Compile Monkins Verus enhanced CCMiner for various hardware (Deprecated)
Read it completely before using.
Important General Information
'Agama Wallet location` on Linux: `~/.Komodo/VRSC` There are 4 branches in ccminer github repo: ARM (for 64bit ARM linux) rasp (for raspberry pi's) cpuonlyverus (standard x86-64 pc's) Verus2 (GPUs) Replace in step 2 ARM with the branchname above you want to use.
Procedure:
1) sudo apt-get install libcurl4-openssl-dev libssl-dev libjansson-dev automake autotools-dev build-essential 2) git clone --single-branch -b ARM https://github.com/monkins1010/ccminer.git 3) cd ccminer 4) chmod +x build.sh 5) chmod +x configure.sh 6) chmod +x autogen.sh 7) ./build.sh And finally starting the miner (Change pool, address & workername to your own liking): 8) ./ccminer -a verus -o stratum+tcp://pool.veruscoin.io:9999 -u RVjvbZuqSGLGDm1B9BFkbHWySPKEx4tfjQ.donator -p x
Info from @Chris - Monkins1010 LOUD Mining.


git clone <url>
: take a repository stored on a server (like GitHub) and downloads itgit add <filename(s)>
: add files to the staging area to be included in the next commitgit commit -m "message"
: take a snapshot of the repository and save it with a message about the changesgit commit -am <filename(s)> "message"
: add files and commit changes all in onegit status
: print what is currently going on with the repositorygit push
: push any local changes (commits) to a remote servergit pull
: pull any remote changes from a remote server to a local computergit log
: print a history of all the commits that have been madegit reflog
: print a list of all the different references to commitsgit reset --hard <commit>
: reset the repository to a given commitgit reset --hard origin/master
: reset the repository to its original state (e.g. the version cloned from GitHub)git pull
, a merge conflict can occur if the different versions have different data in the same location. Git will try to take care of merging automatically, but if two users edit, for example, the same line, a merge conflict will have to be manually resolved.
<!DOCTYPE html>
is placed at the start of an HTML file to indicate to the browser that HTML5 is being used.
: contents of website
: metadata about the page that is useful for the browser when displaying the page<title></title>
: title of the page
: body of the page

: header (h1 is the largest header, h6 is the smallest header)

: unordered list

: ordered list

: list item (must be inside either

or

)
: image stored at src
attribute, whcih can also be a URL
height
and width
are optional (if one is omitted, the browser will auto-size the image), and can also take a percentage: height=50%
to automatically scale the image to a certain portion of the page

: table

: table header

: table row
: table data (cell)<form></form>
: form that can be filled out and submitted by the user
<input type="text" placeholder="Full Name" name="name">
: input field
type
indicates the type of dataplaceholder
is the greyed-out text shown before the field is filledname
is an identifier for the input field<button></button>
: button used to submit form
tag being at the very top of the tree. While this might seem a little unintuitive at first, this model will become very useful in the future.style
attribute:

style
will be applied to whatever the tag containts.
tags:
```html``` - This is a useful paradigm to use when reusing the same styling many times throughout a page. The properties listed will apply to all of the tags that are listed.
.css
file: add <link rel="stylesheet" href="path/to/styles.css">
to the header, and move the CSS code (same format as used inside the
tags.
auto
):
color: blue
, color: #0c8e05
: can be 1 of ~140 named colors, or a hexadecimal value that represents an RGB valuetext-align: left
: aligns text to left
; other possible arguments are center
, right
, or justify
background-color: teal
: sets the background to a color, which is the same format as the color
propertyheight: 150px
: sets the height of an areawidth: 150px
: sets the width of an areamargin: 30px
: sets the margin around all four sides of an area
margin-left
, margin-right
, margin-top
, and margin-bottom
padding: 20px
: sets the padding around text inside an area
margin
font-family: Arial, sans-serif
: sets the font family to be used
sans-serif
will use browser defaultsfont-size: 28px
: sets the font sizefont-weight: bold
: sets the font weight to quality, a relative measure (lighter
), or a number (200
)border: 3px solid blue
: sets a border around an area

: vertical division of a webpage
: section of a webpage inside, for example, text

and
don’t really do much by themselves, but they allow for the labelling of sections of a webpage..id
and class
attributes. id
s uniquely identify elements, but there can be an arbitary number of elements with a given class
.id
s can be referenced in CSS with #id
and class
es can be referenced with .class
. id
s and class
es, therefore, can be used to style the same types of areas (3 different

, for example) in different ways.


{% extends "base.html" %} {% block title %}Home Page{% endblock %} {% block head %} {% endblock %} {% block content %}
Welcome {{ user.name }}
{% else %}Login to start crafting.
{% endif %}Test your RNG with this crafting simulator.
Craft equipment in the crafting section.
View your crafts, and compare them with others in the leaderboard.


This "color wheel" arrangement is a compact and visual way to represent a whole range of colors. I was reminded of the named/web colors by a recent Hacker News comment thread, and thought again of arranging them into a color wheel.
So here it is: a color wheel, with only "web colors" on it. Each color is placed on the wheel, then grown to a polygon to fill the wheel with a Voronoi diagram.
Hover colors to see their name (plus extra preview color swatch and hex code). Click one to "lock" it. The idea is when picking colors for a design, choose visually here from these few (139 distinct) colors, rather than trying to choose from the millions that are actually available. And you can refer to them by name in your CSS!
The arrangement of the wheel has been tweaked from a pure HSV interpretation, to make sure all names have a distinct location. List of colors from Mozilla documentation.


FOR LOVE OF THE GAME (M). (Universal/UIP) Director: Sam Raimi Stars: Kevin Costner, Kelly Preston, John C Reilly, Jena Malone, Brian Cox, J K Simmons, Carmine D Giovinazzo, Larry Joshua Running time: 137 minutes.
For the first time in a decade Kevin Costner returns to the baseball diamond. One would assume it's a sure-fire recipe for success as two of his better movies - Field Of Dreams and Bull Durham - have involved the sport of baseball. While he may not exactly hit a home run with his third time at the plate he doesn't strike out either!
For Love Of The Game is almost two movies in one as it mixes some exciting baseball action with the formula of the romantic drama. It's a mix that proves unexpectedly compelling for much of its length, but at over 130 minutes it loses momentum. You don't need a detailed knowledge of the intricacies of baseball to appreciate For Love Of the Game, but you do need a bit of patience to endure the long and eventually tedious flashback sequences tracing the romantic saga that occupies half of the film's running time.
For nearly twenty years pitcher Billy Chapel (Costner) has been the heart and soul of the Detroit Tigers. A horrific injury to his arm threatened to cut short his career, and he has only recently returned to the team. The long time owner is selling the team, citing corruption and the increasing corporatisation that is destroying the game as reasons for his departure. Part of the deal involves trading Chapel to arch rivals, the New York Yankees.
In possibly his final game in the sport to which he has virtually sacrificed everything, Chapel has to make a momentous decision - to quit while still on top or to continue with another team and possibly watch his career decline. Can Billy's ageing body and aching arm also stand up to the strain to allow him to pitch the perfect game and go out on a high?
The film unfolds in two strands - the defining baseball match, and a series of flashbacks charting the romance between Billy and Jane (Kelly Preston), a journalist who provided him with a perspective of a normal life outside the game. However, Billy's single minded determination to heal his wound and return to the game eventually created a rift in the relationship as Jane grew tired of coming second to his love of the game.
Costner gives one of his best performances for some time here, and projects the type of heroic brooding image with which he first established himself. He's more credible in roles like this than as the saviour of a post-apocalyptic world!
For Love Of The Game is an uncharacteristic film from Sam Raimi, a director better known for his gloriously apocryphylic horror movies (The Evil Dead, etc) and his flashy, comic book-like visual style. Raimi's direction here is unusually restrained. He manages to suffuse the narrative with plenty of suspense as he takes us inside Chapel's head for the strategy of this crucial game. Raimi manages to bring his usual visual flourishes to the film, and brings the baseball sequences alive. For Love Of The Game is quite manipulative, especially in its use of Basil Poledouris' evocative, occasionally stirring score.
Even those not normally fond of sports themed movies may find themselves sucked in by the suspense and the rich emotional undercurrents at play.
*** greg king http://www.netau.com.au/gregking
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
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Related links: index of all rec.arts.movies.reviews reviews


Construct sheaves on toric varieties#
A toric vector bundle (on a toric variety) is a vector bundle that is equivariant with respect to the algebraic torus action.
- sage.schemes.toric.sheaf.constructor.CotangentBundle(X)#
Construct the cotangent bundle of a toric variety.
INPUT:
X
– a toric variety. The base space of the bundle.
OUTPUT:
The cotangent bundle as a Klyachko bundle.
EXAMPLES:
sage: dP7 = toric_varieties.dP7() sage: from sage.schemes.toric.sheaf.constructor import CotangentBundle sage: CotangentBundle(dP7) Rank 2 bundle on 2-d CPR-Fano toric variety covered by 5 affine patches.
- sage.schemes.toric.sheaf.constructor.LineBundle(X, D)#
Construct the rank-1 bundle \(O(D)\).
INPUT:
X
– a toric variety. The base space of the bundle.D
– a toric divisor.
OUTPUT:
The line bundle \(O(D)\) as a Klyachko bundle of rank 1.
EXAMPLES:
sage: X = toric_varieties.dP8() sage: D = X.divisor(0) sage: from sage.schemes.toric.sheaf.constructor import LineBundle sage: O_D = LineBundle(X, D) sage: O_D.cohomology(dim=True, weight=(0,0)) (1, 0, 0)
- class sage.schemes.toric.sheaf.constructor.SheafLibrary(toric_variety)#
Bases:
object
Utility object to construct sheaves on toric varieties.
Warning
You should never construct instances manually. Can be accessed from a toric variety via the
sage.schemes.toric.variety.ToricVariety_field.sheaves
attribute.EXAMPLES:
sage: type(toric_varieties.P2().sheaves) <class 'sage.schemes.toric.sheaf.constructor.SheafLibrary'>
- Klyachko(multi_filtration)#
Construct a Klyachko bundle (sheaf) from filtration data.
INPUT:
multi_filtration
– a multi-filtered vectors space with multiple filtrations being indexed by the rays of the fan. Either an instance ofMultiFilteredVectorSpace()
or something (like a dictionary of ordinary filtered vector spaces).
OUTPUT:
The Klyachko bundle defined by the filtrations, one for each ray, of a vector space.
EXAMPLES:
sage: P1 = toric_varieties.P1() sage: v1, v2, v3 = [(1,0,0), (0,1,0), (0,0,1)] sage: F1 = FilteredVectorSpace({1: [v1, v2, v3], 3: [v1]}) sage: F2 = FilteredVectorSpace({0: [v1, v2, v3], 2: [v2, v3]}) sage: P1 = toric_varieties.P1() sage: r1, r2 = P1.fan().rays() sage: F = MultiFilteredVectorSpace({r1:F1, r2:F2}); F Filtrations N(-1): QQ^3 >= QQ^2 >= QQ^2 >= 0 >= 0 N(1): QQ^3 >= QQ^3 >= QQ^1 >= QQ^1 >= 0 sage: P1.sheaves.Klyachko(F) Rank 3 bundle on 1-d CPR-Fano toric variety covered by 2 affine patches.
- cotangent_bundle()#
Return the cotangent bundle of the toric variety.
OUTPUT:
The cotangent bundle as a Klyachko bundle.
EXAMPLES:
sage: dP6 = toric_varieties.dP6() sage: TX = dP6.sheaves.tangent_bundle() sage: TXdual = dP6.sheaves.cotangent_bundle() sage: TXdual == TX.dual() True
- divisor(*args, **kwds)#
Return a toric divisor.
INPUT:
This is just an alias for
sage.schemes.toric.variety.ToricVariety_field.divisor()
, see there for details.By abuse of notation, you can usually use the divisor \(D\) interchangeably with the line bundle \(O(D)\).
OUTPUT:
A toric divisor.
EXAMPLES:
sage: dP6 = toric_varieties.dP6() sage: dP6.inject_variables() Defining x, u, y, v, z, w sage: D = dP6.sheaves.divisor(x*u^3); D V(x) + 3*V(u) sage: D == dP6.divisor(x*u^3) True
- line_bundle(divisor)#
Construct the rank-1 bundle \(O(D)\).
INPUT:
divisor
– a toric divisor.
OUTPUT:
The line bundle \(O(D)\) for the given divisor as a Klyachko bundle of rank 1.
EXAMPLES:
sage: X = toric_varieties.dP8() sage: D = X.divisor(0) sage: O_D = X.sheaves.line_bundle(D) sage: O_D.cohomology(dim=True, weight=(0,0)) (1, 0, 0)
- tangent_bundle()#
Return the tangent bundle of the toric variety.
OUTPUT:
The tangent bundle as a Klyachko bundle.
EXAMPLES:
sage: toric_varieties.dP6().sheaves.tangent_bundle() Rank 2 bundle on 2-d CPR-Fano toric variety covered by 6 affine patches.
- trivial_bundle(rank=1)#
Return the trivial bundle of rank
r
.INPUT:
rank
– integer (optional; default: \(1\)). The rank of the bundle.
OUTPUT:
The trivial bundle as a Klyachko bundle.
EXAMPLES:
sage: P2 = toric_varieties.P2() sage: I3 = P2.sheaves.trivial_bundle(3); I3 Rank 3 bundle on 2-d CPR-Fano toric variety covered by 3 affine patches. sage: I3.cohomology(weight=(0,0), dim=True) (3, 0, 0)
- sage.schemes.toric.sheaf.constructor.TangentBundle(X)#
Construct the tangent bundle of a toric variety.
INPUT:
X
– a toric variety. The base space of the bundle.
OUTPUT:
The tangent bundle as a Klyachko bundle.
EXAMPLES:
sage: dP7 = toric_varieties.dP7() sage: from sage.schemes.toric.sheaf.constructor import TangentBundle sage: TangentBundle(dP7) Rank 2 bundle on 2-d CPR-Fano toric variety covered by 5 affine patches.
- sage.schemes.toric.sheaf.constructor.TrivialBundle(X, rank=1)#
Return the trivial bundle of rank
r
.INPUT:
X
– a toric variety. The base space of the bundle.rank
– the rank of the bundle.
OUTPUT:
The trivial bundle as a Klyachko bundle.
EXAMPLES:
sage: P2 = toric_varieties.P2() sage: from sage.schemes.toric.sheaf.constructor import TrivialBundle sage: I3 = TrivialBundle(P2, 3); I3 Rank 3 bundle on 2-d CPR-Fano toric variety covered by 3 affine patches. sage: I3.cohomology(weight=(0,0), dim=True) (3, 0, 0)


app
/
cz.palda97.lpclient.view
/
EditPipelineActivity
/
start
start
fun
start
(
act
:
Context
)
:
Unit
Function for starting this activity.


Wiley's Resort
Useful Contacts:
Front Desk:<PHONE_NUMBER>
Dinner Reservations:<PHONE_NUMBER>
Beach Activities:<PHONE_NUMBER>
Cancellations:<PHONE_NUMBER>
Spa:<PHONE_NUMBER>
Hotel Reservations:<PHONE_NUMBER>
Find more information:
Home Page
Accommodations
Activities
Pictures
Travel Arrangements


Author: Ying Shen, Andrea H. Bild, David Jenkins, and W. Evan Johnson
Maintainer: David Jenkins, W. Evan Johnson, Mumtehena Rahman, and Ying Shen<EMAIL_ADDRESS>ASSIGN is a computational tool to evaluate the pathway deregulation/activation status in individual patient samples. ASSIGN employs a flexible Bayesian factor analysis approach that adapts predetermined pathway signatures derived either from knowledge-based literature or from perturbation experiments to the cell-/tissue-specific pathway signatures. The deregulation/activation level of each context-specific pathway is quantified to a score, which represents the extent to which a patient sample encompasses the pathway deregulation/activation signature.


Hello everyone, I'm Giao Ky, a Vietnamese guy comming from Cho Moi, An Giang. As a researcher in Maths, I am interesed in the Analysis of PDEs.
Duong Giao Ky, Van Tien Nguyen, and Hatem Zaag. “Construction of a stable blowup solution with a prescribed behavior for a non-scaling-invariant semilinear heat equation”. Tunisian Journal of Mathematics. 1.1 (2018): 13-45
Duong Giao Ky. “Profile for the imaginary part of a blowup solution for a complex-valued seminar heat equation”. arXiv preprint arXiv:1712.07183. (2017)
Duong Giao Ky. “A blowup solution of a complex semi-linear heat equation with an irrational power”. arXiv preprint arXiv:1804.00560. (2018)
Duong Giao Ky, and Hatem Zaag. “Profile of touch-down solution to a nonlocal MEMS model”. arXiv preprint arXiv:1811.11483. (2018)
Linear Algebra. University Paris 13. Sprint 2018. Some additional information
Propability and Statistics. University Paris 13. 13/3/2017 - 20/7/2017. Some additional information
Analysis. University Paris 13. Sprint 2016. Some additional information
Linear Algebra. University Paris 13. Sprint 2018. Some additional information
Propability and Statistics. University Paris 13. 13/3/2017 - 20/7/2017. Some additional information


This shows my attempt in designing the konga webpage using html and css
This shows how to add items to a wishlist using Html,Jquery and Javascript
This shows php calculations using arrray, loops and mathematical function
This shows my practice on forms using html and css
This shows my practice on forms using bootstrap
This is a web application that allows users to place order on meals The site owner also reviews his orders.
This shows the summary of my dufuna training


Let's play peek-a-boo. Click here to see the Walrus! Koo koo kachoo
What a cool walrus! Click her to hide her again.
Click here to see the walrus' friend!
Voila! Here is the walrus' best pal, whale. Click her to hide her.


Hyundai To Unveil ‘Very Crazy’ Sports Car In 2020
It could use some form of electrification.
by Anthony KarrIt was just yesterday when we received a confirmation (well, sort of) from a Hyundai spokesman that a mid-engined sports car will be released by the company in the next few years. Just a couple of hours later, during the ongoing Los Angeles Auto Show, CarAdvice learned from Albert Biermann, Hyundai’s global R&D boss, that “a very crazy car” is coming next year. Count us excited!
After a number of mid-engine concepts, the automaker seems to be finally ready to move to the next stage and build a production sports car. When asked for more specific details about the new product and whether it is going to be a sports car, Biermann simply said: “We continue our N story.”
Very Crazy Hyundai Concept Cars:
While the Veloster-based RM19 concept currently displayed in LA uses a 2.0-liter turbocharged engine and a six-speed sequential gearbox, the production variant could use some sort of electrification. This is not just a vague assumption, as Biermann hinted at such a possibility during his speech at the LA Auto Show.
Gallery: Hyundai RM19
“We are developing high performance battery electric and fuel cell electric prototypes in partnership with Rimac as part of our effort to introduce 44 eco-friendly models worldwide by 2025,” Biermann said. “Our strategy prepares Hyundai N to meet the electrification and mobility challenges that all manufacturers will face in the years to come. For Hyundai these challenges create significant opportunities to demonstrate our leadership.”
Save Thousands On A New Hyundai Veloster
MSRP $ 19,430
MSRP $ 19,430
Save on average over $3,400 off MSRP* with
Motor1.com Car Buying Service
SEE PRICING
The RM19 sports car concept runs from a standstill to 60 miles per hour (0-96 kilometers per hour) in less than four seconds and hits a top speed of over 155 mph (250 kph). If the production model remains close to the performance numbers of the study, we’ll be dealing with a seriously fast machine.
Source: CarAdvice


List a bunch of uses here, a bit less concisely than the page description. A library of components available under Reform. Lists components that need styling.
Perhaps describe how the tool works. I'll collect all the components used across my website's unstyled pages, then:
Write possible HTML for what the component could look like.
Write CSS for the component, iterating on the HTML as needed.
Add functionality with JavaScript (which I'll figure out later).
Another use for dropdowns is datasets, as seen in ucsd-map.
Some number pads do not support negative numbers.
Make sure that the radio buttons look aligned with the text regardless of the system font.
Spawn Reset


File API.lua
Functions
| GreenWallAPI.AddMessageHandler (handler, addon, priority) | Insert a handler for addon messages from the guild confederation. |
| GreenWallAPI.ClearMessageHandlers (addon) | Clear our portions or all of the dispatch table entries. |
| GreenWallAPI.RemoveMessageHandler (id) | Remove an addon message handler. |
| GreenWallAPI.SendMessage (addon, message) | Send a message to the guild confederation. |
| gw.APIDispatcher (addon, sender, guild_id, message) | The API handler dispatcher |
Functions
- GreenWallAPI.AddMessageHandler (handler, addon, priority)
-
Insert a handler for addon messages from the guild confederation.
Parameters:
-
handler
: A callback function. -
addon
: The name of the addon that you want to receive meaasges from (the same one used for the name of the TOC file). If the value '*' is supplied, messages from all addons will be handled. -
priority
: A signed integer indicating relative priority, lower value is handled first. The default is 0.
Return value:
- The ID that can be used to remove the handler.
-
- GreenWallAPI.ClearMessageHandlers (addon)
-
Clear our portions or all of the dispatch table entries.
Parameters:
-
addon
: Optional identifier for the addon or '*'. If nil, all table entries will be removed. Note: A '*' value passed as addon is not a wildcard in this context, it will only matche instances where the handler was installed with '*' as the addon.
-
- GreenWallAPI.RemoveMessageHandler (id)
-
Remove an addon message handler.
Parameters:
-
id
: The ID of the callback function to remove.
Return value:
- True if a matching handler is found, false otherwise.
-
- GreenWallAPI.SendMessage (addon, message)
-
Send a message to the guild confederation.
Parameters:
-
addon
: The addon name (the same one used for the name of the TOC file). -
message
: The message to send. Accepts 8-bit data.
-
- gw.APIDispatcher (addon, sender, guild_id, message)
-
The API handler dispatcher
Parameters:
-
addon
: The sending addon -
sender
: The sending player -
guild_id
: Originating co-guild -
message
: The message contents
-


Bradenton Beach is located between Tampa Bay and Sarasota on Anna Maria Island in Manatee County, Florida. Most yachting services are located on the protected Intracoastal Waterway (ICW). Whilst Bradenton Beach proper is located on the barrier island to the west, to the east a number of viable facilities for larger yachts can be found in neighboring Cortez, FL. The two towns are separated by a bridge.
This is NOT a recognized Port of Entry by the US Customs and Border Protection.
See USA Formalities for full details on clearing into and out of the USA.
If you are arriving from abroad, customs clearance and immigration procedures must be conducted in the nearby port of Sarasota, Florida.
Most marinas are directly accessible from the Intracoastal Waterway on both the barrier island and the mainland. Keep to the marked channels. As with other locations on the ICW, anchoring is possible anywhere outside of the channels.
Last updated September 2016.
Anchorage
An anchorage exists to the south of the city pier. There is good holding and relatively good protection. Dinghies may tie up on a floating dock at the pier and there are no fees for tying up here.
On the mainland side, across from the Bradenton Beach city pier, there is a second anchorage. This area is reported to suffer from continual wakes, so may be an uncomfortable place to anchor overnight.


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Radio
- Variable in class com.example.spotifyclone.
Help
receiveData()
- Method in class com.example.spotifyclone.
MusicActivity
ReceiveData is a Function responsible for receiving the Track Data sent from MainActivitysha Class and then calls setMusicPlayerComponents Function to start the player.
recent_activity
- Variable in class com.example.spotifyclone.
Profile
recent_activity1
- Variable in class com.example.spotifyclone.
Profile
recent_activity2
- Variable in class com.example.spotifyclone.
Profile
recentlyplayed
- Variable in class com.example.spotifyclone.
HomeData
recentlyplayed
- Variable in class com.example.spotifyclone.
HomeFragment
recentlyPlayedAdapter
- Variable in class com.example.spotifyclone.
EachArtist
RecentlyPlayedAdapter
- Class in
com.example.spotifyclone
RecentlyPlayedAdapter(Context, List<RowItem>)
- Constructor for class com.example.spotifyclone.
RecentlyPlayedAdapter
constructor
RecentlyPlayedAdapter.PlaylistsViewHolder2
- Class in
com.example.spotifyclone
recycledViewPool
- Variable in class com.example.spotifyclone.
addsongscreate
recycledViewPool
- Variable in class com.example.spotifyclone.
artPlaylistFragment
recycledViewPool
- Variable in class com.example.spotifyclone.
CategoryAdapter
recycledViewPool
- Variable in class com.example.spotifyclone.
EachArtist
recycledViewPool
- Variable in class com.example.spotifyclone.
EachplaylistSongs
recycledViewPool
- Variable in class com.example.spotifyclone.
HomeFragment
recycledViewPool
- Variable in class com.example.spotifyclone.
totalsongs
recycledViewPool
- Variable in class com.example.spotifyclone.
Unrealeasedsongs
recycledViewPool2
- Variable in class com.example.spotifyclone.
EachArtist
recyclerView
- Variable in class com.example.spotifyclone.
ArtistFragment
recyclerView
- Variable in class com.example.spotifyclone.
Choose_Artist
recyclerView
- Variable in class com.example.spotifyclone.
HomeFragment
recyclerView2
- Variable in class com.example.spotifyclone.
HomeFragment
RecyclerViewAdapter
- Class in
com.example.spotifyclone
Helping Source:
https://developer.android.com/guide/topics/ui/layout/recyclerview
License:
https://github.com/bumptech/glide/blob/master/LICENSE
RecyclerViewAdapter(Context, ArrayList<String>, ArrayList<String>)
- Constructor for class com.example.spotifyclone.
RecyclerViewAdapter
RecyclerViewAdapter.ViewHolder
- Class in
com.example.spotifyclone
recyclerViewFeasuring
- Variable in class com.example.spotifyclone.
EachArtist
recyclerViewHorizontal
- Variable in class com.example.spotifyclone.
CategoryAdapter.HomeViewHolder
recyclerViewpopularartists
- Variable in class com.example.spotifyclone.
Each_album
recyclerViewpopularreleases
- Variable in class com.example.spotifyclone.
EachArtist
recyclerViewrecentlyplayed
- Variable in class com.example.spotifyclone.
EachArtist
Register
- Class in
com.example.spotifyclone
Register Activity to allow new users to create email
Register()
- Constructor for class com.example.spotifyclone.
Register
registerTextWatcher
- Variable in class com.example.spotifyclone.
Register
Text watcher that sees what is written in the edit text
relativeLayout
- Variable in class com.example.spotifyclone.
CategoryAdapter.HomeViewHolder
remaining_duration
- Variable in class com.example.spotifyclone.
MusicActivity
Report
- Variable in class com.example.spotifyclone.
MorePageDown
Report2
- Variable in class com.example.spotifyclone.
MorePageDown
Report3
- Variable in class com.example.spotifyclone.
MorePageDown
REQUEST_CODE
- Variable in class com.example.spotifyclone.
ArtistFragment
REQUEST_CODE
- Variable in class com.example.spotifyclone.
Choose_Artist
REQUEST_CODE
- Variable in class com.example.spotifyclone.
FloatingFragment
REQUEST_CODE
- Variable in class com.example.spotifyclone.
PlaylistFragment
resetTimer(int)
- Method in class com.example.spotifyclone.
TimerClass
a function responsible for Resetting the timer and giving a new Time parameter.
retrofit
- Variable in class com.example.spotifyclone.
RetrofitSingleton
RetrofitSingleton
- Class in
com.example.spotifyclone
This Class is where the Server Link is stored to be used anywhere in the project License:
http://www.apache.org/licenses/LICENSE-2.0
RetrofitSingleton()
- Constructor for class com.example.spotifyclone.
RetrofitSingleton
retrofitSingletonInstance
- Static variable in class com.example.spotifyclone.
RetrofitSingleton
Rights
- Variable in class com.example.spotifyclone.
Help
RowItem
- Class in
com.example.spotifyclone
RowItem(String, String, String, ArrayList<Tracks>, String)
- Constructor for class com.example.spotifyclone.
RowItem
RowItem(String, String)
- Constructor for class com.example.spotifyclone.
RowItem
rowitem
- Variable in class com.example.spotifyclone.
Type
Rowitems
- Variable in class com.example.spotifyclone.
MainActivitysha
Rowitems
- Variable in class com.example.spotifyclone.
PlaylistFragment
Rowitems2
- Variable in class com.example.spotifyclone.
PlaylistFragment
RQS_OPEN_AUDIO_MP3_NEW
- Static variable in class com.example.spotifyclone.
ArtistManagment
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This version took more than four months to refactor and improve the package dependency management. The official repository added common packages such as mysql and ffmpeg, and added a lot of features.
Builtin package manager
add_requires("libuv master", "ffmpeg", "zlib 1.20.*")`
xmake will find and install packages from the official package repository (xmake-repo).
Support third-party package manager
xmake adds built-in support for third-party package managers, explicitly specifying packages in other package managers through package namespaces,
and it currently supports conan::
, brew::
and vcpkg::
packages.
Install packages from homebrew/linuxbrew
add_requires("brew::zlib", {alias = "zlib"}})
add_requires("brew::pcre2/libpcre2-8", {alias = "pcre2"}})
target("test")
set_kind("binary")
add_files("src/*.c")
add_packages("pcre2", "zlib")
Install packages from vcpkg
add_requires("vcpkg::zlib", "vcpkg::pcre2")
target("test")
set_kind("binary")
add_files("src/*.c")
add_packages("vcpkg::zlib", "vcpkg::pcre2")
Install packages from conan
The new version implements the conan generator to integrate the package information in the conan. It is also very convenient to use in xmake, and can pass all the configuration parameters of the conan package.
add_requires("conan::zlib/1.2.11@conan/stable", {alias = "zlib", debug = true})
add_requires("conan::OpenSSL/1.0.2n@conan/stable", {alias = "openssl", configs = {options = "OpenSSL:shared=True"}})
target("test")
set_kind("binary")
add_files("src/*.c")
add_packages("openssl", "zlib")
After executing xmake to compile:
ruki:test_package ruki$ xmake
checking for the architecture ... x86_64
checking for the Xcode directory ... /Applications/Xcode.app
checking for the SDK version of Xcode ... 10.14
note: try installing these packages (pass -y to skip confirm)?
-> conan::zlib/1.2.11@conan/stable (debug)
-> conan::OpenSSL/1.0.2n@conan/stable
please input: y (y/n)
=> installing conan::zlib/1.2.11@conan/stable .. ok
=> installing conan::OpenSSL/1.0.2n@conan/stable .. ok
[ 0%]: ccache compiling.release src/main.c
[100%]: linking.release test
Built-in dependency package lookup support
The previous version provided lib.detect.find_package
to look up the dependent library, but this needs to be imported before it can be used, and only one package can be found at a time, which is cumbersome:
target("test")
set_kind("binary")
add_files("src/*.c")
on_load(function (target)
import("lib.detect.find_package")
target:add(find_package("openssl"))
target:add(find_package("zlib"))
end)
The new version of the find_packages
interface, the lib.detect.find_package
is further encapsulated to improve ease of use:
target("test")
set_kind("binary")
add_files("src/*.c")
on_load(function (target)
target:add(find_packages("openssl", "zlib"))
end)
It also supports searching from a specified third-party package manager:
find_packages("conan::OpenSSL/1.0.2n@conan/stable", "brew::zlib")
Install packages with parameter configuration
The new version has a large-scale refactoring and upgrade of the built-in package management, and has better support for the parameter configurable compilation and installation dependencies. We can define some compilation and installation configuration parameters in the package repository to customize the installation package.
For example, let’s take the pcre2 package as an example:
package("pcre2")
set_homepage("https://www.pcre.org/")
set_description("A Perl Compatible Regular Expressions Library")
set_urls("https://ftp.pcre.org/pub/pcre/pcre2-$(version).zip",
"ftp://ftp.csx.cam.ac.uk/pub/software/programming/pcre/pcre2-$(version).zip")
add_versions("10.23", "6301a525a8a7e63a5fac0c2fbfa0374d3eb133e511d886771e097e427707094a")
add_versions("10.30", "3677ce17854fffa68fce6b66442858f48f0de1f537f18439e4bd2771f8b4c7fb")
add_versions("10.31", "b4b40695a5347a770407d492c1749e35ba3970ca03fe83eb2c35d44343a5a444")
add_configs("shared", {description = "Enable shared library.", default = false, type = "boolean"})
add_configs("jit", {description = "Enable jit.", default = true, type = "boolean"})
add_configs("bitwidth", {description = "Set the code unit width.", default = "8", values = {"8", "16", "32"}})
In the above, we define three conditional configuration parameters through add_configs
, so that when the user uses the pcre2 library, you can customize whether you need to enable the jit version, bit width version, etc., for example:
add_requires("pcre2", {configs = {jit = true, bitwidth = 8}})
Moreover, the configuration parameters are strongly constrained. If the value passed is incorrect, an error will be reported to avoid passing invalid parameters.
As with the bitwidth parameter configuration, it can only be restricted to values = {"8", "16". "32"}
inside takes the value.
So, how do users know which configuration parameters are currently supported by our package? It’s very simple. We can quickly view all the information of the pcre2 package by using the following command:
$ xmake require --info pcre2
The output is as follows:
The package info of project:
require(pcre2):
-> description: A Perl Compatible Regular Expressions Library
-> version: 10.31
-> urls:
-> https://ftp.pcre.org/pub/pcre/pcre2-10.31.zip
-> b4b40695a5347a770407d492c1749e35ba3970ca03fe83eb2c35d44343a5a444
-> ftp://ftp.csx.cam.ac.uk/pub/software/programming/pcre/pcre2-10.31.zip
-> b4b40695a5347a770407d492c1749e35ba3970ca03fe83eb2c35d44343a5a444
-> repo: local-repo /Users/ruki/projects/personal/xmake-repo/
-> cachedir: /Users/ruki/.xmake/cache/packages/p/pcre2/10.31
-> installdir: /Users/ruki/.xmake/packages/p/pcre2/10.31/23b52ca1c6c8634f5f935903c9e7ea0e
-> fetchinfo: 10.31, system, optional
-> linkdirs: /usr/local/Cellar/pcre2/10.32/lib
-> defines: PCRE2_CODE_UNIT_WIDTH=8
-> links: pcre2-8
-> version: 10.32
-> includedirs: /usr/local/Cellar/pcre2/10.32/include
-> platforms: linux, macosx
-> requires:
-> plat: macosx
-> arch: x86_64
-> configs:
-> vs_runtime: MT
-> shared: false
-> jit: true
-> bitwidth: 8
-> debug: false
-> configs:
-> shared: Enable shared library. (default: false)
-> jit: Enable jit. (default: true)
-> bitwidth: Set the code unit width. (default: 8)
-> values: {"8","16","32"}
-> configs (builtin):
-> debug: Enable debug symbols. (default: false)
-> cflags: Set the C compiler flags.
-> cxflags: Set the C/C++ compiler flags.
-> cxxflags: Set the C++ compiler flags.
-> asflags: Set the assembler flags.
-> vs_runtime: Set vs compiler runtime. (default: MT)
-> values: {"MT","MD"}
Among them, the configs:
part inside is the parameter description and value range that can be provided at present, and configs (builtin):
is some built-in configuration parameters of xmake, and the user can also directly configure and use.
For example, the most commonly used debug mode package:
add_requires("pcre2", {configs = {debug = true}})
Since this is too common, xmake provides more convenient configuration support:
add_requires("pcre2", {debug = true})
In addition, the content of requires:
is the configuration state of the current dependent package, which is convenient for the user to view which mode package is currently used.
Preprocessing template configuration file
xmake provides three new interface APIs for adding pre-compiled configuration files before compiling instead of set_config_header.
add_configfiles
set_configdir
set_configvar
Among them add_configfiles
is equivalent to the configure_file
interface in cmake, xmake refers to its api design, and has extended support on it to provide more flexibility.
This interface is more general than the previous set_config_header
, not only for automatic generation and preprocessing of config.h, but also for various file types, while set_config_header
is only used for processing header files and does not support templates. Variable substitution.
Let’s start with a simple example:
target("test")
set_kind("binary")
add_files("src/*.c")
set_configdir("$(buildir)/config")
add_configfiles("src/config.h.in")
The above settings will automatically configure the config.h.in
header file template before compiling.
After preprocessing, it will generate the output to the specified build/config/config.h
.
One of the most important features of this interface is that it can be preprocessed and replaced with some of the template variables in the preprocessing, for example:
config.h.in
#define VAR1 "${VAR1}"
#define VAR2 "${VAR2}"
#define HELLO "${HELLO}"
set_configvar("VAR1", "1")
target("test")
set_kind("binary")
add_files("main.c")
set_configvar("VAR2", 2)
add_configfiles("config.h.in", {variables = {hello = "xmake"}})
add_configfiles("*.man", {copyonly = true})
Set the template variable via the set_configvar interface, wrapped in a variable set in {variables = {xxx = ""}}
.
The preprocessed file config.h
is:
#define VAR1 "1"
#define VAR2 "2"
#define HELLO "xmake"
The {copyonly = true}
setting will force *.man
to be treated as a normal file, copying files only during the preprocessing stage, and not replacing variables.
The default template variable matching mode is ${var}
, of course we can also set other matching modes, for example, to @var@
matching rules:
target("test")
add_configfiles("config.h.in", {pattern = "@(.-)@"})
We also have some built-in variables that can be replaced with default variables even if they are not set through this interface:
${VERSION} -> 1.6.3
${VERSION_MAJOR} -> 1
${VERSION_MINOR} -> 6
${VERSION_ALTER} -> 3
${VERSION_BUILD} -> set_version("1.6.3", {build = "%Y%m%d%H%M"}) -><PHONE_NUMBER>21
${PLAT} and ${plat} -> MACOS and macosx
${ARCH} and ${arch} -> ARM and arm
${MODE} and ${mode} -> DEBUG/RELEASE and debug/release
${DEBUG} and ${debug} -> 1 or 0
${OS} and ${os} -> IOS or ios
For example:
config.h.in
#define CONFIG_VERSION "${VERSION}"
#define CONFIG_VERSION_MAJOR ${VERSION_MAJOR}
#define CONFIG_VERSION_MINOR ${VERSION_MINOR}
#define CONFIG_VERSION_ALTER ${VERSION_ALTER}
#define CONFIG_VERSION_BUILD ${VERSION_BUILD}
config.h
#define CONFIG_VERSION "1.6.3"
#define CONFIG_VERSION_MAJOR 1
#define CONFIG_VERSION_MINOR 6
#define CONFIG_VERSION_ALTER 3
#define CONFIG_VERSION_BUILD<PHONE_NUMBER>01
We can also perform some variable state control processing on the #define
definition:
config.h.in
${define FOO_ENABLE}
set_configvar("FOO_ENABLE", 1) -- or pass true
set_configvar("FOO_STRING", "foo")
After setting the above variable, ${define xxx}
will be replaced with:
#define FOO_ENABLE 1
#define FOO_STRING "foo"
Or (when set to 0 disable)
/* #undef FOO_ENABLE */
/* #undef FOO_STRING */
This method is very useful for some automatic detection generation config.h, such as with the option to do automatic detection:
option("foo")
set_default(true)
set_description("Enable Foo")
set_configvar("FOO_ENABLE", 1) -- or pass true to enable the FOO_ENABLE variable
set_configvar("FOO_STRING", "foo")
target("test")
add_configfiles("config.h.in")
-- If the foo option is enabled -> Add FOO_ENABLE and FOO_STRING definitions
add_options("foo")
config.h.in
${define FOO_ENABLE}
${define FOO_STRING}
config.h
#define FOO_ENABLE 1
#define FOO_STRING "foo"
Regarding the option option detection, and the automatic generation of config.h, there are some helper functions, you can look at it: https://github.com/xmake-io/xmake/issues/342
In addition to #define
, if you want to do state switching for other non-#define xxxs, you can use the
${default xxx 0}` mode to set the default value, for example:
HAVE_SSE2 equ ${default VAR_HAVE_SSE2 0}
After set_configvar("HAVE_SSE2", 1)
is enabled, it becomes HAVE_SSE2 equ 1
. If no variable is set, the default value is used: HAVE_SSE2 equ 0
For a detailed description of this, see: https://github.com/xmake-io/xmake/issues/320
More convenient feature detection
We can use add_configfiles
with option detection to detect whether some header files, interface functions, types, and compiler features exist. If they exist, they are automatically written to config.h, for example:
option("foo")
set_default(true)
set_description("Has pthread library")
add_cincludes("pthread.h")
add_cfuncs("pthread_create")
add_links("pthread")
set_configvar("HAS_PTHREAD", 1)
target("test")
add_configfiles("config.h.in")
add_options("pthread")
config.h.in
${define HAS_PTHREAD}
config.h
#define HAS_PTHREAD 1
In the above configuration, we check whether the interface in pthread.h and the link library exist by option. If the pthread library can be used normally, then HAS_PTHREAD
is automatically defined in config.h, and related links are added to the test target.
The above option can support a variety of detection, but the configuration is a bit more complicated and cumbersome, in order to make xmake.lua more simple and intuitive, for some common detection, we improved includes interface to provide some built-in packaged auxiliary interface functions to quickly implement the above option detection and write config.h.
The above code can be simplified to:
includes("check_cfuncs.lua")
target("test")
add_configfiles("config.h.in")
configvar_check_cfuncs("HAS_PTHREAD", "pthread_create", {includes = "pthread.h", links = "pthread"})
In addition to configvar_check_cfuncs
, we also have the check_cfuncs
function. Only the test results are appended directly at compile time and are no longer written to the configfiles file.
Let us look at a comprehensive example:
includes("check_links.lua")
includes("check_ctypes.lua")
includes("check_cfuncs.lua")
includes("check_features.lua")
includes("check_csnippets.lua")
includes("check_cincludes.lua")
target("test")
set_kind("binary")
add_files("*.c")
add_configfiles("config.h.in")
configvar_check_ctypes("HAS_WCHAR", "wchar_t")
configvar_check_cincludes("HAS_STRING_H", "string.h")
configvar_check_cincludes("HAS_STRING_AND_STDIO_H", {"string.h", "stdio.h"})
configvar_check_ctypes("HAS_WCHAR_AND_FLOAT", {"wchar_t", "float"})
configvar_check_links("HAS_PTHREAD", {"pthread", "m", "dl"})
configvar_check_csnippets("HAS_STATIC_ASSERT", "_Static_assert(1, \"\");")
configvar_check_cfuncs("HAS_SETJMP", "setjmp", {includes = {"signal.h", "setjmp.h"}})
configvar_check_features("HAS_CONSTEXPR", "cxx_constexpr")
configvar_check_features("HAS_CONSEXPR_AND_STATIC_ASSERT", {"cxx_constexpr", "c_static_assert"}, {languages = "c++11"})
config.h.in
${define HAS_STRING_H}
${define HAS_STRING_AND_STDIO_H}
${define HAS_WCHAR}
${define HAS_WCHAR_AND_FLOAT}
${define HAS_PTHREAD}
${define HAS_STATIC_ASSERT}
${define HAS_SETJMP}
${define HAS_CONSTEXPR}
${define HAS_CONSEXPR_AND_STATIC_ASSERT}
config.h
/* #undef HAS_STRING_H */
#define HAS_STRING_AND_STDIO_H 1
/* #undef HAS_WCHAR */
/* #undef HAS_WCHAR_AND_FLOAT */
#define HAS_PTHREAD 1
#define HAS_STATIC_ASSERT 1
#define HAS_SETJMP 1
/* #undef HAS_CONSTEXPR */
#define HAS_CONSEXPR_AND_STATIC_ASSERT 1
As you can see, xmake also provides other helper functions for detecting: c/c++ types, c/c++ code snippets, c/c++ function interfaces, link libraries, header files, and even c/c++ compiler features. Support strength, etc.
For a more complete description of this, you can read: https://github.com/xmake-io/xmake/issues/342
Configuring a custom installation file
For the xmake install/uninstall
command, xmake adds the add_installfiles
interface to set up some installation files. Compared to on_install
, this interface is more convenient and simple to use, and basically meets most installation requirements.
For example, we can specify to install various types of files to the installation directory:
target("test")
add_installfiles("src/*.h")
add_installfiles("doc/*.md")
By default on Linux and other systems, we will install to /usr/local/*.h, /usr/local/*.md
, but we can also specify to install to a specific subdirectory:
target("test")
add_installfiles("src/*.h", {prefixdir = "include"})
add_installfiles("doc/*.md", {prefixdir = "share/doc"})
The above settings, we will install to /usr/local/include/*.h, /usr/local/share/doc/*.md
We can also install by subdirectory in the source file by ()
, for example:
target("test")
add_installfiles("src/(tbox/*.h)", {prefixdir = "include"})
add_installfiles("doc/(tbox/*.md)", {prefixdir = "share/doc"})
We extract the tbox/*.h
subdirectory structure from the files in src/tbox/*.h
and install it: /usr/local/include/tbox/*.h, /usr/local /share/doc/tbox/*.md
Of course, users can also use the set_installdir interface.
For a detailed description of this interface, see: #318
Export CMakelists.txt file
The new version extends the xmake project
project generation plugin and adds export support for the CMakelists.txt file. Users who are comfortable with xmake can quickly export CMakelists.txt to cmake.
And some tools that support cmake, such as CLion, are used as follows:
$ xmake project -k cmakelists
The corresponding CMakelists.txt file can be generated in the current project directory.
More new feature improvements
Please see: https://github.com/xmake-io/xmake/releases/tag/v2.2.5