|
Mini51 BSP
V3.02.002
The Board Support Package for Mini51 Series
|
#include <Mini51Series.h>
Data Fields | |
| __IO uint32_t | PWRCON |
| __IO uint32_t | AHBCLK |
| __IO uint32_t | APBCLK |
| __IO uint32_t | CLKSTATUS |
| __IO uint32_t | CLKSEL0 |
| __IO uint32_t | CLKSEL1 |
| __IO uint32_t | CLKDIV |
| __IO uint32_t | CLKSEL2 |
| __IO uint32_t | FRQDIV |
@addtogroup CLK System Clock Controller(CLK) Memory Mapped Structure for CLK Controller
Definition at line 926 of file Mini51Series.h.
| CLK_T::AHBCLK |
| Bits | Field | Descriptions |
| [2] | ISP_EN | Flash ISP Controller Clock Enable Control
0 = Flash ISP peripheral clock Disabled. 1 = Flash ISP peripheral clock Enabled. |
Definition at line 1463 of file Mini51Series.h.
| CLK_T::APBCLK |
| Bits | Field | Descriptions |
| [0] | WDT_EN | Watchdog Timer Clock Enable Control (Write Protect)
0 = Watchdog Timer clock Disabled. 1 = Watchdog Timer clock Enabled. Note: This bit is the protected bit, and programming it needs to write 0x59, 0x16, and 0x88 to address 0x5000_0100 to disable register protection. Refer to the register REGWRPROT at address GCR_BA + 0x100. |
| [2] | TMR0_EN | Timer0 Clock Enable Control
0 = Timer0 clock Disabled. 1 = Timer0 clock Enabled. |
| [3] | TMR1_EN | Timer1 Clock Enable Control
0 = Timer1 clock Disabled. 1 = Timer1 clock Enabled. |
| [6] | FDIV_EN | Frequency Divider Output Clock Enable Control
0 = FDIV clock Disabled. 1 = FDIV clock Enabled. |
| [8] | I2C_EN | I2C Clock Enable Control
0 = I2C clock Disabled. 1 = I2C clock Enabled. |
| [12] | SPI_EN | SPI Peripheral Clock Enable Control
0 = SPI peripheral clock Disabled. 1 = SPI peripheral clock Enabled. |
| [16] | UART_EN | UART Clock Enable Control
0 = UART clock Disabled. 1 = UART clock Enabled. |
| [20] | PWM01_EN | PWM_01 Clock Enable Control
0 = PWM01 clock Disabled. 1 = PWM01 clock Enabled. |
| [21] | PWM23_EN | PWM_23 Clock Enable Control
0 = PWM23 clock Disabled. 1 = PWM23 clock Enabled. |
| [22] | PWM45_EN | PWM_45 Clock Enable Control
0 = PWM45 clock Disabled. 1 = PWM45 clock Enabled. |
| [28] | ADC_EN | Analog-digital-converter (ADC) Clock Enable Control
0 = ADC peripheral clock Disabled. 1 = ADC peripheral clock Enabled. |
| [30] | ACMP_EN | Analog Comparator Clock Enable Control
0 = Analog Comparator clock Disabled. 1 = Analog Comparator clock Enabled. |
Definition at line 1464 of file Mini51Series.h.
| CLK_T::CLKDIV |
| Bits | Field | Descriptions |
| [3:0] | HCLK_N | HCLK Clock Divide Number From HCLK Clock Source
HCLK clock frequency = (HCLK clock source frequency) / (HCLK_N + 1). |
| [11:8] | UART_N | UART Clock Divide Number From UART Clock Source
UART clock frequency = (UART clock source frequency) / (UART_N + 1). |
| [23:16] | ADC_N | ADC Peripheral Clock Divide Number From ADC Peripheral Clock Source
ADC peripheral clock frequency = (ADC peripheral clock source frequency) / (ADC_N + 1). |
Definition at line 1468 of file Mini51Series.h.
| CLK_T::CLKSEL0 |
| Bits | Field | Descriptions |
| [2:0] | HCLK_S | HCLK Clock Source Selection (Write Protect)
000 = Clock source is from HXT or LXT. 001 = Reserved. 010 = Reserved. 011 = Clock source is from LIRC. 111 = Clock source is from HIRC. Others = Reserved. Note1: Before clock switching, the related clock sources (both pre-select and new-select) must be turn-on and stable. Note2: These bits are protected bit, and programming them needs to write 0x59, 0x16, and 0x88 to address 0x5000_0100 to disable register protection. Refer to the register REGWRPROT at address GCR_BA + 0x100. Note3: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [5:3] | STCLK_S | Cortex-M0 SysTick Clock Source Selection From Reference Clock (Write Protect)
If SYST_CSR[2] = 1, SysTick clock source is from HCLK. If SYST_CSR[2] = 0, SysTick clock source is defined by below settings. 000 = Clock source is from HXT or LXT. 001 = Reserved. 010 = Clock source is from HXT/2 or LXT/2. 011 = Clock source is from HCLK/2. 111 = Clock source is from HIRC /2. Others = Reserved. Note1: These bits are protected bit, and programming them needs to write 0x59, 0x16, and 0x88 to address 0x5000_0100 to disable register protection. Refer to the register REGWRPROT at address GCR_BA + 0x100. Note2: If the SysTick clock source is not from HCLK (i.e. SYST_CSR[2] = 0), SysTick clock source must less than or equal to HCLK/2. Note3: To set PWRCON[1:0], select HXT or LXT crystal clock. |
Definition at line 1466 of file Mini51Series.h.
| CLK_T::CLKSEL1 |
| Bits | Field | Descriptions |
| [1:0] | WDT_S | WDT CLK Clock Source Selection (Write Protect)
00 = Clock source is from HXT or LXT. 01 = Reserved. 10 = Clock source is from HCLK/2048 clock. 11 = Clock source is from LIRC. Note1: These bits are the protected bit, and programming them needs to write 0x59, 0x16, and 0x88 to address 0x5000_0100 to disable register protection. Refer to the register REGWRPROT at address GCR_BA + 0x100. Note2: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [3:2] | ADC_S | ADC Peripheral Clock Source Selection
00 = Clock source is from HXT or LXT. 01 = Reserved. 10 = Clock source is from HCLK. 11 = Clock source is from HIRC. Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [4] | SPI_S | SPI Clock Source Selection
0 = Clock source is from HXT or LXT. 1 = Clock source is from HCLK. Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [10:8] | TMR0_S | TIMER0 Clock Source Selection
000 = Clock source is from HXT or LXT. 001 = Clock source is from LIRC. 010 = Clock source is from HCLK. 011 = Clock source is from external trigger. 111 = Clock source is from HIRC. Others = Reserved. Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [14:12] | TMR1_S | TIMER1 Clock Source Selection
000 = Clock source is from HXT or LXT. 001 = Clock source is from LIRC. 010 = Clock source is from HCLK. 011 = Clock source is from external trigger. 111 = Clock source is from HIRC. Others = Reserved. Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
| [25:24] | UART_S | UART Clock Source Selection
00 = Clock source is from HXT or LXT. 01 = Reserved. 10 = Clock source is from HIRC. 11 = Clock source is from HIRC . Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
Definition at line 1467 of file Mini51Series.h.
| CLK_T::CLKSEL2 |
| Bits | Field | Descriptions |
| [3:2] | FRQDIV_S | Clock Divider Clock Source Selection
00 = Clock source is from HXT or LXT. 01 = Reserved. 10 = Clock source is from HCLK. 11 = Clock source is from HIRC. Note: To set PWRCON[1:0], select HXT or LXT crystal clock. |
Definition at line 1469 of file Mini51Series.h.
| CLK_T::CLKSTATUS |
| Bits | Field | Descriptions |
| [0] | XTL_STB | HXT Or LXT Clock Source Stable Flag
0 = HXT or LXT clock is not stable or disabled. 1 = HXT or LXT clock is stable. |
| [3] | OSC10K_STB | LIRC Clock Source Stable Flag (Read Only)
0 = LIRC clock is not stable or disabled. 1 = LIRC clock is stable. |
| [4] | OSC22M_STB | HIRC Clock Source Stable Flag (Read Only)
0 = HIRC clock is not stable or disabled. 1 = HIRC clock is stable. |
| [7] | CLK_SW_FAIL | Clock Switch Fail Flag
0 = Clock switching success. 1 = Clock switching failed. Note1: This bit is updated when software switches system clock source. If switch target clock is stable, this bit will be set to 0. If switch target clock is not stable, this bit will be set to 1. Note2: This bit is read only. After selected clock source is stable, hardware will switch system clock to selected clock automatically, and CLK_SE_FAIL will be cleared automatically by hardware. |
Definition at line 1465 of file Mini51Series.h.
| CLK_T::FRQDIV |
| Bits | Field | Descriptions |
| [3:0] | FSEL | Divider Output Frequency Selection
The formula of output frequency is Fout = Fin/2(N+1),. Fin is the input clock frequency. Fout is the frequency of divider output clock. N is the 4-bit value of FSEL[3:0]. |
| [4] | DIVIDER_EN | Frequency Divider Enable Control
0 = Frequency Divider Disabled. 1 = Frequency Divider Enabled. |
| [5] | DIVIDER1 | Frequency Divider 1 Enable Control
0 = Divider output frequency is depended on FSEL value. 1 = Divider output frequency is the same as input clock frequency. |
Definition at line 1473 of file Mini51Series.h.
| CLK_T::PWRCON |
| Bits | Field | Descriptions |
| [1:0] | XTLCLK_EN | External Crystal HXT Or LXT Enable Control (Write Protect)
The default clock source is from HIRC. These two bits are default set to "00" and the XTAL1 and XTAL2 pins are GPIO. 00 = XTAL1 and XTAL2 are GPIO, disable both LXT & HXT (default). 01 = HXT Enabled. 10 = LXT Enabled. 11 = XTAL1 is external clock input pin, XTAL2 is GPIO. Note: To enable the external XTAL function, the P5_ALT[1:0] and P5_MFP[1:0] bits must also be set in P5_MFP. |
| [2] | OSC22M_EN | 22.1184 MHz Internal High Speed RC Oscillator (HIRC) Enable Control (Write Protect)
0 = 22.1184 MHz internal high speed RC oscillator (HIRC) Disabled. 1 = 22.1184 MHz internal high speed RC oscillator (HIRC) Enabled. Note: The default of OSC22M_EN bit is 1. |
| [3] | OSC10K_EN | 10 KHz Internal Low Speed RC Oscillator (LIRC) Enable Control (Write Protect)
0 = 10 kHz internal low speed RC oscillator (LIRC) Disabled. 1 = 10 kHz internal low speed RC oscillator (LIRC) Enabled. |
| [4] | PD_WU_DLY | Wake-up Delay Counter Enable Control (Write Protect)
When the chip wakes up from Power-down mode, the clock control will delay certain clock cycles to wait system clock stable. The delayed clock cycle is 4096 clock cycles when chip work at 4~24 MHz external high speed crystal (HXT), 4096 clock cycles for 32.768 kHz external low speed crystal (LXT), and 16 clock cycles when chip works at 22.1184 MHz internal high speed RC oscillator (HIRC). 0 = Clock cycles delay Disabled. 1 = Clock cycles delay Enabled. |
| [5] | PD_WU_INT_EN | Power-down Mode Wake-up Interrupt Enable Control (Write Protect)
0 = Disabled. 1 = Enabled. Note: The interrupt will occur when both PD_WU_STS and PD_WU_INT_EN are high. |
| [6] | PD_WU_STS | Power-down Mode Wake-up Interrupt Status
Set by "Power-down wake-up event", which indicates that resume from Power-down mode. The flag is set if the GPIO, UART, WDT, I2C, ACMP, Timer or BOD wake-up occurred. Note: This bit works only if PD_WU_INT_EN (PWRCON[5]) set to 1. Write 1 to clear the bit to 0. |
| [7] | PWR_DOWN_EN | System Power-down Enable Bit (Write Protect)
When chip wakes up from Power-down mode, this bit is cleared by hardware. User needs to set this bit again for next Power-down. In Power-down mode, 4~24 MHz external high speed crystal oscillator (HXT), 32.768 kHz external low speed crystal oscillator (LXT), and the 22.1184 MHz internal high speed oscillator (HIRC) will be disabled in this mode, and 10 kHz internal low speed RC oscillator (LIRC) are not controlled by Power-down mode. In Power-down mode, the system clock is disabled, and ignored the clock source selection. The clocks of peripheral are not controlled by Power-down mode, if the peripheral clock source is from 10 kHz internal low speed oscillator. 0 = Chip operating normally or chip in Idle mode because of WFI command. 1 = Chip enters Power-down mode instantly or waits CPU sleep command WFI. |
| [9] | PD_32K | Enable LXT In Power-down Mode
This bit controls the crystal oscillator active or not in Power-down mode. 0 = No effect to Power-down mode. 1 = If XTLCLK_EN[1:0] = 10, LXT is still active in Power-down mode. |
Definition at line 1462 of file Mini51Series.h.


Release Notes Knopflerfish 2.0.2
The Release Notes are included in the KF distributions.
This is the second bugfix release after Knopflerfish 2.0.
Here follows a breakdown of the most important changes.
Release Notes Knopflerfish 2.0.2
--------------------------------
Maintenance release of Knopflerfish
Here follows a breakdown of the most important changes.
=== Framework (Core) ===
* Bundle Class Patching
New feature in KF. Bundles that contain legacy code may be
cumbersome to run due to class loading problems in an OSGi
environment. This new feature is based on bundle class patching
using byte-code manipulation. This can solve many problems related
to third-party libraries using non-OSGi compatible method calls.
* Automatic Manifest Generation
New feature in KF. Automatic bundle manifest generation, which can
add or modify manifests to any jar file, even non-OSGi-bundle jar
files.
* Custom Implementation of SecurityManager no longer bypassed
Changed so that a custom implementation of the SecurityManager no
longer is bypassed if it is present.
* Corrected bugs concerning finding resources in bundles
#1741368,
* Corrected bugs concerning finding activate, deactivate methods
defined in superclasses for Component.
#1834414,
* Bug fix, STOPPING event is sent when stop() is called.
* Corrected incorrect return value from BundleContext.ungetService(Object).
See bug #1780141.
=== Services (Compendium) ===
* EventAdmin
Updates Event class to allow for alphanumeric event topics
* URLConnection
Added getContentType and getContentLength
=== Misc (KF specific, start scritps, build system etc ===
* TrayIcon - WindowsVista recognized as platform alias
* Junit fix (#1816102)


LEGO Speed Champions Family Welcomes 2020 Nissan GT-R NISMO Set
by Mircea PanaitCare to guess how old the R35 is today? The two-door coupe sports car with all-wheel drive and one of the best V6 powerplants in the automotive industry will turn 12 years old in December 2019, and despite its elderliness, Godzilla continues to fascinate.
The NISMO is the highest tier available for the 2020 model year, packing no fewer than 600 horsepower and 481 pound-feet of torque for the mind-boggling price of $212,435 in the United States of America. Part of the reason the NISMO is so bloody expensive is the GT3 racecar know-how, from which the road-going model gets its pair of turbochargers.
For those reasons and many more, LEGO decided to add the R35 GT-R in NISMO flavor to the company’s Speed Champions lineup.
All told, 298 pieces are included in the set, and while it may not come as a perfect replica of the original, LEGO’s whiz kids have recreated crucial elements of the vehicle. These include the quad tailpipes, ginormous rear wing, unmistakable front grille, wheel design, LED daytime running lights, as well as the circular taillamps.
The average builder can put the toy car together in about an hour or so, and LEGO estimates that expert builders need 20 minutes to complete it. The Danish company also claims that it took about a year for the project to evolve from the drawing board to production.
Nissan is the first Japanese automaker to team up with LEGO, and many GT-R owners can trace their automotive passion back to when they were kids playing with building blocks.
“Everyone can be a takumi,” said Nissan vice-president Asako Hoshino. “Working with the LEGO Group was like awakening my inner 10-year-old self to rediscover what makes the GT-R so special to me," added Hiroshi Tamura, chief product specialist for the R35.
There’s no price tag available for the time being, but Nissan did confirm that the first shipments of the LEGO-sized NISMO will arrive at retailers in January 2020. Because it features fewer pieces than other Speed Champions set, the GT-R should also be more affordable. 🏁


Magister Kaira:
Well, now you know of the evil that dwells in the jewel... You wouldn't have listened even if I had warned you. You people never trust Dark Elves!


Issue: LAST-NReferences: LAST (p267)
Category: ENHANCEMENT
Edit history: 04-Dec-87, Version 1 by Pitman
12-Mar-88, Version 2 by Pitman
Problem Description:
People always ask why LAST returns a cons and not an element.
BUTLAST takes an argument N but LAST does not.
Proposal (LAST-N:ALLOW-OPTIONAL-ARGUMENT):
Allow LAST to take an optional argument N, saying how many cells to return.
The default for N would be 1.
It is an error if N is negative or L is circular.
If N is zero, then the atom that terminates the list L is returned.
If N is greater than or equal to the number of cons cells in the list
L, then the result is L.
Test Cases:
(LAST '(A B C) 0) => ()
(BUTLAST '(A B C) 0) => (A B C)
(LAST '(A B C) 1) => (C)
(BUTLAST '(A B C) 1) => (A B)
(LAST '(A B C) 2) => (B C)
(BUTLAST '(A B C) 2) => (A)
(LAST '(A B C) 3) => (A B C)
(BUTLAST '(A B C) 3) => ()
(LAST '(A B C) 4) => (A B C)
(BUTLAST '(A B C) 4) => ()
(LAST '(A B C)) => (C)
(BUTLAST '(A B C)) => (A B)
(LAST '(A . B) 0) => B
(LAST '(A . B) 1) => (A . B)
(LAST '(A . B) 2) => (A . B)
Rationale:
BUTLAST and LAST would select complementary parts of a list in general.
That is (EQUAL L (APPEND (BUTLAST L N) (LAST L N))) would be T for N >= 0
and L being a proper list.
This would make it more obvious why LAST should return a list and not
an element. ie, it would return the "last N elements" where N=1 by default.
Current Practice:
Probably nobody does this.
Adoption Cost:
Very slight. The following code would suffice:
(DEFUN LAST (LIST &OPTIONAL (N 1))
(CHECK-TYPE N (INTEGER 0))
(R LIST)
(I 0 (+ I 1)))
((ATOM L) R)
Some implementations might want to provide compiler optimizations for
the N=1 case.
Benefits:
This utility is probably needed often enough to warrant its inclusion.
It's present (as a separate function called NLEFT) in Symbolics Common
Lisp and Interlisp.
Conversion Cost:
None. This is an upward compatible extension.
Aesthetics:
This would make things a little prettier.
Discussion:
This suggestion came up recently on a Symbolics design discussion list.
Symbolics is contemplating offering it as an extension, but it seemed like
the rest of the CL community might want to adopt it, too. Pitman thinks
it's a nice idea.
Masinter opposes this extension as gratuitous.
Moon and Daniels think this is very low priority but have expressed a
lack of major objection to this proposal.


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So you have bought the famous Rubik's Cube and discovered that it`s extremely difficult to solve. Although the Rubik's Cube initially comes solved, a few small moves can scramble the Rubik's Cube and it is very hard to reverse it. You might find it to be very frustrating and a waste of time and money.
Do not give up. We are here to make things simple for you!
3D Printing is an Additive Manufacturing technique that creates a physical object from a virtual 3D CAD model by depositing
successive layers of material.
This workshop is for students eager to be a White Hat Hacker. The participants will have a deeper understanding of the working of the internet as well as how to hide sensitive data.
This course introduces you to conceptualising contemporary and emerging trends in the growth of tall buildings and urban habitat, including the use of green principles in modern structures and urban developments.
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I graduated from UBC with a degree in Computer Engineering, Specializing in Software. I became passionate about coding after I took a programming course in my first year of university and haven't looked back since. I love creating user-friendly solutions and learning new technologies. I previously worked at General Motors for the past two years as an Android Connectivity Developer on the Bluetooth team, and now I am looking for my next opportunity!
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| DOSE: |
3 hits |
smoked |
DMT |
(powder / crystals) |
So I never knew anything about DMT until my friends started talking about a really strong visual hallucinogen that transports a person to a different planet for about 5 minutes. Hearing that, I was at first nervous. Then, after some thought, I decided I would give it a try. I enjoy my hallucinogens and love transcending reality, so I convinced myself it would be a great, eye opening experience. As you’ll read, boy was I right!
The first night we were at a party when the pipe was passed to me with the remnants of some DMT and some cannabis. I took a couple pulls and realized that everything around me got very vivid. There was some graffiti on the wall and I felt like it was the most beautiful, significant thing I ever saw in my life. It all made sense. I looked down and noticed that the crack in the floor was moving into a figure of some sort. It created a large indent in the ground and spread across the ground slightly before snapping back to normal. Everything around me was slow.
I told my friend of how great I thought the visuals were. He told me that I had only very little and that one day he would really make sure I “blast off” (if done properly he said, I could blast off to a different planet).
Sure enough, about a week later some more came around so I obtained it. I took a small amount of cannabis and packed it into a pipe. On top of the pipe I put about 200 mg of DMT and then covered the DMT with more cannabis. I felt that by layering it, I would prolong it.
I sat down alone and fired it up. I instantly tasted something that resembled mothballs. It wasn’t a good taste at all, but it didn’t make me sick or uncomfortable. My friend smelled it so he came in the room and told me to hold it in as long as I could. As I blew out, I felt rocked into a crazy place. My friend kept coaxing me to keep hitting it. I got through the second hit, held it in again, and blew out. As this point I knew my world was going upside down. He said, “Come on, hit it, hit it, hit it.” so I absolutely torched the rest of the product. Well, what I’m about to tell you is what “blasting off” means to me…
I am staring straight ahead and there is nothing to be seen. The world is black. My cellphone begins ringing inside my brain. I start wondering where my phone is and I realize I am not there on the couch. I feel as if I were a small orb where my brain was located. There was no phone ringing. I suddenly feel like I’m 125 degrees so I feel the impulse to get up and run into the shower on full cold. I realize this is not a possibility. I stare straight ahead and begin to see.
I’m convinced that I fully died, and with that, I watch my arms fully disintegrate, skin, bones and all, and vanish. I look down at the carpet full of square patterns. The carpet under my feet turns into the helicopter view of a rural farm neighborhood, complete with plots of cultivated land fit so neatly on the 8 by 10 carpet. I am so amazed by it, but suddenly I start noticing my hands are alive. I spend the next few minutes admiring my beautiful alive hands and arms.
Another friend comes through the door and I notice that he peaks in to see how I’m doing.  I lean back into the couch and begin standing up, telling my friends that I had the craziest experience of my entire life. I look down at a wooden sculpture of a couple hugging and the man turns into one of my friends. I begin laughing like crazy. From then on, everything started to come back. But one thing’s for sure- it changed my perception in a great way.
To die and to be reborn is an experience, to say the least.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Domain Services (or just Service, in DDD) is used to perform domain operations and business rules. Eric Evans describes a good Service in three characteristics (in his DDD book):
Unlike Application Services which gets/returns Data Transfer Objects, a Domain Service gets/returns domain objects (like entities or value types).
A Domain Service can be used by Application Services and other Domain Services, but not directly used by presentation layer (application service is for that).
ASP.NET Boilerplate defines IDomainService interface that is implemented by all domain services conventionally. When it's implemented, the domain service is automatically registered to Dependency Injection system as transient.
Also, a domain service (optionally) can inherit from DomainService class. Thus, it can use power of some inherited properties for logging, localization and so on... Surely, even if it does not inherit, it can inject they if needs.
Assume that we have a task management system and we have business rules while assigning a task to a person.
First, we define an interface for the service (not required, but as a good practice):
public interface ITaskManager : IDomainService
{
void AssignTaskToPerson(Task task, Person person);
}
As you can see, TaskManager service works with domain objects: a Task and a Person. There are some conventions of naming domain services. It can be TaskManager, TaskService or TaskDomainService...
Let's see the implementation:
public class TaskManager : DomainService, ITaskManager
{
public const int MaxActiveTaskCountForAPerson = 3;
private readonly ITaskRepository _taskRepository;
public TaskManager(ITaskRepository taskRepository)
{
_taskRepository = taskRepository;
}
public void AssignTaskToPerson(Task task, Person person)
{
if (task.AssignedPersonId == person.Id)
{
return;
}
if (task.State != TaskState.Active)
{
throw new ApplicationException("Can not assign a task to a person when task is not active!");
}
if (HasPersonMaximumAssignedTask(person))
{
throw new UserFriendlyException(L("MaxPersonTaskLimitMessage", person.Name));
}
task.AssignedPersonId = person.Id;
}
private bool HasPersonMaximumAssignedTask(Person person)
{
var assignedTaskCount = _taskRepository.Count(t => t.State == TaskState.Active && t.AssignedPersonId == person.Id);
return assignedTaskCount >= MaxActiveTaskCountForAPerson;
}
}
We have two business rules here:
You can wonder why I throwed an ApplicationException for first check and UserFriendlyException for second check (see exception handling). This is not related to domain services at all. I did this for just an example, it completely up to you. I thought that user interface must check a task's state and should not allow us to assign it to a person. I think this is an application error and we may hide it from user. Second one is harder to check by UI and we can show a readable error message to the user. Just for an example.
Now, let's see how to use TaskManager from an application service:
public class TaskAppService : ApplicationService, ITaskAppService
{
private readonly IRepository<Task, long> _taskRepository;
private readonly IRepository<Person> _personRepository;
private readonly ITaskManager _taskManager;
public TaskAppService(IRepository<Task, long> taskRepository, IRepository<Person> personRepository , ITaskManager taskManager)
{
_taskRepository = taskRepository;
_personRepository = personRepository;
_taskManager = taskManager;
}
public void AssignTaskToPerson(AssignTaskToPersonInput input)
{
var task = _taskRepository.Get(input.TaskId);
var person = _personRepository.Get(input.PersonId);
_taskManager.AssignTaskToPerson(task, person);
}
}
Task Application Service uses given DTO (input) and repositories to retrieve related task and person and passes them to the Task Manager (the domain service).
Based on the example above, you may have some questions.
You can say that why application service does not implement the logic in the domain service?
We can simply say that it's not application service task. Because it's not a use-case, instead, it's a business operation. We may use same 'assign a task to a user' logic in a different use-case. Say that we may have another screen to somehow update the task and this updating can include assigning the task to another person. So, we can use same domain logic there. Also, we may have 2 different UI (one mobile application and one web application) that shares same domain.
If your domain is simple, will have only one UI and assigning a task to a person will be done in just a single point, then you may consider to skip domain services and implement the logic in your application service. This will not be a best practice for DDD, but ASP.NET Boilerplate does not force you for such a design.
You can see that, application service simply could do that:
public void AssignTaskToPerson(AssignTaskToPersonInput input)
{
var task = _taskRepository.Get(input.TaskId);
task.AssignedPersonId = input.PersonId;
}
The developer who write the application service may not know there is a TaskManager and can directly set given PersonId to task's AssignedPersonId. So, how to prevent it? There are many discussions in DDD area based on these and there are some used patterns. We will not go very deep. But, we will provide a simple way of doing it.
We can change Task entity as shown below:
public class Task : Entity<long>
{
public virtual int? AssignedPersonId { get; protected set; }
//...other members and codes of Task entity
public void AssignToPerson(Person person, ITaskPolicy taskPolicy)
{
taskPolicy.CheckIfCanAssignTaskToPerson(this, person);
AssignedPersonId = person.Id;
}
}
We changed setter of AssignedPersonId as protected. So, it can not be changed out of this Task entity class. Added an AssignToPerson method that takes a person and a task policy. CheckIfCanAssignTaskToPerson method checks if it's a valid assignment and throws a proper exception if not. Then application service method will be like that:
public void AssignTaskToPerson(AssignTaskToPersonInput input)
{
var task = _taskRepository.Get(input.TaskId);
var person = _personRepository.Get(input.PersonId);
task.AssignToPerson(person, _taskPolicy);
}
Now, there is no second way of assigning a task to a person. We should always use AssignToPerson and can not skip business rules.


Panther UI Automation Design
The following email was recieved from the lead developer...
From: Sharmila Sudha [Automation Specialist]
Sent: Friday, 12 January 2018 15:43 p.m.
To: Mike Talks [Avionic Manager]; Test Team
Subject: Panther UI Automation Suite
Hi Mike - Happy New Year!
Well, we're getting there. The first working version of the ODM pages were ready before Christmas, and I've been putting together the Selenium framework to allow us to build some tests. I'm going to talk you through some of the design decisions, and maybe you'll want one of the testers to put this into a wiki sometime.
Test properties
Under the base directory you'll find the readme.md which outlines the project and the all important test.properties file.
The test.properties file contains the test parameters used in the test code. The important ones of these are,
- browser, the type of browser to test on
- machine_type, the type of machine you're running this on
- website_under_test, the url for the website you're testing
- max_wait, the maximum amount of time the system will wait before failing a step
- shut_browser_when_done, should normally be true, but if you're exploring a new test, you might want it set to false
Utilities
The utility package can be found under src/main/java/testsheepnz.panther/util. This includes a host of the backbone classes to make the tests work. I will only talk about the classes your testers might have to worry about here.
SeleniumInstance
The most important one is SeleniumInstance, which collects together both the Selenium webdriver and wait, together with the properties defined in test.properties.
It uses the properties to define what kind of browser to launch together with where to find the driver, what size to make the page and how long to definte the default wait.
TestLog
TestLog looks after creating screenshots, and creating documents for each test run. Tests will take screenshots at tactical points as defined by the user. This handles making that happen.
For your testers they probably only need to worry about calling the method addScreenshot within their test.
The output test logs can be found under src/main/resources/screenshots
SetupAssistant
This is a set of methods which will take care of setting up the webpage if they're using later features. It helps make their tests as simple as possible.
Because these are utility methods to set up data for a test, we do not use any assertions here.
Methods available to them include,
- setupStandardAircraftFromEquipmentForm, they just need to provide fuel, and sets up a Panther in a default equipment setting
- setUpAircraftFromEquipmentForm, is a more customisable way to load the aircraft
- selectLoadFromEquipmentForm, waits for the equipment form to be visible, then selects to load
- selectCruiseFromStatusForm, waits for the status form to be visible, then selects cruise
- selectClimbFromStatusForm, waits for the status form to be visible, then selects climb
- selectDiveFromStatusForm, waits for the status form to be visible, then selects dive
- applyCruiseFromCruiseForm, waits for the cruise form to be visible, then enters the details for cruise, then applies
- applyDiveFromDiveForm, waits for the dive form to be visible, then enters the details for dive, then applies
- applyClimbFromClimbForm, waits for the climb form to be visible, then enters the details for climb, then applies
- setHeightFromStatusForm, will set the aircraft to whatever altitude you need it to be
- getErrorMessage, captures any error message and returns it
Page Definitions
The Selenium tests use the Page Factory model (references at the bottom), with pages defined under src/main/java/testsheepnz.panther/page
Pages extend the BasePage class, which contains all the WebDriver, TestProperty and WebDriverWait objects, as well as calls the PageFactory.initElements to initialise the elements for the page.
The pages themselves are technically defined for each active form on the Panther, which we felt made sense - it's a single application acting like several pages!
For each web page such as DivePage, there are the following items,
- definitions - an identifier in the form private static final String for the web element (your testers can check these using the browser developer tools)
- waitForPage method - this is a method which will wait until a certain element for a form is present. We're typically using forms for the ODM page, but it can be anything which once it visible, you know you can proceed. Occasionally we've specified a reverse waitForPageToVanish
- @FindBy declaration - each element needs to have a @FindBy statement. We're currently using @FindBy ID as our definition.
- public activity methods - define all our @FindBy methods as private. For each element we're using we need to decide how the tests will interact and use them, and create public methods to facilitate that. So for the apply button we'll create a method to click the button called clickApplyButton. For a text field we might want to create a method to get the value from the field, as well as another method to be able to set the value of the field - so getDiveAltitude and setDiveAltitude respectively.
Tests
Ah, this is where the magic happens, and where your testers will be most interested in. They're under src/test/testsheepnz.panther.aircraft.test
BaseTest
There is a parent BaseTest class which all tests extend from. BaseTest contains the SeleniumInstance as well as the TestLog
BaseTest runs some @Before / @BeforeClass methods before tests are run which will read the test properties, set up a Selenium Instance (opening a browser) as well as set up the log file.
Correspondingly it will also run some @After / @AfterClass methods to close the file and browser afterwards.
Note that there is a parameter, protected Boolean testPasses which is set to false at the start of a test, and only set to true as the last step in a test. This means if the test aborts because of a problem, the log file will assume it failed. You only get it to pass if the test ran all the way through.
Individiual tests
Each test class extends BaseTest.
They should have a @BeforeClass which will include the name of the class. This helps define the name of the logfile generated for these test.
A typical test looks like this,
- Start by setting the SeleniumInstance to the homepage.
- We use testDecription as a form of comment, which will be sent to takeScreenshot at an appropriate point.
- We then declare an instance of EquipmentPage, and we use methods on there to wait for the page to be displayed (then take a screenshot).
- We assert that when we call the method attemptNumMissile(1) it returns true
Ideally we want to limit ourselves to one or two assertions for each test, and give them a meaningful name.
Reading
I know the Page Factory model is a bit new to some of your testers, you might find some of the following reading helpful,
- Using the page factory
- Page Object Model (POM) & Page Factory
- Building a Selenium framework
- Page object model in Java
- Page Object Model Framework with Java and WebDriver
- Page Object Model- Make It Simple, Use Abstraction
- Creating Page class
Test Automation University
The following free courses on Test Automation University are available and can help you dive more into the concepts used in the automation,
Good luck with this, your testers know where to find me,
Sharmila Sudha
Automation Specialist, Panther Project


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Oleg Gribanov knows what education is and what development is.
He studied a lot, and he also participated in the development of
applications and web sites.
Oleg Gribanov has a degree in Computer Systems Technology from
australian institute. He graduated from one of the Institute of Victoria State
as an ICT specialist. Oleg started my career as an IT manager.
He worked as a Digital Manager for several years, but Oleg decided to move to
another level and he wants to learn programming.
Oleg is a last year student at the Kangan Institute. I have been studying C#,
Java, LAMP (Linux, Apache, MySQL, PHP), JavaScript, HTML5 and CSS3.
He loves Atom, AWS and Github. Oleg got 3 Cisco certificates, and he got a
little experience in networking and systems administration as well.
Oleg decided to take training in the Kangan Institute to become Full Stack
Developer because he would like to develop a company like Seek, Carsales,
Gumtree, Atlassian, Google or Facebook. Now Oleg took a position of a Trainee
IT Specialist and Beginning UI Engineer. He lives in a suburb of Melbourne now.
Oleg will be happy to rent cosy office in CBD for this startup.
Decisions of Jane draw on a combination of quantitative methods and product intuition to find actionable insights that drive key product decisions at CodesFord, answering questions such as: what makes a course great? Are ratings a reliable signal of course quality in a two-sided marketplace? How should courses be priced to reflect their value? What are the drivers of long-term customer satisfaction? What bottlenecks exist in the course creation process? As a Big Data Expert at CodesFord, Jane is responsible for leading a team of decision devs who could be focused on a variety of different data-driven projects. This role isn’t about working in a single well-scoped area. Rather, Jane is a sharp, independent data leader with a talent for drawing structure out of ambiguity, a relentless focus on driving meaningful business impact, and a passion for improving lives through learning! Here’s what Jane is doing: Recruit, hire, and retain an amazing team of high caliber decision devs; Provide hands-on technical guidance and career mentorship for team members; Collaborate with devs to define CodesFord’s long-term data strategy/vision; Partner with cross-functional leaders to shape the product roadmap and drive execution; Maintain high quality standards for data science work and recruiting; Build CodesFord’s technical brand through talks, blog posts, and publications. Jane has: 2+ years of experience managing and growing high performance data science teams; 5+ years of industry experience in a decision science context; Ability to communicate effectively with non-technical stakeholders; Strong knowledge of applied statistics, experimental design, and causal inference; Proficiency with SQL and programming languages; Domain experience in educational assessment and psychometrics; Experience using big data technologies.


| < Day Day Up > |
Chapter 20. DB2 Behind the ScenesIN THIS CHAPTER After reading the first nineteen chapters of this book, you should have a sound understanding of the fundamental concepts of the DB2 database management system. You are familiar with the functionality and nature of SQL, and you understand the process of embedding SQL in an application program and preparing it for execution. Additionally, you've learned many tips and techniques for achieving proper performance. But what is actually going on behind the scenes in DB2? When you create a table, how does DB2 create and store it? When you issue an SQL statement, what happens to it so that it returns your answer? Where are these application plans kept? What is going on "under the covers"? The remainder of Part III helps you answer these questions. |
| < Day Day Up > |


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First the bad, I had my first soma overdose after 8 months of heavy heavy use. It was not uncommon on a fun day to take 10 300mg somas, (not EVER at once). I take 600mg for a warm euphoric melty high. Usually just relax and listen to some music. When I would go out I'd take 4 to get a stagger warm and melty high. Almost like XTC in a way. Then I accidently took too many I took at least 10 within an hour and a half. Its kinda like alcahol I just got on a roll kept on going with no one home and ended up on life support in a coma. Even veterans will get shot down, always get high with friends and be social, it will save your life. IMO its the best drug in the world, I'd choose it over any other pharm for sure and I'd be high all day everyday for the rest of my life.
I havent stopped using though, I just got more responsible with I do.  This was the most painful overdose I ever have had and I have crossed that line a lot. It was like being stuck in a painful flex, I couldn't really talk, deffinatly not walking. Luckily I was with friends and the seizures hit first so they called the ambulence and saved my life. I quit breathing shortly after the ambulance got me to the hospital.
Over all though if it was up to me I would outlaw booze and legalize soma. Than no one would care about pot becase its both a head change and body high. Although withdrawl is horrible. The bad side affect for me was not erectile... well broke dick, if anything I can have sex longer because of the lack of feeling there and hightened sense everywhere else. Its really hard to deal with the shaky hands especially when just doing everyday things like going to the store, smoking a cigg, well anything in public because I drop stuff sometime and people stare.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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For teachers, master educators, and budding scientists, Maxwell Scientific is the source for inexpensive and hard-to-find science experiments, science fair projects and supplies, and teaching and learning materials. We have everything needed for the lab, classroom, or workshop of the school, university and home experimenter.


Hanging out, 2013
Iron frames, wooden benches.
Two channel video installation, HD video loop, sound, 3:50 min. Installation view and film stills.
info
For the film Hanging Out a situation was constructed where people are hanging out among sculptures while comfortably eating pizzas. While hearing people chitchat, the subtitles tell a different story. Referring to the situation, the subtitles give an insight into the sculptures’ point of view. The sculptures that are made for this occasion are given a language trough the subtitles in which they reflect upon their new status in the given situation.
The camera glances aside sculptures, people, and equipment, treating them all in an equal way. A surreal situation is shown in which the relationship between people, object, situation, sculpture and camera is put into question, and the supposed hierarchy between object, tool and human is undermined.


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Gooday Sir/Madam, I am Luis Tasharofi Jnr. I am a collage student of London School of Economics, U.K. I am compelled to contact you concerning a business deal,which I believe will be beneficial to you and I. My father, His Excellency, Ambassador Krikor Tasharofi was a diplomat. In his lifetime, he was an Ambassador emeritus. While in office, he was highly connected because of his expertise in transferring money to coded accounts for important Clients at short notices and without detection. Due to his connections in high places, at the end of his tenure as an Ambassador, he became acquainted with important African leaders, politicians etc who patronized him to help them transfer money out of Africa and this he did with relative ease. I was quite close to him and was privy to his business deals because he used to confide in me. I was also aware of his numerous trips to Europe and theAmericas to make large cash deposits in several Banks. Recently, my father came to England en route Liechtenstein to make large cash deposits for one of his clients. We met on July 6th, 2005 at his hotel room and on July 7th, 2005, I learnt that he was one of the victims of the London Terror attack. After the recovery of his body, I and my other siblings were making arrangements for his burial when on July 27th, 2005,one of the Embassy�s staff contacted me and informed me that my late father took him into confidence and told him of some boxes kept at the Embassy�s storage house. The Staff also informed me that now that my father was dead, he had no option than to hand the boxes over to me. Upon collecting the boxes, I opened it and to my surprise, it contains large sum of money to the Value of US$84 Million US Dollars. I quickly close theboxes and left it there as the embassy storage house did not know what is the content in the boxes. My problem now is how to move this money out ofthe U.K. into a designated Bank account. I have tried to use my late father�s old routes to transfer it but met a brick wall and that is why Ihave decided to seek for external assistance in the matter. I can assure you that this business is 100% risk free, as my late father�s Clients who owns the money would never suspect that I am involved. For your assistance I will offer you 20% of the total sum, for your assistance so please get back to me as soon as possible to enable me give you the details on how we are going to proceed. 1: Full name 2:Direct telephone number and fax 3:An identification of you such as international passport /drivers license I eagerly await your urgent response to my private<EMAIL_ADDRESS>Yours truly, Luis Tasharofi JNR.


 All MAPPA offenders should be identified on reception to custody and the category recorded on PNOMIS, nDelius and ViSOR. For information about MAPPA Categories, refer to Chapter 6 (Identification and Notification) of the MAPPA Guidance.
The case must be screened (using the MAPPA Q) and the MAPPA level must be set at least six months before parole eligibility date. This is important because it can impact on early assignment and resources. Refer to chapter 7 (Levels) for an overview of MAPPA levels and screening, and chapter 15 (Custody) for additional processes for setting MAPPA levels for offenders in custody.
MAPPA screening is not required if the prisoner was given an indeterminate sentence not listed in schedule 15 CJA 2003 or schedule 3 SOA 2003 - you should still consider screening if they pose a risk of serious harm to the public.
If a case is level 2 or 3, you should include the information in the relevant sections of this report. If you have concerns about how to safely disclose sensitive information to the Parole Board you should discuss this with PPCS before submitting the PAROM1.


| Package | Description |
|---|---|
| odata.msgraph.client.beta.complex |
| Modifier and Type | Method and Description |
|---|---|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.activeDirectorySiteCode(String activeDirectorySiteCode)
“Gets or sets the Active Directory site.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.blockActiveDirectorySiteAutoDiscovery(Boolean blockActiveDirectorySiteAutoDiscovery)
“Enables or disables whether the Kerberos extension can automatically determine
its site name.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.blockAutomaticLogin(Boolean blockAutomaticLogin)
“Enables or disables Keychain usage.”
|
static IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.builderIosKerberosSingleSignOnExtension()
Returns a builder which is used to create a new
instance of this class (given that this class is immutable).
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.cacheName(String cacheName)
“Gets or sets the Generic Security Services name of the Kerberos cache to use for
this profile.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.credentialBundleIdAccessControlList(List<String> credentialBundleIdAccessControlList)
“Gets or sets a list of app Bundle IDs allowed to access the Kerberos Ticket
Granting Ticket.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.credentialBundleIdAccessControlListNextLink(String credentialBundleIdAccessControlListNextLink)
“Gets or sets a list of app Bundle IDs allowed to access the Kerberos Ticket
Granting Ticket.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.domainRealms(List<String> domainRealms)
“Gets or sets a list of realms for custom domain-realm mapping.
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.domainRealmsNextLink(String domainRealmsNextLink)
“Gets or sets a list of realms for custom domain-realm mapping.
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.domains(List<String> domains)
“Gets or sets a list of hosts or domain names for which the app extension
performs SSO.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.domainsNextLink(String domainsNextLink)
“Gets or sets a list of hosts or domain names for which the app extension
performs SSO.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.isDefaultRealm(Boolean isDefaultRealm)
“When true, this profile's realm will be selected as the default.
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordBlockModification(Boolean passwordBlockModification)
“Enables or disables password changes.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordChangeUrl(String passwordChangeUrl)
“Gets or sets the URL that the user will be sent to when they initiate a password
change.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordEnableLocalSync(Boolean passwordEnableLocalSync)
“Enables or disables password syncing.
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordExpirationDays(Integer passwordExpirationDays)
“Overrides the default password expiration in days.
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordExpirationNotificationDays(Integer passwordExpirationNotificationDays)
“Gets or sets the number of days until the user is notified that their password
will expire (default is 15).”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordMinimumAgeDays(Integer passwordMinimumAgeDays)
“Gets or sets the minimum number of days until a user can change their password
again.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordMinimumLength(Integer passwordMinimumLength)
“Gets or sets the minimum length of a password.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordPreviousPasswordBlockCount(Integer passwordPreviousPasswordBlockCount)
“Gets or sets the number of previous passwords to block.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordRequireActiveDirectoryComplexity(Boolean passwordRequireActiveDirectoryComplexity)
“Enables or disables whether passwords must meet Active Directory's complexity
requirements.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.passwordRequirementsDescription(String passwordRequirementsDescription)
“Gets or sets a description of the password complexity requirements.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.realm(String realm)
“Gets or sets the case-sensitive realm name for this profile.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.requireUserPresence(Boolean requireUserPresence)
“Gets or sets whether to require authentication via Touch ID, Face ID, or a
passcode to access the keychain entry.”
|
IosKerberosSingleSignOnExtension.Builder |
IosKerberosSingleSignOnExtension.Builder.userPrincipalName(String userPrincipalName)
“Gets or sets the principle user name to use for this profile.
|
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a.
Undirected Breadth –First Search graph properties:
1.
Consider an edge (u, v) to be a back edge or a forward edge of an undirected graph.
• Then, one vertex, say u, is a proper ancestor of another vertex, say v, in the breadth-first tree.
• As all edges of u are explored before exploring any edges of the descendants of u, the edge (u, v) is explored at the time when u is explored.
• Then it is concluded that the edge (u, v) is a tree edge.
Hence, there are no back edges and no forward edges in a Breadth –First Search of an undirected graph.
2.
• In BFS, an edge (u, v) is a tree edge when is set. It can be done only when.
• Once the values are set, neither nor change thereafter.
• Thus, when BFS completes.
Hence, for each tree edge (u, v), .
3.
Assume (u, v) to be a cross edge where u is visited before v.
• As u is visited before v, vertex v must already be on the queue when u is visited.
• If not, the edge (u, v) will become a tree edge. Therefore, v is in the queue.
• As v is in the queue, by lemma 22.3 give in the textbook.
• According to corollary 22.4 given in the textbook, .
• From above two points, either or.
Hence, for each cross edge (u, v), either or.
b.
Directed Breadth –First Search graph properties:
1.
Consider (u, v) to be a forward edge.
• Then the edge (u, v) is explored at the time when u is explored.
• If not, the edge (u, v) will become a tree edge.
• As the graph is directed, the edge (u, v) will not be a tree edge.
• Therefore, our assumption is wrong and ( u, v) is not a forward edge.
Hence, there are no forward edges.
2.
• In BFS, an edge (u, v) is a tree edge when is set. It can be done only when.
• Once the values are set, neither nor change thereafter.
• Thus, when BFS completes.
Hence, for each tree edge (u, v), .
3.
Assume (u, v) to be a cross edge where u is visited before v.
• As u is visited before v, vertex v must already be on the queue when u is visited.
• If not, the edge (u, v) will become a tree edge. Therefore, v is in the queue.
• As v is in the queue, by lemma 22.3 give in the textbook.
Hence, for each cross edge (u, v), .
4.
• Clearly for all vertices v, .
• Back edge (u, v) means that v is an ancestor of u in the breadth first tree.
• The vertex found by following one edge has a depth larger than the previous vertex. Hence,
Hence, for each back edge (u, v), .
Articulation points, bridges, and bi-connected components
a . Consider that is a depth-first tree of, where G is a connected and an undirected graph. Suppose that root of contains no children and it is an empty tree having the root element only, without any child element. Thus, the root of will not have any edge adjacent to it and therefore, its removal from the graph will not disconnect.
Also, if the root of has one children then deleting the root will not lead to a disconnected graph since there is only one edge between root and its only child and all the other nodes in the graph are reachable and can be traversed through the single child node of the root. Thus, root of is not an articulation point of if it has no or one child.
Articulation point is also known as a cutvertex of a connected graph which when deletes or removes breaks the graph into number of connected components or pieces.
Figure given below representing an undirected graph with three articulation points:
Now, if the root has at least two children then, since there are no cross edges between them and the children nodes are present in the separate sub-tree of the root so no path exist between them and therefore, deleting root will delete the link between the two or more child and thus, graph disconnects which makes the root of an articulation point.
Thus, from the aboveconsiderations, it is proved that the root having at least two children will be an articulation point.
Hence, the root of is an articulation point of; if and only if it has at least two children in.
b. If is a non-root vertex of and has a child such that there is no back edge fromor any descendent of s to proper ancestor of then removal of will lead the disconnection of the sub-tree rooted at form the graph. Thus, absence of any edge between the descendent of s and proper ancestors of resulted in the disconnection of the graph after removing a non-root vertex.
Therefore, will be an articulation point as after extracting it there will not be any path existing between the root of the graph and child ofwhich is s.
Hence, a non-root vertex of is an articulation point of as its removal disconnects the.
c. Consider that,
To compute v.low for all vertices v in time, depth first search approach of traversing can be used or applied by making the little modifications in it.
For detail description for DFS consider the section 22.3 of this test book
Below algorithm is based on DFS; in this algorithm, visiting process is perform on complete graph and for indication of process grey, white and black color are used.
For brief detail of progress of the depth-first search algorithm DFS on a directed graph, see the Figure 22.4 of the text book.
Algorithm:
DFS-VISIT
// u is vertex of set V of graph G and color variables are used for storing its state
// for each vertex u, use GRAY for the discovered but non-finished state
= GRAY
// initializing the for loop for each adjacent to u
for each Adj
// for undiscovered state
if= WHITE
DFS-VISIT()
if()
if = GRAY // back edge
if()
// for the finished state
= BLACK
This above algorithm is mostly same as the algorithm mention in the text book of section 22.3. So for complexity measurement, consider the details of the text book:
This is a bit modified version of the depth-first search and its running time can be given by.
Since for a connected graph,
Therefore, time complexity will be .
d. Computation of all articulation points:
Articulation point is also known as a cut vertex of a connected graph. It breaks the graph into two or more connected components or pieces when deleted or removed.
In order to compute all the articulation points of a graph in time, the algorithm described in part cand the Depth First Search (DFS) can be explored and used.
A depth first search algorithm searches or traverses the nodes of the graph in a preorder manner and having the running time complexity of, where is the number of edges and be the number of vertices.
Thus, for computing the articulation point, start from the root of graphand check for the number of child of root node or root vertex.
If root has more than one child Then as proven in part a, root is an articulation point else root is notan articulation point.
For any vertices of other than the root, check for its child. If the vertexes sayhas a child say such that which had already been computed in part c and from part b also it can be inferred that there is no back edge between the sub-tree rooted at and ancestors of a non-root vertex.
Thus, will be an articulation point because its removal will lead to a disconnected graph. Now, as each node is being traversed and checked for its child, so it can be done in time. But, since for a connected graph, therefore time complexity will be.
Thus, all the articulation points can be computed in time.
e. A bridge of is an edge when remove, disconnects. It is also known as Cut edge or Cut Arc and its deletion from the graph increases or increments the number of connected components.
For example: Figure of an undirected connected graph with 3 bridges and no bridge or cut edge is as given below:
Suppose has a bridge. Here, it is required to prove that it should not lie on any simple cycle of graphor in another words it is asked to prove that an edge of is a bridge if and only if it is not contained in any cycle or circuit. … … (1)
Proof by contradiction:
Suppose that the bridge lie on a simple cycle of the graph and it has been removed. But even then, the graph will not be disconnected since the removal of an edge from avertices cycle will not result in the disconnection of the graph. That is the graph will still remain connected which is a contradiction to the definition of a bridge which states the graph dissociates or detaches after removing a Cut edge or a bridge.
Therefore, it can be stated that if G has a bridge then it should not lay on any simple cycle or circuit of graph.
Hence proved
Now, also suppose that there is an edge which does not lie on any simple cycle of graph and therefore, here it is required to prove that the edge which is not a part of any cycle is a bridge … … (2)
Proof:
Consider that there is an edge which does not lie on any simple cycle of graph. Therefore, that edge which is not a part of any elementary cycle or circuit will be the only link between the two vertices set connected by it, therefore its removal will lead to a disconnected graph and will break the link and the path between those two vertices that are connected to each other by that deleted edge.
Hence, an edge which does not lie on any simple cycle of graph is a bridge and its removal will disconnect the graph.
Hence proved
Therefore, from (1) and (2) it can be stated that “An edge of is a bridge if and only if it does not lie on any simple cycle of”.
f. A bridge of is an edge whose removal disconnects. It is also known as Cut edge or Cut Arc. Using the algorithm described in part c; for a vertex in the DFS-VISIT has been computed.
If there is a child vertex of whose, then removal of that edge will disconnect and.
Now, as it had already been established that there are no back edges fromor any descendent of s to proper ancestor of, therefore the edge between vertex and is not lying on any simple cycle ofand thus, makes it a bridge or a cut edge.
As in part c, it is already shown that computation of v.low or for all vertices v takes time.
Thus, traversing all the edges of takes the time complexity of as the total number of edges present inis therefore, all the bridges of the graph can be calculated in time.
g. A bi-connected component of is a maximal set of edges such that any two edges in the set lie on a common simple cycle. It is also known as the 2-connected or a maximal connected graph.
Since, it is already defined above that any two edges in the set of a bi-connected component of lie on a common simple cycle thus, all the edges which are lying inside a component of the graph will not be bridges as it has been proved earlier that an edge of is a bridge if and only if it does not lie on any simple cycle of. Thus, in other words, it can be said that all the edges other than those lying on the bi-connected component of will be bridge edges because they do not lie on any simple cycle of graph.
Hence, it can be stated that the bi-connected components of partitions the non-bridges of the graph.
h. An -time algorithm to label each edge of with a positive integersuch that
if and only if and are in the same bi-connected component.
For solving the problem stated above, first calculate the bridge edges and cut vertices. Once the bride edges have been calculated it is required to remove all the bridge edges and after then apply Modified-DFS on each cut vertex. Increase when the next white child of a cut vertex is visited.
// here is a vertex, is the current bi-connected component number
// increase when visit next white child of cut vertex
MODIFIED-DFS-VISIT
GRAY
for each
if = WHITE
if is cut vertex
MODIFIED-DFS-VISIT
BLACK
In the above algorithm, “for” loop runs up-to number of vertices and remain checking condition takes constant time. So to visit full graph with the help of DFS method, it takes total time of number of edges present in the graph. Thus, the complexity will be.
Euler Tour:
It is path in directed graph in which each edges is visited exactly once, whereas a vertex can be visited more than once.
a.
The number edges move toward any particular vertex v is called as in-degree of that vertex. The number of edges moves outward from any particular vertex v is called as out-degree of that vertex v.
When in-degree and out-degree of each vertex is graph is same then only an Euler tour is possible in directed graph. It is because Euler tour is nothing but a combination of Euler Cycle. When number edges moves toward any vertexes are not equal to number of vertex move outward then it will not make proper cycle in which each edges is used exactly once.
Consider the following graph to show the Euler tour when in-degree and out-degree of each vertex is same:
Explanation:
• The above graph G has 5 vertices. The in-degree and out-degree of 4 vertices and e is 4. The in-degree and out-degree of vertex a is 2.
• The above Graph G has 2 cycles. The first cycle is and second cycle is. Therefore, the Euler tour of above graph is.
• In Euler tour of above graph each edge is visited once whereas the vertex a is visited thrice.
Consider another graph which has one more edge from vertex e to d. Consider the following graph show the Euler tour is not possible when in-degree and out-degree of each vertex is not same:
Explanation:
• The new edge e to d is represented with the dotted lines in graph.
• The in-degree and out-degree of vertex d is not same. The in-degree of vertex d is 2 where as its out-degree is 1. Similarly the in-degree of vertex e is 1 where as its out-degree is 2.
• Therefore the above graph does not have Euler tour. It is not possible to determine a path in each edge is visited exactly once.
Hence, Euler tour is possible only when in-degree and out-degree of each vertex is same.
b.
The main idea behind to determine the Euler tour is to determine all Euler cycle in graph G and then combine all cycles. Consider the following algorithm to determine the Euler tour:
FIND-TOUR (G)
1. Declare a doubly linked list Z.
2. Declare singly linked list W and store arbitrary vertex v in it.
//loop continue iterate till W is not empty
3. while W is NOT EMPTY
4. REMOVE v from W
5.
//check current cycle is the first cycle
6. if Z is NIL
7.
8. else
9. ADD R in Z
10. return Z
CYCLE (v)
1. Declare a singly linked list R
2.
//loop continue iterate till out-degree is greater than 0
3. while
// find adjacent vertex
4. Determine u’s adjacent vertex q and remove it from adjacent_list
5.
6. Add u in list R
// check out-degree is greater than 0
8. ADD u in list W
9.
10. return R
Time complexity:
• The while loop in FIND-TOUR procedure iterates till list W is not empty. The FIND-TOUR procedure visit each edges of graph G exactly only once, after visiting the vertex it get removed from adjacent adjacency list. Therefore none of the edges visited more than once. Therefore the maximum length of list W can be.
• The while loop is CYCLE procedure iterate once for one edges therefore total number of iteration done in CYCLE procedure is. The CYCLE procedure also adds vertex u in list W which takes constant time.
Therefore the time complexity of finding the Euler tour using above algorithm is .
Reachability is the ability to move from one vertex to another vertex in a directed graph. A node in a directed graph is reachable from other node in the graph say for example nodes P and Q, Then Q is reachable from P if there exists an edge from node P to node Q or there exists a Transitive Closure such that there exists a node R which is reachable from P (it means there exists an edge between the nodes P and R) and thus Q is also reachable from R.
Consider the following definition of certain labels used for the vertices
• Min : to denote the min(u) for node u.
• L : to denote the label of particular node
Algorithm:
// Function which takes a transpose of graph as a parameter
SetMin(Graph G)
// loop to assign color and min as -1
1. for each
2. u.color = White
3. u.min = -1
// loop to which user run DFS on different nodes
// this loop choose u in increasing order
4. for each
// if color is white i.e. unvisited
5. if u.color == White
// calling DFS()
6. DFS(u,u)
DFS(u,V)
// traversing each node adjacent to V
1. for each k G.adj[u]
// if unvisited condition
2. if (k.color == WHITE)
// assigning min value
3. k.min =L(V)
4. k.color = GREY
// then applying DFS
5. DFS(u,V)
The above algorithm use DFS on set of vertices to set the min which satisfies the property .The algorithm works as follow:
Explanation:
• Function SetMin() take transpose of a graph . As discussed in section 22.5 in textbook the transpose of any graph can be obtained in. So user has to calculate it first and then pass it to SetMin().
• In SetMin() the first loop is used to set the color to white and min value as -1, which implies that initially it is unreachable from any vertex.
• Now after setting color and min value the next for loop in SetMin is used to iterate over the nodes in ascending order of labels of vertices. This will ensure that no node will get wrong min value.
• Also DFS () is only called on those vertices whose color are white because if the color is grey than it indicates that it has been already visited.
• In DFS () there are two parameter, one is the node on which DFS() will run and second one is root node used to set the min value to uncolored vertex as label of V.
• Also, one thing that is different from DFS() is that the root is not colored GREY because it may be possible that there are some vertex through which root can be visited and in that case assigning value is a must.
• If user colors the node to GREY it will be assigned value as -1 forever and as discussed in previous step this will give the wrong output.
• Also, the program colors all vertices which are in a tree except root and assigns the label of root to all those values.
• Since program iterates over increasing label nodes all nodes are assigned value in increasing order and once they are assigned they will be colored grey so that their value cannot be changed. This makes sure that all nodes will get min value.
• Since the program runs the normal Depth First Search and iterates each node and edge only once, the complexity should be.


All buttons get special styling from the Spiffy UI framework. Click to demonstrate the in-progress status.
SimpleButton.java


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The Scroller has internal process layer that might be called "inner loop", which is responsible for single fetch-clip-render chain. Inner loop can be empty and non-empty. Empty inner loop does nothing but check if the Scroller could relax. Non-empty inner loop corresponds to 1 Datasource.get call (which is "fetch" subprocess) and following viewport updates: clipping old items, inserting new ones and render. Adapter.loopPending read-only scalar property and Adapter.loopPending$ observable property let us to know if the "inner loop" is pending or not.
The isLoading property, which we discussed earlier, majorizes loopPending property, and this demo shows how they correlate. Here we count the Scroller "loading" sessions and the Scroller "inner loops" within the Adapter.isLoading$ and Adapter.loopPending$ subscriptions respectively. After the Scroller is initialized and started relaxing, we see that there are 4 inner loops done, while isLoading counter is 1. Practically it means that we have 3 Datasource.get calls and 1 more empty loop to ensure that the Scroller could relax. And these 4 inner loops are being packed into 1 "isLoading" session.
So, there might be distinguished 3 levels of pending:


{% extends "base.html" %} {% block content %}
On the remote Isle of Eigg (which has only 100 inhabitants) the /dev/fort Cohort 8 created The Reading Gym in just one week, in isolation.
For six days we lived and worked together in Glebe Barn, sharing design, product & development work, as well as household work like cooking and cleaning.
Cohort 8 of /dev/fort was the largest group to date: 18 people ranging in profession, including designers, developers, writers, artists and an architect.
 The other members of Cohort 8 were:


Frequently Asked Questions
How do we get there?
We recommend flying to Vancouver International Airport. Upon arrival, you'll be escorted to our private sea plane. After a 45 minute flight you'll have arrived at our peaceful all-inclusive resort.
How long can we stay with you?
Camp Sunshine offers packages based on a three night stay, a four night stay or a seven night stay.
Are the tents comfortable?
Yes! Modern, relaxed interiors feature king size beds dressed in fine linens, custom furnished living room and dining areas curated by local and international designers, gas heaters, and spacious bathroom with heated floors, and power/charging outlets for your devices. We've anticipated your every desire.
What should we bring?
We recommend you include comfortable, functional clothing for outdoor activities, comfortable walking shoes, sunglasses, sunscreen, hats. Please come prepared for the chance of rain or the brief showers we experience sometimes. You may dress as you please for dining, this is your vacation. There is not a formal dress code. A complimentary laundry service is available upon request.
What's included in the all inclusive fee?
Your accomodation, 3 gourmet meals daily, selected wines, local beers and artisanal spirits, non alcoholic beverages, our unique guided experiences, access to all spa facilities, plus one 60 minute wellness class or spa treatment per visitor.
Can we bring our family dog?
We ask that your pets stay home due to the wildlife and natural setting. Luckily, there are many friendly dogs on site. Who are partners with our guides on several of our experiences.


You are about to see some magic, but before - we want to know your name!
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Hi,
! Now it's time to check out some magic. Please, insert any number in a form below.
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This is a list of image files hosted in this directory.
This list is maintained manually, so may be out of date.


We can use it to compare the HTML, CSS, and Javascript to the human anatomy.HTML would be your body parts, holding everything together and providing a base to hang everything off. CSS is the skin. CSS is used to change the look and feel of websites. It is where you define your color schemes, fonts, spacing, layouts, and more. In our body analogy, JavaScript takes the place of brain functioning, providing ideas, techniques, and logic to our body.
Control flow in javascript is very simple as we all know that programs are groups of code and software are groups of programs, so in a program, there is a block of code we have to execute again and again and for saving space we can not write the code again and again to avoid this problem. We use Control flow to block of code instead of writing again and again in the programming language. Loops give instructions to complete specific tasks a specific number of times and it keeps working until the number value is met. E.g. running practice before playing cricket. I can aim myself 5 rounds daily before starting the cricket game. Loop in this example is completing the running rounds and value is number 5 rounds in total
The Document Object Model (DOM) is a programming API for HTML and XML documents. It defines the logical structure of documents and the way a document is accessed and manipulated. With the Document Object Model, programmers can create and build documents, navigate their structure, and add, modify, or delete elements and content. Anything found in an HTML or XML document can be accessed, changed, deleted, or added using the Document Object Model. In simple terms, any web page that you encounter is a document. View the document as an HTML source or in a browser window is just an approach of presenting one thing in different ways. The document object model (DOM) represents a webpage as objects to enable its manipulation. With the document-oriented model, a scripting language such as JavaScript may modify it by targeting the objects.
Objects are mutable data structures in javascript which is used to represent a ‘Thing’. This could be anything like animals, persons, etc.It stores the data in key-value pair and the key can be anything except for “undefined “. Arrays are objects only in javascript. The major difference is that they store the data in an ordered collection in which the data can be accessed using a numerical index. They are also mutable and data can be modified at any index. We can also remove the item from the array using the “delete” operator.
A function is a group of reusable code which can be called anywhere in your program. This eliminates the need of writing the same code again and again. It helps programmers in writing modular codes. Functions allow a programmer to divide a big program into a number of small and manageable functions. The function saves time and one can avoid complex tasks by using functions.


Note: All demos, except the last one, will work on Chrome / Firefox. Use MP3 payload instead of OGG to create talking images for Safari.


HTML CSS DOM part 2
What is a grid based design
A grid at its barest is nothing more than a series of intesecting horizontal and vertical lines spaced at regular intervals, but its innate propensity for creating order out of chaose makes it one of the most powerful tools at a designer's disposal.
Grids enable you to build solid structure and form into your designs. Much like we looked at typographic hierarchies and rhythm, we can effectuate the same feelings through using a grid structure. Just as with coding, there are recommended ways to organise modules and sections of code, and a grid system can help similarly when designing for the web.
Whats all the hype about responsive webpages?
Responsive Web design is the approach that suggests that design and development should respond to the users behavior and environment based on screen size, platform and orientation. The practice consists of a mix of flexible grids and layouts, images and an intelligent use of CSS media queries. As the user switches from their laptop to iPad, the website should automatically switch to accommodate for resolution, image size and scripting abilities. In other words, the website should have the technology to automatically respond to the users preferences. This would eliminate the need for a different design and development phase for each new gadget on the market.
Semantic structure
Semantics are the implied meaning of a subject, like a word or sentence. It aids how humans (and these days, machines) interpret subject matter. On the web, HTML serves both humans and machines, suggesting the purpose of the content enclosed within an HTML tag. Since the dawn of HTML, elements have been revised and adapted based on actual usage on the web, ideally so that authors can navigate markup with ease and create carefully structured documents, and so that machines can infer the context of the wonderful collection of data we humans can read.


All Packages
Package
Description
Command line verifier.
abstract grammar model(AGM): common part.
abstract grammar model(AGM): RELAX stub.
RELAX NG built-in datatype implementation.
abstract grammar model (AGM): TREX extension
and TREX stub.
Abstract grammar model (AGM): TREX label-annotated stub.
Miscellaneous utility classes.
W3C XML Schema grammar model.
reads XML representation of grammar and creates AGM.
interface of Datatype vocabulary reader.
reads XML representation for XML Schema Part.2
reads DTD and constructs AGM.
common parts for parseing RELAX Core/Namespace into AGM.
parses RELAX Core into AGM.
Non-essential schema conformance checks.
shared code between RELAX NG reader and TREX reader.
parses TREX pattern into AGM.
parses RELAX NG into AGM.
parses RELAX NG with DTD compatibility annotation into AGM.
reads TREX grammar with "label
annotation".
Miscellaneous utilities
parses XML representation of XML Schema into AGM.
abstract grammar model(AGM) for RELAX Namespace.
abstract grammar model(AGM) for RELAXNS-extended RELAX Core.
abstract grammar model(AGM) for RELAXNS-extended TREX.
parses XML representation of RELAX Namespace.
parses XML representation of RELAXNS-extended RELAX Core.
parses XML representation of RELAXNS-extended TREX.
"divide&validate" framework implementation.
scan DTD stream and generates appropriate events.
Miscellaneous utilities
Contains abstract model for grammar-based schema and
concrete verifier implementation for the abstract schema.
Verifier with XML Schema's identity constraint check.
Implementation of JARV (Java API for RELAX
Verifier).
Type-assignment engine
that can be used by application programs.
VGM implementation by using regular expression derivation algorithm.
RegExp VGM implementation that supports special semantics of XML Schema
Miscellaneous utilities
AGM to RELAX NG converter


Logic Calculator main window
Logic Calculator main window consist of the following elements:
- Main menu: Calculator, Examples & Help options
- Text area for formula diplay
- Input controls: Go, Backspace & Clear buttons
- Calculator modes: Logic formula evaluator, Deduction evaluator & Normal Form converter
- Available operators (depending of the selected mode)
- Up to 34 variables or atoms
- Output & Debug tabs
- Output text area for displaying results
- Status bar


This is a display driver for graphics adapters based on the 3Dlabs Permedia-3 chipset. It supports GDI acceleration, Microsoft DirectDraw® acceleration, Microsoft Direct3D® acceleration, and multiple monitor support. This display driver forms a matched pair with the 3Dlabs Permedia3 video miniport driver. The miniport driver is responsible for non-rendering tasks such as adapter initialization, register mapping, and other resource allocation, whereas the display driver handles actual rendering tasks.
This sample driver runs on Windows® 2000/XP/Server 2003 on the X86/IA64 platform.
The driver is compiled as a DX9 driver and currently supports pointsprites, multisampling, volume textures, DX8 multistreaming (with a single stream), DX9 scissor rect, DX9 antialiased line, DX9 DP2 BLT, DX9 color-converted presentation, DX9 lightweight mipmap and DX9 auto-generated mipmap.
All applicable samples and DCT tests have been run successfully with this driver.
This hardware doesn't support the following features:
Type build -cz from the ..\disp directory. A successful build produces the video display driver perm3dd.dll.
FileDescription dirs Directories that make up the driver (currently dx and gdi) dx\chroma.h Chromakeying definitions and inline functions dx\d3d.c Main D3D capabilites and callback tables dx\d3dbuff.c Main context callbacks for D3D videomemory buffers dx\d3dcntxt.c Main context callbacks for D3D dx\d3ddp2op.c D3D DrawPrimitives2 command buffer operations support dx\d3ddp2p3.c D3D DrawPrimitives2 callback support dx\d3dprim.c D3D primitives rendering dx\d3dsset.c D3D stateblock support dx\d3dsset.h D3D stateblock support macros and definitions dx\d3dstate.c Translate D3D renderstates and texture stage states into hw specific settings. dx\d3dstrct.c Internal D3D structure management. dx\d3dstrct.h Internal D3D structure management headers and macros dx\d3dsurf.c Surface management callbacks for D3D dx\d3dsurf.h Surface management macros and structures dx\d3dtxt.c D3D hardware specific texture setup dx\dcontext.h D3D context definition and other useful macros dx\dd.c Main DirectDraw callbacks dx\ddblt.c DirectDraw Blt callback implementation for vidmem-vidmem blts and clears dx\ddbltfx.c DirectDraw Blt implementation for stretching blts dx\dddownld.c DirectDraw Blt implementation for sysmem-vidmem blts and clears dx\ddenable.c Windows 2000 only DirectDraw/D3D enabling functions dx\ddover.c DirectDraw Overlays implementation dx\ddover.h DirectDraw Overlays implementation macros and definitions dx\ddsurf.c DirectDraw surfaces creation/destructions callbacks dx\ddvideo.c DirectDraw Videoports implementation dx\debug.c Debugging aids dx\direct3d.h Global direct3d function declarations dx\directx.h DirectX macros and definitions dx\dltamacr.h Hardware specific D3D macros and definitions dx\dma.h DMA transport definitons and macros dx\glint.h Macros and definitions needed to Access Glint based chips dx\linalloc.c Videomemory linear allocator dx\makefile Drivers makefile dx\sources The generic file for building the dx code sample library dx\stateset.c Hardware context swapping inc\bitmac2.h Bit manipulation macros for hardware registers inc\debug.h Debugging aids macros and definitions inc\driver.h inc\ereg.h Permedia 3 register structures inc\gigiregl.h Permedia 3 register structures inc\glddtk.h inc\glglobal.h inc\glintdef.h inc\glintfx.h inc\glintreg.h Permedia 3 register structures inc\gtag.h Permedia 3 register tag definitions inc\linalloc.h Videomemory linear allocator macros and definitions inc\p2rd.h Definitions for the P2RD internal RAMDAC. inc\p3rd.h Definitions for the P2ST internal RAMDAC. inc\p3rxdef.h inc\pmdef.h inc\ramdac.h inc\reg.h Permedia 3 register structures inc\rgb525.h This module contains the definitions for the IBM RGB525 RAMDAC. inc\rgb526.h This module contains the definitions for the IBM RGB526 RAMDAC. inc\rgb528.h This module contains the definitions for the IBM RGB528 RAMDAC. inc\rgb640.h This module contains the definitions for the IBM RGB640 RAMDAC. inc\softcopy.h inc\surf_fmt.h inc\tag.h Permedia 3 register tag definitions inc\tvp3026.h inc\tvp4020.h gdi\bitblt.c Contains the high-level DrvBitBlt and DrvCopyBits functions gdi\brush.c Handles all brush/pattern initialization and realization. gdi\color.c Color dithering gdi\dbgtags.c Debugging aid: convert tags numbers to string names gdi\ddraw.c Provides interfaces back from the DDRAW .lib file into the main NT driver gdi\debug.c Debug helper routines. gdi\dma.c Handling of DMA buffers. gdi\enable.c Functions that enable and disable the driver, the pdev, and the surface. gdi\fillpath.c DrvFillPath gdi\glint.h Permedia 3 hardware related defines gdi\glntctxt.c Context switching for Permedia 3 gdi\glntctxt.h Permedia 3 context switching macros and definitions gdi\glntinit.c Initialisation for the Permedia3 chip. gdi\heap.c Routines for a 2-d heap. gdi\lines.c Code for drawing short fractional endpoint lines and longer lines with strips. gdi\lines.h Line drawing constants and structures gdi\lineto.c The code in this file handles the DrvLineTo() API call. gdi\makefile Drivers makefile gdi\p3rd.h Definitions for the P2ST internal RAMDAC. gdi\paint.c DrvPaint support gdi\palette.c Palette support. gdi\pointer.c Hardware pointer support for the display driver. gdi\precomp.h Common headers gdi\pxrx.c Hardware support for fills and copys gdi\pxrx.h Macros and defines for hardware fills and copys gdi\pxrxpoly.c Draws PXRX polygons. gdi\pxrxxfer.c Hardware support for blts gdi\pxrxstrp.c Hardware line drawing support routines gdi\registry.c Routines to initialize the registry and lookup string values. gdi\res.rc Resource file for the display driver gdi\sources The generic file for building the code sample gdi\stroke.c DrvStrokePath for Permedia3 driver gdi\sync.c DrvSynchronize code. gdi\textout.c Text rendering module gdi\thunk.c Testing and instrument all the driver's Drv calls.
The most important changes to this sample driver since the Windows 2000® DDK release have been:
The most important changes to this sample driver since the Windows XP® DDK release have been:
© 2000 Microsoft Corporation


Photo of Joho's Mansion Attracts Uproar
by Ezra ManyibeMombasa Governor Ali Hassan Joho has been put on the spot after an image circulated on social media contrasted his lavish life and that of a section of Mombasa residents.
Economist David Ndii tweeted an image of Governor Joho relaxing in his home and that of an impoverished resident.
"Kenyans don’t need and are not asking for private charity. They are demanding public services they pay taxes for, from public officials who they have elected and are also paid from their taxes," he argued.
Irate Kenyans expressed their displeasure at the difficult life led by Mombasa residents while their leaders enjoyed the perks of their wealth.
A Twitter user by the name Rafiki stated the Governor Joho had let down his constituents.
"Joho has failed Mombasa in terms of real-time visible development. Look at insecurity, poor drainage and poor interior roads in most areas, undeveloped schools, etc. Hassan Joho should do something not just beautifying the city," Rafiki commented.
While others bashed the governor for living in a lavish mansion while some of his constituents lived in shanties, others defended him.
"So Joho should live in a 'kibanda' until every resident is housed properly? You could literally post the same kind of comparison pic between every governor's home and the poorest of their constituents," a netizen argued.
Others defended him, reiterating that the governor built his life from scratch and that no offence was intended in making comparisons, but the governor should put more effort to better the lives of his people.
"For those who are not happy with this comparison, please we are not asking for houses like the one for Joho but we are asking for a decent living, better services and value for our taxes. Nothing more than that." Agoi George explained.
The image angered Kenyans to the extent of others questioning the essence of quality grades yet they did not amount to better living.
 You don't know Joho's background, kith and kin! Joho didn't need the education to ply his life and trade. Nobody is demonising Joho's opulence, he's being reminded that leadership is much more than pictures, while your citizens are suffering lack of basic needs." Another Twitter user opined.


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DISSERTATION
LAYERED BEAM VIBRATIONS INCLUDING SLIP
Submitted by
William Murray Henghold
In partial fulfillment of the requirements for the Degree of Doctor of Philosophy Colorado State University
Fort Collins, Colorado
June, 1972
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.