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class Form
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public
getRequest($request)


Infinispan CLI
When using Infinispan, both embedded as a library in an application or as a standalone server, I always longed for a simple standalone tool for interacting with the caches and the data within them. As all itches go, I had to scratch it, and so I present you with Infinispan’s own CLI !
The CLI allows you to inspect and modify the data within an Infinispan cache and also provides access to some of the more advanced features (such as transactions).
The CLI is built out of two elements: a server-side module and the client command tool. The server-side module is optional, and provides the actual interpreter for the commands. Currently the server (and the client) use the JMX protocol to communicate, but in a future release we plan to support other communication protocols (in particular our own HotRod).
To get started, you need at least Infinispan 5.2.0.ALPHA1. Unzip the distribution and start a server:
The startServer.sh script automatically enables remote JMX connections and you can discover the port by running the jps command (part of the JDK/JRE) as follows:
jps -v
which should display something like
26532 Jps -Dapplication.home=/usr/lib/jvm/jdk1.7.0_04 -Xms8m 20508 Main -Djava.net.preferIPv4Stack=true -Dcom.sun.management.jmxremote.ssl=false -Dcom.sun.management.jmxremote.authenticate=false -Dcom.sun.management.jmxremote.port=50434 -Dsun.nio.ch.bugLevel="" -Dlog4j.configuration=file:////home/tst/Downloads/infinispan-5.2.0-SNAPSHOT/etc/log4j.xml
Now we can connect to the Infinispan instance using the CLI as follows:
You will be presented with a prompt:
[jmx://localhost:50434]MyCacheManager>
The above prompt shows which host we’re currently connected to and which CacheManager is being used (in this case: MyCacheManager).
Let’s try putting some data in the cache
put a a
Now let’s check that the cache actually contains the entry we’ve just put
get a
Which will display a glorious
a
The CLI understands several commands. Just type
help
to get a list of them and then
help [commandname]
to get help on a specific command’s syntax.
The CLI uses the wonderful JReadline, so it supports all sorts of fancy buffer editing, history navigation and tab-completion as if you were in your comfortable OS shell (sorry Windows, cmd is not exactly a modern shell).
An important aspect of an Infinispan cache is that you can store whatever data you want in it. The CLI tries to interpret the data from the input you give it. It understands most of the Java native types (int, long, float, double, boolean, String), some additional fancy types (such as UUIDs) and a JSON syntax for mapping any type of Java class, so that you can write:
put user1 \{ "package.MyClass": \{"i": 5, "x": null, "b": true } };
Conversely, when performing a get, the interpreter will output a JSON representation of your classes.
The CLI is still work in progress and will evolve and mature during Infinispan’s 5.2 development cycle. You are all welcome to try it out and provide feedback on the forums, on IRC on channel #infinispan and using our issue tracker to report bugs and ask for enhancements.
I will soon be blogging again, hopefully with a video which will illustrate some of the more fanciful features of the CLI. Enjoy.


|
My Project
C++ library to provide basic kmeans and fuzzy c-means clusterization
|
This is a simple library that provides basic functionality to clusterize data according to either kmeans or fuzzy cmeans algorithms. More...
#include <Eigen/Dense>
Go to the source code of this file.
Macros | |
| #define | FCM_MAX_ITERATIONS 20 |
| The maximum number of iterations to do if the algorithm doesn't otherwise converge. | |
| #define | FCM_THRESHOLD 1.0E-19 |
| The threshold below which real numbers are deemed identical, used to avoid infinite weights and determine when the algorithm has converged. | |
Typedefs | |
| typedef Matrix< float, Dynamic, Dynamic, RowMajor > | MatrixXfR |
| Shorthand type for a RowMajor Matrix of floats. | |
| typedef Matrix< bool, Dynamic, Dynamic > | MatrixXb |
| Shorthand type for a ColMajor Matrix of bools. | |
| typedef Matrix< bool, Dynamic, Dynamic, RowMajor > | MatrixXbR |
| Shorthand type for a RowMajor Matrix of bools. | |
| typedef float | squaredNorm_t(const VectorXf &v1, const VectorXf &v2) |
| The type signature for the norm parameters of the functions in this library. | |
Functions | |
| float | euclideanNorm (const VectorXf &v1, const VectorXf &v2) |
| A basic example of norm that satisfies the type signature. | |
| void | calculateFuzzyWeights (const Ref< const MatrixXf > &entities, const Ref< const MatrixXf > ¢roids, Ref< MatrixXfR > weights, squaredNorm_t *norm) |
| This function calculates the weights of a fuzzy c-means clusterization, according to the next formula: w_ij = 1 / (norm(centroids(i), entities(j))) More... | |
| void | FCMGenerator (const Ref< const MatrixXf > &entities, Ref< MatrixXf > centroids, Ref< MatrixXfR > weights, squaredNorm_t *norm) |
| Generates a fixed number of clusters and their fuzzy weights. More... | |
| float | daviesBouldinIndex (const Ref< const MatrixXf > &entities, const Ref< const MatrixXf > ¢roids, const Ref< const MatrixXb > &weights, squaredNorm_t *norm) |
| Returns a measure of the fit of the clusterization, it's strictly positive and the smaller it is, the best the fit. More... | |
| float | silhouetteTest (const Ref< const MatrixXf > &entities, const Ref< const MatrixXf > &clusters, const Ref< const MatrixXfR > &weights, squaredNorm_t *norm) |
| Returns a measure of how well the clusters fit the data. More... | |
| void | calculateBooleanWeights (const Ref< const MatrixXf > &entities, const Ref< const MatrixXf > ¢roids, Ref< MatrixXbR > weights, squaredNorm_t *norm) |
| Given a dataset and centroids, returns a weights matrix that is true if the j-th centroid is the closest to the i-th datapoint, and false otherwise. More... | |
| void | kmeansGenerator (const Ref< const MatrixXf > &entities, Ref< MatrixXf > centroids, Ref< MatrixXbR > weights, squaredNorm_t *norm) |
| Given a dataset and a centroids matrix of k rows, it tries to identify the most probable k centroids to represent the dataset. More... | |
| int | clusterGeneratorApproximate (const Ref< const MatrixXf > &entities, Ref< MatrixXf > centroids, Ref< MatrixXfR > weights, Ref< MatrixXbR > boolWeights, squaredNorm_t *norm) |
| Finds the best fitting number of clusters for the given datapoints, up to the number of rows of centroids through an approximated algorithm compared to full fuzzy c-means. More... | |
| int | clusterGeneratorExact (const Ref< const MatrixXf > &entities, Ref< MatrixXf > centroids, MatrixXfR &weights, squaredNorm_t *norm) |
| Finds the best fitting number of clusters for the given datapoints, up to the number of rows of centroids using the fuzzy c-means algorithm. More... | |
Variables | |
| const float | offsetConstant = 0.05 |
| A constant used in offsetting the centroids of one-datapoint clusters in fuzzy-cmeans, to avoid infinite weights. | |
| const int | attemptsPerClustersNumber = 3 |
| The number of different seeds to try for each value of clusters number when attempting a clusterization. | |
| const int | maxIterationPerClustersNumber = 5 |
| If empty clusters happen, the algorithm for that number of clusters fails, so we try up to this number of times if this happens. | |
This is a simple library that provides basic functionality to clusterize data according to either kmeans or fuzzy cmeans algorithms.
| void calculateBooleanWeights | ( | const Ref< const MatrixXf > & | entities, |
| const Ref< const MatrixXf > & | centroids, | ||
| Ref< MatrixXbR > | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Given a dataset and centroids, returns a weights matrix that is true if the j-th centroid is the closest to the i-th datapoint, and false otherwise.
| [in] | entities | The datapoints |
| [in] | centroids | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of bools) |
| [in] | norm | A pointer to the norm function you want to use |
| void calculateFuzzyWeights | ( | const Ref< const MatrixXf > & | entities, |
| const Ref< const MatrixXf > & | centroids, | ||
| Ref< MatrixXfR > | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
This function calculates the weights of a fuzzy c-means clusterization, according to the next formula: w_ij = 1 / (norm(centroids(i), entities(j)))
| [in] | entities | The datapoints |
| [in] | centroids | The centroids of the clusters |
| [out] | weights | The resulting weights |
| [in] | norm | A pointer to the norm function you want to use |
| int clusterGeneratorApproximate | ( | const Ref< const MatrixXf > & | entities, |
| Ref< MatrixXf > | centroids, | ||
| Ref< MatrixXfR > | weights, | ||
| Ref< MatrixXbR > | boolWeights, | ||
| squaredNorm_t * | norm | ||
| ) |
Finds the best fitting number of clusters for the given datapoints, up to the number of rows of centroids through an approximated algorithm compared to full fuzzy c-means.
| [in] | entities | The datapoints |
| [out] | centroids | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of floats) |
| [out] | boolWeights | The weights associating each centroid to its cluster (it's an array of bools) |
| [in] | norm | A pointer to the norm function you want to use |
| int clusterGeneratorExact | ( | const Ref< const MatrixXf > & | entities, |
| Ref< MatrixXf > | centroids, | ||
| MatrixXfR & | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Finds the best fitting number of clusters for the given datapoints, up to the number of rows of centroids using the fuzzy c-means algorithm.
| [in] | entities | The datapoints |
| [out] | centroids | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of floats) |
| [in] | norm | A pointer to the norm function you want to use |
| float daviesBouldinIndex | ( | const Ref< const MatrixXf > & | entities, |
| const Ref< const MatrixXf > & | centroids, | ||
| const Ref< const MatrixXb > & | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Returns a measure of the fit of the clusterization, it's strictly positive and the smaller it is, the best the fit.
The Davies-Boulding Index defines a measure of the "goodness" of a clusterization of a data population based on the following quantities: The scatter vector S_i= (1/T_i * sum_j (norm(C_i, X_j)))^(1/2) where T_i is the population size of the i-th cluster and the sum runs over the datapoints belonging to the i-th cluster The Cluster Separation Matrix M_ij = (norm(C_i, C_j))^(1/2) The Davies-Bouldin Matrix R_ij = (S_i + S_j)/M_ij The Davies-Bouldin Vector R_i = max_(j!=i) R_ij The Davies-Bouldin index is, in terms of the previous quantities, R = 1/N * sum_i R_i where N is the number of clusters
| [in] | entities | The datapoints |
| [in] | centroids | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of bools) |
| [in] | norm | A pointer to the norm function you want to use |
| void FCMGenerator | ( | const Ref< const MatrixXf > & | entities, |
| Ref< MatrixXf > | centroids, | ||
| Ref< MatrixXfR > | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Generates a fixed number of clusters and their fuzzy weights.
| [in] | entities | The datapoints |
| [out] | centroids | The centroids of the clusters. The number of rows are the required clusters to find |
| [out] | weights | The weights associated with the clusterization (array of floats) |
| [in] | norm | A pointer to the norm function you want to use |
| void kmeansGenerator | ( | const Ref< const MatrixXf > & | entities, |
| Ref< MatrixXf > | centroids, | ||
| Ref< MatrixXbR > | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Given a dataset and a centroids matrix of k rows, it tries to identify the most probable k centroids to represent the dataset.
| [in] | entities | The datapoints |
| [out] | centroids | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of bools) |
| [in] | norm | A pointer to the norm function you want to use |
| float silhouetteTest | ( | const Ref< const MatrixXf > & | entities, |
| const Ref< const MatrixXf > & | clusters, | ||
| const Ref< const MatrixXfR > & | weights, | ||
| squaredNorm_t * | norm | ||
| ) |
Returns a measure of how well the clusters fit the data.
| [in] | entities | The datapoints |
| [in] | clusters | The centroids of the clusters |
| [out] | weights | The weights associating each centroid to its cluster (it's an array of floats) |
| [in] | norm | A pointer to the norm function you want to use |


Dropdown: Open The Same
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This is a dropdown.
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Just some junk that needs to be said. Or not. Your choice.


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rotate-animation works! Component: './rotate-animation/rotate-animation.component'
for example: rotateIn


S.H.O.P Students Helping Organization for Poor
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Do you want to permanently delete '{{ data.album.name }} - {{ data.album.date }}' from the {{ data.flow }} flow ?


THE LIVING DAYLIGHTS A film review by Edwin Jahiel Copyright 1997 Edwin Jahiel
THE LIVING DAYLIGHTS (UK, 1987) ** 3/4 . Directed by John Glen. Screenplay by Richard Maibaum and Michael G. Wilson. Produced by Albert R. Broccoli and M.G. Wilson. Photography, Alec Mills. Editing, John Grover & Peter Davies. Music, John Barry. Production design, Peter Lamont. Costumes, Emma Porteous. SFX supervisor, John Richardson. Second unit director, Arthur Wooster. Cast: Timothy Dalton, Maryam d'Abo, Jeroen Krabbe, Joe Don Baker, John Rhys-Davies, Art Malik, Andreas Wisniewski, Thomas Wheatley, Desmond Llewelyn, Robert Brown, et al. An MGM/UA release. 130 minutes. PG.
Having been saturated for a year with the same "Coming next summer to a theatre near you" clips of Bond parachuting onto the yacht of a gorgeous, bored brunette, I knew that when the full movie did come to a theatre near me, I would groan with the sense of deja suffered. Which I did, but then something strange happened. By the end of the first thirty minutes of "The Living Daylights," when beautiful but insipid Maryam d'Abo turned out to be Bond's main femme focus, I missed the yachtwoman. By the end of the film, I had decided that the sunning beauty had been one of the picture's main assets.
"The Living Daylights" plays cutesy games with in-joke, allusive names: Russian General Leonid (after Brezhnev) Pushkin; General Anatol (after Dobrynin) Gogol ; a professional killer called Necros ("Dead" in Greek); Rosika Miklos (after movie music composer Miklos Rozsa?); Kamran Shah (Vietnam transposed to Afghanistan ?); Colonel Feyador (after filmmaker Feyder, Fyodor Dostoievski, or what?) ; and more. Three female characters are called Linda, Liz, and Ava. My best guess is that the one on the deck may be Ava, whose improbable "real" name is Dulice Liecier.
The movie did keep my interest at first, then steadily began to slide down and away. It did not bore the living daylights out of me,nor did it live up to expectations. Still, the initial interest is sustained by curiosity: how will the new James Bond, Timothy Dalton, stack up against his predecessors? Sean Connery played Bond seven times (1962-1983); George Lazenby, once (1969); Roger Moore seven (1973-1985).
Dalton does nicely, in a different way. Asuming that you want to socialize with actors (not always a wise decision), Connery might be a warm, natural, un-self-important, conciliatory companion. With his healthy,tongue-in-cheek humor, he'd make a pleasant traveling companion. Moore would be a good person to trade quips with during one of those marathon French meals where taking oneself un-seriously, even using steady self-mockery, raise superficiality to the level of an art form.
Dalton promises much as a relatively sober, even serious Bond, who underplays his part and makes minimal concessions to smart-alecky, snobbish remarks about drinks, food, special needs or female flesh. Where the other Bonds reacted to everything with a wink or a witticism, Dalton seems to pause regularly for a split second and look as though he were considering the gravity and the implications of the new moment. Perhaps this comes from his stage experience (it includes Shakespeare).
His Bond is more work than play. Dalton's age is coyly skipped in all the studio releases, but extrapolating from his biography I'd say that the man is about 40. He is more physically fit than Connery or Moore in their later Bond impersonations. Connery went (ages approximate within one year) from age 32 ("Dr. No") to 53 ("Never Say Never Again") doing James Bond. Moore, from 46 to 58. Lazenby was only 30 when "On His Majesty's Secret Service" came out, and certainly seemed fit. But the film was not a hit, unfairly, in my opinion.
Dalton is handsome,but so were the other Bonds.Compared to aging, post-1970s Bonds, his youthful looks contribute a more credible match between heroes and physical exploits. But this is conventional thinking. For many viewers, a younger Bond is an asset, but then, was there not a special kind of satisfaction in seeing Connery and Moore, past their prime, defeating in wiles and action hordes of younger enemies, while their mature sex-appeal attracted, on the screen, so many younger women?
Even if we feel that Timothy Dalton, as a more businesslike, younger, and more thoughtful Bond, rejuvenates and freshens up the series, the movie's structure itself shows signs of age and fatigue. It follows the basic Bond structure: a top, action-filled pre-credit sequence on the rock of Gibraltar,with spectacular stunts and special effects--an introduction that's only semi-relevant to the main film, with a message "Smiert spionom" (Death to Spies) that doesn't connect too coherently to what follows. Then come the blue-chip credits by the constant Bond title-maker, Maurice Binder. And at last the action proper gets going.
It ranges across many locations: Gibraltar, Morocco (played by Morocco), Afghanistan (played by Morocco), Vienna (played by Vienna), Bratislava in Czechoslovakia (played by Vienna), Czechoslovakia (played by Austria), and England (played partly by the Pinewood studios).
The multiheaded plot sprouts subplots, like the Lernean Hydra where each of the nine heads that was cut off was replaced by two more. It involves spies, counter-spies, triple-crosses, scams, KGB defectors, arms dealers, drug merchants, unholy alliances, mixed loyalties, M (Bond's "control), phoney killings, Bond gagdetry by old Q, a new Miss Moneypenny plus many Bondian trappings. Most of this is imaginative. Early on it is quite entertaining, but past the half-way mark, the mechanical succession of chases, stunts, gimmickry and sub-sub-plots become indifferent and confusing.
The twisty screen action and inventiveness pile up so much and so fast that whatever conducting thread there is almost impossible to follow. An excess of everything leads to audience stupor, with a resulting numbing and dumbing of the public. Even within a context of fantasy, there is incoherence in details. When, at the start, Bond attends a Bratislava symphony concert, his tuxedo, in a socialist country like Czechoslovakia, is as unlikely (and attention-getting) as a bikini would be in the House of Commons. Later, in Afghanistan, the regal tent-house of the mujaheddin is strictly out of the films of The 1001 Nights and other oriental dreams of old Hollywood. Some of this may be camp or humor, but then it does not go far enough.
The story itself at first seems to hesitate between a bona fide --even serious -- international spy thriller and a typical Bond affair. This vacillation is not unpleasant to observe as it hints that the makers will add to the film some of the weight lacking in recent Bonds. Yet, that's not how things work out.
The movie eventually goes off in all sorts of flamboyant, arbitrary, for-your-eyes-only directions. The lack of concentration is abetted by the absence of central supervillain out to destroy the world if it doesn't yield to his blackmail. Villainy here is not massive, but rather like a plot subdivision, centerless, with no unifying structure, true development, growth or resolution. It is one long succession of dispersed--albeit well handled and skilfully shot--special situations, with mini-climax following micro-climax. It's like a mountain range of peaks where there's no single height towers above the others and is the climber's ultimate conquest.
John Glen directed the last three Bond-Roger Moore pictures. He has an overwhelmingly "in-house" past, as editor, second-unit or action-scenes director of earlier Bond flicks. His skill for individual special effects sequences, is dazzling. His ability for an overall conception of his films, of structure and synthesis is not .To a well-plotted action film "The Living Daylights" is what a good stand-up comic's routine is to a classic, sophisticated comedy or farce.
The movie floods you with a string of happenings, the way a compulsive talker overwhelms you by talking as rapidly and loudly as possible. You lose the point--if any--of the story, you miss the punchline, you get no clear image of the characters, no feeling for the director as an "auteur," no feeling for the screen creatures as anything more than puppets.
"The Living Daylights" has been ballyhooed as the first Bond where the hero sticks to just one lady, whether in response to the New Continence (AIDS, Neo-Conservatism) or for the sake of a new, more bonded Bond. This is not precisely true, as there's also the early, charming presence of the aforementioned yacht lady--but let that pass, since it is is overall obvious that Dalton's James is a great deal more Don Quixote than Don Juan,with most of the typical Bond sneers, leers and horizontal innuendoes gone.
Bully for Dalton, were it not for the choice of his paramour. Kara Milova (Maryam d'Abo) plays a Czech cellist in a symphony orchestra. For obscure reasons she has to double as a sharpooter. She is a clone of Nastassia Kinski at her inexpressivest, cloyingest, and pallidest. If the new Bondian monogamy is supposed to strike a blow for feminism too, Kara is not the right spokeswoman: she merely plays fifth fiddle to James, and in her passivity (during a fight she dumbly stands there for aeons before using a frying pan on a villain) she reinforces the machoism of Bondism. There was more feminism, for example, in a sex-laden opus like "Never Say Never Again" (Connery's last Bond of 1983), where gorgeous, evil , snake-throwing, explosive Barbara Carrera had an assertive, initiative-taking presence that gave Connery a run for his gray cells and his hormones.
With its lack of character development and overall structure "TLD" is less than the sum of its parts, but it can still be fairly entertaining if you don't expect a Bondian revolution. Some of the supporting roles are good, notably the Dutchman Jeroen Krabbe's (he was recently the heavy in "No Mercy") who, as the KGB defector, keeps playing roles within roles. Very good too is the German Andreas Wisniewski (unknown to us, unless you've seen "Gothic") as the Walkman strangler. Both men wear their hair flat, a sure clue that helps you spot movie villains these days.The more familiar John Rhys-Davies (as General Pushkin) does little that stands out, but Joe Don Baker, the corrupt yet infantile arms-and-drugs dealer, hams things up with unbridled bliss and is like a caricature of Jonathan Winters playing a demented General George S. Patton.
[Published August 21,1987]
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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|
Hamilton Depression Rating Scale (HAM-D)
|
Detection of MDD using EEG Signals
|
|
Beck's Depression Inventory (BDI)
|


Draw a line plot with as many series as you want
{}
)
:
#_initPlot
[PRIVATE] Initialize the plot object
[PRIVATE] Initialize the plot object
#getChartistPlot
Get the Chartist plot object so that it's still easy to tune from the outside
Get the Chartist plot object so that it's still easy to tune from the outside
Chartist.Line
:
the plot object
#updateLabels(labels)
Update the labels, should be the same size as data series
Update the labels, should be the same size as data series
Array
labels
:
label for each point of the series
#updateSeries(series)
Update the series of data. Create random colors if not enought colors are set.
Update the series of data. Create random colors if not enought colors are set.
Array
series
:
can be an array of Number or an Array of Arrays of numbers


Password To Phone 12 Key Converter
Type in your password here:
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Only use this in a private setting!!
(Because people can see the password you type in)


OpenFlowIntroduction |
Openflow is an activity based workflow management system. Being activity based means that the processes, the workflows, are made of activities to be completed in order to get something done. This differs from entity based workflows where the focus is set on a given document and the states it has to go through in order to be completed.
For example, the process describing a research in your campus library can be handled as an activity based process: you have to get a signed authorization by your teacher, go find your books of interest using either the computer catalogs or the librarian's help, and then check-out the books you need (signing the appropriate stuff). This is a list of activities to be carried out in order to get some books out of the library. There is no main document in this process.
Another example of an activity based process might be represented by the fund request submission process. A teacher of the university has to submit a request for buying a new computer. The process starts by filling in a form where the teacher specifies what he intends to buy and how much this costs. The form will be handled by the administration office and, if the total cost goes beyond a given threshold, it requires the personal authorization by the administration chief. Budget is then checked to see if the teacher has appropriate funds left for the acquisition. In the end an e-mail is sent to the teacher telling him the result of the submission; the request is filed in the request archive and the funding database is updated subtracting the requested cost from the available money left. This process has a main document (the request) but it has a lot of side actions to be carried out as well: signed authorization, archive insertion, database update, e-mail sending. The best way to describe this is through an activity based workflow, where the process is made of activities to be carried out.
On the other hand simpler processes do not require the complex structure of an actvity based workflow management system, and a simple entity-based workflow would suffice. For example the publication of documents on a web site can be simply modelled by the given document going through the states of new, submitted, and then approved or rejected. In such workflows the document is the main issue, and its available actions are defined by its current state.
The main issue for a workflow management system is answering the question "who must do what, when and how". In an activity based workflow management system (as Openflow) this question finds an answer.
The process defining the sequence of activities to be carried out says what should be done and when by the definition of activities and transitions. An activity (the what part of the issue) represents something to be done: giving authorization, updating a database, sending an e-mail, loading a truck, filling a form, printing a document and so on. Transitions define the appropriate sequence of activities for a process (the when part of the issue).
Each activity will have an associated application designed to carry out the job: the how part.
The who part is generally the user assigned to carry out the activity, through its application. Usually activity applications will be used by someone, a person, but in many cases the entity assigned to an activity might be an automatic system. Afterall, why should you have a person waste time updating a database if it can be done in software directly?
One reason to use a workflow management system is to improve the efficiency and performance of the processes you usually handle. A lot of activities you usually do can actually be carried out by an automatic system. Database update, e-mail sending, research, document archiving and so on are activities that a computer can carry out with no need for human intervention. This means that the activity job will be completed much faster and the human resources can be used in some more valuable way (and they will be grateful for that).
Another reason to use a workflow management system is to always have the answer to the question "who must do what, when and how". Formalizing your process means wasting no time in deciding what to do, having each person performing the right job and being sure that your process can be completed appropriately.
The goal of a process definition is to give answer the question "who must do what, when and how". Activities and transitions describe the process you want to model (the what and when part). You can see them as the "bubbles and arrows" description of what has to be done and when.
Applications describe the how part and are associated with activities. Users and roles describe the who part.
Each activity can be of three different kinds: application, sub-process or routing. Usually each activity of the process definition describes something that has do be done, some kind of work. This work can be either carried out by an application or by a sub process definition that better refines the job to be done. Sometimes an activity will be assigned the simple job of handling the routing of work in the process. In this case the activity is just a dummy activity that simply chooses what to do next.
Each activity has one incoming guard for collecting incoming transitions that lead to it. The activity incoming guard can be either set to and or xor for two different behaviour:
Each activity also has one outgoing guard for collecting outgoing transitions getting out of it. Again, the activity outgoing guard can be either set to and or xor for two different behaviours:
Work performed by an activity will be triggered in different ways as determined by the start mode setting of the activity itself. It can be set to either:
When an application completes its job the activity finish mode will be evaluated. It can be set to either:
Transitions connect activities together. A transition connecting activity A with activity B states that as soon as A is finished B has to be started.
Transitions can be guarded by conditions. A transition condition will be evaluated if the "from" activity has choose one and only one path to be followed (ie: the activity has a xor outgoing guard).
An application is assigned to each activity in order to carry out the job the activity has to do. Applications can be anything triggered by an url call: python scripts, dtml forms, sql queries, Zope applications or even external applications like word or other custom and dedicated applications.
What the application is required to do is to invoke the appropriate api for interacting with Openflow. For example the application will need to invoke the Openflow completeWorkitem to signal Openflow that its job is finished and a new activity can be started.
Users are assigned to applications through roles.
The available roles for openflow are the zope-defined roles. To add a role just add a zope role to the folder where you build your application.
One user can be listed in one or more roles. Roles can list one or more activities. Each user will be able to work on all activities listed in roles he is listed in.
Actually each role will keep three different lists:
A process definition gives the instructions for completing some work. A process instance, in turn, is an actual execution of a process definition.
For example, if the process definition describes what should be done for submitting a fund request, a process instance of that process definition is an actual submission for funding.
We call workitem the execution of a single activity of the process definition. Workitems are created every time an activity is triggered. Workitems are never destroyed, even when an activity completes its job, the workitem created to represent the execution of that activity is just set to a complete state. A process instance is a collection of workitems: one per activity executed (or in execution).
One of the most important jobs of a workitem is to keep track of events during the execution of its activity. Since the process instance keeps track of all its workitems, and each workitem keeps track of all the events that happen during the execution of the activity, the complete history of everyting that has happened is recorded in each process instance.
This is very useful for two reasons:
To each user is associated a worklist: a list of workitems pending on activities the user is supposed to perform. The worklist is not set to a given size: it grows when activities require additional work to be done, and it shrinks as the work on activities is completed.
Users are presented their worklists to let them know what is to be done. In Openflow three policies exist for work assignment: pull, manual push and automatic push.
You can see this as having the process instance workitems assigned to users: pulling will be self assignment and pushing will be assignment by somebody else (or by the engine itself).
Whichever policy is used for assigning work, once a user is assigned some work he will be the only one enabled to carry it out: Other users will not see the assigned work in their worklist.
In existing workflow management systems flexibility is a major issue. When you design a process definition there is variable (and usually low) chance the process you defined is actually the most appropriate model you could get of the process.
It is very important to have a way to handle cases that go outside of the set boundary, the "exceptions". At the same time it is also important to have tools that let you change the process definition even while it is running: it can be dramatic having to stop your processes to change their definitions.
Exception handling is necessary for unforeseen situations when users have to handle something that the process was not designed to handle.
Instead of a normal handling of a workitem the user can make it "fall out" of the normal process flow. The fallen (exceptional) token will then be available to any user assigned to handle exceptions. As soon as the workitem is fixed, it can be inserted into any activity of the process to resume the process flow. In this way the user can change the workitem data anyway he wants, to adjust to the exceptional situation.
A process definition can be changed while in execution (while process instances run the flow). New activities can be added, old ones deleted, transition created or changed and so on. Any invalidating situation that might occur will be handled, causing the appropriate workitem to fall out (go into exceptional state).
As soon as the process is changed all the current process instances will read the new process definition as the definition to be used.
Dynamic redesign and exception handling are related to each other. Exception handling allows for dealing with unforeseen events: it should suggest changes in the process definition to handle that situation in the future. On the other hand dynamic redesign will probably put some (or all) process instances into an invalid state: exception handling should be used to recover from these situations.
| Last edited 2004/09/24 11:43:25.300 GMT+2 | Edit this page |


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/set_option.20pp.2Eproofs.20true.html ---
why does set_option pp.proofs true
do anything at all if originally it is already true
to begin with?
Last updated: Apr 24 2020 at 19:02 UTC


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--- layout: post title: 'SSH Tunnel: channel_setup_fwd_listener: cannot listen to port' date: 2018-03-14 10:58:38.000000000 +02:00 type: post parent_id: '0' published: true password: '' status: publish tags: - JenkinsCI - Continuous Integration - Linux/Ubuntu - Tricks meta: _publicize_done_external: a:1:{s:7:"twitter";a:1:{i:16076855;s:56:"https://twitter.com/MphoMphego/status/973845870700580864";}} timeline_notification: '1521017921' _rest_api_published: '1' _rest_api_client_id: "-1" _publicize_job_id: '15710949918' _publicize_done_16257272: '1' _wpas_done_16076855: '1' publicize_twitter_user: MphoMphego publicize_google_plus_url: https://plus.google.com/+MphoMphego/posts/81q5BqsGVyo _publicize_done_16966120: '1' _wpas_done_16750486: '1' publicize_linkedin_url: https://www.linkedin.com/updates?discuss=&scope=97183493&stype=M&topic=6379611575267000320&type=U&a=kXhZ _publicize_done_19730890: '1' _wpas_done_19719750: '1' author: login: mpho112 email<EMAIL_ADDRESS>display_name: Mpho first_name: '' last_name: '' ---
I was attempting to use SSH to set up a tunnel to my Jenkins server from home, so I typed the following (Like I do in most days):
ssh -f -N -L 8080:remote_host:8080 -p 2222 user@host_address
…only to be greeted with the error:
bind: Address already in use
channel_setup_fwd_listener: cannot listen to port: 8080
Whats odd is that I was sure I didn't have anything else listening on that port, but I confirmed it with a quick netstat -anpt | grep '8080'
. To my realization nothing was listening on the port.
More strangely, with the SSH session open, I can go to http://localhost:8080
and see Jenkins.
To my realization SSH itself had already opened the port(weird), and was complaining that it couldn’t do it a second time.
A simple pkill-9 ssh
, saved the day
So after few Googling and reading up about ssh custom config, mostly from digitalocean
I’ve added the following in my ~/.ssh/config file
:
Host Jenkins
ControlMaster auto
LocalForward 8080 host_ip:8080
Hostname _hostname
User _username
Port _custom port
Thereafter a simple,
ssh -f -N -l Jenkins
, was all I needed.
Know more: man ssh


|
Apache Mesos
|
#include <poll_socket.hpp>
Public Member Functions | |
| PollSocketImpl (int_fd s) | |
| virtual | ~PollSocketImpl () |
| virtual Try< Nothing > | listen (int backlog) |
| virtual Future < std::shared_ptr< SocketImpl > > | accept () |
| Returns an implementation corresponding to the next pending connection for the listening socket. More... | |
| virtual Future< Nothing > | connect (const Address &address) |
| virtual Future< size_t > | recv (char *data, size_t size) |
| virtual Future< size_t > | send (const char *data, size_t size) |
| virtual Future< size_t > | sendfile (int_fd fd, off_t offset, size_t size) |
| virtual Kind | kind () const |
| Public Member Functions inherited from process::network::internal::SocketImpl | |
| virtual | ~SocketImpl () |
| int_fd | get () const |
| Returns the file descriptor wrapped by this implementation. More... | |
| Try< Address > | address () const |
Returns the Address with the assigned ip and assigned port. More... | |
| Try< Address > | peer () const |
Returns the peer's Address for the accepted or connected socket. More... | |
| Try< Address > | bind (const Address &address) |
| Assigns the specified address to the socket. More... | |
| virtual Future< std::string > | recv (const Option< ssize_t > &size=None()) |
An overload of recv , which receives data based on the specified 'size' parameter. More... | |
| virtual Future< Nothing > | send (const std::string &data) |
An overload of send , which sends all of the specified data. More... | |
| virtual Try< Nothing > | shutdown (int how) |
| Shuts down the socket. More... | |
Static Public Member Functions | |
| static Try< std::shared_ptr < SocketImpl > > | create (int_fd s) |
| Static Public Member Functions inherited from process::network::internal::SocketImpl | |
| static Kind | DEFAULT_KIND () |
Returns the default Kind of implementation. More... | |
| static Try< std::shared_ptr < SocketImpl > > | create (int_fd s, Kind kind=DEFAULT_KIND()) |
Returns an instance of a SocketImpl using the specified kind of implementation. More... | |
| static Try< std::shared_ptr < SocketImpl > > | create (Address::Family family, Kind kind=DEFAULT_KIND()) |
Returns an instance of a SocketImpl using the specified kind of implementation. More... | |
Additional Inherited Members | |
| Public Types inherited from process::network::internal::SocketImpl | |
| enum | Kind { Kind::POLL } |
| Available kinds of implementations. More... | |
| Protected Member Functions inherited from process::network::internal::SocketImpl | |
| SocketImpl (int_fd _s) | |
| int_fd | release () |
| Releases ownership of the file descriptor. More... | |
| Static Protected Member Functions inherited from process::network::internal::SocketImpl | |
| template<typename T > | |
| static std::shared_ptr< T > | shared (T *t) |
Returns a std::shared_ptr<T> from this implementation. More... | |
| Protected Attributes inherited from process::network::internal::SocketImpl | |
| int_fd | s |
|
inline |
|
inlinevirtual |
|
virtual |
Returns an implementation corresponding to the next pending connection for the listening socket.
All implementations will set the NONBLOCK and CLOEXEC options on the returned socket.
TODO(josephw): MESOS-5729: Consider making the CLOEXEC option configurable by the caller of the interface.
Implements process::network::internal::SocketImpl.
|
virtual |
Implements process::network::internal::SocketImpl.
|
static |
|
inlinevirtual |
Implements process::network::internal::SocketImpl.
Implements process::network::internal::SocketImpl.
|
virtual |
Implements process::network::internal::SocketImpl.
|
virtual |
Implements process::network::internal::SocketImpl.
|
virtual |
Implements process::network::internal::SocketImpl.


Rust uses the last place of usage or end of function scope as the place to deconstruct and deallocate a resource.
The term for this deconstruction and deallocation is called a drop.
Memory detail:


--- layout: page title: "Constitution" description: "LHS Student-Faculty Senate Constitution" header-img: "img/home-bg.jpg" ---
All members of the school community should have a meaningful voice in determining the policies of the school, in promoting a positive school climate, and in shaping the future of the school. It is essential that each member be kept informed through effective communications and have the power to influence decisions made at Lexington High School. For this purpose the Lexington High School Senate is established.
Section 1 The Senate shall consist of two elected groups. The first shall include one certified staff representative for every ten members of the certified high school staff. The second shall include one student representative for every fifty members of the student body. The number of student representatives shall be determined each April 1 and be based on the current enrollment in grades eight through eleven.
Section 2 Nine students shall be elected at-large from and by each class. If the total number of student representatives falls below thirty-six, then the number of representatives from each class shall be determined by dividing the total number of student representatives by four, with the first remainder allotted to the senior class, the second to the junior class, and the third to the sophomore class, in that order.
Section 3 One faculty representative shall be elected from each building and one from the science building and one from the combined members of the music, art, industrial technology, and physical education departments. The remaining faculty representatives shall be elected from the faculty at large.
Section 4 There will be up to five places open for groups who feel that they are not represented in the above election plan. These groups must petition the Senate for such representation.
Section 1 The Senate shall have a Moderator, an Assistant Moderator, and a Secretary.
Section 2 There shall be standing committees in the following areas: Executive, Social Action, Communications, Elections, Policy, School Climate.
Section 3 Standing committees shall contain not fewer than four nor more than twelve members and shall approximate the student-faculty ratio of the Senate.
Section 4 All members of the Senate shall serve on at least one standing committee.
Section 5 The executive committee shall consist of the moderator, assistant moderator, secretary, and the Student Activities Coordinator. Members of the executive committee shall not serve on any other standing committees with the exception of the secretary, who shall chair the standing committee on communications.
Section 6 In addition to the standing committees listed in Section 2, others may be established according to need by a simple majority vote of the Senate.
Article IV: Elections and Tenure of Office
Section 1 The student members shall be elected by or on the third Friday in May. Freshman class representatives shall be elected by or on the second Friday in October. Faculty representatives shall be elected by the third Friday in May.
Section 2 There shall be a moderator elected by and from the Senate for a one year term. If the moderator elected in any given year is a student, then the assistant moderator elected by the Senate shall be a faculty member; conversely, if the moderator is a faculty member, the assistant moderator shall be a student.
Section 3 The moderator, the assistant moderator, and the secretary shall be elected by the full Senate at its first meeting following the May elections, but no later than the first day of June.
Section 4 Each representative shall assume office one week after the conclusion of elections and shall serve until the next year's election.
Article V: Roles of the Officers and Standing Committees
Section 1 Moderator
A. The moderator shall preside over all meetings of the Senate as specified in Article VII.B. The moderator shall be responsible for maintaining an orderly meeting and shall have the right to dismiss anyone disrupting a meeting.
C. The moderator shall chair executive committee.
D. The moderator and the assistant moderator shall meet weekly with the principal.
E. The moderator shall facilitate and coordinate the work and efforts of the standing committees.
Section 2 Assistant Moderator
A. The assistant moderator shall preside over the meetings of the Senate in the absence of the moderator.B. The assistant moderator shall be a member of the executive committee.
C. The assistant moderator and the moderator shall meet weekly with the principal.
D. The assistant moderator shall facilitate and coordinate the work and efforts of the standing committees.
Section 3 Secretary
A. The secretary shall record Senate attendance, make public minutes of Senate sessions, and carry on correspondence as may be directed by the moderator or the assistant moderator.B. The secretary shall preside over Senate meetings in the absence of both the moderator and the assistant moderator.
C. The secretary shall be a member of the executive committee.
D. The secretary shall chair the standing committee on communications.
Section 4 Student Activities Coordinator
A. The Student Activities Coordinator shall act as advisor to the officers and to the Senate.B. The Student Activities Coordinator shall serve as an exofficio and non-voting member of the Senate.
C. The Student Activities Coordinator shall serve as a non-voting member of the executive committee.
D. The Student Activities Coordinator shall assist the Senate by facilitating the various activities of the Senate.
E. The Student Activities Coordinator, in the absence of all officers, shall preside over a meeting of the Senate and shall appoint a secretary for that particular meeting.
Section 5 Standing Committees
A. The standing committees shall perform tasks as directed by the moderator and/or assistant moderator.B. The standing committees shall meet to investigate issues within the scope of their charge and report their findings to the Senate for discussion and vote.
C. The executive committee shall set agendas for the Senate meetings and shall appoint Senate members to standing committees in accordance with these by-laws.
Article VI: Scope and Jurisdiction
Section 1 All matters of concern to the school community are appropriate for consideration by the Lexington High School Senate.
Section 2 Any matter formulated as a bill and passed by the Senate in accordance with the provisions of Article VII, Section 4, shall be submitted to the administration in accordance with Article VII, Section 4, unless any portion of the bill:
A. Contradicts state or federal law;B. Interferes with the allotment of school department funds;
C. Interferes with collective bargaining agreements;
D. Impinges upon individual administrative and teacher evaluation;
E. Impinges upon individual teachers' course organization and evaluation of students.
Section 1 The Lexington High School Senate shall operate as a representative town meeting.
Section 2 The Lexington High School Senate shall employ Robert's Rules of Order Newly Revised as the parliamentary reference for its deliberations.
Section 3 For the transaction of business to occur within the Senate, a quorum of two-thirds of the Senate shall be required.
Section 4 Voting Procedures with respect to bills
A. Bills must have been submitted to the secretary at least five school days before a Senate meeting at which the bill may be considered.B. Bills must have been published at least four school days before a Senate meeting day at which the bill may be considered.
C. By a two-thirds vote of those members present and voting, the Senate may consider a late-filed bill.
D. The Senate shall establish standing rules for the receipt and publication of bills.
E. The executive committee shall place a bill on the agenda or assign the bill to a standing committee of the Senate for research, discussion, and recommendation of the Senate.
F. Majority of the Senate present and voting shall be required to pass a bill.
G. Following an affirmative Senate vote on a bill:
i. The principal may give his written approval to the bill, in which case the bill shall take effect.ii. The principal may decline to approve the bill, offer his objections to the same in writing, and then return the bill to the Senate.
iii. The Senate may accept the principal's disapproval and the bill is then lost, or Senate may reinstitute the bill by a three-fourths majority of the members present and voting.
iv. If the Senate votes to reinstitute, the Secretary shall transmit the bill to the Lexington School Committee. After ten school days and in the absence of a recorded vote of the School Committee, the bill shall take effect.
v. If the principal allows a bill to remain on his desk for ten school days without a response, the bill should take effect.
Section 1 The Senate shall meet once each week when school is in session.
Section 2 All meetings of the Senate are open.
Section 3 Exclusivity of Senate meeting times.
A.The Senate shall meet once each week at a designated and specific time during normal school hours.B. This time shall be reserved by the entire Lexington High School community exclusively for Senate meetings.
C. The scheduling of practices, rehearsals, and other required meetings is strictly prohibited during Senate meeting time.
D. Senate meetings shall in no way impinge upon or interfere with regular class meeting times.
E. No teacher shall be assigned any involuntary professional duty while the Senate is in session.
Section 4 Each spring the Senate shall evaluate its meeting time and establish specific meeting times for the next school year.
Dismissal and reinstatement of Senate members
A.The secretary shall certify the attendance of members at Senate meetings and shall excuse the absence of members for good cause. After December 1, any member whose unexcused absences from Senate meetings shall amount to twenty percent of the total number of Senate meetings since the beginning of the school year shall be deemed to have resigned, and a vacancy shall be declared by the secretary.B.Within five days following such declaration, the former member may request a hearing before the standing committee on elections.
C.Following such a hearing the standing committee on elections may reinstate the former Senate member.
D. If five days elapse without a request for a hearing, or if the standing committee on elections does not reinstate the former Senate member, then the procedures established under Article X for filling vacancies shall take effect.
Section 1 When any seat in the Senate is declared vacant, the seat shall be filled by the candidate who represents the constituency of the vacated seat and who attained the next highest number of votes in the most recent Senate elections for that seat.
Section 2 When any office in the Senate is permanently vacated, a successor shall be elected by and from the Senate to serve the unexpired term in accordance with Article IV, Section 2.
The standing committee on elections, authorized under Article III, Section 2, shall conduct all school elections.
The Senate shall support and defend the following rights of all members of the school community:
A. To express freely and peaceably, in speech and in writing, opinions and ideas;B. To distribute printed materials on school grounds before school, during school, and after school hours;
C. To assemble freely and peaceably in any manner, before school, during school, and after school, so long as such gatherings do disrupt the educational process;
D. To defend against an accusation before any discipline, suspension, expulsion, termination, or other major action may occur;
E. To petition for redress of grievances;
F. To be free from physical and verbal harassment.
Article XIII: Board of Appeals
Section 1 A board of appeals shall be organized to address student and teacher grievances that arise from Lexington High School policies, rules, regulations, and procedures.
Section 2 The board of appeals shall consist of student and faculty members in the same proportion as the representatives in the whole Senate. Student and faculty members shall be elected by and from their respective constituencies. No person may serve simultaneously as a member of the Senate and of the board of appeals.
Section 3 The Senate shall establish procedures and rules for the operation of the board of appeals.
Section 1 Amendments to this Constitution may be proposed by a two-thirds majority of the Senate members present and voting.
Section 2 Amendments to this constitution shall take effect after ratification in separate elections by a majority vote of students and by a majority vote of faculty.
Appendix to the Constitution Clarifying Article VIII, Section 3
In order to implement Article VIII, Section 3 of the Constitution, the following regulations and procedures shall be adopted for the Lexington High School Community:
A. The weekly school schedule shall be arranged so that on one designated day every week, for the purpose of Senate meetings, school shall end officially one hour earlier than on other days.B. All students and faculty not participating in the Senate deliberations shall be dismissed at that time.
C. During this Senate meeting period, school shall have been terminated for the day; hence, there shall be no classes in session and no supervision of non-Senate member students by the faculty.
D. This arrangement shall not decrease the amount of classroom time currently scheduled.
E. No student or faculty member participating in Senate deliberations shall be penalized in any way for not participating in athletic, dramatic, debate, or club activities during the time designated for Senate meetings.


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A healthy breakfast sandwich made of eggs, veggies, & optional turkey & cheese! Make these the day of or make them in advance & store in the freezer!
This batter couldn’t be easier to put together. All you gotta do is blend up spinach, oats, Greek yogurt, and egg and some stevia and you have yourself a real treat. Plus, you can’t really ever complain about a recipe that hides veggies!..
Full list of Ingredients:
Egg Mixture:
6 whole large eggs
4 egg whites
1 tablespoon olive oil
1 small yellow onion, diced
1 cup chopped broccoli
1(8oz) package sliced mushrooms
2 cups spinach -roughly chopped
2 cloves garlic ,miced
1/4 teaspoon black pepper
The Breakfast Sandwich:
Full list of Ingredients:
6 whole wheat english muffins
6 slices of any type of cheese
Meat is optional
Instructions:
Egg Mixture: Preheat oven to 375 degrees F and grease a 9x13 in baking pan with cooking spray. Whisk together eggs and egg whites in a large bowl. Set aside. Heat olive oil in a large non stick pan over medium heat. Add in onions and saute for about 5 minutes. Add in broccoli, mushrooms, and spinach cook for another 4 minutes, or until veggies are tender. Add in garlic and saute for another 30 seconds. Season with salt and pepper. Mix with eggs and pour into prepared baking pan. Bake in preheated oven for 20-30 minutes, or until the eggs have fully cooked through.  Have leftover scrapes? Use them for another breakfast sandwich, eat them plain for breakfast, or mix them into something else for a meal! Eat immediately option: Toast english muffins to your liking. Place cheese on one side and turkey on another. Broil in the oven until cheese is melty and the turkey has warmed through. Top with cut out eggs and enjoy! Eat later that week option: Store cooked eggs in an airtight container in the fridge and assemble the morning of! Freezer friendly option: Toast the english muffins. On the bottom half of the english muffin, top with egg circle, then cheese and turkey. Top with the top of the english muffin. Repeat with remaining english muffins/eggs/turkey/cheese. Wrap each sandwich individually in aluminum foil. Place sandwiches in a freezer bag. Freeze for up to one month! To reheat: Remove sandwich from foil. Place on a microwave safe plate that's been lined with a paper towel. Heat until egg has been warmed through and cheese is melty, about 60-90 seconds.


Sales Order Integration between Salesforce and SAP ERP.
Primary focus was on leveraging Anypoint Studio Mulesoft 4, a cutting-edge integration platform, to revolutionize the company's sales order process.
Technologies:
- -RESTful API
- -Python
- -Java
- Integrators
- SAP ERP Integrator
- SFDC Integrator
I spearheaded the creation of a robust and efficient REST API that seamlessly connected SalesForce, a leading CRM platform, with SAP ERP, a powerful enterprise resource planning system. This groundbreaking integration had a transformative impact on the company's sales order workflow, streamlining operations and enhancing overall efficiency.
Through this project, I gained a deep understanding of APIs, their functionality, and their pivotal role in system integration. I successfully navigated the complexities of designing and developing an API that bridged the gap between two vital systems, enabling seamless data flow and synchronization.
My experience with Anypoint Studio Mulesoft 4 and creating a game-changing REST API has not only solidified my technical prowess but has also instilled in me a passion for leveraging technology to drive tangible business outcomes.


cfb_team_info.Rd
Team Info Lookup Lists all teams in conference or all D-I teams if conference is left NULL Current support only for D-I
cfb_team_info(conference = NULL, only_fbs = TRUE, year = NULL)
| conference | (String optional): Conference abbreviation - Select a valid FBS conference |
|---|---|
| only_fbs | (Logical default TRUE): Filter for only returning FBS teams for a given year. |
| year | (Integer optional): Year, 4 digit format (YYYY). Filter for getting a list of major division team for a given year |
https://api.collegefootballdata.com/teams
A data frame with 12 variables:
team_id
integer.
school
character.
mascot
character.
abbreviation
character.
alt_name1
character.
alt_name2
character.
alt_name3
character.
conference
character.
division
character.
color
character.
alt_color
character.
logos
list.
cfb_team_info(conference = "SEC")#> team_id school mascot abbreviation alt_name1 #> 1 333 Alabama Crimson Tide ALA <NA> #> 2 8 Arkansas Razorbacks ARK <NA> #> 3 2 Auburn Tigers AUB <NA> #> 4 57 Florida Gators FLA <NA> #> 5 61 Georgia Bulldogs UGA <NA> #> 6 96 Kentucky Wildcats UK <NA> #> 7 99 LSU Tigers LSU Louisiana State #> 8 344 Mississippi State Bulldogs MSST <NA> #> 9 142 Missouri Tigers MIZ <NA> #> 10 145 Ole Miss Rebels MISS <NA> #> 11 2579 South Carolina Gamecocks SC <NA> #> 12 2633 Tennessee Volunteers TENN <NA> #> 13 245 Texas A&M Aggies TA&M <NA> #> 14 238 Vanderbilt Commodores VAN <NA> #> alt_name2 alt_name3 conference division color alt_color #> 1 ALA Alabama SEC West #690014 #f1f2f3 #> 2 ARK Arkansas SEC West #9c1831 #000000 #> 3 AUB Auburn SEC West #03244d #f1f2f3 #> 4 FLA Florida SEC East #0021A5 #0021a5 #> 5 UGA Georgia SEC East #CC0000 #000000 #> 6 UK Kentucky SEC East #005DAA #ffffff #> 7 LSU LSU SEC West #22005c #fdd023 #> 8 MSST Miss St SEC West #762123 #c8c8c8 #> 9 MIZ Missouri SEC East #000000 #000000 #> 10 MISS Ole Miss SEC West #001148 #00205b #> 11 SC South Carolina SEC East #670010 #000000 #> 12 TENN Tennessee SEC East #EE9627 #ffffff #> 13 TA&M Texas A&M SEC West #5C0025 #ffffff #> 14 VAN Vanderbilt SEC East #000000 #231f20 #> logos #> 1 http://a.espncdn.com/i/teamlogos/ncaa/500/333.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/333.png #> 2 http://a.espncdn.com/i/teamlogos/ncaa/500/8.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/8.png #> 3 http://a.espncdn.com/i/teamlogos/ncaa/500/2.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2.png #> 4 http://a.espncdn.com/i/teamlogos/ncaa/500/57.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/57.png #> 5 http://a.espncdn.com/i/teamlogos/ncaa/500/61.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/61.png #> 6 http://a.espncdn.com/i/teamlogos/ncaa/500/96.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/96.png #> 7 http://a.espncdn.com/i/teamlogos/ncaa/500/99.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/99.png #> 8 http://a.espncdn.com/i/teamlogos/ncaa/500/344.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/344.png #> 9 http://a.espncdn.com/i/teamlogos/ncaa/500/142.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/142.png #> 10 http://a.espncdn.com/i/teamlogos/ncaa/500/145.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/145.png #> 11 http://a.espncdn.com/i/teamlogos/ncaa/500/2579.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2579.png #> 12 http://a.espncdn.com/i/teamlogos/ncaa/500/2633.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2633.png #> 13 http://a.espncdn.com/i/teamlogos/ncaa/500/245.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/245.png #> 14 http://a.espncdn.com/i/teamlogos/ncaa/500/238.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/238.pngcfb_team_info(conference = "Ind")#> team_id school mascot abbreviation alt_name1 alt_name2 #> 1 349 Army Black Knights ARMY <NA> ARMY #> 2 252 BYU Cougars BYU Brigham Young BYU #> 3 2335 Liberty Flames LIB <NA> LIB #> 4 166 New Mexico State Aggies NMSU <NA> NMSU #> 5 87 Notre Dame Fighting Irish ND <NA> ND #> 6 113 UMass Minutemen UMASS <NA> UMASS #> alt_name3 conference division color alt_color #> 1 Army FBS Independents NA #ce9c00 #231f20 #> 2 BYU FBS Independents NA #001E4C #ffffff #> 3 Liberty FBS Independents NA #071740 #a61f21 #> 4 New Mexico St FBS Independents NA #891216 #000000 #> 5 Notre Dame FBS Independents NA #00122b #ae9142 #> 6 UMass FBS Independents NA #880007 <NA> #> logos #> 1 http://a.espncdn.com/i/teamlogos/ncaa/500/349.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/349.png #> 2 http://a.espncdn.com/i/teamlogos/ncaa/500/252.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/252.png #> 3 http://a.espncdn.com/i/teamlogos/ncaa/500/2335.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2335.png #> 4 http://a.espncdn.com/i/teamlogos/ncaa/500/166.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/166.png #> 5 http://a.espncdn.com/i/teamlogos/ncaa/500/87.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/87.png #> 6 http://a.espncdn.com/i/teamlogos/ncaa/500/113.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/113.pngcfb_team_info(year = 2019)#> team_id school mascot abbreviation #> 1 2005 Air Force Falcons AFA #> 2 2006 Akron Zips AKR #> 3 333 Alabama Crimson Tide ALA #> 4 2026 Appalachian State Mountaineers APP #> 5 12 Arizona Wildcats ARIZ #> 6 9 Arizona State Sun Devils ASU #> 7 8 Arkansas Razorbacks ARK #> 8 2032 Arkansas State Red Wolves ARST #> 9 349 Army Black Knights ARMY #> 10 2 Auburn Tigers AUB #> 11 2050 Ball State Cardinals BALL #> 12 239 Baylor Bears BAY #> 13 68 Boise State Broncos BSU #> 14 103 Boston College Eagles BC #> 15 189 Bowling Green Falcons BGSU #> 16 2084 Buffalo Bulls BUFF #> 17 252 BYU Cougars BYU #> 18 25 California Golden Bears CAL #> 19 2117 Central Michigan Chippewas CMU #> 20 2429 Charlotte 49ers CHAR #> 21 2132 Cincinnati Bearcats CIN #> 22 228 Clemson Tigers CLEM #> 23 324 Coastal Carolina Chanticleers CCU #> 24 38 Colorado Buffaloes COLO #> 25 36 Colorado State Rams CSU #> 26 41 Connecticut Huskies CONN #> 27 150 Duke Blue Devils DUKE #> 28 151 East Carolina Pirates ECU #> 29 2199 Eastern Michigan Eagles EMU #> 30 57 Florida Gators FLA #> 31 2226 Florida Atlantic Owls FAU #> 32 2229 Florida International Golden Panthers FIU #> 33 52 Florida State Seminoles FSU #> 34 278 Fresno State Bulldogs FRES #> 35 61 Georgia Bulldogs UGA #> 36 290 Georgia Southern Eagles GASO #> 37 2247 Georgia State Panthers GAST #> 38 59 Georgia Tech Yellow Jackets GT #> 39 62 Hawai'i Rainbow Warriors HAW #> 40 248 Houston Cougars HOU #> 41 356 Illinois Fighting Illini ILL #> 42 84 Indiana Hoosiers IND #> 43 2294 Iowa Hawkeyes IOWA #> 44 66 Iowa State Cyclones ISU #> 45 2305 Kansas Jayhawks KU #> 46 2306 Kansas State Wildcats KSU #> 47 2309 Kent State Golden Flashes KENT #> 48 96 Kentucky Wildcats UK #> 49 2335 Liberty Flames LIB #> 50 309 Louisiana Ragin' Cajuns ULL #> 51 2433 Louisiana Monroe Warhawks ULM #> 52 2348 Louisiana Tech Bulldogs LT #> 53 97 Louisville Cardinals LOU #> 54 99 LSU Tigers LSU #> 55 276 Marshall Thundering Herd MRSH #> 56 120 Maryland Terrapins MD #> 57 235 Memphis Tigers MEM #> 58 2390 Miami Hurricanes MIAMI #> 59 193 Miami (OH) RedHawks M-OH #> 60 130 Michigan Wolverines MICH #> 61 127 Michigan State Spartans MSU #> 62 2393 Middle Tennessee Blue Raiders MTSU #> 63 135 Minnesota Golden Gophers MINN #> 64 344 Mississippi State Bulldogs MSST #> 65 142 Missouri Tigers MIZ #> 66 2426 Navy Midshipmen NAVY #> 67 152 NC State Wolfpack NCST #> 68 158 Nebraska Cornhuskers NEB #> 69 2440 Nevada Wolf Pack NEV #> 70 167 New Mexico Lobos UNM #> 71 166 New Mexico State Aggies NMSU #> 72 153 North Carolina Tar Heels UNC #> 73 2459 Northern Illinois Huskies NIU #> 74 249 North Texas Mean Green UNT #> 75 77 Northwestern Wildcats NW #> 76 87 Notre Dame Fighting Irish ND #> 77 195 Ohio Bobcats OHIO #> 78 194 Ohio State Buckeyes OSU #> 79 201 Oklahoma Sooners OKLA #> 80 197 Oklahoma State Cowboys OKST #> 81 295 Old Dominion Monarchs ODU #> 82 145 Ole Miss Rebels MISS #> 83 2483 Oregon Ducks ORE #> 84 204 Oregon State Beavers ORST #> 85 213 Penn State Nittany Lions PSU #> 86 221 Pittsburgh Panthers PITT #> 87 2509 Purdue Boilermakers PUR #> 88 242 Rice Owls RICE #> 89 164 Rutgers Scarlet Knights RUTG #> 90 21 San Diego State Aztecs SDSU #> 91 23 San José State Spartans SJSU #> 92 2567 SMU Mustangs SMU #> 93 6 South Alabama Jaguars USA #> 94 2579 South Carolina Gamecocks SC #> 95 2572 Southern Mississippi Golden Eagles USM #> 96 58 South Florida Bulls USF #> 97 24 Stanford Cardinal STAN #> 98 183 Syracuse Orange SYR #> 99 2628 TCU Horned Frogs TCU #> 100 218 Temple Owls TEM #> 101 2633 Tennessee Volunteers TENN #> 102 251 Texas Longhorns TEX #> 103 245 Texas A&M Aggies TA&M #> 104 326 Texas State Bobcats TXST #> 105 2641 Texas Tech Red Raiders TTU #> 106 2649 Toledo Rockets TOL #> 107 2653 Troy Trojans TROY #> 108 2655 Tulane Green Wave TULN #> 109 202 Tulsa Golden Hurricane TLSA #> 110 5 UAB Blazers UAB #> 111 2116 UCF Knights UCF #> 112 26 UCLA Bruins UCLA #> 113 113 UMass Minutemen UMASS #> 114 2439 UNLV Rebels UNLV #> 115 30 USC Trojans USC #> 116 254 Utah Utes UTAH #> 117 328 Utah State Aggies USU #> 118 2638 UTEP Miners UTEP #> 119 2636 UT San Antonio Roadrunners UTSA #> 120 238 Vanderbilt Commodores VAN #> 121 258 Virginia Cavaliers UVA #> 122 259 Virginia Tech Hokies VT #> 123 154 Wake Forest Demon Deacons WAKE #> 124 264 Washington Huskies WASH #> 125 265 Washington State Cougars WSU #> 126 98 Western Kentucky Hilltoppers WKU #> 127 2711 Western Michigan Broncos WMU #> 128 277 West Virginia Mountaineers WVU #> 129 275 Wisconsin Badgers WIS #> 130 2751 Wyoming Cowboys WYO #> alt_name1 alt_name2 alt_name3 conference division #> 1 <NA> AFA Air Force Mountain West Mountain #> 2 <NA> AKR Akron Mid-American East #> 3 <NA> ALA Alabama SEC West #> 4 <NA> APP Appalachian St Sun Belt <NA> #> 5 <NA> ARIZ Arizona Pac-12 South #> 6 <NA> ASU Arizona State Pac-12 South #> 7 <NA> ARK Arkansas SEC West #> 8 <NA> ARST Arkansas State Sun Belt <NA> #> 9 <NA> ARMY Army FBS Independents <NA> #> 10 <NA> AUB Auburn SEC West #> 11 <NA> BALL Ball State Mid-American West #> 12 <NA> BAY Baylor Big 12 <NA> #> 13 <NA> BSU Boise State Mountain West Mountain #> 14 <NA> BC Boston College ACC Atlantic #> 15 Bowling Green State BGSU Bowling Green Mid-American East #> 16 <NA> BUFF Buffalo Mid-American East #> 17 Brigham Young BYU BYU FBS Independents <NA> #> 18 <NA> CAL Cal Pac-12 North #> 19 <NA> CMU Cent Michigan Mid-American West #> 20 <NA> CHAR Charlotte Conference USA East #> 21 <NA> CIN Cincinnati American Athletic East #> 22 <NA> CLEM Clemson ACC Atlantic #> 23 <NA> CCU C. Carolina Sun Belt <NA> #> 24 <NA> COLO Colorado Pac-12 South #> 25 <NA> CSU Colorado State Mountain West Mountain #> 26 <NA> CONN UConn American Athletic East #> 27 <NA> DUKE Duke ACC Coastal #> 28 <NA> ECU ECU American Athletic East #> 29 <NA> EMU E Michigan Mid-American West #> 30 <NA> FLA Florida SEC East #> 31 <NA> FAU FAU Conference USA East #> 32 <NA> FIU FIU Conference USA East #> 33 <NA> FSU FSU ACC Atlantic #> 34 <NA> FRES Fresno State Mountain West West #> 35 <NA> UGA Georgia SEC East #> 36 <NA> GASO Ga Southern Sun Belt <NA> #> 37 <NA> GAST Georgia State Sun Belt <NA> #> 38 <NA> GT Georgia Tech ACC Coastal #> 39 <NA> HAW Hawai'i Mountain West West #> 40 <NA> HOU Houston American Athletic West #> 41 <NA> ILL Illinois Big Ten West #> 42 <NA> IND Indiana Big Ten East #> 43 <NA> IOWA Iowa Big Ten West #> 44 <NA> ISU Iowa State Big 12 <NA> #> 45 <NA> KU Kansas Big 12 <NA> #> 46 <NA> KSU Kansas State Big 12 <NA> #> 47 <NA> KENT Kent State Mid-American East #> 48 <NA> UK Kentucky SEC East #> 49 <NA> LIB Liberty FBS Independents <NA> #> 50 UL Lafayette ULL Louisiana Sun Belt <NA> #> 51 La.-Monroe ULM UL Monroe Sun Belt <NA> #> 52 <NA> LT LA Tech Conference USA West #> 53 <NA> LOU Louisville ACC Atlantic #> 54 Louisiana State LSU LSU SEC West #> 55 <NA> MRSH Marshall Conference USA East #> 56 <NA> MD Maryland Big Ten East #> 57 <NA> MEM Memphis American Athletic West #> 58 Miami (FL) MIAMI Miami ACC Coastal #> 59 <NA> M-OH Miami (OH) Mid-American East #> 60 <NA> MICH Michigan Big Ten East #> 61 <NA> MSU Michigan State Big Ten East #> 62 Middle Tennessee State MTSU Mid Tennessee Conference USA East #> 63 <NA> MINN Minnesota Big Ten West #> 64 <NA> MSST Miss St SEC West #> 65 <NA> MIZ Missouri SEC East #> 66 <NA> NAVY Navy American Athletic West #> 67 North Carolina St. NCST NC State ACC Atlantic #> 68 <NA> NEB Nebraska Big Ten West #> 69 <NA> NEV Nevada Mountain West West #> 70 <NA> UNM New Mexico Mountain West Mountain #> 71 <NA> NMSU New Mexico St FBS Independents <NA> #> 72 <NA> UNC UNC ACC Coastal #> 73 <NA> NIU N Illinois Mid-American West #> 74 <NA> UNT North Texas Conference USA West #> 75 <NA> NW Northwestern Big Ten West #> 76 <NA> ND Notre Dame FBS Independents <NA> #> 77 <NA> OHIO Ohio Mid-American East #> 78 <NA> OSU OSU Big Ten East #> 79 <NA> OKLA Oklahoma Big 12 <NA> #> 80 <NA> OKST Oklahoma State Big 12 <NA> #> 81 <NA> ODU Old Dominion Conference USA East #> 82 <NA> MISS Ole Miss SEC West #> 83 <NA> ORE Oregon Pac-12 North #> 84 <NA> ORST Oregon State Pac-12 North #> 85 <NA> PSU Penn State Big Ten East #> 86 Pitt PITT Pitt ACC Coastal #> 87 <NA> PUR Purdue Big Ten West #> 88 <NA> RICE Rice Conference USA West #> 89 <NA> RUTG Rutgers Big Ten East #> 90 <NA> SDSU San Diego State Mountain West West #> 91 San Jose St. SJSU San Jose State Mountain West West #> 92 Southern Methodist SMU SMU American Athletic West #> 93 <NA> USA South Alabama Sun Belt <NA> #> 94 <NA> SC South Carolina SEC East #> 95 <NA> USM Southern Miss Conference USA West #> 96 <NA> USF USF American Athletic East #> 97 <NA> STAN Stanford Pac-12 North #> 98 <NA> SYR Syracuse ACC Atlantic #> 99 Texas Christian TCU TCU Big 12 <NA> #> 100 <NA> TEM Temple American Athletic East #> 101 <NA> TENN Tennessee SEC East #> 102 <NA> TEX Texas Big 12 <NA> #> 103 <NA> TA&M Texas A&M SEC West #> 104 <NA> TXST Texas State Sun Belt <NA> #> 105 <NA> TTU Texas Tech Big 12 <NA> #> 106 <NA> TOL Toledo Mid-American West #> 107 <NA> TROY Troy Sun Belt <NA> #> 108 <NA> TULN Tulane American Athletic West #> 109 <NA> TLSA Tulsa American Athletic West #> 110 Alabama-Birmingham UAB UAB Conference USA West #> 111 Central Florida UCF UCF American Athletic East #> 112 <NA> UCLA UCLA Pac-12 South #> 113 <NA> UMASS UMass FBS Independents <NA> #> 114 Nevada-Las Vegas UNLV UNLV Mountain West West #> 115 <NA> USC USC Pac-12 South #> 116 <NA> UTAH Utah Pac-12 South #> 117 <NA> USU Utah State Mountain West Mountain #> 118 Texas-El Paso UTEP UTEP Conference USA West #> 119 Texas-San Antonio UTSA UTSA Conference USA West #> 120 <NA> VAN Vanderbilt SEC East #> 121 <NA> UVA UVA ACC Coastal #> 122 <NA> VT VT ACC Coastal #> 123 <NA> WAKE Wake Forest ACC Atlantic #> 124 <NA> WASH Washington Pac-12 North #> 125 <NA> WSU Washington St Pac-12 North #> 126 <NA> WKU W Kentucky Conference USA East #> 127 <NA> WMU W Michigan Mid-American West #> 128 <NA> WVU West Virginia Big 12 <NA> #> 129 <NA> WIS Wisconsin Big Ten West #> 130 <NA> WYO Wyoming Mountain West Mountain #> color alt_color #> 1 #004a7b #ffffff #> 2 #00285e #84754e #> 3 #690014 #f1f2f3 #> 4 #000000 #ffcd00 #> 5 #002449 #00205b #> 6 #942139 #f1f2f3 #> 7 #9c1831 #000000 #> 8 #e81018 #000000 #> 9 #ce9c00 #231f20 #> 10 #03244d #f1f2f3 #> 11 #DA0000 #ffffff #> 12 #004834 #ffb81c #> 13 #09347A #d8d9da #> 14 #88001a #a39161 #> 15 #2b1000 #492000 #> 16 #041A9B #ebebeb #> 17 #001E4C #ffffff #> 18 #031522 #ffc423 #> 19 #6a0032 #ffffff #> 20 #0C562D #cfab7a #> 21 #000000 #717073 #> 22 #F66733 #522d80 #> 23 #007073 #876447 #> 24 #d1c57e #ffd200 #> 25 #004537 #ffc425 #> 26 #001d40 #f1f2f3 #> 27 #001A57 #f1f2f3 #> 28 #4b1869 #f0907b #> 29 #00331b #f0f0f0 #> 30 #0021A5 #0021a5 #> 31 #004B85 #bb2f4c #> 32 #001538 #c5960c #> 33 #782F40 #ceb888 #> 34 #c41230 #231f20 #> 35 #CC0000 #000000 #> 36 #003775 #f0f0f0 #> 37 #1e539a #ebebeb #> 38 #00223e #002c56 #> 39 #003420 #ffffff #> 40 #C90822 #231f20 #> 41 #f77329 #fa6300 #> 42 #7D110C #eeedeb #> 43 #000000 #ffe100 #> 44 #660015 #830b2c #> 45 #0022B4 #e8000d #> 46 #633194 #e7d2ad #> 47 #002445 #f0b510 #> 48 #005DAA #ffffff #> 49 #071740 #a61f21 #> 50 #ce2842 <NA> #> 51 #231F20 #b18445 #> 52 #002d65 #d3313a #> 53 #ad000a #cccccc #> 54 #22005c #fdd023 #> 55 #186329 #be854c #> 56 #D5002B #ffcd00 #> 57 #002447 #231f20 #> 58 #004325 #f0f0f0 #> 59 #a4000c #f0f0f0 #> 60 #00274c #ffcb05 #> 61 #18453B #ffffff #> 62 #0079C2 #c3c5c8 #> 63 #7F011B #7a0019 #> 64 #762123 #c8c8c8 #> 65 #000000 #000000 #> 66 #131630 #b6a77c #> 67 #EF1216 #231f20 #> 68 #F20017 #f5f1e7 #> 69 #153E5F #8e9295 #> 70 #000000 #231f20 #> 71 #891216 #000000 #> 72 #99bfe5 #13294b #> 73 #F1122C #cc0000 #> 74 #00853D #000000 #> 75 #372286 #d6cac1 #> 76 #00122b #ae9142 #> 77 #295A29 #e4bb85 #> 78 #DE3121 #666666 #> 79 #7b0000 #cccccc #> 80 #FF6500 #ff9900 #> 81 #00507d #a1d2f1 #> 82 #001148 #00205b #> 83 #044520 #fee123 #> 84 #c34500 #dea076 #> 85 #00265D #002e5c #> 86 #003263 #231f20 #> 87 #B89D29 #a4a9ad #> 88 #003D7D #d1d5d8 #> 89 #d21034 #ffffff #> 90 #BF2C37 #a8996e #> 91 #005893 #fdba31 #> 92 #E32F38 #ecdcb9 #> 93 #003E7E <NA> #> 94 #670010 #000000 #> 95 #FFAA3C #ffc423 #> 96 #004A36 #231f20 #> 97 #A80532 #ffffff #> 98 #F37321 #0d1d37 #> 99 #3C377D #f1f2f3 #> 100 #A80532 #a7a9ac #> 101 #EE9627 #ffffff #> 102 #EE7524 #f0f0f0 #> 103 #5C0025 #ffffff #> 104 #4e1719 #b4975a #> 105 #C80025 #231f20 #> 106 #00488F #ffd51d #> 107 #AE0210 #88898c #> 108 #005837 #3baf29 #> 109 #004371 #ee3b33 #> 110 #003b28 #ffc845 #> 111 #000000 #231f20 #> 112 #005C8E #ffc72c #> 113 #880007 <NA> #> 114 #000000 #c2c4c6 #> 115 #AE2531 #ffc72c #> 116 #890012 #7e8083 #> 117 #003263 #949ca1 #> 118 #002843 #ff6f12 #> 119 #002A5C #f47321 #> 120 #000000 #231f20 #> 121 #00204e #002d62 #> 122 #74232D #c2c1ba #> 123 #9E7E38 #000000 #> 124 #2B2F64 #e8e3d3 #> 125 #94022a #6a747c #> 126 #F32026 #b3b5b8 #> 127 #B59966 #bfa979 #> 128 #FFC600 #eaaa00 #> 129 #A00001 #f7f7f7 #> 130 #533B22 #ffffff #> logos #> 1 http://a.espncdn.com/i/teamlogos/ncaa/500/2005.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2005.png #> 2 http://a.espncdn.com/i/teamlogos/ncaa/500/2006.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2006.png #> 3 http://a.espncdn.com/i/teamlogos/ncaa/500/333.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/333.png #> 4 http://a.espncdn.com/i/teamlogos/ncaa/500/2026.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2026.png #> 5 http://a.espncdn.com/i/teamlogos/ncaa/500/12.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/12.png #> 6 http://a.espncdn.com/i/teamlogos/ncaa/500/9.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/9.png #> 7 http://a.espncdn.com/i/teamlogos/ncaa/500/8.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/8.png #> 8 http://a.espncdn.com/i/teamlogos/ncaa/500/2032.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2032.png #> 9 http://a.espncdn.com/i/teamlogos/ncaa/500/349.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/349.png #> 10 http://a.espncdn.com/i/teamlogos/ncaa/500/2.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2.png #> 11 http://a.espncdn.com/i/teamlogos/ncaa/500/2050.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2050.png #> 12 http://a.espncdn.com/i/teamlogos/ncaa/500/239.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/239.png #> 13 http://a.espncdn.com/i/teamlogos/ncaa/500/68.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/68.png #> 14 http://a.espncdn.com/i/teamlogos/ncaa/500/103.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/103.png #> 15 http://a.espncdn.com/i/teamlogos/ncaa/500/189.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/189.png #> 16 http://a.espncdn.com/i/teamlogos/ncaa/500/2084.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2084.png #> 17 http://a.espncdn.com/i/teamlogos/ncaa/500/252.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/252.png #> 18 http://a.espncdn.com/i/teamlogos/ncaa/500/25.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/25.png #> 19 http://a.espncdn.com/i/teamlogos/ncaa/500/2117.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2117.png #> 20 http://a.espncdn.com/i/teamlogos/ncaa/500/2429.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2429.png #> 21 http://a.espncdn.com/i/teamlogos/ncaa/500/2132.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2132.png #> 22 http://a.espncdn.com/i/teamlogos/ncaa/500/228.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/228.png #> 23 http://a.espncdn.com/i/teamlogos/ncaa/500/324.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/324.png #> 24 http://a.espncdn.com/i/teamlogos/ncaa/500/38.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/38.png #> 25 http://a.espncdn.com/i/teamlogos/ncaa/500/36.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/36.png #> 26 http://a.espncdn.com/i/teamlogos/ncaa/500/41.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/41.png #> 27 http://a.espncdn.com/i/teamlogos/ncaa/500/150.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/150.png #> 28 http://a.espncdn.com/i/teamlogos/ncaa/500/151.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/151.png #> 29 http://a.espncdn.com/i/teamlogos/ncaa/500/2199.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2199.png #> 30 http://a.espncdn.com/i/teamlogos/ncaa/500/57.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/57.png #> 31 http://a.espncdn.com/i/teamlogos/ncaa/500/2226.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2226.png #> 32 http://a.espncdn.com/i/teamlogos/ncaa/500/2229.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2229.png #> 33 http://a.espncdn.com/i/teamlogos/ncaa/500/52.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/52.png #> 34 http://a.espncdn.com/i/teamlogos/ncaa/500/278.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/278.png #> 35 http://a.espncdn.com/i/teamlogos/ncaa/500/61.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/61.png #> 36 http://a.espncdn.com/i/teamlogos/ncaa/500/290.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/290.png #> 37 http://a.espncdn.com/i/teamlogos/ncaa/500/2247.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2247.png #> 38 http://a.espncdn.com/i/teamlogos/ncaa/500/59.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/59.png #> 39 http://a.espncdn.com/i/teamlogos/ncaa/500/62.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/62.png #> 40 http://a.espncdn.com/i/teamlogos/ncaa/500/248.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/248.png #> 41 http://a.espncdn.com/i/teamlogos/ncaa/500/356.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/356.png #> 42 http://a.espncdn.com/i/teamlogos/ncaa/500/84.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/84.png #> 43 http://a.espncdn.com/i/teamlogos/ncaa/500/2294.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2294.png #> 44 http://a.espncdn.com/i/teamlogos/ncaa/500/66.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/66.png #> 45 http://a.espncdn.com/i/teamlogos/ncaa/500/2305.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2305.png #> 46 http://a.espncdn.com/i/teamlogos/ncaa/500/2306.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2306.png #> 47 http://a.espncdn.com/i/teamlogos/ncaa/500/2309.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2309.png #> 48 http://a.espncdn.com/i/teamlogos/ncaa/500/96.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/96.png #> 49 http://a.espncdn.com/i/teamlogos/ncaa/500/2335.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2335.png #> 50 http://a.espncdn.com/i/teamlogos/ncaa/500/309.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/309.png #> 51 http://a.espncdn.com/i/teamlogos/ncaa/500/2433.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2433.png #> 52 http://a.espncdn.com/i/teamlogos/ncaa/500/2348.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2348.png #> 53 http://a.espncdn.com/i/teamlogos/ncaa/500/97.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/97.png #> 54 http://a.espncdn.com/i/teamlogos/ncaa/500/99.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/99.png #> 55 http://a.espncdn.com/i/teamlogos/ncaa/500/276.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/276.png #> 56 http://a.espncdn.com/i/teamlogos/ncaa/500/120.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/120.png #> 57 http://a.espncdn.com/i/teamlogos/ncaa/500/235.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/235.png #> 58 http://a.espncdn.com/i/teamlogos/ncaa/500/2390.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2390.png #> 59 http://a.espncdn.com/i/teamlogos/ncaa/500/193.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/193.png #> 60 http://a.espncdn.com/i/teamlogos/ncaa/500/130.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/130.png #> 61 http://a.espncdn.com/i/teamlogos/ncaa/500/127.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/127.png #> 62 http://a.espncdn.com/i/teamlogos/ncaa/500/2393.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2393.png #> 63 http://a.espncdn.com/i/teamlogos/ncaa/500/135.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/135.png #> 64 http://a.espncdn.com/i/teamlogos/ncaa/500/344.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/344.png #> 65 http://a.espncdn.com/i/teamlogos/ncaa/500/142.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/142.png #> 66 http://a.espncdn.com/i/teamlogos/ncaa/500/2426.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2426.png #> 67 http://a.espncdn.com/i/teamlogos/ncaa/500/152.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/152.png #> 68 http://a.espncdn.com/i/teamlogos/ncaa/500/158.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/158.png #> 69 http://a.espncdn.com/i/teamlogos/ncaa/500/2440.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2440.png #> 70 http://a.espncdn.com/i/teamlogos/ncaa/500/167.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/167.png #> 71 http://a.espncdn.com/i/teamlogos/ncaa/500/166.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/166.png #> 72 http://a.espncdn.com/i/teamlogos/ncaa/500/153.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/153.png #> 73 http://a.espncdn.com/i/teamlogos/ncaa/500/2459.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2459.png #> 74 http://a.espncdn.com/i/teamlogos/ncaa/500/249.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/249.png #> 75 http://a.espncdn.com/i/teamlogos/ncaa/500/77.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/77.png #> 76 http://a.espncdn.com/i/teamlogos/ncaa/500/87.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/87.png #> 77 http://a.espncdn.com/i/teamlogos/ncaa/500/195.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/195.png #> 78 http://a.espncdn.com/i/teamlogos/ncaa/500/194.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/194.png #> 79 http://a.espncdn.com/i/teamlogos/ncaa/500/201.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/201.png #> 80 http://a.espncdn.com/i/teamlogos/ncaa/500/197.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/197.png #> 81 http://a.espncdn.com/i/teamlogos/ncaa/500/295.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/295.png #> 82 http://a.espncdn.com/i/teamlogos/ncaa/500/145.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/145.png #> 83 http://a.espncdn.com/i/teamlogos/ncaa/500/2483.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2483.png #> 84 http://a.espncdn.com/i/teamlogos/ncaa/500/204.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/204.png #> 85 http://a.espncdn.com/i/teamlogos/ncaa/500/213.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/213.png #> 86 http://a.espncdn.com/i/teamlogos/ncaa/500/221.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/221.png #> 87 http://a.espncdn.com/i/teamlogos/ncaa/500/2509.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2509.png #> 88 http://a.espncdn.com/i/teamlogos/ncaa/500/242.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/242.png #> 89 http://a.espncdn.com/i/teamlogos/ncaa/500/164.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/164.png #> 90 http://a.espncdn.com/i/teamlogos/ncaa/500/21.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/21.png #> 91 http://a.espncdn.com/i/teamlogos/ncaa/500/23.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/23.png #> 92 http://a.espncdn.com/i/teamlogos/ncaa/500/2567.png, 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http://a.espncdn.com/i/teamlogos/ncaa/500/2633.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2633.png #> 102 http://a.espncdn.com/i/teamlogos/ncaa/500/251.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/251.png #> 103 http://a.espncdn.com/i/teamlogos/ncaa/500/245.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/245.png #> 104 http://a.espncdn.com/i/teamlogos/ncaa/500/326.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/326.png #> 105 http://a.espncdn.com/i/teamlogos/ncaa/500/2641.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2641.png #> 106 http://a.espncdn.com/i/teamlogos/ncaa/500/2649.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2649.png #> 107 http://a.espncdn.com/i/teamlogos/ncaa/500/2653.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2653.png #> 108 http://a.espncdn.com/i/teamlogos/ncaa/500/2655.png, http://a.espncdn.com/i/teamlogos/ncaa/500-dark/2655.png #> 109 http://a.espncdn.com/i/teamlogos/ncaa/500/202.png, 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Hello! Allow me to briefly introduce myself! My name is Fong Vang. I currently reside in Minneapolis. I enjoy eating food. What type of food you might ask? Well, I'm not much of a picky eater but I do love eating noodles with sriracha sauce for an added flavor, pizza, pho (a vietnamese noodle-base bowl) and steak to name a few. I enjoy playing games that are competitive whether that's on the PC or just any outdoor sports. As of now, I'm looking towards a new career within the programmer/developer field. Prior to picking up on coding, I worked at a steel mill right outside of St. Paul. Unfortunately, the mill went through a mass layoff due lack of demand but when one door closes, another one opens. Many of the more experienced workers there with decades of experience were laid off. To be forced to go out of your comfort zone and search for another job just before retirement is scary and somewhat of a setback. I digress but with that in mind, I have decided to continue my education and look where the future is. I want to keep improving on myself so I that won't have any regrets in the future thinking what I could have done differently. I look forward to completing the UofM coding bootcamp and honing my skills so that I may get back on track. Thank you for your time! Please feel free to contact me for anything! I look forward to speaking with you!