You can view the code of our project or fork it on Github. Dynadotpy implements all current features of the version 2 API.
Dynadot’s API returns all responses in plain text. Basically the CSV format. This wrapper will give you pretty Python objects instead. If there is interest in the project I may add JSON responses as well.
If there is an error with the API, you should always get back a dict with a single key and value.
{'error': 'More information about the result. Only used when result is error.'}
The search command allows you to search for available domain names through Dynadot. You are limited to 100 domain names per call.
Search command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.search(domains=["example.com", "example2.com"])
A successful response will return a list of dicts. Each dict within the list will contain:
Search command possible results:
from dynadotpy.client import SEARCH_RESPONSES
SEARCH_RESPONSES = {
"yes": "The domain is available.",
"no": "The domain is not available.",
"offline": "The central registry for this domain is currently offline.",
"system_busy": "All connections are busy.",
"over_quota": "Over quota.",
"error": "There was a syntax or registry error processing this domain."
}
Calling the register command will create and process a registration order. You must have enough account balance to pay for the order. You can only register a single domain at a time.
Register command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.register(domain="example.com", duration=1)
Response dict will contain:
Register command possible results
from dynadot.client import REGISTER_RESPONSES
REGISTER_RESPONSES = {
"success": "The domain was successfully registered",
"not_available": "The domain is not available",
"insufficient_funds": "Not enough account balance to process this registration",
"offline": "The central registry for this domain is currently offline",
"system_busy": "All connections are busy",
"over_quota": "See quota details below",
"error": "There was a syntax or registry error processing this request"
}
Calling the delete command will delete a domain that is still in the grace period. Your account balance will be credited back the registration fee. Domains with privacy, that have been renewed, or that have been moved to a new account cannot be deleted through the API.
Delete command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.delete(domain="example.com", duration=1)
Response dict will contain:
Delete command possible results:
from dynadotpy.client import DELETE_RESPONSES
DELETE_RESPONSES = {
"success": "The domain was successfully deleted",
"grace_expired": "The grace period has already expired",
"too_soon": "Cannot delete a domain the first hour after registration",
"offline": "The central registry for this domain is currently offline",
"error": "There was a syntax or registry error processing this request"
}
Calling the renew command will create and process a renewal order. If the domain has privacy, the renew command will also renew the privacy. You must have enough account balance to pay for the order.
Renew command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.renew(domain="example.com", duration=1)
Response dict will contain:
Renew command possible results:
from dynadotpy.client import RENEW_RESPONSES
RENEW_RESPONSES = {
"success": "The domain was successfully renewed",
"insufficient_funds": "Not enough account balance to process this renewal",
"offline": "The central registry for this domain is currently offline",
"error": "There was a syntax or registry error processing this request"
}
Get the name servers for the specified domain.
Get name servers command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.get_nameservers(domain="example.com")
Response dict will contain:
Get name servers command possible results:
from dynadotpy.client import GET_NAMESERVERS_RESPONSES
GET_NAMESERVERS_RESPONSES = {
"success": "The nameservers were successfully return",
"offline": "The central registry for this domain is currently offline",
"error": "There was a syntax or registry error processing this request"
}
Set the renewal options for a specific domain.
Set renew options command args:
domain - String of the domain name to update; only one domain can be set per request.
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.set_renew_option(domain="example.com", option="donot")
Response dict will contain:
Set renew options command possible results:
from dynadotpy.client import SET_RENEW_RESPONSES
SET_RENEW_RESPONSES = {
"success": "The renew options were successfully set.",
"error": "There was a syntax error processing this request."
}
Move the specified domain into a folder.
Warning
The folder you specify must already be created by using the Dynadot control panel.
Warning
Folder names are case sensitive. Test != test.
Set folder command args:
from dynadotpy.client import Dynadot
dyn = Dynadot(api_key="<api_key>")
result = dyn.set_folder(domain="example.com", folder="test")
Response dict will contain:
Set folder command possible results:
from dynadotpy.client import SET_FOLDER_RESPONSES
SET_FOLDER_RESPONSES = {
"success": "The folder were successfully set",
"error": "There was a syntax error processing this request"
}


A payment with Custom Checkout involves 3 steps:
First, include and initialize Custom Checkout.
```html
```
Second, create and mount the inputs. Mount the custom input to the HTML element using its CSS selector.
```html
```
You can add styling to the inputs when passing the options
argument to customcheckout.create()
.
```javascript // Styles to be applied to the text rendered in the iframe var style = { error: { color: ‘red’, ‘:focus’: { fontStyle: ‘italic’, }, }, };
// Classes to be applied to the element wrapping the iframe
var classes = {
error: ‘my-error-class’,
};
var options = { placeholder: ‘Card number’, style: style, classes: classes, brands: [‘visa’, ‘mastercard’], };
var cardNumber = customCheckout.create(‘card-number’, options); ```
Third, add an event listener so that you can handle validation errors.
```javascript customCheckout.on(‘error’, function(event) { if (event.field === ‘card-number’) { console.log(‘Card number has errors: ‘ + JSON.stringify(event)); } else if (event.field === ‘cvv’) { console.log(‘CVV has errors: ‘ + JSON.stringify(event)); } else if (event.field === ‘expiry’) { console.log(‘Expiry has errors: ‘ + JSON.stringify(event)); } });
customCheckout.on(‘complete’, function(event) { if (event.field === ‘card-number’) { console.log(‘Card number is complete: ‘ + JSON.stringify(event)); } else if (event.field === ‘cvv’) { console.log(‘CVV is complete: ‘ + JSON.stringify(event)); } else if (event.field === ‘expiry’) { console.log(‘Expiry is complete: ‘ + JSON.stringify(event)); } }); ```
You request a token for the card data in the Custom Checkout text inputs at any time using customCheckout.createToken
. It will only return a token if the card data is valid, otherwise it will return an error.
The token returned is a nonce. It expires on-use or after 15 minutes.
javascript
customCheckout.createToken(function (result) {
if (result.error) {
console.log(result.error.message);
// display error message
} else {
console.log(result.token);
// process token using our Payments API
}
});
Once you have a token representing credit card data, the next step is to pass to one of our APIs via your server. You can either pass it to the Payment API to create a payment immediately, or pass it to the Payment Profile API to save the card data for future payments.
You can find out more about getting up-and-running with our APIs here.


Your order:
Your total today:
Epicodus Friday 4 project, Alexander Jacks 2016


SCT_SaveWindow Procedure (save window to clipboard or bitmap file)
SCT_SaveWindow( UNSIGNED param_hWindow, *CSTRING param_szFilename [, LONG param_printArea=PW_WINDOW] [, BYTE param_Compress=0] )
SCT_SaveWindow Saves the desired window to the clipboard or specified filename in DIB format. Although the convention for naming DIB files is to use a .BMP extension, the entire file name must be specified.
- param_hWindow
- The window handle of the window to be saved.
- param_szFilename
- A string variable that specifies the complete path name of the DOS filename under which this bitmap (DIB) is to be saved. If the param_szFilename value is "clipboard" the bitmap is saved to the windows clipboard.
- param_printArea
- An integer constant or variable that specifies the area of the window to be printed. See below for a listing of the possible values for this parameter. If omitted, the entire window is printed.
- param_printArea
- parameter must be set to one of the following:
- PW_WINDOW
- Print the entire window. This is the default value.
- PW_CLIENT
- Print the client area of the window
- param_Compress
- A byte variable that determines the saved file format. 0 = DIB and 1 = JPEG.
Return Value 0 if successful
or, one of these symbolic constants, defined in sctools.inc, if not successful.
- ERR_NOTINITIALIZED
- ERR_INVALIDHANDLE
- ERR_OPEN
- ERR_LOCK
See Also: SCT_SaveWindow Template, SCT_Error Procedure


To use this sample, ensure you have a Bluetooth device and press the Initialize Call Control button. After initialization you will be able to simulate an incoming call by pressing the Indicate Phone Call button. Use your Bluetooth device to answer and hang up the call. Redial and dial should work after initialization. Some devices require a stream to be opened so a file will start playing to the default communications device.


We create a better experience through our great services, where the artists and the potential buyers easily connect with each other in the art world. Be amazed and get to experience the vast display of art gallore by our very own local artists.
Free delivery!!
Connect with the artists
The artists gets to show their arts phsically


RosettaMan takes formatted man pages from most of the popular flavors of UNIX and transforms them into any of a number of text source formats. RosettaMan accepts formatted man pages from: Hewlett-Packard HP-UX, AT&T System V, SunOS, Sun Solaris, OSF/1, DEC Ultrix, SGI IRIX, Linux, FreeBSD, SCO. It can produce printable ASCII-only, section headers-only, TkMan, [tn]roff, Ensemble, SGML, HTML, MIME, LaTeX, LaTeX2e, RTF, Perl 5 POD. A modular architecture permits easy addition of additional output formats.
The latest version of RosettaMan is available from ftp://ftp.cs.berkeley.edu/ucb/people/phelps/tcltk/rman.Z.
You should specify the filter first, as this sets a number of parameters, and then specify other options.
Some flavors of UNIX ship without [tn]roff source, making one's laser printer, for man pages, little more than a laser line printer. This filer tries to intuit the original [tn]roff directives, which can then be recompiled by [tn]roff.
TkMan, a hypertext man page browser, uses RosettaMan to show man pages without the (usually) useless headers and footers on each pages. It also collects section and (optionally) subsection heads for direct access from a pulldown menu. TkMan and Tcl/Tk, the toolkit in which it's written, are available via anonymous ftp from ftp.cs.berkeley.edu in the directories /ucb/people/phelps/tcltk and /ucb/tcl.
This option outputs the text in a series of Tcl lists consisting of text-tags pairs, where tag names roughly correspond to HTML. This output can be inserted into a Tk text widget by doing an eval <textwidget> insert end <text>. This format should be relatively easily parsible by other programs that want both the text and the tags. Also see ASCII.
Ensemble, a multimedia editor of structured documents, is currently being developed by the research groups of Professors Michael A. Harrison and Susan L. Graham at the University of California, Berkeley. With proper structure and presentation specifications (schemas), the appearance of a manual page can be radically transformed by Ensemble.
When printed on a line printer, man pages try to produce special text effects by overstriking characters with themselves (to produce bold) and underscores (underlining). Other text processing software, such as text editors, searchers, and indexers, must counteract this. The ASCII filter strips away this formatting. Piping nroff output through col -b also strips away this formatting, but it leaves behind unsightly page headers and footers. Also see Tk.
Dumps section and (optionally) subsection titles. This might be useful for another program that processes man pages.
With a simple extention to an HTTP server for Mosaic or other World Wide Web browser, RosettaMan can produce high quality HTML on the fly. Several such extensions and pointers to several others are included in RosettaMan's contrib directory.
I just discovered the Davenport DTD, and support for it will be coming Real Soon Now.
MIME (Multipurpose Internet Mail Extensions) as defined by RFC 1563, good for consumption by MIME-aware e-mailers or as Emacs (>=19.29) enriched documents.
Use output on Mac or NeXT or whatever. Maybe take random man pages and integrate with NeXT's documentation system better. Maybe NeXT has own man page macros that do this.
To produce PostScript, use groff or psroff. To produce FrameMaker MIF, use FrameMaker's builtin filter. In both cases you need [tn]roff source, so if you only have a formatted version of the manual page, use RosettaMan's roff filter first.
To convert the formatted man page named ls.1 back into [tn]roff source form:
rman -f roff /usr/local/man/cat1/ls.1 > /usr/local/man/man1/ls.1Long man pages are often compressed to conserve space (compression is
especially effective on formatted man pages as many of the characters
are spaces). As it is a long man page, it probably has subsections,
which we try to separate out (some macro sets don't distinguish
subsections well enough for RosettaMan to detect them). Let's convert
this to LaTeX format:
pcat /usr/catman/a_man/cat1/automount.z | rman -b -n automount -s 1 -f latex > automount.man
Alternatively,
man 1 automount | rman -b -n automount -s 1 -f latex > automount.man
For HTML/Mosaic users, RosettaMan can, without modification of the
source code, produce HTML links that point to other HTML man pages
either pregenerated or generated on the fly. First let's assume
pregenerated HTML versions of man pages stored in /usr/man/html.
Generate these one-by-one with the following form:
rman -f html -r 'http:/usr/man/html/%s.%s.html' /usr/man/cat1/ls.1 > /usr/man/html/ls.1.html
If you've extended your HTML client to generate HTML on the fly you should use
something like:
rman -f html -r 'http:~/bin/man2html?%s:%s' /usr/man/cat1/ls.1
when generating HTML.
RosettaMan is not perfect in all cases, but it usually does a good job, and in any case reduces the problem of converting man pages to light editing.
Tables, especially H-P's, aren't handled very well; fortunately, tables seem to be rare in man pages.
The man pager woman applies its own idea of formatting for man pages, which can confuse RosettaMan. Bypass woman by passing the formatted manual page text directly into RosettaMan.
The [tn]roff output format uses \fB to turn on boldface. If your macro set requires .B, you'll have to a postprocess the RosettaMan output.
RosettaMan
Copyright (c) 1993-1996 T.A. Phelps<EMAIL_ADDRESS>All Rights Reserved.
Permission to use, copy, modify, and distribute this software and its documentation for educational, research and non-profit purposes, without fee, and without a written agreement is hereby granted, provided that the above copyright notice and the following paragraph appears in all copies.
Permission to incorporate this software into commercial products may be obtained from the Office of Technology Licensing, 2150 Shattuck Avenue, Suite 510, Berkeley, CA 94704.
IN NO EVENT SHALL THE UNIVERSITY OF CALIFORNIA BE LIABLE TO ANY PARTY FOR DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OF THIS SOFTWARE AND ITS DOCUMENTATION, EVEN IF THE UNIVERSITY OF CALIFORNIA HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
THE UNIVERSITY OF CALIFORNIA SPECIFICALLY DISCLAIMS ANY WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE SOFTWARE PROVIDED HEREUNDER IS ON AN "AS IS" BASIS, AND THE UNIVERSITY OF CALIFORNIA HAS NO OBLIGATION TO PROVIDE MAINTENANCE, SUPPORT, UPDATES, ENHANCEMENTS, OR MODIFICATIONS.
Manual page last updated on $Date: 1996/07/01 04:52:17 $


Only the owner, {{ currentTeam.owner.display_name }}, can change the ownership of the team.
No members to show!
No cases to show!
No judgements to show!
No scorers to show!


public final class VisualRepresentation
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
static java.nio.charset.Charset |
BASES_ENCODING
Charset in which bases are encoded.
|
static char[] |
DEFAULT_BASE
Default base.
|
static int |
DEFAULT_FACTOR_DIVISOR
Default factor divisor.
|
static int |
DEFAULT_LINE_WRAP
Default line wrap.
|
static char[] |
PRINTABLE_ASCII_BASE
Printable ASCII base.
|
| Modifier and Type | Method and Description |
|---|---|
static void |
print(UniformFuzzyHash hash)
Prints a Uniform Fuzzy Hash in a visual way, using the default base, factor divisor and line
wrap.
|
static void |
print(UniformFuzzyHash hash,
char[] base,
int factorDivisor,
int lineWrap,
boolean concatenatePercent)
Prints a Uniform Fuzzy Hash in a visual way.
|
static void |
printCompared(UniformFuzzyHash hash1,
UniformFuzzyHash hash2)
Prints a Uniform Fuzzy Hash in a visual way, coloring the blocks which are present in another
Uniform Fuzzy Hash with a different color to the ones which are not, and using the default
base, factor divisor, and line wrap.
|
static void |
printCompared(UniformFuzzyHash hash1,
UniformFuzzyHash hash2,
char[] base,
int factorDivisor,
int lineWrap,
boolean concatenatePercent)
Prints a Uniform Fuzzy Hash in a visual way, coloring the blocks which are present in another
Uniform Fuzzy Hash with a different color to the ones which are not.
|
static java.lang.String |
represent(UniformFuzzyHash hash)
Represents a Uniform Fuzzy Hash in a visual way, using the default base and factor divisor.
|
static java.lang.String |
represent(UniformFuzzyHash hash,
char[] base,
int factorDivisor)
Represents a Uniform Fuzzy Hash in a visual way.
|
static java.lang.String |
representCompared(UniformFuzzyHash hash1,
UniformFuzzyHash hash2)
Represents a Uniform Fuzzy Hash in a visual way, coloring the blocks which are present in
another Uniform Fuzzy Hash with a different color to the ones which are not, and using the
default base and factor divisor.
|
static java.lang.String |
representCompared(UniformFuzzyHash hash1,
UniformFuzzyHash hash2,
char[] base,
int factorDivisor)
Represents a Uniform Fuzzy Hash in a visual way, coloring the blocks which are present in
another Uniform Fuzzy Hash with a different color to the ones which are not.
|
public static final java.nio.charset.Charset BASES_ENCODING
public static final char[] PRINTABLE_ASCII_BASE
public static final char[] DEFAULT_BASE
public static final int DEFAULT_FACTOR_DIVISOR
public static final int DEFAULT_LINE_WRAP
public static java.lang.String represent(UniformFuzzyHash hash)
hash
- The Uniform Fuzzy Hash.public static java.lang.String represent(UniformFuzzyHash hash, char[] base, int factorDivisor)
hash
- The Uniform Fuzzy Hash.base
- The characters base which will be used to represent the blocks.factorDivisor
- Amount of characters per factor size for each block.public static java.lang.String representCompared(UniformFuzzyHash hash1, UniformFuzzyHash hash2)
hash1
- The Uniform Fuzzy Hash.hash2
- The Uniform Fuzzy Hash to which the first one will be compared.public static java.lang.String representCompared(UniformFuzzyHash hash1, UniformFuzzyHash hash2, char[] base, int factorDivisor)
hash1
- The Uniform Fuzzy Hash.hash2
- The Uniform Fuzzy Hash to which the first one will be compared.base
- The characters base which will be used to represent the blocks.factorDivisor
- Amount of characters per factor size for each block.public static void print(UniformFuzzyHash hash)
hash
- The Uniform Fuzzy Hash.public static void print(UniformFuzzyHash hash, char[] base, int factorDivisor, int lineWrap, boolean concatenatePercent)
hash
- The Uniform Fuzzy Hash.base
- The characters base which will be used to represent the blocks.factorDivisor
- Amount of characters per factor size for each block.lineWrap
- Amount of characters per line. If this argument is lower than 1, no line wrap
is performed and the full representation is printed in one line.concatenatePercent
- In case line wrap is performed, true to concatenate to each line
its relative percent to the total length.public static void printCompared(UniformFuzzyHash hash1, UniformFuzzyHash hash2)
hash1
- The Uniform Fuzzy Hash.hash2
- The Uniform Fuzzy Hash to which the first one will be compared.public static void printCompared(UniformFuzzyHash hash1, UniformFuzzyHash hash2, char[] base, int factorDivisor, int lineWrap, boolean concatenatePercent)
hash1
- The Uniform Fuzzy Hash.hash2
- The Uniform Fuzzy Hash to which the first one will be compared.base
- The characters base which will be used to represent the blocks.factorDivisor
- Amount of characters per factor size for each block.lineWrap
- Amount of characters per line. If this argument is lower than 1, no line wrap
is performed and the full representation is printed in one line.concatenatePercent
- In case line wrap is performed, true to concatenate to each line
its relative percent to the total length.


This page lists translations of current Gendercomics website and other resources from the Gendercomics Initiative.
With this scientific project we want to make intersexuality visible. We analyze comics and graphic novels and create an intelligent database.


Choose from a variety of samples to get a feel for the transformations.
Use an URL to specify a target file.
Use an uploaded file.
Write your code in the input box below.


Washington had an estimated population of 702,455 as of July 2018,making it the 20th most populous city in the United States.The area of Washington,D.C. is 177 km squared and the temperature average High of 21 degrees Celsius, Average Low of 8 degrees Celsius
United States Capitol:The United States Capitol, often called the Capitol Building, is the home of the United States Congress and the seat of the legislative branch of the U.S. federal government. It is located on Capitol Hill at the eastern end of the National Mall in Washington, D.C. . The original building was completed in 1800 and was subsequently expanded. The White House:The White House is the official residence and workplace of the president of the United States. It is located at Pennsylvania Avenue NW in Washington, D.C. and has been the residence of every U.S. president since John Adams in 1800. The residence was designed by Irish-born architect James Hoban in the neoclassical style. Construction took place between 1792 and 1800. The Lincoln Memorial:The Lincoln Memorial is an American national memorial built to honor the 16th President of the United States, Abraham Lincoln. It is located on the western end of the National Mall in Washington, D.C., across from the Washington Monument. The Washington Monument:The Washington Monument is an obelisk on the National Mall in Washington, D.C., built to commemorate George Washington. The monument,is both the world's tallest predominantly stone structure and the world's tallest obelisk. Washington National Cathedral:The Cathedral Church of Saint Peter and Saint Paul in the City and Diocese of Washington, commonly known as Washington National Cathedral, is an American cathedral of the Episcopal Church. The structure is of Neo-Gothic design closely modeled on English Gothic style of the late fourteenth century.
With an unparalleled music and nightlife scene, U Street draws locals and visitors looking to stay up late and have a good time. From underground dance clubs (there's more than one in this 'hood) to industrial-chic spaces where you can sip artfully crafted cocktails and everything in between, this popular area in the District has every option to suit your vibe.
Washington, D.C.,formally the District of Columbia and commonly referred to as Washington; D.C.; or the district, is the capital of the United States. Founded after the American Revolution as the seat of government of the newly independent country, Washington was named after George Washington, the first president of the United States and a Founding Father. As the seat of the United States federal government and several international organizations, Washington is an important world political capital.The city, located on the Potomac River bordering Maryland and Virginia, is one of the most visited cities in the world, with more than 20 million tourists annually.


There are several different kinds of types. Record/Class Types and Array Types are described below. Also there are function types and types of classes that contain local classes.
A record/class type in Modelica is conceptually the set of all record values of that record type, where each value contains named field values for the fields of that record.
An array type is conceptually a set of array values, where each array value can be considered as a set of pairs (array-element-index, array-value) analogous to the set of pairs (field-name, field value) that make up a record value.


{{noData}}
{{educations.school?educations.school:noData}}
{{educations.major?educations.major:noData}}
{{educations.description?educations.description:noData}}
{{noData}}
{{experience.company?experience.company:noData}}
{{experience.initial_position?experience.initial_position:noData}}
{{experience.finial_position?experience.finial_position:noData}}
{{experience.description?experience.description:noData}}


Employee Management
Add Employee
Employee Id
First Name
Last Name
Gender
Email
Phone Number
Salary
City
Edit
Delete


ROUGH MAGIC A film review by Ben Hoffman Copyright 1997 Ben Hoffman
By far the poorest excuse for a movie. ROUGH MAGIC is so bad it almost defies description. It would seem that the film was done without a script and that whatever nonsense popped into the writers' and director's heads, the camera was given the command to roll. Nothing in the film made any sense; it was an insult to one's intelligence.
Bridget Fonda is the female lead.
Someone (Paul Rodriguez) eats an egg and explodes, turning into a hot dog.  Later, at a wedding, Rodriguez explodes again and appears at the altar nude. Tojola (Euva Anderson) keeps asking Myra (Fonda) for $3.24 because she had gotten gas at her filling station and drove away without paying and I cannot remember why nor do I care. But Tojola's moaning about the $3,24 even at the wedding . . .
Also in the cast: Russell Crowe, Jim Broadhurst playing a drunk, and D W Moffett.
According to the director, "ROUGH MAGIC is about a woman's literal and spiritual journey toward the re-awakening of her own heart." I saw nothing that even vaguely resembled that.  Weird and baaaad.
Directed by Claire Peploe who I find it hard to believe directed the very funny comedy, HIGH SEASON. I find it difficult to reconcile that the same person directed both films.
0 Bytes
4 bytes = Superb 3 bytes = Too good to miss 2 bytes = Average 1 byte = Save your money
Ben Hoffman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Some filler stuff while I get my head on straight:
I'm not exactly a musician, however I do have a junky collection of instruments and recording equipment that I use to make some songs with. Almost all of the stuff I make is done in half an hour for a bunch of music challenges I do each year (particularly FAWM). This page used to list the links to that material but to be completely honest I'm embarrassed by it, so if you really want to listen to it you're more than welcome to stalk it out by your own means.
I've used both Bridge Control and my actual name as my musical moniker since I was about 13. Starting July 2018, I've decided to focus a little less on quickfire songs for challenges and devote more time to making complete songs that I'm proud of and would listen to. So far the music I've made isn't really the kind of music I want to make. I'm angling for a proper release soon.
These days I hang out and help out in other places. I'll update this page as soon as I have my little EP thing ready.


Planar Game
Inspired by Planarity, made as an example for the WireIt library.
Instructions:
Arrange the vertices such that no edges overlap. Click on the "Check" button when you are done.
Level 1


These three items are interrelated objects that attach to other objects or doors and control their lock state. Because keypads and cardswipes are derived from LIB_HACKABLE it is possible for players with the 'Hack' skill to activate these objects without the need for a password or key.
A special sentinel that controls the lock status of a door or object. It allows players to either hack it to active the lock switch or use the 'type' command to type in a string of characters as a password.
SetPassword(string)
The password needed to activate this object and either lock or unlock whatever it is controlling.
SetObjectName(string)
This is a complex and somewhat concoluted bit of data. It can take one of three things. The first is an exit direction- north, south, down, etc, that has a door attached to it. This will then attach the door object to the keypad and control its locked state. A second option is a fully-fledged filename or instance filename (a filename with the hash symbol and instance number after it). This allows the keypad to control a remote object. Finally, as a third option, you can pass the name of an object present in the room.
SetHackDC(int)
A value between 1 and 100 that determines how hard it is to hack this device. Higher numbers mean it is harder.
A special sentinel that controls the lock status of a door or object. It allows players to either hack it to active the lock switch or use the 'swipe' command to swipe a keycard object that contains the password needed.
All of the cardswipe function calls are the same as the keypad. Read the keypad reference entry above for details.
Keycards are little more than slightly specialized items. The only major different is that they inherit the LIB_KEYCARD object and they contain a passcode that activates a cardswipe with a matching password.
SetCode(string)
The password entered here must match the required password for a cardswipe that is to be locked or unlocked by this keycard.


At Contoso, getting a home loan is easy. With 2 year fixed rates as low as 4.68% p.a. we offer you the very best loan services.
Through KiwiSaver, you'll be able to save up for your retirement. you can recieve government contributions every year along with contributions from your employer. It can also help you buy your first home.
We have many different investments on many different terms. Investing can earn you money using the money you have lying around!


Ready?
STAGE01
CLEAR
Score: 0
Time Bonus: 0
Score
0
x1.0
Time
00:00:00
00:00:00
Instractions
Moves
A key: Left
D key: Right
Continue
Control + L key + Number
BGM:OFF


BOOKS
Wattpad books are a collection of pure imagination and talent.
The contents of books are also called books, as are other compositions of that length.
For instance, Aristotle's Physics, the constituent sections of the Bible, and
even the Egyptian Book of the Dead are called books independently of their physical form.
Conversely, some long literary compositions are divided into books of varying sizes,
which typically do not correspond to physically bound units.


TODO list (in no specific order)
- Find a way to put host/lane configuration in some sort of version control.
- Priority (builder should build lane 'X' before lane 'Y')
- Pirority (builder should build revision 'X' before revision 'Y')
- Configuration option: # of simultaneous running lanes on a host
- Configuration option: mark a lane as "shouldn't ever run in parallel with
any other lane"
- View/Edit builder config from the web ui (monkeywrench revision, config.sh)
- Request builder update (svn up -r 123) from the web ui
- Auto configurable bots (download vm to machine, vm starts up and goes to work)
- Multiple master hosts per host, and configurable from the web app
- Move config.sh configuration to the web app
- More discoverable links (something like: http://server/downloadfile/my-lane/my-host/123456/log.txt)
- Predefined upload directory on the buildbot (everything in directory 'uploads' is uploaded after a step is executed)
- Revision search and execute commands on that set of revisions (clear work, delete work, etc).
- Filestorage on file system as an alternative to the db
- Lane configuration: add possibility to specifi min revision by date
- @Moonbuilder: AddFilesInDirectory
- Use web service instead of ssh tunnels and direct db access.
- Pause lane
Done
- Dependency between lanes (revision A(command C) on lane Y requires revision B(command
D) on lane X to have completed successfully in order to execute)
- Pause revisions/steps (unqueue them)
- Color code revision according to the current status of the revision in ViewTable.aspx
- Paging in ViewTable.aspx
- Color code main table so that it's easy to see status of the latest build.
- Access control (user & passwords, etc).
- Store and send compressed log files.
- Revision locks so that more than one machine can work on the same host/lane configuration


Saving results to {{.ExperimentOutput}}.
The width of the probe and masker noises in ERBs.
The comma separated center frequencies of the maskers.
The comma separated energies of the maskers, in dB SPL. Relies on the calibration tone being 100dB SPL.
The energy of the probe, in dB SPL. Relies on the calibration tone being 100dB SPL.
The distance between center frequencies for the generated probe tones, in ERBs.
Comma separated exact center frequencies for the generated probe tones to use instead of the ERB apart scale.
Restart the experiment from the lowest frequency again.


1 - import redux from<EMAIL_ADDRESS>2 - create action function(s)
3 - create reducer function(s)
4 - create store
5 - store takes the reducer as an argument
6 - dispatch takes the action as an argument; hence, we dispatch an action


Press any key to begin. A song will begin to play. Hopefully you like it because it will not stop playing until you can figure out the name of the song. Choose any letter from the keyboard to determine if its part of the name. You have a limited number of guesses so make them count.


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This is a cool app where you will find my favorite images!


public final class KeyTab extends Object
A Kerberos JAAS login module that obtains long term secret keys from a
keytab file should use this class. The login module will store
an instance of this class in the private credential set of a
Subject
during the commit phase of the
authentication process.
It might be necessary for the application to be granted a
PrivateCredentialPermission
if it needs to access the KeyTab
instance from a Subject. This permission is not needed when the
application depends on the default JGSS Kerberos mechanism to access the
KeyTab. In that case, however, the application will need an appropriate
ServicePermission
.
The keytab file format is described at http://www.ioplex.com/utilities/keytab.txt.
| Modifier and Type | Method and Description |
|---|---|
boolean |
equals(Object other)
Compares the specified Object with this KeyTab for equality.
|
boolean |
exists()
Checks if the keytab file exists.
|
static KeyTab |
getInstance()
Returns the default
KeyTab instance. |
static KeyTab |
getInstance(File file)
Returns a
KeyTab instance from a File object. |
KerberosKey[] |
getKeys(KerberosPrincipal principal)
Returns fresh keys for the given Kerberos principal.
|
int |
hashCode()
Returns a hashcode for this KeyTab.
|
String |
toString()
Returns a string representation of the object.
|
public static KeyTab getInstance(File file)
KeyTab
instance from a File
object.
The result of this method is never null. This method only associates
the returned KeyTab
object with the file and does not read it.
file
- the keytab File
object, must not be nullNullPointerException
- if the file
argument is nullpublic static KeyTab getInstance()
KeyTab
instance.
The result of this method is never null. This method only associates
the returned KeyTab
object with the default keytab file and
does not read it.
public KerberosKey[] getKeys(KerberosPrincipal principal)
Implementation of this method should make sure the returned keys match
the latest content of the keytab file. The result is a newly created
copy that can be modified by the caller without modifying the keytab
object. The caller should destroy
the
result keys after they are used.
Please note that the keytab file can be created after the
KeyTab
object is instantiated and its content may change over
time. Therefore, an application should call this method only when it
needs to use the keys. Any previous result from an earlier invocation
could potentially be expired.
If there is any error (say, I/O error or format error) during the reading process of the KeyTab file, a saved result should be returned. If there is no saved result (say, this is the first time this method is called, or, all previous read attempts failed), an empty array should be returned. This can make sure the result is not drastically changed during the (probably slow) update of the keytab file.
Each time this method is called and the reading of the file succeeds
with no exception (say, I/O error or file format error),
the result should be saved for principal
. The implementation can
also save keys for other principals having keys in the same keytab object
if convenient.
Any unsupported key read from the keytab is ignored and not included in the result.
principal
- the Kerberos principal, must not be null.NullPointerException
- if the principal
argument is nullSecurityException
- if a security manager exists and the read
access to the keytab file is not permittedpublic boolean exists()
The caller can use the result to determine if it should fallback to another mechanism to read the keys.
SecurityException
- if a security manager exists and the read
access to the keytab file is not permittedpublic String toString()
Object
toString
method returns a string that
"textually represents" this object. The result should
be a concise but informative representation that is easy for a
person to read.
It is recommended that all subclasses override this method.
The toString
method for class Object
returns a string consisting of the name of the class of which the
object is an instance, the at-sign character `@
', and
the unsigned hexadecimal representation of the hash code of the
object. In other words, this method returns a string equal to the
value of:
getClass().getName() + '@' + Integer.toHexString(hashCode())
public int hashCode()
hashCode
in class Object
KeyTab
Object.equals(java.lang.Object)
,
System.identityHashCode(java.lang.Object)
public boolean equals(Object other)
KeyTab
and the two
KeyTab
instances are equivalent.equals
in class Object
other
- the Object to compare toObject.hashCode()
,
HashMap
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


This block will accupy 2 grid space in large screen, 4 in Meduim screen, 6 in small screen
This block will accupy 10 grid space in large screen, 8 in Meduim screen, 6 in small screen


‘Jersey Shore’ Star Mike ‘The Situation’ Sorrentino And Wife Lauren Open Up About ‘Heart-Wrenching’ Miscarriage
by Aynslee DarmonMike “The Situation” Sorrentino and his wife Lauren are opening up about the heartbreaking miscarriage she suffered seven weeks into her first pregnancy.
The “Jersey Shore” stars stopped by “Good Morning America” talk show “Strahan, Sara & Keke” on Monday, revealing they conceived their first child together the night Sorrentino returned home after serving his eight-month prison sentence to tax evasion.
“The night he came home [from prison] we actually conceived,” Lauren, 34, explained. “And then at about six-and-a-half, seven weeks, I miscarried. It was heart-wrenching. When I found out we were pregnant, I felt like this is why we went through all these challenges for years and that this was our time and it was our blessing.”
She added, “It was hard. It was really difficult.”
And for why Lauren decided to share the news, she said, “I didn’t want to hold this in.”
She continued: “I wanted to share it for other people going through i. Just be honest so I can kind of heal through the process.”
The couple wed in November 2018, which was featured in an episode of “Jersey Shore: Family Vacation”, just before the reality star headed to federal prison to serve his sentence.


Murder accused in police custody
by Staff ReporterThe Njarakkal police arrested a person accused in a slew of assault and murder cases from his home in the early hours of Friday.
The arrested is Jude, 26, of Njarakkal. The accused was overpowered by the police team when he clandestinely visited his home in violation of the ban order issued against him by the Ernakulam Deputy Inspector General of Police under the Kerala Anti-Social Activities (Prevention) Act.
The arrested had several cases registered against his name in multiple police stations, including the Njarakkal station. He was arrested on the direction of District Police Chief (Ernakulam Rural) K. Karthik after he was found to have been allegedly involved in anti-social activities by teaming up with criminal gangs in Thrissur.
The police had received a tip-off that the accused had reached home on Thursday night. Since he was in the habit of fleeing by unleashing his dog, the police moved in by tranquilising the dog with the help of a veterinary doctor.


Nicolas Cage Is In Talks To Star In A Movie Where He Plays Nicolas Cage
by Cameron FrewNicolas Cage is set to play Nicolas Cage in a satire about Niccolas Cage.
Since 2006, when the world bore witness to ‘Not the bees!’, the wild and wacky actor has mainly starred in low-budget, outside efforts: from Kick-Ass and Drive Angry to Mandy and Colour out of Space.
However, The Unbearable Weight of Massive Talent is set to be his most meta project to date, with the National Treasure playing himself.
Lionsgate beat out other distributors – such as HBO Max and Paramount – for the film, which has a script by Tom Gormican and Kevin Etten, with Gormican attached to direct, according to The Hollywood Reporter.
All things going well with contracts, Cage would play a fictionalised version of himself who’s ‘desperate to get a role in a new Quentin Tarantino movie while also dealing with a strained relationship with his teenage daughter’.

The film would then go in even more bizarre directions:
The Cage character is also under a mountain of debt and finds himself forced to make an appearance at the birthday party of a Mexican billionaire who happens to be a fan of Cage’s work and secretly hopes to show him a script on which he’s been working.
While he bonds with the man, Cage is informed by the CIA that the billionaire is actually a drug cartel kingpin who has kidnapped the daughter of a Mexican presidential nominee and is recruited by the US government to get intelligence.
The situation spirals even more dramatically when the Mexican brings over Cage’s daughter and his ex-wife for a reconciliation, and when their lives are on the line, Cage takes on the role of a lifetime.
There’s a whole lot to digest there. It almost feels in the same spirit as Danny Trejo’s cult-favourite Machete, and is set to have nods to Cage’s Leaving Las Vegas, Face-Off and Gone in 60 Seconds.
There’s also shades of Adaptation, Jean-Claude Van Damme’s meta JCVD, and John Travolta’s showbiz comedy Get Shorty.
Cage reportedly received a letter from Gormican outlining why the project was a love letter to the actor’s legacy, rather than a mocking exercise. Cage allegedly loved it, and could even earn a paycheck as high as his Con Air days.
Kevin Turen, who produced upcoming A24 drama Waves and worked on HBO’s Euphoria, will also reportedly produce with Cage and his Saturn Films banner along with Mike Nilon.
There is no speculated release date for The Unbearable Weight of Massive Talent.
After graduating from Glasgow Caledonian University with an NCTJ and BCTJ-accredited Multimedia Journalism degree, Cameron ventured into the world of print journalism at The National, while also working as a freelance film journalist on the side, becoming an accredited Rotten Tomatoes critic in the process. He’s now left his Scottish homelands and took up residence at UNILAD as a journalist.


Installation
- If you want to Update your current Cuteflow Version, please take a look at the Update Section
- A working apache, php and mysql is required! This instructions doesn't cover the installation of this programs.
- Copy the whole application folder to a folder that can reached from your apache server (i.e. the
htdocs folder), maybe you should use an unique DNS name for the appliaction (i.e. cuteflow, so you can use
http:://cuteflow/ as an url on all client machines. Please contact your system administrator to do so.
This is OPTIONAL!
- Just start Cuteflow (open the "index.php"). If you haven't installed Cuteflow yet, you'll automatically be forwarded
to the installation.


+++ title = "Jo's Place, Huaraz" slug = "jos-place-huaraz" date = 2007-07-24T11:00:00+10:00 tags = ["accommodation"] locations = ["peru/huaraz"] draft = false summary = """
One of the coziest and the friendliest places I've ever stayed at. Jo's Place is run (somewhat) by Jo, an English guy who lives on the premises (hey, it's his place!), who likes to work on the building and the garden, and who enjoys a trip to his neighbouring pubs. It' also run (much more) by Mrs. Jo, his Peruvian wife, who finds you a room, and who makes sure that you pay for your board. Really charming place, with a great big garden to hang out in, and with plenty of fellow hairy adventurers to meet and to talk to.
""" +++One of the coziest and the friendliest places I've ever stayed at. Jo's Place is run (somewhat) by Jo, an English guy who lives on the premises (hey, it's his place!), who likes to work on the building and the garden, and who enjoys a trip to his neighbouring pubs. It' also run (much more) by Mrs. Jo, his Peruvian wife, who finds you a room, and who makes sure that you pay for your board. Really charming place, with a great big garden to hang out in, and with plenty of fellow hairy adventurers to meet and to talk to.
Rooms: basic but well-kept little dorm rooms.
People: as with everywhere here in Huaraz, all hikers and crazy mountain-climbers; some seasoned veterans, some green young 'uns. Great bunch: but a pity that they only hang round for a day or so, before heading off into the hills.
Staff: Jo, his family, and his staff are all very nice, and very accommodating.
Location: A bit out of the centre of town (10-15 minute walk), but nice and a bit more tranquil.
Food / Internet: no free breakfast, but the extra-cost breakfast menu is cheap and delicious. No Internet available — but very cheap places nearby.
Hot water: 24/7 — not to be taken for granted in this area.


Copyright © Yariv Sadan 2006-2007
Authors: Yariv Sadan<EMAIL_ADDRESS>[web site: http://yarivsblog.com)].
| get_cookie/2 | Get the cookie's value from the arg. |
| get_url_prefix/1 | Get the of the arg's pathinfo value up to the first '?' symbol. |
| indexify/2 | (Deprecated.) Translate requests such as '/foo/bar' to '/foo/index/bar' for the given list of components. |
get_cookie(Name::string(), A::arg()) -> string()
Equivalent to yaws_api:find_cookie_val(Name, yaws_headers:cookie(A)).
Get the cookie's value from the arg.
get_url_prefix(A::arg()) -> string()
Get the of the arg's pathinfo value up to the first '?' symbol.
This function is deprecated: This function is deprecated. Implement catch_all/3 in your controllers instead.
Translate requests such as '/foo/bar' to '/foo/index/bar' for the given list of components. This function is useful for rewriting the Arg in the app controller prior to handling incoming requests.
Generated by EDoc, Aug 10 2009, 18:38:58.


{{_("Dear")}} {{ first_name }}{% if last_name %} {{ last_name}}{% endif %},
{{_("Please click on the following link to set your new password")}}:
{{_("Reset your password")}}
{{_("Thank you")}}, {{ created_by }}


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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Class Summary | |
|---|---|
| CpuInfo | Display cpu information for each cpu found on the system. |
| Df | Report filesytem disk space usage. |
| Du | Display usage for a directory recursively |
| EventLogTail | |
| FileVersionInfo | Display process file information. |
| Free | Display amount of free and used memory in the system. |
| Ifconfig | Display network interface configuration and metrics. |
| Iostat | Report filesytem disk space usage. |
| Kill | Send a signal to a process. |
| Ls | |
| MemWatch | Watch for changes in program memory usage. |
| MultiPs | Show multi process status. |
| NetInfo | Display network info. |
| Netstat | Display network connections. |
| Nfsstat | |
| Pidof | |
| ProcFileInfo | Display process file information. |
| ProcInfo | Display all process information. |
| ProcModuleInfo | Display process module info. |
| Ps | Show process status. |
| Route | |
| Runner | |
| Shell | The Sigar Shell provides a command shell for running the example commands and Sigar tests. |
| ShowArgs | Show process command line arguments. |
| ShowEnv | Show process environment. |
| SigarCommandBase | |
| SysInfo | Display System Information |
| Tail | Display the last part of files to the standard output. |
| Time | |
| Top | Display system resource utilization summaries and process information. |
| Ulimit | Display system resource limits. |
| Uptime | Display how long the system has been running and the current load averages. |
| Version | Display Sigar, java and system version information. |
| Watch | Watch a file or directory displaying attribute changes. |
| Who | |
| Win32Service |
Example classes implementing familar unix tools in Java.
|
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


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CIS Distinguished Speaker Series
Srinivas Aluru Ph.D.
Professor, School of
Computational Science
and Engineering, Georgia
Institute of Technology
April 30, 2015
Time: 10:30am - 12:00pm
Place: Gore Recital Hall
Genomes Galore: Big Data Challenges in the Life Sciences
Abstract: In just a little over a decade, the cost of sequencing a complex organism such as the human dwindled from the $100 million range to sub $1000 range. This rapid decline is brought about by the advent of a number of high-throughput sequencing technologies, collectively known as next generation sequencing. Their usage has become ubiquitous, enabling single investigators with limited budget to carry out what could only be accomplished by a network of major sequencing centers just a decade ago. This is leading to an explosive growth in the number of organisms sequenced, and in the number of individuals sequenced in search of important genetic variations. Next-gen sequencers enable diverse applications, each requiring its own class of supporting algorithms. This talk will highlight some of the big data challenges arising from these developments in the context of microbial communities, agricultural biotechnology, and human health.
Bio: Srinivas Aluru is a professor in the School of Computational Science and Engineering within the College of Computing at Georgia Institute of Technology. Earlier, he held faculty positions at Iowa State University, Indian Institute of Technology, New Mexico State University, and Syracuse University. He conducts research in high performance computing, bioinformatics and systems biology, combinatorial scientific computing, and applied algorithms. He pioneered the development of parallel methods in computational biology, and contributed to the assembly and analysis of complex plant genomes. Aluru is a recipient of the NSF career award, IBM faculty award, Swarnajayanti Fellowship from the Government of India, and the mid-career and outstanding research achievement awards from Iowa State University. He is a Fellow of the American Association for the Advancement of Science (AAAS) and the Institute for Electrical and Electronic Engineers (IEEE).


|
|
Cloaks and Daggers |
Topics of the day: 1. US Intelligence in the Indian subcontinent ---------------------------------------------------------------------- Date: Sat, 19 Oct 1996 08:29:32 +0700 From: carlosSubject: Re: US Intelligence in the Indian subcontinent An open question for all. I am interested in any information available on CIA and other US intel agency operations in INDONESIA. All kind of data would be greatly appreciated, as would any information on specific cases on US intelligence involvement in the area. Or if anyone have any links about it,just let me know. Best Carlos<EMAIL_ADDRESS>------------------------------ End of CLOAKS-AND-DAGGERS Digest - 18 Oct 1996 to 19 Oct 1996 *************************************************************
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|
Voice:<PHONE_NUMBER> Fax:<PHONE_NUMBER> |
|


Gateway
BOT
26-Nov-19 01:41 PM
[dscrd-hush] <denio> maybe atomicdex will solve that sometime
(edited)
[dscrd-hush] <Privatoshi> But that means we need to provide an incentive for people to use AtomicDex
[dscrd-hush] <Captain> Atomicdex is still in very early stages.
[dscrd-hush] <Privatoshi> It works, too.
I tweeted a swap
[dscrd-hush] <Privatoshi> I think it would do us good to get volume on KMD/HUSH
[dscrd-hush] <Captain> I know it works. But we need to provide more options then just point at AtomicDEX
[dscrd-hush] <Privatoshi> Look at Pirate. Altsbit, ARRR/KMD does 2 BTC daily
[dscrd-hush] <Privatoshi> Bc of miners
[dscrd-hush] <Captain> Expanding our availability is important
[dscrd-hush] <Privatoshi> I think the only CEXs worth paying for, are KuCoin, Bittrex and Binance
[dscrd-hush] <Privatoshi> All of the rest are mediocre.
[dscrd-hush] <Privatoshi> But cost 3 btc
[dscrd-hush] <Captain> If you have a product but you can buy it only at a 2 stores in the world. You're not going to be succesful
[dscrd-hush] <Captain> I agree. Exchange listings are the biggest scam ever
[dscrd-hush] <Privatoshi> If you have it at ten stores, but not at a good price, then nobody will buy it either
[dscrd-hush] <Captain> I hate exchanges for that reason
[dscrd-hush] <Privatoshi> Me too
[dscrd-hush] <Captain> Price is not something we can provide. It simple supply and demand.
[dscrd-hush] <Privatoshi> Maybe as a team, we can start using atomicdex
[dscrd-hush] <Privatoshi> No, I meant arbitrage
[dscrd-hush] <Privatoshi> I mean the spread
[dscrd-hush] <denio> no, you are right @Captain more liquidty would be nice. But lets be honest...pay marketmaker isnt a good way...pay useless exchanges too
(edited)
[dscrd-hush] <Privatoshi> Can we say as a team, that we will try to use AtomicDex, and get some volume on there, at least?
[dscrd-hush] <denio> as "half team member" i say: i wont sell my hush
[dscrd-hush] <Privatoshi> Okay :)
[dscrd-hush] <Captain> I am not official part of the Hush team:shush:
[dscrd-hush] <Captain> Anyhow, who's managing the exchange listings?
[dscrd-hush] <denio> i guess its @Berg
[dscrd-hush] <Privatoshi> @Captain But do you consider yourself part of the team?
[dscrd-hush] <Captain> I contribute as much as I can. And I have said it years ago. Always in to help
[dscrd-hush] <Privatoshi> You are to me. You do a lot. Official or not official, you kick ass in my book
[dscrd-hush] <Captain> Haha thanks dude!
[dscrd-hush] <Privatoshi> You're say matters
[dscrd-hush] <Privatoshi> I'm glad we have Duke as our guy.
[dscrd-hush] <Privatoshi> He has the real world experience that most devs lack.
[dscrd-hush] <Privatoshi> Not to take away from them, either.
[dscrd-hush] <Privatoshi> @Captain What exchanges are basically free?
[dscrd-hush] <Captain> Bittrex haha
[dscrd-hush] <Captain> But don't think they wil llist us
[dscrd-hush] <Privatoshi> And if you want to increase liquidity, why not go around and find the hush mining pools, and ask them what they do with their Hush?
[dscrd-hush] <Privatoshi> Bittrex?
[dscrd-hush] <Privatoshi> We are better than most on there, but they do things differnt.
[dscrd-hush] <Privatoshi> They say free listings based on the projects merits, or whatever. But I don't really buy that.
[dscrd-hush] <Privatoshi> They list a lot of shitcoins
[dscrd-hush] <Captain> Miners should be selling right. Or they are hodlong
[dscrd-hush] <Captain> We can try at bittrex
[dscrd-hush] <Privatoshi> They're selling. Miners don't hold.
[dscrd-hush] <Captain> Exactly
[dscrd-hush] <Captain> So most volume we see at exchanges now are simply miners who are selling hushies
[dscrd-hush] <Privatoshi> TradeSatoshi? Crex24? Altsbit? TradeOgre?
[dscrd-hush] <Captain> Folgory?:p
[dscrd-hush] <Privatoshi> Kek
[dscrd-hush] <Privatoshi> Check them out, see what they say.
[dscrd-hush] <Captain> Kekcoin?
[dscrd-hush] <Privatoshi> I think another factor is letting people know again that Hush is back, it's better, and nothing to do with any of the major issues before
[dscrd-hush] <Privatoshi> That's easy to see with the amount of work going on around here
[dscrd-hush] <Captain> True, but some people simply don't look at that.
A lot of people don't want to buy on small exchanges. With liquidity of 100K.
[dscrd-hush] <Captain> Or don't buy coins who dumped 300x from ATH
[dscrd-hush] <Privatoshi> Including me, but I do with HUSH
[dscrd-hush] <Privatoshi> So nobody buys crypto period?
[dscrd-hush] <Captain> A lot of reasons
[dscrd-hush] <Privatoshi> Every coin is down 98% ATH
[dscrd-hush] <Privatoshi> Most
[dscrd-hush] <Captain> Not 30.000 % :p
[dscrd-hush] <Privatoshi> Waltoncoin
[dscrd-hush] <Privatoshi> Nexus
[dscrd-hush] <Captain> Anyhow, we are not the majority of people who buycoins from small exchanges
[dscrd-hush] <Captain> Some people dont even look further then top 100 on CMC.
[dscrd-hush] <Privatoshi> So we need more users or more use cases
(edited)
[dscrd-hush] <Captain> Both i guess
[dscrd-hush] <Privatoshi> Okay. So think about it.
[dscrd-hush] <Privatoshi> What could the use cases be?
[dscrd-hush] <Captain> In terms of?
[dscrd-hush] <Privatoshi> In terms of, are there any other uses outside of trading, zaddrs, the memo field and HushList? New ones we could find
[dscrd-hush] <Privatoshi> That's already a lot.
[dscrd-hush] <Privatoshi> I wanted to try to see if any gambling communities would use Hush.
[dscrd-hush] <Privatoshi> I asked PornHub, if they would use Hush
[dscrd-hush] <Privatoshi> I asked Tor
[dscrd-hush] <Privatoshi> I asked QubesOS
[dscrd-hush] <Captain> Lol seriously Pornhub?
[dscrd-hush] <Privatoshi> I asked Mullvad
[dscrd-hush] <Captain> Do they accept crypto?
[dscrd-hush] <Privatoshi> They quit using PayPal a few weeks ago
[dscrd-hush] <Privatoshi> Big deal
[dscrd-hush] <Privatoshi> I asked Haven, private marketplace
[dscrd-hush] <Privatoshi> Those are some examples of the things I've tried the last few weeeks
[dscrd-hush] <Privatoshi> On my own initiative
[dscrd-hush] <Captain> Why should a huge company making millions concider a cryptocoin with a market cap of 500K? I really like hour effort. But it is not realistic.
[dscrd-hush] <Privatoshi> It only takes one place to say yes
[dscrd-hush] <Privatoshi> It took 5 minutes to ask.
[dscrd-hush] <gilardh> @Privatoshi Wow, thanks for this information. I did not know you'd been so active behind the scenes.
[dscrd-hush] <Privatoshi> @gilardh Yessir. I do all of that. And then I try to find little pieces of tech, that we can integrate or that Duke would find interesting ... I did a lot of blockchain analysis research, too
[dscrd-hush] <gilardh> @Privatoshi You are right.  Why wouldn't they use a ZCash protocol crypto?
[dscrd-hush] <Captain> I honestly don't know. I remember applying for a enlisting once. They asked a tremendous amount of money. Because it was difficult to add us
[dscrd-hush] <Privatoshi> They're like miners. Eventually someone has to cash out, not some, but all. And get more.


four oh four
boy oh boy
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PEP8 : Python Enhancement Proposals, style-guide for Python.
print
is the equivalent of console.log
.
#
is used to make comments in your code.
def foo(): """ The foo function does many amazing things that you should not question. Just accept that it exists and use it with caution. """ secretThing()
Python has a built in help function that let’s you see a description of the source code without having to navigate to it.
Python has three types of numbers:
Integer
Created by a literal non-decimal pt number or with the
int()
constructor.
print(3) # => 3 print(int(19)) # => 19 print(int()) # => 0
Boolean is a subtype of integer in Python.
Floating Point Number
Decimal Numbers.
print(2.24) # => 2.24 print(2.) # => 2.0 print(float()) # => 0.0 print(27e-5) # => 0.00027
Complex Numbers
The i
is switched to a j
in
programming.
print(7j) # => 7j print(5.1+7.7j)) # => 5.1+7.7j print(complex(3, 5)) # => 3+5j print(complex(17)) # => 17+0j print(complex()) # => 0j
Type Casting : The process of converting one number to another.
print(17) # => 17 print(float(17)) # => 17.0
print(17.0) # => 17.0 print(int(17.0)) # => 17
print(str(17.0) + ’ and ’ + str(17)) # => 17.0 and 17
The arithmetic operators are the same between JS and Python, with two additions:
There are no spaces between math operations in Python.
Integer Division gives the other part of the number from Module; it is
a way to do round down numbers replacing Math.floor()
in
JS.
++
and --
in Python, the only
shorthand operators are:
Python uses both single and double quotes.
You can escape strings like so
'Jodi asked, "What\'s up, Sam?"'
Multiline strings use triple quotes.
print(’‘’My instructions are very long so to make them more readable in the code I am putting them on more than one line. I can even include “quotes” of any kind because they won’t get confused with the end of the string!’’’)
Use the len()
function to get the length of a string.
print(len("Spaghetti")) # => 9
zero-based indexing
Python allows negative indexing (thank god!)
print("Spaghetti"[-1]) # => i
print("Spaghetti"[-4]) # => e
Python let’s you use ranges
print("Spaghetti"[1:4]) # => pag
print("Spaghetti"[4:-1]) # => hett
print("Spaghetti"[4:4]) # => (empty string)
slice
in JS.
print(“Spaghetti”[:4]) # => Spag print(“Spaghetti”[:-1]) # => Spaghett
print(“Spaghetti”[1:]) # => paghetti print(“Spaghetti”[-4:]) # => etti
The index
string function is the equiv. of
indexOf()
in JS
print(“Spaghetti”.index(“h”)) # => 4 print(“Spaghetti”.index(“t”)) # => 6
The count
function finds out how many times a substring
appears in a string.
print(“Spaghetti”.count(“h”)) # => 1 print(“Spaghetti”.count(“t”)) # => 2 print(“Spaghetti”.count(“s”)) # => 0 print(’‘’We choose to go to the moon in this decade and do the other things, not because they are easy, but because they are hard, because that goal will serve to organize and measure the best of our energies and skills, because that challenge is one that we are willing to accept, one we are unwilling to postpone, and one which we intend to win, and the others, too.’’‘.count(’the’)) # => 4
You can use +
to concatenate strings, just like in JS.
You can also use “*” to repeat strings or multiply strings.
Use the format()
function to use placeholders in a string
to input values later on.
first_name = “Billy” last_name = “Bob” print(‘Your name is {0} {1}’.format(first_name, last_name)) # => Your name is Billy Bob
Shorthand way to use format function is:
print(f'Your name is {first_name} {last_name}')
Some useful string methods.
join
is used on an Array, in Python it
is used on String.
There are also many handy testing methods.
Duck-Typing : Programming Style which avoids checking an object’s type to figure out what it can do.
Assignment of a value automatically declares.
a = 7 b = ‘Marbles’ print(a) # => 7 print(b) # => Marbles
You can chain variable assignments to give multiple var names the same value.
count = max = min = 0 print(count) # => 0 print(max) # => 0 print(min) # => 0
The value and type of a variable can be re-assigned at any time.
a = 17 print(a) # => 17 a = ‘seventeen’ print(a) # => seventeen
NaN
does not exist in Python, but you can ‘create’ it
like so: print(float("nan"))
null
with none
.
none
is an object and can be directly assigned to a
variable.
One of the biggest benefits of Python is that it reads more like English than JS does.
print(True and True) # => True print(True and False) # => False print(False and False) # => False
print(True or True) # => True print(True or False) # => True print(False or False) # => False
print(not True) # => False print(not False and True) # => True print(not True or False) # => False
By default, Python considers an object to be true UNLESS it is one of the following:
None
or False
True
and False
must be capitalized
Python uses all the same equality operators as JS.
In Python, equality operators are processed from left to right.
Logical operators are processed in this order:
Just like in JS, you can use parentheses
to change the
inherent order of operations.
Short Circuit : Stopping a program when a
true
or false
has been reached.
print (2 == '2') # => False
print (2 is '2') # => False
print ("2" == '2') # => True
print ("2" is '2') # => True
# There is a distinction between the number types.
print (2 == 2.0) # => True
print (2 is 2.0) # => False
is
and
is not
over ==
or !=
if name == 'Monica':
print('Hi, Monica.')
if name == 'Monica':
print('Hi, Monica.')
else:
print('Hello, stranger.')
if name == 'Monica':
print('Hi, Monica.')
elif age < 12:
print('You are not Monica, kiddo.')
elif age > 2000:
print('Unlike you, Monica is not an undead, immortal vampire.')
elif age > 100:
print('You are not Monica, grannie.')
elif
statements matter.spam = 0
while spam < 5:
print('Hello, world.')
spam = spam + 1
Break
statement also exists in Python.
spam = 0 while True: print(‘Hello, world.’) spam = spam + 1 if spam >= 5: break
As are continue
statements
spam = 0 while True: print(‘Hello, world.’) spam = spam + 1 if spam < 5: continue break
Python equivalent to try/catch
a = 321 try: print(len(a)) except: print(‘Silently handle error here’)
# Optionally include a correction to the issue
a = str(a)
print(len(a)
a = ‘321’ try: print(len(a)) except: print(‘Silently handle error here’)
# Optionally include a correction to the issue
a = str(a)
print(len(a))
You can name an error to give the output more specificity.
a = 100 b = 0 try: c = a / b except ZeroDivisionError: c = None print(c)
You can also use the pass
commmand to by pass a certain
error.
a = 100 b = 0 try: print(a / b) except ZeroDivisionError: pass
The pass
method won’t allow you to bypass every single
error so you can chain an exception series like so:
a = 100
try: print(a / b) except ZeroDivisionError: pass except (TypeError, NameError): print(“ERROR!”)
You can use an else
statement to end a chain of
except
statements.
files = (‘one.txt’, ‘two.txt’, ‘three.txt’)
for filename in files: try: # open the file in read mode f = open(filename, ‘r’) except OSError: # handle the case where file does not exist or permission is denied print(‘cannot open file’, filename) else: # do stuff with the file object (f) print(filename, ‘opened successfully’) print(‘found’, len(f.readlines()), ‘lines’) f.close()
finally
is used at the end to clean up all actions under
any circumstance.
def divide(x, y): try: result = x / y except ZeroDivisionError: print(“Cannot divide by zero”) else: print(“Result is”, result) finally: print(“Finally…”)
Using duck typing to check to see if some value is able to use a certain method.
a = 321 if hasattr(a, ‘len’): print(len(a))
b = “5555” if hasattr(b, ‘len’): print(len(b))
Pass Keyword is required to write the JS equivalent of :
if (true) { }
while (true) {}
if True: pass
while True: pass
Function definition includes:
def
keywordYou can use default parameters just like in JS
def greeting(name, saying=“Hello”): print(saying, name)
greeting(“Monica”)
greeting(“Barry”, “Hey”)
Keep in mind, default parameters must always come after regular parameters.
def increment(delta=1, value): return delta + value
You can specify arguments by name without destructuring in Python.
def greeting(name, saying=“Hello”): print(saying, name)
greeting(“Monica”, saying=“Hi”)
The lambda
keyword is used to create anonymous functions
and are supposed to be one-liners
.
toUpper = lambda s: s.upper()
Notes Formatted Strings Remember that in Python join() is called on a string with an array/list passed in as the argument. shopping_list = [‘bread’,‘milk’,‘eggs’] print(‘,’.join(shopping_list)) Python has a very powerful formatting engine. format() is also applied directly to strings.
print(‘{:,}’.format(1234567890)) ‘1,234,567,890’
d = datetime.datetime(2020, 7, 4, 12, 15, 58) print(‘{:%Y-%m-%d %H:%M:%S}’.format(d)) ‘2020-07-04 12:15:58’
points = 190 total = 220 print(‘Correct answers: {:.2%}’.format(points/total)) Correct answers: 86.36%
width=8 print(’ decimal hex binary’) print(‘-’*27) for num in range(1,16): for base in ‘dXb’: print(‘{0:{width}{base}}’.format(num, base=base, width=width), end=’ ‘) print() Getting Input from the Command Line Python runs synchronously, all programs and processes will stop when listening for a user input. The input function shows a prompt to a user and waits for them to type ’ENTER’. Scripts vs Programs Programming Script : A set of code that runs in a linear fashion. The largest difference between scripts and programs is the level of complexity and purpose. Programs typically have many UI’s.
Python can be used to display html, css, and JS. We will be using Python as an API (Application Programming Interface)
Structured Data Sequence : The most basic data structure in Python where the index determines the order.
List Tuple Range Collections : Unordered data structures, hashable values.
Dictionaries Sets Iterable : Generic name for a sequence or collection; any object that can be iterated through. Can be mutable or immutable. Built In Data Types Lists are the python equivalent of arrays. empty_list = [] departments = [‘HR’,‘Development’,‘Sales’,‘Finance’,‘IT’,‘Customer Support’]
specials = list()
print(1 in [1, 2, 3]) #> True print(4 in [1, 2, 3]) #> False Tuples : Very similar to lists, but they are immutable
time_blocks = (‘AM’,‘PM’)
colors = ‘red’,‘blue’,‘green’ numbers = 1, 2, 3
tuple(‘abc’) # returns (‘a’, ‘b’, ‘c’) tuple([1,2,3]) # returns (1, 2, 3) Think of tuples as constant variables.
Ranges : A list of numbers which can’t be changed; often used with for loops. Declared using one to three parameters. Start : opt. default 0, first # in sequence. Stop : required next number past the last number in the sequence. Step : opt. default 1, difference between each number in the sequence. range(5) # [0, 1, 2, 3, 4] range(1,5) # [1, 2, 3, 4] range(0, 25, 5) # [0, 5, 10, 15, 20] range(0) # [ ] for let (i = 0; i < 5; i++) for let (i = 1; i < 5; i++) for let (i = 0; i < 25; i+=5) for let(i = 0; i = 0; i++) Keep in mind that stop is not included in the range.
Dictionaries : Mappable collection where a hashable value is used as a key to ref. an object stored in the dictionary. Mutable. a = {‘one’:1, ‘two’:2, ‘three’:3} b = dict(one=1, two=2, three=3) c = dict([(‘two’, 2), (‘one’, 1), (‘three’, 3)]) a, b, and c are all equal
Declared with curly braces of the built in dict()
Benefit of dictionaries in Python is that it doesn’t matter how it is defined, if the keys and values are the same the dictionaries are considered equal.
Use the in operator to see if a key exists in a dictionary.
Sets : Unordered collection of distinct objects; objects that need to be hashable.
Always be unique, duplicate items are auto dropped from the set. Common Uses: Removing Duplicates Membership Testing Mathematical Operators: Intersection, Union, Difference, Symmetric Difference. Standard Set is mutable, Python has a immutable version called frozenset. Sets created by putting comma seperated values inside braces:
school_bag = {‘book’,‘paper’,‘pencil’,‘pencil’,‘book’,‘book’,‘book’,‘eraser’} print(school_bag)
letters = set(‘abracadabra’) print(letters) Built-In Functions Functions using iterables
filter(function, iterable) : creates new iterable of the same type which includes each item for which the function returns true.
map(function, iterable) : creates new iterable of the same type which includes the result of calling the function on every item of the iterable.
sorted(iterable, key=None, reverse=False) : creates a new sorted list from the items in the iterable.
Output is always a list key: opt function which coverts and item to a value to be compared. reverse: optional boolean. enumerate(iterable, start=0) : starts with a sequence and converts it to a series of tuples
quarters = [‘First’, ‘Second’, ‘Third’, ‘Fourth’] print(enumerate(quarters)) print(enumerate(quarters, start=1))
zip(*iterables) : creates a zip object filled with tuples that combine 1 to 1 the items in each provided iterable. Functions that analyze iterables
len(iterable) : returns the count of the number of items.
max(*args, key=None) : returns the largest of two or more arguments.
max(iterable, key=None) : returns the largest item in the iterable.
key optional function which converts an item to a value to be compared. min works the same way as max
sum(iterable) : used with a list of numbers to generate the total.
There is a faster way to concatenate an array of strings into one string, so do not use sum for that. any(iterable) : returns True if any items in the iterable are true.
all(iterable) : returns True is all items in the iterable are true.
Working with dictionaries
dir(dictionary) : returns the list of keys in the dictionary. Working with sets
Union : The pipe | operator or union(*sets) function can be used to produce a new set which is a combination of all elements in the provided set. a = {1, 2, 3} b = {2, 4, 6} print(a | b) # => {1, 2, 3, 4, 6} Intersection : The & operator ca be used to produce a new set of only the elements that appear in all sets. a = {1, 2, 3} b = {2, 4, 6} print(a & b) # => {2} Difference : The - operator can be used to produce a new set of only the elements that appear in the first set and NOT the others.
Symmetric Difference : The ^ operator can be used to produce a new set of only the elements that appear in exactly one set and not in both.
a = {1, 2, 3} b = {2, 4, 6} print(a - b) # => {1, 3} print(b - a) # => {4, 6} print(a ^ b) # => {1, 3, 4, 6} For Statements In python, there is only one for loop.
Always Includes: The for keyword A variable name The in keyword An iterable of some kid A colon On the next line, an indented block of code called the for clause. You can use break and continue statements inside for loops as well.
You can use the range function as the iterable for the for loop.
print(‘My name is’) for i in range(5): print(‘Carlita Cinco (’ + str(i) + ‘)’)
total = 0 for num in range(101): total += num print(total) Looping over a list in Python for c in [‘a’, ‘b’, ‘c’]: print(c)
lst = [0, 1, 2, 3] for i in lst: print(i) Common technique is to use the len() on a pre-defined list with a for loop to iterate over the indices of the list. supplies = [‘pens’, ‘staplers’, ‘flame-throwers’, ‘binders’] for i in range(len(supplies)): print(‘Index’ + str(i) + ’ in supplies is: ’ + supplies[i]) You can loop and destructure at the same time. l = [[1, 2], [3, 4], [5, 6]] for a, b in l: print(a, ‘,’, b)
You can use values() and keys() to loop over dictionaries. spam = {‘color’: ‘red’, ‘age’: 42} for v in spam.values(): print(v)
for k in spam.keys(): print(k)
For loops can also iterate over both keys and values.
for i in spam.items(): print(i)
for k, v in spam.items(): print(‘Key:’ + k + ’ Value: ’ + str(v))
Looping over string for c in “abcdefg”: print(c) More On Functions Variable-length positional arguments : (args) def add(a, b, args): total = a + b; for n in args: total += n return total
add(1, 2) # Returns 3
add(2, 3, 4, 5) # Returns 14 keyword arguments : (*kwargs) def print_names_and_countries(greeting, **kwargs): for k, v in kwargs.items(): print(greeting, k, “from”, v)
print_names_and_countries(“Hi”, Monica=“Sweden”, Charles=“British Virgin Islands”, Carlo=“Portugal”)
When you order arguments within a function or function call, the args need to occur in a particular order: formal positional args. args keyword args with default values **kwargs def example(arg_1, arg_2, args, **kwargs): pass
def example2(arg_1, arg_2, *args, kw_1=“shark”, kw_2=“blowfish”, **kwargs): pass Importing in Python Modules are similar to packages in Node.js Come in different types: Built-In, Third-Party, Custom. All loaded using import statements. Terms
module : Python code in a separate file. package : Path to a directory that contains modules. init.py : Default file for a package. submodule : Another file in a module’s folder. function : Function in a module.
A module can be any file but it is usually created by placing a special file init.py into a folder. pic
Try to avoid importing with wildcards in Python.
Use multiple lines for clarity when importing.
from urllib.request import ( HTTPDefaultErrorHandler as ErrorHandler, HTTPRedirectHandler as RedirectHandler, Request, pathname2url, url2pathname, urlopen, ) Watching Out for Python 2 Python 3 removed <> and only uses !=
format() was introduced with P3 All strings in P3 are unicode and encoded. md5 was removed. ConfigParser was renamed to configparser sets were killed in favor of set() class.
print was a statement in P2, but is a function in P3.
def say_hi(name):
"""<---- Multi-Line Comments and Docstrings
This is where you put your content for help() to inform the user
about what your function does and how to use it
"""
print(f"Hello {name}!")
print(say_hi("Michael")) # Should get the print inside the function, then None
# Boolean Values
# Work the same as in JS, except they are title case: True and False
a = True
b = False
# Logical Operators
# ! = not, || = or, && = and
print(True and True)
print(True and not True)
print(True or True)
# Truthiness - Everything is True except...
# False - None, False, '', [], (), set(), range(0)
# Number Values
# Integers are numbers without a floating decimal point
print(type(3)) # type returns the type of whatever argument you pass in
# Floating Point values are numbers with a floating decimal point
print(type(3.5))
# Type Casting
# You can convert between ints and floats (along with other types...)
print(float(3)) # If you convert a float to an int, it will truncate the decimal
print(int(4.5))
print(type(str(3)))
# Python does not automatically convert types like JS
# print(17.0 + ' heyooo ' + 17) # TypeError
# Arithmetic Operators
# ** - exponent (comparable to Math.pow(num, pow))
# // - integer division
# There is no ++ or -- in Python
# String Values
# We can use single quotes, double quotes, or f'' for string formats
# We can use triple single quotes for multiline strings
print(
"""This here's a story
All about how
My life got twist
Turned upside down
"""
)
# Three double quotes can also be used, but we typically reserve these for
# multi-line comments and function docstrings (refer to lines 6-9)(Nice :D)
# We use len() to get the length of something
print(len("Michael")) # 7 characters
print(len(["hey", "ho", "hey", "hey", "ho"])) # 5 list items
print(len({1, 2, 3, 4, 5, 6, 7, 9})) # 8 set items
# We can index into strings, list, etc..self.
name = "Michael"
for i in range(len(name)):
print(name[i]) # M, i, c, h, a, e, l
# We can index starting from the end as well, with negatives
occupation = "Full Stack Software Engineer"
print(occupation[-3]) # e
# We can also get ranges in the index with the [start:stop:step] syntax
print(occupation[0:4:1]) # step and stop are optional, stop is exclusive
print(occupation[::4]) # beginning to end, every 4th letter
print(occupation[4:14:2]) # Let's get weird with it!
# NOTE: Indexing out of range will give you an IndexError
# We can also get the index og things with the .index() method, similar to indexOf()
print(occupation.index("Stack"))
print(["Mike", "Barry", "Cole", "James", "Mark"].index("Cole"))
# We can count how many times a substring/item appears in something as well
print(occupation.count("S"))
print(
"""Now this here's a story all about how
My life got twist turned upside down
I forget the rest but the the the potato
smells like the potato""".count(
"the"
)
)
# We concatenate the same as Javascript, but we can also multiply strings
print("dog " + "show")
print("ha" * 10)
# We can use format for a multitude of things, from spaces to decimal places
first_name = "Michael"
last_name = "Shuff"
print("Your name is {0} {1}".format(first_name, last_name))
# Useful String Methods
print("Hello".upper()) # HELLO
print("Hello".lower()) # hello
print("HELLO".islower()) # False
print("HELLO".isupper()) # True
print("Hello".startswith("he")) # False
print("Hello".endswith("lo")) # True
print("Hello There".split()) # [Hello, There]
print("hello1".isalpha()) # False, must consist only of letters
print("hello1".isalnum()) # True, must consist of only letters and numbers
print("3215235123".isdecimal()) # True, must be all numbers
# True, must consist of only spaces/tabs/newlines
print(" \n ".isspace())
# False, index 0 must be upper case and the rest lower
print("MichaeL".istitle())
print("Michael Lee".istitle()) # True!
# Duck Typing - If it walks like a duck, and talks like a duck, it must be a duck
# Assignment - All like JS, but there are no special keywords like let or const
a = 3
b = a
c = "heyoo"
b = ["reassignment", "is", "fine", "G!"]
# Comparison Operators - Python uses the same equality operators as JS, but no ===
# < - Less than
# > - Greater than
# <= - Less than or Equal
# >= - Greater than or Equal
# == - Equal to
# != - Not equal to
# is - Refers to exact same memory location
# not - !
# Precedence - Negative Signs(not) are applied first(part of each number)
# - Multiplication and Division(and) happen next
# - Addition and Subtraction(or) are the last step
# NOTE: Be careful when using not along with ==
print(not a == b) # True
# print(a == not b) # Syntax Error
print(a == (not b)) # This fixes it. Answer: False
# Python does short-circuit evaluation
# Assignment Operators - Mostly the same as JS except Python has **= and //= (int division)
# Flow Control Statements - if, while, for
# Note: Python smushes 'else if' into 'elif'!
if 10 < 1:
print("We don't get here")
elif 10 < 5:
print("Nor here...")
else:
print("Hey there!")
# Looping over a string
for c in "abcdefgh":
print(c)
# Looping over a range
for i in range(5):
print(i + 1)
# Looping over a list
lst = [1, 2, 3, 4]
for i in lst:
print(i)
# Looping over a dictionary
spam = {"color": "red", "age": 42, "items": [(1, "hey"), (2, "hooo!")]}
for v in spam.values():
print(v)
# Loop over a list of tuples and destructuring the values
# Assuming spam.items returns a list of tuples each containing two items (k, v)
for k, v in spam.items():
print(f"{k}: {v}")
# While loops as long as the condition is True
# - Exit loop early with break
# - Exit iteration early with continue
spam = 0
while True:
print("Heyy girrllll")
spam += 1
if spam < 5:
continue
break
# Functions - use def keyword to define a function in Python
def printCopyright():
print("Copyright 2020, ya boi, Mike Shuff")
# Lambdas are one liners! (Should be at least, you can use parenthesis to disobey)
avg = lambda num1, num2: print(num1 + num2)
avg(1, 2)
# Calling it with keyword arguments, order does not matter
avg(num2=20, num1=1252)
printCopyright()
# We can give parameters default arguments like JS
def greeting(name, saying="Hello"):
print(saying, name)
greeting("Mike") # Hello Mike
greeting("Michael", saying="Hello there...")
# A common gotcha is using a mutable object for a default parameter
# All invocations of the function reference the same mutable object
def append_item(item_name, item_list=[]): # Will it obey and give us a new list?
item_list.append(item_name)
return item_list
# Uses same item list unless otherwise stated which is counterintuitive
print(append_item("notebook"))
print(append_item("notebook"))
print(append_item("notebook", []))
# Errors - Unlike JS, if we pass the incorrect amount of arguments to a function,
# it will throw an error
# avg(1) # TypeError
# avg(1, 2, 2) # TypeError
# ----------------------------------- DAY 2 ----------------------------------------
# Functions - * to get rest of position arguments as tuple
# - ** to get rest of keyword arguments as a dictionary
# Variable Length positional arguments
def add(a, b, *args):
# args is a tuple of the rest of the arguments
total = a + b
for n in args:
total += n
return total
print(add(1, 2)) # args is None, returns 3
print(add(1, 2, 3, 4, 5, 6)) # args is (3, 4, 5, 6), returns 21
# Variable Length Keyword Arguments
def print_names_and_countries(greeting, **kwargs):
# kwargs is a dictionary of the rest of the keyword arguments
for k, v in kwargs.items():
print(greeting, k, "from", v)
print_names_and_countries(
"Hey there", Monica="Sweden", Mike="The United States", Mark="China"
)
# We can combine all of these together
def example2(arg1, arg2, *args, kw_1="cheese", kw_2="horse", **kwargs):
pass
# Lists are mutable arrays
empty_list = []
roomates = ["Beau", "Delynn"]
# List built-in function makes a list too
specials = list()
# We can use 'in' to test if something is in the list, like 'includes' in JS
print(1 in [1, 2, 4]) # True
print(2 in [1, 3, 5]) # False
# Dictionaries - Similar to JS POJO's or Map, containing key value pairs
a = {"one": 1, "two": 2, "three": 3}
b = dict(one=1, two=2, three=3)
# Can use 'in' on dictionaries too (for keys)
print("one" in a) # True
print(3 in b) # False
# Sets - Just like JS, unordered collection of distinct objects
bedroom = {"bed", "tv", "computer", "clothes", "playstation 4"}
# bedroom = set("bed", "tv", "computer", "clothes", "playstation 5")
school_bag = set(
["book", "paper", "pencil", "pencil", "book", "book", "book", "eraser"]
)
print(school_bag)
print(bedroom)
# We can use 'in' on sets as wel
print(1 in {1, 2, 3}) # True
print(4 in {1, 3, 5}) # False
# Tuples are immutable lists of items
time_blocks = ("AM", "PM")
colors = "red", "green", "blue" # Parenthesis not needed but encouraged
# The tuple built-in function can be used to convert things to tuples
print(tuple("abc"))
print(tuple([1, 2, 3]))
# 'in' may be used on tuples as well
print(1 in (1, 2, 3)) # True
print(5 in (1, 4, 3)) # False
# Ranges are immutable lists of numbers, often used with for loops
# - start - default: 0, first number in sequence
# - stop - required, next number past last number in sequence
# - step - default: 1, difference between each number in sequence
range1 = range(5) # [0,1,2,3,4]
range2 = range(1, 5) # [1,2,3,4]
range3 = range(0, 25, 5) # [0,5,10,15,20]
range4 = range(0) # []
for i in range1:
print(i)
# Built-in functions:
# Filter
isOdd = lambda num: num % 2 == 1
filtered = filter(isOdd, [1, 2, 3, 4])
print(list(filtered))
for num in filtered:
print(f"first way: {num}")
print("--" * 20)
[print(f"list comprehension: {i}") for i in [1, 2, 3, 4, 5, 6, 7, 8] if i % 2 == 1]
# Map
def toUpper(str):
return str.upper()
upperCased = map(toUpper, ["a", "b", "c", "d"])
print(list(upperCased))
# Sorted
sorted_items = sorted(["john", "tom", "sonny", "Mike"])
print(list(sorted_items)) # Notice uppercase comes before lowercase
# Using a key function to control the sorting and make it case insensitive
sorted_items = sorted(["john", "tom", "sonny", "Mike"], key=str.lower)
print(sorted_items)
# You can also reverse the sort
sorted_items = sorted(["john", "tom", "sonny", "Mike"], key=str.lower, reverse=True)
print(sorted_items)
# Enumerate creates a tuple with an index for what you're enumerating
quarters = ["First", "Second", "Third", "Fourth"]
print(list(enumerate(quarters)))
print(list(enumerate(quarters, start=1)))
# Zip takes list and combines them as key value pairs, or really however you need
keys = ("Name", "Email")
values = ("Buster"<EMAIL_ADDRESS>zipped = zip(keys, values)
print(list(zipped))
# You can zip more than 2
x_coords = [0, 1, 2, 3, 4]
y_coords = [4, 6, 10, 9, 10]
z_coords = [20, 10, 5, 9, 1]
coords = zip(x_coords, y_coords, z_coords)
print(list(coords))
# Len reports the length of strings along with list and any other object data type
print_len = lambda item: print(len(item)) # doing this to save myself some typing
print_len("Mike")
print_len([1, 5, 2, 10, 3, 10])
print_len({1, 5, 10, 9, 10}) # 4 because there is a duplicate here (10)
print_len((1, 4, 10, 9, 20))
# Max will return the max number in a given scenario
print(max(1, 2, 35, 1012, 1))
# Min
print(min(1, 5, 2, 10))
print(min([1, 4, 7, 10]))
# Sum
print(sum([1, 2, 4]))
# Any
print(any([True, False, False]))
print(any([False, False, False]))
# All
print(all([True, True, False]))
print(all([True, True, True]))
# Dir returns all the attributes of an object including it's methods and dunder methods
user = {"Name": "Bob", "Email"<EMAIL_ADDRESS>print(dir(user))
# Importing packages and modules
# - Module - A Python code in a file or directory
# - Package - A module which is a directory containing an __init__.py file
# - Submodule - A module which is contained within a package
# - Name - An exported function, class, or variable in a module
# Unlike JS, modules export ALL names contained within them without any special export key
# Assuming we have the following package with four submodules
# math
# | __init__.py
# | addition.py
# | subtraction.py
# | multiplication.py
# | division.py
# If we peek into the addition.py file we see there's an add function
# addition.py
# We can import 'add' from other places because it's a 'name' and is automatically exported
def add(num1, num2):
return num1 + num2
# Notice the . syntax because this package can import it's own submodules.
# Our __init__.py has the following files
# This imports the 'add' function
# And now it's also re-exported in here as well
# from .addition import add
# These import and re-export the rest of the functions from the submodule
# from .subtraction import subtract
# from .division import divide
# from .multiplication import multiply
# So if we have a script.py and want to import add, we could do it many ways
# This will load and execute the 'math/__init__.py' file and give
# us an object with the exported names in 'math/__init__.py'
import math
# print(math.add(1,2))
# This imports JUST the add from 'math/__init__.py'
# from math import add
# print(add(1, 2))
# This skips importing from 'math/__init__.py' (although it still runs)
# and imports directly from the addition.py file
# from math.addition import add
# This imports all the functions individually from 'math/__init__.py'
# from math import add, subtract, multiply, divide
# print(add(1, 2))
# print(subtract(2, 1))
# This imports 'add' renames it to 'add_some_numbers'
# from math import add as add_some_numbers
# --------------------------------------- DAY 3 ---------------------------------------
# Classes, Methods, and Properties
class AngryBird:
# Slots optimize property access and memory usage and prevent you
# from arbitrarily assigning new properties the instance
__slots__ = ["_x", "_y"]
# Constructor
def __init__(self, x=0, y=0):
# Doc String
"""
Construct a new AngryBird by setting it's position to (0, 0)
"""
## Instance Variables
self._x = x
self._y = y
# Instance Method
def move_up_by(self, delta):
self._y += delta
# Getter
@property
def x(self):
return self._x
# Setter
@x.setter
def x(self, value):
if value < 0:
value = 0
self._x = value
@property
def y(self):
return self._y
@y.setter
def y(self, value):
self._y = value
# Dunder Repr... called by 'print'
def __repr__(self):
return f"<AngryBird ({self._x}, {self._y})>"
# JS to Python Classes cheat table
# JS Python
# constructor() def __init__(self):
# super() super().__init__()
# this.property self.property
# this.method self.method()
# method(arg1, arg2){} def method(self, arg1, ...)
# get someProperty(){} @property
# set someProperty(){} @someProperty.setter
# List Comprehensions are a way to transform a list from one format to another
# - Pythonic Alternative to using map or filter
# - Syntax of a list comprehension
# - new_list = [value loop condition]
# Using a for loop
squares = []
for i in range(10):
squares.append(i ** 2)
print(squares)
# value = i ** 2
# loop = for i in range(10)
squares = [i ** 2 for i in range(10)]
print(list(squares))
sentence = "the rocket came back from mars"
vowels = [character for character in sentence if character in "aeiou"]
print(vowels)
# You can also use them on dictionaries. We can use the items() method
# for the dictionary to loop through it getting the keys and values out at once
person = {"name": "Corina", "age": 32, "height": 1.4}
# This loops through and capitalizes the first letter of all keys
newPerson = {key.title(): value for key, value in person.items()}
print(list(newPerson.items()))