HL7 FHIR Implementation Guide: minimal Common Oncology Data Elements (mCODE) Release 1 - US Realm | STU Ballot 1 - Local Development build (v0.9.1). See the Directory of published versions
| Name | Definition |
| AnatomicalOrientationVS | Terms that specify anatomical orientation. The orientation value set is part of BodyLocation, a flexible structure that allows the location to be determined by a single code, or a code plus laterality and/or orientation. The body location can also be specified in relation to one or more body landmarks. SNOMED CT is used in all cases.
Note that BodyLocation is a data type (a reusable structure), not a stand-alone entity. The concept is similar to how a postal address can apply to a person, location, or organization. This contrasts with FHIR’s stand-alone BodySite (aka BodyStructure in r4) which ‘is not … intended for describing the type of anatomical location but rather a specific body site on a specific patient’ (FHIR 3.5). |
| BloodPressureBodyLocationVS | Body locations for blood pressure measurement |
| BloodPressureCuffSizeVS | Sizes of blood pressure cuffs. |
| BloodPressureMethodVS | Method used to determine blood pressure. |
| BodyHeightLengthMethodVS | Method used to determine body height or length. |
| BodyHeightPreconditionVS | Circumstance for measuring body height. |
| BodyLocationVS | Codes that describe normal and pathologic anatomic systems, regions, cavities, and spaces. The code set includes codes from the SNOMED CT hierarchy descending from 123037004 ‘Body Structure’. Body location is a flexible structure that allows the location to be determined by a single code, or a code plus laterality and/or orientation. The body location can also be specified in relation to one or more body landmarks. SNOMED CT is used in all cases.
Note that BodyLocation is a data type (a reusable structure), not a stand-alone entity. The concept is similar to how a postal address can apply to a person, location, or organization. This contrasts with FHIR’s stand-alone BodySite (aka BodyStructure in r4) which ‘is not … intended for describing the type of anatomical location but rather a specific body site on a specific patient’ (FHIR 3.5). |
| BodyPositionVS | Human body positions associated with actions or observations. |
| BodyWeightMethodVS | Method used to determine body weight. |
| BodyWeightPreconditionVS | Circumstances for body weight measurement. The choices are limited by availability of SNOMED terms, and could contain terms like pre- and post-dialysis, mother ante- and post-delivery, etc. |
| CancerBodyLocationVS | Codes describing the location(s) of primary or secondary cancer. The value set includes all codes from the SNOMED CT body structure hierarchy (codes descending from 123037004 ‘Body Structure’). The cancer body location may also be expressed using ICD-O-3 topography codes, however, those codes are not included here due to intellectual property restrictions. No other code systems are considered conformant. |
| CancerDiseaseStatusEvidenceTypeVS | The type of evidence backing up the clinical determination of cancer progression. |
| CancerDisorderVS | A broad cancer-related value set containing both primary and secondary tumor types, with codes from ICD-10 and SNOMED CT, including both diagnosis and histology/morphology/behavior codes. ICD-O-3 morphology codes may also be used and are considered conformant to the specification. For SNOMED, the value set includes all codes descending from 363346000 ‘Malignant neoplastic disease (disorder)’ and 108369006 ‘Neoplasm (morphologic abnormality)’. |
| CancerRelatedSurgicalProcedureVS | Includes selected SNOMED CT codes that may be used in the treatment of cancer tumors. Codes from ICD-10-PCS and CPT are acceptable. CPT codes are not listed here due to intellectual property restrictions. ICD-10-PCS codes are not listed because of a limitation in the FHIR Implementation Guide publisher. For CPT and ICD-10-PCS, only codes representing surgical procedures should be used. Conformance note: If an ICD-10-PCS code is used, and a semantically equivalent SNOMED CT code is available, the resulting FHIR Procedure instance will not be compliant with US Core Profiles. |
| CancerStagingSystemVS | System used for staging. Because SNOMED CT does not currently have a code representing AJCC Version 8, specify the exact text ‘AJCC Version 8’ in the text sub-field of the code structure, and omit the code. |
| CardiopulmonaryPreconditionVS | Circumstances for cardiopulmonary measurements. |
| ClinVarVS | Value set of human genetic variants, drawn from ClinVar. |
| ComorbidConditionVS | SNOMED and ICD-10-CM codes for common comorbid conditions. Aligns with Elixhauser comorbidity scale. ICD-10 codes are drawn from https://www.hcup-us.ahrq.gov/toolssoftware/comorbidityicd10/comformat_icd10cm_2019_1.txt. Conformance note: If an ICD-10-CM code is used, and an equivalent SNOMED CT code is available, the resulting instance will not validate against US Core Profiles. |
| ConditionStatusTrendVS | Standardized value set that describes the trend or status of a disease, condition, or ability. Based on LOINC answer lists LL2751-7 and LL4721-8. The value SNOMED CT 260415000 (Not Detected) should be used to express No Evidence of Disease (NED), condition resolved, or full remission. |
| ECOGPerformanceStatusVS | Value set for Eastern Cooperative Oncology Group performance status. Values range from grade 0 (Asymptomatic) to grade 5 (Dead). |
| GeneticSpecimenTypeVS | The type of specimen analyzed in a genetic test. The values are taken from code system http://terminology.hl7.org/CodeSystem/v2-0487, and represent a subset of HL7 Version 2 Table 0487 (http://hl7.org/fhir/v2/0487). |
| GeneticTestMethodVS | The method used to perform a genetic test, drawn from NCI Thesaurus. Examples include Fluorescent in situ hybridization (FISH), polymerase chain reaction-based assays (PCR), and next-generation sequencing (NGS). FHIR is currently unable to handle values from NCI Thesaurus, so no values are listed in the Expansion, below. The values ARE in the downloads. For convenience, here is a listing of values in this value set: NCIT#C130179 ‘Allele Specific Primer Polymerase Chain Reaction’ NCIT#C18084 ‘Comparative Genomic Hybridization’ NCIT#C19641 ‘Dideoxy Chain Termination DNA Sequencing’ NCIT#C63328 ‘DNA Methylation Analysis’ NCIT#C17563 ‘Fluorescence In Situ Hybridization’ NCIT#C16768 ‘Karyotyping’ NCIT#C18477 ‘Microarray Analysis’ NCIT#C139286 ‘Microsatellite Stability Assessment’ NCIT#C116161 ‘Multiplex Ligation-dependent Probe Amplification’ NCIT#C101293 ‘Next Generation Sequencing’ NCIT#C17003 ‘Polymerase Chain Reaction’ NCIT#C51962 ‘Real Time PCR’ NCIT#C17093 ‘Restriction Fragment Length Polymorphism’ NCIT#C18136 ‘Reverse Transcriptase-Polymerase Chain Reaction’ NCIT#C18473 ‘RNA Analysis’ NCIT#C17565 ‘Sequence Analysis’ NCIT#C116151 ‘Single Nucleotide Polymorphism Array’ NCIT#C16356 ‘Southern Blotting’ |
| GeneticTestVS | Value set containing codes representing genetic tests. Currently the best source of codes is the Genetic Test Registry. The user should be aware that the GTR cannot be a sole reliable source since the test data is voluntarily updated and there is no overarching data steward. This value set contains all codes from http://hl7.org/fhir/us/core/ValueSet/us-core-diagnosticreport-lab-codes (namely, the subset of LOINC codes with CLASSTYPE = 1), plus all codes in GTR. Implementation note: Although only a subset of LOINC codes is formally part of this value set, the value set itself contains all codes in LOINC, because FHIR cannot create an implicitly-defined value set based on LOINC’s CLASSTYPE property. Conformance note: To be conformant to US Core, a LOINC code must be used, if available. Only if there is no suitable code in LOINC may other codes (such as those from GTR) be used. |
| GenomicSourceClassVS | The genomic class of the specimen being analyzed, for example, germline for inherited genome, somatic for cancer genome, and prenatal for fetal genome. |
| HistologyMorphologyBehaviorVS | Codes representing the structure, arrangement, and behavioral characteristics of tumors and cancer cells. Codes are preferrably taken from the SNOMED CT hierarchy under 367651003 (Malignant neoplasm of primary, secondary, or uncertain origin (morphologic abnormality)). ICD-O-3 morphology codes (including behavior suffix) can also be used, although they are not included in the value set for intellectual property reasons. For primary cancers, the ICD-O-3 behavior suffix should be /1, /2, or /3. For secondary cancers, the ICD-O-3 behavior suffix should be /6. Only SNOMED CT and ICD-O-3 are considered conformant to the specification. However, to be compliant with US Core Profiles, ICD-O-3 can only be used if there is no suitable code in SNOMED CT. |
| KarnofskyPerformanceStatusVS | Value set for Karnofsky Performance Status, with codes for each decade from 100 to 0. Higher scores are associated with better functional status, with 100 representing no symptoms or evidence of disease, and 0 representing death. This value set corresponds to LOINC list LL4986-7 |
| PositiveNegativeVS | Interpretation of a test result as positive, negative, equivocal, or indeterminate. Consolidates LOINC answer lists LL360-9, LL2329-2, LL2038-9, LL2021-5, LL2010-8, LL2009-0. |
| PrimaryOrUncertainBehaviorCancerDisorderVS | Types of primary malignant neoplastic disease, coded in in SNOMED CT or ICD-10-CM. Conformance note: To be compliant with US Core Profiles, ICD-10-CM should only be used if a suitable code is not available from SNOMED. For SNOMED CT coding, use a code from the disorder hierarchy under SNOMED CT 363346000 ‘Malignant neoplastic disease (disorder)’ excluding codes descending from SNOMED CT 128462008 ‘Secondary malignant neoplastic disease (disorder)’. If body location is not precoordinated (i.e., implied by the code), the site of the primary tumor should be specified in the body site attribute. For ICD-10-CM coding, use one of the codes given in this value set representing primary malignant neoplasms and neoplasms of uncertain or unspecified behavior. Note that ICD-O-3 specifies morphology and topography, not disorder. If ICD-O-3 is used, the primary cancer disorder code must be specifically be SNOMED CT 363346000 ’Malignant neoplastic disease (disorder)’. The ICD-O-3 morphology and topography codes should be entered in the HistologyMorphologyBehavior and body location fields, respectively. |
| QuantitativeResultInterpretationVS | Interpretations of abnormal quantitative results. |
| RadiationProcedureVS | Codes describing radiation therapy procedures. The value set includes a limited set of radiation modality codes from SNOMED CT, however, ICD-10-PCS code from Section D (Radiation Therapy) and appropriate CPT radiation procedure codes are also considered compliant. CPT codes are not explicitly included due to licensing restrictions. ICD-10-PCS codes are not included explicitly because they are not currently supported by the FHIR IG Publishing tool. Conformance note: If an ICD-10-PCS code is used, and a semantically equivalent SNOMED CT or CPT code is available, the resulting Procedure instance will not be compliant with US Core Profiles. |
| RadiationTargetBodySiteVS | Codes for body sites that can be targets of radiation therapy. This list of sites is based on Commission on Cancer’s ‘Standards for Oncology Registry Entry - STORE 2018’. This value set contains SNOMED CT equivalent terms. |
| SecondaryCancerDisorderVS | Types of secondary malignant neoplastic disease, coded in SNOMED CT or ICD-10-CM. Conformance note: To be compliant with US Core Profiles, SNOMED CT must be used unless there is no suitable code, in which case ICD-10-CM can be used.
Note that ICD-O-3 specifies morphology and topography, not disorder; in this case that the disorder code must be SNOMED CT 128462008 (Secondary malignant neoplastic disease). The ICD-O-3 morphology and topography codes should be entered in the HistologyMorphologyBehavior and bodySite fields, respectively. |
| TNMDistantMetastasesCategoryVS | This value set is intended to contain allowable values for the M category, according to TNM staging rules. SNOMED CT codes or AJCC codes (preferrably, version 8 for current cancers) are allowed, but are not listed here due to AJCC intellectual property restrictions.
|
| TNMPrimaryTumorCategoryVS | This value set is intended to contain allowable values for the T category, according to TNM staging rules. SNOMED CT codes or AJCC codes (preferrably, version 8 for current cancers) are allowed, but are not listed here due to AJCC intellectual property restrictions.
|
| TNMRegionalNodesCategoryVS | This value set is intended to contain allowable values for the N category, according to TNM staging rules. SNOMED CT codes or AJCC codes (preferrably, version 8 for current cancers) are allowed, but are not listed here due to AJCC intellectual property restrictions.
|
| TNMStageGroupVS | This value set is intended to contain allowable values for Stage Group, according to TNM staging rules. SNOMED CT codes or AJCC codes (preferrably, version 8 for current cancers) are allowed, but are not listed here due to AJCC intellectual property restrictions. *AJCC terminology: examples of stage groups include ‘Stage 0’ and ‘Stage IIA’. The full set of stage groups, as well rules on how to assign a stage group, can be accessed through the AJCC Staging Manual and any applicable updates and corrections, as well as the AJCC API.
|
| TreatmentIntentVS | The purpose of a treatment. The value set includes ‘curative’ and ‘palliative’. Curative is defined as any treatment meant to reduce or control a disease process, even if a ‘cure’ is not anticipated. Palliative includes treatments meant to reduce symptoms and side effects, such as antiemetics. |
| TreatmentTerminationReasonVS | Values used to describe the reasons for stopping a treatment. Includes code for ‘treatment completed’ as well as codes for unplanned (early) stoppage. Applies to medications and other treatments that take place over a period of time, such as radiation treatments. |
| TumorMarkerTestVS | Codes representing tests for tumor markers. This value set of LOINC codes is not comprehensive and can be extended. LOINC codes are preferred. Other vocabularies can be used only if the test of interest is not covered by LOINC. FHIR implementation note: At the current time, profiles for the specific LOINC tests mentioned here do not exist. |
| Name | Definition |
| AddressType | The type of an address (physical / postal). |
| AddressUse | The use of an address. |
| AdministrativeGender | The gender of a person used for administrative purposes. |
| AdministrativeGender | The gender of a person used for administrative purposes. |
| BodyLengthUnits | UCUM units for recording body length measures such as height and head circumference |
| BodyWeightUnits | UCUM units for recording Body Weight |
| CommonLanguages | This value set includes common codes from BCP-47 (http://tools.ietf.org/html/bcp47) |
| Condition/DiagnosisSeverity | Preferred value set for Condition/Diagnosis severity grading. |
| Condition/Problem/DiagnosisCodes | Example value set for Condition/Problem/Diagnosis codes. |
| ConditionClinicalStatusCodes | Preferred value set for Condition Clinical Status. |
| ConditionStage | Example value set for stages of cancer and other conditions. |
| ConditionStageType | Example value set for the type of stages of cancer and other conditions |
| ConditionVerificationStatus | The verification status to support or decline the clinical status of the condition or diagnosis. |
| ContactPointSystem | Telecommunications form for contact point. |
| ContactPointUse | Use of contact point. |
| DataAbsentReason | Used to specify why the normally expected content of the data element is missing. |
| DiagnosticReportStatus | The status of the diagnostic report. |
| DiagnosticServiceSectionCodes | This value set includes all the codes in HL7 V2 table 0074. |
| EventStatus | Codes identifying the lifecycle stage of an event. |
| FHIRDeviceTypes | Codes used to identify medical devices. Includes concepts from SNOMED CT (http://www.snomed.org/) where concept is-a 49062001 (Device) and is provided as a suggestive example. |
| Identifier Type Codes | A coded type for an identifier that can be used to determine which identifier to use for a specific purpose. |
| IdentifierUse | Identifies the purpose for this identifier, if known . |
| LOINCCodes | This value set includes all LOINC codes |
| LanguageCodesWithLanguageAndOptionallyARegionModifier | This value set includes codes from BCP-47. This value set matches the ONC 2015 Edition LanguageCommunication data element value set within C-CDA to use a 2 character language code if one exists, and a 3 character code if a 2 character code does not exist. It points back to RFC 5646, however only the language codes are required, all other elements are optional. |
| Laterality | Laterality: SNOMED-CT concepts for ‘left’, ‘right’, and ‘bilateral’ |
| LinkType | The type of link between this patient resource and another patient resource. |
| Marital Status Codes | This value set defines the set of codes that can be used to indicate the marital status of a person. |
| Medication Status Codes | Medication Status Codes |
| Medication Status Codes | Medication Status Codes |
| NameUse | The use of a human name. |
| ObservationCategoryCodes | Observation Category codes. |
| ObservationInterpretationCodes | A categorical assessment, providing a rough qualitative interpretation of the observation value, such as “normal”/ “abnormal”,”low” / “high”, “better” / “worse”, “susceptible” / “resistant”, “expected”/ “not expected”. The value set is intended to be for ANY use where coded representation of an interpretation is needed. Notes: This is being communicated in v2.x in OBX-8 (Observation Interpretation), in v3 in ObservationInterpretation (CWE) in R1 (Representative Realm) and in FHIR in Observation.interpretation. Historically these values come from the laboratory domain, and these codes are extensively used. The value set binding is extensible, so codes outside the value set that are needed for interpretation concepts (i.e. particular meanings) that are not included in the value set can be used, and these new codes may also be added to the value set and published in a future version. |
| ObservationMethods | Observation Method codes from SNOMED CT where concept is-a 272394005 (Technique (qualifier value)) or is-a 129264002 (Action (qualifier value)) or is-a 386053000 (Evaluation procedure(procedure)) |
| ObservationReferenceRangeAppliesToCodes | This value set defines a set of codes that can be used to indicate the particular target population the reference range applies to. |
| ObservationReferenceRangeMeaningCodes | This value set defines a set of codes that can be used to indicate the meaning/use of a reference range for a particular target population. |
| ObservationStatus | Codes providing the status of an observation. |
| ObservationStatus | Codes providing the status of an observation. |
| PatientContactRelationship | The nature of the relationship between the patient and the contact person. |
| ProcedureCategoryCodes(SNOMEDCT) | Procedure Category code: A selection of relevant SNOMED CT codes. |
| ProcedureDeviceActionCodes | Example codes indicating the change that happened to the device during the procedure. Note that these are in no way complete and might not even be appropriate for some uses. |
| ProcedureFollowUpCodes(SNOMEDCT) | Procedure follow up codes: A selection of SNOMED CT codes relevant to procedure follow up. |
| ProcedureNotPerformedReason(SNOMED-CT) | Situation codes describing the reason that a procedure, which might otherwise be expected, was not performed, or a procedure that was started and was not completed. Consists of SNOMED CT codes, children of procedure contraindicated (183932001), procedure discontinued (416406003), procedure not done (416237000), procedure not indicated (428119001), procedure not offered (416064006), procedure not wanted (416432009), procedure refused (183944003), and procedure stopped (394908001). |
| ProcedureOutcomeCodes(SNOMEDCT) | Procedure Outcome code: A selection of relevant SNOMED CT codes. |
| ProcedurePerformerRoleCodes | This example value set defines the set of codes that can be used to indicate a role of a procedure performer. |
| QuantityComparator | How the Quantity should be understood and represented. |
| SNOMEDCTClinicalFindings | This value set includes all the “Clinical finding” SNOMED CT codes - concepts where concept is-a 404684003 (Clinical finding (finding)). |
| SNOMEDCTDrugTherapyStatusCodes | This value set includes some taken and not taken reason codes from SNOMED CT - provided as an exemplar |
| USCoreConditionCategoryCodes | The US core Condition Category Codes support the separate concepts of problems and health concerns in Condition.category in order for API consumers to be able to separate health concerns and problems. However this is not mandatory for 2015 certification |
| USCoreDiagnosticReportCategory | The US Core Diagnostic Report Category Value Set is a ‘starter set’ of categories supported for fetching and Diagnostic Reports and notes. |
| USCoreDiagnosticReportLabCodes | The Document Type value set includes all LOINC values whose CLASSTYPE is LABORATORY in the LOINC database |
| USCoreMedicationCodes | All prescribable medication formulations represented using either a ‘generic’ or ‘brand-specific’ concept. This includes RxNorm codes whose Term Type is SCD (semantic clinical drug), SBD (semantic brand drug), GPCK (generic pack), BPCK (brand pack), SCDG (semantic clinical drug group), SBDG (semantic brand drug group), SCDF (semantic clinical drug form), or SBDF (semantic brand drug form) |
| UspsTwoLetterAlphabeticCodes | This value set defines two letter USPS alphabetic codes. |
| VitalSigns | This value set indicates the allowed vital sign result types. The LOINC code for Vitals Signs panel (85353-1) is a grouping structure for a set of vital signs and includes related links (with type=has-member) to the Observations in this set (e.g. respiratory rate, heart rate, BP). The Blood pressure panel (85354-9) is used to group the component observations Systolic blood pressure (8480-6) and Diastolic blood pressure (8462-4). |
| VitalSignsUnits | Common UCUM units for recording Vital Signs |
| http://terminology.hl7.org/ValueSet/v2-0487 |


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Star Wars: Episode One - The Phantom Menace 3 Stars (out of 4) Reviewed by Mac VerStandig<EMAIL_ADDRESS>http://www.moviereviews.org
Director George Lucas' fourth undertaking of the Star Wars legacy is his strongest. Star Wars: Episode One - The Phantom Menace has qualities that make it a fine film. The special effects are some of the most dazzling and amazing ever seen on the big screen. In addition, the acting is excellent. However, that is met by an exceptionally weak plot that makes the 130 minute film, about a half-hour too long.
The latest Star Wars installment takes place in the realm of space at a time unknown. The evil Trade Federation is plotting to take over the planet Naboo. The key to this task is having Queen Amidala (Natalie Portman) of the Naboo people sign a treaty. Having intelligence and courage far beyond her young years, the Queen refuses in the interest of her people.
In an attempt to negotiate a trade agreement, Jedi Knight Qui-Gon Jinn (Liam Neeson) and his apprentice Obi-Wan Kenobi (Ewan McGregor) come to the Trade Federation, acting as peacekeepers of sorts. The Trade Federation is opposed to the Jedi, and therefor tries to kill these two ambassadors at once. If this situation seems a little sketchy or lacking explanation and detail, that is probably because the movie has none, something that is inexcusable for a film calling itself "Episode One."
As the plot, or lack thereof limps along for the next two hours, you meet several new characters. This long list includes some robots called R2-D2 and C3-P0, creatures named Jar Jar Binks and Yoda, and a little boy named Anakin Skywalker (Jake Lloyd) who is thought to be the so called "chosen one" of the Jedi Force.
The other blunder in relation to the story is its complexity. This is a film aimed at all audiences, proudly wearing a PG rating. But some of the political aspects are far too elaborate for young audiences. A key point of the film's later stage focuses around an intergalactic senate. As is, that is a concept needing explanation for children. But almost all youngsters are bound to be lost when the primary focus of a scene shifts to a no confidence vote, again with no definition offered for those who are not already familiar with this form of political assassination. In this aspect, the film fails to truly reach a versatile audience of all ages.
Some 22 years ago, a little film called Star Wars revolutionized special effects. The director had created something once thought to be an oxymoron: low budget eye candy. Today Lucas has once again produced a film that is delightful to watch. The light saber fights that the series is famous for, are astonishing to see once again. For instance, take a climatic scene where Qui-Gon Jinn and Obi-Wan Kenobi find themselves fighting an evil creature named Darth Maul (Ray Park). This is a moment that would ordinarily be ruined by the gross predictability of the scene, but the dazzling choreography and vivacious site of laser beams striking each other, hold the audience over and actually makes watching the moment a voluptuous surprise.
Despite early bickering to the media about the experience of making an effects driven science fiction film, Liam Neeson gives an immense performance. Ewan McGregor does so as well. They bring quality to a script plagued by obscenely distressed dialogue. Almost always on screen as a duo, the two clearly have chemistry together. The finest example of this occurs in the beginning of the film when the two are acting as ambassadors in the Trade Federation, and come into their first battle scene alone together. The surprise displayed by the two as they realize an attack upon them is imminent, in combination with their performance fighting the creatures, is simply magnificent.
Despite the positive screen presence of the film's key actors, and enjoyable effects, Star Wars: Episode One - The Phantom Menace is about a half-hour too long. It is slow to start in the beginning and there are fewer action sequences in this installment than previous versions. It would come as little surprise if the die-hard fans who stood in line for days to get opening night tickets, caught up on some much needed sleep during the film's slower parts.
Some movies are just different. They are not like the other films that come out each year. They are unique. That is not necessarily to say that these productions are the best works of cinema. Star Wars: Episode One - The Phantom Menace is certainly one of these movies. It does not matter how good or bad the various elements of this production are, because most people aren't going to see it for the normal reasons. When you consider the aforementioned fans that camped out for tickets, the 22 year legacy of the series, and just the overall zest that Lucas gives each of these works, you come to a simple conclusion: Star Wars: Episode One - The Phantom Menace is not so much a film as an event, and because of that, everyone should see this movie.
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Arenite is an implementation of the Sandbox and Module patterns. It was designed to, unlike most of the
existing module libraries, not affect your code making it dependant on the module library itself.
In order to achieve maximum performance it also implements a script loader.


Marius Cosmin Ciuca
Software developer
Business software development using:
Medie: 9.40
I learned C# in the university building desktop apps using Windows Forms, while working at QQinfo and while developing other side projects
I use ASP.NET Core with Entity Framework Core to build strong Web APIs. Take a look at my projects
Learned in highschool, C++ became even powerfull for me when I first learned the OO Design and STL
I can design normalized database models and implement them using SQL. PL/SQL is a procedural language used to write Oracle databases (stored procedures, triggers, etc)
In addition to ASP.NET Core, I also learned to build a frontend for the aplication using HTML, CSS and Javascript using React.js
I used git while working at QQinfo to synchronize my work with the team. The code was hosted on Mictosoft's Team Foundation Server.
Multi-tenant web application to track bugs/features/tasks. It can be used as a SasS (Software as a Service)
A desktop application that proposes bill payment scenarios based on certain criteria.
An internal and local desktop application that tracks hotel accommodations.
A web application used to visualize different sorting algorithm on a random set of data represented by vertical bars or colors.


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- ROBERT WILKIE, VA SECRETARY
VA Modernization is a continuous journey that empowers our Veterans, employees, and partners to:
- Transform systems to create foundational change
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- Achieve better results for Veterans
employees serving
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Simplify the Veteran experience through digital platforms that achieve the highest levels of Customer Service, Effectiveness, and Ease of Use
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Transforming the enterprise VA supply chain through a robust supply-chain training and development program, integrated data analysis, and comprehensive equipment lifecycle management program
Right Items,
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When you look over
each word each line each syllable
-as they arrange in you mind
let the syntax form a kind of auditory hallucination
and know that visions mine
no matter what vision you see
So, but how did I come across this life?
when all that I am was taken from others,
the roads through the lands were cleared before
the thousand year's houses designed
the life style the diction already in line
as all you knew did come to signify me,
so someday they will come to belong to another
and though they may not come to know you
nor to hear me
yet what we make of things does reach to them
As so you were so crucial in creating me
And be like every known phenomena
unknown to be
other things and forces known to be
Things known to happen
being but dispositions
to see some event clearly while all sudden time
spills out and truly is seem-less
Show me a seam where time spills through,
for there are none,
-just this movement and slow precession
through language, through science, through physics and life
all the time nothing holds them
nothing pins them in place in part of
or on top of or under another,
What is side by side is really one thing
that is every affinity between them
our words to describe the world-
nothing in the world is like them
nothing holds anything
nor does anything move slowly
there is nothing to move in comparison to
just one big rock, water and sunlight in the mind
One world, one science
the mind generates you for me
the mind laboratory
the mind which consumes one third of my energy
Mind give me time
and all understanding there can ever be


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% block title %}Personal Finance Project{% endblock %} {% block page_content %}
Enter your assets and invesment options.


What we do here
This page attempts to show how easy it is to make a mobile app with LiveCode.
Be warned: you will not see an award-winning design! The idea is to demonstrate how little you need to get something working. From there you can go on to make a visually-dazzling app if you wish, but that is not my goal.
What we need
- Obviously we need a mobile device, and one that has a built-in magnetometer. In my case I have a Samsung Galaxy Note:
This implies we will work with Android, but the same code would run just as well on iOS.
- We need a computer for writing the app; in my case I have an Apple MacbookPro.
- We need a USB cable to connect the two.
- We need a LiveCode installation. That is a single application file.
- We need to use the Android program libraries, those are free and easily downloaded from Google. Unfortunately that is a folder full of weird stuff, but all we need to do is put it somewhere in our filesystem and tell LiveCode where it sits.
- Finally we need to imagine what we want the app to do.
Imagination
Let's be modest: imagine an arrow on the screen, and the arrow points to the magnetic North. Something like this:
Not an award-winning app, as I said, but we can always improve, and it is wise to start simple.
Perhaps we can add a field (text box if you like) to show the heading (direction) in which the device points:
Mathematics
There is no way to avoid looking at the hard part of the problem.
Suppose we hold our mobile device horizontally, and it points at a magnetic heading of 29º (somewhat to the East from North):
LiveCode has a polygon object, and it can be drawn with or without arrows at the end points. For the needle we will use a polygon with just two points and an arrowhead at the end. While that is a ready-made object, we still have to position it on the screen correctly.
I should first say something about LiveCode polygons: they are specified by the list of points of their vertices. For example, the points of a square of size 20 with its centre at the coordinate origin might be given as:
10,10 10,-10 -10,-10 -10,10
A point in LiveCode is a pair of expressions separated by a comma, such as 400,700 or 400-x,y+100. The list of points of a LiveCode polygon is a piece of text with each point on a line by itself.
Suppose the arrow should have a length L. One point is always fixed near the centre of the screen. The other point is at L*sin29º to the left and L*cos29º higher up.
The screen of the Galaxy Note is 800 pixels wide and 1280 pixels high. I'm going to make the arrow 300 pixels long. I'll put the fixed end at 400 (=800/2) pixels from the left and 700 pixels down (that's a bit lower than the middle, but we need some space for the heading field anyway).
The start of the arrow then has coordinates 400,700.
The tip or end of the arrow has coordinates 400-300*sin(29º),700-300*cos(29º) (remember that screen coordinates have the y axis pointing down!).
Of course this should work for any angle R, not just for 29º, so the set of points defining our simplistic polygon are:
400,700 400-300*sin(R),700-300*cos(R)
We will have to make this into text by putting a return character between the two lines, but that is for the section below on coding.
The Interface
We begin by asking LiveCode for a new stack (its term for app):
We call up the stack inspector and set the width and height (and the location so we can see all of it).
Then from the tools palette we drag a field onto the stack's window, make it large and set its properties to remove the border and display text in a large font, centred:
(the actual stack window is much larger; I have reduced it here to save space)
It is crucial to give a name to the field; I called it "Heading". It is also crucial to uncheck the "traversalOn property: traversalOn means it is possible to type text into the field, and that means Android will pop up the keyboard as soon as you touch the field, which is not desired in this case.
Next we select the polygon tool on the palette and click twice in the stack window to draw a line. using the inspector we set the line width comfortably thick, give the line a red colour, tick the box for an arrow at the end etc.:
Crucial again to give the object a meaningful name: "Needle". Never mind what the points are that define it, we will set those by program code anyway.
We might at this stage also think of saving our work, say in a file called "Compass.livecode" (what else?).
Code !
Important observation: so far we have not written a single line of code. All we have done is to create a basic canvas (the stack and its window), and placed two objects on it (a text field and a polygon with two points. We have been careful enough to give the objects meaningful names: Heading and Needle.
How is this app going to work? All it needs to do is periodically to obtain the heading from the built-in hardware magnetometer and set the points of the needle to the values we determined in the maths section above.
The classic way to do that is to start a routine when the app itself starts up, and the routine then schedules another call to itself before it ends. An obvious name for the routine that does the work is IndicateNorth.
Our app then looks roughly like:
on OpenStack
IndicateNorth
end OpenStack
command IndicateNorth
(do something here to move the needle)
send IndicateNorth to me in 200 milliseconds
end IndicateNorth
These are two handlers, residing in the script of the app (stack) itself. Strictly speaking the OpenStack bit is the handler for the event that occurs when the app begins, and theIndicateNorth bit is a routine (the name of which we invented). IndicateNorth is called once when the app launches, but just before its end it sends itself as a command to the app with a time delay of 200 milliseconds (this can be changed at will, but 200 milliseconds seems to work fine).
Now we need to fill in the stuff that shows us where North is. First we should activate the magnetometer; that is one extra line in the OpenStack handler:
on OpenStack
mobileStartTrackingSensor "Heading"
IndicateNorth
end OpenStack
Other sensors are called acceleration, location (GPS) and so on.
We could now add to the IndicateNorth command a line:
command IndicateNorth
put mobileSensorReading("heading") into field "Heading"
send IndicateNorth to me in 200 milliseconds
end IndicateNorth
and that would in fact display and update the heading of our mobile every 200 milliseconds. But it's no good for two reasons: one is that Android gives us the heading with far more decimals than is good for us, and the other is that we also want to use the heading for moving the needle. So it is better to round the heading to a whole number and to store it temporarily in a local variable before putting it in the heading field:
command IndicateNorth
put round( mobileSensorReading("heading",false), 0) >into \
lHeading
put lHeading into field >"Heading"
send IndicateNorth to me in 200 milliseconds
end IndicateNorth
Everyone has their conventions about variable names. I always start mine with a capital letter and prefix a lower case letter to indicate the type of thing it is, here I use l for local variable Heading, therefore its name is lHeading.
Mathematicians and most math function libraries use radians as angle units instead of degrees. We need to convert the heading to radians before we can use it in the sine and cosine functions. At last we can set the points of the needle graphic to the result of the formulae we derived earlier. Note that again we need to round the results of the trigonometric expressions in order to get whole numbers for the pixel position values:
command IndicateNorth
put round( mobileSensorReading("heading",false), 0) into \
lHeading
put lHeading into field "Heading"
put lHeading*pi/180 into lRadians
>set the points of graphic "Needle" to \
>400,700&>return&400-round(300*sin(lRadians)),700-round(300*cos(lRadians))
send IndicateNorth to >me in 200 milliseconds
end IndicateNorth
Remember that the points of a polygon are specified each point on a line by itself.
We only have two points here, so there is only one return character. The ampersand signs are the character string concatenation operator.
The Final App…
Here is the final code:
on OpenStack
mobileStartTrackingSensor "heading"
IndicateNorth
end OpenStack
command IndicateNorth
put round( mobileSensorReading("heading",false), 0) into \
lHeading
put lHeading into field "Heading"
put lHeading*pi/180 into lRadians
set the points of graphic "Needle" to \
>400,700&cr&400-round(300*sin(lRadians)),700-round(300*cos(lRadians))
send IndicateNorth to me in 200 milliseconds
end IndicateNorth
And that really is all there is to it.
Testing
To test our compass we must combine the LiveCode code with the Andriod code libraries. LiveCode has a menu item Standalone Application Settings:
For the test we only need to check the Coarse Location permission. This is somewhat silly, because a compass does not need access to your geographical location. Unfortunately in the current Android libraries the code to access to the magnetometer is lumped with the code to access the wifi and GSM signals (coarse location). As we are not calling upon either of those, our app will function even if wifi or gsm are off.
Once the standalone application settings have been given, all we need to do is connect our mobile to the laptop with the USB cable and press the "Test" button in LiveCode. A few seconds are needed for LiveCode to put everyting together and upload it, then the result is:
This app is guaranteed not to leak any personal information to the network and not to disturb you with advertising.
I have made a much more complete app, which does adapt itself to the screensize of the mobile it runs on, shows the cardinal points, and uses vector graphics. You can download it free. But you will have to trust me and you will have to set your android device to accept installation of non-market apps (in the security section of the settings).
Alternatively, you could download the source stack and look at the code. You will have some slight trouble with that, since the calls to the heading routines will not work. You will also only be able to compile it to a stand-alone and transfer it on your Android device if you install the Android Development Kit alongside the LiveCode program.
Again: much can be improved, but the point is that you get results fast using LiveCode.
Suggestions for improving the vector-graphics compass: to make it smoother we can avoid recalculating all the vector points for each change of heading by pre-computing them in an arrayPointsFor[] of 1 to 360 degree headings, then setting the points to PointsFor[lHeading] which would be much faster. It would make a bigger app, since the entire precomputed array must be included with the app, but it is at most a few hundred kilobytes.
Conclusion
Conclusion 1: not an award-winning app.
Conclusion 2: LiveCode let us make a working, useful app in a few minutes.
Conclusion 3: Since I wrote it, I trust it 1.
There are many obvious improvements: if ever we want to sell or give away this app, we must write code to make it adapt to the various screen sizes of mobile devices. We might introduce a choice of colours, a wheel with degrees on it, etc. etc.
All of this can be done, and easily too. The point of this page was to show how incredibly fast LiveCode let us get something working that was actually usable.
We spent far more time on the design of the interface and the mathematics of the needle than on the code or debugging.
And that is the main advantage, to me, of using LiveCode: I can concentrate on the problem instead of having to battle with coding.
1: well, I trust my code, but I still have to trust the LiveCode compiler, the Android OS and the Samsung hardware. Any of these might include something that abuses my privacy, identity and so on. However, all the "free" compass apps I downloaded for trials included access to one or more of: my contacts, the GSM phone network, the internet, the GPS location, advertising, and so on. Perhaps some apps did not actually use them, just like Android will tell you my app uses coarse location when in fact it only uses the magnetometer part of that code library. But I cannot be certain.


December 14
Blessed is the man that feareth the Lord, that delighteth greatly in his commandments. He
shall not be afraid of evil tidings: his heart is fixed, trusting in the Lord.
 Don't wait until one hits to find out. Prepare yourself now.
That's what a couple of my Partners did. They faced a situation that would have made many people panic. But when the crisis hit, their hearts were so deeply established on the Word of God that their first response was not one of fear but of faith.
What affected me most when I heard their testimony was one particular phrase they kept using:
No Deposit--No Return
What they meant by that was that if you don't take the time to deposit the Word in your heart now, it won't be there later when you really need it. You'll end up in a crisis with only doubt and unbelief instead of the faith and power you need to see you through. In a situation like the one this couple faced that could be deadly.
You see, their two-year-old son had suffered a fall that had cracked his skull and critically injured his neck. He had no feeling in his arms and legs and was unable to move. Yet as they rushed him to the emergency room, a great sense of peace rested on them. Rather than crying with fear, they prayed in faith and declared, "By Jesus' stripes, our son is healed!"
Sure enough, within hours, their boy was totally restored. Even the X-rays verified the fact that a miracle had taken place.
What's important to understand about that story is this: The victory was not won when the damage to that little boy's body disappeared. It was won all during the days and weeks and months before when his parents were listening to tapes and studying the Word and praying in the Spirit. It was won because these people had spent time building a foundation on the Word so that when this storm came, they were able to stand.
Now is the time for you to build a rock-solid foundation! Don't wait around until you're faced with a crisis. Get the Word in your heart in abundance now, so when you really need it, it will flow out in power.
Remember: No deposit--no return.
Start making those precious deposits today!
Scripture Reading: Psalm 112


I am a Data Scientist at Flipkart. I work with the Retail and Private Label team. Before Flipkart, I finished my masters degree from IIT Madras and worked on Natural Language Generation from structured data. Prior to my masters I worked as an Analog circuit designer working on the design of power management IC’s. Before that, obtained my undergraduate degree from BITS Pilani.


The xsl:sequence
element is used to construct arbitrary sequences.
It may select any sequence of nodes and/or atomic values, and essentially adds these to the result
sequence. The input may be specified either by a select
attribute, or by the instructions
contained in the xsl:sequence
instruction, or both (the select
attribute
is processed first). Nodes and atomic values are included in the result sequence directly. Unlike
xsl:copy-of
, no copy is made.
The as
attribute may be used to define the required type of the sequence. The actual
value is converted to the required type if necessary, using the conversions that are permitted on
function calls. (Specifically, atomization of nodes, casting of untyped atomic values, and numeric
promotion.) If the type cannot be converted, a run-time error occurs.
There are two main usage scenarios. The first is copying atomic values into a tree. For example:
<e>
<xsl:sequence select="1 to 5"/>

<xsl:sequence select="6 to 10"/>
</e>
which produces the output <e>1 2 3 4 5
6 7 8 9 10</e>
.
The second, more important, is constructing a sequence-valued variable. A variable
is sequence-valued if the variable binding element (e.g. xsl:variable
has non-empty content, an as
attribute, and no select
attribute.
For example:
<xsl:variable name="seq" as="xs:integer *">
<xsl:for-each select="1 to 5">>
<xsl:sequence select=". * ."/>
</xsl:for-each/>
</xsl:variable>
This produces the sequence (1, 4, 9, 16, 25) as the value of the variable.
The xsl:sequence
instruction may be used to produce any sequence of nodes and/or
atomic values.
If nodes are constructed within a sequence-valued variable, they will be parentless. For example, the following code creates a variable whose value is a sequence of three parentless attributes:
<xsl:variable name="seq" as="attribute() *">
<xsl:attribute name="a">10</xsl:attribute>
<xsl:attribute name="b">20</xsl:attribute>
<xsl:attribute name="a">30</xsl:attribute>
</xsl:variable>
It is quite legitimate to have two attributes in the sequence with the same name; there is
no conflict until an attempt is made to add them both to the same element. The attributes can
be added to an element by using <xsl:copy-of select="$seq"/>
within an
xsl:element
instruction or within a literal result element. At this stage the usual
rule applies: if there are duplicate attributes, the last one wins.
At present it is probably more efficient in Saxon to use XPath facilities (for
expressions, etc) to construct sequences, rather than doing it at the XSLT level.


| Trait | Value |
|---|---|
| Name | Crindigo |
| Race | Lizard Person |
| Class | Fusion Mage |
| Money | $1,438,239.40 |
| Stat | Value |
|---|---|
| HP |
2,756,910,832
|
| MP |
103,285
|
| STR | 12 |
| END | 5 |
| INT | 122 |
| DEX | 9 |
| CHA | 12 |
| Skill | Level |
|---|---|
| Cooking |
5
4,611/6,000
|
| Crafting |
5
4,611/6,000
|
| Fishing |
999
987,283/1,000,000
|
| Gathering |
9
4,828/10,000
|
| Hunting |
12
4,162/13,000
|
| Mining |
5
4,611/6,000
|
| Science |
5
4,611/6,000
|
| Item | Qty |
|---|---|
| rabbit pelt | 3 |
| limonite | 2 |
| perch | 124 |
| music box | 1 |
| destiny gundam nuclear reactor | 8 |
| fetuccine alfredo | 2 |
| Shining Earrings of the Sky | 1 |
| manure-powered lightbulb patent | 1 |
| Location | Dist |
|---|---|
| Home Town | 0 |
| Downdank Mine | 1.3 |
| Berylia Field | 0.8 |
| Grommeth Forest | 2.5 |
| Shimmertear Lake | 10.2 |
| Ruins of Argor | 5.3 |
| Mount Eravale | 194 |


{% extends "global/Page.html" %} {% load otree %} {% block title %} Instructions {% endblock %} {% block content %}
For the next task, you will have five seconds to read a sentence. Then there will be a 5 second break, after which you will have to write the sentence that you have just read. Please write the sentence as closely to the original as possible. You will repeat this process 9 times before proceeding to the next task. When you are ready to begin, please press "next".
{% next_button %} {{ form.errors }} {% endblock %}


This project worked on practicing some basic HTML formatting, creating READMEs, and linking images into HTML documents.
HTML, Markdown used.
This was a co-authored project that worked on practicing basic HTML formatting, creating READMEs and images, working with divs and spans, working with CSS style sheets, utilizing ipsum lorem, and more.
HTML, CSS, and Markdown used.
This project worked on implementing Bootstrap and CSS styling sheets into a single project on the topic of dream vacations. Used Boostrap containers, jumbotron, blockquotes, 'bg', card, and grids. Also added in some of my own basic CSS styling.
HTML, CSS, Markdown, Bootstrap used.
After working for many years in the food service industry, I am looking to pivot to a new industry with more opportunity, stability, a new skill set, and room for long-term growth.
For a more extensive look at my work history, check out my LinkedIn.
Put some funky chunes in your ears.


Language GO!
Top 10 used Language!
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Select Directory
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List Sub-Directories as well
Save Snapshot
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Filename
Permissions
Date Modified
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Please select directory path first!


Address: 127.127.7.u
Reference ID: CHU
Driver ID: CHU
Serial Port: /dev/chuu
; 300 baud, 8-bits, no
parity
Features: chu_clk
This driver supports a shortwave receiver and special modem circuitry
described in the ./gadget directory of the xntp3 distribution. It
requires the chu_clk
line discipline or streams module
described in the Line Disciplines and Streams
Drivers page. It also requires a gadget box and 300-bps modem, such
as described in the Pulse-per-second (PPS) Signal
Interfacing page.
Unlike the NIST time services, whose timecode requires quite specialized hardware to interpret, the CHU timecode can be received directly via a serial port after demodulation. While there are currently no known commercial CHU receivers, the hardware required to receive the CHU timecode is fairly simple to build. While it is possible to configure several CHU units simultaneously, this is in general not useful.
The time1
fudge option can be used to set the CHU
propagation delay, compensate for inherent latencies in the serial port
hardware and operating system. The default value is 0.0025 seconds,
which is about right for Toronto. Values for other locations can be
calculated using the propdelay program in the util directory of the
xntp3 distribution or equivalent means.
The time2
fudge option can also be used to compensate
for inherent latencies in the serial port hardware and operating system.
The value, which defaults to zero, is in addition to the propagation
delay provided by the time1 option. The default value is 0.0002 seconds,
which is about right for typical telephone modem chips.
The flag1
option can be used to modify the averaging
algorithm used to smooth the clock indications. Ordinarily, the
algorithm picks the median of a set of samples, which is appropriate
under conditions of poor to fair radio propagation conditions. If the
clock is located relatively close to the WWV or WWVH transmitters,
setting this flag will cause the algorithm to average the set of
samples, which can reduce the residual jitter and improve accuracy.
When enabled by the flag4
fudge flag, every received
timecode is written as-is to the clockstats
file.
time1 time
time2 time
stratum number
refid string
CHU
.
flag1 0 | 1
flag2 0 | 1
flag3 0 | 1
ppsclock
line discipline/streams module if set.
flag4 0 | 1
clockstats
recording if set.
Additional Information


{% extends "base.html" %} {% block body %}
We invite you to be aware of your breath. While pressing a key with each breath, you may be asked occasionally about your experience. This will help us understand how the mind works. Most sessions last 10-15 minutes, though you can choose to go longer or return for more sessions. If you become uncomfortable, you may stop at any time.
Our intention is to freely offer a safe, secure environment to investigate the mind, for visitors and for the field of science. If you have concerns about what you experience during the session please contact Dr. Richard Davidson<EMAIL_ADDRESS>608-265-8189). If you have questions about your rights as a research participant, please contact the Education and Social and Behavioral Science Institutional Review Board ("Committee for the Protection of Human Subjects") at<PHONE_NUMBER>.
No personal benefit is guaranteed from participating in this study.
{% endblock %}


Duration : 15 mins
Persona : API Product Team
After you have some API Products up and running you want to have a look at how the program performs and how successful your API program is.
With trend usage data you can see how your API calls are trending over time and predict how the traffic will be in the next year, when you need to do your capacity planning
Through visualization of the data with out of the box analytics, Apigee helps you with finding the trends and patterns of your APIs
When registering an application to an API product that metadata is loaded when verifying an API key or Oauth Token so you can identify the Developer, App and the Product. This data is crucial for insights into your program.
If you have not followed previous modules you can use a load generator to have some data in your reports.
You have to have an API proxy with a default API key policy and 3 API keys ideally for different Apps and API products.
You can create a new proxy by uploading the proxy in the loadgen folder in this repository.
Apigee comes with a lot of pre built reports. For the purpose of these labs and in the interest of time, we will walk through the different dashboards with screenshots from populated demo environments. Feel free to use the optional load generator to follow along in your own environment.
If you prefer you can have a look at the API Dashboards by watching this video that gives you an overview of the metrics dashboards with a lot of filled values: https://youtu.be/mElNO44QQFQ?t=126
To get to the reports open the Analyze menu in the sidebar.
The Proxy Performance dashboard helps you see API proxy traffic patterns and processing times. You can easily visualize how much traffic your APIs generate and how long it takes for API calls to be processed, from the time they are received by Apigee Edge until they are returned to the client app.
The Cache Performance dashboard lets you see at a glance the value of your Apigee Edge cache. The dashboard helps you visualize the benefit of the cache in terms of lower latency and reduced load backend servers.
The Error Code Analysis dashboard tells you about error rates for API proxies and targets. The Error Code Analysis dashboard uses:
The Target Performance dashboard helps you visualize traffic patterns and performance metrics for API proxy backend targets.
The Developer Engagement dashboard tells you which of your registered app developers are generating the most API traffic. For each of your developers, you can find out who is generating the most API traffic and the most errors. For example, if a particular developer's app is generating a lot of errors relative to other developers, you can pro-actively address the problem with that developer.
In the main view, if it is enabled, select the Analyze button under the Actions column for the app to view details about that app and the app developer. The following chart appears:
The Traffic Composition dashboard measures the relative contribution of your top APIs, apps, developers, and products to your overall API program.
The Devices dashboard tells you about the devices and servers that are being used to access your APIs. It lets you spot trends in how users are accessing your APIs. For instance, you might notice that traffic from one type of device is increasing, while another is going down, and then decide if the change requires any action or not.
The Geo Map dashboard tracks traffic patterns, error patterns, and quality of service across geographical locations. You can view information about all your APIs, or zoom in on specific ones.
Play around with different api keys from different API
Note: It takes about 30 minutes for a new custom dimension to be added to the database after the Statistics Collector policy is invoked for the first time, for each environment.
For example, if a Statistics Collector proxy is invoked in the test environment, data for that custom dimension starts to be available in the test environment 30 minutes later, and the custom dimension will appear in the custom reports Dimensions drop-down list.
Now we want to have a look at the data we collected in our API proxy. To do that we need to create a custom report that looks for the value we have defined in the statistics collector policy before.
For our example we want to see the Traffic of our proxy
We also define the Dimensions we want to group our traffic by. By selecting multiple dimensions we can drill down our report to find more information on the traffic metric.
Now we see the traffic split by Apps. This helps us to identify apps that are generating a lot of traffic to look closer at.
You can also download the data as CSV by clicking the download button to the right.
Visit the Management API documentation where you can also conveniently try out API calls:
In the documentation you can interactively make calls to your organization to see how the results look like.
Caution: Update Time Range accordingly to have the end range date in the present.
In this lab you have explored all Reports that show you the success and performance of you API Program and give you valuable insights into how to optimize your APIs.
https://docs.apigee.com/api-platform/analytics/use-analytics-api-measure-api-program-performance
Analytics dashboards overview - https://docs.apigee.com/api-platform/analytics/using-analytics-dashboards
Exract Variables Policy - https://docs.apigee.com/api-platform/reference/policies/extract-variables-policy
Statistics Collector Policy - https://docs.apigee.com/api-platform/reference/policies/statistics-collector-policy
Create and manage custom reports - https://docs.apigee.com/api-platform/analytics/create-custom-reports
Example of custom report with statistics collector - https://docs.apigee.com/api-platform/analytics/analyze-api-message-content-using-custom-analytics
Extract Variables Policy - https://www.youtube.com/watch?v=KqFpnNt_8yo
Measurement and KPIs for APIs - https://www.youtube.com/watch?v=x6r7xHKNINU
Measuring and reporting the success of your API program - https://www.youtube.com/watch?v=VcNKpoakVqQ
Please take a few minutes to provide your feedback on this API Jam here.


---
title: Helena | Web Automation for End Users
description: Web Automation for End Users
permalink: /
layout: default
author: Sarah Chasins
summary: Helena is a high-level programming language for web automation. It comes with Rousillon, a programming-by-demonstration (PBD) tool for writing Helena programs. Just open the Rousillon browser extension, demonstrate how to collect the first row of a dataset, then let Rousillon write a program for collecting the remaining rows.
image: /index_files/helena.png
---
Helena is a high-level programming language for web automation.
It comes with Rousillon, a programming-by-demonstration (PBD) tool for writing Helena programs.
Just open the Rousillon browser extension, demonstrate how to collect the first row of a dataset, then let Rousillon write a program for collecting the remaining rows.
Install Helena
Learn Helena
Helena
is a high-level programming language for automating web tasks -- clicks, form interactions, data collection.
Draft a Helena program by recording a browser interaction, then use the Helena editor to adapt, extend, and understand it.
Rousillon
is a Chrome extension for writing programs in the Helena language using PBD techniques.
Using the extension, users can demonstrate how to collect the first row of a multi-relational dataset and receive a generalized Helena program for collecting remaining data.
Ringer
is a browser record and replay tool.
Ringer records a user demonstration of a web interaction and writes a straight-line replay script in a low-level language.
The replay script is designed to repeat the same interaction on the same webpages, even as the pages' structures and contents change.
Rousillon uses Ringer as a building block to record user interactions, then generalizes the straight-line Ringer interactions into loopy, high-level Helena programs.
Housing Markets
We are partnering with a team of sociologists to study the practices and attitudes of rental Property Owners/Managers (POMs) in a tight housing market, scraping rental listings to learn how POM practices vary across neighborhoods.
Hurricane Harvey
We are collaborating with a small team of civil and environmental engineers to study the effects of Hurricane Harvey by collecting a wide variety of datasets, from rescue request listings to power outage details.
Charitable Foundation Communications
We are providing data to a group of public policy researchers studying how charitable foundations communicate with their supporters, collecting data from a variety of social media and and community foundation sites.
And More!
We have also been collecting data with collaborators from backgrounds ranging from economics to art to environment and forest sciences. Check back as we keep adding details on our collaborations!
The tools described on this page build on each other. The Rousillon browser extension uses Ringer to record user interactions. Ringer's output is a straight-line replay script in a low-level language, which we feed as input to a generalizer. The generalizer produces a loopy Helena program. Finally, Rousillon runs the Helena program to execute the web task or collect the target web data. The diagram below illustrates how the components interact.


Navraj Narula
In academia, I have been published by both Boston University and Harvard University. At Boston University, my essay regarding epiphanies in James Joyce's Dubliners won an appearance at the institution's annual WR Journal. Similarly, at Harvard University, my piece on the neglection of Mrs. Dalloway's Septimus Warren-Smith was selected for publication among other summer scholars at the college.
Research Essays
The Epiphany as the Evanescent Moment: Flashes of Unintellectual Light in James Joyce's Dubliners
Septimus Warren Smith:
Woolf's Hide-and-Seek Target
*
I also serve as the Catalyst (science/technology) Editor for The Daily Free Press, an independently-run student newspaper at Boston University. I am truly fond of reporting.
News
Residents gather to celebrate Supreme Court same-sex marriage decision
City Council reviews 2020 Olympic agenda to plan for 2024
African Presidential Center director looks into reasons behind closing
Charlie Baker sworn in as 72nd governor of Massachusetts
Science & Technology
First BU Data Science Day to highlight prominence of data in all scientific fields
Imitation proves to be valuable learning tool throughout human history
Computer science rises in ranks among female college students
U.K. researchers work to combat social media malware
EU ban on cloning livestock stirs up worldwide debate
Panel to address media's role in feeding global nutrition movement
As predictor of age, blood over face proves big disgrace
Women in STEM fields call for engineering earlier interest
New app trend promises technology intervention
Beyond the nicotine: Q&A with tobacco control expert Michael Siegel
Groups at BU, beyond work to preserve global water supply
Basics of breast cancer: Q&A with BU environmental health professor David Sherr
Business & Corporate Trends
Tattoos, piercings becoming more acceptable in various work spaces
Arts & Entertainment
REVIEW: Panic! At The Disco commemorates "Death of a Bachelor"
PREVIEW: BU galleries highlight tragedies, construction of humanity
REVIEW: Brown Box's "The Taming of the Shrew" refreshing, reinvented
INTERVIEW: George Sheppard on indie band Sheppard's newfound fame
REVIEW: "True Story" filled with suspense and complex relationships
Wisdom in tow, Eliza Dushku comes home
REVIEW: Midnight no concern for timeless "Cinderella" reboot
REVIEW: "Unfinished Business" doesn't do much, but gets job done
REVIEW: In "Still Alice", love tries hard to conquer all
Features on People
For alum Musto, passion something worth fighting for
Terriers in Tiaras: Two BU students vie for pageant crown
Active Minds at BU hosts PostSecret founder Frank Warren last Thursday
BU Student Ambassadors take different approaches to student mentoring
To view other examples of my writing, please click here.


{% extends "django_nova/keypairs/base.html" %} {% block title %} - Cloud Computing{% endblock %} {% block headerjs %} {{ block.super }} {% endblock %} {% block content %}
Key pairs are ssh credentials which are injected into images when they are launched. Creating a new key pair registers the public key and downloads the private key (a pem file). Protect and use the key as a normal private key.
Are you sure you wish to delete key ?


/*!
* @class Pipe
*
* @headerfile <seqan/pipe.h>
*
* @brief Pipes are pop-passive pipeline modules.
*
* @signature template <typename TInput, typename TSpec> class Pipe;
*
* @tparam TSpec The specializing type.
* @tparam TInput The type of the pipeline module this module reads from. Use
* Bundle2, Bundle3, etc. to read from more than one module.
*
* Use @link Pipe#Value @endlink to get the output type of a given Pipe (returns
* <tt>Value<TInput>::Type</tt> by default).
*
* Use Size to get the size type of a given Pipe (returns
* <tt>Size<TInput>::Type</tt> by default).
*
* @mfn Pipe#Value
*
* @brief Return value type of the Pipe specialization.
*
* @signature Value<TPipe>::Type;
*
* @tparam TPipe The Pipe specialization to query.
*
* @return Type The resulting value type.
*
* @mfn Pipe#Size
*
* @brief Return size type of the Pipe specialization.
*
* @signature Size<TPipe>::Type;
*
* @tparam TPipe The Pipe specialization to query.
*
* @return Type The resulting size type.
*
* @fn Pipe::Pipe
*
* @brief Constructor
*
* @signature Pipe::Pipe(in);
*
* @param[in] in Reference to an input pipe.
*
* @fn Pipe#length
*
* @headerfile <seqan/pipe.h>
*
* @brief Length of the pipe.
*
* @signature TSize length(pipe);
*
* @param[in] pipe The Pipe to query for its size.
*
* @return TSize The size of the pipe.
*
* @fn Pipe#front
*
* @headerfile <seqan/pipe.h>
*
* @brief Gets the first element of the remaining stream.
*
* @signature TValue front(object);
*
* @param[in] object A pop-passive pipeline module.
*
* @return TValue The first element of the remaining input stream. Return type
* is <tt>Value<TObject>::Type</tt> for <tt>object</tt>
* type <tt>TObject</tt>.
*
* Pipe#front or Pipe#pop can only be called within a read process surrounded by
* beginRead and endRead.
*
* @see Pipe#pop
*
* @fn Pipe#pop
*
* @headerfile <seqan/pipe.h>
*
* @brief Pops the first element of the remaining stream.
*
* @signature void pop(pipe[, ref]);
*
* @param[in,out] pipe A pop-passive pipeline module.
* @param[out] ref Reference to the result. Result type is
* <tt>Value<TObject>::Type</tt> for <tt>object</tt> type
* <tt>TObject</tt>. Returns the first element of the remaining
* input stream.
*
* In contrast to Pipe#front this function also steps one element further.
*
* Pipe#front or Pipe#pop can only be called within a read process surrounded by
* beginRead and endRead.
*
* @fn Pipe#atEnd
*
* @brief Check whether the @link Pipe @endlink object is at end.
*
* @signature bool atEnd(pipe);
*
* @param[in] pipe The @link Pipe @endlink object to query.
*
* @return bool true in case of the pipe being at the end, false otherwise.
*
* @fn Pipe#beginRead
*
* @headerfile <seqan/pipe.h>
*
* @brief Initiates a read process.
*
* @signature bool beginRead(object);
*
* @param[in,out] object A pop-passive pipeline module.
*
* @return bool true on success, false on failure.
*
* <tt>beginRead</tt> rewinds the output stream, prepares <tt>object</tt> for
* succeeding reads, and typically calls <tt>beginRead</tt> of the input
* pipeline modules.
*
* A read process must be terminated with endRead. Nested read processes are not
* allowed.
*
* @see Pipe#endRead
*
* @fn Pipe#endRead
*
* @headerfile <seqan/pipe.h>
*
* @brief Terminates a read process.
*
* @signature bool endRead(object);
*
* @param[in,out] object A pop-passive pipeline module.
*
* @return bool true on success, false on failure.
*
* <tt>endRead</tt> closes the output stream, frees resources possibly allocated
* by beginRead, and typically calls <tt>endRead</tt> of the input pipeline
* modules.
*
* @see Pipe#beginRead
*
* @fn Pipe#assign
*
* @headerfile <seqan/pipe.h>
*
* @brief Assigns one object to another object.
*
* @signature void assign(target, source);
*
* @param[out] target Reference to assign to.
* @param[in] source Value to assign.
*
* Assign value of source to target.
*/


--- layout: page title: Biblical Studies subtitle: Biblical studier by day desc: Biblical studier by day permalink: /biblical/ sections: - title: Education items: - title: "PhD Biblical & Theological Studies: Old Testament" link: # altdate: (in progress) desc: Wheaton College, Wheaton, IL - title: MA Biblical Exegesis link: # date: 2017-05-20 desc: Wheaton College, Wheaton, IL - title: Honours Theology/Biblical Studies (OT Emphasis) link: # date: 2012-12-10 desc: George Whitefield College, Cape Town, South Africa - title: BTh Theology/Biblical Studies link: # date: 2011-12-10 desc: George Whitefield College, Cape Town, South Africa - title: Publications items: - title: Review of Ian Boxall's “Discovering Mathew” link: # date: 2015-01-01 desc: Neotestamentica 49.2 - title: Conference Presentations items: - title: An Investigation into the Use of ירא in Deuteronomy and its Correspondence with the NT Idea of Faith link: # date: 2016-03-11 desc: ETS Regional Conference (Midwest) - title: "Searching the Bible Using NLP: Google for the Hebrew Bible" link: # date: 2019-11-23 desc: SBL National, San Diego - title: Awards items: - title: Schultz Award in Old Testament Studies link: # date: 2017-05-20 desc: - title: Alpha Beta Rho Hebrew Award link: # date: 2016-05-20 desc: - title: 2nd Place ETS Regional Student Paper Competition link: # date: 2016-03-11 desc: An Investigation into the Use of ירא in Deuteronomy and its Correspondence with the NT Idea of Faith --- {% for section in page.sections %}
{{ item.desc }}


Failed To Sent
Total Failed
{{ failed_pdfs }}
4% Today
Total Failed
Bank DemandLetter
Bank DemandLetter
{{ demand }}
4% Today
Total Failed
Bank UfALetter
Bank UfALetter
{{ uffa }}
4% Today
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Bank DormancyLetter
Bank DormancyLetter
{{ dormancy }}
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Bank Statements
Bank Statements
{{ bankstatement }}
Today


Almost done! Donations start at $100 (Paypal's processing fee is 2.9% + $0.30) to cover basics for each attendee; any contribution beyond that is a 'thank you gift' to our musicians. Please note that there is no exchange for donating more than $100 and that the handful of rooms will still be assigned on a first-come-first-served basis. Your credit card information is secured by an SSL (Secure Socket Layer) connection to Paypal, where your donation will be processed. All your sensitive information is encrypeted when it leaves your browser :)


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maxElements(int)
- Method in class com.palamida.util.collect.
TreeQueue.Builder
Configures this builder to build
TreeQueue
instances that are limited to the specified maximum number of elements.
maxElements(int)
- Static method in class com.palamida.util.collect.
TreeQueue
Returns a new builder configured to build
TreeQueue
instances that are limited to the specified maximum number of elements.
maxSize()
- Method in interface com.palamida.util.collect.
BoundedQueue
Returns the maximum size of this queue.
maxSize()
- Method in class com.palamida.util.collect.
TreeQueue
Returns the maximum size of this queue.
MoreArrays
- Class in
com.palamida.util.base
Static utility methods that operate on or return arrays.
MoreFiles
- Class in
com.palamida.util.io
Static utility methods for working with
File
s.
MoreIterators
- Class in
com.palamida.util.collect
Static utility methods which operate on or return
Iterator
s.
MoreLists
- Class in
com.palamida.util.collect
Static utility methods which operate on or return
List
s.
MoreMaps
- Class in
com.palamida.util.collect
Static utility methods which operate on or return
Map
s.
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- Class in
com.palamida.util.collect
Static utility methods which operate on or return
Queue
s.
MoreSets
- Class in
com.palamida.util.collect
Static utility methods which operate on or return
Set
s.
MoreStrings
- Class in
com.palamida.util.base
Static utility methods that operate on or return
String
s.
MoreSwingUtilities
- Class in
com.palamida.util.swing
Static utility methods for working with Java
Swing
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Package org.drip.service.jsonparser
Class Yylex
java.lang.Object
org.drip.service.jsonparser.Yylex
public class Yylex
extends java.lang.Object
Yylex is an Adaptation of the Yylex Class from the RFC4627 compliant JSON Simple
(https://code.google.com/p/json-simple/).
- Module = Numerical Core Module
- Library = Algorithm Support
- Project = Environment, Product/Definition Containers, and Scenario/State Manipulation APIs
- Package = RFC4627 Compliant JSON Message Parser
- Author:
- Fang Yidong, Lakshmi Krishnamurthy
-
Field Summary
Fields Modifier and Type Field Description static int
STRING_BEGIN
Lexical State - BEGINstatic int
YYEOF
This character denotes the end of filestatic int
YYINITIAL
lexical states -
Constructor Summary
Constructors Constructor Description Yylex(java.io.Reader in)
Creates a new scanner There is also a java.io.InputStream version of this constructor. -
Method Summary
Modifier and Type Method Description void
yybegin(int newState)
Enters a new lexical statechar
yycharat(int pos)
Returns the character at position pos from the matched text.void
yyclose()
Closes the input stream.int
yylength()
Returns the length of the matched text region.Yytoken
yylex()
Resumes scanning until the next regular expression is matched, the end of input is encountered or an I/O-Error occurs.void
yypushback(int number)
Pushes the specified amount of characters back into the input stream.void
yyreset(java.io.Reader reader)
Resets the scanner to read from a new input stream.int
yystate()
Returns the current lexical state.java.lang.String
yytext()
Returns the text matched by the current regular expression.Methods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
-
Field Details
-
YYEOF
public static final int YYEOFThis character denotes the end of file- See Also:
- Constant Field Values
-
YYINITIAL
public static final int YYINITIALlexical states- See Also:
- Constant Field Values
-
STRING_BEGIN
public static final int STRING_BEGINLexical State - BEGIN- See Also:
- Constant Field Values
-
-
Constructor Details
-
Yylex
public Yylex(java.io.Reader in)Creates a new scanner There is also a java.io.InputStream version of this constructor.- Parameters:
in
- the java.io.Reader to read input from.
-
-
Method Details
-
yyclose
public final void yyclose() throws java.io.IOExceptionCloses the input stream.- Throws:
java.io.IOException
- Thrown if the Inputs are Invalid
-
yyreset
public final void yyreset(java.io.Reader reader)Resets the scanner to read from a new input stream. Does not close the old reader. All internal variables are reset, the old input stream cannot be reused (internal buffer is discarded and lost).- Parameters:
reader
- the new input stream
-
yystate
public final int yystate()Returns the current lexical state.- Returns:
- The Current Lexical State.
-
yybegin
public final void yybegin(int newState)Enters a new lexical state- Parameters:
newState
- the new lexical state
-
yytext
public final java.lang.String yytext()Returns the text matched by the current regular expression.- Returns:
- The Text.
-
yycharat
public final char yycharat(int pos)Returns the character at position pos from the matched text. It is equivalent to yytext().charAt(pos), but faster- Parameters:
pos
- the position of the character to fetch. A value from 0 to yylength()-1.- Returns:
- the character at position pos
-
yylength
public final int yylength()Returns the length of the matched text region.- Returns:
- The Length.
-
yypushback
public void yypushback(int number)Pushes the specified amount of characters back into the input stream. They will be read again by then next call of the scanning method- Parameters:
number
- the number of characters to be read again. This number must not be greater than yylength()!
-
yylex
Resumes scanning until the next regular expression is matched, the end of input is encountered or an I/O-Error occurs.- Returns:
- the next token
- Throws:
java.io.IOException
- if any I/O-Error occursParseException
- Thrown if Inputs are Invalid
-


|
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See:
Description
| Interface Summary | |
|---|---|
| BPCollections.CollectionProvider | This interface is responsible for setting the class and initialize and load factor for all sets and maps used in all model objects for performance purposes. |
| Filter<T> | Generic interface for defining filter decorators. |
| Class Summary | |
|---|---|
| AbstractFilterSet<F,E> | Base class for implementing various filter sets. |
| AccessibleSet<E> | This is a decorator set for capturing a set member that is equal to the given parameter. |
| BasicFilterFactory | Basic filter factory implementation class. |
| BiopaxSafeSet<E extends BioPAXElement> | A thread-safe set of BioPAX objects that also prevents adding several elements having the same URI. |
| ClassFilterSet<E,F extends E> | A FilterSet that filters based on the class. |
| CompositeIterator<T> | A composite iterator that iterates over multiple iterators. |
| DataSourceFieldBridge | A FieldBridge implementation for including dataSource (Provenance) names and URIs to the BioPAX element's Lucene index. |
| DataSourceFilterFactory | A Filter factory implementation to define the full-text search filter "by data source". |
| EquivalenceGrouper<T extends BioPAXElement> | Utility class for equivalence based comparison of a set of BioPAXElements. |
| OrganismFieldBridge | A FieldBridge implementation for including organism (BioSource) names, ids, terms to parent BioPAX element's index. |
| OrganismFilterFactory | A Filter factory implementation to define the full-text search filter "by organism". |
| ParentPathwayFieldBridge | This is a FieldBridge implementation
for biopax elements to generate a custom search/filter
index field that contain their parent pathway URIs and names. |
| SetEquivalenceChecker | This class performs set operations based on equivalence. |
| SetStringBridge | Hibernate - Lucene bridge between Set |
| XrefFieldBridge | This Hibernate search field bridge implementation is to be applied
to the 'xref' object properties of many biopax XReferrable classes,
such as EntityReference, Protein, etc., and allows finding these objects
by some identifier (e.g., UniProt, HGNC Symbol, etc.). |
| Enum Summary | |
|---|---|
| AnnotationMapKey | Deprecated. this enumeration is not used and probably not required at all. |
| BPCollections |
| Exception Summary | |
|---|---|
| BioPaxIOException | This exception is thrown if a problem occurs during an input/output operation related to BioPAX Handlers. |
| IllegalBioPAXArgumentException | This exception is thrown typically when BioPAX domain or cardinality restrictions are violated. |
| IllegalRDFIDException | This exception is thrown when an object does not have a proper, non-null, unique id. |
| Annotation Types Summary | |
|---|---|
| AutoComplete | Interface for demarcating excise-able boundaries of the object graph. |
This package contains various collections and utilities that is used by the other packages and modules of paxtools. TODO describe which classes are public API and which not (or are SPI, legacy, etc. made public for some good reason)
|
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Deathmaster
Deathmaster is the singer in .
A veteran of the Italian scene, Deathmaster is currently the singer for Fury'n'Grace and Gjallarhorn(ITA).
Deathmaster's hallmark are war-cry vocals. He survives on 80s US Metal, 70s heavy metal, Bathory, Jethro Tull, Unix and Beer.
A bit of a hermit, he comes out of his cave for a live appearance once every year... or two.
The Ancient
Gianluca "The Ancient" Silvi is a guitarist and backing vocalist in . He is the mastermind behind Italian legends Battle Ram, a member of undeground heroes Jotenheim, and has throughout the years achieved cult status with his unwavering dedication to heavy metal. He's probably the biggest Manilla Road fan in existence.
The Autarch
Matteo "The Autarch" Carnio is the immoral guitar player in since December 2012. He's the architect behind Fury'n'Grace, together with Wrathlord and Nidhoggr: he's been playing with both over the last 20-odd years. His style is drenched in mystique and venom. He thrives on meaty riffs and surreal, eerie melodies.
Nidhoggr
Cristian “Nidhoogr” Grillo is the bass player and demon summoner in . He played in Fury'n'Grace since records began, and is currently reaping souls while his time on this earth lasts before he heads back to Hel. He's also the bass player in Gjallarhorn and carries a beer keg everywhere for emergencies.
Wrathlord
Emiliano “Wrathlord” Bertossi is the drummer in . Renowned for litterally destroying most of the live drumkits he played on, his nickname is more of an objective description than a stagename. Wrathlord's career is borderline infinite, he's a member of Fury'n'Grace for nearly 20 years and a member of since 2002.


Cricket legend Sachin Tendulkar will be the chief guest for this 2018 edition of Nehru Trophy Boat Race to be held at Punnamada on August 11.
...
{{ news.description}}
{{ news.description }}
{{ 'home2.link' | translate }}


Dialogs can be used to alert the user with a message. They can be used to present a simple message with a 2 button choice. They can also be used to display ritch content allowing you to attach templates, controllers, scope, and locals.
While the alerts will queue, there can only be one dialog on screen at a time.
You can use the `$brDialog` service to controll the dialogs by adding, removing, alerting, locking, and unlocking


How Buhari encouraged Egyptian revolutionary protest in 2011 ― Falana
by David O RoyalBy David O Royal
Counsel to Omoyele Sowore, Mr. Femi Falana, SAN, on Monday in an interview with TVC on its morning show “Your View: Let’s talk” revealed that President Muhammadu Buhari had in 2011 urged Nigerians to emulate and be prepared for a revolution like that of Egyptians which led to the death of over 800 people.
Mr Falana also stated that President Muhammadu Buhari had in 2003 after he lost election under the defunct ANPP decided to stage protest which was violently disrupted by the police.
Falana was addressing the issue of Sowore who was rearrested by the Department of State Services, DSS on Friday.
In his words “General Muhammad Buhari and others had a protest in Kano in 2003, the police violently disrupted the rally, teargassed them,
READ ALSO: Presidency gives reasons DSS is detaining Sowore
“His deputy, late Dr. Chuba Williams Okadigbo passed on, on an account of the poisonous gas inhaled by him in a couple of days later.
“The ANPP leaders led by General Muhammadu Buhari contacted me and said please can you help us challenge this law that requires us to ask for police permission before we can express ourselves in our country.
“We went to the Federal High court, I didn’t charge them, today, that is the law, that Nigerians can protest, whether you call it the revolutionary protest, it is not a criminal offence.
“Unlike those who removed a democratically elected government in 1993, that coup was led by General Muhammadu Buhari.
“In 2011, following the revolution in Egypt, President Buhari urged Nigerians to emulate and be prepared to have a revolution like the Egyptian revolution, that revolution of Egypt killed over 800 lives, so who’s talking about destabilizing the country” he said.


This is a browseable catalog of Elix component demos.
Select a demo from the left. Each demo page offers the option to open the page as its own tab.


Welcome to Colombia
On this page you will see a small part of a great country called Colombia, which was conquered by the Spanish in 1499. It is located north of South America, being the only country that has coasts in the Atlantic Ocean and the Pacific Ocean. It is divided into 32 departments , located in the tropics, which means that it does not have stations but thermal floors, which allows In an hour of travel you can be from 30 ° to 10 °, for this reason there is a great variety of fauna and flora and cultural diversity.Here you can find a little about the most important cities and their most typical foods. The national symbols of the country are:


A single page website with 3 navigation items created by Ioanna Talasli as preparation assignment for lesson 1 on react
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Comparisons of newly registered tuberculosis (TB) cases nationwide in China from January to May of 2019 and 2020. Note that the number of confirmed coronavirus disease 2019 cases peaked at 68 033 in February 2020 and has been declining sharply since March, with only 143 cases reported nationwide in May.


On Tuesday February 9th, the West Ada School Board voted 4-1 to bring the kids all in school, Full-Time, In-Person, K-12 by March 29 (moved up from the original date of April 13.)
While this fell short of our original goal of March 1, I believe we helped shift the conversation to, as Trustee Chair Amy Johnson put it, "not whether we are coming back to school, but how much sooner we can move it forward." I firmly believe that we played an important part in making that happen, and while the result might not be perfect, it certainly was very, very good.
In the coming days, as promised, I will delete any and all personal information and close down the site entirely. Look for one final email from me immediately before that happens. But for now, let me simply say thank you. Thank you for helping get our Kids All In.
P.S. Note that you can still Join Us if you wish to add your name to ours before we close down!
{# If you support Full-Time, In-Person, K-12 Instruction you should join our movement! #}
On Tuesday February 9th, the West Ada School Board voted 4-1 to bring the kids all in school, Full-Time, In-Person, K-12 by March 29 (moved up from the original date of April 13.)
While this fell short of our original goal of March 1, I believe we helped shift the conversation to, as Trustee Chair Amy Johnson put it, "not whether we are coming back to school, but how much sooner we can move it forward." I firmly believe that we played an important part in making that happen, and while the result might not be perfect, it certainly was very, very good.
In the coming days, as promised, I will delete any and all personal information and close down the site entirely. Look for one final email from me immediately before that happens. But for now, let me simply say thank you. Thank you for helping get our Kids All In.
P.S. Note that you can still Join Us if you wish to add your name to ours before we close down!
Of the {{total}}, here are those who have elected to share their names publicly:
| Name | Comments |
|---|---|
| {{account.name}} | {{account.comments}} |


The LQ factorization
is given by
This factorization is computed by the routine xGELQF, and again Q is represented as a product of elementary reflectors; xORGLQ (or xUNGLQ in the complex case) can generate all or part of Q, and xORMLQ (or xUNMLQ ) can pre- or post-multiply a given matrix by Q or QT (QH if Q is complex).
The LQ factorization of A is essentially the same as the QR factorization
of AT (AH if A is complex), since
The LQ factorization may be used to find a minimum norm solution of
an underdetermined system of linear equations A x = b where A is
m-by-n with m < n and has rank m. The solution is given by


CLI
tl;dr :
./install.sh
installsrock
in/usr/local/bin
,
Then typerock
+Enter to as the command line tool.
The details:
After you built the project with
mvn -Pizza clean install
like explained in Getting started, the command
line client is available in the executable jar file rockscript-cli/target/rockscript-cli.jar
.
The most basic way to use the command line client is the command
java -jar rockscript-cli/target/rockscript-cli.jar [command-line-args]
But it’s much cooler to create a short command for this. Use the
./install.sh
to create a rock
executable script in
/usr/local/bin/rock
. That will reduce the command line usage to
rock [command-line-args]
On Mac OS X, you can use the script ./install.sh
to create
the rock
executable bash script in /usr/local/bin/rock
.
On Linux or Unix, let me know if the above procedure works or if you prefer a different way of installing.
On Windows, create a rock.bat
file in any directory specified in your %path%
environment
variable. And put this content in the rock.bat
@echo off
java -jar rockscript-cli/target/rockscript-cli.jar %*
To get an overview of all the commands, just type rock <Enter>
$ rock
Usage: rock [command] [command options]
rock help [command] | Shows help on a particular command
rock ping [ping options] | Test the connection with the server
rock deploy [deploy options] | Deploy script files to the server
rock start [start options] | Starts a new script execution
rock end [end options] | Ends a waiting service function invocation
rock test [test options] | Runs tests
rock | Shows this help message
To get help on a specific command, type rock help <command>
Eg
$ rock help deploy
rock deploy : Deploys script files to the server
usage: rock deploy [deploy options] [file or directory]
-n <arg> Script file name pattern used for scanning a directory.
Default is *.rs Ignored if a file is specified. See also
https://docs.oracle.com/javase/tutorial/essential/regex/index.
html
-q Quiet. Don't show the HTTP requests to the server.
-r Scan directory recursive. Default is not recursive. Ignored if
specified with a file.
-s The server URL. Default value is http://localhost:3652
Example:
rock deploy -r .
Deploys all files ending with extension .rs or .rst
located in the current directory or one of it's nested
directories


EBay to sell ticketing unit StubHub for US$4.05 billion
EBay Inc will sell its ticketing unit, StubHub, for US$4.05 billion to ticket reseller Viagogo Ltd in an all-cash deal, the companies said on Monday.
REUTERS: EBay Inc will sell its ticketing unit, StubHub, in an all-cash US$4.05 billion deal to ticket reseller Viagogo Ltd, the companies said on Monday, nearly a year after the ecommerce major came under pressure from activist investors to hive off some of its businesses.
In January, activist investors Elliott Management Corp and Starboard Value had urged eBay to sell its ticket sales business and eBay Classifieds Group as part of a plan that could double the company's value.
Elliott valued StubHub between US$3.5 billion and US$4.5 billion, while eBay Classifieds between US$8 billion and US$12 billion.
Following the activist investors' request, eBay made changes to its board of directors in March. It announced a review of its StubHub and eBay Classifieds businesses as part of an agreement with activist investors to avert a proxy contest.
Shares of eBay were up nearly 3per cent at US$36.02 in early trade on Monday.
Elliott Management declined to comment on the development, while Starboard Value did not immediately respond to Reuters' request for a comment.
The deal, which is expected to close by the end of the first quarter of 2020, follows the exit of former Chief Executive Officer Devin Wenig in September, following his differences with the company's revamped board.
Goldman Sachs & Co LLC acted as financial adviser to EBay, while Wachtell, Lipton, Rosen & Katz and Quinn Emanuel acted as legal advisers, according to the joint statement by the companies.
J.P. Morgan is acting as financial adviser to Viagogo, while Skadden, Arps, Slate, Meagher & Flom LLP and Kirkland & Ellis LLP are its legal advisers.
(Reporting by Ambhini Aishwarya in Bengaluru; Editing by Maju Samuel and Rashmi Aich)