Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Knomaze Corporation
Mailing Address:
900-275 Slater StOTTAWA, Ontario
K1P 5H9
Location Address:
900-275 Slater StOTTAWA, Ontario
K1P 5H9
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:
Company Profile
Knomaze Corporation is a management consulting company that provides information management / information technology services including project management, business transformation, application architecture, education, and software application development.
Industry sectors we have experience in include government (federal), telecommunications, manufacturing, and financial services.
Our company deals exclusively with national or trans-national type organizations where the opportunities for optimization can be measured in millions of dollars. Projects we have worked on generally range in size from $2M to $30M and have 2-5 year engagements on average.
Application architecture and software development projects have included most major types of technologies in play in the industry including distributed networks, mainframe, mid-range, desktop, web (ecommerce), cloud-based technologes, and virtual 3d gaming / simulation environments.
Full profile
Full profile
Contact information
Company description
611710 - Educational Support Services
Product / Service / Licensing
Identify organizational and/or project business opportunities for improvement and streamlining of business processes.
Identify and evaluate critical success parameters, factors and performance measurements.
Assist other stakeholders in development and implementation of business improvement processes and programs.
Analyze business functional requirements to identify information, procedures and decision flows.
Identify candidate processes for re-design; prototype potential solutions, provide trade-off information and suggest a recommended course of action. Identify the modifications to the automated processes.
Provide expert advice in defining new requirements and opportunities for applying efficient and effective solutions; identify and provide preliminary costs of potential options.
Provide expert advice in developing and integrating process and information models between processes to eliminate information and process redundancies.
Identify and recommend new processes and organizational structures.
Provide expert advice on and/or assist in implementing new processes and organizational changes.
Document workflows.
Use business, workflow and organizational modeling software tools.
Analysis and development of architecture requirements design, process development, process mapping and training.
Responsible for leading other functional staff to define business strategy and processes in support of transformation and change management activities.
Participate in change impact analysis and change management activities.
Participate in organizational realignment (job re-design organizational re-structuring).
Coordinate development of training and coordination with other stakeholders.
Create presentations and present to various stakeholders, and facilitate meetings and discussions.
Plan and monitor training projects.
Perform job, task, and/or content analysis.
Write criterion-referenced, performance-based objectives.
Recommend instructional media and strategies.
Develop performance measurement standards.
Develop training materials.
Prepare end-users for implementation of courseware materials.
Communicate effectively by visual, oral, and written form with individuals, small group, and in front of large audiences.
Analysis and development of architecture requirements design, process development, process mapping and training.
Responsible for leading other functional staff to define business strategy and processes in support of transformation and change management activities.
Participate in change impact analysis and change management activities.
Participate in organizational realignment (job re-design organizational re-structuring).
Coordinate development of training and coordination with other stakeholders.
Create presentations and present to various stakeholders, and facilitate meetings and discussions.
Identify future business/ICT requirements against the current enterprise architecture, perform gaps analyses, develop Requirements for Technology Architectures (RTA), and prepare migration strategies.
Assess the feasibility of migrating from the current state to the target business architecture and enabling technologies and identify the risks associated with migrating to the target business architecture and technologies and make recommendations for risk mitigation.
Identify business and technology trends that create opportunities for business improvement, advise business and ICT Senior Executives on ICT trends and emerging technologies and the impact on the organization's and government ICT architectures and business strategies, model "What if" scenarios and recommend appropriate changes to the existing architecture and ICT infrastructure, and recommend alternative solutions, methodologies and strategies.
Produce an architectural evolution plan, recommend prioritization of architecture evolution initiatives, and develop and/or implement an architecture evolution plan.
Manage the development and implementation of an architectural improvement plan.
Coach, mentor and train the organization to perform any of the above.
Assist with organizational needs assessment and strategic planning to ensure development of human capital to meet business objectives and goals.
Provide advice, support and consultation to senior staff, business unit requests, and front line management to achieve strategic initiatives and goals.
Research, design, implement and maintain employee development programs including leadership development and other management development programs.
Develop and implement processes to measure the effectiveness of development and learning efforts to ensure performance improvements are focused on measurable and attainable results.
Serve as an expert resource by collaborating with HR and business unit executives to ensure clear standards and metrics linked to talent reviews and employee development plans.
Develop strategic partnerships with other internal project managers to identify and consult on change management initiatives to support strategic projects requiring organizational culture change.
Proactively address and respond to Organizational Development issues by bringing key stakeholders together to assess root causes and performance gaps and recommend appropriate interventions.
Practice continuous improvement processes and procedures, eliminating non-value added activities.
Conduct focus groups and/or process improvement sessions as needed.
Implement and manage the organization's training to ensure cost effective employee development activities that support the organization's strategic initiatives.
Manage and facilitate organizational initiatives and projects as requested.
Define and document project objectives, determine budget requirements.
Meet with other organizational executives to ensure all organizational (internal and external) stakeholders are committed and moving forward on project and organizational goals.
Resolve issues related to the project.
Prepare plans, charts, tables and diagrams to assist in analyzing or displaying problems; work with a variety of project management tools.
Project sign-off.
Manage the project during the development, implementation and operations startup by ensuring that resources are made available and that the project is developed and is fully operational within previously agreed time, cost and performance parameters.
Formulate statements of problems; establishes procedures for the development and implementation of significant, new or modified project elements to solve these problems, and obtains approval thereof.
Define and document the objectives for the project; determine budgetary requirements, the composition, roles and responsibilities and terms of reference for the project team.
Report progress of the project on an ongoing basis and at scheduled points in the life cycle.
Meets in conference with stakeholders and other project managers and states problems in a form capable of being solved.
Prepare plans, charts, tables and diagrams to assist in analyzing or displaying problems; work with a variety of project management tools.
Project sign-off.
Identify project risks and overall project risks.
Recommend alternative solutions, methodologies and strategies for risk mitigation and management.
Produce risk management plans.
Conduct risk assessments for troubled projects to quickly assess associated risks and recommend courses of action to minimize inherent risks.
Assist in prioritization and assignment of risks.
Assist in the development and/or implementation of Risk Management Plans.
Manage the implementation of Risk Management Plans to identify, analyze, plan, track and control project risks on a continuous basis throughout the project life cycle.
Coach, mentor and train project teams in risk mitigation techniques.
D307-Automated Information System Design and Integration Services
D308-Programming Services
D316-Telecommunications Network Management Services
R000-Professional, Administrative and Management Support Services
R001-Specifications Development Services
R010-Auditing Services
R016-Personal Services Contracts
R019-Other Professional Services
U000-Educational and Training Services
U004-Scientific and Management Education
U008-Training/Curriculum Development
Market profile
Alliances:
- Financial
- Sales/Marketing
- Technology
Strategic alliances:
We have two main interests currently: 1) international regulatory harmonization (federal level - public sector) and 2) international business models (private sector) with specific focus on cutting edge technologies for simulation and knowledge management systems.Industry sector market interests:
- Environment
- Information Technology and Telecommunications
- Manufacturing
- Medical/Biotechnology/Chemical
- Service Industry
- Tourism
Geographic markets:
Export experience:
- United States
Actively pursuing:
- Australia
- United Kingdom
Sector information
Classification codes
Key / Major clients:
Agriculture and Agri-Foods CanadaHealth Canada
Bell Mobility Cellular
Bell Canada
Xerox
EDS (now HP)
Duke University
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
611710 - Educational Support Services
Products, services and licensing
Product / Service / Licensing
Identify organizational and/or project business opportunities for improvement and streamlining of business processes.
Identify and evaluate critical success parameters, factors and performance measurements.
Assist other stakeholders in development and implementation of business improvement processes and programs.
Analyze business functional requirements to identify information, procedures and decision flows.
Identify candidate processes for re-design; prototype potential solutions, provide trade-off information and suggest a recommended course of action. Identify the modifications to the automated processes.
Provide expert advice in defining new requirements and opportunities for applying efficient and effective solutions; identify and provide preliminary costs of potential options.
Provide expert advice in developing and integrating process and information models between processes to eliminate information and process redundancies.
Identify and recommend new processes and organizational structures.
Provide expert advice on and/or assist in implementing new processes and organizational changes.
Document workflows.
Use business, workflow and organizational modeling software tools.
Analysis and development of architecture requirements design, process development, process mapping and training.
Responsible for leading other functional staff to define business strategy and processes in support of transformation and change management activities.
Participate in change impact analysis and change management activities.
Participate in organizational realignment (job re-design organizational re-structuring).
Coordinate development of training and coordination with other stakeholders.
Create presentations and present to various stakeholders, and facilitate meetings and discussions.
Plan and monitor training projects.
Perform job, task, and/or content analysis.
Write criterion-referenced, performance-based objectives.
Recommend instructional media and strategies.
Develop performance measurement standards.
Develop training materials.
Prepare end-users for implementation of courseware materials.
Communicate effectively by visual, oral, and written form with individuals, small group, and in front of large audiences.
Analysis and development of architecture requirements design, process development, process mapping and training.
Responsible for leading other functional staff to define business strategy and processes in support of transformation and change management activities.
Participate in change impact analysis and change management activities.
Participate in organizational realignment (job re-design organizational re-structuring).
Coordinate development of training and coordination with other stakeholders.
Create presentations and present to various stakeholders, and facilitate meetings and discussions.
Identify future business/ICT requirements against the current enterprise architecture, perform gaps analyses, develop Requirements for Technology Architectures (RTA), and prepare migration strategies.
Assess the feasibility of migrating from the current state to the target business architecture and enabling technologies and identify the risks associated with migrating to the target business architecture and technologies and make recommendations for risk mitigation.
Identify business and technology trends that create opportunities for business improvement, advise business and ICT Senior Executives on ICT trends and emerging technologies and the impact on the organization's and government ICT architectures and business strategies, model "What if" scenarios and recommend appropriate changes to the existing architecture and ICT infrastructure, and recommend alternative solutions, methodologies and strategies.
Produce an architectural evolution plan, recommend prioritization of architecture evolution initiatives, and develop and/or implement an architecture evolution plan.
Manage the development and implementation of an architectural improvement plan.
Coach, mentor and train the organization to perform any of the above.
Assist with organizational needs assessment and strategic planning to ensure development of human capital to meet business objectives and goals.
Provide advice, support and consultation to senior staff, business unit requests, and front line management to achieve strategic initiatives and goals.
Research, design, implement and maintain employee development programs including leadership development and other management development programs.
Develop and implement processes to measure the effectiveness of development and learning efforts to ensure performance improvements are focused on measurable and attainable results.
Serve as an expert resource by collaborating with HR and business unit executives to ensure clear standards and metrics linked to talent reviews and employee development plans.
Develop strategic partnerships with other internal project managers to identify and consult on change management initiatives to support strategic projects requiring organizational culture change.
Proactively address and respond to Organizational Development issues by bringing key stakeholders together to assess root causes and performance gaps and recommend appropriate interventions.
Practice continuous improvement processes and procedures, eliminating non-value added activities.
Conduct focus groups and/or process improvement sessions as needed.
Implement and manage the organization's training to ensure cost effective employee development activities that support the organization's strategic initiatives.
Manage and facilitate organizational initiatives and projects as requested.
Define and document project objectives, determine budget requirements.
Meet with other organizational executives to ensure all organizational (internal and external) stakeholders are committed and moving forward on project and organizational goals.
Resolve issues related to the project.
Prepare plans, charts, tables and diagrams to assist in analyzing or displaying problems; work with a variety of project management tools.
Project sign-off.
Manage the project during the development, implementation and operations startup by ensuring that resources are made available and that the project is developed and is fully operational within previously agreed time, cost and performance parameters.
Formulate statements of problems; establishes procedures for the development and implementation of significant, new or modified project elements to solve these problems, and obtains approval thereof.
Define and document the objectives for the project; determine budgetary requirements, the composition, roles and responsibilities and terms of reference for the project team.
Report progress of the project on an ongoing basis and at scheduled points in the life cycle.
Meets in conference with stakeholders and other project managers and states problems in a form capable of being solved.
Prepare plans, charts, tables and diagrams to assist in analyzing or displaying problems; work with a variety of project management tools.
Project sign-off.
Identify project risks and overall project risks.
Recommend alternative solutions, methodologies and strategies for risk mitigation and management.
Produce risk management plans.
Conduct risk assessments for troubled projects to quickly assess associated risks and recommend courses of action to minimize inherent risks.
Assist in prioritization and assignment of risks.
Assist in the development and/or implementation of Risk Management Plans.
Manage the implementation of Risk Management Plans to identify, analyze, plan, track and control project risks on a continuous basis throughout the project life cycle.
Coach, mentor and train project teams in risk mitigation techniques.
D307-Automated Information System Design and Integration Services
D308-Programming Services
D316-Telecommunications Network Management Services
R000-Professional, Administrative and Management Support Services
R001-Specifications Development Services
R010-Auditing Services
R016-Personal Services Contracts
R019-Other Professional Services
U000-Educational and Training Services
U004-Scientific and Management Education
U008-Training/Curriculum Development
Market
Market profile
Alliances:
- Financial
- Sales/Marketing
- Technology
Strategic alliances:
We have two main interests currently: 1) international regulatory harmonization (federal level - public sector) and 2) international business models (private sector) with specific focus on cutting edge technologies for simulation and knowledge management systems.Industry sector market interests:
- Environment
- Information Technology and Telecommunications
- Manufacturing
- Medical/Biotechnology/Chemical
- Service Industry
- Tourism
Geographic markets:
Export experience:
- United States
Actively pursuing:
- Australia
- United Kingdom
Sector
Sector information
Classification codes
Key / Major clients:
Agriculture and Agri-Foods CanadaHealth Canada
Bell Mobility Cellular
Bell Canada
Xerox
EDS (now HP)
Duke University


Your company. United.
Free. Unlimited. Online.
What is Bitrix24?
COMMUNICATIONS
TASKS AND PROJECTS
CRM
CONTACT CENTER
WEBSITES
Tasks and projects
Get more done.
Gantt, Kanban, time tracking, workload planning, external users and more. Learnmore
Next free webinar:
Find Bitrix24 users near you
6,000,000+ organizations have chosen Bitrix24
What's new?
Duplicate control
DECEMBER 30, 2019
Deal merge
Profit calculation
DECEMBER 27, 2019


Extending ctags¶
Exuberant-ctags allows a user to add a new parser to ctags with --langdef=<LANG>
and --regex-<LANG>=...
options.
Universal-ctags follows and extends the design of Exuberant-ctags in more powerful ways, as described in the following chapters.
Universal-ctags encourages users to share the new parsers defined by their options. See optlib to know how you can share your parser definition with others.
Note that some of the new features are experimental, and will be marked as such in the documentation.
- Extending ctags with Regex parser (optlib)
- Option files
- Regular expression (regex) engine
- Regex option argument flags
- Scope tracking in a regex parser
- Overriding the letter for file kind
- Generating fully qualified tags automatically from scope information
- Multi-line pattern match
- Advanced pattern matching with multiple regex tables
- Conditional tagging with extras
- Adding custom fields to the tag output
- Capturing reference tags
- Running a guest parser with _guest regex flag
- Submitting an optlib file to the Universal-ctags project
- ctags Internal API


An application demonstrating browser-based named user login.
You can generate your own clientid by creating an application on the
ArcGIS for Developers
website. Be sure to add
as a redirect uri for your application.


module Orchestrate::Rails::UserGuide::TheRefTable
The ref table¶ ↑
Orchestrate.io uses refs to identify specific (sets of) immutable values that have been assigned to keys. For details, read this excellent article from the orchestrate.io blog.
To reap the benefits of orchestrate.io's non-destructiveness, orchestrate-rails uses a special-purpose collection (referred to as the ref table), to store the references to all versions of data for all of the collections in the application. The ref table allows the application to “provide end users a way to track and restore old versions, even in the face of destructive edits.” The ref table is updated after each sucessful put_key request. This update uses the ref value itself as the primary key, while the key/value data consists of the collection, key, timestamp and ref values returned from the successful put_key request.
The ref table feature is enabled by adding the following line to <rails-root>/config/application.rb:
Orchestrate::Application::RefTable.enable
This will create a new collection in the application named orchio_ref_table. Should this name cause a conflict within the application, it can be overridden by specifying the name in the enable call:
Orchestrate::Application::RefTable.enable "my_ref_table_collection_name"


public class LIAPIGeoEnrichServiceApi
extends java.lang.Object
| Constructor and Description |
|---|
LIAPIGeoEnrichServiceApi() |
LIAPIGeoEnrichServiceApi(ApiClient apiClient) |
| Modifier and Type | Method and Description |
|---|---|
ApiClient |
getApiClient() |
GeoEnrichMetadataResponse |
getCategoryCodeMetadata(java.lang.String categoryCode,
java.lang.String level)
Returns Category Codes with their sub-categories (if exist), descriptions and SIC Codes mapping
Accepts first partial digits or full category codes to filter the response
|
com.squareup.okhttp.Call |
getCategoryCodeMetadataAsync(java.lang.String categoryCode,
java.lang.String level,
ApiCallback<GeoEnrichMetadataResponse> callback)
Returns Category Codes with their sub-categories (if exist), descriptions and SIC Codes mapping (asynchronously)
Accepts first partial digits or full category codes to filter the response
|
ApiResponse<GeoEnrichMetadataResponse> |
getCategoryCodeMetadataWithHttpInfo(java.lang.String categoryCode,
java.lang.String level)
Returns Category Codes with their sub-categories (if exist), descriptions and SIC Codes mapping
Accepts first partial digits or full category codes to filter the response
|
PlaceByLocations |
getPlaceByLocation(java.lang.String longitude,
java.lang.String latitude,
java.lang.String levelHint)
Place By Location.
|
com.squareup.okhttp.Call |
getPlaceByLocationAsync(java.lang.String longitude,
java.lang.String latitude,
java.lang.String levelHint,
ApiCallback<PlaceByLocations> callback)
Place By Location.
|
ApiResponse<PlaceByLocations> |
getPlaceByLocationWithHttpInfo(java.lang.String longitude,
java.lang.String latitude,
java.lang.String levelHint)
Place By Location.
|
POIPlaces |
getPOIById(java.lang.String id)
Point of Interest By Id.
|
com.squareup.okhttp.Call |
getPOIByIdAsync(java.lang.String id,
ApiCallback<POIPlaces> callback)
Point of Interest By Id.
|
ApiResponse<POIPlaces> |
getPOIByIdWithHttpInfo(java.lang.String id)
Point of Interest By Id.
|
GeoEnrichResponse |
getPOIsByAddress(java.lang.String address,
java.lang.String country,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page)
Points of Interest By Address.
|
com.squareup.okhttp.Call |
getPOIsByAddressAsync(java.lang.String address,
java.lang.String country,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page,
ApiCallback<GeoEnrichResponse> callback)
Points of Interest By Address.
|
ApiResponse<GeoEnrichResponse> |
getPOIsByAddressWithHttpInfo(java.lang.String address,
java.lang.String country,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page)
Points of Interest By Address.
|
GeoEnrichResponse |
getPOIsByArea(java.lang.String country,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String fuzzyOnName,
java.lang.String page)
Points of Interest By Area.
|
com.squareup.okhttp.Call |
getPOIsByAreaAsync(java.lang.String country,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String fuzzyOnName,
java.lang.String page,
ApiCallback<GeoEnrichResponse> callback)
Points of Interest By Area.
|
ApiResponse<GeoEnrichResponse> |
getPOIsByAreaWithHttpInfo(java.lang.String country,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String name,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String fuzzyOnName,
java.lang.String page)
Points of Interest By Area.
|
Pois |
getPOIsByGeometry(java.lang.String accept,
java.lang.String contentType,
POIByGeometryRequest body)
Point of Interests By Geometry.
|
com.squareup.okhttp.Call |
getPOIsByGeometryAsync(java.lang.String accept,
java.lang.String contentType,
POIByGeometryRequest body,
ApiCallback<Pois> callback)
Point of Interests By Geometry.
|
ApiResponse<Pois> |
getPOIsByGeometryWithHttpInfo(java.lang.String accept,
java.lang.String contentType,
POIByGeometryRequest body)
Point of Interests By Geometry.
|
GeoEnrichResponse |
getPOIsByLocation(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page,
java.lang.String searchOnNameOnly)
Points of Interest By Location.
|
com.squareup.okhttp.Call |
getPOIsByLocationAsync(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page,
java.lang.String searchOnNameOnly,
ApiCallback<GeoEnrichResponse> callback)
Points of Interest By Location.
|
ApiResponse<GeoEnrichResponse> |
getPOIsByLocationWithHttpInfo(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String sortBy,
java.lang.String fuzzyOnName,
java.lang.String page,
java.lang.String searchOnNameOnly)
Points of Interest By Location.
|
PoiCount |
getPOIsCount(java.lang.String contentType,
PoiCountRequest body)
Point of Interests count By Geometry.
|
com.squareup.okhttp.Call |
getPOIsCountAsync(java.lang.String contentType,
PoiCountRequest body,
ApiCallback<PoiCount> callback)
Point of Interests count By Geometry.
|
ApiResponse<PoiCount> |
getPOIsCountWithHttpInfo(java.lang.String contentType,
PoiCountRequest body)
Point of Interests count By Geometry.
|
GeoEnrichMetadataResponse |
getSICMetadata(java.lang.String sicCode,
java.lang.String level)
Returns SIC Codes with their Industry Titles and Category Codes mapping
Accepts first few partial digits or full SIC codes to filter the response
|
com.squareup.okhttp.Call |
getSICMetadataAsync(java.lang.String sicCode,
java.lang.String level,
ApiCallback<GeoEnrichMetadataResponse> callback)
Returns SIC Codes with their Industry Titles and Category Codes mapping (asynchronously)
Accepts first few partial digits or full SIC codes to filter the response
|
ApiResponse<GeoEnrichMetadataResponse> |
getSICMetadataWithHttpInfo(java.lang.String sicCode,
java.lang.String level)
Returns SIC Codes with their Industry Titles and Category Codes mapping
Accepts first few partial digits or full SIC codes to filter the response
|
GeoEnrichResponse |
poisAutocomplete(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String country,
java.lang.String areaName1,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String ipAddress,
java.lang.String autoDetectLocation,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String sortBy,
java.lang.String searchOnNameOnly)
Points of Interest Autocomplete.
|
com.squareup.okhttp.Call |
poisAutocompleteAsync(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String country,
java.lang.String areaName1,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String ipAddress,
java.lang.String autoDetectLocation,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String sortBy,
java.lang.String searchOnNameOnly,
ApiCallback<GeoEnrichResponse> callback)
Points of Interest Autocomplete.
|
ApiResponse<GeoEnrichResponse> |
poisAutocompleteWithHttpInfo(java.lang.String longitude,
java.lang.String latitude,
java.lang.String searchText,
java.lang.String searchRadius,
java.lang.String searchRadiusUnit,
java.lang.String travelTime,
java.lang.String travelTimeUnit,
java.lang.String travelDistance,
java.lang.String travelDistanceUnit,
java.lang.String travelMode,
java.lang.String country,
java.lang.String areaName1,
java.lang.String areaName3,
java.lang.String postcode1,
java.lang.String postcode2,
java.lang.String ipAddress,
java.lang.String autoDetectLocation,
java.lang.String type,
java.lang.String categoryCode,
java.lang.String sicCode,
java.lang.String maxCandidates,
java.lang.String sortBy,
java.lang.String searchOnNameOnly)
Points of Interest Autocomplete.
|
void |
setApiClient(ApiClient apiClient) |
public LIAPIGeoEnrichServiceApi()
public LIAPIGeoEnrichServiceApi(ApiClient apiClient)
public ApiClient getApiClient()
public void setApiClient(ApiClient apiClient)
public GeoEnrichMetadataResponse getCategoryCodeMetadata(java.lang.String categoryCode, java.lang.String level) throws ApiException
categoryCode
- Specify starting digits or full category code to filter the response (optional)level
- Allowed values are 1,2,3. If level=1, then only 4 digits category codes will be returned, level=2 means only 6 digits category codes will be returned, level=3 means only 11 digits category codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return 4 digits and 6 digits category codes. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichMetadataResponse> getCategoryCodeMetadataWithHttpInfo(java.lang.String categoryCode, java.lang.String level) throws ApiException
categoryCode
- Specify starting digits or full category code to filter the response (optional)level
- Allowed values are 1,2,3. If level=1, then only 4 digits category codes will be returned, level=2 means only 6 digits category codes will be returned, level=3 means only 11 digits category codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return 4 digits and 6 digits category codes. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getCategoryCodeMetadataAsync(java.lang.String categoryCode, java.lang.String level, ApiCallback<GeoEnrichMetadataResponse> callback) throws ApiException
categoryCode
- Specify starting digits or full category code to filter the response (optional)level
- Allowed values are 1,2,3. If level=1, then only 4 digits category codes will be returned, level=2 means only 6 digits category codes will be returned, level=3 means only 11 digits category codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return 4 digits and 6 digits category codes. (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic POIPlaces getPOIById(java.lang.String id) throws ApiException
id
- POI unique Identifier. Accepts only numbers. (required)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<POIPlaces> getPOIByIdWithHttpInfo(java.lang.String id) throws ApiException
id
- POI unique Identifier. Accepts only numbers. (required)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIByIdAsync(java.lang.String id, ApiCallback<POIPlaces> callback) throws ApiException
id
- POI unique Identifier. Accepts only numbers. (required)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic GeoEnrichResponse getPOIsByAddress(java.lang.String address, java.lang.String country, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page) throws ApiException
address
- Address (required)country
- Country (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichResponse> getPOIsByAddressWithHttpInfo(java.lang.String address, java.lang.String country, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page) throws ApiException
address
- Address (required)country
- Country (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIsByAddressAsync(java.lang.String address, java.lang.String country, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page, ApiCallback<GeoEnrichResponse> callback) throws ApiException
address
- Address (required)country
- Country (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic GeoEnrichResponse getPOIsByArea(java.lang.String country, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String fuzzyOnName, java.lang.String page) throws ApiException
country
- Country (required)areaName3
- Either areaName3 or postcode is required (optional)postcode1
- Either areaName3 or postcode is required (optional)postcode2
- postcode extension (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichResponse> getPOIsByAreaWithHttpInfo(java.lang.String country, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String fuzzyOnName, java.lang.String page) throws ApiException
country
- Country (required)areaName3
- Either areaName3 or postcode is required (optional)postcode1
- Either areaName3 or postcode is required (optional)postcode2
- postcode extension (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIsByAreaAsync(java.lang.String country, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String name, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String fuzzyOnName, java.lang.String page, ApiCallback<GeoEnrichResponse> callback) throws ApiException
country
- Country (required)areaName3
- Either areaName3 or postcode is required (optional)postcode1
- Either areaName3 or postcode is required (optional)postcode2
- postcode extension (optional)name
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic Pois getPOIsByGeometry(java.lang.String accept, java.lang.String contentType, POIByGeometryRequest body) throws ApiException
accept
- (optional)contentType
- (optional)body
- (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<Pois> getPOIsByGeometryWithHttpInfo(java.lang.String accept, java.lang.String contentType, POIByGeometryRequest body) throws ApiException
accept
- (optional)contentType
- (optional)body
- (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIsByGeometryAsync(java.lang.String accept, java.lang.String contentType, POIByGeometryRequest body, ApiCallback<Pois> callback) throws ApiException
accept
- (optional)contentType
- (optional)body
- (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic GeoEnrichResponse getPOIsByLocation(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page, java.lang.String searchOnNameOnly) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)searchOnNameOnly
- search name description (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichResponse> getPOIsByLocationWithHttpInfo(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page, java.lang.String searchOnNameOnly) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)searchOnNameOnly
- search name description (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIsByLocationAsync(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String sortBy, java.lang.String fuzzyOnName, java.lang.String page, java.lang.String searchOnNameOnly, ApiCallback<GeoEnrichResponse> callback) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)fuzzyOnName
- Allowed values are Y/N. If N, the search on name will not allow fuzziness. (optional)page
- Will support pagination, by default 1st page with maxCandidates results are returned. (optional)searchOnNameOnly
- search name description (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic PoiCount getPOIsCount(java.lang.String contentType, PoiCountRequest body) throws ApiException
contentType
- (optional)body
- (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<PoiCount> getPOIsCountWithHttpInfo(java.lang.String contentType, PoiCountRequest body) throws ApiException
contentType
- (optional)body
- (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPOIsCountAsync(java.lang.String contentType, PoiCountRequest body, ApiCallback<PoiCount> callback) throws ApiException
contentType
- (optional)body
- (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic PlaceByLocations getPlaceByLocation(java.lang.String longitude, java.lang.String latitude, java.lang.String levelHint) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)levelHint
- Numeric code of geographic hierarchy level which is classified at six levels.Allowed values 1,2,3,4,5,6 (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<PlaceByLocations> getPlaceByLocationWithHttpInfo(java.lang.String longitude, java.lang.String latitude, java.lang.String levelHint) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)levelHint
- Numeric code of geographic hierarchy level which is classified at six levels.Allowed values 1,2,3,4,5,6 (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getPlaceByLocationAsync(java.lang.String longitude, java.lang.String latitude, java.lang.String levelHint, ApiCallback<PlaceByLocations> callback) throws ApiException
longitude
- Longitude of the location. (required)latitude
- Latitude of the location. (required)levelHint
- Numeric code of geographic hierarchy level which is classified at six levels.Allowed values 1,2,3,4,5,6 (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic GeoEnrichMetadataResponse getSICMetadata(java.lang.String sicCode, java.lang.String level) throws ApiException
sicCode
- Specify starting digits or full sic code to filter the response (optional)level
- Allowed values are 1,2. If level=1, then only 4 digits sic codes will be returned, level=2 means only 8 digits sic codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return both 4 digits and 8 digits sic codes. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichMetadataResponse> getSICMetadataWithHttpInfo(java.lang.String sicCode, java.lang.String level) throws ApiException
sicCode
- Specify starting digits or full sic code to filter the response (optional)level
- Allowed values are 1,2. If level=1, then only 4 digits sic codes will be returned, level=2 means only 8 digits sic codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return both 4 digits and 8 digits sic codes. (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call getSICMetadataAsync(java.lang.String sicCode, java.lang.String level, ApiCallback<GeoEnrichMetadataResponse> callback) throws ApiException
sicCode
- Specify starting digits or full sic code to filter the response (optional)level
- Allowed values are 1,2. If level=1, then only 4 digits sic codes will be returned, level=2 means only 8 digits sic codes will be returned. Multiple comma-separated values will also be accepted. So level='1,2' means return both 4 digits and 8 digits sic codes. (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body objectpublic GeoEnrichResponse poisAutocomplete(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String country, java.lang.String areaName1, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String ipAddress, java.lang.String autoDetectLocation, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String sortBy, java.lang.String searchOnNameOnly) throws ApiException
longitude
- Longitude of the location. (optional)latitude
- Latitude of the location. (optional)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)country
- Country (optional)areaName1
- Specifies the largest geographical area, typically a state or province. (optional)areaName3
- Specifies the name of the city or town. (optional)postcode1
- Postal Code of the input to be searched (optional)postcode2
- Postcode2 (optional)ipAddress
- IP address of network connected device in standard IPv4 octet and a valid external address. (optional)autoDetectLocation
- Specifies whether to auto-detect location from IP address. If 'True' is set, the location is detected from the specified ip address. If 'False' is set. the search will happen according to country or location. (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)searchOnNameOnly
- specifies search on name (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic ApiResponse<GeoEnrichResponse> poisAutocompleteWithHttpInfo(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String country, java.lang.String areaName1, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String ipAddress, java.lang.String autoDetectLocation, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String sortBy, java.lang.String searchOnNameOnly) throws ApiException
longitude
- Longitude of the location. (optional)latitude
- Latitude of the location. (optional)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)country
- Country (optional)areaName1
- Specifies the largest geographical area, typically a state or province. (optional)areaName3
- Specifies the name of the city or town. (optional)postcode1
- Postal Code of the input to be searched (optional)postcode2
- Postcode2 (optional)ipAddress
- IP address of network connected device in standard IPv4 octet and a valid external address. (optional)autoDetectLocation
- Specifies whether to auto-detect location from IP address. If 'True' is set, the location is detected from the specified ip address. If 'False' is set. the search will happen according to country or location. (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)searchOnNameOnly
- specifies search on name (optional)ApiException
- If fail to call the API, e.g. server error or cannot deserialize the response bodypublic com.squareup.okhttp.Call poisAutocompleteAsync(java.lang.String longitude, java.lang.String latitude, java.lang.String searchText, java.lang.String searchRadius, java.lang.String searchRadiusUnit, java.lang.String travelTime, java.lang.String travelTimeUnit, java.lang.String travelDistance, java.lang.String travelDistanceUnit, java.lang.String travelMode, java.lang.String country, java.lang.String areaName1, java.lang.String areaName3, java.lang.String postcode1, java.lang.String postcode2, java.lang.String ipAddress, java.lang.String autoDetectLocation, java.lang.String type, java.lang.String categoryCode, java.lang.String sicCode, java.lang.String maxCandidates, java.lang.String sortBy, java.lang.String searchOnNameOnly, ApiCallback<GeoEnrichResponse> callback) throws ApiException
longitude
- Longitude of the location. (optional)latitude
- Latitude of the location. (optional)searchText
- Matched against Name, BrandName and Trade Name. Partial terms are also matched with fuzziness (max edit distance is 1) (optional)searchRadius
- Radius range within which search is performed. (optional)searchRadiusUnit
- Radius unit such as Feet, Kilometers, Miles or Meters. (optional)travelTime
- Specifies the travel time within which method searches for results (POIs which can be reached within travel time)the search boundary in terms of time mentioned in 'travelTimeUnit'. The results are retrieved from the polygon formed based on the travel time specified. This means search can be done in the mentioned time results be from the mentioned time. (optional)travelTimeUnit
- Specifies acceptable time units.Allowed values Minutes,Hours,Seconds and Milliseconds (optional)travelDistance
- Specifies the search boundary in terms of distance mentioned in 'travelDistanceUnit'. The results are retrieved from the polygon formed based on the travel distance specified. (optional)travelDistanceUnit
- Specifies acceptable time units.Allowed values Feet,Kilometers,Miles and Meters (optional)travelMode
- Specifies the available mode of commute. This is required when u r trying to do search by travel distance or travel time. Allowed values driving and walking (optional)country
- Country (optional)areaName1
- Specifies the largest geographical area, typically a state or province. (optional)areaName3
- Specifies the name of the city or town. (optional)postcode1
- Postal Code of the input to be searched (optional)postcode2
- Postcode2 (optional)ipAddress
- IP address of network connected device in standard IPv4 octet and a valid external address. (optional)autoDetectLocation
- Specifies whether to auto-detect location from IP address. If 'True' is set, the location is detected from the specified ip address. If 'False' is set. the search will happen according to country or location. (optional)type
- Matched against the content which defines the type of the poi. (optional)categoryCode
- Specific Category/Categories Codes for the desired POIs. Accepts a mix of 4 digit (Top Category), 6 digit (Second-Level Category) and 11 digit (Low-Level Category) Category Codes. https://locate.pitneybowes.com/downloads/location-intelligence/v1/CategoryCodes.xlsx (optional)sicCode
- Specific SIC Codes/Codes for the desired POIs. Accepts a mix of 4 digit (Top Category) and 8 digit (Low-Level Category) SIC Codes. (optional)maxCandidates
- Maximum number of POIs that can be retrieved. (optional)sortBy
- Specifies the order in which POIs are retrieved. (optional, default to distance)searchOnNameOnly
- specifies search on name (optional)callback
- The callback to be executed when the API call finishesApiException
- If fail to process the API call, e.g. serializing the request body object


Qt Network Authorization
Qt Network Authorization provides a set of APIs that enable Qt applications to obtain limited access to online accounts and HTTP services without exposing users' passwords.
Currently, the supported authorization protocol is OAuth, versions 1 and 2.
Getting Started
To use Qt Network Authorization classes, add this directive into C++ files:
#include <QtNetworkAuth>
To link against the Qt Network Authorization module, add this line to the project file:
QT += network networkauth
Overview
The goal of this module is to provide a way to handle different authentication methods present on the Internet.
There are several authentication systems, including:
These systems allow the application developers to create applications which use external authentication servers provided by an Authorization Server. Users of these services need not worry about passing their credentials to suspicious applications. Instead, the credentials are entered in a known and trusted web interface.