LAMEbus is a simple no-fuss system bus architecture. There are 32 slots, each of which is associated with a fixed-size addressable region. These regions are mapped in order into the system physical memory space. There is no DMA; data transfers are done by the CPU using transfer buffers appearing within a device's address space. (However, DMA may be added in a future version.)
There are 32 slots, and each slot has a 64K address space. Thus, the whole bus region takes 64K*32 = 2MB. The base physical address of this region is called LAMEBASE; because different processor types impose different restrictions on the organization of physical memory, its value depends on the processor architecture.
The bus controller always appears in slot 31; its 64K address space is divided in two. The lower half is divided into 32 1K config regions, one per slot. The upper half is divided into 32 1K control regions, one per CPU. In addition to configuration, the config region of the bus controller's config region contains the bus controller's own registers, described below.
Thus, the physical address for slot N, holding the registers and other material for the device placed the slot, is given by
LAMEBASE + (0x10000*N)The physical address for slot N's config region is given by
LAMEBASE + (0x10000*31) + (0x400*N)The physical address for CPU N's control region is given by
LAMEBASE + (0x10000*31) + 0x8000 + (0x400*N)Virtual addresses will of course vary depending on processor architecture and MMU state.
MIPS.
On 32-bit MIPS processors, the first 512 megabytes of the physical address space is hardwired to appear at kernel virtual addresses 0x8000 0000 (cached) and 0xA000 0000 (uncached). Also, several virtual addresses starting at 0xbfc0 0000 are hardwired into the architecture and must point into the firmware ROM.
For this reason, LAMEBASE is set to 0x1fe0 0000, so the LAMEbus mapping area appears at the top end of these regions. The physical memory map is as follows:
|
Virtual memory map:
|
Because the MIPS has a 32-bit memory bus, all registers (all LAMEbus device registers are 32-bit) can be read or written atomically in a single instruction.
Ant-32.
The experimental Ant-32 build of System/161 is deprecated.
i386.
LAMEbus for i386 has not been implemented, and probably will not be; however, if it is, the projected layout is with LAMEBASE at 0xffe0 0000, a boot ROM area below that, and all the rest of the physical address space potentially used by RAM:
|
Also note that on i386 the virtual memory map can be arranged however desired.
Because the bus is always mapped, and interrupt lines are always connected, no explicit configuration of system resources is required. However, it is still necessary for system software to inspect the bus to find what devices are connected, and to perform certain control operations. For that reason, as mentioned above, a 1K config region is associated with each slot. Each such config region contains the following registers:
|
Vendor IDs defined are as follows:
|
The Device ID and Device Revision Level values are defined by the vendors. The System/161 Development Team devices are documented in an accompanying document.
Offsets 512-1023 (0x200-0x3ff) of the bus controller's own configuration region are mapped to the bus controller's own registers.
The System/161 2.x multiprocessor bus controller (VID 1, DID 10) has the following registers:
|
RAMSZ reports the system main board configuration. Writes are rejected. Where the physical RAM appears in the physical address space, and whether it is contiguous (and if not, where the gaps are) depends on the processor type.
The IRQS register holds a 1 for each slot that is presently asserting its IRQ line. Writes to IRQS are rejected; interrupts should be cleared on the devices generating them. Bit 0 represents slot 0, etc. Thus bit 31 is the bus controller's bit.
The PWR register holds a 1 for each slot that is currently powered. Writing to this register powers devices on and off.  Note: if the mainboard is powered off, all other slots should be powered off as well. At startup, slots with devices in them are powered; others are unpowered.
The IRQE register holds a 1 for each slot that is allowed to generate interrupts. Slots whose bit in IRQE is zero may assert their IRQ line (and thus appear in IRQS) but will not generate a processor interrupt by doing so.
The CPUS register holds a 1 for each CPU that is present on the system board. These are not necessarily contiguous in the word; in a two-CPU configuration the CPUs present may be e.g. 0 and 16, leading to a value of 0x0001 0001 in this register.
The CPUE register holds a 1 for each CPU that is enabled, that is, powered up and executing. Upon board reset only one CPU (the boot CPU) will be enabled; this will normally be CPU 0. Others that are present may be activated by writing 1s into this register. Enabling a CPU that is not present has undefined results.
The SELF register holds a 1 in the bit position corresponding to the currently executing CPU that is reading the register. This allows distinguishing CPUs from one another. (Note that the system board cannot distinguish among cores on the same CPU; that requires additional on-chip facilities.)
Device Revision Level. The device revision level of the multiprocessor system board is 1.
The older System/161 1.x uniprocessor bus controller (VID 1, DID 1), which is still supported and may be configured as "oldmainboard", has the following registers:
|
RAMSZ, IRQS, and IRQE are the same as in the multiprocessor bus controller.
The PWR register switches the system off if the value 0 is written into it. Other writes have no effect, and reading produces undefined results.
Device Revision Levels. Two levels of the bus controller device are defined.
Each CPU control area contains the following:
|
CIRQE is the same as IRQE, but per-processor. This allows interrupts to be routed to one or more processors as desired. CIRQE is applied downstream of IRQE; that is, an interrupt disabled in IRQE will never be delivered regardless of the setting of CIRQE on any CPU. Note: there is no hardware support for dispatching interrupts to multiple CPUs round-robin fashion.
CIPI allows sending inter-processor interrupts. The inter-processor interrupt pin of each CPU is asserted if its CIPI register contains a nonzero value.
CRAM is a 128-byte scratch area used for system startup, as described below. After startup it can be used as desired by the OS.
On the old uniprocessor motherboard, the entire CPU control area is reserved and accesses yield undefined behavior.
A kernel that supports both mainboard types (uniprocessor and multiprocessor) requires abstraction of the mainboard functions in software. Having accomplished that, the uniprocessor mainboard can be made to mimic a multiprocessor mainboard with one CPU as follows:
At power-up time, the devices present are automatically probed and the VID, DID, and DRL values become available in the configuration registers. The CPUS register, if present, is loaded. The amount of RAM present is probed and the RAMSZ register is loaded. The IRQE and CIRQE registers, if present, are loaded with 0xffff ffff. All devices are reset to a state such that they will not generate interrupts until otherwise programmed.
At this point, the boot CPU is started. On the multiprocessor board the CPUE register is loaded so as to enable the boot CPU, usually CPU 0. On the uniprocessor board, the one CPU is simply released from reset. Control is transferred to the boot ROM.
The boot ROM has no published entry points and supplies no services besides system startup. In fact, it may or may not actually be present, as in the System/161 environment system startup can be effected without it, inside the simulator.
The boot ROM loads an ELF kernel image in a suitable processor-dependent way, and jumps to the image's entry point. A bootup stack is established. A single null-terminated string (generated from the kernel arguments passed on the System/161 command line) is passed as a function argument to the entry point.
On the multiprocessor system board, the boot string is placed in a suitable but unspecified location in main memory. The boot stack is established at the top of the CRAM area.
For secondary CPUs and secondary cores on the boot CPU, which are not normally started until the kernel has taken control of the system, the boot stack is established at the top of the CRAM area, and the contents of the lowest word in the CRAM area are read and used as an entry point to begin execution within the kernel.
On the old uniprocessor system board, the boot string and the boot stack are placed in a suitable but unspecified location in main memory.
MIPS.
The kernel should be linked to run at or near virtual address 0x8000 0000. The kernel is loaded into the corresponding physical memory at or near physical address 0. The boot string (and, if appropriate, the boot stack) are placed at or near the high end of memory, to avoid conflicting with the kernel. The kernel should as soon as possible copy the boot string and establish its own stack in a known location. Then all memory may be used safely.
The address of the boot string is passed in the a0 ($4) register. The sp register points to the top of a stack region as previously defined. However, the startup code should not assume that a proper caller stack frame already exists on the stack. (That is, writing a0 back to its argument slot through the stack pointer may produce undefined behavior.) The contents of other registers, including the CPU configuration registers, are unspecified. The TLB state is unspecified. The CPU cache is in a state suitable for routine operation.
Ant-32.
The experimental Ant-32 build of System/161 is deprecated.
i386.
Not yet specified.


--- layout: page title: About header-img: "img/about-bg.png" ---
Data Scientist, Statistician, DJ and Knowledge Seeker


- Interesting things from myself:
-
A script for windows user to get computer's Log on&off information.
LogInfo.ps1 -
A snake AI wrote in JavaScript with 84 lines code.
Snake AI Blog - Interesting things from others:
-
数值算法教程网页（附 Python 代码）
Numerical Methods for Engineers -
Windows 使用 Html 修改桌面（可动态、可交互）
Github: NoisyWinds/Wallpaper -
多平台桌面共享键盘鼠标
Github: debauchee/barrier -
A beautiful formatting library for python
Github: willmcgugan/rich -
The best prompt I think
Github: romkatv/powerlevel10k -
Get weather infomation in terminal
Github: chubin/wttr.in -
Fast searching solution for terminal users
Github: chubin/cheat.sh -
A light-weigted workspace manager for Windows user
Github: henkman/virgo


| I l@ve RuBoard |
2.16 The fnmatch ModuleThe fnmatch module matches filenames against a pattern, as Example 2-27 shows. The pattern syntax is the same as that used in Unix shells. An asterisk (*) matches zero or more characters, and a question mark (?) matches exactly one character. You can also use brackets to indicate character ranges, such as [0-9] for a single digit. All other characters match themselves. Example 2-27. Using the fnmatch Module to Match FilesFile: fnmatch-example-1.py import fnmatch import os for file in os.listdir("samples"): if fnmatch.fnmatch(file, "*.jpg"): print file sample.jpg In Example 2-28, the translate function converts a file pattern to a regular expression. Example 2-28. Using the fnmatch Module to Convert a Pattern to a Regular ExpressionFile: fnmatch-example-2.py import fnmatch import os, re pattern = fnmatch.translate("*.jpg") for file in os.listdir("samples"): if re.match(pattern, file): print file print "(pattern was %s)" % pattern sample.jpg (pattern was .*\.jpg$) The fnmatch module is used by the glob and find modules. |
| I l@ve RuBoard |


ToolBarActionEnum
@objc public enum ToolBarActionEnum: Int
Predefined action for UIBarButtonItem in toolBar of DownloadListController
by toolBarActions
.
For example, toolBarActions = [.resumeAll, .stopAll]
, toolBar will show two UIBarButtonItem to
provide these two features.
case resumeAll
: Resume all unfinished tasks. It won’t be displayed if displayContent == .toDeleteList
.
case pauseAll
: Pause all downloading tasks. It won’t be displayed if displayContent == .toDeleteList
.
case stopAll
: Stop all downloading tasks and cancel all waitting tasks. It won’t be displayed if
displayContent == .toDeleteList
.
case deleteAll
: Delete all tasks. It won’t be displayed if displayContent == .unfinishedList
.
-
Resume all unfinished tasks. It won’t be displayed if
displayContent == .toDeleteList
.Declaration
Swift
case resumeAll
-
Pause all downloading tasks. It won’t be displayed if
displayContent == .toDeleteList
.Declaration
Swift
case pauseAll
-
Stop all downloading tasks and cancel all waitting tasks. It won’t be displayed if
displayContent == .toDeleteList
.Declaration
Swift
case stopAll
-
Delete all tasks. It won’t be displayed if
displayContent == .unfinishedList
.Declaration
Swift
case deleteAll


Nation mourns Connecticut college gymnast who died in accident
by APNEW HAVEN, Connecticut -- People across the country are showing support for the family of a collegiate gymnast from Connecticut who died after suffering an injury during a training accident.
More than 1,300 people have donated more than $60,000 to help the family of Melanie Coleman.
More than $1,000 worth of meals was bought through a meal service program.
Coleman suffered a spinal cord injury while practicing at the New Era Gymnastics facility in Hamden last Friday. She died at Yale New Haven Hospital on Sunday.
The Milford native was a junior nursing student at Southern Connecticut State University in New Haven.
In a statement to WTNH-TV, her family said they are donating her organs and "are confident that her spirit, laughter, and humor will live on through the ones who loved her most."


This contains all basic arithmetic operations for complex numbers.
More...
Go to the source code of this file.
|
| vector2 | cmul (vector2 z;vector2 w) |
| | Multiply two complex numbers. More...
|
| |
| vector2 | cdiv (vector2 w;vector2 z) |
| | Divide one complex number by another complex number. More...
|
| |
| vector2 | cpow (vector2 z;int n) |
| | Compute the -th power of a complex number. More...
|
| |
| float | real (vector2 z) |
| | Give the real part of a complex number. More...
|
| |
This contains all basic arithmetic operations for complex numbers needed to to solve the challenges in http://wordpress.discretization.de/ddg2019.
◆ cdiv()
| vector2 cdiv |
( |
vector2 w;vector2 |
z | ) |
|
Divide one arbitrary complex number by another non-zero complex number.
- Parameters
-
- Returns
-
◆ cmul()
| vector2 cmul |
( |
vector2 z;vector2 |
w | ) |
|
Multiply two arbitrary complex numbers.
- Parameters
-
| z | first factor |
| w | second factor |
- Returns
-
◆ cpow()
| vector2 cpow |
( |
vector2 z;int |
n | ) |
|
◆ real()
Give the real part of a complex number represented by the first component of a two element vector.
- Parameters
-
- Returns
- the real part of


{{ partial "head.html" . }} {{ partial "header.html" . }} {{- range .Pages }} {{ .Params.genre }} {{ .Title }} {{- end }} Web Design Sound for the next Step Web Design Globetouch Art Direction Five Chair Web Design BikeSpecialized Art Direction Barrel Headphones Branding All about Shaping Branding Band & Roll Branding The Futureof Fitness Art Direction Film Noir Web Design DigitalShopping {{ partial "footer.html" . }}


This is the API documentation for 'core-0.0.6 Documentation'.
[Validate]
Generated with the Darkfish Rdoc Generator 2.


NY animal shelter caring for 200 rodents dumped by roads
by Associated PressITHACA, N.Y. (AP) — An animal shelter in central New York is teeming with rats, mice, gerbils and guinea pigs after humane officers found more than 300 of the small mammals abandoned along roads.
The SPCA of Tompkins County says the rodents were found Sunday huddled on the ground beside two roads in the towns of Danby and Dryden, near Ithaca. Many had died of exposure or from ailments related to overcrowded cages and lack of water.
Joe Hoffer, an SPCA investigator, says the animals were probably being bred as “feeder” animals for reptiles, to be sold to pet stores. He said the person who dumped them will face several hundred charges if caught.
About 200 surviving animals are being cared for by the SPCA, which is reaching out to rescue groups for help.


{% extends "layout_user.html" %} {% block title %}Delete Project{% endblock %} {% from "_formhelpers.html" import render_field %} {% block content %}
Are you sure you want to delete the user? The action cannot be undone.


Below are some examples of high-resolution and standard-resolution images so you can compare their quality side-by-side. Images with a green border are the high-resolution, and images with the red border are the standard-resolution. The image browser widths are set at 320 pixels. If both images have a red border then you're not viewing them on a hi-res display (or your network connection is slow).
The high-resolution image widths will be 320 pixels multiplied by the device pixel resolution, so a device with a pixel resolution of 2 would request an image width of 640 pixels. However, a standard monitor with a pixel ratio of 1 or a device with a slow connection would still only request an image that's 320 pixels wide.
Photo by Honza Groh
Photo by Kallerna
Photo by Joi Ito
Photo by Roger McLassus
Photo by DerHexer
Photo by Lance Corporal Samantha L. Jones, USMC
Born to the West (Paramount Pictures)


[Example] Custom markers
Demonstating: rendering map with custom markers as images (SVG).
Open in a new window
View source code


GM Shop
Weapons
NG
D
C
B
A
S
Armors
NG
D
C
B
A
S
Jewelry
NG
D
C
B
A
S
Sell my Items
Others
Accesories
Clan Section
Pets
Consumable
Soulshots
Coin Exchange
AA Exchange


Lori Sherwood
Unafffiliated
Director, Commercial & Market Development Render Networks
I graduated from The American University in 1993 with a Bachelor of Arts degree in Anthropology. I graduated from The University of Baltimore School of Law with a Juris Doctor in 1999, cum laude. I was admitted to the Maryland Bar in December, 1999 where I have a current license in good standing.
80027
In 2020, I volunteered for the Colorado Democrats Voter Protection Hotline. I was concerned that for the General Election held on November 3, there would be external issues and forces impacting our election integrity. As an attorney I felt it was my civic duty to volunteer to help answer questions if voters had problems with such things as mail ballots not received, voter registration, voter intimidation, and other problems that created a barrier to voting. Contributions: Biden for President John Hickenlooper for Senate (CO) Beto for Senate (TX) Roger Manno for Congress (MD) Hillary for President
National Associations of Telecommunications Officers & Advisors, Board Member 2016-2020; 2010-2014 Maryland State Bar Association, Member
I have not participated in any such activities outside of professional work organizations since I moved to Colorado in 2015. As a single Mom, (and pre-COVID), most of my spare time was focused on my daughter’s activities (now 16) which included year-round soccer with travel clubs and school teams. I did assist with team support (snacks, rides, etc) for my daughter’s soccer teams.
One of the reasons that I registered as an unaffiliated voter in Colorado when I moved here from Maryland in July of 2015, was that I was completely turned off by party politics. For many years when I lived in Maryland, I participated in legislative and political activities including campaign politics. In 2006-2008, I worked for Congressman Albert Wynn, a centrist Democrat who spent his career crossing party lines to collaborate and work with Republicans on compromise solutions. Mr. Wynn was beaten in the 2008 primary by a challenger that attacked him for working with Republicans and voting for bills that weren’t “progressive” enough even though they contained critical items that helped his constituents. That same year, many of Mr. Wynn’s centrist colleagues lost their seats to challengers from the extreme left and extreme right. I found this to be extremely disheartening. A few years later, following the 2010 Census, the Maryland General Assembly engaged in some of the most egregious gerrymandering in the Country. The legislature redrew the Congressional maps and contorted districts in ways that made no sense for the sole goal of ousting the 2 Republican members of Congress. For example, my house was located in a suburban community just outside the District of Columbia; yet, this new map placed me in a legislative district with rural western Maryland communities. In addition, the Maryland General Assembly also gerrymandered the State Legislative Districts in order to preserve power in the City of Baltimore. These maps created a great amount of confusion and damaged relationships between constituents and elected officials. As a result, these maps were challenged in Court and even went to the Supreme Court.  This all or nothing approach of the parties is harming our country. Which is why I was positively elated when Colorado voters passed the referendum to allow the State to create a non-partisan commission to determine redistricting. Redistricting maps should be fair and impartial. It is critically important to draw the districts in ways that remove political bias. In addition to my political and legislative experience, I also have professional experience that directly relates to mapping and developing nonpartisan relationships to solve problems. I am an attorney that works in the telecommunications industry. One of our industry’s biggest challenges is finding efficient ways to connect rural unserved and underserved communities with high-speed broadband. In my field, mapping is a big issue. For example, existing internet providers must on a biannual basis, self-report the census blocks where they provide coverage. If a provider serves one household in a census block, then that entire census block is considered served. For many years national broadband maps that have been created have been heavily criticized for over-estimate existing coverage since they are reliant on providers to self-report and there is no mechanism for quality control. The issue with these maps is that they are often used by federal and state granting authorities to justify funding awards. For example, a grant applicant is usually ineligible to apply for a census block if the maps show it is currently being served by another provider. It can be very difficult for grant applicants to prove a negative and/or create a network design that complies with the funding requirements. In the last 10 years, I have worked with many diverse communities (including in Colorado) on resolving mapping issues and developing network plans that serve as many households and locations within a census block as possible. My background in telecommunications would provide the Commission with a unique perspective on mapping. It would be a great honor for me to leverage my experience and to be able to serve the people of Colorado in helping to draw fair and unbiased redistricting maps.
Over the last seven years in my professional career, I have primarily worked in rural broadband finding solutions for communities than need better internet access. As a part of my job, I traveled to many different communities in the most rural parts of our country to conduct stakeholder outreach, talk to members of the community including school officials, public safety officials, health professionals, business leaders, elected officials and more. This required me to listen and understand everyone’s perspective in order to generate a broadband plan with multiple solutions that met the needs of the community. In most cases, I would present the plan and recommendations to planning commissions and city councils. One thing I have learned is overwhelmingly broadband is not a Democrat versus Republican issue. In most cases, whether or not the community adopted my recommendation came down to funding and financing, and whether they could develop partnerships with a private provider to assist them in the deployment and operations of a network. While I traveled around the country, most of my time was spent working with Colorado communities including Pitkin County, Routt County, Towns of Fraser and Winter Park, Town of Breckenridge, City of Greeley, City of Louisville, City of Thornton, Town of Erie, City of Littleton and Town of Firestone. This enabled me to gain a deep understanding of these communities, their geography, broadband maps and perspectives. In addition, for the last four years, I served on the Board of Directors of the National Association of Telecommunications Officers and Advisors (NATOA). NATOA’s members come from the largest cities and smallest towns across the country. One of NATOA’s biggest challenges is finding ways to meet the needs of all members. The last two years, I served on the Annual Conference Committee and co-chaired the Policy and Legal Committee, and I can tell you that issues that impact one city may not impact all, and it was challenging to walk that fine line across the membership. Overall, I have a deep understanding of the Colorado landscape and years of experience working with diverse groups of people with diverging opinions. I often speak on panels at national conferences and would not have achieved professional success without taking a collaborative and equitable approach to everything that I do.
As you can see from my attached curriculum vitae (cv), I have spent my entire career working in jobs that require the application of logic, reasoning, analytical, critical thinking and communication skills. This includes extensive experience with understanding federal, state and local telecommunications issues, application of legal and regulatory rules and regulations, team-building, strategic planning, project management for large complex projects, engagement in public policy, government affairs, lobbying and public speaking. In my current position as Director, Commercial & Market Development with Render Networks I serve as in-house counsel for a dynamic software as a service technology company with a geo-spatial digital construction management platform based in Melbourne, Australia. I also serve on the Executive Leadership Team of the Company which includes developing budgets, priorities, setting objectives and leading indicators and strategic planning. Additionally, I have also been appointed to serve as the Secretary of Render Networks, Inc; a US subsidiary of Render Networks Pty Ltd. In this position, I have an integral role in leading US operations including engaging in thought leadership activities. I refer you to my cv for additional details.
Female


All the ConnectionPoolDataSource
and DataSource
implementations can be stored
in JNDI. In the case of the nonpooling implementations, a new instance will be
created every time the object is retrieved from JNDI, with the same settings as
the instance that was stored. For the pooling implementations, the same instance
will be retrieved as long as it is available (e.g., not a different JVM retrieving
the pool from JNDI), or a new instance with the same settings created otherwise.
In the application server environment, typically the application server's
DataSource
instance will be stored in JNDI, instead of the PostgreSQL™
ConnectionPoolDataSource
implementation.
In an application environment, the application may store the DataSource
in JNDI
so that it doesn't have to make a reference to the DataSource
available to all
application components that may need to use it. An example of this is shown in
Example 11.2, “DataSource
JNDI Code Example”.
Example 11.2. DataSource
JNDI Code Example
Application code to initialize a pooling DataSource
and add it to JNDI might
look like this:
PGPoolingDataSource source = new PGPoolingDataSource();
source.setDataSourceName("A Data Source");
source.setServerName("localhost");
source.setDatabaseName("test");
source.setUser("testuser");
source.setPassword("testpassword");
source.setMaxConnections(10);
new InitialContext().rebind("DataSource", source);
Then code to use a connection from the pool might look like this:
Connection conn = null;
try
{
DataSource source = (DataSource)new InitialContext().lookup("DataSource");
conn = source.getConnection();
// use connection
}
catch (SQLException e)
{
// log error
}
catch (NamingException e)
{
// DataSource wasn't found in JNDI
}
finally
{
if (con != null)
{
try { conn.close(); } catch (SQLException e) {}
}
}


Many Many Happy returns of the day...."POM'MAI"
Its been a long-long journey with U and still counting....hoping to make many more memories..
Have a great day..enjoy urself at home...its corona all over else i have given u some surprise....Don't worry i will make sure u will get it before i go to my college...take care..loads of love..
please click on the image


Animation/Transitions. Demonstration of animateTo API method and transitions for bgColor and bgOpacity options. Color fading requires inclusion of John Resig's jQuery Color Animations plugin. If it is not included, colors will not fade. This demo also uses an alternate outerImage, and creating new selections is disabled.


{% extends "template.html" %} {% block title %}Participate{% end %} {% block content %}
Chancecoin (CHA) is a protocol, coin, and client used to bet on dice rolls in a decentralized casino. Owners of the coin may gamble on dice rolls, with randomness provided by published NY Lottery Quick Draw numbers. Owners of the coin are automatically invested in the house bankroll. The protocol, which is based on Counterparty (XCP), is built on top of the Bitcoin blockchain. Coins are created by burning Bitcoins.
During the burn period, you can burn BTC into CHA using the standard Chancecoin wallet or command line interface. You can also burn BTC into CHA by sending BTC to {{ unspendable }} using a Bitcoin client or Blockchain.info. After the burn period, you can still trade CHA for BTC on the decentralized exchange using the standard Chancecoin wallet or command line interface.
Open the wallet software and click on "Wallet." Under the "Burn" section, fill in your address and desired quantity to burn. Then click "Burn."
 As long as one of the outputs is 1ChancecoinXXXXXXXXXXXXXXXXXZELUFD, the burn will be credited to the first input address.
To burn using a Blockchain.info wallet, do the following:
Note that when you use multiple input addresses, the CHA is credited to the first input address.
You can gamble using the standard Chancecoin wallet or command line interface.
Open the wallet software and click on "Casino." Choose the amount of CHA you want to bet, and the desired payout or odds of winning (one will determine the other). Then click "Roll the Dice."
Run "python chancecoind.py bet --source SOURCE --bet BET --chance CHANCE --payout PAYOUT." Note that the chance of winning and the payout must be congruent. This is best illustrated with an example: if the chance of winning is 50 (meaning 50%), then the payout is 1/0.5*(1-{{ house_edge }})={{ 1/0.5*(1-house_edge) }}, where {{ house_edge }} is the house edge.
By owning CHA, you are automatically bankrolling the house. On average, you can expect to earn the house edge of {{ house_edge*100 }}% per bet.
Donations to 1BckY64TE6VrjVcGMizYBE7gt22axnq6CM are welcome.


Conclusion
We have just scratched the surface of the many topics in the ever evolving ecosystem of decentralized technologies. Congratulations! We hope you enjoyed reading Blockchain Basics. The blockchain industry is evolving rapidly, and we couldn’t be more excited about it. As someone who’s shown an interest in learning about blockchain, we wanted to direct you to additional resources. The first is a comprehensive introduction to blockchain that makes heavy use of animation to explain concepts visually; it’s perfect for anyone with no technical experience. The second is an in-depth course for developers who want to start coding on the blockchain.
- Blockchain: Foundations and Use Cases
- About this course:This is the definitive introduction to blockchain for non-developers and developers alike. This is a 5-week, self-paced, online course featuring rich media and multi-modal content such as animation, video, reading materials, interactive quizzes, assignments, and a peer-reviewed final project where you will build your own blockchain case study. Designed with the busy professional in mind, this course can be completed with just 2-3 hours of time per week. The best part about this class is that you can audit it for free! For $99USD, you can take the full course and upon passing, earn a certification which can be put on your LinkedIn profile, which research has shown can increase profile engagement by up to 6x!
- Who is this class for:This course requires no prior technical knowledge and is ideal for anyone who wants to understand blockchain: whether you’re a businessperson who wants to learn about impacts to your industry, or a technologist who’d like to take an introductory step into the world of blockchain.
- ConsenSys Academy Developer Program
- About this course: The Developer Program is an 11-week program that equips students with the knowledge, skills, and mentorship essential to becoming industry-leading Ethereum developers. In this course, you’ll be coding on the blockchain, and taking part in a robust online community of students, mentors, and experts
- Who is this class for: The ideal learner has at least 1 year of programming experience, will be an experienced and passionate Object-Oriented Programmer (preferably Python), and is familiar with general web development, JavaScript, HTML, and Git.
We can also direct you to more resources and materials at our website, where you can deepen your knowledge and really dig into concepts in more granularity and mathematical detail.
Please review the bibliography for sources and links for further reading. If there are any suggestions for additional content we can add to this book, please let us know. Welcome to this exciting space, we are happy to have you along for the journey!


|
Congrats! You've just voted for [[${coin}]] to be traded on Nimera and [[${votes}]] Votes will be added for the coin listing. You will be notified by email on round results and voting EONs return to your wallet (it takes up to 3 days after round end date). |


Introduction
Axure Kit
Carbon
Updates
Common widgets
Style effects
Variables
Selection group
Repeater
Dynamic panel
Introduction
Axure elements
Utilities
UI shell
Tooltip
Toggle
Tile
Text input
Tag
Tabs
Structured list
Slider
Select
Search
Radio button
Progress indicator
Pagination
Overflow menu
Number input
Notification
Modal
Loading
List
Link
Inline loading
Form
File upoader
Dropdown
Date picker
Data table
Content switcher
Code snippet
Checkbox
Button
Breadcrumb
Accordion
Components
Typography
Spacing
Icons
Color
Design elements
Library index
Getting started
Axure elements
Privacy
Have questions? Open an issue on GitHub.
Last updated 29 January 2020
Copyright © 2020 IBM
Terms of Use
Contribute
IBM.com
Some widgets in this library were created using specific Axure RP widget types to model the behavior of the Carbon Design System components. In each case, understanding the role of these elements will help to configure the components and maintain their designed behavior.
The library also contains some common widgets that you may need to work with when using the IBM Carbon 10 widget library.
The elements
Repeater
Variables
Selection group
Style effects
Dynamic panel


Three Girls For the Planet is on a mission to sread the word and inform you about the renewable energy sources and current environmental situations that need to change. We will do this by stating clear goals, credible information, and offering solutions/ways to change individually and as a whole, the environmental state we are in right now.
Three Girls For the Planet is composed of three girls (Madison, Lila, and Alegra) and we made this website/app as apart of Brave Camp, a coding camp for girls. We wanted to do our website on these specific issues and we hope you take away something valuable from our webite.
When we were doing research for this website we talked to Chris Harrell, who was a science teacher and now has written a few songs about science. If you want to check his work out and see what else he does, the links are below. Also if you want to see how much carbon you put out, there is a carbon footprint test you could take. Thank you!


Adding New PuppetRAT Plugin¶
The framework could be easily extended to support new RATs. If you wish to do so please create new Python file named after the RAT under the ‘plugins’ directory. This file should contain at least one class which implements a new PuppetRAT, make sure to override both ‘register’ and ‘loop’ methods, example:
class MyRAT(PuppetRAT):
def register(self):
self._register(winapi.gethostname(),
winapi.get_volume_serial_number(),
self.vfs.user_home_path)
def loop(self):
while True:
self._check_for_new_command()
time.sleep(30)


The most famous Hollywood Era is called Hollywood The Golden Age. This period I think it is the most magical and fascinating, the one that represents better the art of making movies. The Golden Age began by the 1930s and during that time some of the most famous and iconic movies came to life. Actors and actresses such as Cary Grant, William Holden,Humphrey Bogart,Audrey Hepburn,Marilyn Monroe and Vivien Leigh were part of some of the most iconic motion pictures of all time. They were icons themselves and they still are.That world had something magic,poetic and elegant that was able to bring up the best part of that time. Watching one of those movies it seems you can actually feel and live that incredible atmosphere. All the real Hollywood Stars lived back then. Brilliant actors,actresses,producers,film makers and all people who worked behind the scenes made the Golden Age a reality and a great piece of history.


--- title: '404: Page not found' permalink: 404.html layout: default ---
Sorry, You Still Haven 't Found What You are Looking For Follow Me


Maximum Likelihood estimation of random utility discrete choice models (logit and probit).
| Version: | 0.3-0 |
| Depends: | R (≥ 2.10), Formula, maxLik |
| Imports: | statmod, zoo, MASS, lmtest |
| Suggests: | knitr, car, nnet, lattice, AER, ggplot2, texreg |
| Published: | 2018-04-20 |
| Author: | Yves Croissant [aut, cre] |
| Maintainer: | Yves Croissant <yves.croissant at univ-reunion.fr> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://cran.r-project.org/package=mlogit, https://r-forge.r-project.org/projects/mlogit/ |
| NeedsCompilation: | no |
| Materials: | NEWS |
| In views: | Econometrics, SocialSciences |
| CRAN checks: | mlogit results |
| Reference manual: | mlogit.pdf |
| Vignettes: |
Kenneth Train's exercises using the mlogit package for R Estimation of the multinomial logit models in R: The mlogit Package Estimation of Random Utility Models in R: The mlogit Package |
| Package source: | mlogit_0.3-0.tar.gz |
| Windows binaries: | r-devel: mlogit_0.3-0.zip, r-release: mlogit_0.3-0.zip, r-oldrel: mlogit_0.3-0.zip |
| OS X binaries: | r-release: mlogit_0.3-0.tgz, r-oldrel: mlogit_0.3-0.tgz |
| Old sources: | mlogit archive |
| Reverse depends: | covLCA, mpbart, nopp |
| Reverse imports: | clusterSEs, Demerelate, gmnl, idefix, misclassGLM, mnlogit |
| Reverse suggests: | AER, catdata, catspec, flexmix, generalhoslem, McSpatial, mlogitBMA, nonnest2, urbin, WeightIt |
| Reverse enhances: | prediction, stargazer, texreg |
Please use the canonical form https://CRAN.R-project.org/package=mlogit to link to this page.


import "context"
Package context defines the Context type, which carries deadlines, cancelation signals, and other request-scoped values across API boundaries and between processes.
Incoming requests to a server should create a Context, and outgoing calls to servers should accept a Context. The chain of function calls between them must propagate the Context, optionally replacing it with a derived Context created using WithCancel, WithDeadline, WithTimeout, or WithValue. When a Context is canceled, all Contexts derived from it are also canceled.
The WithCancel, WithDeadline, and WithTimeout functions take a Context (the parent) and return a derived Context (the child) and a CancelFunc. Calling the CancelFunc cancels the child and its children, removes the parent's reference to the child, and stops any associated timers. Failing to call the CancelFunc leaks the child and its children until the parent is canceled or the timer fires. The go vet tool checks that CancelFuncs are used on all control-flow paths.
Programs that use Contexts should follow these rules to keep interfaces consistent across packages and enable static analysis tools to check context propagation:
Do not store Contexts inside a struct type; instead, pass a Context explicitly to each function that needs it. The Context should be the first parameter, typically named ctx:
func DoSomething(ctx context.Context, arg Arg) error { // ... use ctx ... }
Do not pass a nil Context, even if a function permits it. Pass context.TODO if you are unsure about which Context to use.
Use context Values only for request-scoped data that transits processes and APIs, not for passing optional parameters to functions.
The same Context may be passed to functions running in different goroutines; Contexts are safe for simultaneous use by multiple goroutines.
See https://blog.golang.org/context for example code for a server that uses Contexts.
Canceled is the error returned by Context.Err when the context is canceled.
DeadlineExceeded is the error returned by Context.Err when the context's deadline passes.
type CancelFunc func()
A CancelFunc tells an operation to abandon its work. A CancelFunc does not wait for the work to stop. After the first call, subsequent calls to a CancelFunc do nothing.
type Context interface { // Deadline returns the time when work done on behalf of this context // should be canceled. Deadline returns ok==false when no deadline is // set. Successive calls to Deadline return the same results. Deadline() (deadline time.Time, ok bool) // Done returns a channel that's closed when work done on behalf of this // context should be canceled. Done may return nil if this context can // never be canceled. Successive calls to Done return the same value. // // WithCancel arranges for Done to be closed when cancel is called; // WithDeadline arranges for Done to be closed when the deadline // expires; WithTimeout arranges for Done to be closed when the timeout // elapses. // // Done is provided for use in select statements: // // // Stream generates values with DoSomething and sends them to out // // until DoSomething returns an error or ctx.Done is closed. // func Stream(ctx context.Context, out chan<- Value) error { // for { // v, err := DoSomething(ctx) // if err != nil { // return err // } // select { // case <-ctx.Done(): // return ctx.Err() // case out <- v: // } // } // } // // See https://blog.golang.org/pipelines for more examples of how to use // a Done channel for cancelation. Done() <-chan struct{} // Err returns a non-nil error value after Done is closed. Err returns // Canceled if the context was canceled or DeadlineExceeded if the // context's deadline passed. No other values for Err are defined. // After Done is closed, successive calls to Err return the same value. Err() error // Value returns the value associated with this context for key, or nil // if no value is associated with key. Successive calls to Value with // the same key returns the same result. // // Use context values only for request-scoped data that transits // processes and API boundaries, not for passing optional parameters to // functions. // // A key identifies a specific value in a Context. Functions that wish // to store values in Context typically allocate a key in a global // variable then use that key as the argument to context.WithValue and // Context.Value. A key can be any type that supports equality; // packages should define keys as an unexported type to avoid // collisions. // // Packages that define a Context key should provide type-safe accessors // for the values stored using that key: // // // Package user defines a User type that's stored in Contexts. // package user // // import "context" // // // User is the type of value stored in the Contexts. // type User struct {...} // // // key is an unexported type for keys defined in this package. // // This prevents collisions with keys defined in other packages. // type key int // // // userKey is the key for user.User values in Contexts. It is // // unexported; clients use user.NewContext and user.FromContext // // instead of using this key directly. // var userKey key = 0 // // // NewContext returns a new Context that carries value u. // func NewContext(ctx context.Context, u *User) context.Context { // return context.WithValue(ctx, userKey, u) // } // // // FromContext returns the User value stored in ctx, if any. // func FromContext(ctx context.Context) (*User, bool) { // u, ok := ctx.Value(userKey).(*User) // return u, ok // } Value(key interface{}) interface{} }
A Context carries a deadline, a cancelation signal, and other values across API boundaries.
Context's methods may be called by multiple goroutines simultaneously.
Background returns a non-nil, empty Context. It is never canceled, has no values, and has no deadline. It is typically used by the main function, initialization, and tests, and as the top-level Context for incoming requests.
TODO returns a non-nil, empty Context. Code should use context.TODO when it's unclear which Context to use or it is not yet available (because the surrounding function has not yet been extended to accept a Context parameter). TODO is recognized by static analysis tools that determine whether Contexts are propagated correctly in a program.
func WithCancel(parent Context) (ctx Context, cancel CancelFunc)
WithCancel returns a copy of parent with a new Done channel. The returned context's Done channel is closed when the returned cancel function is called or when the parent context's Done channel is closed, whichever happens first.
Canceling this context releases resources associated with it, so code should call cancel as soon as the operations running in this Context complete.
This example demonstrates the use of a cancelable context to prevent a goroutine leak. By the end of the example function, the goroutine started by gen will return without leaking.
Code:play
// gen generates integers in a separate goroutine and // sends them to the returned channel. // The callers of gen need to cancel the context once // they are done consuming generated integers not to leak // the internal goroutine started by gen. gen := func(ctx context.Context) <-chan int { dst := make(chan int) n := 1 go func() { for { select { case <-ctx.Done(): return // returning not to leak the goroutine case dst <- n: n++ } } }() return dst } ctx, cancel := context.WithCancel(context.Background()) defer cancel() // cancel when we are finished consuming integers for n := range gen(ctx) { fmt.Println(n) if n == 5 { break } }
Output:
1 2 3 4 5
WithDeadline returns a copy of the parent context with the deadline adjusted to be no later than d. If the parent's deadline is already earlier than d, WithDeadline(parent, d) is semantically equivalent to parent. The returned context's Done channel is closed when the deadline expires, when the returned cancel function is called, or when the parent context's Done channel is closed, whichever happens first.
Canceling this context releases resources associated with it, so code should call cancel as soon as the operations running in this Context complete.
This example passes a context with a arbitrary deadline to tell a blocking function that it should abandon its work as soon as it gets to it.
Code:play
d := time.Now().Add(50 * time.Millisecond)
ctx, cancel := context.WithDeadline(context.Background(), d)
// Even though ctx will be expired, it is good practice to call its
// cancelation function in any case. Failure to do so may keep the
// context and its parent alive longer than necessary.
defer cancel()
select {
case <-time.After(1 * time.Second):
fmt.Println("overslept")
case <-ctx.Done():
fmt.Println(ctx.Err())
}
Output:
context deadline exceeded
WithTimeout returns WithDeadline(parent, time.Now().Add(timeout)).
Canceling this context releases resources associated with it, so code should call cancel as soon as the operations running in this Context complete:
func slowOperationWithTimeout(ctx context.Context) (Result, error) { ctx, cancel := context.WithTimeout(ctx, 100*time.Millisecond) defer cancel() // releases resources if slowOperation completes before timeout elapses return slowOperation(ctx) }
This example passes a context with a timeout to tell a blocking function that it should abandon its work after the timeout elapses.
Code:play
// Pass a context with a timeout to tell a blocking function that it // should abandon its work after the timeout elapses. ctx, cancel := context.WithTimeout(context.Background(), 50*time.Millisecond) defer cancel() select { case <-time.After(1 * time.Second): fmt.Println("overslept") case <-ctx.Done(): fmt.Println(ctx.Err()) // prints "context deadline exceeded" }
Output:
context deadline exceeded
WithValue returns a copy of parent in which the value associated with key is val.
Use context Values only for request-scoped data that transits processes and APIs, not for passing optional parameters to functions.
The provided key must be comparable and should not be of type string or any other built-in type to avoid collisions between packages using context. Users of WithValue should define their own types for keys. To avoid allocating when assigning to an interface{}, context keys often have concrete type struct{}. Alternatively, exported context key variables' static type should be a pointer or interface.
Code:
type favContextKey string f := func(ctx context.Context, k favContextKey) { if v := ctx.Value(k); v != nil { fmt.Println("found value:", v) return } fmt.Println("key not found:", k) } k := favContextKey("language") ctx := context.WithValue(context.Background(), k, "Go") f(ctx, k) f(ctx, favContextKey("color"))
Output:
found value: Go key not found: color


Python Dummy SMTP Server as a Windows Service
The other day, for debugging purposes, I needed to deploy a dummy SMTP server that would receive, log and NOT send emails. There’s actually a cool little Python one-liner that does something similar to this:
Bam. A basic SMTP server that will output messages to stdout. Note that since it’s a port less than 1024, we need to run this command as sudo or in an administrative command prompt in order to bind to port 25.
Before I continue, I wan’t to make you aware that I’ve never scripted in Python before. This was my first application (Yeah, screw you, “Hello World”) So I lack experience, and some of my solutions may be inefficient and bad practice. (Please let me know if so!)
For my application, the downside of the previous command is that it only outputs to stdout and does not run as a service (I was looking for more of a permanent solution for debugging / dev purposes… a lot of debugging.)
As a “solution” I wrapped a derivative of this command into a Windows Service using a Python extension called pywin32.
Here’s what I came up with:
In order to install this service, you’d execute:
Now if you go to services, you can see that there’s a new service called “SMTP Dummy Server” (As specified in line 15) You can now start and stop this service at will and it will act as an SMTP server that will save all emails to the C:\DummySMTP\
folder with daily rotating log files.
Issues Encountered
One issue was that in order for the server to keep polling for incoming messages, you need to execute asyncore.loop()
– The problem is that when executed, it locks and we can no longer do anything. Unfortunately there is no “clean” way to quit out of this. (So what do we do if the user tells the service to stop?) One way to have it end naturally is to close all open channels as per the documentation.
The service also needs to wait for a stop command. This is done through this:
Which waits until a stop event. (Or any event change, I believe) Meaning: yay, more threads!
On top of this, I wanted to log to file so I needed to have a loop that redirected stdout to file. Those two issues were solved like so:
Now we’re free to execute our logging commands
This just keeps looping until the myStatusThread is no longer alive. Once no longer alive, the smtpd server is closed and the asyncoreThread is joined. The asyncoreThread should naturally close due to us closing all open channels and the Windows Service reports a clean service stop.


A puzzlescript file is divided into 8 sections:
Player
Blue
If you do this, the player will be a blue square.
You can specify a sprite as a 5x5 grid as follows:
Player
PINK YELLOW BLACK
.222.
.000.
22122
.222.
.2.2.
Which gives you this wee fella:
The dots represent transparency, and the numbers 0..9 index the colours in the second line.
I'm getting slightly ahead of myself here, but I should mention the following convenience: instead of doing it in the legend section, you can specify a character that you can use to refer to the object when level editing just by putting it after its real name:
Player P
PINK WHITE BLACK
.222.
.000.
22122
.222.
.2.2.
The available colour names are:
- black
- white
- lightgray/grey
- gray/grey
- darkgray/grey
- red
- darkred
- lightred
- brown
- darkbrown
- lightbrown
- orange
- yellow
- green
- darkgreen
- lightgreen
- blue
- lightblue
- darkblue
- purple
- pink
- transparent
You can use hex-codes instead of these names, if you prefer:
Player
#FF5555 #FFFFFF #000000
.222.
.000.
22122
.222.
.2.2.


Home
Todo
A Basic Todo List
Features
Add events in
todo
Retrieve events added in
todo
Delete events from
todo
Created by Pranav Kethireddy


Welcome to my Index! Here you will find a simple navigation to all the blogs that I will be making on our Dev Academy Journey. It may not be pretty, but I hope you all stick around and give me any advice you have to share to make my code better!


Questions Raised After Jowie Deletes Maribe's Photos While in Jail
by Kenyans.co.ke WriterJoseph Irungu alias Jowie surprised his fans on Friday, November 29, after activity was noticed on his social media accounts.
Irungu, who is facing charges in the gruesome murder of businesswoman Monica Kimani, has been in remand since September 2018.
However, a photo of him and a girl whose name is not identified was posted on his Instagram account.
The image showed both of them enjoying themselves at an entertainment joint.
Further, previous photos of Irungu and his fiancée Jacque Maribe (who is also facing charges in the murder case of Monica Kimani) were deleted.
On the comment section, most of his followers were happy that he was back on social media while others wondered whether he had been released from jail.
The social media activity raised eyebrows from people who could not tell whether the suspect was using his account in detention or had given someone else access to it.
"All of Maribe's photos have been deleted," Catie noted.
"Welcome back," Gadafi Shariff stated.
On Thursday, November 28, Justice James Wakiaga directed that Irungu's bail application ruling would be heard on February 13, 2020, meaning that he would yet again spend the Christmas holiday locked up at Kamiti Maximum Security Prison.
Irungu had filed for a fresh bail application, claiming that he was suffering behind bars.
On October 30, 2018, Justice Wakiaga denied Irungu bond, on grounds that he might interfere with witnesses.
His co-accused, former news anchor Jacque Maribe, was released on a Ksh2 million bond or Ksh1 million cash bail, with three sureties.


- back - Variable in class com.example.spotifyclone.artPlaylistFragment
-
- backhelp - Variable in class com.example.spotifyclone.HelpEach
-
- backk2 - Variable in class com.example.spotifyclone.EachplaylistSongs
-
- backk3 - Variable in class com.example.spotifyclone.addsongscreate
-
- backk3 - Variable in class com.example.spotifyclone.totalsongs
-
- backk3 - Variable in class com.example.spotifyclone.Unrealeasedsongs
-
- barartistname - Static variable in class com.example.spotifyclone.MainActivitysha
-
- barcontrol - Variable in class com.example.spotifyclone.MainActivitysha
-
- barimage - Static variable in class com.example.spotifyclone.MainActivitysha
-
- barlike - Static variable in class com.example.spotifyclone.MainActivitysha
-
- barname - Static variable in class com.example.spotifyclone.HelpEach
-
- barpausestop - Static variable in class com.example.spotifyclone.MainActivitysha
-
- barsonfname - Static variable in class com.example.spotifyclone.MainActivitysha
-
- barval - Static variable in class com.example.spotifyclone.MainActivitysha
-
- BASE_URL - Variable in class com.example.spotifyclone.RetrofitSingleton
-
- bCreate - Variable in class com.example.spotifyclone.Name
-
Buttons fo the user to submit the name
Edit text to write the name in it
- bFacebook - Variable in class com.example.spotifyclone.firstPage
-
Buttons for the user to login, login with facebook or sign up
- bFemale - Variable in class com.example.spotifyclone.Gender
-
Buttons fo the user to select their gender
String that is assigned the gender in String
- bforgot - Variable in class com.example.spotifyclone.Login
-
- Birthdate - Class in com.example.spotifyclone
-
Birthdate Activity to allow new users to enter their birthdate
- Birthdate() - Constructor for class com.example.spotifyclone.Birthdate
-
- birthDate - Variable in class com.example.spotifyclone.LoginResponse
-
- birthDate - Variable in class com.example.spotifyclone.User
-
- bLike2 - Variable in class com.example.spotifyclone.MorePageDown
-
- bLike3 - Variable in class com.example.spotifyclone.MorePageDown
-
- blocks - Variable in class com.example.spotifyclone.Category
-
ArrayList of blocks
- blocks - Variable in class com.example.spotifyclone.Player_Adapter_two
-
- bLogin - Variable in class com.example.spotifyclone.Login
-
- bLogin1 - Variable in class com.example.spotifyclone.firstPage
-
Buttons for the user to login, login with facebook or sign up
- bMale - Variable in class com.example.spotifyclone.Gender
-
Buttons fo the user to select their gender
String that is assigned the gender in String
- bNext - Variable in class com.example.spotifyclone.Register
-
Buttons fo the user to submit the email
Edit text to write the email in it
- bNext2 - Variable in class com.example.spotifyclone.createPassword
-
Buttons fo the user to submit the password
Edit text to write the password in it
- bPremium - Variable in class com.example.spotifyclone.PermiumFragment
-
- bPremium - Variable in class com.example.spotifyclone.Premium
-
- bSearch - Variable in class com.example.spotifyclone.SearchFragment
-
- bSearch - Variable in class com.example.spotifyclone.SearchPage
-
- bShare2 - Variable in class com.example.spotifyclone.MorePageDown
-
- bShare3 - Variable in class com.example.spotifyclone.MorePageDown
-
- bSignup - Variable in class com.example.spotifyclone.firstPage
-
Buttons for the user to login, login with facebook or sign up
- btn_hide - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_like - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_more - Variable in class com.example.spotifyclone.Each_album
-
- btn_more - Variable in class com.example.spotifyclone.EachArtist
-
- btn_more - Variable in class com.example.spotifyclone.EachPlaylist
-
- btn_more - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_pause_stop - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_playerdown - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_share - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_share2 - Variable in class com.example.spotifyclone.MusicActivity
-
- btn_share3 - Variable in class com.example.spotifyclone.MusicActivity
-
- btnGet - Variable in class com.example.spotifyclone.Birthdate
-
- buttonfollowAction() - Method in class com.example.spotifyclone.EachArtist
-
when a user clicks on follow button
- buttonLikeAction() - Method in class com.example.spotifyclone.MusicActivity
-
This Function is Called when a like button has been pressed.
- buttonlikealbum() - Method in class com.example.spotifyclone.Each_album
-
- buttonlikeplaylist() - Method in class com.example.spotifyclone.EachPlaylist
-
- buttonPlayerAction() - Method in class com.example.spotifyclone.MusicActivity
-
A Function that listens to the user interaction with the Play/Pause Button changing the Image resource and then stops the music or starts it again.


This is a prototype implementation of a Solid server. It is a fully functional server, but there are no security or stability guarantees. If you have not already done so, please register.
Server info
- Name
- {{serverName}} {{#if serverDescription}}
- Description
- {{serverDescription}} {{/if}}
- Details
- Running on Node Solid Server {{serverVersion}}


Dirty Work Starring Norm MacDonald and Artie Lange Directed by Bob Saget
Reviewed by John Latchem
At one point in this movie there is a staging of an Opera that goes completely wrong. But one member of the crowd stands up and cheers, thinking the performance was planned, and applauding it for their efforts. That's "Dirty Work" in a nutshell. A very different kind of movie. This is not a movie that I can easily review. The critic in me analyzes the structure, plot, acting, characters. . .and tells me this movie is terrible. But the Norm MacDonald fan in me had me rolling on the floor laughing. This movie plays more like an HBO sketch comedy than a movie. It's a one note concept. Mitch and Sam need $50000 in order to bribe a doctor to give their father a heart transplant before other more needy patients. Realizing they are very good at revenge plots, they open a revenge for hire business, eventually running afoul of a rich businessman played by Christopher MacDonald (who after roles in "Happy Gilmore" and "Veronica's Closet" seems typcast in this role), who sends them to destroy a building that Mitch learns is the home of his girlfriend's grandmother, thus leading them to plot against the rich businessman on the night of the grand opening of a new Opera house. First the critic in me. The plot is the standard poor guy vs evil rich guy device, where the main character meets the girl of his dreams along the way. Here's the catch. None of the characters are sympathetic.  The jokes are juvenile, crude, appealing to the worst elements in people.  There's even a subplot that's developed, it seems, only to make jokes about infidelity and incest. And I loved watching it. I was a huge fan of Norm MacDonald's sarcastic, to-the-point comedy on Saturday Night Live, and this movie is an hour and a half of it. Norm MacDonald takes a joke, strips it to the core, and tells it like it is with a dry wit. Like the scene were he and his friend are learning the ropes at a new construction job. The foreman goes over the basics, which Mitch and Sam don't understand. How do they get out of it? By admiting they lied on their resumes, and don't know a thing about construction! And surprise, they get fired. The characters are incredibly mean-spirited. There's a father who's loud and obnoxious, a gambling addicted Doctor played by Chevy Chase who tells Sam of his father's condition by saying "If I were a gambling man I'd put a lot of money on death." The businessman Cole who always has his dog Spunky, and does who knows what with it. And then there's Mitch and Sam, who, thinking they can get $50000 by destroying a building, ponder how their actions would ruin the lives of the residents. "Too bad we have to do it," Mitch says. Here's a movie where every joke that is executed as it is set up, where you see every punchline coming, where every spot profanity could be used and then is used. At least the film is honest, and makes no mistake that it is anything more than idiotic. But at least it isn't dull, and it isn't predictable. And that's the way it should be. It's sketch comedy, and if you're a fan of Norm MacDonald, you'll love it. The jokes are crude, the characters are mean to the core, the attitude of the movie is that it just doesn't care.  The jokes are crude, the characters are mean to the core, the attitude of the movie is that it just doesn't care.
The critic in me says 3 out of 10 (*) But I give it an 8 (***). I just couldn't stop laughing.
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