Confirm Example:
Show dialog
Alert Example :
Show dialog
Note:
The dialog element is only supported in Chrome 37+, Safari 6+ and Opera 24+.


For the fig-swirl: Melt butter over medium heat in a saucepan. Add brown suger and stir to dissolve. Halve all of the figs and toss in a saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice cream: I a small pot over medium heat, combine milk, and granulated sugar until sugar is completely dissolved and the milk is just barely lukeward. Whisk in the egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an icream machine, pour liquids into frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass tupperware. Freeze for at least two hours before serving.


Writes the contents of a field or array of fields to a dVision VGF format file.
module WriteVGFCore< src_file="wr_vgf.cxx", cxx_hdr_files="fld/Xfld.h", out_src_file="gen.cxx", out_hdr_file="gen.h", build_dir="xp_comm_proj/wr_vgf"> { cxxmethod+req upd( filename+read+notify+req, in+read, top_name+read, nobjs+read, .err+write, .err_str+write); string filename ; Mesh+Node_Data &in []; string top_name = "default_avs_field"; int nobjs ; int err = 0; string err_str = ""; };
This module parses the arrays of meshes in and then creates an ASCII VGF output file containing the Cell_Sets of 2D elements such as triangles, quads, lines, polylines and polytristrips. The module takes cell mesh topology from the input field structure, and writes them out to a file in ASCII VGF file format.
This format is part of the dVision dVise virtual reality system, which can store 3D geometric objects in the scene in this format. It is able to pass normals through if they exist on the input mesh, colors, and scalar numerical values at nodes using UV texture coordinates.
The cell-set hierarchy is preserved in the file format. As the module takes an array of meshes as its input it able to output an array of objects. This is used by the user macro writeVGF_ARR to output a GroupObject containing a number of Graphic Display objects.
&in[]
Reference to an array of Fields which are to be written to the VGF file. Each Field should consist of a Mesh containing Cell_Sets, and Node Data.
filename
The name of the file that should be written to. The parameter is of type string. The filename should specify the full path name of the file.
top_name
The name of the object being written to the file. The parameter is of type string. The VGF file format stores the names of the objects in the file. This parameter allows these names to be specified. The supplied user macros use the standard AVS object names.
nobjs
The number of objects to be written to the file. The parameter is of type int. The user macro writeVGF_ARR uses the GroupObject parameters to set this parameter.
err
This flag is used to indicate whether an error has occured. The parameter is of type int. If this parameter is set to 1 then an error has occured within the module and the user should be informed. This can be done by using the parameter to control the visibilty of an err_str label.
err_str
The description of the current error condition. The parameter is of type string. This parameter is used to store a user readable description of the current error. If no error has occured the parameter has a value of "".
The low-level WriteVGFCore module is used in the User Macros writeVGF, writeVGF_GD and writeVGF_Arr.
xp_comm_proj/wr_vgf/wvgfmods.v contains the WriteVGFCore module V definition.
The low-level WriteVGFMods library containing the module WriteVGFCore does not specify a process. By default the express process will be used.
Ian Curington Advanced Visual Systems, Ltd. Hanworth Lane, Chertsey Surrey, UK KT16 9JX
<EMAIL_ADDRESS>writeVGF, writeVGF_GD, writeVGF_ARR, WriteVGF_UI, WriteVGFEg, WriteVGF_ARR_Eg, Write STL


A filtered cache is the result of applying a predicate (boolean function) on every entry in a cache. Only those entries for which the predicate evaluates to true are retained in the filtered cache. The filtered cache is backed by the original cache, so changes to the original cache are reflected in the filtered cache, and vice-versa.
Consider, for example, the following cache definition:
Cache<String, Integer> cache = new SynchronizedCache<String, Integer><(); cache.put("A", 1).put("B", 2).put("C", 3).put("D", 4); System.out.println(cache); //Prints {A=1, B=2, C=3, D=4}
To create a filtered cache we use the cache.filter()
method on the Cache interface. In this case
we will create a filtered cache containing only those cache entries where the integer value is odd:
Cache<String, Integer> oddNumbers = cache.filter().onValue(new Predicate<Integer>() { public boolean op(Integer value) { return value % 2 == 1; } });
The filtered cache we have created works as a normal cache instance with a few modifications that is listed in the FAQ later on this page.
System.out.println(oddNumbers.size()); //Prints 2 System.out.println(oddNumbers); // Prints {A=1, C=3} oddNumbers.clear(); //Removes all entries with odd values. System.out.println(oddNumbers); //Prints {} System.out.println(cache); //Prints {B=2, D=4}, (only entries in oddNumbers was removed)
A Cache Selector is the
interface used for creating the actual filtered cache and it is obtained by calling cache.filter().
It consists of a number of methods all taking some kind of predicate that.
For example,
Its easy to create a filtered cache that like in the above
There are number of different properties that can evaluated some additional
ways for creating a filtered cache then just evaluating a property on the value part of a CacheEntry
When calling a is returned.
List methods except primitive attributes
Filtering is often used together with Cache Views as a way of querying a cache. For example, to create a list of all those keys having an odd value. You first create a filtered cache selecting the elements, after which you create a view of the keys in that filtered cache:
Cachefiltered = cache.filter().onValue(new Predicate<Integer>() { public boolean op(Integer value) { return value % 2 == 1; } }); View keys = filtered.keys(); List keyList = keys.toList();
A couple of things:
Yes there are some restrictions, they may be lifted in future version, but for the time being there enforced by the cache. Add, Put, compute cannot insert into empty there are some strange situations. "A"->1, "B"->2, "C"->3, "D"->4 if you call get("B") you would get null, so its fair . but since its backed Create, read, update, delete Even though it is still going to be added to the cache Cache Loading
As many as you want! Creating a filtered cache is a very fast operation with almost no memory overhead. Basically a filtered view is just a single predicate holding the definition of the view and a reference to the original cache. So you easily have thousands of views available at the same time. And since views are immutable, you can share them among different threads.
It depends. While most filtered operations are just as fast as operation on a normal cache, others are somewhat slower.
Consider, for example, the cache.size() operation which normally is a constant time operation. Internally a cache might keep a long sized field, which records the current size of the cache and whenever a user invokes the size() operation on the cache, it can just return the value of the size field. However, since a filtered cache does not store anything physically except the predicate used for creating it. Every entry in the original cache must be evaluated each time the size() operation is called. To see if the entry belongs in the filtered cache and therefore must be included in the total size of the filtered cache.
Unless you invoke size() very frequently you will likely not experience any slowdown. If you have a small cache the cost of invocation the size() operation is fairly small, because there are only a limited number of entries that must be evaluated each time. If you have a large cache and are using a multi-core processor the cache can use multiple threads to evaluate the size of the cache. For example, if you have a quad core processor, the cache can split the entries up into four separate parts and let each core calculate the size for one of the four part. The cache can then return the sum of the individual results from each core.
While series of filters are allowed, it is usually more efficient to combine them into single filters when possible. For example, cache.filter().onValue(isBlue).filter().onValue(isRound) is generally less efficient than cache.filter.onValue(isBlueAndRound). Even though they are semantically equivalent.


{{ block title }}Results{{ endblock }} {{ block content }}
{{ if player.is_winner }} You won the auction! {{ if is_greedy }} However, your bid amount was higher than the actual value of the item. Your payoff is therefore zero. {{ elif player.payoff == 0 }} Your payoff, however, is zero. {{ endif }} {{ else }} You did not win the auction. {{ endif }}
| Your bid | Winning bid | Actual value | Your payoff |
|---|---|---|---|
| {{ player.bid_amount }} | {{ group.highest_bid }} | {{ group.item_value }} | {{ player.payoff }} |


IN THE HIGH COURT FOR THE STATES OF PUNJAB AND HARYANA AT CHANDIGARH CWP No.19379 of 2011 Date of decision : 17.10.2011 Dipinpreet Singh and others... .... Petitioners Versus State of Punjab and others ...Respondents CORAM : HON'BLE MR.JUSTICE SATISH KUMAR MITTAL HON'BLE MR.JUSTICE PARAMJEET SINGH Present: Mr.Sumeet Mahajan, Senior Advocate with Mr.Sham Lal Bhalla, Advocate for the petitioners. Paramjeet Singh, J.
The petitioner No.3 M/s Ansal Properties & Infrastructure Ltd and two others have filed the instant writ petition under Article 226/227 of the Constitution of India for issuance of a writ of mandamus for shifting Mahindra & Mahindra Ltd., Swaraj Division (earlier known as Swaraj Combine Factory), Sector 92, Alpha, Mohali, (hereinafter to be referred as 'the Industry') and for its sealing till it is shifted and for providing infrastructure like Storm Water Drainage System and Sewerage System and execute a Master Plan for Storm Water Drainage system along 200 feet wide Road dividing Sectors 114 and 115 , Mohali.
Before we examine the contentions of the petitioners, we think it appropriate to say about the environment and notice some of the important decisions, indicating the approach of Courts in India concerning environment and development.
CWP No.19379 of 2011 2
Industrial Revolution of latter 18th and early 19th century, 20th and 21st century scientific and technological revolutions dramatically increased humanity's need for natural resources and its pressure on environment. This impact has been negative. First half of 20th century raised fundamental question about the future environment. Could we support rapidly growing population? First the question was debated in scientific circles, but soon caught the attention of the public. This concern gained momentum in 1960s and culminated in convening of the United Nations conference on Human environment in Stockholm in 1972.{A Commitment to The Future Sustainable Development and Environment Protection" by Mostafa K. Tabu published by United Nations Environment Programme}. The concept of Sustainable development is not new. It came to be known as early as in 1972 in the Stockholm declaration that:
"Man has the fundamental right to freedom, equality and adequate conditions of life, in an environment of a quality that permits a life of dignity and well being and he bears a solemn responsibility to protect and improve the environment for present and future generation."
Thereafter in 1987 United Nations released Burndtland Report which defines Sustainable development as "development which meets the needs of the present without compromising the ability of future generations to meet their own needs."
"Brundtland Report" which had been further discussed under agenda 21 of UN Conference on Environment and Development held in June 1992 at Rio de Janeiro, Brazil. Basic principles of sustainable development described in Brundtland Report are:
CWP No.19379 of 2011 3
a) Inter-Generational Equity: b) The Precautionary Principle
c) Polluter Pays Principle:
We would like to say few words about environment too. The courts in India are very much concerned about the environment. No one can turn blind eye to environment. Ecological equilibrium is must. Balanced preserving of the environment and promoting development is a necessity. They are fundamentally interrelated. The environment cannot be an entity without human activity. The economy of a nation grows with industrialization. The economic factors do not block the attainment of desirable and sustainable future, rather they favour it. The advantages are multiplied by industrialization as it promotes both better resource management and more sustainable development.
The Supreme Court and the High Courts have played an important role in preserving environment and had applied the doctrine of sustainable development. Parliament has enacted various laws to deal with the problems of environmental degradation.
The Calcutta High Court in the case People United for Better Living in Calcutta Public and another vs. State of West Bengal and ors. AIR 1993 CALCUTTA 215, had the occasion to deal with a similar problem in relation to the wetland and the learned Single Judge (U.C.Banerjee, J, as he then was) came to the conclusion:
"There is no manner of doubt that this issue of environmental degradation cannot but be termed to be a social problem and considering the growing awareness and considering the impact of this problem on the society in regard thereto, in my view, Law Courts should also rise upto the occasion to deal with the situation as it demands in the CWP No.19379 of 2011 4 present day context: Law Courts have a social duty since it is a part of the society and as such, must always function having due regard to the present day problems which the society faces. It is now a well-settled principle of law that socio-economic condition of the country cannot be ignored by a Court of law. It is now a well-settled principle of law that while dealing with the matter, the social problems shall have to be dealt with in the way and in the manner it calls for, since benefit to the society ought to be the prime consideration of the Law Courts and ecological imbalance being a social problem ought to be decided by a court of law so that the society may thrive and prosper without any affection".
The learned Judge had indicated in the said judgment that there should be a proper balance between the protection of environment and the development process : The society shall have to prosper, but not at the cost of the environment and in the similar vein, the environment shall have to be protected but not at the cost of the development of the society there shall have to be both development and proper environment and as such, a balance has to be found out and administrative actions ought to proceed in accordance therewith and not dehors the same.
In the case Indian Council for Enviro- Legal Action vs. Union of India and Ors. 1996(5) SCC 281, Supreme Court had the occasion to deal with the question of protection of 6000 kms long coast line of India and the Court emphasised that it would be the duty and responsibility of the coastal states and Union Territories in which the stretches exist, to see that the notifications issued under the provisions CWP No.19379 of 2011 5 of Environment (Protection) Rules as well as the notifications issued, declaring the coastal stretches should be properly and duly implemented and the various restrictions on the setting up and expansion of industries, operation or process etc. in the Regulation Zone should be strictly enforced. The Court had indicated that with a view to protect the ecological balance in the coastal areas, notifications having been issued by the Central Government, there ought not to be any violation and the prohibited activities should not be allowed to come up within the area declared as CRZ notification. The Court also emphasised that no activities which would ultimately lead to unscientific and unsustainable development and ecological destruction should at all be allowed and the Courts must scrupulously try to protect the ecology and environment and should shoulder greater responsibility of which the Court can have closer awareness and easy monitoring.
Supreme Court had applied the doctrine of Sustainable Development in Vellore Citizens' Welfare Forum v. Union of India, 1996(5) SCC 647. In this case, a dispute arose over some tanneries in the State of Tamil Nadu. These tanneries were discharging effluents in the river Palar, which is the main source of drinking water in the State. The Hon'ble Supreme Court held that:
"We have no hesitation in holding that the 'precautionary principle' and 'polluter pays principle' are part of the environmental law of India."
The Supreme Court has in many cases tried to keep the balance between ecology and development. In Rural Litigation and Entitlement Kendra Dehradun v. State of Uttar Pradesh, A1R 1988 SC 2187 known as Doon Valleycase, a dispute arose over mining in the CWP No.19379 of 2011 6 hilly areas. The Supreme Court after investigation ordered the stopping of mining work and held:
"This would undoubtedly cause hardship to them, but it is a price that has to be paid for protecting and safeguarding the right of the people to live in healthy environment with minimal disturbance of ecological balance and without avoidable hazard to them and to their cattle, homes and agricultural land and undue affection of air, water and environment."
In M.C. Mehta v. Union of India, 1992 (3) SCC 256, the Supreme Court issued directions towards the closing of mechanical stone crushing activities in and around Delhi, which was declared by World Health Organisation as the third most polluted city in the world. Keeping in view the importance of stone crushing and issued directions for allotment of sites in the new 'crushing zone' set up at village Pali in the State of Haryana. Thus it is quite obvious that the Courts give equal importance to both ecology and development while dealing with the cases of environmental degradation.
The catena of judgments suggests to maintain balance between development, ecology and environment. The Hon'ble Supreme Court considered similar aspect in Goa Foundation, Goa Vs Diksha Holdings Pvt. Ltd. & Ors. AIR 2001 SC 184and Research Foundation for Science Technology National Research Policy Versus Union Of India 2005(10) SCC 510 and other cases.
Keeping in view the observations made in the aforesaid cases, we, now, examine the case in hand and issues involved to find out:
CWP No.19379 of 2011 7
i) Whether there exists any authentic data or material before us for coming to a conclusion that the Industry in question would upset the environment and ecological balance of the area?
ii) Whether the Industry in question is running in violation of the Provision of Water (Prevention & Control of Pollution) Act, 1974?
We have heard the learned Senior Counsel Shri Sumeet Mahajan, for the petitioners.
The main thrust of arguments of the learned counsel for the petitioners is that water pollution is being caused by the industry. So it requires shifting and sealing. A company called M/s Ansal Township and Project Ltd. merged into Petitioner No 3. That company entered into an agreement dated 3.7.2006 (Annexure P-2) with the respondents No.1 to 4. It is one of the terms and conditions of the agreement that State Government shall not allow polluting industries in the periphery of the project area (upto 500 meters from project boundary). The official respondents are not complying with terms of agreement. As per terms of the agreement the industry should be shifted. The said term and condition and agreement dated 3.7.2006 reads as under:
"Clause 5 (iii) (J)- The State Govt. shall not allow Polluting Industries in the periphery (upto 500 mtrs from project boundary) of the project area."
The contention of the petitioners is not sustainable on the face of it. It is no where mentioned in the agreement that already existing industries are to be relocated/ shifted. The Industry is in existence much prior to agreement dated 3.7.2006. The counsel for the petitioners admits existence of the factory since early 70's or around that CWP No.19379 of 2011 8 period. Petitioners were fully aware about the existence of the Industry. They should have refrained from accepting the proposal for the project. Now petitioners cannot say that they are investing huge amount, but polluting industry is in existence within 500 meters from the project boundary contrary to the terms of agreement. They entered into an agreement with their eyes open and was fully aware of the existence of the industry. Now he cannot say that the industry should be shifted.
The Learned counsel for the petitioners further contended that although said Industry is in existence since 1972 much prior to the agreement of petitioner No 3 but it is a polluting unit. Initially it was known as Swaraj Combine Factory. Thereafter, it was taken over by M/s Mahindra & Mahindra Ltd, as a Swaraj Division. Now it is known as Mahindra & Mahindra Ltd. Swaraj Division, Phase IV, Industrial Area, SAS, Nagar, Mohali. Mahindra &Mahindra, is one of the world's largest tractor manufacturer and Swaraj Division is its manufacturing unit situated in Mohali. The Industry manufactures about 100 tractors daily, 300 combines per year and 300 forklifts per year and also manufactures various spare parts of tractors, combines and forklifts. The Industry is spread over an area of about 32 acres. Its manufacturing processes involve surface treatment, heat treatment and paint, resultantly causes immense water and air pollution. He made reference to the photographs (Annexure P-7) annexed with the writ petition. So, counsel for the petitioners argued that industry is required to be shifted and sealed.
The Learned counsel for petitioners failed to substantiate the contention raised by him. There is no authentic material and cogent evidence available on the record from which it could be concluded that CWP No.19379 of 2011 9 the industry is causing air and water pollution resultant degradation of the environment in the surroundings of the project. There is no data on record such as Local Environment Audit Report, the Environment Assessment Report or any other material to prove the pollution caused by the industry in question. We do not think that merely on the basis of photographs or large production by the industry per day, a direction deserves to be issued for relocation/ shifting and stopping the activities of the industry. The concern and fears of the petitioners regarding mother Earth are welcome. For each major concern there are many anxieties. This case is based on pessimistic assumptions. The pessimistic assumptions extrapolated into future leads to divergent predictions. Possibilities for exceed the actualities. So contention of the petitioners that industry is causing in pollution is unfounded and hence rejected.
We can take judicial notice that State of Punjab is predominately agricultural and farm equipments are in dire need. They are being produced in the Industry. Farm machination helps in effective utilization of inputs to increase the productivity and labour. The ancillary and support industries also grow with the industry. Country witnessed unprecedented growth in agriculture, which helped India to graduate from hunger to self sufficiency in food grains. It is popularly known as "Green Revolution". The Industry is running since early 70's and is in continuous production. It is providing equipments for the agricultural needs of the State of Punjab and the Country. The agricultural production with new technology provided by this Industry is also helping in the agricultural progress of the State of Punjab and had saved to major extent paddy and wheat straw burning so is preventing CWP No.19379 of 2011 10 degradation of environment. Many types of ultra safe devices and appliances are being produced by the industry. The industry is providing opportunities of employment and imparting practical training to the new entrants in the field of Mechanical Engineering and to the students of management.
We cannot appreciate the contentions of Sh. Mahajan counsel for petitioners for shifting/ relocation and sealing of the industry for reasons that it would result in loss of employment to significant proportion of the workers, skilled as well unskilled, employed in the industry. That may leads to widespread violent street protests.
We can say that development and environment issue is a classic conflict between competing priorities - clean air and water to protect public health versus job for workers. Relocating industry will result in relocating workers and supporting sectors like grocery shops and tea stalls. The relocation results into unorganized employment. If the workers are not relocated with industry, they will disperse in search of alternative earning opportunities for survival of their families. The petitioners are completely silent about the effect of relocation and effect of depriving anyone of job, is an inordinate burden and stress on workers and their families. The loss of employment would create many more problems like loss of dignity, increased tension in households and wife beating, loss of education of children, health, borrowings and debt, cutting down on food , child labour and women taking up casual and part time work etc. Learned counsel for the petitioner contended that the industry is violating the terms of consent granted to the industry under the Water Act. If the industry is violating the terms of the 'consent', the CWP No.19379 of 2011 11 petitioners could bring these facts to the notice of competent authorities under the anti pollution laws; the authority can withdraw 'consent'. The petitioners may file appeal under Section 48 of the Water Act. The petitioners have not availed the alternative remedy of appeal as permissible under the provisions of Water Act, 1974 and Air Act, 1987. It is common knowledge that such petitions are being filed often with oblique ulterior motives. We are of the considered opinion that there is absolutely no merit in this contention. Petitioners No.1 and 2 appear to be tools in the hands of petitioner No.3 . The 'Court of Justice' should not be polluted by such unscrupulous litigants by restoring to extra ordinary jurisdiction.
Even if it is presumed that industry is violating the terms of consent. There is statutory weaponry to finish the foe of pollution. The legislature had provided sufficient safe guards under the Environment Protection Act, 1986, Water (Prevention & Control of Pollution) Act, 1974 and Air Pollution Act, 1987. Those authorities empowered under the Environmental Laws can be approached for redressal of such grievances. These authorities have sufficient powers to check industrial effluents. Such authorities can even restrain and stay the operation of industry on evaluation of the impact of pollution caused by the industry on the environment. This can be assessed by the Committee of Experts. There is no authentic data available with the writ petition in this regard whether respondent No.5 is causing pollution beyond its limits or is working within limits of 'consent' granted to the said industry. The principle of sustainable development and environment protection is the order of the day. Without industrialization, the country cannot progress. However, it is also the duty of the industry that they should work within CWP No.19379 of 2011 12 the norms set for pollution and adhere to the terms of consent granted to them. In a country like India, meeting the basic need of the population is also one of the issues. Needs of the poorest strata of the mankind and their security are also to be kept in view. If industries are not allowed to run, it will create unemployment which will ultimately result into starving not only the individuals but also the families which are dependent upon them. In fact, this industry is source of employment to the residents of the area and others. Industrialization itself ensures a good environment as all the equipments are required to protect the environment and make it pollution free are also produced in the industry. Nobody can dispute the need of protecting the environment. After all, people are entitled to pure air and water. The maintenance and conservation of ecological is also one of the basic needs. We cannot over-look that protection of the environment is subservient to industrialization. Industrialization not only creates wealth and opportunities to large part of the population but is also necessary for preserving environment.
Unless we are industrialized, we will never get respect in the community of Nations. We will not be able to promote the welfare of our people as we will not be able to generate wealth, employment opportunities, as is stated in Article 38 of the Constitution of India . Articles 39, 41 and 43 of the Constitution of India being Directive Principles provide for right to adequate means of livelihood, right to work, to education and guarantees living wages for workers. Without industrialization, our people shall not be able to get work, education, employment benefits and other public assistances as are enshrined in the Constitution of India. All this require huge resources and funds which CWP No.19379 of 2011 13 can be generated by industries. The massive unemployment can also be eradicated by industrialization.
So far as the contention regarding providing of Storm Water System and Sewerage System is concerned, petitioners had not even impleaded the Public Health Department and the Punjab Water Supply and Sewerage Board as respondents. They can represent in this regard to the authorities. Representations (Annexures P-10 and P-11) attached with the writ petition are of the year 2008, and it appears that petitioner No.3 and others are not keen to pursue said representations for the reasons best known to them. We can infer that petitioners are not serious about the Sewerage System and Storm Water and Drainage System. In view of the above, we are of the opinion that the present writ petition is devoid of merit.
Dismissed in limine.
No order as to costs.
( PARAMJEET SINGH ) JUDGE ( SATISH KUMAR MITTAL ) JUDGE 17.10.2011 sd


Data Pipeline
By iCareer Climber Team on 6 July 2018
[1] Data Collection
Using Python Selenium and Beautiful Soup libraries to build web scraping tools, our team collected from the web over 600k unique resumes and 1.1 million salary records representing over 5500 cities across 30 years.
[2] Data Transformation
Data ingestion pipelines were created to standardize the data inputs from the various sources.
Jobs Title
Job titles vary widely from resume to resume, so we created a heuristic to process each job title into a standard format. To group different levels of the same job, we created a list of “experience qualifiers” for each job and removed those words from the job title. Experience qualifiers were manually determined and include words like Lead, Senior, Junior, I, and Level 2.
Transformation: Senior Software Engineer II
→ ['software engineer',['senior','2']]
Job Description
Job descriptions were preprocessed and used to create various classification models. Preprocessing included lemmatization, stop-word removal, special character removal, contraction altering, and tokenization.
Transformation: .• Balance daily workflow of prospecting, responding to leads, scheduling and conducting appointments and maintain phone-based client relationships .• Conduct dynamic sales presentations for potential customers .• Use product knowledge and sales skills to recommend suggested products or services to fulfill customers' needs.
→ [' balance daily workflow prospecting responding lead scheduling conducting appointment maintain phonebased client relationship conduct dynamic sale presentation potential customer use product knowledge sale skill recommend suggest product service fulfill customer need ']
Education Title
We created a rules-based logic to separate degree type from degree subject and processed all education information.
Transformation: B.S. in Business Administration and Management
→ [['business administration and management'],['bachelors']]
Salary
Salary information was cleaned and standardized.
Transformation: 50000/YR
→ 50000
Location
Locations were parsed into city and state.
Transformation: AKRON, OH
→ [['akron'],['Ohio']]
[3] Next Steps
Collect more data.
Identify new methods to group job titles.
Identify new methods to parse degree from subject.
Categorize degrees as STEM or non-STEM.


IP TRACE
Trace any IP!
Put the ip to trace and click the search button.
Search
Trace result
SHOW METRICS


What channel is Red Star Belgrade vs Tottenham on? TV and live stream information
Spurs head to Serbia after thrashing Red Star a fortnight ago to keep their Champions League hopes alive
by Sam FletcherIt’s been a mixed start for Tottenham in the UEFA Champions League this season but they remain on course to qualify for the knockout stages at the halfway point of the Group Stage.
A draw against Olympiakos and a battering by Bayern saw Spurs slumping towards an early Champions League exit before a resurgence against Red Star Belgrade now sees them firmly back in the mix.
Yet they were in a worse situation last season, only picking up a point from their opening three fixtures and they still ended up competing in June's final against Liverpool .
Pochettino has come under a lot of pressure with his side currently sitting in the bottom half of the Premier League, out of the Carabao Cup and making a routine Champions League group look difficult. His side desperately need a win.
Here’s all you need to know ahead of the game…
When is the game?
The game is on Wednesday 6th November.
Kick-off is set for 8pm.
Where is the game being played?
The game is being played at Red Star Belgrade’s Rajko Mitic Stadium in Serbia.
Formerly known as Red Star Stadium the ground has a capacity of 55,538.
What TV channel is the game on?
The game will be shown live on BT Sport 2 for people wanting to watch in the UK.
Coverage starts at 7pm.
Can you live stream the game?
For UK viewers you can live stream the game on the BT Sport website or via the BT Sport app.
Alternatively, you can follow all of the action on the Mirror Football live blog.
Team news
It remains to be seen whether Son Heung-min will be included in the starting XI following his despairing reaction to Andre Gomes' horror injury on Sunday.
The South Korean was visibly upset after being sent off for his involvement in the incident which marred the draw with Everton .
He has travelled to Belgrade with Spurs, and boss Pochettino has since claimed his forward is "in a very good way".
Red Star meanwhile have no fresh injury concerns since the meeting between the sides two weeks ago.
Betting odds
Tottenham 7/10
Draw 3/1
Red Star Belgrade 15/4
Odds courtesy of thepools.com


T
- the concrete type of this Encryptor object.public interface ValueEncryptorInterface<T extends ValueEncryptorInterface<T>> extends EncryptorInterface<T>
| Modifier and Type | Method and Description |
|---|---|
String |
decrypt(String text)
Returns the decoded and decrypted text for the given text representation.
|
String |
decrypt(String text,
Key key)
Returns the decoded and decrypted text for the given text representation, using the given
Key . |
byte[] |
decryptAndDecode(String text)
Returns the decoded and decrypted bytes for the given text representation.
|
byte[] |
decryptAndDecode(String text,
Key key)
Returns the decoded and decrypted bytes for the given text representation, using the given
Key . |
Boolean |
decryptBoolean(String text)
Returns the decoded and decrypted boolean for the given text representation.
|
Boolean |
decryptBoolean(String text,
Key key)
Returns the decoded and decrypted boolean for the given text representation, using the given
Key . |
Character |
decryptCharacter(String text)
Returns the decoded and decrypted character for the given text representation.
|
Character |
decryptCharacter(String text,
Key key)
Returns the decoded and decrypted character for the given text representation, using the given
Key . |
Double |
decryptDouble(String text)
Returns the decoded and decrypted double for the given text representation.
|
Double |
decryptDouble(String text,
Key key)
Returns the decoded and decrypted double for the given text representation, using the given
Key . |
Float |
decryptFloat(String text)
Returns the decoded and decrypted float for the given text representation.
|
Float |
decryptFloat(String text,
Key key)
Returns the decoded and decrypted float for the given text representation, using the given
Key . |
Integer |
decryptInteger(String text)
Returns the decoded and decrypted integer for the given text representation.
|
Integer |
decryptInteger(String text,
Key key)
Returns the decoded and decrypted integer for the given text representation, using the given
Key . |
Long |
decryptLong(String text)
Returns the decoded and decrypted long for the given text representation.
|
Long |
decryptLong(String text,
Key key)
Returns the decoded and decrypted long for the given text representation, using the given
Key . |
Object |
decryptObject(String text)
Returns the decoded and decrypted object for the given text representation.
|
Object |
decryptObject(String text,
Key key)
Returns the decoded and decrypted object for the given text representation, using the given
Key . |
Short |
decryptShort(String text)
Returns the decoded and decrypted short for the given text representation.
|
Short |
decryptShort(String text,
Key key)
Returns the decoded and decrypted short for the given text representation, using the given
Key . |
String |
encrypt(String text)
Returns an encrypted and encoded text representation of the given text.
|
String |
encrypt(String text,
Key key)
Returns an encrypted and encoded text representation of the given text, using the given
Key . |
String |
encryptAndEncode(byte[] bytes)
Returns an encrypted and encoded text representation of the given bytes.
|
String |
encryptAndEncode(byte[] bytes,
Key key)
Returns an encrypted and encoded text representation of the given bytes, using the given
Key . |
String |
encryptBoolean(Boolean value)
Returns an encrypted and encoded text representation of the given boolean.
|
String |
encryptBoolean(Boolean value,
Key key)
Returns an encrypted and encoded text representation of the given boolean, using the given
Key . |
String |
encryptCharacter(Character number)
Returns an encrypted and encoded text representation of the given character.
|
String |
encryptCharacter(Character number,
Key key)
Returns an encrypted and encoded text representation of the given character, using the given
Key . |
String |
encryptDouble(Double number)
Returns an encrypted and encoded text representation of the given double.
|
String |
encryptDouble(Double number,
Key key)
Returns an encrypted and encoded text representation of the given double, using the given
Key . |
String |
encryptFloat(Float number)
Returns an encrypted and encoded text representation of the given float.
|
String |
encryptFloat(Float number,
Key key)
Returns an encrypted and encoded text representation of the given float, using the given
Key . |
String |
encryptInteger(Integer number)
Returns an encrypted and encoded text representation of the given integer.
|
String |
encryptInteger(Integer number,
Key key)
Returns an encrypted and encoded text representation of the given integer, using the given
Key . |
String |
encryptLong(Long number)
Returns an encrypted and encoded text representation of the given long.
|
String |
encryptLong(Long number,
Key key)
Returns an encrypted and encoded text representation of the given long, using the given
Key . |
String |
encryptObject(Object object)
Returns an encrypted and encoded text representation of the given object.
|
String |
encryptObject(Object object,
Key key)
Returns an encrypted and encoded text representation of the given object, using the given
Key . |
String |
encryptShort(Short number)
Returns an encrypted and encoded text representation of the given short.
|
String |
encryptShort(Short number,
Key key)
Returns an encrypted and encoded text representation of the given short, using the given
Key . |
decrypt, decrypt, encrypt, encrypt, getAlgorithmParameters, getCharset, initialize, isInitialized, setAlgorithmParameters
String encrypt(String text) throws GeneralSecurityException
text
- the text to be encryptedGeneralSecurityException
- GeneralSecurityExceptionString decrypt(String text) throws GeneralSecurityException
encrypt
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptAndEncode(byte[] bytes) throws GeneralSecurityException
bytes
- the bytes to be encryptedGeneralSecurityException
- GeneralSecurityExceptionbyte[] decryptAndDecode(String text) throws GeneralSecurityException
encryptAndEncode
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptBoolean(Boolean value) throws GeneralSecurityException
value
- the short to be encryptedGeneralSecurityException
- GeneralSecurityExceptionBoolean decryptBoolean(String text) throws GeneralSecurityException
encryptBoolean
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptCharacter(Character number) throws GeneralSecurityException
number
- the character to be encryptedGeneralSecurityException
- GeneralSecurityExceptionCharacter decryptCharacter(String text) throws GeneralSecurityException
encryptCharacter
method.text
- the character to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptDouble(Double number) throws GeneralSecurityException
number
- the double to be encryptedGeneralSecurityException
- GeneralSecurityExceptionDouble decryptDouble(String text) throws GeneralSecurityException
encryptDouble
method.text
- the double to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptFloat(Float number) throws GeneralSecurityException
number
- the float to be encryptedGeneralSecurityException
- GeneralSecurityExceptionFloat decryptFloat(String text) throws GeneralSecurityException
encryptFloat
method.text
- the float to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptInteger(Integer number) throws GeneralSecurityException
number
- the integer to be encryptedGeneralSecurityException
- GeneralSecurityExceptionInteger decryptInteger(String text) throws GeneralSecurityException
encryptInteger
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptLong(Long number) throws GeneralSecurityException
number
- the long to be encryptedGeneralSecurityException
- GeneralSecurityExceptionLong decryptLong(String text) throws GeneralSecurityException
encryptLong
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encryptObject(Object object) throws GeneralSecurityException, IOException
Serializable
.object
- the object to be encryptedGeneralSecurityException
- GeneralSecurityExceptionIOException
- IOExceptionObject decryptObject(String text) throws GeneralSecurityException, IOException, ClassNotFoundException
encryptObject
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionIOException
- IOExceptionClassNotFoundException
- ClassNotFoundExceptionString encryptShort(Short number) throws GeneralSecurityException
number
- the short to be encryptedGeneralSecurityException
- GeneralSecurityExceptionShort decryptShort(String text) throws GeneralSecurityException
encryptShort
method.text
- the text to be decryptedGeneralSecurityException
- GeneralSecurityExceptionString encrypt(String text, Key key) throws GeneralSecurityException
Key
.text
- the text to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionString decrypt(String text, Key key) throws GeneralSecurityException
Key
. This
method will only work with data encrypted using the encrypt
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptAndEncode(byte[] bytes, Key key) throws GeneralSecurityException
Key
.bytes
- the bytes to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionbyte[] decryptAndDecode(String text, Key key) throws GeneralSecurityException
Key
. This
method will only work with data encrypted using the encryptAndEncode
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptBoolean(Boolean value, Key key) throws GeneralSecurityException
Key
. This
is generally the most efficient means of encrypting a boolean, as the bit representation is used for encryption
rather than the string representation.value
- the short to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionBoolean decryptBoolean(String text, Key key) throws GeneralSecurityException
Key
.
This method will only work with data encrypted using the encryptBoolean
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptCharacter(Character number, Key key) throws GeneralSecurityException
Key
.number
- the character to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionCharacter decryptCharacter(String text, Key key) throws GeneralSecurityException
Key
.
This method will only work with data encrypted using the encryptCharacter
method.text
- the character to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptDouble(Double number, Key key) throws GeneralSecurityException
Key
. This
is generally the most efficient means of encrypting a double, as the byte representation is used for encryption
rather than the string representation.number
- the double to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionDouble decryptDouble(String text, Key key) throws GeneralSecurityException
Key
.
This method will only work with data encrypted using the encryptDouble
method.text
- the double to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptFloat(Float number, Key key) throws GeneralSecurityException
Key
. This
is generally the most efficient means of encrypting a float, as the byte representation is used for encryption
rather than the string representation.number
- the float to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionFloat decryptFloat(String text, Key key) throws GeneralSecurityException
Key
. This
method will only work with data encrypted using the encryptFloat
method.text
- the float to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptInteger(Integer number, Key key) throws GeneralSecurityException
Key
. This
is generally the most efficient means of encrypting an integer, as the byte representation is used for encryption
rather than the string representation.number
- the integer to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionInteger decryptInteger(String text, Key key) throws GeneralSecurityException
Key
.
This method will only work with data encrypted using the encryptInteger
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptLong(Long number, Key key) throws GeneralSecurityException
Key
. This is
generally the most efficient means of encrypting a long, as the byte representation is used for encryption rather
than the string representation.number
- the long to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionLong decryptLong(String text, Key key) throws GeneralSecurityException
Key
. This
method will only work with data encrypted using the encryptLong
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionString encryptObject(Object object, Key key) throws GeneralSecurityException, IOException
Key
. The
object should implement Serializable
.object
- the object to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionIOException
- IOExceptionObject decryptObject(String text, Key key) throws GeneralSecurityException, IOException, ClassNotFoundException
Key
.
This method will only work with data encrypted using the encryptObject
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityExceptionIOException
- IOExceptionClassNotFoundException
- ClassNotFoundExceptionString encryptShort(Short number, Key key) throws GeneralSecurityException
Key
. This
is generally the most efficient means of encrypting a short, as the byte representation is used for encryption
rather than the string representation.number
- the short to be encryptedkey
- the encryption keyGeneralSecurityException
- GeneralSecurityExceptionShort decryptShort(String text, Key key) throws GeneralSecurityException
Key
. This
method will only work with data encrypted using the encryptShort
method.text
- the text to be decryptedkey
- the decryption keyGeneralSecurityException
- GeneralSecurityException


About this Openshift Origin LiveCD
The image contains 5 sets of components:
- Broker: Central service exposing a REST API for consumers and coordinating with the application containers (known as nodes).
- Messaging System: A pluggable communication pipeline component for facilitating communication between broker and each node.
- User Authentication: A pluggable user authentication component with a default MongoDB implementation.
- Domain Name Management: A pluggable user authentication component that provides DNS management.
- Cartridges: Management wrappers around software runtimes that will be enabled in both this runtime and the service offering.
Get Started with the OpenShift Origin
1. Create a domain name
Using your OpenShift Origin login and password, call rhc domain create to create a unique domain name for your applications.
Note: A login with the username 'admin' and password 'admin' has been created for you. Additional logins can be created using the oo-create-user command: su -c "oo-create-user -u<username> -p<password>"
$ rhc domain create -n mydomain -l admin Password: admin
2. Create your first application
Now you can create an application.
$ rhc app create -a myapp -t php-5.3 Password: admin
This will create a remote git repository for your application, and clone it locally in your current directory.
3. Make a change, publish
Now that you have created a template application, here's how to update it with your content. Here's an example for the php framework.
$ cd myapp $ vim php/index.php (Make a change... :wq) $ git commit -a -m "My first change" $ git push
Use whichever IDE or editor works best for you. Chances are, it'll have git support.
Now, check your URL - your change will be live.
4. Next steps
Check out the following pages for videos, blogs, and tutorials:
Ready to scale in the cloud?
Sign up now
>


Efficiently compute histogram of oriented gradient (HOG) features. Heavily optimized code to compute HOG features described in "Histograms of Oriented Gradients for Human Detection" by Dalal & Triggs, CVPR05. This function is made largely obsolete by fhog, see fhog.m for details. If I has dimensions [hxw], the size of the computed feature vector H is floor([h/binSize w/binSize nOrients*4]). For each binSize x binSize region, computes a histogram of gradients, with each gradient quantized by its angle and weighed by its magnitude. For color images, the gradient is computed separately for each color channel and the one with maximum magnitude is used. The centered gradient is used except at boundaries (where uncentered gradient is used). Trilinear interpolation is used to place each gradient in the appropriate spatial and orientation bin. For each resulting histogram (with nOrients bins), four different normalizations are computed using adjacent histograms, resulting in a nOrients*4 length feature vector for each region. To compute the normalizations, first for each block of adjacent 2x2 histograms we compute their L2 norm (over all 4*nOrient bins). Each histogram (except at boundaries) thus has 4 different normalization values associated with it. Each histogram bin is then normalized by each of the 4 different L2 norms, resulting in a 4 times expansion of the number of bins. Finally, any bin whose value is bigger than "clip" is set to "clip". The computed features are NOT identical to those described in the CVPR05 paper. Specifically, there is no Gaussian spatial window, and other minor details differ. The choices were made for speed of the resulting code: ~.008s for a 640x480x3 color image on a standard machine from 2011. This function is essentially a wrapper for calls to gradientMag() and gradientHist(). Specifically, it is equivalent to the following: [M,O] = gradientMag( I ); softBin = 1; useHog = 1; H = gradientHist(M,O,binSize,nOrients,softBin,useHog,clip); See gradientHist() for more general usage. This code requires SSE2 to compile and run (most modern Intel and AMD processors support SSE2). Please see: http://en.wikipedia.org/wiki/SSE2. USAGE H = hog( I, [binSize], [nOrients], [clip], [crop] ) INPUTS I - [hxw] color or grayscale input image (must have type single) binSize - [8] spatial bin size nOrients - [9] number of orientation bins clip - [.2] value at which to clip histogram bins crop - [0] if true crop boundaries OUTPUTS H - [h/binSize w/binSize nOrients*4] computed hog features EXAMPLE I=imResample(single(imread('peppers.png')),[480 640])/255; tic, for i=1:125, H=hog(I,8,9); end; toc % ~1s for 125 iterations figure(1); im(I); V=hogDraw(H,25); figure(2); im(V) See also hogDraw, gradientHist Piotr's Computer Vision Matlab Toolbox Version 3.23 Copyright 2014 Piotr Dollar. [pdollar-at-gmail.com] Licensed under the Simplified BSD License [see external/bsd.txt]


What enviroment do you feel is best for you?
Which of these language seems the most appealing?
What type of food do you like better?


Shopping District
Our shopping district is the place to go to find all you will need for a visit to Paradise. You can purchase anything from household utilities to clothing!
Timmy and Tommy run the general store, Nook's Cranny. Not only can you find great deals here, this store will also purchase items from you! Talk to Timmy or Tommy to check their turnip buying prices. Their buying price changes every day. Get your turnips ready!
Able Sisters, a clothing store, is run by sisters Able and Mable. These two work hard sewing every piece of clothing they have in stock. They cycle through their collection each day, so check in daily! Partaking in Paradise fashion may help you fit in with the locals better.
These two stores are open every day. Nook's Cranny is open from 8 AM to 10 PM, while Able Sisters is open from 9 AM to 9 PM.
We hope you are able to find any item you need.
Museum
The Paradise museum is a showcase of our island's abundant nature and world culture. These are many different sections that each have their own theme.
Our collection of bugs is vast and varied. We have bugs that take refuge in the trees, ones that swim, even some that burrow underground. The pride of our bug section is the butterfly room.
We have a section for fossils, of which we have many. As you walk further into section, you will learn about how all of these different ancient creatures evolved.
Paradise hosts a large number of different species of fish. From fresh water to salt water, we have taken measures to preserve these species in our museum. We even have deep sea fish, which are very difficult to see in a natural setting.
The last, and newest, section of the museum is our section for works of art. We do not know of how these paintings were acquired. What we do know is that all of the paintings in our museum have been verified to be 100% genuine.
As our museum collection is not complete, it would always be welcome to help out the preservation of nature and culture by donating your findings. Inquire with Blathers if you believe you may have something worth displaying.


Region is a useful library for managing byte buffers as headers, tracking the regions of a byte buffer that are dirty.


You are given a hash table of 5 buckets, each of size 2. Using the alternate bucket hash method described above, put key value iKey into the hash table.
The alternate bucket hash first hashes to a home slot in the normal way (the number of slots serves as the hash table size).
If there is a collision, then linear probing is used to locate another slot within that bucket.
If the bucket is full, then put the record into the overflow.


{: .-three-column}
:Tab /|
{: .-setup}
| Fruit | Color |
| ----- | ----- |
| Apple | Red |
| Banana | Yellow |
| Kiwi | Green |
:Tab /=
{: .-setup}
title = "Hello"
src = "image.jpg"
width = 640
:Tab /:\zs/l0l1
{: .-setup}
title: "Hello world"
description: "This is a description"
src: "image.jpg"
height: 320
width: 640
{: .-three-column}
:Tab /:
{: .-setup}
:Tab /:/r0
{: .-setup}
:Tab /:\zs
{: .-setup}
title: My picture
src: img.jpg
The \zs
atom will exclude the :
from the search match.
:Tab /:/r1c1l0
{: .-setup}
r1
- Right align with 1 spacec1
- Center align the comma with 1 spacel0
- Left align with 0 spaces:Tab /^[^,]*\zs,/r0
{: .-setup}
| Specifier | Description |
|---|---|
r1c1l0 |
multiple specifiers, one per column (the separator counts as a column) |
| — | — |
lN |
Left-align (with N spaces padding) |
rN |
Right-align (with N spaces padding) |
cN |
Center-align (with N spaces padding) |


power_settings_new
Crawling Data
Fail to process, recheck your API
News Analysis
Mining sentiments from trending news
Search Keyword
API key for premium
Search
accessibility
Person
business_center
Organization
location_on
GPE


|
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See:
Description
| Interface Summary | |
|---|---|
| AttachCallback | Instances of user defined native classes implementing this interface are notified when attached to native memory. |
| AttachCopyCallback | Instances of user defined native classes implementing this interface are notified when attaching a non-native (detached) copy. |
| AttachCopyLifecycleListener | This interface is implemented by listeners to be notified of attach copy events. |
| AttachLifecycleListener | This interface is implemented by listeners to be notified of attach events. |
| DetachCallback | Instances of user defined native classes implementing this interface are notified when detached from native memory. |
| DetachCopyCallback | Instances of user defined native classes implementing this interface are notified when creating a detached (non-native) clone. |
| DetachCopyLifecycleListener | This interface is implemented by listeners to be notified of detach copy events. |
| DetachLifecycleListener | This interface is implemented by listeners to be notified of detach events. |
| FetchCallback | Instances of user defined native classes implementing this interface are notified when fetched from native memory. |
| FetchLifecycleListener | Instances of user defined native classes implementing this interface are notified when fetching from native memory. |
| InstanceLifecycleListener | All lifecycle listeners extend from this base interface. |
| MakeNativeCallback | Instances of user defined native classes implementing this interface are notified when made native "unfetching" to native memory. |
| MakeNativeLifecycleListener | This interface is implemented by listeners to be notified of make native events. |
| UnFetchCallback | Instances of user defined native classes implementing this interface are notified when "unfetched" to native memory. |
| UnFetchLifecycleListener | Instances of user defined native classes implementing this interface are notified when "unfetching" to native memory. |
| Class Summary | |
|---|---|
| AttachCopyLifecycleEvent | This is the event class used in attach copy life cycle event notifications. |
| AttachLifecycleEvent | This is the event class used in attach life cycle event notifications. |
| DetachCopyLifecycleEvent | This is the event class used in detach copy life cycle event notifications. |
| DetachLifecycleEvent | This is the event class used in detach life cycle event notifications. |
| FetchLifecycleEvent | This is the event class used in fetch life cycle event notifications. |
| InstanceLifecycleEvent | This is the event class used in life cycle event notifications. |
| MakeNativeLifecycleEvent | This is the event class used in make native life cycle event notifications. |
| UnFetchLifecycleEvent | This is the event class used in "unfetch" life cycle event notifications. |
Provides interfaces and classes used to register callbacks and event listeners of life cycle of native instances.
|
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Defines | |
| #define | GRIB_KEYS_ITERATOR_ALL_KEYS 0 |
| #define | GRIB_KEYS_ITERATOR_SKIP_READ_ONLY (1<<0) |
| #define | GRIB_KEYS_ITERATOR_SKIP_OPTIONAL (1<<1) |
| #define | GRIB_KEYS_ITERATOR_SKIP_EDITION_SPECIFIC (1<<2) |
| #define | GRIB_KEYS_ITERATOR_SKIP_CODED (1<<3) |
| #define | GRIB_KEYS_ITERATOR_SKIP_COMPUTED (1<<4) |
| #define | GRIB_KEYS_ITERATOR_SKIP_DUPLICATES (1<<5) |
| #define | GRIB_KEYS_ITERATOR_SKIP_FUNCTION (1<<6) |
| #define | GRIB_SUCCESS 0 |
| No error. | |
| #define | GRIB_END_OF_FILE -1 |
| End of ressource reached. | |
| #define | GRIB_INTERNAL_ERROR -2 |
| Internal error. | |
| #define | GRIB_BUFFER_TOO_SMALL -3 |
| Passed buffer is too small. | |
| #define | GRIB_NOT_IMPLEMENTED -4 |
| Function not yet implemented. | |
| #define | GRIB_7777_NOT_FOUND -5 |
| Missing 7777 at end of message. | |
| #define | GRIB_ARRAY_TOO_SMALL -6 |
| Passed array is too small. | |
| #define | GRIB_FILE_NOT_FOUND -7 |
| File not found. | |
| #define | GRIB_CODE_NOT_FOUND_IN_TABLE -8 |
| Code not found in code table. | |
| #define | GRIB_STRING_TOO_SMALL_FOR_CODE_NAME -9 |
| Code cannot unpack because of string too small. | |
| #define | GRIB_WRONG_ARRAY_SIZE -10 |
| Array size mismatch. | |
| #define | GRIB_NOT_FOUND -11 |
| Key/value not found. | |
| #define | GRIB_IO_PROBLEM -12 |
| Input output problem. | |
| #define | GRIB_INVALID_MESSAGE -13 |
| Message invalid. | |
| #define | GRIB_DECODING_ERROR -14 |
| Decoding invalid. | |
| #define | GRIB_ENCODING_ERROR -15 |
| Encoding invalid. | |
| #define | GRIB_NO_MORE_IN_SET -16 |
| Code cannot unpack because of string too small. | |
| #define | GRIB_GEOCALCULUS_PROBLEM -17 |
| Problem with calculation of geographic attributes. | |
| #define | GRIB_OUT_OF_MEMORY -18 |
| Out of memory. | |
| #define | GRIB_READ_ONLY -19 |
| Value is read only. | |
| #define | GRIB_INVALID_ARGUMENT -20 |
| Invalid argument. | |
| #define | GRIB_NULL_HANDLE -21 |
| Null handle. | |
| #define | GRIB_INVALID_SECTION_NUMBER -22 |
| Invalid section number. | |
| #define | GRIB_VALUE_CANNOT_BE_MISSING -23 |
| Value cannot be missing. | |
| #define | GRIB_WRONG_LENGTH -24 |
| Wrong message length. | |
| #define | GRIB_INVALID_TYPE -25 |
| Invalid key type. | |
| #define | GRIB_WRONG_STEP -26 |
| Unable to set step. | |
| #define | GRIB_WRONG_STEP_UNIT -27 |
| Wrong units for step (step must be integer). | |
| #define | GRIB_INVALID_FILE -28 |
| Invalid file id. | |
| #define | GRIB_INVALID_GRIB -29 |
| Invalid grib id. | |
| #define | GRIB_INVALID_INDEX -30 |
| Invalid index id. | |
| #define | GRIB_INVALID_ITERATOR -31 |
| Invalid iterator id. | |
| #define | GRIB_INVALID_KEYS_ITERATOR -32 |
| Invalid keys iterator id. | |
| #define | GRIB_INVALID_NEAREST -33 |
| Invalid nearest id. | |
| #define | GRIB_INVALID_ORDERBY -34 |
| Invalid order by. | |
| #define | GRIB_MISSING_KEY -35 |
| Missing a key from the fieldset. | |
| #define | GRIB_OUT_OF_AREA -36 |
| The point is out of the grid area. | |
| #define | GRIB_CONCEPT_NO_MATCH -37 |
| Concept no match. | |
| #define | GRIB_NO_DEFINITIONS -38 |
| Definitions files not found. | |
| #define | GRIB_WRONG_TYPE -39 |
| Wrong type while packing. | |
| #define | GRIB_END -40 |
| End of resource. | |
| #define | GRIB_NO_VALUES -41 |
| Unable to code a field without values. | |
| #define | GRIB_WRONG_GRID -42 |
| Grid description is wrong or inconsistent. | |
| #define | GRIB_END_OF_INDEX -43 |
| End of index reached. | |
| #define | GRIB_NULL_INDEX -44 |
| Null index. | |
| #define | GRIB_PREMATURE_END_OF_FILE -45 |
| End of ressource reached when reading message. | |
| #define | GRIB_INTERNAL_ARRAY_TOO_SMALL -46 |
| An internal array is too small. | |
| #define | GRIB_MESSAGE_TOO_LARGE -47 |
| Message is too large for the current architecture. | |
| #define | GRIB_CONSTANT_FIELD -48 |
| Constant field. | |
| #define | GRIB_SWITCH_NO_MATCH -49 |
| Switch unable to find a matching case. | |
Typedefs | |
| typedef struct grib_handle | grib_handle |
| typedef struct grib_multi_handle | grib_multi_handle |
| typedef struct grib_context | grib_context |
| typedef struct grib_iterator | grib_iterator |
| typedef struct grib_nearest | grib_nearest |
| typedef struct grib_keys_iterator | grib_keys_iterator |
| typedef struct grib_index | grib_index |
| typedef void(* | grib_free_proc )(const grib_context *c, void *data) |
| Grib free procedure, format of a procedure referenced in the context that is used to free memory. | |
| typedef void *(* | grib_malloc_proc )(const grib_context *c, size_t length) |
| Grib malloc procedure, format of a procedure referenced in the context that is used to allocate memory. | |
| typedef void *(* | grib_realloc_proc )(const grib_context *c, void *data, size_t length) |
| Grib realloc procedure, format of a procedure referenced in the context that is used to reallocate memory. | |
| typedef void(* | grib_log_proc )(const grib_context *c, int level, const char *mesg) |
| Grib loc proc, format of a procedure referenced in the context that is used to log internal messages. | |
| typedef void(* | grib_print_proc )(const grib_context *c, void *descriptor, const char *mesg) |
| Grib print proc, format of a procedure referenced in the context that is used to print external messages. | |
| typedef size_t(* | grib_data_read_proc )(const grib_context *c, void *ptr, size_t size, void *stream) |
| Grib data read proc, format of a procedure referenced in the context that is used to read from a stream in a resource. | |
| typedef size_t(* | grib_data_write_proc )(const grib_context *c, const void *ptr, size_t size, void *stream) |
| Grib data read write, format of a procedure referenced in the context that is used to write to a stream from a resource. | |
| typedef off_t(* | grib_data_tell_proc )(const grib_context *c, void *stream) |
| Grib data tell, format of a procedure referenced in the context that is used to tell the current position in a stream. | |
| typedef off_t(* | grib_data_seek_proc )(const grib_context *c, off_t offset, int whence, void *stream) |
| Grib data seek, format of a procedure referenced in the context that is used to seek the current position in a stream. | |
| typedef int(* | grib_data_eof_proc )(const grib_context *c, void *stream) |
| Grib data eof, format of a procedure referenced in the context that is used to test end of file. | |
Functions | |
| grib_index * | grib_index_new_from_file (grib_context *c, char *filename, const char *keys, int *err) |
| Create a new index form a file. | |
| int | grib_index_get_size (grib_index *index, const char *key, size_t *size) |
| Get the number of distinct values of the key in argument contained in the index. | |
| int | grib_index_get_long (grib_index *index, const char *key, long *values, size_t *size) |
| Get the distinct values of the key in argument contained in the index. | |
| int | grib_index_get_double (grib_index *index, const char *key, double *values, size_t *size) |
| Get the distinct values of the key in argument contained in the index. | |
| int | grib_index_get_string (grib_index *index, const char *key, char **values, size_t *size) |
| Get the distinct values of the key in argument contained in the index. | |
| int | grib_index_select_long (grib_index *index, const char *key, long value) |
| Select the message subset with key==value. | |
| int | grib_index_select_double (grib_index *index, const char *key, double value) |
| Select the message subset with key==value. | |
| int | grib_index_select_string (grib_index *index, const char *key, char *value) |
| Select the message subset with key==value. | |
| grib_handle * | grib_handle_new_from_index (grib_index *index, int *err) |
| Create a new handle from an index after having selected the key values. | |
| void | grib_index_delete (grib_index *index) |
| Delete the index. | |
| int | grib_count_in_file (grib_context *c, FILE *f, int *n) |
| Counts the messages contained in a file resource. | |
| grib_handle * | grib_handle_new_from_file (grib_context *c, FILE *f, int *error) |
| Create a handle from a file resource. | |
| grib_handle * | grib_handle_new_from_message (grib_context *c, void *data, size_t data_len) |
| Create a handle from a user message in memory. | |
| grib_handle * | grib_handle_new_from_multi_message (grib_context *c, void **data, size_t *data_len, int *error) |
| Create a handle from a user message in memory. | |
| grib_handle * | grib_handle_new_from_message_copy (grib_context *c, const void *data, size_t data_len) |
| Create a handle from a user message. | |
| grib_handle * | grib_handle_new_from_template (grib_context *c, const char *res_name) |
| Create a handle from a read_only template resource. | |
| grib_handle * | grib_handle_new_from_samples (grib_context *c, const char *res_name) |
| Create a handle from a message contained in a samples directory. | |
| grib_handle * | grib_handle_clone (grib_handle *h) |
| Clone an existing handle using the context of the original handle, The message is copied and reparsed. | |
| int | grib_handle_delete (grib_handle *h) |
| Frees a handle, also frees the message if it is not a user message. | |
| grib_multi_handle * | grib_multi_handle_new (grib_context *c) |
| Create an empty multi field handle. | |
| int | grib_multi_handle_append (grib_handle *h, int start_section, grib_multi_handle *mh) |
| Append the sections starting with start_section of the message pointed by h at the end of the multi field handle mh. | |
| int | grib_multi_handle_delete (grib_multi_handle *mh) |
| Delete multi field handle. | |
| int | grib_multi_handle_write (grib_multi_handle *mh, FILE *f) |
| Write a multi field handle in a file. | |
| int | grib_get_message (grib_handle *h, const void **message, size_t *message_length) |
| getting the message attached to a handle | |
| int | grib_get_message_copy (grib_handle *h, void *message, size_t *message_length) |
| getting a copy of the message attached to a handle | |
| grib_iterator * | grib_iterator_new (grib_handle *h, unsigned long flags, int *error) |
| Create a new iterator from a handle, using current geometry and values. | |
| int | grib_iterator_next (grib_iterator *i, double *lat, double *lon, double *value) |
| Get the next value from an iterator. | |
| int | grib_iterator_previous (grib_iterator *i, double *lat, double *lon, double *value) |
| Get the previous value from an iterator. | |
| int | grib_iterator_has_next (grib_iterator *i) |
| Test procedure for values in an iterator. | |
| int | grib_iterator_reset (grib_iterator *i) |
| Test procedure for values in an iterator. | |
| int | grib_iterator_delete (grib_iterator *i) |
| Frees an iterator from memory. | |
| grib_nearest * | grib_nearest_new (grib_handle *h, int *error) |
| Create a new nearest from a handle, using current geometry . | |
| int | grib_nearest_find (grib_nearest *nearest, grib_handle *h, double inlat, double inlon, unsigned long flags, double *outlats, double *outlons, double *values, double *distances, int *indexes, size_t *len) |
| Find the 4 nearest points of a latitude longitude point. | |
| int | grib_nearest_delete (grib_nearest *nearest) |
| Frees an nearest from memory. | |
| int | grib_nearest_find_multiple (grib_handle *h, int is_lsm, double *inlats, double *inlons, long npoints, double *outlats, double *outlons, double *values, double *distances, int *indexes) |
| Find the nearest point of a set of points whose latitudes and longitudes are given in the inlats, inlons arrays respectively. | |
| int | grib_get_offset (grib_handle *h, const char *key, size_t *offset) |
| Get the number offset of a key, in a message if several keys of the same name are present, the offset of the last one is returned. | |
| int | grib_get_size (grib_handle *h, const char *key, size_t *size) |
| Get the number of coded value from a key, if several keys of the same name are present, the total sum is returned. | |
| int | grib_get_long (grib_handle *h, const char *key, long *value) |
| Get a long value from a key, if several keys of the same name are present, the last one is returned. | |
| int | grib_get_double (grib_handle *h, const char *key, double *value) |
| Get a double value from a key, if several keys of the same name are present, the last one is returned. | |
| int | grib_get_double_element (grib_handle *h, const char *key, int i, double *value) |
| Get as double the i-th element of the "key" array. | |
| int | grib_get_double_elements (grib_handle *h, const char *key, int *i, long size, double *value) |
| Get as double array the elements of the "key" array whose indexes are listed in the input array i. | |
| int | grib_get_string (grib_handle *h, const char *key, char *mesg, size_t *length) |
| Get a string value from a key, if several keys of the same name are present, the last one is returned. | |
| int | grib_get_bytes (grib_handle *h, const char *key, unsigned char *bytes, size_t *length) |
| Get raw bytes values from a key. | |
| int | grib_get_double_array (grib_handle *h, const char *key, double *vals, size_t *length) |
| Get double array values from a key. | |
| int | grib_get_long_array (grib_handle *h, const char *key, long *vals, size_t *length) |
| Get long array values from a key. | |
| int | grib_copy_namespace (grib_handle *dest, const char *name, grib_handle *src) |
| Copy the keys belonging to a given namespace from a source handle to a destination handle. | |
| int | grib_set_long (grib_handle *h, const char *key, long val) |
| Set a long value from a key. | |
| int | grib_set_double (grib_handle *h, const char *key, double val) |
| Set a double value from a key. | |
| int | grib_set_string (grib_handle *h, const char *key, const char *mesg, size_t *length) |
| Set a string value from a key. | |
| int | grib_set_bytes (grib_handle *h, const char *key, const unsigned char *bytes, size_t *length) |
| Set a bytes array from a key. | |
| int | grib_set_double_array (grib_handle *h, const char *key, const double *vals, size_t length) |
| Set a double array from a key. | |
| int | grib_set_long_array (grib_handle *h, const char *key, const long *vals, size_t length) |
| Set a long array from a key. | |
| void | grib_dump_content (grib_handle *h, FILE *out, const char *mode, unsigned long option_flags, void *arg) |
| Print all keys, with the context print procedure and dump mode to a resource. | |
| void | grib_get_all_names (grib_handle *h, char *names) |
| Gather all names available in a handle to a string, using a space as separator. | |
| void | grib_dump_action_tree (grib_context *c, FILE *f) |
| Print all keys from the parsed definition files available in a context. | |
| grib_context * | grib_get_context (grib_handle *h) |
| Retreive the context from a handle. | |
| grib_context * | grib_context_get_default (void) |
| Get the static default context. | |
| grib_context * | grib_context_new (grib_context *c) |
| Create and allocate a new context from a parent context. | |
| void | grib_context_delete (grib_context *c) |
| Frees the cached definition files of the context. | |
| void | grib_gts_header_on (grib_context *c) |
| Set the gts header mode on. | |
| void | grib_gts_header_off (grib_context *c) |
| Set the gts header mode off. | |
| void | grib_gribex_mode_on (grib_context *c) |
| Set the gribex mode on. | |
| void | grib_gribex_mode_off (grib_context *c) |
| Set the gribex mode off. | |
| void | grib_context_set_user_data (grib_context *c, void *udata) |
| Sets user data in a context. | |
| void * | grib_context_get_user_data (grib_context *c) |
| get userData from a context | |
| void | grib_context_set_memory_proc (grib_context *c, grib_malloc_proc griballoc, grib_free_proc gribfree, grib_realloc_proc gribrealloc) |
| Sets memory procedures of the context. | |
| void | grib_context_set_persistent_memory_proc (grib_context *c, grib_malloc_proc griballoc, grib_free_proc gribfree) |
| Sets memory procedures of the context for persistent data. | |
| void | grib_context_set_buffer_memory_proc (grib_context *c, grib_malloc_proc griballoc, grib_free_proc gribfree, grib_realloc_proc gribrealloc) |
| Sets memory procedures of the context for large buffers. | |
| void | grib_context_set_path (grib_context *c, const char *path) |
| Sets the context search path for definition files. | |
| void | grib_context_set_dump_mode (grib_context *c, int mode) |
| Sets context dump mode. | |
| void | grib_context_set_print_proc (grib_context *c, grib_print_proc printp) |
| Sets the context printing procedure used for user interaction. | |
| void | grib_context_set_logging_proc (grib_context *c, grib_log_proc logp) |
| Sets the context logging procedure used for system (warning, errors, infos . | |
| void | grib_multi_support_on (grib_context *c) |
| Turn on support for multiple fields in single grib messages. | |
| void | grib_multi_support_off (grib_context *c) |
| Turn off support for multiple fields in single grib messages. | |
| long | grib_get_api_version (void) |
| Get the api version. | |
| void | grib_print_api_version (FILE *out) |
| Prints the api version. | |
| grib_keys_iterator * | grib_keys_iterator_new (grib_handle *h, unsigned long filter_flags, char *name_space) |
| int | grib_keys_iterator_next (grib_keys_iterator *kiter) |
| const char * | grib_keys_iterator_get_name (grib_keys_iterator *kiter) |
| int | grib_keys_iterator_delete (grib_keys_iterator *kiter) |
| int | grib_keys_iterator_rewind (grib_keys_iterator *kiter) |
| const char * | grib_get_error_message (int code) |
| Convert an error code into a string. |
This software is licensed under the terms of the Apache Licence Version 2.0
which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
In applying this licence, ECMWF does not waive the privileges and immunities granted to it by
virtue of its status as an intergovernmental organisation nor does it submit to any jurisdiction.
grib_api C header file
This is the only file that must be included to use the grib_api library from C.
| #define GRIB_7777_NOT_FOUND -5 |
Missing 7777 at end of message.
| #define GRIB_ARRAY_TOO_SMALL -6 |
Passed array is too small.
| #define GRIB_BUFFER_TOO_SMALL -3 |
Passed buffer is too small.
| #define GRIB_CODE_NOT_FOUND_IN_TABLE -8 |
Code not found in code table.
| #define GRIB_CONCEPT_NO_MATCH -37 |
Concept no match.
| #define GRIB_CONSTANT_FIELD -48 |
Constant field.
| #define GRIB_DECODING_ERROR -14 |
Decoding invalid.
| #define GRIB_ENCODING_ERROR -15 |
Encoding invalid.
| #define GRIB_END -40 |
End of resource.
| #define GRIB_END_OF_FILE -1 |
End of ressource reached.
| #define GRIB_END_OF_INDEX -43 |
| #define GRIB_FILE_NOT_FOUND -7 |
File not found.
| #define GRIB_GEOCALCULUS_PROBLEM -17 |
Problem with calculation of geographic attributes.
| #define GRIB_INTERNAL_ARRAY_TOO_SMALL -46 |
An internal array is too small.
| #define GRIB_INTERNAL_ERROR -2 |
Internal error.
| #define GRIB_INVALID_ARGUMENT -20 |
Invalid argument.
| #define GRIB_INVALID_FILE -28 |
Invalid file id.
| #define GRIB_INVALID_GRIB -29 |
Invalid grib id.
| #define GRIB_INVALID_INDEX -30 |
Invalid index id.
| #define GRIB_INVALID_ITERATOR -31 |
Invalid iterator id.
| #define GRIB_INVALID_KEYS_ITERATOR -32 |
Invalid keys iterator id.
| #define GRIB_INVALID_MESSAGE -13 |
Message invalid.
| #define GRIB_INVALID_NEAREST -33 |
Invalid nearest id.
| #define GRIB_INVALID_ORDERBY -34 |
Invalid order by.
| #define GRIB_INVALID_SECTION_NUMBER -22 |
Invalid section number.
| #define GRIB_INVALID_TYPE -25 |
Invalid key type.
| #define GRIB_IO_PROBLEM -12 |
Input output problem.
| #define GRIB_MESSAGE_TOO_LARGE -47 |
Message is too large for the current architecture.
| #define GRIB_MISSING_KEY -35 |
Missing a key from the fieldset.
| #define GRIB_NO_DEFINITIONS -38 |
Definitions files not found.
| #define GRIB_NO_MORE_IN_SET -16 |
Code cannot unpack because of string too small.
| #define GRIB_NO_VALUES -41 |
Unable to code a field without values.
| #define GRIB_NOT_FOUND -11 |
Key/value not found.
| #define GRIB_NOT_IMPLEMENTED -4 |
Function not yet implemented.
| #define GRIB_NULL_HANDLE -21 |
Null handle.
| #define GRIB_NULL_INDEX -44 |
Null index.
| #define GRIB_OUT_OF_AREA -36 |
The point is out of the grid area.
| #define GRIB_OUT_OF_MEMORY -18 |
Out of memory.
| #define GRIB_PREMATURE_END_OF_FILE -45 |
End of ressource reached when reading message.
| #define GRIB_READ_ONLY -19 |
Value is read only.
| #define GRIB_STRING_TOO_SMALL_FOR_CODE_NAME -9 |
Code cannot unpack because of string too small.
| #define GRIB_SUCCESS 0 |
| #define GRIB_SWITCH_NO_MATCH -49 |
Switch unable to find a matching case.
| #define GRIB_VALUE_CANNOT_BE_MISSING -23 |
Value cannot be missing.
| #define GRIB_WRONG_ARRAY_SIZE -10 |
Array size mismatch.
| #define GRIB_WRONG_GRID -42 |
Grid description is wrong or inconsistent.
| #define GRIB_WRONG_LENGTH -24 |
Wrong message length.
| #define GRIB_WRONG_STEP -26 |
Unable to set step.
| #define GRIB_WRONG_STEP_UNIT -27 |
Wrong units for step (step must be integer).
| #define GRIB_WRONG_TYPE -39 |
Wrong type while packing.
| typedef struct grib_context grib_context |
Grib context, structure containing the memory methods, the parsers and the formats.
| typedef struct grib_iterator grib_iterator |
Grib iterator, structure supporting a geographic iteration of values on a grib message.
| typedef struct grib_nearest grib_nearest |
Grib nearest, structure used to find the nearest points of a latitude longitude point.
| void grib_dump_action_tree | ( | grib_context * | c, | |
| FILE * | f | |||
| ) |
Print all keys from the parsed definition files available in a context.
| f | : the File used to print the keys on | |
| c | : the context that containd the cached definition files to be printed |
| void grib_dump_content | ( | grib_handle * | h, | |
| FILE * | out, | |||
| const char * | mode, | |||
| unsigned long | option_flags, | |||
| void * | arg | |||
| ) |
Print all keys, with the context print procedure and dump mode to a resource.
| h | : the handle to be printed | |
| out | : output file handle | |
| mode | : available dump modes are: debug wmo c_code | |
| option_flags | : all the GRIB_DUMP_FLAG_x flags can be used | |
| arg | : used to provide a format to output data (experimental) |
| void grib_get_all_names | ( | grib_handle * | h, | |
| char * | names | |||
| ) |
Gather all names available in a handle to a string, using a space as separator.
| h | : the handle used to gather the keys | |
| names | : the sting to be filled with the names |
| long grib_get_api_version | ( | void | ) |
Get the api version.
| const char* grib_get_error_message | ( | int | code | ) |
Convert an error code into a string.
| code | : the error code |
| void grib_print_api_version | ( | FILE * | out | ) |
Prints the api version.


|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
|
#include <ql/cashflows/equitycashflow.hpp>
Public Member Functions | |
| EquityCashFlowPricer ()=default | |
Interface | |
| virtual Real | price () const =0 |
| virtual void | initialize (const EquityCashFlow &)=0 |
| Public Member Functions inherited from Observer | |
| Observer ()=default | |
| Observer (const Observer &) | |
| Observer & | operator= (const Observer &) |
| virtual | ~Observer () |
| std::pair< iterator, bool > | registerWith (const ext::shared_ptr< Observable > &) |
| void | registerWithObservables (const ext::shared_ptr< Observer > &) |
| Size | unregisterWith (const ext::shared_ptr< Observable > &) |
| void | unregisterWithAll () |
| virtual void | update ()=0 |
| virtual void | deepUpdate () |
| Public Member Functions inherited from Observable | |
| Observable () | |
| Observable (const Observable &) | |
| Observable & | operator= (const Observable &) |
| virtual | ~Observable ()=default |
| void | notifyObservers () |
Observer interface | |
| ext::shared_ptr< EquityIndex > | index_ |
| Date | baseDate_ |
| Date | fixingDate_ |
| bool | growthOnlyPayoff_ |
| void | update () override |
Additional Inherited Members | |
| Public Types inherited from Observer | |
| typedef set_type::iterator | iterator |
Definition at line 70 of file equitycashflow.hpp.
|
default |
|
pure virtual |
Implemented in EquityQuantoCashFlowPricer.
|
pure virtual |
Implemented in EquityQuantoCashFlowPricer.
|
overridevirtual |
This method must be implemented in derived classes. An instance of Observer does not call this method directly: instead, it will be called by the observables the instance registered with when they need to notify any changes.
Implements Observer.
Definition at line 81 of file equitycashflow.hpp.
|
protected |
Definition at line 84 of file equitycashflow.hpp.
|
protected |
Definition at line 85 of file equitycashflow.hpp.
|
protected |
Definition at line 85 of file equitycashflow.hpp.
|
protected |
Definition at line 86 of file equitycashflow.hpp.


Deployment procedures for AWS (Lightsail) are described below.
- Install nginx
- Install SERVAL server
- Allow port number 8080 for Lightsail network (SERVAL server).
- Allow port number 80 for Lightsail network for (certbot).
- Configure Route53 for static files and REST API.
- Install and configure Let's Encrypt
- Configure nginx.conf
- Restart SERVAL server
- Install and configure SERVAL agent
Install and configure Let's Encrypt
$ sudo wget -r --no-parent -A 'epel-release-*.rpm' http://dl.fedoraproject.org/pub/epel/7/x86_64/Packages/e/
$ sudo rpm -Uvh dl.fedoraproject.org/pub/epel/7/x86_64/Packages/e/epel-release-*.rpm
$ sudo yum-config-manager --enable epel*
$ sudo yum install certbot python2-certbot-nginx
$ sudo certbot --nginx
Reply to queries
$ sudo crontab -u root -e
Edit as follows.
0 0,12 * * * /usr/bin/certbot renew --no-self-upgrade
$ sudo crontab -u root -l
Configure nginx.conf
Modify server block. (/etc/nginx/conf.d/sample_nginx.conf)
server {
....
ssl on;
server_name serval.red-squirrels.net;
ssl_certificate "/etc/letsencrypt/live/serval.red-squirrels.net/fullchain.pem";
ssl_certificate_key "/etc/letsencrypt/live/serval.red-squirrels.net/privkey.pem";
....
}
Also change default port (/etc/nginx/conf.d/default.conf)
server {
listen 88;
....
}
$ sudo systemctl reload nginx.service
Add exception port=80 to AWS firewall. Port=80 will be used by certbot during certificate update.
Install and configure SERVAL agent
Configure /etc/agent.conf as follows.
targethost=serval.red-squirrels.net
targetport=8080
hostname=
workdir=/usr/share/servalagt
trustedcert=/home/ec2-user/serval.cer
securemode=true


THE WORLD IS NOT ENOUGH *** (out of five stars) A review by Jamey Hughton
Starring-Pierce Brosnan, Sophie Marceau, Robert Carlyle, Denise Richards, Judi Dench and Robbie Coltrane Director-Michael Apted Rated PG
MOVIE VIEWS by Jamey Hughton http://Welcome.to/MovieViews
For the nineteenth entry in his forever cherished franchise, James Bond has pulled nothing particularly special out of his hat. At first glimpse of the dashing new Bond girls, the wildly implausible action sequences and the nifty Bond gadgets, dedicated 007 fans may dismiss `The World is Not Enough' as merely same old. Fortunately though, in terms of boisterous rollicking action, you still know what name to turn to.
In his third outing as the suave and sophisticated superspy, Pierce Brosnan appears to be even more lightweight and comfortable than previously evident. Cool and refined, he portrays Bond more solidly and compact than any actor since Sean Connery. In the opening sequence, Bond pursues a female sniper in an exhilarating boat race that covers water and (*ahem*) land.  The action sequences and set-pieces of `The World is Not Enough' are loaded with top-drawer inventiveness, bursting with merciless excitement at every turn.
It also must be noted that the film has some mediocre aspects. The plot is lumpy and uneven and certain characters are put to perpetual waste. The plot follows Bond as he travels to protect Elektra King (Sophie Marceau), the daughter of a deceased billionaire who was invested in the world oil business. Elektra is believed to be the next target of the devious Russian terrorist Renard (Robert Carlyle), who has a bullet lodged in his medulla oblongata that renders him completely impervious to pain. The bald-headed Renard was voted the #1 Bond villain in a recent pole. But despite the initial possibilities of such a cool physical attribute, director Michael Apted ignores the strengths of Carlyle's considerable talent, presenting Renard as a bit of a wuss. I was hoping for more, to say the least.
Returning characters add spice to this unspectacular entry. Academy Award-winner Judi Dench returns as M, and once again she positively showcases the character's authority. Robbie Coltrane reprises his role from `Goldeneye', playing a plump turkey of a villain named Valentin Zukovsky, who's so likable it's hard to classify him as a villain. On a more dramatic note, the legendary weapons-maker Q (Desmond Llewelyn) is retiring after appearing in (nearly) every Bond movie since 1963's `From Russia With Love'. The good news: he is being replaced by John Cleese, playing the younger protégé R (get it?). Cleese is a funny man, although here he is given only a few precious moments of screen and one or two good lines (one of them being when he describes the attachments on Bond's new BMW, adding it contains `six beverage cup holders').
`The World is Not Enough' is strictly formula Bond, granted, it's a formula that is still fun. One great scene has the spy evading a helicopter wielding three oversized buzzsaws. And of course, Bond is given his usual quota of witty punch lines, all of which Brosnan delivers in perfectly straight-faced fashion. One involves a nuclear physicist named Christmas Jones (Denise Richards), who is apparently only named Christmas Jones to aid in one hilarious bit of dialogue during the film's closing moments. But Richards is one of the weak links in this choppy adventure. I mean, she plays a nuclear physicist, for cripes' sakes.  While the actress (who previously appeared in the risqué sex thriller `Wild Things') is certainly fetching, perhaps her acting abilities aren't quite up to snuff.
At one ludicrous point in the action, a younger viewer sitting behind me had this sarcastic retort: `Yeah, right'. Boys and girls, Bond movies are not about realistic action. They are unique thrill rides with daring stunts and exhilarating chase scenes, often succeeding because they are more wild and wacky than any other conventional action films. Stretching the technological barrier, Bond has some nifty new gadgets here: x-ray sunglasses, a credit card that transforms into a key...
Well, mainly. There is an element about these last two Bond entries (the previous being `Tomorrow Never Dies') that drains certain excitement from the premise. With this ingredient absent from the formula, `The World is Not Enough' remains tasty, but ultimately it is lacking in a few vital areas of humanity that were alive and evident in the classic Connery films. For his next outing, James Bond could certainly use a fresh canvas to explore something more different and exciting. `The World is Not Enough' is entertaining, though, you've got to admit.
James Bond is certainly not dead. He simply needs some shock treatment.
(C) 1999, Jamey Hughton
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Feature: Media Resource Page
Before SmokeSteps.beforeScenario()
Scenario: TC001-Localization: User able to change Language.
Given user navigates to media Resource page in English08s 684ms
When User clicks Deutsch language link02s 367ms
Then language should change to Deutsch02s 017ms
After SmokeSteps.afterScenario()
Before SmokeSteps.beforeScenario()
Scenario: TC002-Verify body of Media Resource Page
Given user navigates to media Resource page in English07s 381ms
Then Product Screenshots link should work02s 593ms
And Xeneta Logo link should work02s 403ms
And Spokpersons link should work02s 400ms
And Image of Founders link should work02s 414ms
After SmokeSteps.afterScenario()
Before SmokeSteps.beforeScenario()
Scenario Outline: TC003-Verify user with valid email id is able to sign up for news letter
Given user navigates to media Resource page in English07s 986ms
When User enters<EMAIL_ADDRESS>to Sign up for news letter715ms
And User clicks submit button406ms
Then successful signing up message should be displayed03s 068ms
After SmokeSteps.afterScenario()
Before SmokeSteps.beforeScenario()
Scenario Outline: TC004-Verify system throws error message when user enters non business emails like Gmail id to sign up for news letter
Given user navigates to media Resource page in English09s 142ms
When User enters<EMAIL_ADDRESS>to Sign up for news letter826ms
And User clicks submit button438ms
Then Error message to enter business email should be displayed02s 061ms
After SmokeSteps.afterScenario()
Before SmokeSteps.beforeScenario()
Scenario Outline: TC005-Verify system throws error message when user enters incorrect formatted email id to sign up for news letter.
Given user navigates to media Resource page in English07s 994ms
When User enters "xtyzccgdgjh" to Sign up for news letter582ms
And User clicks submit button338ms
Then Error message to enter proper formatted email should be displayed02s 058ms
After SmokeSteps.afterScenario()


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