| I l@ve RuBoard |
Most developers hate testing. They tend to test gently, subconsciously knowing where the code will break and avoiding the weak spots. Pragmatic Programmers are different. We are driven to find our bugs now, so we don't have to endure the shame of others finding our bugs later.
Finding bugs is somewhat like fishing with a net. We use fine, small nets (unit tests) to catch the minnows, and big, coarse nets (integration tests) to catch the killer sharks. Sometimes the fish manage to escape, so we patch any holes that we find, in hopes of catching more and more slippery defects that are swimming about in our project pool.
Tip 62
Test Early. Test Often. Test Automatically.
We want to start testing as soon as we have code. Those tiny minnows have a nasty habit of becoming giant, man-eating sharks pretty fast, and catching a shark is quite a bit harder. But we don't want to have to do all that testing by hand.
Many teams develop elaborate test plans for their projects. Sometimes they will even use them. But we've found that teams that use automated tests have a much better chance of success. Tests that run with every build are much more effective than test plans that sit on a shelf.
The earlier a bug is found, the cheaper it is to remedy. "Code a little, test a little" is a popular saying in the Smalltalk world,[6] and we can adopt that mantra as our own by writing test code at the same time (or even before) we write the production code.
[6] eXtreme Programming [URL 45] calls this concept "continuous Integration, relentless testing."
In fact, a good project may well have more test code than production code. The time it takes to produce this test code is worth the effort. It ends up being much cheaper in the long run, and you actually stand a chance of producing a product with close to zero defects.
Additionally, knowing that you've passed the test gives you a high degree of confidence that a piece of code is "done."
Tip 63
Coding Ain't Done 'Til All the Tests Run
Just because you have finished hacking out a piece of code doesn't mean you can go tell your boss or your client that it's done. It's not. First of all, code is never really done. More importantly, you can't claim that it is usable by anyone until it passes all of the available tests.
We need to look at three main aspects of project-wide testing: what to test, how to test, and when to test.
There are several major types of software testing that you need to perform:
Unit testing
Integration testing
Validation and verification
Resource exhaustion, errors, and recovery
Performance testing
Usability testing
This list is by no means complete, and some specialized projects will require various other types of testing as well. But it gives us a good starting point.
A unit test is code that exercises a module. We covered this topic by itself in Code That's Easy to Test. Unit testing is the foundation of all the other forms of testing that we'll discuss in this section. If the parts don't work by themselves, they probably won't work well together. All of the modules you are using must pass their own unit tests before you can proceed.
Once all of the pertinent modules have passed their individual tests, you're ready for the next stage. You need to test how all the modules use and interact with each other throughout the system.
Integration testing shows that the major subsystems that make up the project work and play well with each other. With good contracts in place and well tested, any integration issues can be detected easily. Otherwise, integration becomes a fertile breeding ground for bugs. In fact, it is often the single largest source of bugs in the system.
Integration testing is really just an extension of the unit testing we've described—only now you're testing how entire subsystems honor their contracts.
As soon as you have an executable user interface or prototype, you need to answer an all-important question: the users told you what they wanted, but is it what they need?
Does it meet the functional requirements of the system? This, too, needs to be tested. A bug-free system that answers the wrong question isn't very useful. Be conscious of end-user access patterns and how they differ from developer test data (for an example, see the story about brush strokes on page 92).
Now that you have a pretty good idea that the system will behave correctly under ideal conditions, you need to discover how it will behave under real-world conditions. In the real world, your programs don't have limitless resources; they run out of things. A few limits your code may encounter include:
Memory
Disk space
CPU bandwidth
Wall-clock time
Disk bandwidth
Network bandwidth
Color palette
Video resolution
You might actually check for disk space or memory allocation failures, but how often do you test for the others? Will your application fit on a 640 × 480 screen with 256 colors? Will it run on a 1600 × 1280 screen with 24-bit color without looking like a postage stamp? Will the batch job finish before the archive starts?
You can detect environmental limitations, such as the video specifications, and adapt as appropriate. Not all failures are recoverable, however. If your code detects that memory has been exhausted, your options are limited: you may not have enough resources left to do anything except fail.
When the system does fail,[7] will it fail gracefully? Will it try, as best it can, to save its state and prevent loss of work? Or will it "GPF" or "core-dump" in the user's face?
[7] Our copy editor wanted us to change this sentence to "If the system does fail…." We resisted.
Performance testing, stress testing, or testing under load may be an important aspect of the project as well.
Ask yourself if the software meets the performance requirements under real-world conditions—with the expected number of users, or connections, or transactions per second. Is it scalable?
For some applications, you may need specialized testing hardware or software to simulate the load realistically.
Usability testing is different from the types of testing discussed so far. It is performed with real users, under real environmental conditions.
Look at usability in terms of human factors. Were there any misunderstandings during requirements analysis that need to be addressed? Does the software fit the user like an extension of the hand? (Not only do we want our own tools to fit our hands, but we want the tools we create for users to fit their hands as well.)
As with validation and verification, you need to perform usability testing as early as you can, while there is still time to make corrections. For larger projects, you may want to bring in human factors specialists. (If nothing else, it's fun to play with the one-way mirrors).
Failure to meet usability criteria is just as big a bug as dividing by zero.
We've looked at what to test. Now we'll turn our attention to how to test, including:
Regression testing
Test data
Exercising GUI systems
Testing the tests
Testing thoroughly
Design/Methodology TestingCan you test the design of the code itself and the methodology you used to build the software? After a fashion, yes you can. You do this by analyzing metrics—measurements of various aspects of the code. The simplest metric (and often the least interesting) is lines of code—how big is the code itself? There are a wide variety of other metrics you can use to examine code, including:
Some metrics are designed to give you a "passing grade," while others are useful only by comparison. That is, you calculate these metrics for every module in the system and see how a particular module relates to its brethren. Standard statistical techniques (such as mean and standard deviation) are usually used here. If you find a module whose metrics are markedly different from all the rest, you need to ask yourself if that is appropriate. For some modules, it may be okay to "blow the curve." But for those that don't have a good excuse, it can indicate problems. |
A regression test compares the output of the current test with previous (or known) values. We can ensure that bugs we fixed today didn't break things that were working yesterday. This is an important safety net, and it cuts down on unpleasant surprises.
All of the tests we've mentioned so far can be run as regression tests, ensuring that we haven't lost any ground as we develop new code. We can run regressions to verify performance, contracts, validity, and so on.
Where do we get the data to run all these tests? There are only two kinds of data: real-world data and synthetic data. We actually need to use both, because the different natures of these kinds of data will expose different bugs in our software.
Real-world data comes from some actual source. Possibly it has been collected from an existing system, a competitor's system, or a prototype of some sort. It represents typical user data. The big surprises come as you discover what typical means. This is most likely to reveal defects and misunderstandings in requirements analysis.
Synthetic data is artificially generated, perhaps under certain statistical constraints. You may need to use synthetic data for any of the following reasons.
You need a lot of data, possibly more than any real-world sample could provide. You might be able to use the real-world data as a seed to generate a larger sample set, and tweak certain fields that need to be unique.
You need data to stress the boundary conditions. This data may be completely synthetic: date fields containing February 29, 1999, huge record sizes, or addresses with foreign postal codes.
You need data that exhibits certain statistical properties. Want to see what happens if every third transaction fails? Remember the sort algorithm that slows to a crawl when handed presorted data? You can present data in random or sorted order to expose this kind of weakness.
Testing GUI-intensive systems often requires specialized testing tools. These tools may be based on a simple event capture/playback model, or they may require specially written scripts to drive the GUI. Some systems combine elements of both.
Less sophisticated tools enforce a high degree of coupling between the version of software being tested and the test script itself: if you move a dialog box or make a button smaller, the test may not be able to find it, and may fall. Most modern GUI testing tools use a number of different techniques to get around this problem, and try to adjust to minor layout differences.
However, you can't automate everything. Andy worked on a graphics system that allowed the user to create and display nondeterministic visual effects which simulated various natural phenomena. Unfortunately, during testing you couldn't just grab a bitmap and compare the output with a previous run, because it was designed to be different every time. For situations such as this one, you may have no choice but to rely on manual interpretation of test results.
One of the many advantages of writing decoupled code (see Decoupling and the Law of Demeter) is more modular testing. For instance, for data processing applications that have a GUI front end, your design should be decoupled enough so that you can test the application logic without having a GUI present. This idea is similar to testing your subcomponents first. Once the application logic has been validated, it becomes easier to locate bugs that show up with the user interface in place (it's likely that the bugs were created by the user-interface code).
Because we can't write perfect software, it follows that we can't write perfect test software either. We need to test the tests.
Think of our set of test suites as an elaborate security system, designed to sound the alarm when a bug shows up. How better to test a security system than to try to break in?
After you have written a test to detect a particular bug, cause the bug deliberately and make sure the test complains. This ensures that the test will catch the bug if it happens for real.
Tip 64
Use Saboteurs to Test Your Testing
If you are really serious about testing, you might want to appoint a project saboteur. The saboteur's role is to take a separate copy of the source tree, introduce bugs on purpose, and verify that the tests will catch them.
When writing tests, make sure that alarms sound when they should.
Once you are confident that your tests are correct, and are finding bugs you create, how do you know if you have tested the code base thoroughly enough?
The short answer is "you don't," and you never will. But there are products on the market that can help. These coverage analysis tools watch your code during testing and keep track of which lines of code have been executed and which haven't. These tools help give you a general feel for how comprehensive your testing is, but don't expect to see 100% coverage.
Even if you do happen to hit every line of code, that's not the whole picture. What is important is the number of states that your program may have. States are not equivalent to lines of code. For instance, suppose you have a function that takes two integers, each of which can be a number from 0 to 999.
int test(int a, int b) { return a / (a + b); }
In theory, this three-line function has 1,000,000 logical states, 999,999 of which will work correctly and one that will not (when a + b equals zero). Simply knowing that you executed this line of code doesn't tell you that—you would need to identify all possible states of the program. Unfortunately, in general this is a really hard problem. Hard as in, "The sun will be a cold hard lump before you can solve it."
Tip 65
Test State Coverage, Not Code Coverage
Even with good code coverage, the data you use for testing still has a huge impact, and, more importantly, the order in which you traverse code may have the largest impact of all.
Many projects tend to leave testing to the last minute—right where it will be cut against the sharp edge of a deadline.[8] We need to start much sooner than that. As soon as any production code exists, it needs to be tested.
[8] dead.line \ded-lîn\ n (1864) a line drawn within or around a prison that a prisoner passes at the risk of being shot—Webster's Collegiate Dictionary.
Most testing should be done automatically. It's important to note that by "automatically" we mean that the test results are interpreted automatically as well. See Ubiquitous Automation, for more on this subject.
We like to test as frequently as we can, and always before we check code into the source repository. Some source code control systems, such as Aegis, can do this automatically. Otherwise, we just type
% make test
Usually, it isn't a problem to run regressions on all of the individual unit tests and integration tests as often as needed.
But some tests may not be easily run on a such a frequent basis. Stress tests, for instance, may require special setup or equipment, and some hand holding. These tests may be run less often—weekly or monthly, perhaps. But it is important that they be run on a regular, scheduled basis. If it can't be done automatically, then make sure it appears on the schedule, with all the necessary resources allocated to the task.
Finally, we'd like to reveal the single most important concept in testing. It is an obvious one, and virtually every textbook says to do it this way. But for some reason, most projects still do not.
If a bug slips through the net of existing tests, you need to add a new test to trap it next time.
Tip 66
Find Bugs Once
Once a human tester finds a bug, it should be the last time a human tester finds that bug. The automated tests should be modified to check for that particular bug from then on, every time, with no exceptions, no matter how trivial, and no matter how much the developer complains and says, "Oh, that will never happen again."
Because it will happen again. And we just don't have the time to go chasing after bugs that the automated tests could have found for us. We have to spend our time writing new code—and new bugs.
Can you automatically test your project? Many teams are forced to answer "no." Why? Is it too hard to define the acceptable results? Won't this make it hard to prove to the sponsors that the project is "done"?
Is it too hard to test the application logic independent of the GUI? What does this say about the GUI? About coupling?
| I l@ve RuBoard |


< Day Day Up >
List of Problems
Chapter 1:
The Role of Algorithms in Computing
Problems 1-1:
Comparison of running times
Chapter 2:
Getting Started
Problems 2-1:
Insertion sort on small arrays in merge sort
Problems 2-2:
Correctness of bubblesort
Problems 2-3:
Correctness of Horner's rule
Problems 2-4:
Inversions
Chapter 3:
Growth of Functions
Problems 3-1:
Asymptotic behavior of polynomials
Problems 3-2:
Relative asymptotic growths
Problems 3-3:
Ordering by asymptotic growth rates
Problems 3-4:
Asymptotic notation properties
Problems 3-5:
Variations on O and
Ω
Problems 3-6:
Iterated functions
Chapter 4:
Recurrences
Problems 4-1:
Recurrence examples
Problems 4-2:
Finding the missing integer
Problems 4-3:
Parameter-passing costs
Problems 4-4:
More recurrence examples
Problems 4-5:
Fibonacci numbers
Problems 4-6:
VLSI chip testing
Problems 4-7:
Monge arrays
Chapter 5:
Probabilistic Analysis and Randomized Algorithms
Problems 5-1:
Probabilistic counting
Problems 5-2:
Searching an unsorted array
Chapter 6:
Heapsort
Problems 6-1:
Building a heap using insertion
Problems 6-2:
Analysis of d-ary heaps
Problems 6-3:
Young tableaus
Chapter 7:
Quicksort
Problems 7-1:
Hoare partition correctness
Problems 7-2:
Alternative quicksort analysis
Problems 7-3:
Stooge sort
Problems 7-4:
Stack depth for quicksort
Problems 7-5:
Median-of-3 partition
Problems 7-6:
Fuzzy sorting of intervals
Chapter 8:
Sorting in Linear Time
Problems 8-1:
Average-case lower bounds on comparison sorting
Problems 8-2:
Sorting in place in linear time
Problems 8-3:
Sorting variable-length items
Problems 8-4:
Water jugs
Problems 8-5:
Average sorting
Problems 8-6:
Lower bound on merging sorted lists
Chapter 9:
Medians and Order Statistics
Problems 9-1:
Largest i numbers in sorted order
Problems 9-2:
Weighted median
Problems 9-3:
Small order statistics
Chapter 10:
Elementary Data Structures
Problems 10-1:
Comparisons among lists
Problems 10-2:
Mergeable heaps using linked lists
Problems 10-3:
Searching a sorted compact list
Chapter 11:
Hash Tables
Problems 11-1:
Longest-probe bound for hashing
Problems 11-2:
Slot-size bound for chaining
Problems 11-3:
Quadratic probing
Problems 11-4:
k-universal hashing and authentication
Chapter 12:
Binary Search Trees
Problems 12-1:
Binary search trees with equal keys
Problems 12-2:
Radix trees
Problems 12-3:
Average node depth in a randomly built binary search tree
Problems 12-4:
Number of different binary trees
Chapter 13:
Red-Black Trees
Problems 13-1:
Persistent dynamic sets
Problems 13-2:
Join operation on red-black trees
Problems 13-3:
AVL trees
Problems 13-4:
Treaps
Chapter 14:
Augmenting Data Structures
Problems 14-1:
Point of Maximum Overlap
Problems 14-2:
Josephus Permutation
Chapter 15:
Dynamic Programming
Problems 15-1:
Bitonic euclidean traveling-salesman problem
Problems 15-2:
Printing neatly
Problems 15-3:
Edit distance
Problems 15-4:
Planning a company party
Problems 15-5:
Viterbi algorithm
Problems 15-6:
Moving on a checkerboard
Problems 15-7:
Scheduling to maximize profit
Chapter 16:
Greedy Algorithms
Problems 16-1:
Coin changing
Problems 16-2:
Scheduling to minimize average completion time
Problems 16-3:
Acyclic subgraphs
Problems 16-4:
Scheduling variations
Chapter 17:
Amortized Analysis
Problems 17-1:
Bit-reversed binary counter
Problems 17-2:
Making binary search dynamic
Problems 17-3:
Amortized weight-balanced trees
Problems 17-4:
The cost of restructuring red-black trees
Chapter 18:
B-Trees
Problems 18-1:
Stacks on secondary storage
Problems 18-2:
Joining and splitting 2-3-4 trees
Chapter 19:
Binomial Heaps
Problems 19-1:
2-3-4 heaps
Problems 19-2:
Minimum-spanning-tree algorithm using binomial heaps
Chapter 20:
Fibonacci Heaps
Problems 20-1:
Alternative implementation of deletion
Problems 20-2:
More Fibonacci-heap operations
Chapter 21:
Data Structures for Disjoint Sets
Problems 21-1:
Off-line minimum
Problems 21-2:
Depth determination
Problems 21-3:
Tarjan's off-line least-common-ancestors algorithm
Chapter 22:
Elementary Graph Algorithms
Problems 22-1:
Classifying edges by breadth-first search
Problems 22-2:
Articulation points, bridges, and biconnected components
Problems 22-3:
Euler tour
Problems 22-4:
Reachability
Chapter 23:
Minimum Spanning Trees
Problems 23-1:
Second-best minimum spanning tree
Problems 23-2:
Minimum spanning tree in sparse graphs
Problems 23-3:
Bottleneck spanning tree
Problems 23-4:
Alternative minimum-spanning-tree algorithms
Chapter 24:
Single-Source Shortest Paths
Problems 24-1:
Yen's improvement to Bellman-Ford
Problems 24-2:
Nesting boxes
Problems 24-3:
Arbitrage
Problems 24-4:
Gabow's scaling algorithm for single-source shortest paths
Problems 24-5:
Karp's minimum mean-weight cycle algorithm
Problems 24-6:
Bitonic shortest paths
Chapter 25:
All-Pairs Shortest Paths
Problems 25-1:
Transitive closure of a dynamic graph
Problems 25-2:
Shortest paths in
∈
-dense graphs
Chapter 26:
Maximum Flow
Problems 26-1:
Escape problem
Problems 26-2:
Minimum path cover
Problems 26-3:
Space shuttle experiments
Problem 26-4:
Updating maximum flow
Problem 26-5:
Maximum flow by scaling
Problem 26-6:
Maximum flow with negative capacities
Problem 26-7:
The Hopcroft-Karp bipartite matching algorithm
Chapter 27:
Sorting Networks
Problems 27-1:
Transposition sorting networks
Problems 27-2:
Batcher's odd-even merging network
Problems 27-3:
Permutation networks
Chapter 28:
Matrix Operations
Problems 28-1:
Tridiagonal systems of linear equations
Problems 28-2:
Splines
Chapter 29:
Linear Programming
Problems 29-1:
Linear-inequality feasibility
Problems 29-2:
Complementary slackness
Chapter 30:
Polynomials and the FFT
Problems 30-1:
Divide-and-conquer multiplication
Problems 30-2:
Toeplitz matrices
Problems 30-3:
Multidimensional Fast Fourier Transform
Problems 30-4:
Evaluating all derivatives of a polynomial at a point
Problems 30-5:
Polynomial evaluation at multiple points
Problems 30-6:
FFT using modular arithmetic
Chapter 31:
Number-Theoretic Algorithms
Problems 31-1:
Binary gcd algorithm
Problems 31-2:
Analysis of bit operations in Euclid's algorithm
Problems 31-4:
Quadratic residues
Chapter 32:
String Matching
Problems 32-1:
String matching based on repetition factors
Chapter 33:
Computational Geometry
Problems 33-1:
Convex layers
Problems 33-2:
Maximal layers
Problems 33-3:
Ghostbusters and ghosts
Problems 33-4:
Picking up sticks
Problems 33-5:
Sparse-hulled distributions
Chapter 34:
NP-Completeness
Problems 34-1:
Independent set
Problems 34-2:
Bonnie and Clyde
Problems 34-3:
Graph coloring
Problems 34-4:
Scheduling with profits and deadlines
Chapter 35:
Approximation Algorithms
Problems 35-1:
Bin packing
Problems 35-2:
Approximating the size of a maximum clique
Problems 35-3:
Weighted set-covering problem
Problems 35-4:
Maximum matching
Problems 35-5:
Parallel machine scheduling
Appendix A:
Summations
Problems A-1:
Bounding summations
Appendix B:
Sets, Etc.
Problems B-1:
Graph coloring
Problems B-2:
Friendly graphs
Problems B-3:
Bisecting trees
Appendix C:
Counting and Probability
Problems C-1:
Balls and bins
< Day Day Up >


How many time per week you wish to exercise? 2-3 4-5
What is your goal? Weight loss Mass gain Tune up
Where are you going to work out? At Home In the Gym


|
QSense Sidecar Library
1.0.0
Developed for QSense
|
A class that represents a UUID/GUID. More...
#include <UUID.h>
Public Types | |
| enum | Version { UUID_TIME_BASED = 0x01, UUID_DCE_UID = 0x02, UUID_NAME_BASED = 0x03, UUID_RANDOM = 0x04 } |
Public Member Functions | |
| UUID () | |
| Creates a nil (all zero) UUID. More... | |
| UUID (const UUID &uuid) | |
| Copy constructor. More... | |
| UUID (const QString &uuid) | |
| Parses the UUID from a string. More... | |
| UUID (const char *uuid) | |
| Parses the UUID from a char array. More... | |
| ~UUID () | |
| Destroys the UUID. More... | |
| UUID & | operator= (const UUID &uuid) |
| Assignment operator. More... | |
| bool | parse (const QString &uuid) |
| Tries to interpret the given string as an UUID. More... | |
| QString | toString () const |
| Returns a string representation of the UUID consisting of groups of hexadecimal digits separated by hyphens. More... | |
| void | copyFrom (const char *buffer) |
| Copies the UUID (16 bytes) from a buffer or byte array. The UUID fields are expected to be stored in network byte order. More... | |
| void | copyTo (char *buffer) const |
| Copies the UUID to the buffer. The fields are in network byte order. The buffer need not be aligned. More... | |
| Version | version () const |
| Returns the version of the UUID. More... | |
| int | variant () const |
| Returns the variant number of the UUID: More... | |
| bool | operator== (const UUID &uuid) const |
| bool | operator!= (const UUID &uuid) const |
| bool | operator< (const UUID &uuid) const |
| bool | operator<= (const UUID &uuid) const |
| bool | operator> (const UUID &uuid) const |
| bool | operator>= (const UUID &uuid) const |
| bool | isNull () const |
Static Public Member Functions | |
| static const UUID & | null () |
| Returns a null/nil UUID. More... | |
| static const UUID & | dns () |
| Returns the namespace identifier for the DNS namespace. More... | |
| static const UUID & | uri () |
| Returns the namespace identifier for the URI (former URL) namespace. More... | |
| static const UUID & | oid () |
| Returns the namespace identifier for the OID namespace. More... | |
| static const UUID & | x500 () |
| Returns the namespace identifier for the X500 namespace. More... | |
| static const UUID | create () |
| Generate a time based UUID instance. More... | |
| static void | init (uint8_t node[6]) |
| Initialise the UUID engine. On application start, invoke with the current MAC address. More... | |
Protected Member Functions | |
| UUID (uint32_t timeLow, uint32_t timeMid, uint32_t timeHiAndVersion, uint16_t clockSeq, uint8_t node[6]) | |
| UUID (const char *bytes, Version version) | |
| int | compare (const UUID &uuid) const |
| void | fromNetwork () |
| void | toNetwork () |
Static Protected Member Functions | |
| static void | appendHex (QString &str, uint8_t n) |
| static void | appendHex (QString &str, uint16_t n) |
| static void | appendHex (QString &str, uint32_t n) |
| static uint8_t | nibble (char hex) |
| static uint32_t | randomNumber (int32_t input) |
A class that represents a UUID/GUID.
A UUID is an identifier that is unique across both space and time, with respect to the space of all UUIDs. Since a UUID is a fixed size and contains a time field, it is possible for values to rollover (around A.D. 3400, depending on the specific algorithm used). A UUID can be used for multiple purposes, from tagging objects with an extremely short lifetime, to reliably identifying very persistent objects across a network.
This class implements a Universal Unique Identifier, as specified in Appendix A of the DCE 1.1 Remote Procedure Call Specification (http://www.opengroup.org/onlinepubs/9629399/), RFC 2518 (WebDAV), section 6.4.1 and the UUIDs and GUIDs internet draft by Leach/Salz from February, 1998 (http://www.ics.uci.edu/~ejw/authoring/uuid-guid/draft-leach-uuids-guids-01.txt) and also http://tools.ietf.org/html/draft-mealling-uuid-urn-05
| qsense::UUID::UUID | ( | ) |
Creates a nil (all zero) UUID.
| qsense::UUID::UUID | ( | const UUID & | uuid | ) |
Copy constructor.
|
explicit |
Parses the UUID from a char array.
| qsense::UUID::~UUID | ( | ) |
Destroys the UUID.
|
protected |
|
protected |
|
staticprotected |
|
staticprotected |
|
staticprotected |
|
protected |
| void qsense::UUID::copyFrom | ( | const char * | buffer | ) |
| void qsense::UUID::copyTo | ( | char * | buffer | ) | const |
Copies the UUID to the buffer. The fields are in network byte order. The buffer need not be aligned.
| buffer | There must be room for at least 16 bytes. |
|
static |
Returns the namespace identifier for the DNS namespace.
|
protected |
|
static |
Initialise the UUID engine. On application start, invoke with the current MAC address.
| node | The MAC address. |
|
inline |
|
staticprotected |
|
static |
Returns the namespace identifier for the OID namespace.
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
| bool qsense::UUID::parse | ( | const QString & | uuid | ) |
|
staticprotected |
|
protected |
| QString qsense::UUID::toString | ( | ) | const |
Returns a string representation of the UUID consisting of groups of hexadecimal digits separated by hyphens.
|
static |
Returns the namespace identifier for the URI (former URL) namespace.
| int qsense::UUID::variant | ( | ) | const |
Returns the variant number of the UUID:
|
inline |
Returns the version of the UUID.
|
static |
Returns the namespace identifier for the X500 namespace.


WQMY
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To connect with Friends of Seafood Valerie Veronique, sign up for Facebook today. Sign UpLog . Veronique at Longwood Towers is now called Alden Castle .
http://www.facebook.com/seafoodvalerie
| home/hazel ware the williamsport/ employee rehabilitation reliance retail controversy |
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| Branding | MyNetworkTV veronique at longwood towers |
| operation smackdown scranton pa | amp per hour battery: 29 (black box inc louisville) & alberta treasury b ranch-DT 45.3 (UHF) |
| womens size 8 converted to mens | see article |
| Owner | New Age Media, LLC Alden Castle - Brookline, MA |
| First air date | December 30, 1988 |
| computer time monitor for kids | MYNetworkTV |
| bracewell sahara car crossing | WOLF-TV, swimming costume size 20 |
| pacific management san francisco | WILF (1988-2006) |
| Former channel number(s) | James Apteker » School of Hospitality Administration | Boston ... |
| speedup windowsxp startup annoyances | replace dell lcd backlight (1988-1998) patricia hunt daughter oocytes / free music theory lesson for piano (1998-2006) |
| hong kong laser light show | 50 mycosis fungiodes powered by phpbb 420 kW (WOLF-DT3) |
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| food burn in mouth | 52075 73375 (WOLF-DT3) |
| Transmitter coordinates | hard wood turning blanks english sycamore electric specialty vehicles for disablities (WOLF-DT3) |
Boston restaurant to buyout for a wedding - Greater Boston Area ...
Jan 20, 2013 . The other is what they now call Alden Castle, which is 2 separate rooms - a ballroom and a "club" - in Longwood Towers (at the Longwood T .
http://chowhound.chow.com/topics/887146
Boston wedding photographer Robert Castagna
Veronique at Longwood Towers Brookline. bride and groom at MIT Cambridge MA · bride privacy. All photographs by Boston wedding photographer Robert .
http://www.robertcastagna.com/
Contents |
[one-two go flight attendants] History
Veronique - Longwood Events
http://www.longwoodevents.com/Venues/Veronique/Default.aspx
Alden Castle, Brookline, Massachusetts (MA) - Wedding Venue ...
. venue, Alden Castle, is located in the legendary Longwood Towers in Brookline. . Ballroom Veronique's soaring ceilings and captivating tudor architecture .
http://www.eventective.com/USA/Massachusetts/Brookline/17205/Alden-Castle.html
THIS RESTAURANT IS NOW A PRIVATE EVENT SPACE Veronique ...
THIS RESTAURANT IS NOW A PRIVATE EVENT SPACE Veronique. Longwood Towers. 20 Chapel St. Send to Phone · Brookline, MA 02446.<PHONE_NUMBER> .
http://www.gayot.com/restaurants/veronique-brookline-ma-02446_12bo00341.html
Real weddings in Brookline, MA, USA - Wedding Mapper
Real weddings complete with commentary and wedding .
http://www.weddingmapper.com/g/ma/brookline/planning/weddings
Alden Castle - Longwood Events
Longwood's Boston event venue, Alden Castle, is available for private events only: wedding receptions, meetings, non-profit fundraising, corporate functions, .
http://www.longwoodevents.com/Venues/alden-castle.shtml
Veronique Ballroom at Longwood Towers | ArtsBoston.org
Longwood Events' original venue, Veronique, is located in the legendary Longwood Towers in Brookline. The building's Tudor architecture and intricate design .
http://www.artsboston.org/venue/detail/5143/Veronique_Ballroom_at_Longwood_Towers
Best of Boston Beauty - Boston Magazine
. Best of Boston® winners in the beauty category with a glamorous soiree at the Veronique Ballroom in the Longwood Towers. Top Boston salons, health clubs, .
http://www.bostonmagazine.com/party_pictures/gallery.html?gallery=218031
Fall 2010 - Massachusetts Neuropsychological Society
attendance to Veronique at Longwood Towers last June . New student Representative to the Board, Maria Valmas, has already offered assistance with the new .
http://www.massneuropsych.org/wp-content/uploads/2010/04/Fall-2010.pdf
April 2011 | Modernly Wed
Apr 28, 2011 . Both the ceremony and reception were held at Longwood Events Veronique Venue in the Longwood towers in Brookline. The wedding palette .
http://modernlywed.com/2011/04/
Longwood Events in Brookline, MA - Reviews and Directions
Longwood Events in Brookline, MA. Come to Citysearch® to get information, directions, and reviews on Longwood Events and other Meeting Facilities in .
http://boston.citysearch.com/profile/43827061/brookline_ma/longwood_events.html
Boston's Luxury Properties, 217 kent st brookline ma 02446 - Walk ...
CityView at Longwood. $2,145-$5,040. Studio. Mission Hill. Webster Green. $1,725-$2,160. 1-2 beds. Archstone CambridgePark. $2,079-$3,096. 1-2 beds .
http://www.walkscore.com/apartment/studio-1-650-brookline
[buy fallout 3 pc] Digital channels
| Channel | Name | beachwood barbeque in seal beach | oreck tx 850 iron instructions free | Programming |
|---|---|---|---|---|
| 53.1 | veronique at longwood towers DT | vision of massage therapists | demi moore and ashtons home | Main veronique at longwood towers programming / MyNetworkTV |
| 53.2 | WOLF DT | 1960 jet pack cartoon | peripole angel soprano recorder model pb6000 | Simulcast of tennis birthday party supplies |
| 53.3 | WSWB DT | 480i | 4:3 | Simulcast of a a milne temperment test |
Venues - Murray Hill Talent
Longwood Cricket Club Chestnut Hill, MA Lord Thompson . Tower Hill Botanical Gardens Boylston, MA The Towers . Veronique Ballroom Brookline, MA .
http://www.murrayhilltalent.com/new-england-venues-boston-new-england/
[small greenies smart chip biscuits] References
[mika lyrics grace kelly] External links
- condo lakes park road lexington ky
- citybuilding games powered by vbulletin
- cub cadet 5 24
- john deere hydro tractor
- shana weiss m d
- alberta treasury b ranch
|
|


{% extends '_layouts/layout_2-3.html' %} {% block page_title %} Diabetes symptoms and conditions NHS.UK {% endblock %} {% block pageTitle %} Book an appointment at Sherburn Group Practice {% endblock %} {% block pageIntro %} {% endblock %} {% block content %}
Reception opening hours
Open from 7.30am until 5.30pm today
| Monday | 8.30am to 6pm | |
| Tuesday | 8.30am to 6pm | |
| Wednesday | 8.30am to 6pm | |
| Thursday | 8.30am to 1pm | 3.15pm to 6pm |
| Friday | 8.30am to 6pm | |
| Saturday | Closed | |
| Sunday | Closed |
If you’ve registered with your GP’s online services, you’ll get a username and password.
You will need these to log on and book an appointment.
Log on
You must register with your GP’s online services to book an appointment online. Ask your practice for a registration form. You’ll also need to show photo ID and proof of address.Register to book an appointment online


--- layout: post title: Pumpkin Pie Oatmeal date: 2009-10-31 16:09:06.000000000 -04:00 type: post published: true status: publish categories: - breakfast & brunch - recipes - vegan - vegetarian tags: - breakfast & brunch - cinnamon - oatmeal - pumpkin - spices meta: _oembed_3c43f84e1da5a19e3ec6a6861f9a096b: author: login: sophie email<EMAIL_ADDRESS>display_name: Pika first_name: '' last_name: '' ---
Happy Halloween! Another pumpkin pie-themed food, this time more successful. A very filling and autumn-y breakfast. Healthy, too.
[caption id="attachment_189" align="alignleft" width="300" caption="a bit of a blurry pic"][/caption]
Pumpkin Pie Oatmeal (makes 1 hearty breakfast)
1. Microwave oats and water for 1-2 minutes, or until cooked.
2. Stir in pumpkin, sugar, and spices (to taste).
3. Eat!


This page was automatically generated by uploading a savegame to EU4 Savegame Stats
Players: @Model.Players
| Statistic | Value |
|---|---|
| Manpower | @Model.Manpower.ToString("N0") |
| Potential Manpower | @Model.PotentialManpower.ToString("N0") |
| Regiment Count | @Model.RegimentCount.ToString("N0") |
| Regiment Sum | @Model.RegimentSum.ToString("N0") |
| Ship Count | @Model.ShipCount.ToString("N0") |
| Ship Sum | @Model.ShipSum.ToString("N0") |
| Country | Power | Ship Power | Province Power | Light Ships | Money | Total |
|---|---|---|---|---|---|---|
| @x.country | @x.power.ToString("F3") | @x.shipPower.ToString("F3") | @x.provincePower.ToString("F3") | @x.lightShips | @x.money.ToString("F3") | @x.total.ToString("F3") |
| Commander | Tag | F | S | M | S | Battles | Wins | Forces Commanded | Forces Faced | Losses | Kills |
|---|---|---|---|---|---|---|---|---|---|---|---|
| @x.leader.Name | @x.country | @x.leader.Fire | @x.leader.Shock | @x.leader.Manuever | @x.leader.Siege | @x.battles | @x.wins | @x.forces.ToString("N0") | @x.faced.ToString("N0") | @x.losses.ToString("N0") | @x.kills.ToString("N0") |
The top ten wars that have the largest number of combined deployed forces and losses on sea. Does not include land battles
| War | Attacker | Defender | Battles | Wins | Attacking Forces | Attacking Losses | Defending Forces | Defending Losses |
|---|---|---|---|---|---|---|---|---|
| @x.name | @x.attacker | @x.defender | @x.battles | @x.attackingWins / @x.defendingWins | @x.attackingForces.ToString("N0") | @x.attackingLosses.ToString("N0") | @x.defendingForces.ToString("N0") | @x.defendingLosses.ToString("N0") |
The top ten wars that have the largest number of combined deployed forces and losses on land. Does not include naval battles
| War | Attacker | Defender | Battles | Wins | Attacking Forces | Attacking Losses | Defending Forces | Defending Losses |
|---|---|---|---|---|---|---|---|---|
| @x.name | @x.attacker | @x.defender | @x.battles | @x.attackingWins / @x.defendingWins | @x.attackingForces.ToString("N0") | @x.attackingLosses.ToString("N0") | @x.defendingForces.ToString("N0") | @x.defendingLosses.ToString("N0") |
| War | Battle | Date | Attacker | Defender | Attacking Forces | Attacking Losses | Defending Forces | Defending Losses | Winner |
|---|---|---|---|---|---|---|---|---|---|
| @x.warName | @x.battleName | @x.battleDate.ToString("d") | @x.attacker | @x.defender | @x.forces1.ToString("N0") | @x.losses1.ToString("N0") | @x.forces2.ToString("N0") | @x.losses2.ToString("N0") | @(x.won ? "Attacker" : "Defender") |
| War | Battle | Date | Attacking Forces | Attacking Losses | Defending Forces | Defending Losses | Winner |
|---|---|---|---|---|---|---|---|
| @x.warName | @x.battleName | @x.battleDate.ToString("d") | @x.forces1.ToString("N0") | @x.losses1.ToString("N0") | @x.forces2.ToString("N0") | @x.losses2.ToString("N0") | @(x.won ? "Attacker" : "Defender") |
| Country | Men Fielded | Men Lost | Ships Fielded | Ships Lost |
|---|---|---|---|---|
| @x.name | @x.menFielded.ToString("N0") | @x.menLost.ToString("N0") | @x.shipsFielded.ToString("N0") | @x.shipsLost.ToString("N0") |
The same two commanders may find themselves facing each other quite often throughout a period of wars. The following table depicts the commanders who fought against each other the most
| Rivalry | Battles | Wins | Forces | Losses |
|---|---|---|---|---|
| @x.description | @x.battles | @x.wins1 / @x.wins2 | @x.forces1.ToString("N0") / @x.forces2.ToString("N0") | @x.losses1.ToString("N0") / @x.losses2.ToString("N0") |
| Rank | Country | Score | Adm Rating | Dip Rating | Mil Rating |
|---|---|---|---|---|---|
| @x.rank | @x.name | @x.score.ToString("F3") | @x.adm.ToString("F3") | @x.dip.ToString("F3") | @x.mil.ToString("F3") |
| Country | Loans | Total |
|---|---|---|
| @x.Item1 | @x.Item2 | @x.Item3.ToString("N0") |
| Stat | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>@x.player |
}
|---|---|
| Treasury | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Income | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Stability | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Inflation | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Prestige | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Number Of Cities | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Number Of Colonies | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Total Base Tax | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Adm Tech | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Dip Tech | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Mil Tech | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Army Tradition | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Navy Tradition | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Land Forces | @foreach (var x in @Model.PlayerCountries) {
@foreach (var force in @x.landForces) {
@force
} |
}
| Naval Forces | @foreach (var x in @Model.PlayerCountries) {
@foreach (var force in @x.navalForces) {
@force
} |
}
| Mercantilism | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Cultures | @foreach (var x in @Model.PlayerCountries) {
@foreach (var cult in @x.cultures) {
@cult
} |
}
| War Exhasution | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Manpower | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Max Manpower | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Government | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Religion | @foreach (var x in @Model.PlayerCountries<EMAIL_ADDRESS>| }
| Allies | @foreach (var x in @Model.PlayerCountries) {
@foreach (var ally in @x.allies) {
@ally
} |
}
| Vassals | @foreach (var x in @Model.PlayerCountries) {
@foreach (var vassal in @x.vassals) {
@vassal
} |
}
| Marriages | @foreach (var x in @Model.PlayerCountries) {
@foreach (var marriage in @x.marriages) {
@marriage
} |
}
| Advisors | @foreach (var x in @Model.PlayerCountries) {
@foreach (var advisor in @x.advisors) {
@(advisor.Type + " (" + advisor.Skill + ")")
} |
}
Every year EU4 marks the year and a value (score, income, inflation, size) for each country, so that the player can view a nice chart of the data. Ledger correlations shows the correlations between these values. For instance, the correlation between size and income means: across all countries when the size of the country fluctuates from year to year, does that correspond to movement in income. A positive correlation means that as the size of a nation increases, so does their income -- an intuitive reasoning.
| Correlation | Min | Q1 | Median | Q3 | Max |
|---|---|---|---|---|---|
| Size and Income | @Model.LedgerCorrelations.SizeAndIncome.min.ToString("F2") | @Model.LedgerCorrelations.SizeAndIncome.q1.ToString("F2") | @Model.LedgerCorrelations.SizeAndIncome.median.ToString("F2") | @Model.LedgerCorrelations.SizeAndIncome.q3.ToString("F2") | @Model.LedgerCorrelations.SizeAndIncome.max.ToString("F2") |
| Size and Score | @Model.LedgerCorrelations.SizeAndScore.min.ToString("F2") | @Model.LedgerCorrelations.SizeAndScore.q1.ToString("F2") | @Model.LedgerCorrelations.SizeAndScore.median.ToString("F2") | @Model.LedgerCorrelations.SizeAndScore.q3.ToString("F2") | @Model.LedgerCorrelations.SizeAndScore.max.ToString("F2") |
| Size and Inflation | @Model.LedgerCorrelations.SizeAndInflation.min.ToString("F2") | @Model.LedgerCorrelations.SizeAndInflation.q1.ToString("F2") | @Model.LedgerCorrelations.SizeAndInflation.median.ToString("F2") | @Model.LedgerCorrelations.SizeAndInflation.q3.ToString("F2") | @Model.LedgerCorrelations.SizeAndInflation.max.ToString("F2") |
| Income and Score | @Model.LedgerCorrelations.IncomeAndScore.min.ToString("F2") | @Model.LedgerCorrelations.IncomeAndScore.q1.ToString("F2") | @Model.LedgerCorrelations.IncomeAndScore.median.ToString("F2") | @Model.LedgerCorrelations.IncomeAndScore.q3.ToString("F2") | @Model.LedgerCorrelations.IncomeAndScore.max.ToString("F2") |
| Income and Inflation | @Model.LedgerCorrelations.IncomeAndInflation.min.ToString("F2") | @Model.LedgerCorrelations.IncomeAndInflation.q1.ToString("F2") | @Model.LedgerCorrelations.IncomeAndInflation.median.ToString("F2") | @Model.LedgerCorrelations.IncomeAndInflation.q3.ToString("F2") | @Model.LedgerCorrelations.IncomeAndInflation.max.ToString("F2") |
| Score and Inflation | @Model.LedgerCorrelations.ScoreAndInflation.min.ToString("F2") | @Model.LedgerCorrelations.ScoreAndInflation.q1.ToString("F2") | @Model.LedgerCorrelations.ScoreAndInflation.median.ToString("F2") | @Model.LedgerCorrelations.ScoreAndInflation.q3.ToString("F2") | @Model.LedgerCorrelations.ScoreAndInflation.max.ToString("F2") |


This document describes the conformance of each parser included in xmlscan for XML related specifications.
XMLscan is one of "non-validating XML processor" according to XML 1.0 Specification [XML]. XMLscan is satisfied with almost conditions required for a non-validation XML processor, though, for the limitations of implementations, there are mainly the following restrictions. For detail, See the below descriptions for each class.
XMLScan::XMLScanner tokenize an XML document and only recognize each XML declaration, document type declaration, processing instruction, comment, start tag, end tag, empty element tag, CDATA section, general entity reference, and character reference. It is NOT an error even that one of these parts appears in the context which prohibits existence of it, except in the case described below.
It is reported as an parse error that an XML declaration, document type definition (except internal DTD subset), processing instruction, comment, start tag, end tag, empty element tag, CDATA section, general entity reference, or a character reference is not matched with its production defined in XML 1.0 Specification [XML].
For reasonably speed, if `strict_char' option is not specified, XMLScan::XMLScanner doesn't check whether a name or character data includes an illegal characters for it. All characters except ones recognized as one of delimiters in that context are allowed. To be more precise, without `strict_char' option, the production Char[2], Name[5], Nmtoken[7], EntityValue[9], AttValue[10], SystemLiteral[11], PubidChar[13], CharData[14], VersionNum[26], and EncName[81] are not checked strictly.
XMLScan::XMLScanner doesn't normalize linebreaks.
Since Ruby is not supported UTF-16, it is impossible to parse an XML document encoded in UTF-16 as it is. You need to convert it to UTF-8 before parsing.
`<?xml' in a place except the beginning of an XML document is regarded as a processing instruction.
It is not checked whether the value of a standalone document documentation is either "yes" or "no".
It is not checked whether a target in a processing instruction is not "xml" or like, which is a reserved target.
It is reported as a parse error in the case that a document type declaration appears in a place except prolog, or two or more document type declarations are found in one document.
It is reported as a well-formedness constraint violation that `<' appears directly in a attribute value. If strict_char option is specified, XMLScan::XMLScanner checks well-formedness constraint: Legal Character. Any other well-formedness constraints are not checked.
XMLScan::XMLScanner skips an internal DTD subset.
The goal of XMLScan::XMLParser is to satisfy almost all conditions required to a non-validating XML parser.
The description for XMLScan::XMLScanner about `strict_char' option and the description for UTF-16 are applicable to XMLScan::XMLParser. The following well-formedness constraints about a character reference are checked only if `strict_char' option is specified;
XMLScan::XMLScanner doesn't normalize linebreaks.
XMLScan::XMLParser skips an internal DTD subset. The following well-formedness constraints about an internal DTD subset are not checked;
All general entity references except ones to predefined entities (lt,gt,amp,quot,apos) are reported as ones to undeclared entities.
External DTD subsets are not read. The following well-formedness constraints about an external DTD subset are not checked;
Since XMLScan::XMLParser cannot check whether a replacement text of an undeclared entity includes `<', the following well-formedness constraints are not checked completely;
XMLScan::XMLNamespace checks for all constraints specified in ``Namespaces in XML'' and its errata [Namespaces], and ensure that an XML document is namespace-well-formed.
All limitations for XMLScan::XMLParser are inherited to XMLScan::XMLNamespace.


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113488general/03353newbcheck51minuteruntime.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/113488-general/topic/newb.2C.<IP_ADDRESS>check.<IP_ADDRESS>minute.20runtime.3F.html


Contains all the aspects that describe an Emotion including Category, Dimension, Appraisal and ActionTendency.


Post-processing¶
Here lists the diagnostic tools for some quick analysis of the EAM output. More comprehensive diagnostics tools are available here
NCO¶
See details here
- NCO on github
- NCO on zenodo
- NCO documentation
- NCO guide by Todd Mitchell
- Reference: Zender, C. S. (2008), Analysis of self-describing gridded geoscience data with
- netCDF operators (NCO), Environ. Modell. Softw., 23(10), 1338-1342. DOI: https://doi.org/10.1016/j.envsoft.2008.03.004
Regridding from SE grid to lat-lon grid¶
Example:
$ ncremap -i input.nc -m map_ne30np4_to_fv129x256_aave.20150901.nc -o output.nc
See details here (internal)
Making climo files¶
A script is available here, which calls climo_nco.sh to make climo files for E3SM output.
Bit-Grooming¶
Bit-Grooming can reduce EAM output file size by a factor of 2 or more. Users can specify the Number of Significant Digits (NSD) to retain, for example:
% time ncks -7 --ppc default=3 TEST_eos_FC5AV1C-04P_ne120_ne120_20161005_EXP05A.cam.h1.0001-01-02-00000.nc O1.nc
52.26s
% time ncks -7 --ppc default=4 TEST_eos_FC5AV1C-04P_ne120_ne120_20161005_EXP05A.cam.h1.0001-01-02-00000.nc O2.nc
1min 1.04s
Note that it’s better to do averaging or similar computations before Bit-Grooming. If BG is done first, the averaging (or other operations) process could be very slow.
See details here (internal)


Example of OpenLayers to Modify and Delete features
View on GitHub
vertices, draw, drawing, modify, delete
Example of ModifyFeature control for editing and deleting vector features.
none
draw point
draw line
draw polygon
modify feature
allow delete feature by del-key, choose mode:
always
hover
none
allow vertices creation
allow rotation
allow resizing
(
keep aspect ratio
)
allow dragging
View the
modify-feature.js
source to see how this is done.


Hello everybody, I am trying to assembly the Ac Monitor, but I am having some problems. I think I have assembled it correctly but now I was trying to calibrate it but I am just receiving random numbers in my serial port.. I am using the basicSketchWCal to calibrate it.
Does anyone know what may be the problem. Thank you in advance.
(I posted also in general discussion, sorry for double post)
Re: Calibration
Try the new emonLib library: https://github.com/openenergymonitor/EmonLib. You will still need to calibrate for your component values.
We have a page here that lists suggested calibration values for the emonTx AC-AC adapters: http://openenergymonitor.org/emon/buildingblocks/different-acac-power-adapters
We are currently in the process of improving the layout of the documentation on this site. If you can't find anyting please try the new 'building blocks section': http://openenergymonitor.org/emon/buildingblocks. This section will in due course replace input/output modules and builds.
Re: Calibration
I am using the basicSketch calibration file to calibrate my values of phaseCal, Ical and Vcal. The problem is that I am trying to calibrate my phasecal but I can't and I don't know whats happening. I started by using the values that you refer like 2.3 but it seems like I am just receiving random numbers.
The power factor is supposed to be 1 when there are any devices connect at the grid and then is supposed to go to a number around 0.85 or something. But the problem is that I cannot even measure 1 and when I connect a device and turn it on it seems to be not so effective in changing the values of the power factor. I really don't know what may be happening.
Any clue?
Re: Calibration
Have you calibrated the Vcal and Ical? Try calibrating these first. You will need a plug in monitor on an extension cable to compare. The CT must be clipped round either the netral or live wire, not both.
Calibrating phaseCal can be tricky, its often a bit of trail and error!
Calibration should be done with a load of a few Kw at least.
What is your setup? I take it your not using the emonTx? What component values are you using?
Re: Calibration


Copyright 2015 The Chromium Authors. All rights reserved. Use of this source code is governed by a BSD-style license that can be found in the LICENSE file
Copyright 2015 The Chromium Authors. All rights reserved. Use of this source code is governed by a BSD-style license that can be found in the LICENSE file
Copyright 2015 The Chromium Authors. All rights reserved. Use of this source code is governed by a BSD-style license that can be found in the LICENSE file


No Review
No News
No Video
No Gloonicle
$def with (jsonData) $ carouselData = jsonData['carouselArticles'] $ recentNArticles=jsonData['recentNArticles'] $ platformValue = jsonData['platform'] $ platformMessageMap ={"ps3":"Latest Playstation 3 Articles","all":"Latest All Articles","ps4":"Latest Playstation 4 Articles","xbox360":"Latest Xbox 360 Articles","xboxOne":"Latest Xbox One Articles", "pc":"Latest PC Articles", "n3ds":"Latest Nintendo 3DS Articles", "vita":"Latest Playstation Vita Articles","wiiu":"Latest Nintendo Wii-U Articles","ios":"Latest IOS Articles","android":"Latest Android Articles"} $if platformValue == 'all': $var title:Welcome to gamealoon Beta- Find all gamer generated reviews, gloonicles, videos, news and more at Gamealoon $var description: Gamealoon is world's first totally video gamer centric video game entertainment, media and social network website. Gamealoon is a platform which lets video gamers from all around the world come, make a network, collaborate and generate reviews, videos, news and gloonicles for their favorite video games and platforms such as PS3, PS4, Vita, Xbox 360, Xbox one ,Wii u, 3ds, Android, PC and iOS or video games in general.
No Review
No News
No Video
No Gloonicle


Plugin demonstrates that 3D rendering can be readily used in ImJoy plugins.
Plugin is using [vtk-js](https://kitware.github.io/vtk-js/)
Specifically, it shows the [PiecewiseGaussianWidget](https://kitware.github.io/vtk-js/examples/PiecewiseGaussianWidget.html)
# From the documentation:
**Double click**:
* create a gaussian at that given position and height with no bias.
**Left click**:
* On a gaussian, that will active it so if you click on the (-) button, that will be the one removed.
* On a button: perform the action of the button (add or remove a selected gaussian).
**Right click**
* delete the gaussian underneath.
**Drag**:
* Bottom of a gaussian will adjust the width. From left to right will increase the width.
* Middle of the gaussian will adjust the biais (x and y).
* Top of the gaussian will adjust height.
* Anywhere else will adjust its position.
{
"name": "3D-visualization",
"type": "window",
"tags": [],
"ui": "Illustrate 3D visualization with vtk in the browser",
"version": "0.1.0",
"api_version": "0.1.2",
"description": "Demonstration of 3D visualization wiht vtk.",
"icon": "extension",
"inputs": null,
"outputs": null,
"dependencies": [],
"defaults": {"w": 30, "h":20}
}


Software Developer with a demonstrated history of working in the computer software industry.
Skilled in Web App Development with knowledge of Python, C++, Visual Basic, JQuery, Java, PHP, JavaScript, React, HTML, CSS, SCSS, & mySQL.
Experience in AWS and Azure services, as well as developing for SharePoint.
Studied as a Computer Science Major with a focus in Software Development at California State University, Monterey Bay.
I've worked as Software Programmer Analyst for Monterey County and as lead developer for Athlete Playbook.
Another application hosted on SharePoint. Created to for Monterey County Human Resources to reach out to organizations
and individuals that represent minority groups.
This Civil Rights Office (CRO) Talent Acquisition Database is a SharePoint Application (app) that provides CRO with a centralized and categorized collection of groups that CRO and HR users can search, generate mailing labels, mass emails, and reports to assist in recruiting from under-represented communities.
Although this specific app is available only to CRO and HR, it opens the possibility of a generalized version posted on the SharePoint app store so that other County departments with similar needs can download and populate with their own contacts and use to assist their recruiting efforts.
PHP based web application designed to create exercise routines for athletic teams and individuals. User enters
their athletic stats and the application provides a custom 4, 6, or 8 week routine that can be based on specific sport or training goal.
Application has been utilized by CSUMB Athletic Department as well at Personal Trainers at a local gym.


The SearchAndPrescribe Control allows designers and developers to implement a set of prescribing functionality. The sample application, implemented alongside the Medications List View, represents a set of features to promote quick understanding of the Search and Prescribe control, including support for template prescriptions and prescribing rules for individual types of medications. The sample is implemented by hosting and configuring the application code in a Microsoft Health CUI compliant manner
Additional information relating to this control can be found on the corresponding MSCUI control page.


Hey,
some time ago I converted project files to a new format what causes some problems in tests projects. For unit tests we use Machine.Specifications. For running specs we use Resharper, so the only external dependencies in tests are Machine.Specifications and Rhino.Mocks.
As I already mention, there are some problems. The biggest one was a discovery of unit tests, which in fact stops working. After building a project in context menu there wasn’t an option to run unit tests, and when we open some file with unit tests, tests only in this files magically shows up in unit test explorer, and run tests option in context menu appears. After opening subsequent files, subsequent tests were discovered. Running tests via console runner mspec-clr works fine. So I suspected that it is a Resharper fault.
It turned out that there is an information in Resharper logs, that test adapter is missing in bin/net462 folder near a tested DLL file. So I think, that there might be some lacks in a project file. So I add two following NuGet packages:
The first one is used to running Machine.Specifications tests throw a Visual Studio Test Explorer. The second one is eligible for running tests in .net core projects, but as it shows not only in .net core projects but in all projects which have a new project file format.
Thanks to that fix, an option to run all tests in a project is one more time available, the same with discovering tests in the whole project (it simply starts working). So to sum up we have to remember that there are some additional things to do after migration to a new file format, like referencing additional libraries in case of tests projects.
Thanks for reading!


{{< layout}} {{$propositionHeader}}{{/propositionHeader}} {{$pageTitle}}Thank you{{/pageTitle}} {{$header}}
We’ll check the photo and let David know what he needs to do.
Thank you.


This bay and town straddles the border between Sint Maarten and St Martin.
See entry St Martin/Oyster Pond.


I am a 6 foot 4inches basketballer who has an intrest in develpments and computer related fields i was advised about moringa school, i later joined moringa school school still pursuing my Basketball carrer i am currently learning how to become a developer at Moringa School Which is an awsome place and i will and have already begun refering to friends and people whom i know are intrested with becoming developers.
My projects below-click to view:
The other projects have been done on another machine during peer programming
I have jumped from one education system to another wich affectd my in my final grade but i dont use that as an excuse in my grades.I begun with the Kenyan Education system which is 844 till class 3 them moved to igcse for a couple of years(around 6years) then my Mom wanted me to move to a school founded by the church we attented into Form1 which meant i had to move class behind for me to do K.C.P.E,i did my K.C.P.E which went terrebly but still managed to join the school i did 844 highschool till form 2 then switched to Igcse for an year then switched back to 844 due to personal reasons to complete my K.C.S.E in form 4.I did my K.C.S.E and performed way better than i had expected.Then finally did my Igcse exams which i performed superbly.
I decide to take programming classes at Moringa School to gain skills which i belive should be basic and very relevant in our lives right now and the future and a field that i might engage in later on in my life.


Tiny-Dark-CSS is a ready to use Lightweight CSS Framework and not required any Javascript or using HTML classes.
Features
- Ready to use. Only download and include on your pages.
- No classes, only standar HTML5 elements.
- Very lightweight. Little more than 1Kb minified and gzipped.
- Write using SCSS
Link
https://github.com/gregoweb/light/Typography
Header H1
Header H2
Header H3
Header H4
Lists
- list item
- list item
- list item
- list item
- list item
- list item
Nav
Buttons:
Form
Tables:
| Singer | Group |
|---|---|
| Freddie Mercury | Queen |
| Kurk Cobain | Nirvana |
| John Lennon | Beatles |
| Jon Bon Jovi | Bon Jovi |
Responsive images
Blockquote
This is a blockquote.
Code
To do


Syntax:
unintern symbol &optional package => generalized-boolean
Arguments and Values:
symbol---a symbol.
package---a package designator. The default is the current package.
generalized-boolean---a generalized boolean.
Description:
unintern removes symbol from package. If symbol is present in package, it is removed from package and also from package's shadowing symbols list if it is present there. If package is the home package for symbol, symbol is made to have no home package. Symbol may continue to be accessible in package by inheritance.
Use of unintern can result in a symbol that has no recorded home package, but that in fact is accessible in some package. Common Lisp does not check for this pathological case, and such symbols are always printed preceded by #:.
unintern returns true if it removes symbol, and nil otherwise.
Examples:
(in-package "COMMON-LISP-USER") => #<PACKAGE "COMMON-LISP-USER"> (setq temps-unpack (intern "UNPACK" (make-package 'temp))) => TEMP::UNPACK (unintern temps-unpack 'temp) => T (find-symbol "UNPACK" 'temp) => NIL, NIL temps-unpack => #:UNPACK
Side Effects:
unintern changes the state of the package system in such a way that the consistency rules do not hold across the change.
Affected By:
Current state of the package system.
Exceptional Situations:
Giving a shadowing symbol to unintern can uncover a name conflict that had previously been resolved by the shadowing. If package A uses packages B and C, A contains a shadowing symbol x, and B and C each contain external symbols named x, then removing the shadowing symbol x from A will reveal a name conflict between b:x and c:x if those two symbols are distinct. In this case unintern will signal an error.
See Also:
Section 11.1 (Package Concepts)
Notes: None.


Welcome to AgentBas! I am a mortgage broker for Pegasus Mortgage and Financial Solutions. Please take this opportunity to explore and learn as much as possible about how you may be able to benefit from my services and that of Pegasus Mortgage and Financial Solutions as a whole!
The mortgage business can be difficult to navigate due to an abundance of lenders, products, policies, and forecasts. I am a professional who is on your side and I look forward to helping you in any way that I can.
Find out more about me and what I do
Find out our about our leading mortgage solutions and how I can help you on your path to your dream home.
See current interest rates as provided by Bank of Canada.


Precinct Summary Report
EMS
11/6/2018
08:34:25
Warrick County, Indiana
2018 General Election
Election Date:
11/6/2018
34-Ohio 12
M- # OF Machine Ballots
379
A- # OF Absentee Ballots
209
PRECINCT STATUS:
REPORTED
0
P- # OF Provisional Ballots
588
PUBLIC COUNT:
1086
REGISTERED VOTERS:
54.14%
- - - - - - - - - - - - - - - - - - VOTES - - - - - - - - - - - - - - - -
M
A
P
TOTAL
%
VOTES=
456
Public Question
VOTE FOR
1
222
117
0
339
74.34%
YES
76
41
0
117
25.66%
NO
VOTES=
584
United States Senator
VOTE FOR
1
241
105
0
346
59.25%
MIKE BRAUN (R)
119
100
0
219
37.50%
JOE DONNELLY (D)
15
4
0
19
3.25%
LUCY M. BRENTON (L)
0
0
0
0
0.00%
WRITE-IN
VOTES=
576
Secretary of State
VOTE FOR
1
242
107
0
349
60.59%
CONNIE LAWSON (R)
115
97
0
212
36.81%
JIM HARPER (D)
14
1
0
15
2.60%
MARK W. RUTHERFORD (L)
0
0
0
0
0.00%
WRITE-IN
VOTES=
578
Auditor of State
VOTE FOR
1
246
106
0
352
60.90%
TERA KLUTZ (R)
113
99
0
212
36.68%
JOSELYN WHITTICKER (D)
13
1
0
14
2.42%
JOHN SCHICK (L)
VOTES=
577
Treasurer of State
VOTE FOR
1
258
112
0
370
64.12%
KELLY MITCHELL (R)
112
95
0
207
35.88%
JOHN C. AGUILERA (D)
VOTES=
582
United States Rep District 8
VOTE FOR
1
254
114
0
368
63.23%
LARRY D. BUCSHON (R)
120
94
0
214
36.77%
WILLIAM TANOOS (D)
0
0
0
0
0.00%
WRITE-IN
VOTES=
580
State Rep District 75
VOTE FOR
1
244
112
0
356
61.38%
RON BACON (R)
129
95
0
224
38.62%
JOHN HURLEY (D)
VOTES=
449
Judge of Superior Court No. 1
VOTE FOR
1
307
142
0
449
100.00%
J. ZACH WINSETT (R)
0
0
0
0
0.00%
NO CANDIDATE FILED (D)
VOTES=
454
Judge of Superior Court No. 2
VOTE FOR
1
311
143
0
454
100.00%
AMY STEINKAMP MISKIMEN (R)
0
0
0
0
0.00%
NO CANDIDATE FILED (D)
VOTES=
448
Prosecuting Attorney 2nd Circuit
VOTE FOR
1
308
140
0
448
100.00%
MICHAEL J. PERRY (R)
0
0
0
0
0.00%
NO CANDIDATE FILED (D)
VOTES=
570
County Auditor
VOTE FOR
1
260
111
0
371
65.09%
DEBORAH "DEBBIE" STEVENS (R)
107
92
0
199
34.91%
CHELSEA BALLIS (D)
VOTES=
450
County Sheriff
VOTE FOR
1
313
137
0
450
100.00%
MICHAEL WILDER (R)
0
0
0
0
0.00%
NO CANDIDATE FILED (D)
VOTES=
446
County Assessor
VOTE FOR
1
309
137
0
446
100.00%
SARAH E. REDMAN (R)
0
0
0
0
0.00%
NO CANDIDATE FILED (D)
VOTES=
577
Co Commissioner District 2
VOTE FOR
1
249
106
0
355
61.53%
TERRY PHILLIPPE (R)
122
100
0
222
38.47%
MARK WARREN (D)
VOTES=
572
County Council District 2
VOTE FOR
1
253
105
0
358
62.59%
RICHARD A. REID (R)
116
98
0
214
37.41%
CHRISTOPHER WEYER (D)
VOTES=
573
Ohio Twp Trustee
VOTE FOR
1
261
118
0
379
66.14%
CHAD BENNETT (R)
110
84
0
194
33.86%
GRANT L. GERLING (D)
VOTES=
1,405
Ohio Twp Advisory Board
VOTE FOR
3
224
93
0
317
22.56%
NANCY GRIMES BENNETT (REP)
204
85
0
289
20.57%
DEBBIE REID (REP)
211
84
0
295
21.00%
MICHAEL WILSON (REP)
82
74
0
156
11.10%
JOHN C. BARNER (DEM)
99
72
0
171
12.17%
MARY COLE PLATZ (DEM)
98
79
0
177
12.60%
KRISTOPHER "KRIS" STALLINS (DEM)
VOTES=
1,616
School Board Member
VOTE FOR
4
120
54
0
174
10.77%
JORDAN M. AIGNER (NP)
132
67
0
199
12.31%
JEFFREY B. BAKER (NP)
142
73
0
215
13.30%
STEPHANIE GERHARDT (NP)
79
47
0
126
7.80%
TABITHA HEILMAN (NP)
141
30
0
171
10.58%
ELISSA JONES (NP)
59
30
0
89
5.51%
RICK DEAN MADDEN (NP)
87
58
0
145
8.97%
CANDACE S. NANCE (NP)
143
29
0
172
10.64%
"NANCY" ANNE J. PARKER (NP)
91
43
0
134
8.29%
THOMAS L. WELCH (NP)
113
78
0
191
11.82%
JANE WILHELMUS (NP)
VOTES=
454
Justice IN Supreme Ct Slaughter
VOTE FOR
1
219
105
0
324
71.37%
YES
78
52
0
130
28.63%
NO
VOTES=
448
Judge IN Ct Appeals D2 Altice
VOTE FOR
1
215
108
0
323
72.10%
YES
76
49
0
125
27.90%
NO
Straight Party Summary Information
Democratic Party
65
Libertarian Party
0
Republican Party
196
INWARG18
Page 1 of 1


This is the partial for view 2.
My name is {{weatherData.weather.name}}.
The weather is {{weatherData.weather.main}}. More detail information {{weatherData.weather.description}}
My address is {{address}}


FBPlacePickerViewController Class Reference
| Inherits from | FBViewController : UIViewController |
| Declared in | FBPlacePickerViewController.h |
Overview
@class FBPlacePickerViewController
@abstract
The FBPlacePickerViewController
class creates a controller object that manages
the user interface for displaying and selecting nearby places.
@discussion
When the FBPlacePickerViewController
view loads it creates a UITableView
object
where the places near a given location will be displayed. You can access this view
through the tableView
property.
The place data can be pre-fetched and cached prior to using the view controller. The cache is setup using an FBCacheDescriptor object that can trigger the data fetch. Any place data requests will first check the cache and use that data. If the place picker is being displayed cached data will initially be shown before a fresh copy is retrieved.
The delegate
property may be set to an object that conforms to the FBPlacePickerDelegate
protocol. The delegate
object will receive updates related to place selection and
data changes. The delegate can also be used to filter the places to display in the
picker.
Tasks
-
spinner
@abstract Returns an outlet for the spinner used in the view controller.
property -
tableView
@abstract Returns an outlet for the table view managed by the view controller.
property -
fieldsForRequest
@abstract Addtional fields to fetch when making the Graph API call to get place data.
property -
itemPicturesEnabled
@abstract A Boolean value that indicates whether place profile pictures are displayed.
property -
locationCoordinate
@abstract The coordinates to use for place discovery.
property -
radiusInMeters
@abstract The radius to use for place discovery.
property -
resultsLimit
@abstract The maximum number of places to fetch.
property -
searchText
@abstract The search words used to narrow down the results returned.
property -
session
@abstract The session that is used in the request for place data.
property -
selection
@abstract The place that is currently selected in the view. This is nil if nothing is selected.
property -
– clearSelection
@abstract Clears the current selection, so the picker is ready for a fresh use.
-
– init
@abstract Initializes a place picker view controller.
-
– initWithCoder:
@abstract Initializes a place picker view controller.
-
– initWithNibName:bundle:
@abstract Initializes a place picker view controller.
-
– configureUsingCachedDescriptor:
@abstract Configures the properties used in the caching data queries.
-
– loadData
@abstract Initiates a query to get place data the first time or in response to changes in the search criteria, filter, or location information.
-
– updateView
@abstract Updates the view locally without fetching data from the server or from cache.
-
+ cacheDescriptorWithLocationCoordinate:radiusInMeters:searchText:resultsLimit:fieldsForRequest:
@method
Properties
fieldsForRequest
@abstract Addtional fields to fetch when making the Graph API call to get place data.
@property (nonatomic, copy) NSSet *fieldsForRequest
Discussion
@abstract Addtional fields to fetch when making the Graph API call to get place data.

Declared In
FBPlacePickerViewController.h
locationCoordinate
@abstract The coordinates to use for place discovery.
@property (nonatomic) CLLocationCoordinate2D locationCoordinate
Discussion
@abstract The coordinates to use for place discovery.
Declared In
FBPlacePickerViewController.h
radiusInMeters
@abstract The radius to use for place discovery.
@property (nonatomic) NSInteger radiusInMeters
Discussion
@abstract The radius to use for place discovery.
Declared In
FBPlacePickerViewController.h
resultsLimit
@abstract The maximum number of places to fetch.
@property (nonatomic) NSInteger resultsLimit
Discussion
@abstract The maximum number of places to fetch.
Declared In
FBPlacePickerViewController.h
searchText
@abstract The search words used to narrow down the results returned.
@property (nonatomic, copy) NSString *searchText
Discussion
@abstract The search words used to narrow down the results returned.
Declared In
FBPlacePickerViewController.h
selection
@abstract The place that is currently selected in the view. This is nil if nothing is selected.
@property (nonatomic, retain, readonly) id<FBGraphPlace> selection
Discussion
@abstract The place that is currently selected in the view. This is nil if nothing is selected.
Declared In
FBPlacePickerViewController.h
session
@abstract The session that is used in the request for place data.
@property (nonatomic, retain) FBSession *session
Discussion
@abstract The session that is used in the request for place data.
Declared In
FBPlacePickerViewController.h
Class Methods
cacheDescriptorWithLocationCoordinate:radiusInMeters:searchText:resultsLimit:fieldsForRequest:
@method
+ (FBCacheDescriptor *)cacheDescriptorWithLocationCoordinate:(CLLocationCoordinate2D)locationCoordinate radiusInMeters:(NSInteger)radiusInMeters searchText:(NSString *)searchText resultsLimit:(NSInteger)resultsLimit fieldsForRequest:(NSSet *)fieldsForRequest
Parameters
- locationCoordinate
The coordinates to use for place discovery.
- radiusInMeters
The radius to use for place discovery.
- searchText
The search words used to narrow down the results returned.
- resultsLimit
The maximum number of places to fetch.
- fieldsForRequest
Addtional fields to fetch when making the Graph API call to get place data.
Discussion
@method
@abstract
Creates a cache descriptor with additional fields and a profile ID for use with the
FBPlacePickerViewController
object.
@discussion
An FBCacheDescriptor
object may be used to pre-fetch data before it is used by
the view controller. It may also be used to configure the FBPlacePickerViewController
object.
Declared In
FBPlacePickerViewController.h
Instance Methods
clearSelection
@abstract Clears the current selection, so the picker is ready for a fresh use.
- (void)clearSelection
Discussion
@abstract Clears the current selection, so the picker is ready for a fresh use.
Declared In
FBPlacePickerViewController.h
configureUsingCachedDescriptor:
@abstract Configures the properties used in the caching data queries.
- (void)configureUsingCachedDescriptor:(FBCacheDescriptor *)cacheDescriptor
Parameters
- cacheDescriptor
The FBCacheDescriptor containing the cache query properties.
Discussion
@abstract Configures the properties used in the caching data queries.
@discussion Cache descriptors are used to fetch and cache the data used by the view controller. If the view controller finds a cached copy of the data, it will first display the cached content then fetch a fresh copy from the server.
Declared In
FBPlacePickerViewController.h
init
@abstract Initializes a place picker view controller.
- (instancetype)init
Discussion
@abstract Initializes a place picker view controller.
Declared In
FBPlacePickerViewController.h
initWithCoder:
@abstract Initializes a place picker view controller.
- (instancetype)initWithCoder:(NSCoder *)aDecoder
Parameters
- aDecoder
An unarchiver object.
Discussion
@abstract Initializes a place picker view controller.
Declared In
FBPlacePickerViewController.h
initWithNibName:bundle:
@abstract Initializes a place picker view controller.
- (instancetype)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil
Parameters
- nibNameOrNil
The name of the nib file to associate with the view controller. The nib file name should not contain any leading path information. If you specify nil, the nibName property is set to nil.
- nibBundleOrNil
The bundle in which to search for the nib file. This method looks for the nib file in the bundle’s language-specific project directories first, followed by the Resources directory. If nil, this method looks for the nib file in the main bundle.
Discussion
@abstract Initializes a place picker view controller.
Declared In
FBPlacePickerViewController.h
loadData
@abstract Initiates a query to get place data the first time or in response to changes in the search criteria, filter, or location information.
- (void)loadData
Discussion
@abstract Initiates a query to get place data the first time or in response to changes in the search criteria, filter, or location information.
@discussion A cached copy will be returned if available. The cached view is temporary until a fresh copy is retrieved from the server. It is legal to call this more than once.
Declared In
FBPlacePickerViewController.h
updateView
@abstract Updates the view locally without fetching data from the server or from cache.
- (void)updateView
Discussion
@abstract Updates the view locally without fetching data from the server or from cache.
@discussion Use this if the filter properties change. This may affect the order or display of information.
Declared In
FBPlacePickerViewController.h


| 1 | /* =========================================================== | |
| 2 | * JFreeChart : a free chart library for the Java(tm) platform | |
| 3 | * =========================================================== | |
| 4 | * | |
| 5 | * (C) Copyright 2000-2008, by Object Refinery Limited and Contributors. | |
| 6 | * | |
| 7 | * Project Info: http://www.jfree.org/jfreechart/index.html | |
| 8 | * | |
| 9 | * This library is free software; you can redistribute it and/or modify it | |
| 10 | * under the terms of the GNU Lesser General Public License as published by | |
| 11 | * the Free Software Foundation; either version 2.1 of the License, or | |
| 12 | * (at your option) any later version. | |
| 13 | * | |
| 14 | * This library is distributed in the hope that it will be useful, but | |
| 15 | * WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY | |
| 16 | * or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public | |
| 17 | * License for more details. | |
| 18 | * | |
| 19 | * You should have received a copy of the GNU Lesser General Public | |
| 20 | * License along with this library; if not, write to the Free Software | |
| 21 | * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, | |
| 22 | * USA. | |
| 23 | * | |
| 24 | * [Java is a trademark or registered trademark of Sun Microsystems, Inc. | |
| 25 | * in the United States and other countries.] | |
| 26 | * | |
| 27 | * -------------- | |
| 28 | * DateTitle.java | |
| 29 | * -------------- | |
| 30 | * (C) Copyright 2000-2008, by David Berry and Contributors. | |
| 31 | * | |
| 32 | * Original Author: David Berry; | |
| 33 | * Contributor(s): David Gilbert (for Object Refinery Limited); | |
| 34 | * | |
| 35 | * Changes (from 18-Sep-2001) | |
| 36 | * -------------------------- | |
| 37 | * 18-Sep-2001 : Added standard header (DG); | |
| 38 | * 09-Jan-2002 : Updated Javadoc comments (DG); | |
| 39 | * 07-Feb-2002 : Changed blank space around title from Insets --> Spacer, to | |
| 40 | * allow for relative or absolute spacing (DG); | |
| 41 | * 26-Sep-2002 : Fixed errors reported by Checkstyle (DG); | |
| 42 | * 31-Jan-2005 : Updated for changes to super class (DG); | |
| 43 | * ------------- JFREECHART 1.0.x --------------------------------------------- | |
| 44 | * 02-Feb-2007 : Removed author tags all over JFreeChart sources (DG); | |
| 45 | * 20-Jun-2007 : Removed JCommon dependency (DG); | |
| 46 | * | |
| 47 | */ | |
| 48 | ||
| 49 | package org.jfree.chart.title; | |
| 50 | ||
| 51 | import java.awt.Color; | |
| 52 | import java.awt.Font; | |
| 53 | import java.awt.Paint; | |
| 54 | import java.io.Serializable; | |
| 55 | import java.text.DateFormat; | |
| 56 | import java.util.Date; | |
| 57 | import java.util.Locale; | |
| 58 | ||
| 59 | import org.jfree.chart.util.HorizontalAlignment; | |
| 60 | import org.jfree.chart.util.RectangleEdge; | |
| 61 | import org.jfree.chart.util.RectangleInsets; | |
| 62 | import org.jfree.chart.util.VerticalAlignment; | |
| 63 | ||
| 64 | /** | |
| 65 | * A chart title that displays the date. | |
| 66 | *
 | |
| 67 | * Keep in mind that a chart can have several titles, and that they can appear | |
| 68 | * at the top, left, right or bottom of the chart - a DateTitle | |
| 69 | * will commonly appear at the bottom of a chart, although you can place it | |
| 70 | * anywhere. | |
| 71 | *
 | |
| 72 | * By specifying the locale, dates are formatted to the correct standard for | |
| 73 | * the given locale. For example, a date would appear as "January 17, 2000" in | |
| 74 | * the US, but "17 January 2000" in most European locales. | |
| 75 | */ | |
| 76 | public class DateTitle extends TextTitle implements Serializable { | |
| 77 | ||
| 78 | /** For serialization. */ | |
| 79 | private static final long serialVersionUID = -465434812763159881L; | |
| 80 | ||
| 81 | /** | |
| 82 | * Creates a new chart title that displays the current date in the default | |
| 83 | * (LONG) format for the locale, positioned to the bottom right of the | |
| 84 | * chart. | |
| 85 | *
 | |
| 86 | * The color will be black in 12 point, plain Helvetica font (maps to Arial | |
| 87 | * on Win32 systems without Helvetica). | |
| 88 | */ | |
| 89 | public DateTitle() { | |
| 90 | this(DateFormat.LONG); | |
| 91 | } | |
| 92 | ||
| 93 | /** | |
| 94 | * Creates a new chart title that displays the current date with the | |
| 95 | * specified style (for the default locale). | |
| 96 | *
 | |
| 97 | * The date style should be one of: SHORT, | |
| 98 | * MEDIUM, LONG or FULL | |
| 99 | * (defined in java.util.DateFormat). | |
| 100 | * | |
| 101 | * @param style the date style. | |
| 102 | */ | |
| 103 | public DateTitle(int style) { | |
| 104 | this(style, Locale.getDefault(), new Font("Tahoma", Font.PLAIN, 12), | |
| 105 | Color.black); | |
| 106 | } | |
| 107 | ||
| 108 | /** | |
| 109 | * Creates a new chart title that displays the current date. | |
| 110 | *
 | |
| 111 | * The date style should be one of: SHORT, | |
| 112 | * MEDIUM, LONG or FULL (defined | |
| 113 | * in java.util.DateFormat). | |
| 114 | *
 | |
| 115 | * For the locale, you can use Locale.getDefault() for the | |
| 116 | * default locale. | |
| 117 | * | |
| 118 | * @param style the date style. | |
| 119 | * @param locale the locale. | |
| 120 | * @param font the font. | |
| 121 | * @param paint the text color. | |
| 122 | */ | |
| 123 | public DateTitle(int style, Locale locale, Font font, Paint paint) { | |
| 124 | this(style, locale, font, paint, RectangleEdge.BOTTOM, | |
| 125 | HorizontalAlignment.RIGHT, VerticalAlignment.CENTER, | |
| 126 | Title.DEFAULT_PADDING); | |
| 127 | } | |
| 128 | ||
| 129 | /** | |
| 130 | * Creates a new chart title that displays the current date. | |
| 131 | *
 | |
| 132 | * The date style should be one of: SHORT, | |
| 133 | * MEDIUM, LONG or FULL (defined | |
| 134 | * in java.util.DateFormat). | |
| 135 | *
 | |
| 136 | * For the locale, you can use Locale.getDefault() for the | |
| 137 | * default locale. | |
| 138 | * | |
| 139 | * @param style the date style. | |
| 140 | * @param locale the locale. | |
| 141 | * @param font the font (not null). | |
| 142 | * @param paint the text color (not null). | |
| 143 | * @param position the relative location of this title (use constants in | |
| 144 | * Title). | |
| 145 | * @param horizontalAlignment the horizontal text alignment of this title | |
| 146 | * (use constants in Title). | |
| 147 | * @param verticalAlignment the vertical text alignment of this title (use | |
| 148 | * constants in Title). | |
| 149 | * @param padding determines the blank space around the outside of the | |
| 150 | * title (not null). | |
| 151 | */ | |
| 152 | public DateTitle(int style, Locale locale, Font font, Paint paint, | |
| 153 | RectangleEdge position, | |
| 154 | HorizontalAlignment horizontalAlignment, | |
| 155 | VerticalAlignment verticalAlignment, | |
| 156 | RectangleInsets padding) { | |
| 157 | super(DateFormat.getDateInstance(style, locale).format(new Date()), | |
| 158 | font, paint, position, horizontalAlignment, verticalAlignment, | |
| 159 | padding); | |
| 160 | } | |
| 161 | ||
| 162 | /** | |
| 163 | * Set the format of the date. | |
| 164 | *
 | |
| 165 | * The date style should be one of: SHORT, | |
| 166 | * MEDIUM, LONG or FULL (defined | |
| 167 | * in java.util.DateFormat). | |
| 168 | *
 | |
| 169 | * For the locale, you can use Locale.getDefault() for the | |
| 170 | * default locale. | |
| 171 | * | |
| 172 | * @param style the date style. | |
| 173 | * @param locale the locale. | |
| 174 | */ | |
| 175 | public void setDateFormat(int style, Locale locale) { | |
| 176 |
1
1. setDateFormat : removed call to org/jfree/chart/title/DateTitle::setText → NO_COVERAGE |
setText(DateFormat.getDateInstance(style, locale).format(new Date())); |
| 177 | } | |
| 178 | ||
| 179 | } | |
Mutations | ||
| 176 |
1.1 |


How to Play
▲ Attack W
◄ Parry A
▼ Block S
► Power Attack D
Shift Back Away Q
Regular attacks use 1 stamina, and deal 1 damage.
Play
Power attacks use 3 stamina, and deal 3 damage.
If a hit connects and is blocked, the damage is dealt to stamina instead
if an attack is blocked while you have no stamina, you become stunned for 2 seconds
Getting hit while stunned deals one extra damage
If you parry someone right as they would strike you, you stun them.
Lastly, don't hold down your keys. Most computers have trouble with that.


Hobbies: Dancing, cooking, writing, thinking too hard.


Musicians turn Drumpf's Fisher-Price presidential memo into "Morrissey" and "Ramones" tunes
by Gareth BranwynThe meme machinery has been working overtime riffing on the Obstructor-in-Chief's latest cartoonish attempt to save himself, his hastily Sharpie'd "I want nothing" memo. First it was the above Ramones-like track. Then came the Morrissey version, courtesy of the awesomely Twitter-handled RuPaul Giamatti:
And another Morrissey version:
And just for the record, mister presidink, it's spelled "Zelensky." It's kind of a good idea to spell the names of other world leaders correctly in your stunt memos.
Update: Awesome emo version. [H/t John Ülaszek]


helm
Helm is a package manager for Kubernetes.
Some subcommands such as `helm install` have their own usage documentation.
More information: home page
- Create a helm chart:
helm create chart_name
- Add a new helm repository:
helm repo add repository_name
- List helm repositories:
helm repo list
- Update helm repositories:
helm repo update
- Delete a helm repository:
helm repo remove repository_name
- Install a helm chart:
helm install name repository_name/chart_name
- Download helm chart as a tar archive:
helm get chart_release_name
- Update helm dependencies:
helm dependency update


16.1 Description of Minimum
Spanning Trees
Picture a number of pegs on a board
connected by pieces of string. Assuming that every peg is
reachable from any other by traveling along one or more
strings, imagine a game in which the object is to remove some
of the strings until all of the pegs remain connected using
the least amount of string. This is the idea behind a minimum spanning tree. Formally
stated, given an undirected, weighted graph G = (V, E
), a minimum spanning tree is the set T of edges in E that connect all vertices in V at a minimum cost. The edges in
T form a tree because each
vertex ends up with exactly one parent that precedes it in the
span, with the exception of the first vertex, which is the
root of the tree.
16.1.1 Prim's Algorithm
One approach to computing a minimum spanning
tree is Prim's algorithm.
Prim's algorithm grows a minimum spanning tree by
adding edges one at a time based on which looks best at the
moment. The fact that Prim's algorithm adds edges using this
approach makes it greedy (see Chapter
1). Although greedy algorithms often yield approximations
rather than optimal solutions, Prim's algorithm actually
provides an optimal result.
Fundamentally, the algorithm works by
repeatedly selecting a vertex and exploring the edges incident
on it to determine if there is a more effective way to span
the vertices explored thus far. The algorithm resembles
breadth-first search because it explores all edges incident on
a vertex before moving deeper in the graph. To determine the
vertex to select at each stage, we maintain a color and a key
value with every vertex.
Initially, we set all colors to white and we
set all key values to , which represents an arbitrarily large value greater
than the weight of any edge in the graph. We set the key value
of the vertex at which to start the span to 0. As the
algorithm progresses, we assign to all vertices except the
start vertex a parent in the minimum spanning tree. A vertex
is part of the minimum spanning tree only after it is colored
black. Before this time, its parent can fluctuate.
Prim's algorithm proceeds as follows. First,
from among all white vertices in the graph, we select the
vertex u with the smallest key
value. Initially, this will be the start vertex since its key
value is 0. After we select the vertex, we color it black.
Next, for each white vertex v
adjacent to u, if the weight of
the edge (u, v) is less than the key value of
v, we set the key value of
v to the weight of (u, v)
and we set the parent of v to
u. We then repeat this process
until all vertices have been colored black. As the minimum
spanning tree grows, it consists of all edges in the graph
that have a black vertex on either end.
Figure
16.1 illustrates the computation of a minimum spanning
tree using Prim's algorithm. In the figure, the key value and
parent of each vertex are displayed beside the vertex. The key
value is to the left of the slash, and the parent is to the
right. The edges shaded in light gray are the edges in the
minimum spanning tree as it grows. The minimum spanning tree
computed in the figure has a total weight of 17.
|


Company:
We scan the
whole company websites and staffs and give you the weaknesses and
how to fix it.
Website:
We scan your website to find vulnerability and how to
fix it.
SERVICES
If the service didn't work you will get your money back.


| | |
- __builtin__.object
-
- EchoHttpClient
- MockHttpClient
- SettableHttpClient
- atom.http_core.HttpResponse(__builtin__.object)
-
- MockHttpResponse
class EchoHttpClient(__builtin__.object) |
| |
Sends the request data back in the response.
Used to check the formatting of the request as it was sent. Always responds
with a 200 OK, and some information from the HTTP request is returned in
special Echo-X headers in the response. The following headers are added
in the response:
'Echo-Host': The host name and port number to which the HTTP connection is
made. If no port was passed in, the header will contain
host:None.
'Echo-Uri': The path portion of the URL being requested. /example?x=1&y=2
'Echo-Scheme': The beginning of the URL, usually 'http' or 'https'
'Echo-Method': The HTTP method being used, 'GET', 'POST', 'PUT', etc. |
| |
Methods defined here:
- request(self, http_request)
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
|
class MockHttpClient(__builtin__.object) |
| | |
Methods defined here:
- AddResponse = add_response(self, http_request, status, reason, headers=None, body=None)
- Request = request(self, http_request)
- __init__(self, recordings=None, real_client=None)
- add_response(self, http_request, status, reason, headers=None, body=None)
- close_session(self)
- Saves recordings in the temporary file named in use_cached_session.
- delete_session(self, name=None)
- Removes recordings from a previous live request.
- get_cache_file_name(self)
- request(self, http_request)
- Provide a recorded response, or record a response for replay.
If the real_client is set, the request will be made using the
real_client, and the response from the server will be recorded.
If the real_client is None (the default), this method will examine
the recordings and find the first which matches.
- use_cached_session(self, name=None, real_http_client=None)
- Attempts to load recordings from a previous live request.
If a temp file with the recordings exists, then it is used to fulfill
requests. If the file does not exist, then a real client is used to
actually make the desired HTTP requests. Requests and responses are
recorded and will be written to the desired temprary cache file when
close_session is called.
Args:
name: str (optional) The file name of session file to be used. The file
is loaded from the temporary directory of this machine. If no name
is passed in, a default name will be constructed using the
cache_name_prefix, cache_case_name, and cache_test_name of this
object.
real_http_client: atom.http_core.HttpClient the real client to be used
if the cached recordings are not found. If the default
value is used, this will be an
atom.http_core.HttpClient.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
Data and other attributes defined here:
- cache_case_name = ''
- cache_name_prefix = 'gdata_live_test'
- cache_test_name = ''
- debug = None
- real_client = None
|
class SettableHttpClient(__builtin__.object) |
| |
An HTTP Client which responds with the data given in set_response. |
| |
Methods defined here:
- __init__(self, status, reason, body, headers)
- Configures the response for the server.
See set_response for details on the arguments to the constructor.
- request(self, http_request)
- set_response(self, status, reason, body, headers)
- Determines the response which will be sent for each request.
Args:
status: An int for the HTTP status code, example: 200, 404, etc.
reason: String for the HTTP reason, example: OK, NOT FOUND, etc.
body: The body of the HTTP response as a string or a file-like
object (something with a read method).
headers: dict of strings containing the HTTP headers in the response.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
| |