), string. For a list of available generators and their associated type, see Random data generators.
Declaring a record is required. A name for each column must be specified even if they will not be used anymore afterwards.
DECLARE @R1 { @A, @B }, @R2 { @A, @C }; -- Two records with two columns DECLARE @R3 { @A, @B, @C, @D }; -- One record with four columns
The number of lines is dynamic: see the next section.
To access a specific location in a record, one must use the line number (starts at 0) and can use either the column name (between quotes) or the column number (starts at 0). This specific location behaves like a simple variable. Note that a record cannot contain a record.
SET @R1[0]['@A'] = 1; -- First line & first column SET @R1[0][0] = 1; -- Same location SET @R1[4]['@B'] = 1; -- Fifth line & second column SET @R1[0][1] = 1; -- Same location
In the above example, three empty lines are automatically inserted between the first and the fifth. Using an invalid column number or name results in an exception.
Specific location can be used as right values as well. A specific line can also be used as right value.
SET @R1[0][0] = @R3[0][1], @A = @R2[0][0]; -- Behaves like simple variables SET @A = @R1[1]; -- @A becomes a record which is the first line of @R1
Remember that SET @R1[0][0] = @R2
is impossible
because a record cannot contain a record.
It is possible to assign a record to a variable, in this case the variable does not need to be declared:
SET @A = @R3; -- @A becomes a record because it is assigned a record
Any SQL query executed returns a record. If the query is a SELECT
query then it returns the results of the query. If
it is something else then it returns a one-line record
(true
) if this is a success otherwise a zero-line record
(false
).
SET @A = SELECT * FROM table; -- @A is a record with the results of the query SET @B = INSERT INTO table ...; -- @B is a one-line record if the query succeeds
See Functions.
It is possible to convert a variable from one type to another with the cast function:
SET @A = CAST (@B AS STRING); SET @A = CAST (@B AS REAL); SET @A = CAST (@B AS INTEGER); SET @A = CAST (@B AS RECORD);
When a record is converted to a string, it is converted to its flat representation. When converted to a number, the record is first converted to a string and then to a number (see string conversion for more details).
When a number is converted to a string, it is converted to its string representation. When converted to a record, it is converted to a one-line-one-column record whose value is the number.
When a string is converted to a number, if the string represents a number then this number is returned else an exception is thrown. When converted to a record, either the program can find a record pattern in the string or it converts it to a one-line-one-column record whose value is the string. A record pattern is:
SET @B = '(1, "abc", "ab\\"")(1, "abc", "ab\\"")'; -- @B is a string SET @B = CAST (@B AS RECORD); @B becomes a two-line-three-column record
Remember a string is surrounded by simple quotes. Strings
composing a record must be surrounded by double quotes which are escaped
with \\
(we double the slash because it is already a
special character for the enclosing simple quotes).
Operations can only be performed between operands of the same type. Cast values in order to conform to this criterion.
Comparisons result in a number which is 0 or 1.
Comparisons: = <> > < <= >= AND
OR
Concatenation: +
SET @B = @A + 'abcdef'; -- @A must be a string and @B will be a string
Boolean value: non-empty string is true
, empty
string is false
Inverse boolean value: NOT
Case-insensitive comparison: ~=
Comparisons: = <> > < <= >= AND
OR
Arithmetic: + - * / %
SET @A = CAST ('10' AS INTEGER) + 5; -- '10' string is converted to a number
Boolean value: 0 is false
, anything else is true
Inverse boolean value: NOT
(note that NOT NOT
10 = 1
)
An arithmetic operation involving at least one real number gives a real number as a result:
SET @A = 10 / 4.; -- 4. is a real so real division: @A = 2.5 SET @A = 10 / 4; -- 4 is an integer so integer division: @A = 2
Comparisons: = <> > < <= >= AND
OR
Boolean value: zero-line record is false
, anything
else is true
Inverse boolean value: NOT
Comparisons for records are about inclusion and exclusion. Order
of lines does not matter. <=
means that each row in
the left operand has a match in the right operand. >=
means the opposite. =
means that <=
and >=
are both true at the same time...
Comparisons are performed on strings: even if a record contains
numbers like 10
and 1e1
we will have '10' <> '1e1'
.
IF condition BEGIN pgScript commands END ELSE BEGIN pgScript commands END
pgScript commands are optional. BEGIN and END keywords are optional if there is only one pgScript command.
WHILE condition BEGIN pgScript commands END
pgScript commands are optional. BEGIN and END keywords are optional if there is only one pgScript command.
BREAK ends the enclosing WHILE loop, while CONTINUE causes the next iteration of the loop to execute. RETURN behaves like BREAK.
WHILE condition1 BEGIN IF condition2 BEGIN BREAK; END END
Conditions are in fact results of operations. For example the
string comparison 'ab' = 'ac'
will result in a number which
is false
(the equality is not true).
IF 'ab' ~= 'AB' -- Case-insensitive comparison which result in 1 (true) which is true BEGIN -- This happens END IF 0 -- false BEGIN -- This does not happen END ELSE BEGIN -- This happens END WHILE 1 BEGIN -- Infinite loop: use BREAK for exiting END
It is possible to the result of a SQL SELECT query directly as a condition. The query needs to be surrounded by parenthesis:
IF (SELECT 1 FROM table) BEGIN -- This means that table exists otherwise the condition would be false END
Procedures do not return a result. They must be used alone on a line and cannot be assigned to a variable.
Prints an expression on the screen:
PRINT 'The value of @A is' + CAST (@A AS STRING);
Throws an exception if the expression evaluated is false:
ASSERT 5 > 3 AND 'a' = 'a';
Removes the specified line of a record:
RMLINE(@R[1]); -- Removes @R second line
Functions do return a result. Their return value can be assigned
to a variable, like the CAST
operation.
Removes extra spaces surrounding a string:
SET @A = TRIM(' a '); -- @A = 'a'
Gives the number of lines in a record:
IF LINES(@R) > 0 BEGIN -- Process END
Gives the number of columns in a record:
IF COLUMNS(@R) > 0 BEGIN -- Process END
One can assign a variable (SET) with a random data generators. This means each time the variable will be used it will have a different value.
However the variable is still used as usual:
SET @G = STRING(10, 20, 2); SET @A = @G; -- @A will hold a random string SET @B = @G; -- @B will hold another random string PRINT @G, -- This will print another third random string
Common parameters for data generators are sequence and seed.
sequence means that a sequence of values is
generated in a random order, in other words each value appears only once
before the sequence starts again: this is useful for columns with a UNIQUE
constraint. For example, this generator:
SET @G = INTEGER(10, 15, 1); -- 1 means generate a sequence
It can generate such values: 14 12 10 13 11 15 14
12 10 13 11
... Where each number appears once before
the sequence starts repeating.
sequence parameter must be an integer: if it is 0 then no sequence is generated (default) and if something other than 0 then generate a sequence.
seed is an integer value for initializing a generator: two generators with the same parameters and the same seed will generate exactly the same values.
seed must be an integer: it is used directly to initialize the random data generator.
Optional parameters are put into brackets.
Generator : INTEGER ( min, max, [sequence], [seed] ); | REAL ( min, max, precision, [sequence], [seed] ); | DATE ( min, max, [sequence], [seed] ); | TIME ( min, max, [sequence], [seed] ); | DATETIME ( min, max, [sequence], [seed] ); | STRING ( min, max, [nb], [seed] ); | REGEX ( regex, [seed] ); | FILE ( path, [sequence], [seed], [encoding] ); | REFERENCE ( table, column, [sequence], [seed] );
INTEGER ( min, max, [sequence], [seed] ); INTEGER ( -10, 10, 1, 123456 );
min
is an integer, max
is an integer, sequence
is an integer and seed
is an
integer.
REAL ( min, max, precision, [sequence], [seed] ); REAL ( 1.5, 1.8, 2, 1 );
min
is a number, max
is a number, precision
is an integer that indicates the number of
decimals (should be less than 30), sequence
is an integer
and seed
is an integer.
DATE ( min, max, [sequence], [seed] ); DATE ( '2008-05-01', '2008-05-05', 0 );
min
is a string representing a date, max
is a string representing a date, sequence
is an integer and seed
is an
integer.
TIME ( min, max, [sequence], [seed] ); TIME ( '00:30:00', '00:30:15', 0 );
min
is a string representing a time, max
is a string representing a time, sequence
is an integer and seed
is an
integer.
DATETIME ( min, max, [sequence], [seed] ); DATETIME ( '2008-05-01 14:00:00', '2008-05-05 15:00:00', 1 );
min
is a string representing a timestamp, max
is a string representing a timestamp, sequence
is an integer and seed
is an
integer.
STRING ( min, max, [nb], [seed] ); STRING ( 10, 20, 5 );
min
is an integer representing the minimum length
of a word, max
is an integer representing the maximum
length of a word, nb
is an integer representing the
number of words (default: 1
) and seed
is an
integer.
In the above example we generate 5 words (separated with a space) whose size is between 10 and 20 characters.
REGEX ( regex, [seed] ); REGEX ( '[a-z]{1,3}@[0-9]{3}' );
regex
is a string representing a simplified regular
expressions and seed
is an integer.
Simplified regular expressions are composed of:
Sets of possible characters like [a-z_.]
for
characters between a
and z
+ _
and .
Single characters
It is possible to specify the minimum and maximum length of the preceding set or single character:
{min, max}
like {1,3}
which stands
for length between 1
and 3
{min}
like {3}
which stands for
length of 3
Default (when nothing is specified) is length of 1
Note: be careful with spaces because 'a {3}'
means
one a
followed by three spaces because the 3
is about the last character or set of characters which is a space in this example.
If you need to use [
]
\
{
or }
, they must be escaped because they are
special characters. Remember to use double
backslash: '\\[{3}'
for three [
.
FILE ( path, [sequence], [seed], [encoding] ); FILE ( 'file.txt', 0, 54321, 'utf-8' );
path
is a string representing the path to a text
file, sequence
is an integer, seed
is an
integer and encoding
is a string representing the file
character set (default is system encoding).
This generates a random integer between 1 and the number of lines in the file and then returns that line. If the file does not exist then an exception is thrown.
encoding
supports the most known encoding like
utf-8, utf-16le, utf-16be, iso-8859-1, ...
REFERENCE ( table, column, [sequence], [seed] ); REFERENCE ( 'tab', 'col', 1 );
table
is a string representing a table, column
is a string representing a column of the table, sequence
is an integer and seed
is an
integer.
This is useful for generating data to put into foreign-key-constrained columns.


--- layout: jsdoc title: "Class: LogGroup" jsdocNav: - Modules: - workbox-background-sync - workbox-broadcast-cache-update - workbox-build - workbox-cache-expiration - workbox-cacheable-response - workbox-google-analytics - workbox-precaching - workbox-routing - workbox-runtime-caching - workbox-sw ---
A simple helper to manage the print of a set of logs
Closes a console group
Opens a console group - managing differences in Firefox.
This prints a simpler log for Edge which has poor group support. For more details see: https://developer.microsoft.com/en-us/microsoft-edge/platform/issues/11363242/
Prints the specific logDetails object.
| Parameters |
|
|---|
| Parameters |
|
|---|
| Parameters |
|
|---|
prints out this log group to the console.


Averaging over initial spatial location and
velocity of particles
Assume the distribution function of the particles is given by
and
, i.e. the distribution is uniform in space.
Consider the averaging over the initial position of particles. Define
|
(25) |
which is an operator averaging over the initial position of particles in the
interval of one wave length. Using this operator on both sides of Eq.
(24), we obtain
Note that the term
corresponds to the power
of the electric field acting on those particles that move at a constant speed
. Also note this term is reduced to zero when averaged over the initial
position no mater whether it is a resonant particle (i.e.,
) or not (i.e.,
). (This important fact is seldom
mentioned in textbooks, which is one of the motivations that I wrote this
note.) Changing to the new variable
, the above
equation is written as
which agrees with Eq. (8) in Chapter 8 of Stix's book. Next, we will average
Eq. (29) over the distribution of initial velocity. Define the
averaging operator in velocity space
|
(30) |
where is the one-dimensional distribution function, which satisfies
the following normalizing condition
|
(31) |
Changing to the variables
, equation
(30) is written as
|
(32) |
Define
|
(33) |
then equation (32) is written as
|
(34) |
Taking the average over the initial velocity, Eq. (29) is written
as
It can be proved that the integration
and
in the above equation approach zero rapidly
for large (refer to Sec. 2.5.3). Thus, in the sense of time
asymptotic, we are left with only the integration of the first term, which is
written as
|
(36) |
yj
2016-01-26


@JvmStatic fun getConfiguration(): Configuration
Gets the current SDK configuration.
Return copy of current configuration state.


[1]
Bright Screen; Just about everything
[2]
faster interface than 700 series; voice quality
[3]
Large Screen, Blue Tooth Feature; GPS had issues


AdventureMaker
| Sample Adventure | Download | Quickstart Tutorial |
| AdventureMaker Manual | Cheat Sheet | Content Catalog |
AdventureMaker is a tool for writing Dungeons & Dragons 5e adventures. Write your adventures in a simple markup language, using your favorite text editor, and then submit them to AdventureMaker. AdventureMaker will return to you a finished adventure, properly formated with appropriate broiler plate, monster stat blocks, experience tables and treasure lists. It will generate cards for magic items, certificates for story awards, and the Fantasy Grounds mod file for on-line play.


Hospital Bed Count
Bed Counts in each state of India
FDI on Healthcare
Foreign investment for Healthcare sector
Top Ranked Hospitals by District
Ranking on basis of Hospital Count
As the events of 2020 made clear, our lives and those of our loved ones may rest on the kind of health care we have access to. The 2,000 hospitals named in this list—which covers 25 countries, including United States, United Kingdom, Germany and Canada —stand out for their consistent excellence, including distinguished physicians, top-notch nursing care and state-of-the-art technology. The majority of the public healthcare system catering to the rural and remote areas relies on inexperienced and unmotivated interns who are mandated to spend time in public healthcare clinics as part of their curricular requirement. Other major reasons are long distances between public hospitals and residential areas, and inconvenient hours of operation


Privileged Pfam-A domains mediate small molecule binding
{{clash_arch|length}} architectures caused conflicting mappings that remain unresolved. Associated activities are summarised below, broken down by architecture type. Please note that conflicts are resolved on a per-assay basis, so all activities from one assay are grouped, and the binding site annotation from the assay is applied to all activities. This seems reasonable, as the endpoints measured in biochemical assays are specific to one domain type (eg. susbtrate turn-over in enzymatic assays). For each conflicting architecture, you will be presented with a list of assays for which binding could take place at one of two or more domains.


|
mbed TLS v2.16.11
|
This file provides an API for the CCM authenticated encryption mode for block ciphers. More...
Go to the source code of this file.
Data Structures | |
| struct | mbedtls_ccm_context |
| The CCM context-type definition. The CCM context is passed to the APIs called. More... | |
Macros | |
| #define | MBEDTLS_ERR_CCM_BAD_INPUT -0x000D |
| #define | MBEDTLS_ERR_CCM_AUTH_FAILED -0x000F |
| #define | MBEDTLS_ERR_CCM_HW_ACCEL_FAILED -0x0011 |
Typedefs | |
| typedef struct mbedtls_ccm_context | mbedtls_ccm_context |
| The CCM context-type definition. The CCM context is passed to the APIs called. More... | |
Functions | |
| void | mbedtls_ccm_init (mbedtls_ccm_context *ctx) |
| This function initializes the specified CCM context, to make references valid, and prepare the context for mbedtls_ccm_setkey() or mbedtls_ccm_free(). More... | |
| int | mbedtls_ccm_setkey (mbedtls_ccm_context *ctx, mbedtls_cipher_id_t cipher, const unsigned char *key, unsigned int keybits) |
This function initializes the CCM context set in the ctx parameter and sets the encryption key. More... | |
| void | mbedtls_ccm_free (mbedtls_ccm_context *ctx) |
| This function releases and clears the specified CCM context and underlying cipher sub-context. More... | |
| int | mbedtls_ccm_encrypt_and_tag (mbedtls_ccm_context *ctx, size_t length, const unsigned char *iv, size_t iv_len, const unsigned char *add, size_t add_len, const unsigned char *input, unsigned char *output, unsigned char *tag, size_t tag_len) |
| This function encrypts a buffer using CCM. More... | |
| int | mbedtls_ccm_star_encrypt_and_tag (mbedtls_ccm_context *ctx, size_t length, const unsigned char *iv, size_t iv_len, const unsigned char *add, size_t add_len, const unsigned char *input, unsigned char *output, unsigned char *tag, size_t tag_len) |
| This function encrypts a buffer using CCM*. More... | |
| int | mbedtls_ccm_auth_decrypt (mbedtls_ccm_context *ctx, size_t length, const unsigned char *iv, size_t iv_len, const unsigned char *add, size_t add_len, const unsigned char *input, unsigned char *output, const unsigned char *tag, size_t tag_len) |
| This function performs a CCM authenticated decryption of a buffer. More... | |
| int | mbedtls_ccm_star_auth_decrypt (mbedtls_ccm_context *ctx, size_t length, const unsigned char *iv, size_t iv_len, const unsigned char *add, size_t add_len, const unsigned char *input, unsigned char *output, const unsigned char *tag, size_t tag_len) |
| This function performs a CCM* authenticated decryption of a buffer. More... | |
| int | mbedtls_ccm_self_test (int verbose) |
| The CCM checkup routine. More... | |
This file provides an API for the CCM authenticated encryption mode for block ciphers.
CCM combines Counter mode encryption with CBC-MAC authentication for 128-bit block ciphers.
Input to CCM includes the following elements:
Definition of CCM: http://csrc.nist.gov/publications/nistpubs/800-38C/SP800-38C_updated-July20_2007.pdf RFC 3610 "Counter with CBC-MAC (CCM)"
Related: RFC 5116 "An Interface and Algorithms for Authenticated Encryption"
Definition of CCM*: IEEE 802.15.4 - IEEE Standard for Local and metropolitan area networks Integer representation is fixed most-significant-octet-first order and the representation of octets is most-significant-bit-first order. This is consistent with RFC 3610.
Definition in file ccm.h.
| #define MBEDTLS_ERR_CCM_AUTH_FAILED -0x000F |
| #define MBEDTLS_ERR_CCM_BAD_INPUT -0x000D |
| #define MBEDTLS_ERR_CCM_HW_ACCEL_FAILED -0x0011 |
| typedef struct mbedtls_ccm_context mbedtls_ccm_context |
The CCM context-type definition. The CCM context is passed to the APIs called.
| int mbedtls_ccm_auth_decrypt | ( | mbedtls_ccm_context * | ctx, |
| size_t | length, | ||
| const unsigned char * | iv, | ||
| size_t | iv_len, | ||
| const unsigned char * | add, | ||
| size_t | add_len, | ||
| const unsigned char * | input, | ||
| unsigned char * | output, | ||
| const unsigned char * | tag, | ||
| size_t | tag_len | ||
| ) |
This function performs a CCM authenticated decryption of a buffer.
| ctx | The CCM context to use for decryption. This must be initialized and bound to a key. |
| length | The length of the input data in Bytes. |
| iv | The initialization vector (nonce). This must be a readable buffer of at least iv_len Bytes. |
| iv_len | The length of the nonce in Bytes: 7, 8, 9, 10, 11, 12, or 13. The length L of the message length field is 15 - iv_len . |
| add | The additional data field. This must be a readable buffer of at least that add_len Bytes.. |
| add_len | The length of additional data in Bytes. This must be less than 2^16 - 2^8. |
| input | The buffer holding the input data. If length is greater than zero, input must be a readable buffer of at least that length. |
| output | The buffer holding the output data. If length is greater than zero, output must be a writable buffer of at least that length. |
| tag | The buffer holding the authentication field. This must be a readable buffer of at least tag_len Bytes. |
| tag_len | The length of the authentication field to generate in Bytes: 4, 6, 8, 10, 12, 14 or 16. |
0
on success. This indicates that the message is authentic. | int mbedtls_ccm_encrypt_and_tag | ( | mbedtls_ccm_context * | ctx, |
| size_t | length, | ||
| const unsigned char * | iv, | ||
| size_t | iv_len, | ||
| const unsigned char * | add, | ||
| size_t | add_len, | ||
| const unsigned char * | input, | ||
| unsigned char * | output, | ||
| unsigned char * | tag, | ||
| size_t | tag_len | ||
| ) |
This function encrypts a buffer using CCM.
tag
with the output
, as done in RFC-3610: Counter with CBC-MAC (CCM), use tag
= output
+ length
, and make sure that the output buffer is at least length
+ tag_len
wide.| ctx | The CCM context to use for encryption. This must be initialized and bound to a key. |
| length | The length of the input data in Bytes. |
| iv | The initialization vector (nonce). This must be a readable buffer of at least iv_len Bytes. |
| iv_len | The length of the nonce in Bytes: 7, 8, 9, 10, 11, 12, or 13. The length L of the message length field is 15 - iv_len . |
| add | The additional data field. If add_len is greater than zero, add must be a readable buffer of at least that length. |
| add_len | The length of additional data in Bytes. This must be less than 2^16 - 2^8 . |
| input | The buffer holding the input data. If length is greater than zero, input must be a readable buffer of at least that length. |
| output | The buffer holding the output data. If length is greater than zero, output must be a writable buffer of at least that length. |
| tag | The buffer holding the authentication field. This must be a writable buffer of at least tag_len Bytes. |
| tag_len | The length of the authentication field to generate in Bytes: 4, 6, 8, 10, 12, 14 or 16. |
0
on success. | void mbedtls_ccm_free | ( | mbedtls_ccm_context * | ctx | ) |
This function releases and clears the specified CCM context and underlying cipher sub-context.
| ctx | The CCM context to clear. If this is NULL , the function has no effect. Otherwise, this must be initialized. |
| void mbedtls_ccm_init | ( | mbedtls_ccm_context * | ctx | ) |
This function initializes the specified CCM context, to make references valid, and prepare the context for mbedtls_ccm_setkey() or mbedtls_ccm_free().
| ctx | The CCM context to initialize. This must not be NULL . |
| int mbedtls_ccm_self_test | ( | int | verbose | ) |
The CCM checkup routine.
0
on success. 1
on failure. | int mbedtls_ccm_setkey | ( | mbedtls_ccm_context * | ctx, |
| mbedtls_cipher_id_t | cipher, | ||
| const unsigned char * | key, | ||
| unsigned int | keybits | ||
| ) |
This function initializes the CCM context set in the ctx
parameter and sets the encryption key.
| ctx | The CCM context to initialize. This must be an initialized context. |
| cipher | The 128-bit block cipher to use. |
| key | The encryption key. This must not be NULL . |
| keybits | The key size in bits. This must be acceptable by the cipher. |
0
on success. | int mbedtls_ccm_star_auth_decrypt | ( | mbedtls_ccm_context * | ctx, |
| size_t | length, | ||
| const unsigned char * | iv, | ||
| size_t | iv_len, | ||
| const unsigned char * | add, | ||
| size_t | add_len, | ||
| const unsigned char * | input, | ||
| unsigned char * | output, | ||
| const unsigned char * | tag, | ||
| size_t | tag_len | ||
| ) |
This function performs a CCM* authenticated decryption of a buffer.
iv
and passed to this function as tag_len
. (tag
needs to be adjusted accordingly.)| ctx | The CCM context to use for decryption. This must be initialized and bound to a key. |
| length | The length of the input data in Bytes. |
| iv | The initialization vector (nonce). This must be a readable buffer of at least iv_len Bytes. |
| iv_len | The length of the nonce in Bytes: 7, 8, 9, 10, 11, 12, or 13. The length L of the message length field is 15 - iv_len . |
| add | The additional data field. This must be a readable buffer of at least that add_len Bytes. |
| add_len | The length of additional data in Bytes. This must be less than 2^16 - 2^8. |
| input | The buffer holding the input data. If length is greater than zero, input must be a readable buffer of at least that length. |
| output | The buffer holding the output data. If length is greater than zero, output must be a writable buffer of at least that length. |
| tag | The buffer holding the authentication field. This must be a readable buffer of at least tag_len Bytes. |
| tag_len | The length of the authentication field in Bytes. 0, 4, 6, 8, 10, 12, 14 or 16. |
0
as tag_len
means that the message is nos longer authenticated.0
on success. | int mbedtls_ccm_star_encrypt_and_tag | ( | mbedtls_ccm_context * | ctx, |
| size_t | length, | ||
| const unsigned char * | iv, | ||
| size_t | iv_len, | ||
| const unsigned char * | add, | ||
| size_t | add_len, | ||
| const unsigned char * | input, | ||
| unsigned char * | output, | ||
| unsigned char * | tag, | ||
| size_t | tag_len | ||
| ) |
This function encrypts a buffer using CCM*.
tag
with the output
, as done in RFC-3610: Counter with CBC-MAC (CCM), use tag
= output
+ length
, and make sure that the output buffer is at least length
+ tag_len
wide.iv
passed to this function.| ctx | The CCM context to use for encryption. This must be initialized and bound to a key. |
| length | The length of the input data in Bytes. |
| iv | The initialization vector (nonce). This must be a readable buffer of at least iv_len Bytes. |
| iv_len | The length of the nonce in Bytes: 7, 8, 9, 10, 11, 12, or 13. The length L of the message length field is 15 - iv_len . |
| add | The additional data field. This must be a readable buffer of at least add_len Bytes. |
| add_len | The length of additional data in Bytes. This must be less than 2^16 - 2^8. |
| input | The buffer holding the input data. If length is greater than zero, input must be a readable buffer of at least that length. |
| output | The buffer holding the output data. If length is greater than zero, output must be a writable buffer of at least that length. |
| tag | The buffer holding the authentication field. This must be a writable buffer of at least tag_len Bytes. |
| tag_len | The length of the authentication field to generate in Bytes: 0, 4, 6, 8, 10, 12, 14 or 16. |
0
as tag_len
means that the message is no longer authenticated.0
on success.


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LiquidHaskell
Refinement Types via SMT and Predicate Abstraction
Basics
{{demo.name}}
Datatype Measures
{{demo.name}}
Abstract Refinements
{{demo.name}}
Haskell Source
Qualifiers
Result
×
Warning!
{{warn}}
×
Crash!
Uh oh, there was a crash. See the
the log
.
Verify
Verifying...
{{msg}}
Safe
Unsafe
Crash!
-- Wait for it ...
// Wait for it ...
×
Safe!
Your program is verified!
×
Warning!
{{warn}}
×
Crash!
Oh no, there was a crash. See the
the log
.
Hover mouse over variables to see inferred types
/


 Brunch is on the table. Get it while it's hot. I'm not hungry, so i'll eat later. Maybe even go watch a movie.  One movie a day for ten dollars a month! That is the best thing since sliced bread.
Peanut butter and jelly used to be my favorite until I went to college and I ate it too much.  Five? Six? Maybe even Seven times... Seven Times the charm they say. Well I beg to differ.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javax.swing.SpringLayout
public class SpringLayout
A SpringLayout
lays out the children of its associated container
according to a set of constraints.
See How to Use SpringLayout
in The Java Tutorial for examples of using
SpringLayout
.
Each constraint,
represented by a Spring
object,
controls the vertical or horizontal distance
between two component edges.
The edges can belong to
any child of the container,
or to the container itself.
For example,
the allowable width of a component
can be expressed using a constraint
that controls the distance between the west (left) and east (right)
edges of the component.
The allowable y coordinates for a component
can be expressed by constraining the distance between
the north (top) edge of the component
and the north edge of its container.
Every child of a SpringLayout
-controlled container,
as well as the container itself,
has exactly one set of constraints
associated with it.
These constraints are represented by
a SpringLayout.Constraints
object.
By default,
SpringLayout
creates constraints
that make their associated component
have the minimum, preferred, and maximum sizes
returned by the component's
Component.getMinimumSize()
,
Component.getPreferredSize()
, and
Component.getMaximumSize()
methods. The x and y positions are initially not
constrained, so that until you constrain them the Component
will be positioned at 0,0 relative to the Insets
of the
parent Container
.
You can change
a component's constraints in several ways.
You can
use one of the
putConstraint
methods
to establish a spring
linking the edges of two components within the same container.
Or you can get the appropriate SpringLayout.Constraints
object using
getConstraints
and then modify one or more of its springs.
Or you can get the spring for a particular edge of a component
using getConstraint
,
and modify it.
You can also associate
your own SpringLayout.Constraints
object
with a component by specifying the constraints object
when you add the component to its container
(using
Container.add(Component, Object)
).
The Spring
object representing each constraint
has a minimum, preferred, maximum, and current value.
The current value of the spring
is somewhere between the minimum and maximum values,
according to the formula given in the
Spring.sum(javax.swing.Spring, javax.swing.Spring)
method description.
When the minimum, preferred, and maximum values are the same,
the current value is always equal to them;
this inflexible spring is called a strut.
You can create struts using the factory method
Spring.constant(int)
.
The Spring
class also provides factory methods
for creating other kinds of springs,
including springs that depend on other springs.
In a SpringLayout
, the position of each edge is dependent on
the position of just one other edge. If a constraint is subsequently added
to create a new binding for an edge, the previous binding is discarded
and the edge remains dependent on a single edge.
Springs should only be attached
between edges of the container and its immediate children; the behavior
of the SpringLayout
when presented with constraints linking
the edges of components from different containers (either internal or
external) is undefined.
Note: Unlike many layout managers,SpringLayout
doesn't automatically set the location of the components it manages. If you hand-code a GUI that usesSpringLayout
, remember to initialize component locations by constraining the west/east and north/south locations.Depending on the constraints you use, you may also need to set the size of the container explicitly.
Despite the simplicity of SpringLayout
,
it can emulate the behavior of most other layout managers.
For some features,
such as the line breaking provided by FlowLayout
,
you'll need to
create a special-purpose subclass of the Spring
class.
SpringLayout
also provides a way to solve
many of the difficult layout
problems that cannot be solved by nesting combinations
of Box
es. That said, SpringLayout
honors the
LayoutManager2
contract correctly and so can be nested with
other layout managers -- a technique that can be preferable to
creating the constraints implied by the other layout managers.
The asymptotic complexity of the layout operation of a SpringLayout
is linear in the number of constraints (and/or components).
Warning:
Serialized objects of this class will not be compatible with
future Swing releases. The current serialization support is
appropriate for short term storage or RMI between applications running
the same version of Swing. As of 1.4, support for long term storage
of all JavaBeansTM
has been added to the java.beans
package.
Please see XMLEncoder
.
Spring
,
SpringLayout.Constraints
| Nested Class Summary | |
|---|---|
static class |
SpringLayout.Constraints
A Constraints object holds the
constraints that govern the way a component's size and position
change in a container controlled by a SpringLayout . |
| Field Summary | |
|---|---|
static String |
EAST
Specifies the right edge of a component's bounding rectangle. |
static String |
NORTH
Specifies the top edge of a component's bounding rectangle. |
static String |
SOUTH
Specifies the bottom edge of a component's bounding rectangle. |
static String |
WEST
Specifies the left edge of a component's bounding rectangle. |
| Constructor Summary | |
|---|---|
SpringLayout()
Constructs a new SpringLayout . |
| Method Summary | |
|---|---|
void |
addLayoutComponent(Component component,
Object constraints)
If constraints is an instance of
SpringLayout.Constraints ,
associates the constraints with the specified component. |
void |
addLayoutComponent(String name,
Component c)
Has no effect, since this layout manager does not use a per-component string. |
Spring |
getConstraint(String edgeName,
Component c)
Returns the spring controlling the distance between the specified edge of the component and the top or left edge of its parent. |
SpringLayout.Constraints |
getConstraints(Component c)
Returns the constraints for the specified component. |
float |
getLayoutAlignmentX(Container p)
Returns 0.5f (centered). |
float |
getLayoutAlignmentY(Container p)
Returns 0.5f (centered). |
void |
invalidateLayout(Container p)
Invalidates the layout, indicating that if the layout manager has cached information it should be discarded. |
void |
layoutContainer(Container parent)
Lays out the specified container. |
Dimension |
maximumLayoutSize(Container parent)
Calculates the maximum size dimensions for the specified container, given the components it contains. |
Dimension |
minimumLayoutSize(Container parent)
Calculates the minimum size dimensions for the specified container, given the components it contains. |
Dimension |
preferredLayoutSize(Container parent)
Calculates the preferred size dimensions for the specified container, given the components it contains. |
void |
putConstraint(String e1,
Component c1,
int pad,
String e2,
Component c2)
Links edge e1 of component c1 to
edge e2 of component c2 ,
with a fixed distance between the edges. |
void |
putConstraint(String e1,
Component c1,
Spring s,
String e2,
Component c2)
Links edge e1 of component c1 to
edge e2 of component c2 . |
void |
removeLayoutComponent(Component c)
Removes the constraints associated with the specified component. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final String NORTH
public static final String SOUTH
public static final String EAST
public static final String WEST
| Constructor Detail |
|---|
public SpringLayout()
SpringLayout
.
| Method Detail |
|---|
public void addLayoutComponent(String name, Component c)
addLayoutComponent
in interface LayoutManager
name
- the string to be associated with the componentc
- the component to be addedpublic void removeLayoutComponent(Component c)
removeLayoutComponent
in interface LayoutManager
c
- the component being removed from the containerpublic Dimension minimumLayoutSize(Container parent)
LayoutManager
minimumLayoutSize
in interface LayoutManager
parent
- the component to be laid outLayoutManager.preferredLayoutSize(java.awt.Container)
public Dimension preferredLayoutSize(Container parent)
LayoutManager
preferredLayoutSize
in interface LayoutManager
parent
- the container to be laid outLayoutManager.minimumLayoutSize(java.awt.Container)
public Dimension maximumLayoutSize(Container parent)
LayoutManager2
maximumLayoutSize
in interface LayoutManager2
Component.getMaximumSize()
,
LayoutManager
public void addLayoutComponent(Component component, Object constraints)
constraints
is an instance of
SpringLayout.Constraints
,
associates the constraints with the specified component.
addLayoutComponent
in interface LayoutManager2
component
- the component being addedconstraints
- the component's constraintsSpringLayout.Constraints
public float getLayoutAlignmentX(Container p)
getLayoutAlignmentX
in interface LayoutManager2
public float getLayoutAlignmentY(Container p)
getLayoutAlignmentY
in interface LayoutManager2
public void invalidateLayout(Container p)
LayoutManager2
invalidateLayout
in interface LayoutManager2
public void putConstraint(String e1, Component c1, int pad, String e2, Component c2)
e1
of component c1
to
edge e2
of component c2
,
with a fixed distance between the edges. This
constraint will cause the assignment
value(e1, c1) = value(e2, c2) + padto take place during all subsequent layout operations.
e1
- the edge of the dependentc1
- the component of the dependentpad
- the fixed distance between dependent and anchore2
- the edge of the anchorc2
- the component of the anchorputConstraint(String, Component, Spring, String, Component)
public void putConstraint(String e1, Component c1, Spring s, String e2, Component c2)
e1
of component c1
to
edge e2
of component c2
. As edge
(e2, c2)
changes value, edge (e1, c1)
will
be calculated by taking the (spring) sum of (e2, c2)
and s
. Each edge must have one of the following values:
SpringLayout.NORTH
, SpringLayout.SOUTH
,
SpringLayout.EAST
, SpringLayout.WEST
.
e1
- the edge of the dependentc1
- the component of the dependents
- the spring linking dependent and anchore2
- the edge of the anchorc2
- the component of the anchorputConstraint(String, Component, int, String, Component)
,
NORTH
,
SOUTH
,
EAST
,
WEST
public SpringLayout.Constraints getConstraints(Component c)
GridBagLayout
getConstraints
method,
this method does not clone constraints.
If no constraints
have been associated with this component,
this method
returns a default constraints object positioned at
0,0 relative to the parent's Insets and its width/height
constrained to the minimum, maximum, and preferred sizes of the
component. The size characteristics
are not frozen at the time this method is called;
instead this method returns a constraints object
whose characteristics track the characteristics
of the component as they change.
c
- the component whose constraints will be returned
public Spring getConstraint(String edgeName, Component c)
SpringLayout
so that
the layout operation always terminates.
edgeName
- must be
SpringLayout.NORTH
,
SpringLayout.SOUTH
,
SpringLayout.EAST
, or
SpringLayout.WEST
c
- the component whose edge spring is desired
NORTH
,
SOUTH
,
EAST
,
WEST
public void layoutContainer(Container parent)
LayoutManager
layoutContainer
in interface LayoutManager
parent
- the container to be laid out
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


It’s Star Baron vs. King T’Chala in feature
Star Baron and King T’Chala may fight out the finish of the P. Natesan Memorial Cup (1,200m), the main event of the races to be held here on Friday (Nov. 22).
1. QUEEN’S GUEST PLATE (2,000m), rated 40 to 65, 2-00 p.m.: 1. Nazariya (1) Nakhat Singh 60, 2. Alexander Burnes (5) Chetan Gowda 59.5, 3. Pacific Dunes (3) Md. Asif Khan 59.5, 4. Streaming Gold (4) Umesh 58 and 5. Otus (2) Akshay Kumar 57.5.
1. ALEXANDER BURNES, 2. STREAMING GOLD
2. K. BALAKRISHNARAO MEMORIAL CUP (1,200m), maiden 2-y-o only (Terms), 2-30: 1. Star Brigade (1) Kabdhar 56, 2. Star Caviar (2) B. Nikhil 56, 3. Europa Star (6) Umesh 54.5, 4. Farewell (3) Akshay Kumar 54.5, 5. Imperial Empress (4) Nakhat Singh 54.5 and 6. Rippling Waters (5) Rajendra Singh 54.5.
1. IMPERIAL EMPRESS, 2. FAREWELL
3. ALMANAC PLATE (Div. I) (1,200m) rated 20 to 45, 3-00: 1. Queen Of Venice (1) Yash 60, 2. Star Dreams (—) (—) 59.5, 3. Star Guitar (3) Azfar Syeed 59.5, 4. Vintage Brut (9) B. Nikhil 59.5, 5. Undeniable (4) P. Sai Kumar 59, 6. Lady Love (7) Kabdhar 57.5, 7. Lady Rhino (5) Umesh 57.5, 8. Parrys Glory (2) Farhan 57.5, 9. Baden Baden (6) A.M. Alam 57 and 10. Excellanza (10) Ayaz Khan 51.
1. LADY RHINO, 2. UNDENIABLE, 3. QUEEN OF VENICE
4. DESERT STORM PLATE (1,200m), rated 40 to 65 (No whip), 3-30: 1. Royal Protocal (6) Akshay Kumar 60, 2. Glorious Fire (3) A.M. Alam 57.5, 3. City Of Sails (9) Janardhan P 55.5, 4. Daydreamer (7) M. Carim 55.5, 5. Wakanda (12) Umesh 55.5, 6. Eyes Of Falcon (1) Azfar Syeed 52, 7. Rafaele (5) Yash 52, 8. Cocoa (10) M. Bhaskar 51.5, 9. Rush More (4) Shahar Babu 51.5, 10. Star Convoy (8) N. Murugan 51.5, 11. Oxygen (11) Ayaz Khan 51 and 12. Red Hot Jet (2) Farhan 50.5.
1. WAKANDA, 2. EYES OF FALCON, 3. ROYAL PROTOCAL
5. P. NATESAN MEMORIAL CUP (1,200m), rated 80 & above, 4-00: 1. Star Baron (7) Brisson 64, 2. The Champ (4) Umesh 59, 3. Chief Of Command (6) Akshay Kumar 53.5, 4. Fast Car (3) P. Sai Kumar 53.5, 5. Star Twist (1) Md. Asif Khan 53.5, 6. Drei Bruder (8) B. Nikhil 53, 7, Embassy (—) (—) 53 and 8. King T’Chala (2) Yash 50.
1. STAR BARON, 2. KING T’CHALA, 3. THE CHAMP
6. ALMANAC PLATE (Div. II) (1,200m), rated 20 to 45, 4-30: 1. Demerara (11) Ayaz Khan 60, 2. Incredible Star (7) P. Sai Kumar 60, 3. Blissful Rose (1) Md. Asif Khan 58.5, 4. Pappa Rich (3) Azfar Syeed 58.5, 5. Daiyamondo (10) Nazerul 57.5, 6. Fiat Justitia (5) Umesh 57.5, 7. Fire Strike (2) B. Nikhil 56.5, 8. Petunia (4) K.V. Baskar 56.5, 9. Star Waves (9) Brisson 55, 10. Welcome Chakkaram (6) Farhan 54.5 and 11. Mercury Falmante (8) Shahar Babu 53.
1. INCREDIBLE STAR, 2. FIAT JUSTITIA, 3. PAPPA RICH
Jkt: 2, 3, 4, 5 & 6; Mini Jkt: 3, 4, 5 & 6; Tr: (i): 1, 2 & 3 (ii): 4, 5 & 6.


| crashrpt | ||
| A crash reporting system for Windows applications |
To let your Visual C++ compiler and linker know about the location of CrashRpt include and lib files, do the following.
If you use Visual Studio 2005 or 2008, open menu Tools-> Options. Then in appeared dialog, select Projects and Solutions->VC++ Directories.
If you use Visual Studio 2010 or 2012, open the Property Manager window, multi-select all projects in CrashRpt solution and right click the selection. In the appeared dialog, open Configuration Properties->VC++ Directories.
Finally,
Here [CRASHRPT_HOME] should be replaced with the actual path of the directory you unzipped CrashRpt distribution to.
Before you start using CrashRpt API functions in your program, do not forget to include CrashRpt.h
header file in the beginning of your code:
// Include CrashRpt header #include "CrashRpt.h"
You also need to add CrashRpt LIB file to the list of input libraries for your project. In the Solution Explorer window, right-click your project and choose Properties item from the context menu. Then open Configuration Properties->Linker->Input->Additional Dependencies and then add CrashRptXXXX.lib to the list of libraries (here XXXX should be replaced with CrashRpt version number).
In the Solution Explorer window, right-click your project and open project Properties. Then choose Configuration Properties->C/C++->Code Generation. In the Runtime Library field, choose Multi-threaded DLL (/MD). See the figure below for example.
This should be done for all projects in your solution to share single CRT DLL.
Multi-threaded DLL (/MD)
For example, assume you use Visual Studio 2008 and CRT 9.0 linked as DLL, but some dependent module in your application was compiled in Visual Studio 2005 and uses CRT 8.0 linked as DLL. In such situation a CRT error in the dependent module won't be intercepted by CrashRpt, because error handlers are installed for CRT 9.0 only.
Steps 1 and 2 should be performed for all projects in your solution that support program database (EXE, DLL).
The steps 1 and 2 are presented on the figures below.
Program Database (/Zi)
Enabling Debugging Information in Linker


I don’t take holidays because life is a trip. The comfort zone is where dreams go to die.
Meet the authorFinalising full draft and stories to include. Creating graphics for marketing. Sourcing publisher.
Picked up the project again. Scrapped old material and began writing new stories
Took a break from the project to focus on work and life
Writing more drafts, scrapping and streamlining older material, begun marketing phase
Began compiling stories, writing drafts, and organising book layout and content
Searching for an outlet for a lot of material on life experiences and hilarious anecdotes I had been stockpiling over the years. Came up with this book idea. Surround yourself with encouraging people, they help push you.


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Creative Space
So I’ve now been at my new job for about 2 months, and there’s a major contrast between my last job and this job.
We’ll start with the negatives because there aren’t many. I’m a remote worker at a company that does most of its collaboration and communication in person, so I’ve had to work hard at staying in touch with the people at the office. It helps that I go down there at least once a month to touch base, and I’m getting to know the folks (and they me) so remote communication is more effective. Also, without anyone checking in with me every day it takes more discipline to buckle down on days when my motivator unit is broken. And I’m currently the only person on my ‘team’ which makes it a little hard to get traction. And I miss all my ex-coworkers.
Now, the positives. Unlike the company I came from, there is no drama here. Of course, it’s replaced by its own special type of politics, of a grown-up type I’m somewhat unaccustomed to. Fortunately I seem to be negotiating these new waters fairly well, and the end result of this environment is that my job is much, much less stressful. Being the only remote worker also means that I’m almost never interrupted for anything, and my velocity when I’m writing code or reading documentation is generally quite high. And working somewhere that brainstorming is a valued activity has given me the opportunity to discover that in fact I’m good at thinking up ideas, when I have some time to do so.
All in all, the positives far outweigh the negatives, and I feel like I’m learning, contributing, and working in a positive environment. It’s still hard to get out of the habit of feeling horribly guilty if I’m out of contact for a bit, but I’m slowly becoming more relaxed and just enjoying the work I’m doing. It seemed very odd to me, coming from a place of such urgency to a place that seems so much more laid back, but the folks at AMI have the space to think up cool stuff – without that space it’s so much harder to let the magic happen.
I know that small startups have less space to allow their employees to stop and think and explore, but I wonder if sometimes the need to rush creates more need to rush, and squelches the innovative ideas best suited to an agile, entreprenurial company. I was reminded of this several times when working at Socialtext, when I stopped rushing around for a few days and as a result found the solutions to the problems that had been pestering me for weeks.
Companies need to create space for their employees, especially when the employees aren’t good at doing so for themselves. People need to create space for themselves. All of us, all programmers, have found ourselves staring intently at the screen, the zone long past, trying to find the solution to a problem… and then flash on the solution as soon as we step away to feed ourselves and look at the sky. Make space for yourself, and try to help others around you find space for themselves as well.
GEEK STUFF


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6
This roast pheasant recipe offers a delicious alternative to the traditional Sunday roast.
Preheat the oven to 200C/400F/Gas 6. Using a heavy, sharp knife or a pair of poultry or kitchen shears, cut the pheasants in half down the back, removing the backbone. Discard the backbone, then chop the pheasants in half down the middle.
Place the pheasants in a large bowl. Squeeze over the lemon juice and add the lemon quarters to the bowl. Bruise the rosemary stalks with your hands and add them to the bowl. Season with salt and freshly ground black pepper.
Lightly crush the garlic cloves with the flat side of a knife or with your hands, but don't peel them. Add them to the bowl. Pour over the olive oil and the white wine. Mix well and leave the pheasant to marinate for about 20 minutes.
Heat a heavy-based frying pan (don't add oil).
When the pan is hot, remove the pheasant pieces from the marinade and sear them, skin-side down, to colour. Turn the pieces and brown the other side. Do this in batches so that you don't crowd the pan.
When the pieces are browned, place them in a roasting dish. Pour over the white wine and the marinade from the bowl.
Place the pheasant in the oven and roast for 20-30 minutes, until tender and cooked through (the juices will run clear when the thigh is pierced with a skewer). Remove from the oven and rest for 10-15 minutes.
When rested, cut the pheasant into serving pieces and pile onto a large plate. Pour the pan juices over the top and spoon over the lemon, rosemary and garlic.
Serve with boiled potatoes and a green salad or good bread.


Quiet evening reading at home with the kid passed out. Life is good.
6/27/2008, 9:12:05 PM
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link--- layout: tweet ---
Quiet evening reading at home with the kid passed out. Life is good.
6/27/2008, 9:12:05 PM
Favs: 0
Retweets: 0
link


Main function to generate trade data query that is processed
in download_Comtrade_core()
to interact with comtradr::ct_search()
and Comtrade's API to
extract Comtrade trade data.
download_Comtrade( year = "2018", frequency = "annual", month = NULL, countries = "all", partners = "World", nomenclature = "HS2007", commodity = "AG6", type = "commodities", select.stats = "all", direction = "all", token = NULL, ext_cnt = 5, is.mirrorData = FALSE, rm.temporaryFiles = TRUE, location.temporaryFiles = NULL, build.Comtrade = TRUE, sleep = 5 )
| year | Year for which to extract data. |
|---|---|
| frequency | Frequency of data extract;
either |
| month | Optional parameter for |
| countries | Select list of countries to be extracted; default is |
| partners | Specify partner country/countries or
|
| nomenclature | Select nomenclature and corresponding trade database for
data extraction; default is |
| commodity | Specify commodity code or trade data aggregate for download. Both vary by trade data set; see Trade Classification (link) for more information. |
| type | Type of trade data to be extracted
(either |
| select.stats | Trade statistics to be reported;
either |
| direction | Direction of trade flow reported; either |
| token | Set Comtrade token to increase hourly queries from Comtrade API; increases the speed of large data extraction as it increases the number of queries that can be run per hour. |
| ext_cnt | Number of countries extracted with each query; default is
5 which is also the maximum in
comtradr. In case your query exceeds
the maximum resultset allowed by the comtrade API, reduce the number of
countries you extract with every query using the ext_cnt parameter.
For example, if a data extraction request fails with the default parameter
value |
| is.mirrorData | Extract mirror trade data? default is |
| rm.temporaryFiles | Remove temporary download files stored at location
provided in argument |
| location.temporaryFiles | Location of temporary file downloads;
default is |
| build.Comtrade | After having downloaded the separate temporary
files (which will be saved to |
| sleep | Number of seconds to wait before the next Comtrade API query is started; default is 5. |
if (FALSE) { AT_World <- download_Comtrade( year = "2018", frequency = "annual", countries = "Austria", partners = "World", nomenclature = "HS2007", commodity = "AG6", type = "commodities", select.stats = "trade_value_usd", direction = "all" ) AT_World }


Empathy
Written by Mattt Thompson on
Great software is created to scratch one's own itch. Being close to a problem provides not only insight for how to solve it, but the motivation to actually follow through.
It's the better angels of our nature that compel us to share these solutions with one other. And in the open source world, we do so freely, with only a karmic expectation of paying the favor forward.
We naturally want to help one another, to explain ideas, to be generous and patient. However, on the Internet, human nature seems to drop a few packets. Practicing empathy online becomes a feat of moral athleticism. Lacking many of the faculties to humanize and understand one another (facial expressions, voice tonality, non-verbal cues) we can lose sight of who we're talking to, and become less human ourselves.
Before engaging with someone, take a moment to visualize how that encounter would play out in real life. Would you be proud of how you conducted yourself?
Rather than responding defensively to snark or aggression, stop to consider what could have motivated that reaction. Is there something you could be doing better as a programmer or community member? Or are they just having a bad day? (We've all had our bad days).
And let it never be that someone is marginalized for their ability to communicate in English. Be patient and ask questions. Respond simply and clearly.
Everything you need to succeed as a software developer extends from a conscious practice of empathy.


We are glad youre here
We made this because we needed a
way to know our true names.Names
have power and kowing yours can
have a big impact
Feel free to look around,we have a
few things to show up
We are glad youre here
We made this because we needed a
way to know our true names.Names
have power and kowing yours can
have a big impact
Feel free to look around,we have a
few things to show up


Before Change
// Add uncertainty scores to our unlabeled data, and keep a copy of our unlabeled data.
unlabeled_uncertainty = np.concatenate((unlabeled, np.expand_dims(uncertainty_scores, axis=1)), axis=1)
unlabeled_uncertainty_copy = np.copy(unlabeled_uncertainty)
// Define our record container and the maximum number of records to sample.
instance_index_ranking = []
ceiling = np.minimum(unlabeled.shape[0], n_instances)
// TODO (dataframing) is there a better way to do this? Inherently sequential.
for _ in range(ceiling):
// Select the instance from our unlabeled copy that scores highest.
raw_instance = select_instance(X_training=labeled, X_uncertainty=unlabeled_uncertainty_copy)
instance = np.expand_dims(raw_instance, axis=1)
// Find our record"s index in both the original unlabeled and our uncertainty copy.
instance_index_original = np.where(np.all(unlabeled == raw_instance, axis=1))[0][0]
instance_index_copy = np.where(np.all(unlabeled_uncertainty_copy[:, :-1] == instance.T, axis=1))[0][0]
// Add our instance we"ve considered for labeling to our labeled set. Although we don"t
// know it"s label, we want further iterations to consider the newly-added instance so
// that we don"t query the same instance redundantly.
labeled = np.concatenate((labeled, instance.T), axis=0)
// Remove our instance from the unlabeled set and append it to our list of records to label.
unlabeled_uncertainty_copy = np.delete(unlabeled_uncertainty_copy, instance_index_copy, axis=0)
instance_index_ranking.append(instance_index_original)
// Return numpy array, not a list.
return np.array(instance_index_ranking)
After Change
unlabeled_uncertainty = np.concatenate((unlabeled, expanded_uncertainty_scores), axis=1)
// Define our null row, which will be filtered during the select_instance call.
null_row = np.ones(shape=(unlabeled_uncertainty.shape[1],)) * np.nan
// Define our record container and the maximum number of records to sample.
instance_index_ranking = []
ceiling = np.minimum(unlabeled.shape[0], n_instances)
for _ in range(ceiling):
// Receive the instance and corresponding index from our unlabeled copy that scores highest.
instance_index, instance = select_instance(
X_training=labeled, X_uncertainty=unlabeled_uncertainty
)
// Prepare our most informative instance for concatenation.
expanded_instance = np.expand_dims(instance, axis=0)
// Add our instance we"ve considered for labeling to our labeled set. Although we don"t
// know it"s label, we want further iterations to consider the newly-added instance so
// that we don"t query the same instance redundantly.
labeled = np.concatenate((labeled, expanded_instance), axis=0)
// We "remove" our instance from the unlabeled set by setting that row to an array
// of np.nan and filtering within select_instance.
unlabeled_uncertainty[instance_index] = null_row
// Finally, append our instance"s index to the bottom of our ranking.
instance_index_ranking.append(instance_index)


| 1033 | (A) | Off Iosaphus he made Ioye and Iewełłs hym raughte |
| 1037 | (C) | Of Iosephus he made Ioye . & Iewelles hym ȝafe |
| 1020 | (D) | he ioyed with Iosephus and iewels hym ragħt |
| 1000 | (E) | he ioyed witħ iosephus . & iewes hym ȝaue |
| (Ex) | ---- no text ---- | |
| 1058 | (L) | with Iosophus he made Ioye & Iewels hym rauȝte |
| 973 | (P) | line illegible |
| 1011 | (U) | he ioied witħ Iosephus / and iewels him raught |
| 98 | (V) | Of Iosephus he made Ioye and Iewelles hym raught |


The ideal transformer is a two-port circuit element; in case of
Boolean parameter considerMagnetization = false
it is
characterized by the following equations:
i2 = -i1*n; v2 = v1/n;
where n
is a real number called the turns ratio.
Due to this equations, also DC voltages and currents are
transformed - which is not the case for technical transformers.
In case of Boolean parameter considerMagnetization =
true
it is characterized by the following equations:
im1 = i1 + i2/n "Magnetizing current w.r.t. primary side"; psim1= Lm1*im1 "Magnetic flux w.r.t. primary side"; v1 = der(psim1) "Primary voltage"; v2 = v1/n "Secondary voltage";
where Lm
denotes the magnetizing inductance. Due to
this equations, the DC offset of secondary voltages and currents
decrement according to the time constant defined by the connected
circuit.
Taking primary L1sigma
and secondary
L2ssigma
leakage inductances into account, compared
with the basic
transformer the following parameter conversion can be applied
(which leads to identical results):
L1 = L1sigma + M*n "Primary inductance at secondary no-load"; L2 = L2sigma + M/n "Secondary inductance at primary no-load"; M = Lm1/n "Mutual inductance";
For the backward conversion, one has to decide about the partitioning of the leakage to primary and secondary side.


Ping-Pong
About Ping-Pong
Created by:
Anthony Mwangi
Githhub Username/URL:
anthonymwangi072
level test for:
JAVA
LETS PLAY!
Rules
Numbers divisible by 3 are replaced with "ping"
Numbers divisible by 5 are replaced with "pong"
Numbers divisible by 15 are replaced with "pingpong"
enter your no here
pingpong


LLDB is partially documented with header documentation that can be parsed and viewed with doxygen.
The C++ reference documentation is available here.
The Python reference documentation is available here.


Find Your Dream Vacation!
First Name
Last Name
What Is Your Age?
What Kind of Weather Do You Like?
Cold
Warm
Hot
Do You Like the Ocean?
Yes
No
Where Do You Prefer to Be?
City
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No Preference
Do You Like Nature?
Yes
No
Find My Vacation!


TCJSONCodable
public protocol TCJSONCodable: Codable
TCJSONCodable
extends Codable
and provides access to the correpsoding TCJSON
object and two utility initializers: init(fromData:)
and init(fromJSONString:)
-
json
Default implementationThe TCJSON object. Every
TCJSONCodable
gets one.Default Implementation
Just initialize it from the content of the model.
Declaration
Swift
var json: TCJSON<Self>
-
init(fromData:)
Default implementationInitialize the model object from
Data
that represents it, usingJSONDecoder
.Throws
Rethrows from theJSONDecoder
decode
method.Default Implementation
Initialize a
TCJSON
object fromData
and initializeself
with it.Throws
Rethrows from the TCJSON conversion fromData
toContent
Declaration
Swift
init(fromData data: Data) throws
Parameters
data
The
Data
object. -
init(fromJSONString:)
Default implementationInitialize the model object from a
String
that represents it, usingJSONDecoder
after encoding the string in utf8.Throws
Rethrows from theJSONDecoder
decode
method.Default Implementation
Initialize a
TCJSON
object from aString
and initializeself
with it.Throws
Rethrows from the TCJSON conversion fromData
toContent
Declaration
Swift
init(fromJSONString string: String) throws
Parameters
data
The JSON formatted
String
. -
init(fromJSON:)
Default implementationInitialize the model object from a JSON object (like the dictionary method but compatible also with plain values), that represents it, using
JSONDecoder
after encoding the string in utf8.Throws
Rethrows from the JSONSerialization and from theJSONDecoder
decode
method.Default Implementation
Initialize a ‘TCJSON’ object from a JSON object.
Throws
Rehrows from serializing the object intoData
and from initializing fromData
.Declaration
Swift
init(fromJSON json: Any) throws
Parameters
data
The JSON object.
-
init(fromDictionary:)
Default implementationInitialize the model object from a
[String: Any]
dictionary that represents it, usingJSONDecoder
after encoding the dictionary asData
.Throws
Rethrows from the JSONSerialization and from theJSONDecoder
decode
method.Default Implementation
Initialize a ‘TCJSON’ object from a
Dictionary
that describes a JSON object, like:[
name
:Philipp
,surname
:Schade
,age
: 31,helicopterRide
: null ]Throws
Rehrows from serializing the dictionary intoData
and from initializing fromData
.Declaration
Swift
init(fromDictionary dict: [String: Any?]) throws
Parameters
data
The JSON object’s dictionary.
-
codingKeysForNestedObject()
Default implementationReturns a dictionary where the keys are the names of this object properties (selecting only the ones that are objects themselves) and the values are other dictionaries of the corresponding codingKeys (key: property’s name, value: property’s new name after codingKey apply).
Default Implementation
Implementation of this method should be provided by objects that contains objects with sub codingKeys.
Declaration
Swift
func codingKeysForNestedObject() throws -> [String : [String : String]]
Return Value
A dictionary which contains all the dictionaries for the nested objects sub codingKeys.
-
af_encoded
Extension methodReturns the correct parameter dictionary for Alamofire and the corresponding encoding object.
Declaration
Swift
public var af_encoded: ([String: Self], TCJSONRequestEncoding<Self>)
-
codingKeys(forObject:)
Extension methodUtility function to be called in the implementation of codingKeysForNestedObject.
Declaration
Swift
func codingKeys<T: TCJSONCodable>( forObject obj: T) throws -> [String: String]
Return Value
The coding keys dictionary for the selected sub object.


Warehouse Keeper Rolfe:
Welcome, my young friend! I'm Rolfe. What can I do for you? You need 30 Adena to deposit an item.
Private Warehouse
Clan Warehouse
Quest