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Things You'll Need
- Certified copies of public records evidence in your case
Instructions
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Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Pellentesque tincidunt lorem sit amet enim congue, non molestie arcu aliquam. Vestibulum sagittis feugiat vulputate. Sed pharetra aliquam diam, eu euismod quam ullamcorper in. Sed a tempor tellus. Suspendisse in tellus hendrerit, aliquam ipsum nec, faucibus neque. Fusce a neque urna. Fusce faucibus massa eget laoreet posuere.

Featurette Title

Pellentesque ...

Note this doesn't really belong here - I was just trying to work out the best way of handling blockquotes inside Featurettes:
"Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Pellentesque tincidunt lorem sit amet enim congue, non molestie arcu aliquam. Vestibulum sagittis feugiat vulputate. Sed pharetra aliquam diam, eu euismod quam ullamcorper in. Sed a tempor tellus. Suspendisse in tellus hendrerit, aliquam ipsum nec, faucibus neque. Fusce a neque urna. Fusce faucibus massa eget laoreet posuere."— Person name
"As Director of the NPEU I'm extremely proud of quality and diversity of the work we produce. The team here is world-class and its output has a tangible, positive impact on real families throughout the world."— Jenny Kurinczuk

"Pellentesque ..."

— ...

Athena SWAN awards celebrate good practice in the recruitment, retention and promotion of women in higher education institutions, and their individual departments. The University of Oxford has a Bronze University award. In September 2013, the NPEU received a Silver Departmental Award.

Athena SWAN Silver Award

Athena SWAN awards celebrate good practice in the recruitment, retention and promotion of women in higher education institutions, and their individual departments. The University of Oxford has a Bronze University award. In September 2013, the NPEU received a Silver Departmental Award.

Read more about Athena SWAN<svg display="none" focusable="false" class="icon" aria-hidden="true"><use xlink:href="#icon-chevron-right"></use></svg>


--- layout: post tags: [Productivity, Unit Testing] date: 2009-03-16 20:13:29 UTC title: "Fixture Object" description: "You can explicitly model the concept of a Test Fixture as an object." --- {% include JB/setup %}
(A Zero-Friction TDD post)
For a simple API, setting up the Fixture may be as simple as creating a new instance of the SUT, and possibly any Expected or Anonymous Variables. On the other hand, for a complex API, setting up the fixture may require quite a bit of (potentially repetitive) code.
Since the DRY principle also applies to test code, it quickly becomes necessary to create test-specific helper methods and other SUT API Encapsulation, and I've found that instead of creating a more or less unplanned set of disconnected helper methods, it's much cleaner (and, not to mention, much more object-oriented) to create a single object that represents the Fixture, and attach the helper methods to this object.
Let's look at an example.
Here's a unit test with a complex Fixture Setup:
[TestMethod] public void NumberSumIsCorrect_Naïve() { // Fixture setup Thing thing1 = new Thing() { Number = 3, Text = "Anonymous text 1" }; Thing thing2 = new Thing() { Number = 6, Text = "Anonymous text 2" }; Thing thing3 = new Thing() { Number = 1, Text = "Anonymous text 3" }; int expectedSum = new[] { thing1, thing2, thing3 }. Select(t => t.Number).Sum(); IMyInterface fake = new FakeMyInterface(); fake.AddThing(thing1); fake.AddThing(thing2); fake.AddThing(thing3); MyClass sut = new MyClass(fake); // Exercise system int result = sut.CalculateSumOfThings(); // Verify outcome Assert.AreEqual<int>(expectedSum, result, "Sum of things"); // Teardown }
If this was a truly one-off test and you know with certainty that there's going to be no other tests just remotely similar to this one, just hard-coding the entire Fixture Setup inline is in order, but as soon as the need for similar tests arises, this approach leads to repetitive code, and hence unmaintainable tests.
The more repetitive code that can be delegated to helper methods the better. A common refactoring of the previous test might then look something like this:
[TestMethod] public void NumberSumIsCorrect_Helpers() { // Fixture setup Thing thing1 = MyClassTest.CreateAnonymousThing(); Thing thing2 = MyClassTest.CreateAnonymousThing(); Thing thing3 = MyClassTest.CreateAnonymousThing(); Thing[] things = new[] { thing1, thing2, thing3 }; int expectedSum = things.Select(t => t.Number).Sum(); IMyInterface fake = new FakeMyInterface(); MyClassTest.AddThingsToMyInterface(fake, things); MyClass sut = new MyClass(fake); // Exercise system int result = sut.CalculateSumOfThings(); // Verify outcome Assert.AreEqual<int>(expectedSum, result, "Sum of things"); // Teardown }
While this is better, the helper methods are static methods, so it's necessary to pass too much state around. The array of Things and the fake is both needed in the test itself, as well as in the AddThingsToMyInterface helper method.
By moving and refactoring the helper methods to a new class that represents the Fixture, the test code becomes both more reusable and more readable.
[TestMethod] public void NumberSumIsCorrect_FixtureObject() { // Fixture setup MyClassFixture fixture = new MyClassFixture(); fixture.AddAnonymousThings(); int expectedSum = fixture.Things.Select(t => t.Number).Sum(); MyClass sut = fixture.CreateSut(); // Exercise system int result = sut.CalculateSumOfThings(); // Verify outcome Assert.AreEqual<int>(expectedSum, result, "Sum of things"); // Teardown }
The MyClassFixture instance now holds the state of the Fixture, so there's much less need to pass around as much data as before. The set of Things is now contained within the Fixture object itself, and the fake has totally disappeared from the test; it's still present, but now encapsulated within MyClassFixture.
internal class MyClassFixture { public MyClassFixture() { this.Fake = new FakeMyInterface(); this.Things = new List<Thing>(); } internal FakeMyInterface Fake { get; private set; } internal IList<Thing> Things { get; private set; } internal void AddAnonymousThings() { int many = 3; for (int i = 0; i < many; i++) { Thing t = this.CreateAnonymousThing(); this.Things.Add(t); this.Fake.AddThing(t); } } internal MyClass CreateSut() { return new MyClass(this.Fake); } private Thing CreateAnonymousThing() { Thing t = new Thing(); t.Number = this.Things.Count + 1; t.Text = Guid.NewGuid().ToString(); return t; } }
The CreateAnonymousThing method uses Constrained Non-Determinism to create unique Thing instances. The AddAnonymousThings method uses 3 as an equivalence of many, and the CreateSut method acts as a SUT Factory.
This is both more reusable and more expressive than a collection of disjointed static helper methods.
Whenever I begin to feel that setting up a Test Fixture is becoming too cumbersome, Fixture Object is the first pattern I consider.


Web application starter kit to kick start your new project using the Express framework and TypeScript on server-side.


| DOSE: |
|
oral |
Alcohol |
(liquid) |
| |
250 mg |
smoked |
DMT |
(powder / crystals) |
My boyfriend and I had been drinking for a few hours one night. We had bought a gram of DMT from a friend earlier in the week and had hit it a few times, always sprinkling some on top of a small amount of weed and simply smoking it. I'd tripped on acid and mushrooms many times before, so was not apprehensive of trying DMT at all; however, out of the two or three times I had tried it, I hadn't felt more than an uncomfortable, weird feeling that lasted for 10-15 minutes with no real hallucinogenic effects.
This night, we only had one bowl, so my boyfriend tripped first. He put a little more than we had been putting in the bowl and had, as he put it, an amazing, incredible trip. He knew that I had had trouble feeling anything the past couple of tries, so he told me to just empty the rest of the bag when it was my turn. I took one long hit of the bowl, held it in for at least 15 seconds, and exhaled. Immediately I felt the DMT; I said 'Whoa,' and sat down on a bed in the room. I should add that the room was dark (some light was coming in from the adjacent room) and Pink Floyd's 'Echoes' was playing. By the bed on which I was sitting hung a Prussian flag that had a huge bird on it.
Immediately the bird came to life and grew to about three times its normal size, making it about three and a half feet tall and two feet wide. I started spinning into a crazed, dark tunnel, with this bird flapping its outspread wings at me and screeching all the while. I really cannot describe what this tunnel was like; I know I definitely “broke through” in the DMT terminological sense, but it was certainly not in a good way. The only way I’ve been able to describe it is that I felt like Alice in Wonderland when she is falling, but everyone I know and love (and those I simply know) were trying to kill me or otherwise hurt me as I fell. I did not see faces of these people, I just knew that everyone wanted to hurt me. Meanwhile, I was still experiencing the visuals that DMT trips are known for, but they were painful to look at and not pleasant at all.
As soon as I got some grip on reality again, I called for my boyfriend, who was in the adjacent room. He ran in, and I was crying and convulsing on the bed. I told him to hold me, which he did, and I truly believe that had he not been there I would not have been able to recover the way I did from my trip.
The whole thing lasted approximately ten minutes, maybe thirteen or so; I wasn’t really keeping track. I do know that my body was physically affected by the trip for a good two hours after it happened. I couldn’t stop crying, and images from the trip kept creeping back into my mind.
Nevertheless, I believe that I could have had and will at some point have a good DMT experience. I had had a pretty rough weekend when I tripped, and mixing the drug with alcohol probably wasn’t the greatest idea either. Next time I smoke DMT I will make sure that I am A)In a comfortable setting, probably where I can sit/lie down immediately and won't break anything; B)In a good mood/mindset C)Not drunk.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


entity_types [Entity_types_table_STRING.txt]
| an | etype | name |
|---|---|---|
| GO:0003674 | -23 | GO molecular function |
| GO:0005575 | -22 | GO cellular component |
| GO:0008150 | -21 | GO biological process |
| GO:OBSOLETE | -24 | GO obsolete |
| UPK:9990 | -51 | UniProt keyword Technical term |
| UPK:9991 | -51 | UniProt keyword PTM |
| UPK:9992 | -51 | UniProt keyword Molecular function |
| UPK:9993 | -51 | UniProt keyword Ligand |
| UPK:9994 | -51 | UniProt keyword Domain |
| UPK:9995 | -51 | UniProt keyword Disease |
| UPK:9996 | -51 | UniProt keyword Developmental stage |
| UPK:9997 | -51 | UniProt keyword Coding sequence diversity |
| UPK:9998 | -51 | UniProt keyword Cellular component |
| UPK:9999 | -51 | UniProt keyword Biological process |
| KEGG | -52 | KEGG |
| SMART | -53 | SMART |
| INTERPRO | -54 | Interpro |
| PFAM | -55 | Pfam |
| PMID | -56 | PMID |
| chemicals | -1 | chemicals |
| NCBI species taxonomy id (tagging species) | -2 | NCBI species taxonomy id (tagging species) |
| NCBI species taxonomy id (tagging proteins) | -3 | NCBI species taxonomy id (tagging proteins) |
| Wikipedia | -11 | Wikipedia |
| BTO tissues | -25 | BTO tissues |
| DOID diseases | -26 | DOID diseases |
| ENVO environments | -27 | ENVO environments |
| APO phenotypes | -28 | APO phenotypes |
| FYPO phenotypes | -29 | FYPO phenotypes |
| MPheno phenotypes | -30 | MPheno phenotypes |
| NBO behaviors | -31 | NBO behaviors |
| mammalian phenotypes | -36 | mammalian phenotypes |
functions [Functions_table_STRING.txt]
| etype | name | an | definition |
|---|---|---|---|
| -21 | mitochondrion inheritance | GO:0000001 | "The distribution of mitochondria, including the mitochondrial genome, into daughter cells after mitosis or meiosis, mediated by interactions between mitochondria and the cytoskeleton." [GOC:mcc, PMID:10873824, PMID:11389764] |
| -21 | mitochondrial genome maintenance | GO:0000002 | "The maintenance of the structure and integrity of the mitochondrial genome; includes replication and segregation of the mitochondrial chromosome." [GOC:ai, GOC:vw] |
| -52 | Metabolic pathways | KEGG:01100 | |
| -52 | Biosynthesis of secondary metabolites | KEGG:01110 | |
| -52 | Microbial metabolism in diverse environments | KEGG:01120 | |
| -51 | 2Fe-2S | UPK:0001 | "Protein which contains at least one 2Fe-2S iron-sulfur cluster: 2 iron atoms complexed to 2 inorganic sulfides and 4 sulfur atoms of cysteines from the protein." [] |
| -51 | 3D-structure | UPK:0002 | "Protein, or part of a protein, whose three-dimensional structure has been resolved experimentally (for example by X-ray crystallography or NMR spectroscopy) and whose coordinates are available in the PDB database. Can also be used for theoretical models." [] |
| -51 | 4Fe-4S | UPK:0004 | "Protein which contains at least one 4Fe-4S iron-sulfur cluster: 4 iron atoms complexed to 4 inorganic sulfides and 4 sulfur atoms of cysteines from the protein. In a number of iron-sulfur proteins, the 4Fe-4S cluster can be reversibly converted by oxidation and loss of one iron ion to a 3Fe-4S cluster." [] |
| -51 | Abscisic acid biosynthesis | UPK:0937 | "Protein involved in the synthesis of abscisic acid (ABA) (5-(1-hydroxy-2,6,6,trimethyl-4-oxocyclohex-2-en-1-y1)-3-methylpenta-2,4-dienoic acid). ABA is a plant hormone which play a role in many aspects of plant growth, development and cellular signaling (e.g. seed dormancy, seed maturation, vegetative growth and responses to various environmental stimuli such as stomatal closure during drought). This phytohormone can be synthesized from farnesyl diphosphate (direct C15 pathway) or from 9-cis-violaxanthine (indirect C40 pathway)." [] |
| -52 | Metabolic pathways | KEGG:01100 | |
| -52 | Biosynthesis of secondary metabolites | KEGG:01110 | |
| -53 | 14_3_3 | SM00101 | 14-3-3 homologues; 14-3-3 homologues mediates signal transduction... |
| -53 | 35EXOc | SM00474 | 3'-5' exonuclease; 3' -5' exonuclease proofreading domain presen... |
| -54 | Kringle | IPR000001 | |
| -54 | Retinoid X receptor/HNF4 | IPR000003 | |
| -55 | 7tm_1 | PF00001 | 7 transmembrane receptor (rhodopsin family) |
| -55 | 7tm_2 | PF00002 | 7 transmembrane receptor (Secretin family) |
protein_2_function [Protein_2_Function_table_STRING.txt]
ToDo PMID missing
AccessionNumber(Text); function_array(Text Array); EntityType(Integer)
| an | func_array | etype |
|---|---|---|
| 9606.ENSP00000000233 | {"Arf","Gtr1_RagA","MMR_HSR1","Ras","Roc","SRPRB"} | -53 |
| 9606.ENSP00000000233 | {"GO:0000166","GO:0001882","GO:0001883","GO:0003674","GO:0003824","GO:0003924","GO:0005488","GO:0005525","GO:0016462","GO:0016787","GO:0016817","GO:0016818","GO:0017076","GO:0017111","GO:0019001","GO:0032549","GO:0032550","GO:0032553","GO:0032555","GO:0032561","GO:0035639","GO:0036094","GO:0043167","GO:0043168","GO:0097159","GO:0097367","GO:1901265","GO:1901363"} | -23 |
| 9606.ENSP00000000233 | {"GO:0005575","GO:0005576","GO:0005622","GO:0005623","GO:0005737","GO:0005794","GO:0005886","GO:0012505","GO:0016020","GO:0031982","GO:0031988","GO:0043226","GO:0043227","GO:0043229","GO:0043230","GO:0043231","GO:0044421","GO:0044424","GO:0044444","GO:0044464","GO:0048471","GO:0065010","GO:0070062","GO:0071944","GO:1903561"} | -22 |
| 9606.ENSP00000000233 | {"GO:0006810","GO:0007154","GO:0007165","GO:0007264","GO:0008104","GO:0008150","GO:0008150","GO:0008152","GO:0009987","GO:0015031","GO:0015833","GO:0016192","GO:0023052","GO:0033036","GO:0035556","GO:0042886","GO:0044700","GO:0044763","GO:0045184","GO:0050789","GO:0050794","GO:0050896","GO:0051179","GO:0051234","GO:0051716","GO:0065007","GO:0071702","GO:0071705"} | -21 |
| 9606.ENSP00000000233 | {"UPK:0002","UPK:0181","UPK:0333","UPK:0342","UPK:0449","UPK:0472","UPK:0519","UPK:0547","UPK:0653","UPK:0813","UPK:0931","UPK:0963","UPK:1185","UPK:9990","UPK:9991","UPK:9993","UPK:9998","UPK:9999"} | -51 |
| 9606.ENSP00000000233 | {"KEGG:04144"} | -52 |
| 9606.ENSP00000005587 | {"SM00233","SM00326"} | -53 |
| 9606.ENSP00000000233 | {"IPR005225","IPR006689","IPR024156","IPR027417"} | -54 |
| 9606.ENSP00000000412 | {"PF09451","PF02157"} -55 |
taxid_2_protein [TaxID_2_Protein_table_STRING.txt]
TaxID (Integer); AccessionNumber_Array (Text Array); Count (Integer)
| taxid | an_array | count |
|---|---|---|
| 9606 | {"9606.ENSP00000000233","9606.ENSP00000000412","9606.ENSP00000001008","9606.ENSP00000001146", ...} | 19566 |
| 1000565 | {"1000565.METUNv1_00006","1000565.METUNv1_00011","1000565.METUNv1_00018","1000565.METUNv1_00019", ...} | 12345 |
go_2_slim [GO_2_Slim_table_STRING.txt]
an(Text); slim(Boolean)
| an | slim |
|---|---|
| GO:0000003 | 1 |
ontologies [Ontologies_table_STRING.txt]
child(Text); parent(Text); direct(Boolean); etype(Integer)
| child | parent | direct | etype |
|---|---|---|---|
| GO:0008152 | GO:0008150 | 1 | -21 |
| GO:0032259 | GO:0008152 | 1 | -21 |
| GO:0032259 | GO:0008150 | 0 | -21 |
| GO:0097042 | GO:0005575 | 0 | -22 |
| GO:0072591 | GO:0003674 | 0 | -23 |
| UPK:0440 | UPK:9993 | 0 | -51 |
| UPK:0440 | UPK:9994 | 1 | -51 |
function_2_ENSP [Function_2_ENSP_table_STRING.txt]
taxid(Integer); etype(Integer); association(Text); count(Integer); an_array(Text Array)
taxid_index, taxid_etype_index, cluster_taxid_etype
background_count: number of ENSPs per given association
use taxid_2_protein for counts instead of background_n: number of ENSPs with any kind of association, should be used since number of ENSPs in proteome could be larger than those that have association info in general
| taxid | etype | association | background_count | background_n | an_array | |:---:|:---:|:---:|:---:|:---:| | 9606 | -21 | 'GO:0006810' | 3 | 3919 | {'9606.ENSP00000000233', '9606.ENSP00000000412', ... } | | 9606 | -21 | 'GO:0006897' | 2 | 3919 | {'9606.ENSP00000000412', ...} | | 9606 | -21 | 'GO:0006898' | 1 | 3919 | {'9606.ENSP00000000412'} |


This is a sample application. It takes in two numbers and calls a REST api to obtain the result.
Usage :
Please enter the numbers
Enter First Number :
Enter Second Number :
Enter Third Number :
{{Result}}