14.1.6. Resources
14.1.6.1. Resource classes
The current list of resource classes:
resource_group
postgis_layer
wmsserver_service
baselayers
postgis_connection
webmap
wfsserver_service
vector_layer
raster_layer
mapserver_style
qgis_vector_style
raster_style
file_bucket
lookup_table
wmsclient_layer
wmsclient_connection
formbuilder_form
trackers_group
tracker
collector_project
14.1.6.2. HTTP API
14.1.6.2.1. Version
New in version 3.0.
To get NextGIS Web API version execute the following request:
- GET /api/component/pyramid/pkg_version
Example request:
GET /api/component/pyramid/pkg_version HTTP/1.1
Host: ngw_url
Accept: */*
Example JSON response:
{
"nextgisweb": "2.0",
"nextgisweb_mapserver": "0.0dev"
}
14.1.6.2.2. Routes
New in version 3.0.
Routes are the REST API URLs which are supported by current instance of NextGIS Web. To get possible routes execute the following request:
- GET /api/component/pyramid/route
Example request:
GET /api/component/pyramid/route HTTP/1.1
Host: ngw_url
Accept: */*
Example JSON response:
{
"pyramid.settings": [
"/api/component/pyramid/settings"
],
"feature_layer.feature.update": [
"/resource/{0}/feature/{1}/update",
"id",
"feature_id"
],
...
"pyramid.statistics": [
"/api/component/pyramid/statistics"
],
"feature_layer.feature.item": [
"/api/resource/{0}/feature/{1}",
"id",
"fid"
],
"pyramid.pkg_version": [
"/api/component/pyramid/pkg_version"
]
}
14.1.6.2.3. Schema
Schema request returns list of supported NextGIS Web resources, each resource type properties and metadata.
- GET /resource/schema
Schema request.
Note
REST API requests require accept field in header with following text: Accept: */*
Example request:
GET /resource/schema HTTP/1.1
Host: ngw_url
Accept: */*
Example JSON response:
{
"scopes": {
"resource": {
"label": "Ресурс",
"identity": "resource",
"permissions": {
"manage_children": {
"label": "Manage child resources"
},
"change_permissions": {
"label": "Change permissions"
},
"read": {
"label": "Read"
},
"create": {
"label": "Create"
},
"update": {
"label": "Modify"
},
"delete": {
"label": "Delete"
}
}
},
"service": {
"label": "Сервис",
"identity": "service",
"permissions": {
"connect": {
"label": "Connection"
},
"configure": {
"label": "Configure"
}
}
},
"datastruct": {
"label": "Data structure",
"identity": "datastruct",
"permissions": {
"write": {
"label": "White"
},
"read": {
"label": "Read"
}
}
},
"connection": {
"label": "Connection",
"identity": "connection",
"permissions": {
"write": {
"label": "Write"
},
"read": {
"label": "Read"
},
"connect": {
"label": "Connect"
}
}
},
"webmap": {
"label": "Web-map",
"identity": "webmap",
"permissions": {
"display": {
"label": "Open"
}
}
},
"data": {
"label": "Data",
"identity": "data",
"permissions": {
"write": {
"label": "Write"
},
"read": {
"label": "Read"
}
}
},
"metadata": {
"label": "Metadata",
"identity": "metadata",
"permissions": {
"write": {
"label": "Write"
},
"read": {
"label": "Read"
}
}
}
},
"resources": {
"raster_style": {
"scopes": [
"resource",
"data",
"metadata"
],
"identity": "raster_style",
"label": "Raster style"
},
"resource": {
"scopes": [
"resource",
"metadata"
],
"identity": "resource",
"label": "Resource"
},
"postgis_connection": {
"scopes": [
"connection",
"resource",
"metadata"
],
"identity": "postgis_connection",
"label": "PostGIS connection"
},
"resource_group": {
"scopes": [
"resource",
"metadata"
],
"identity": "resource_group",
"label": "Resource group"
},
"wmsclient_connection": {
"scopes": [
"connection",
"resource",
"metadata"
],
"identity": "wmsclient_connection",
"label": "WMS connection"
},
"mapserver_style": {
"scopes": [
"resource",
"data",
"metadata"
],
"identity": "mapserver_style",
"label": "MapServer style"
},
"vector_layer": {
"scopes": [
"resource",
"datastruct",
"data",
"metadata"
],
"identity": "vector_layer",
"label": "Vector layer"
},
"qgis_vector_style": {
"scopes": [
"resource",
"data",
"metadata"
],
"identity": "qgis_vector_style",
"label": "QGIS style"
},
"wmsclient_layer": {
"scopes": [
"resource",
"datastruct",
"data",
"metadata"
],
"identity": "wmsclient_layer",
"label": "WMS layer"
},
"basemap_layer": {
"scopes": [
"resource",
"data",
"metadata"
],
"identity": "basemap_layer",
"label": "Basemap"
},
"wfsserver_service": {
"scopes": [
"resource",
"service",
"metadata"
],
"identity": "wfsserver_service",
"label": "WFS service"
},
"lookup_table": {
"scopes": [
"resource",
"data",
"metadata"
],
"identity": "lookup_table",
"label": "Reference"
},
"postgis_layer": {
"scopes": [
"resource",
"datastruct",
"data",
"metadata"
],
"identity": "postgis_layer",
"label": "PostGIS layer"
},
"webmap": {
"scopes": [
"resource",
"webmap",
"metadata"
],
"identity": "webmap",
"label": "Web map"
},
"wmsserver_service": {
"scopes": [
"resource",
"service",
"metadata"
],
"identity": "wmsserver_service",
"label": "WMS service"
},
"raster_layer": {
"scopes": [
"resource",
"datastruct",
"data",
"metadata"
],
"identity": "raster_layer",
"label": "Raster layer"
}
}
}
14.1.6.2.4. Basic requests
- GET /api/resource/(int: id)
Get JSON resource representation. Need resource read permission.
- PUT /api/resource/(int: id)
Change resource by JSON payload data. Need read and write permissions.
- DELETE /api/resource/(int: id)
Delete resource.
- GET /api/resource/
Get resource description in JSON.
- Parameters
parent (integer) – Parent resource identifier.
- POST /api/resource/
Create resource by JSON data payload.
- Parameters
parent (integer) – Parent resource identifier, may be in JSON payload.
cls (string) – Resource class (type). For a list of supported resource classes see Resource classes.
14.1.6.2.5. Search resources
To search resources execute the following request:
- GET /api/resource/search/?(string: key1)=(string: value1)&(string: key2)=(string: value2)...
Search resources.
- Request Headers
Accept – must be
*/*Authorization – optional Basic auth string to authenticate
- Parameters
key2... (key1,) – resource properties (for example, cls, creation_date, keyname). If resource property has children they are divided by double underscore (
__). Theserialization=fullparameter make return list of resources with full description, otherwise onlyresourcekey will be returned.value1,value2... – key value to search. All
key=valuepairs form the following search stringkey1=value1 AND key2=value2 AND ....
- Status Codes
200 OK – no error
- Response JSON Array of Objects
resource – Array of resource json representation.
Warning
Now supported only owner_user__id key with child.
Note
Without parameters request returns all resources available to current user.
Example request:
Search by keyname
GET /api/resource/search/?keyname=satellite HTTP/1.1
Host: ngw_url
Accept: */*
Example response:
[
{
"resource": {
"id": 856,
"cls": "resource_group",
"creation_date": "1970-01-01T00:00:00",
"parent": {
"id": 0,
"parent": {
"id": null
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": "satellite",
"display_name": "111222",
"children": false,
"interfaces": [],
"scopes": [
"resource",
"metadata"
]
},
"resmeta": {}
}
]
Found only one resource because keyname is unique in the whole NextGIS Web instance.
Example request:
Search by name
GET /api/resource/search/?display_name=photos HTTP/1.1
Host: ngw_url
Accept: */*
Search for raster layers
GET /api/resource/search/?cls=raster_layer HTTP/1.1
Host: ngw_url
Accept: */*
Search for QGIS vector styles with metadata
GET /api/resource/search/?cls=qgis_vector_style&serialization=full HTTP/1.1
Host: ngw_url
Accept: */*
14.1.6.2.6. Child resource
To get child resources of parent resource with identifier id execute the
following request:
- GET /api/resource/?parent=(int: id)
Example JSON response:
[ {
"resource": {
"id": 730,
"cls": "webmap",
"parent": {
"id": 640,
"parent": {
"id": 639
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "OpenDroneMap sample",
"description": null,
"children": false,
"interfaces": [],
"scopes": [
"resource",
"webmap",
"metadata"
]
},
"webmap": {
"extent_left": -83.31,
"extent_right": -83.3,
"extent_bottom": 41.042,
"extent_top": 41.034,
"bookmark_resource": null,
"root_item": {
"item_type": "root",
"children": [
{
"layer_adapter": "image",
"layer_enabled": true,
"layer_max_scale_denom": null,
"item_type": "layer",
"layer_min_scale_denom": null,
"display_name": "Seneca country",
"layer_style_id": 642,
"layer_transparency": null
}
]
}
},
"basemap_webmap": {
"basemaps": [
{
"opacity": null,
"enabled": true,
"position": 0,
"display_name": "HikeBikeMap",
"resource_id": 1039
},
{
"opacity": null,
"enabled": true,
"position": 1,
"display_name": "Спутник",
"resource_id": 1038
}
]
},
"resmeta": {
"items": {}
}
},
{
"resource": {
"id": 641,
"cls": "raster_layer",
"parent": {
"id": 640,
"parent": {
"id": 639
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "odm_orthophoto_low",
"description": null,
"children": true,
"interfaces": [
"IBboxLayer"
],
"scopes": [
"resource",
"datastruct",
"data",
"metadata"
]
},
"resmeta": {
"items": {}
},
"raster_layer": {
"srs": {
"id": 3857
},
"xsize": 16996,
"ysize": 17054,
"band_count": 4
}
},
{
"resource": {
"id": 1041,
"cls": "wfsserver_service",
"parent": {
"id": 640,
"parent": {
"id": 639
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "WFS service for demo",
"description": null,
"children": false,
"interfaces": [],
"scopes": [
"resource",
"service",
"metadata"
]
},
"resmeta": {
"items": {}
},
"wfsserver_service": {
"layers": [
{
"maxfeatures": 2222,
"keyname": "lines",
"display_name": "Просеки",
"resource_id": 534
}
]
}
},
{
"resource": {
"id": 1036,
"cls": "resource_group",
"parent": {
"id": 640,
"parent": {
"id": 639
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "Sample folder",
"description": null,
"children": true,
"interfaces": [],
"scopes": [
"resource",
"metadata"
]
},
"resmeta": {
"items": {}
}
},
{
"resource": {
"id": 1037,
"cls": "wmsserver_service",
"parent": {
"id": 640,
"parent": {
"id": 639
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "OpenDroneMap at NextGIS.com",
"description": null,
"children": false,
"interfaces": [],
"scopes": [
"resource",
"service",
"metadata"
]
},
"resmeta": {
"items": {}
},
"wmsserver_service": {
"layers": [
{
"min_scale_denom": null,
"keyname": "seneca_country",
"display_name": "Seneca country",
"max_scale_denom": null,
"resource_id": 642
}
]
}
} ]
Obtain layers id and display_name in bash
14.1.6.2.7. Resource properties
To get resource properties execute the following request:
- GET /api/resource/(int: id)
Resource properties.
Example request:
GET /api/resource/1 HTTP/1.1
Host: ngw_url
Accept: */*
Example JSON response:
{
"resource": {
"id": 2,
"cls": "resource_group",
"parent": {
"id": 0,
"parent": {
"id": null
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "test",
"description": "",
"children": true,
"interfaces": [],
"scopes": [
"resource",
"metadata"
]
},
"resmeta": {
"items": {}
}
}
Where:
resource - resource description
id - resource identifier
cls - resource type (see. Resource classes)
parent - parent resource
owner_user - resource owner identifier
permissions - resource permissions array
keyname - unique identifier (allowed only ASCII characters). Must be unique in whole NextGIS Web instance
display_name - name showing in web user interface
description - resource description showing in web user interface
children - boolean value. True if resource has children resources
interfaces - API interfaces supported by resource
scope - which scope the resource is belongs
resmeta - resource metadata
The map resource properties has the following json description:
{
"resource": {
"id": 1,
"cls": "webmap",
"parent": {
"id": 2,
"parent": {
"id": 0
}
},
"owner_user": {
"id": 4
},
"permissions": [],
"keyname": null,
"display_name": "Main web map",
"description": null,
"children": false,
"interfaces": [],
"scopes": [
"resource",
"webmap",
"metadata"
]
},
"webmap": {
"extent_left": -180,
"extent_right": 180,
"extent_bottom": -90,
"extent_top": 90,
"draw_order_enabled": null,
"bookmark_resource": null,
"root_item": {
"item_type": "root",
"children": [
{
"layer_adapter": "image",
"layer_enabled": true,
"draw_order_position": null,
"layer_max_scale_denom": null,
"item_type": "layer",
"layer_min_scale_denom": null,
"display_name": "Cities",
"layer_style_id": 91,
"layer_transparency": null
},
{
"group_expanded": false,
"display_name": "Points of interest",
"children": [
],
"item_type": "group"
}
]
}
},
"basemap_webmap": {
"basemaps": [
{
"opacity": null,
"enabled": true,
"position": 0,
"display_name": "OpenStreetMap Standard",
"resource_id": 665
},
]
},
"resmeta": {
"items": {}
}
}
Where:
resource - resource description (see upper for details)
webmap - web map description
extent_left, extent_right, extent_bottom, extent_top -
draw_order_enabled - use specific draw order or same as layers order
bookmark_resource - vector layer resource identifier
root_item - layers description group
item_type - always root
children - map layers and groups
layer_adapter -
imageortile(also see Creating a Web Map)layer_enabled - is layer checked be default
draw_order_position - if drawing order is enabled this is position in order. May be
null.layer_max_scale_denom, layer_min_scale_denom - a scale range in format
1 : 10 000item_type - may be
grouporlayerdisplay_name - layer or group name
layer_style_id - vector or raster layer style resource identifier
layer_transparency - transparency
group_expanded - is group checked by default or not
basemap_webmap - array of web map basemaps
opacity - basemap opacity
enabled - is basemap should be present in web map basemaps combobox
position - position in web map basemaps combobox
display_name - name showing in web map basemaps combobox
resource_id - basemap resource identifier
resmeta - resource metadata
14.1.6.2.8. Changing resource permissions
To change resource permissions you need to do PUT request to resource JSON
endpoint. In general g permissions doesn’t different from g
resource keyname or any other property.
PUT /api/resource/10
{
"resource": {
"permissions": [
{
"action": "allow",
"principal": { "id": 10 },
"identity": "",
"scope": "",
"permission": "",
"propagate": true
},
{
"action": "allow",
"principal": { "id": 20 },
"identity": "",
"scope": "resource",
"permission": "read",
"propagate": true
}
]
}
}
Where:
action-allowordeny, priority ofdenyis higher thenallow.
principal- user or group for which this rule applies. Users and groups are principals, so they share sameidspace.
identity- resource class for which this rule applies. Empty string means that this rule applies to all resource classes.
scope- see resource schema, empty string means “All resources”.
permission- see resource schem, empty string means “All permissions”.
propagate- should this rule apply to child resources or not.
14.1.6.2.9. Feature count
To get feature count in vector layer execute the following request:
- GET /api/resource/(int: id)/feature_count
Get feature count
- Request Headers
Accept – must be
*/*Authorization – optional Basic auth string to authenticate
- Status Codes
200 OK – no error
Example request:
GET /api/resoure/10/feature_count HTTP/1.1
Host: ngw_url
Accept: */*
Example response:
{ "total_count": 0 }
14.1.6.2.10. Get layer extent
To get layer extent execute following request. You can request extent for vector and raster layers. Returned coordinates are in WGS84 (EPSG:4326) spatial reference.
- GET /api/resource/(int: id)/extent
Get layer extent
- Request Headers
Accept – must be
*/*Authorization – optional Basic auth string to authenticate
- Response JSON Object
extent (jsonobj) – extent json object
- Status Codes
200 OK – no error
Example request:
GET /api/resoure/10/extent HTTP/1.1
Host: ngw_url
Accept: */*
Example response:
{
"extent":
{
"minLat": 54.760400119987466,
"maxLon": 35.08562149737197,
"minLon": 35.06675807847286,
"maxLat": 54.768358305249386
}
}
14.1.6.2.11. Features and single feature
To get a single feature of vector layer execute the following request:
- GET /api/resource/(int: id)/feature/(int: feature_id)/?srs=(int: srs)
To get all vector layer features execute the following request:
- GET /api/resource/(int: id)/feature/?srs=(int: srs)
Get features
- Query Parameters
srs – EPSG code for input SRS (will be automatically reprojected to destination SRS)
- Request Headers
Accept – must be
*/*Authorization – optional Basic auth string to authenticate
- Response JSON Array of Objects
features – features array
- Status Codes
200 OK – no error
To get features using filters execute the following request:
New in version 3.1.
- GET /api/resource/(int: id)/feature/?limit=(int: limit)&offset=(int: offset)&intersects=(string: wkt_string)&fields=(string:field_name_1,string:field_name_2,...)&fld_{field_name_1}=(string: value)&fld_{field_name_2}=(string: value)&fld_{field_name_3}__ilike=(string: value)&fld_{field_name_4}__like=(string: value)&extensions=(string: extensions)
Get features with parameters
- Request Headers
Accept – must be
*/*Authorization – optional Basic auth string to authenticate
- Parameters
limit – limit feature count adding to return array
offset – skip some features before create features array
order_by – order results by fields. Add minus char to descending.
intersects – geometry as WKT string in EPSG:3857. Features intersect with this geometry will added to array
fields – comma separated list of fields in return feature
fld_{field_name_1}...fld_{field_name_N} – field name and value to filter return features. Parameter name forms as
fld_+ real field name (keyname). All pairs of field name = value form finalANDSQL query.fld_{field_name_1}__{operation}...fld_{field_name_N}__{operation} – field name and value to filter return features using operation statement. Supported operations are:
gt,lt,ge,le,eq,ne,like,ilike. All pairs of field name - operation - value form finalANDSQL query.geom_format –
geojson- output geometry in geojson format instead of WKTsrs – EPSG code - reproject geometry to EPSG
geom – yes - return geometry, no - don’t return geometry (defaults yes)
dt_format – iso - return date, time, timestamp in ISO format, obj - return date, time, timestamp as JSON object (default obj)
extensions – comma separated list of extensions. Available
descriptionandattachments. Defaults todescription,attachments
- >jsonarray features
features array
- Status Codes
200 OK – no error
Filter operations:
gt - greater (>)
lt - lower (<)
ge - greater or equal (>=)
le - lower or equal (<=)
eq - equal (=)
ne - not equal (!=)
like - LIKE SQL statement (for strings compare)
ilike - ILIKE SQL statement (for strings compare)
To filter part of field use percent sign. May be at the start of a string, at the
end or both. Works only for like and ilike operations.
Example request:
GET api/resource/1878/feature/8 HTTP/1.1
Host: ngw_url
Accept: */*
Example JSON response:
{
"id": 8,
"geom": "MULTIPOLYGON (((4071007.5456240694038570 7385427.4912760490551591,
4071010.5846461649052799 7385440.8649944914504886,
4071018.6441773008555174 7385439.0351102603599429,
4071019.4902054299600422 7385442.7727465946227312,
4071057.3388322992250323 7385434.1683989763259888,
4071056.4928041673265398 7385430.4307667789980769,
4071065.5208148718811572 7385428.1726148622110486,
4071062.6153761623427272 7385414.7794514624401927,
4071058.2961799190379679 7385415.5581231201067567,
4071055.1347063803113997 7385401.6588457319885492,
4071007.8795825401321054 7385412.3850365970283747,
4071011.1301116724498570 7385426.6931363716721535,
4071007.5456240694038570 7385427.4912760490551591)))",
"fields": {
"OSM_ID": 128383475,
"BUILDING": "apartments",
"A_STRT": "проспект Ленина",
"A_SBRB": "",
"A_HSNMBR": "209",
"B_LEVELS": "14",
"NAME": ""
}
}
Example response with photo and description:
{
"id": 1,
"geom": "MULTIPOINT (14690369.3387846201658249 5325725.3689366327598691)",
"fields": {
"name_official": "Краевое государственное автономное учреждение...",
"name_short": "МФЦ Приморского края",
"square": "702",
"windows": "16",
"start_date": "2013/12/30",
"addr": "690080, Приморский край. г. Владивосток, ул. Борисенко д. 102",
"phone_consult": "(423) 201-01-56",
"opening_hours": "пн: 09:00-18:00 (по предварительной записи)вт: 09:00-20:00ср: 11:00-20:00чт: 09:00-20:00пт: 09:00-20:00 сб: 09:00-13:00 вс: выходной",
"director": "Александров Сергей Валерьевич",
"desc": "Центр создан в целях ...",
"services_info": "Ознакомиться с перечнем можно ...",
"issue_info": "ответственность должностных лиц ...",
"website": "http://mfc-25.ru"
},
"extensions": {
"description": " Описание объекта в ...",
"attachment": [
{
"id": 1,
"name": "fyADeqvXtXo.jpg",
"size": 107458,
"mime_type": "image/jpeg",
"description": null,
"is_image": true
},
{
"id": 2,
"name": "0_12cb49_b02b5fb0_orig.jpg",
"size": 65121,
"mime_type": "image/jpeg",
"description": "Текст подписи к фото",
"is_image": true
}
]
}
}
Example request with parameters:
GET api/resource/442/feature/?fld_ondatr_set=3.0 HTTP/1.1
Host: ngw_url
Accept: */*
GET api/resource/442/feature/?intersects=POLYGON((4692730.0186502402648329%206500222.2378559196367859,4692731.0186502402648330%206500222.2378559196367859,4692730.0186502402648331%206500222.2378559196367861,4692730.0186502402648329%206500222.2378559196367861,4692730.0186502402648329%206500222.2378559196367859)) HTTP/1.1
Host: ngw_url
Accept: */*
GET api/resource/442/feature/?fld_dataunreal=2018-04-15&fields=Desman_ID,Year_1 HTTP/1.1
Host: ngw_url
Accept: */*
GET /api/resource/197/feature/?geom_format=geojson&srs=4326 HTTP/1.1
Host: ngw_url
Accept: */*
GET /api/resource/197/feature/?order_by=NAME,-LEISURE HTTP/1.1
Host: ngw_url
Accept: */*
Example response with photo and description:
[
{
"id": 1,
"geom": {
"type": "LineString",
"coordinates": [
[
43.530026045806544,
56.54254685020393
],
[
43.53069976860634,
56.5418515124425
],
[
43.53178999904635,
56.54087804170086
],
[
43.53378038747746,
56.53965877275228
],
[
43.534406424553474,
56.53930211850715
]
]
},
"fields": {
"ogc_fid": 5794,
"CLCODE": 61220000,
"CLNAME": " ",
"ANGLE": null,
"TEXT": null
},
"extensions": {
"description": null,
"attachment": null
}
}
]
Example request to get features without geometry:
GET api/resource/442/feature/?geom=no HTTP/1.1
Host: ngw_url
Accept: */*
Example request to get features without extensions:
GET api/resource/442/feature/?extensions= HTTP/1.1
Host: ngw_url
Accept: */*
For large geometries use GET body to send such geometry.
Example request to get features with large geometry:
curl --request GET "http://sandbox.nextgis.com/api/resource/1234/feature/" --header "Content-Type: application/json" --data-raw "{\"intersects\": \"MULTIPOLYGON (((3821804.05999104725196958 5744803.73564852681010962, 3756055.8574127024039626 5562813.06612514425069094, 3927526.96338468883186579 5635924.2469089291989803, 3821804.05999104725196958 5744803.73564852681010962)))\"}"
14.1.6.2.12. Attachment
Attachment URL forms from feature URL adding attachment/ and attachment
identifier. For example:
- GET /api/resource/(int: id)/feature/(int: feature_id)/attachment/(int: attachment_id)/download
Attachment support loading any file types. For image files a preview generates during upload.
- GET /api/resource/(int: id)/feature/(int: feature_id)/attachment/(int: attachment_id)/image?size=200x150
14.1.6.2.13. Map web interface
New in version 3.0.
To get map web interface (not a map json representation) execute one of the following request:
- GET resource/{0}/display
Web map user interface.
Example request:
GET resource/42/display HTTP/1.1
Host: ngw_url
Accept: */*
To get web interface without layer control and toolbars execute the following request:
- GET resource/{0}/display/tiny
Web map
lightuser interface.