ToT FOSSGIS07 training materials in Bahasa - Revision history

Wiki-Masthurah: delete this point

2008-07-17T03:45:01Z

delete this point

Wiki-Nurhayati Masthurah: /* Securing services */

2007-11-06T03:46:02Z

Securing services

Wiki-Nurhayati Masthurah: /*editing/

2007-11-02T02:52:17Z

/*editing/

Arnulf: /* Penyimpanan Data Spasial dan Serving Maps */ formatting

2007-11-01T20:58:45Z

Penyimpanan Data Spasial dan Serving Maps: formatting

Wiki-Hendra Aquan: /* Standar, Communities and the Web */

2007-11-01T11:54:29Z

Standar, Communities and the Web

Wiki-Hendra Aquan at 11:52, 1 November 2007

2007-11-01T11:52:52Z

Show changes

Wiki-Nurhayati Masthurah: /* Mengedit pengenalan dengan bahasa Indonesia*/

2007-11-01T06:13:42Z

Mengedit pengenalan dengan bahasa Indonesia

Wiki-Amarcelo at 04:52, 1 November 2007

2007-11-01T04:52:53Z

Wiki-Amarcelo: New page: == Setting the scene == The first day focused on setting the scene, let the attendees introduce themselves and formulate the common base to work from and define the goals. === Introductio...

2007-11-01T03:01:38Z

New page: == Setting the scene == The first day focused on setting the scene, let the attendees introduce themselves and formulate the common base to work from and define the goals. === Introductio...

New page

== Setting the scene ==
The first day focused on setting the scene, let the attendees introduce themselves and formulate the common base to work from and define the goals.

=== Introduction of the participants ===
* Participants come from the government, university, international organizations and SMEs.
* The technical background of the participants was very diverse ranging from the experienced web developer to the GIS specialist
* Participants expected to learn about FOSS, GIS and how to disseminate spatial data using the web. To some participants this also was the first contact with the GNU Linux Operating System.

=== Introduction to FOSS development and licensing models ===
* What is Open Source?
* how does it differentiate from closed source or proprietary software?
* What is Free Software licensing?

; Excursion
The course room was very well equipped with 30 machines (1:1 participant to machine) running Ubuntu Feisty. A local server hosted all required GIS software in the most current available version so that it could be deployed and installed easily, even by completely Linux unexperienced users. This smooth process was impressive even to the trainer.

=== Introduction to GIS ===
* Desktop GIS software
** Installation of [[QuantumGIS]], [[gvSIG]]
* Raster data
* Vector data
* Point, Line, Curve
* Operations on GIS data (buffer, intersect, touches, inside, outside)

=== Introduction to WebGIS ===
* WebGIS, viewing GIS data in the web
* Client-server architecture
* Network limitations
* Spatial Data Infrastructures
* Browsing the spatial web

=== Examples, Links and Geodata ===
* [[Public Geospatial Data Committee]]
* http://www.unosat.org/asp/prod_free.asp?id=96

RSS Notification:
* http://www.unosat.org/rss/freemaps.asp?n=1

== Standards, Communities and the Web ==
WebGIS is a lot about interoperability. This involves adoption and adherence to standards wherever they make sense and collaboration and communication wherever they fail or are in need of further development. This day looks into both; the standards organisation OGC and the Open Source Community OSGeo and shows web based examples where this cooperation is working well.

=== Standards in the GIS world, the [http://www.opengeospatial.org Open Geospatial Consortium (OGC)] ===
* Introduction to the OGC and devlopment of standards
* Basic operation of an OGC web service (OGC OWS)
* OGC WMS Web Map Service
** Base URL
** GetCapabilities
** GetMap
** GetFeatueInfo
* GML Geographic Markup Language
* OGC WFS Web Feature Service
** Base URL
** GetCapabilities
** DescribeFeature
** GetFeatue

=== The [http://www.osgeo.org Open Source Geospatial Foundation (OSGeo)] ===
* Introduction to the Community of Communities
* Software overview (web mapping, geospatial libraries, desktop GIS, catalogs)
* Communication, Mailing Lists, IRC, Wiki (this)
* Governance
* Membership
* Local Chapters
* Education and Curriculum
* Access to Public Geodata

=== Web Mapping ===
* Introduction to [[OpenLayers]]
** Roll your own [[OpenLayers]]
* Introduction to [[Mapbender]]
** Installation
** Adding new services
** Creating new interfaces
** Managing users
** Implementing new functionality

== Storing Spatial Data and Serving Maps==
The first part of the day will introduce some basic file based spatial data formats and then focus on spatial data management using the standard database [[PostgreSQL]] and spatial extension [[PostGIS]]. The second part of the day will be dedicated to introducing [[MapServer]] as an OGC WMS rendering engine accessing the file based data and geometries stored in PostgreSQL PostGIS.

=== Data management ===
* File formats
** Shape
** TIFF
* Spatially extended database
** Introduction to PostgreSQL
** Installation
** Clients (shell, local installation, web installation)
** Introduction to PostGIS
** Importing spatial data
** Querying data
** Execute GIS operations

=== Data Visualization ===
* Web Map Server
** Introduction to [[MapServer]]
** Installation
** Web Server configuration
* Recap: OGC WMS Web Map Service
** Creating a MAP file
** Using Shape files
** Using TIFF Raster data
** Using raster catalogs
** Connecting to PostgreSQL/PostGIS

== Querying and Operating on Spatial Data - Orchestrating Services ==
This day will focus on how to make the maps accessible, searchable and queryable using the OGC Web Feature Service standard.

=== Query for Data ===
* Web Map Server II
** Cascade WMS
** Making maps look good
** Performance tuning
* Recap: OGC WFS Web Feature Service
** MapServer as WFS
* Using WFS
** To search for places
** To highlight objects
** To select other objects

=== Operate on Data ===
* [[GeoServer]]
** Installation
** Servlet container configuration
** Administrating GeoServer
** Connecting to PostgreSQL/PostGIS
** Configuring the OGC WFS-T (Transactional Web Feature Service)
* Orchestrating GeoServer and MapServer with Mapbender

== User Management, Security and Other Needful Things ==
Due to simple information overload this day was not specifically used to focus on how to manage security but to recap everything that was learned in the days before.

=== User Management ===
Several access levels were introduced and different accounts used during the source.
* Operating System level access. On the machines the standard user was "foss" with the password "gis". It was discussed that a secure password should consist of a combination of several letters and special characters and should not be a name, birthday, or any other existing word.
* Proxy authentication to get access to "The Web"
* Database level access; postgres, postgres
* GIS web service user authentication and authorization using the Mapbender Framework
* Mailing List account, Wiki Account, OSGeo site wide account

=== Securing services ===
Due to overload this topic was only grazed at the top.
* Using encrypted protocols
* Use security facades
* Authentication
* Authorization
* Restricting access
* Protocols, log Levels and Privacy

=== Bringing it all back together ===
* Load WMS from MapServer with PostGIS data
* Load WFS from GeoServer with PostGIS data (not enough time, see install instructions in the Appendix)
* Create Application interface with Mapbender
* Link WFS to WMS in Mapbender (not enough time)
* Secure the infrastructure (not enough time)

Every day started with open questions and a rehearsal from the previous day.

== Trainers Comments ==
Impressive organization, everything worked just perfect. The training time was to short for the rich selection of topics - or put it the other way round, it was way too much content for five days.

One day should have been spent completely on how to efficiently use a command line interface, read a technical manual and understand basic networking - things that cannot be expected from Windows end users. One day is enough and would make life so much easier for people, especially when they get back to their existing environment and finally understand how things work. The IT background of the GIS specialists was surprisingly thin. The time was good to build a solid foundation and give an overview of the different GIS tools ranging from libraries over Desktop GIS, spatial databases to web services.

[[Category:Education]]
[[Category:Past Events]]

@@ Line 12: / Line 12: @@
 * Apa yang dimaksud dengan lisensi perangkat lunak bebas?
-== Excursion ==
 == Ekskursi ==

@@ Line 50: / Line 50: @@
 ** GetCapabilities
 ** GetMap
-** GetFeatueInfo
+** GetFeatureInfo
 * GML Geographic Markup Language
 * OGC WFS Web Feature Service
@@ Line 56: / Line 56: @@
 ** GetCapabilities
 ** DescribeFeature
-** GetFeatue
+** GetFeature
-=== The [http://www.osgeo.org Open Source Geospatial Foundation (OSGeo)] ===
+=== [http://www.osgeo.org Open Source Geospatial Foundation (OSGeo)] ===
 * Pengenalan Komunitas
-* Sekilas tentang Perangkat Lunak (web mapping, geospatial libraries, desktop GIS, catalogs)
+* Sekilas tentang Perangkat Lunak (pemetaan web, librari geospatial, desktop GIS, katalog)
 * Komunikasi, Mailing Lists, IRC, Wiki (ini)
 * Pemerintah
@@ Line 70: / Line 70: @@
 === Pemetaan Web ===
 * Pengenalan [[OpenLayers]]
-** Roll your own [[OpenLayers]]
+** Mengoperasikan [[OpenLayers]]
 * Pengenalan [[Mapbender]]
 ** Instalasi
@@ Line 78: / Line 78: @@
 ** Menerapkan fungsi baru
-== Penyimpanan Data Spasial dan Serving Maps==
+== Penyimpanan Data Spasial dan Layanan Map ==
 Tahap pertama adalah pengenalan beberapa file dasar yang berbasis pada format data spasial dan kemudian membahas pengelolaan data spasial menggunakan database standar [[PostgreSQL]] dan ekstensi spasial [[PostGIS]]. Tahap kedua dipakai untuk mengenal [[MapServer]] sebagai sebuah mesin pengubah OGC WMS yang mengakses file berbasis data dan geometri yang disimpan di PostgreSQL PostGIS.
@@ Line 87: / Line 87: @@
 ** Shape
 ** TIFF
-* Spatially extended database
+*  Basis data extended spatial
 ** Pengenalan PostgreSQL
 ** Instalasi
-** Clients (shell, local installation, web installation)
+** Client (shell, instalasi lokal, instalasi web)
 ** Pengenalan PostGIS
 ** Mengimport data spasial
-** Querying data
+** Query data
-** Execute GIS operations
+** Mengeksekusi operasi GIS
 === Penampilan Data ===
@@ Line 101: / Line 101: @@
 ** Instalasi
 ** Konfigurasi Web Server
-* Recap: OGC WMS Web Map Service
+* Rekap: OGC WMS Web Map Service
 ** Membuat file MAP
 ** Menggunakan Shape files
@@ Line 117: / Line 117: @@
 * Web Map Server II
 ** Cascade WMS
-** Making maps look good
+** Memperbaiki peta
 ** Performance tuning
 * Recap: OGC WFS Web Feature Service
-** MapServer as WFS
+** MapServer sebagai WFS
-* Using WFS
+* Menggunakan WFS
-** To search for places
+** Mencari letaknya
-** To highlight objects
+** Menandai objek
-** To select other objects
+** Memilih objek lainnya
 === Operate on Data ===

@@ Line 81: / Line 81: @@
 Tahap pertama adalah pengenalan beberapa file dasar yang berbasis pada format data spasial dan kemudian membahas pengelolaan data spasial menggunakan database standar [[PostgreSQL]] dan ekstensi spasial [[PostGIS]]. Tahap kedua dipakai untuk mengenal [[MapServer]] sebagai sebuah mesin pengubah OGC WMS yang mengakses file berbasis data dan geometri yang disimpan di PostgreSQL PostGIS.
- The first part of the day will introduce some basic file based spatial data formats and then focus on spatial data management using the standard database [[PostgreSQL]] and spatial extension [[PostGIS]]. The second part of the day will be dedicated to introducing [[MapServer]] as an OGC WMS rendering engine accessing the file based data and geometries stored in PostgreSQL PostGIS.
+''The first part of the day will introduce some basic file based spatial data formats and then focus on spatial data management using the standard database [[PostgreSQL]] and spatial extension [[PostGIS]]. The second part of the day will be dedicated to introducing [[MapServer]] as an OGC WMS rendering engine accessing the file based data and geometries stored in PostgreSQL PostGIS. ''
 === Pengelolaan Data ===

@@ Line 40: / Line 40: @@
 * http://www.unosat.org/rss/freemaps.asp?n=1
-== Standar, Communities and the Web ==
+== Standar, Komunitas dan Web ==
 WebGIS is a lot about interoperability. This involves adoption and adherence to standards wherever they make sense and collaboration and communication wherever they fail or are in need of further development. This day looks into both; the standards organisation OGC and the Open Source Community OSGeo and shows web based examples where this cooperation is working well.

← Older revision		Revision as of 04:52, 1 November 2007
Line 1:		Line 1:
−	== Setting the scene ==	+	== Setting the scene (translate into bahasa) ==
	The first day focused on setting the scene, let the attendees introduce themselves and formulate the common base to work from and define the goals.		The first day focused on setting the scene, let the attendees introduce themselves and formulate the common base to work from and define the goals.

@@ Line 157: / Line 157: @@
 * Mailing List account, Wiki Account, OSGeo site wide account
-=== Securing services ===
+=== Layanan Keamanan ===
 Due to overload this topic was only grazed at the top.
-* Using encrypted protocols
+* Menggunakan protokol enkripsi
-* Use security facades
+* menggunakan keamanan di bagian depan
-* Authentication
+* Autentikasi
-* Authorization
+* Autorisasi
-* Restricting access
+* Pembatasan akses
-* Protocols, log Levels and Privacy
+* Protokol, level log dan Privasi
 === Bringing it all back together ===

@@ Line 12: / Line 12: @@
 * What is Free Software licensing?
-; Excursion
+== Merubah Suasana (Bahasa Indonesia) ==
 The course room was very well equipped with 30 machines (1:1 participant to machine) running Ubuntu Feisty. A local server hosted all required GIS software in the most current available version so that it could be deployed and installed easily, even by completely Linux unexperienced users. This smooth process was impressive even to the trainer.