Script for the geomeetup presentation
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1. The document provides instructions for setting up applications on OpenShift including creating domains, applications, adding cartridges for databases like Postgresql and MongoDB, and loading spatial data. 2. Steps are outlined for setting up a Java application called GeoServer with Postgresql and spatial data, and a Python application called Parks using MongoDB to store spatial JSON data. 3. Finally it describes deploying a modified GeoServer WAR file on OpenShift to serve spatial layers from the Postgresql data.
![64 CREATE INDEX parkpoints_spatial_idx ON parkpoints USING gist (the_geom );!
65 !
66 ######back out to the command line to load the data!
67 psql -f geoserver/data/parkcoord.sql parkpoints!
68 !
69 #####Go in and do a query!
70 psql geoserver!
71 SELECT gid, name FROM parkpoints WHERE ST_DWithin('SRID=4326;POINT(-103.8 44.6)',the_geom, 1);!
72 !
73 ####################################################!
74 #####On to MongoDB spatial!
75 !
76 #####create another app - called parks!
77 rhc app create -g medium -t python-2.6 -a parks!
78 !
79 nodejs-0.6, jbossas-7, python-2.6, jenkins-1.4, ruby-1.8, diy-0.1, php-5.3, perl-5.10!
80 !
81 #####Add a cartridge of mongodb!
82 rhc app cartridge add -a parks -c mongodb-2.0!
83 !
84 #####scp our data up to the server!
85 scp parkcoord.json <ssh string>:parks/data/!
86 !
87 #####ssh into the machine!
88 ssh <ssh string>!
89 !
90 #####import into mongo!
91 mongoimport -d parks -c parkpoints --type json --file parks/data/parkcoord.json -h
… $OPENSHIFT_NOSQL_DB_HOST -u admin -p <your mongo password>!
92 !
93 #####open the mongo shell!
94 mongo -u admin -p <your password> $OPENSHIFT_NOSQL_DB_HOST/parks!
95 !
96 #####build the index!
97 db.parkpoints.ensureIndex({"pos":"2d"});!
98 !
99 #####Now some queries!
100 #####simple spatial!
101 db.parkpoints.find({"pos" : { "$near" : [-37, 41]}});!
102 !
103 #####spatial and text query using regex!
104 db.parkpoints.find( { Name : /lincoln/i, pos : { $near : [-37,41] }} );!
105 !
106 #####geonear TODO!
107 db.runCommand({ geoNear : "parkpoints", near : [-37,41], num : 10 });!
108 !
109 !
110 ####################################################!
111 #####Now to load geoserver !
112 #copy the modified war file into the git deployment directory!
113 #need to add the jboss-services.xml into the war file! !
114 #Make changes in your git repo!
115 git add .!
116 git commit -m "adding geoserver"!
117 git push!
118 !
119 #wait for it to deploy!
120 #then hit the url and work away!
121 #let's hook up postgis from before!
122 #preview the layer!
123 !
124 !
125 !
126 !
127 !
128 !](https://image.slidesharecdn.com/scipt-txt-120525161112-phpapp02/85/Script-for-the-geomeetup-presentation-2-320.jpg)
Script for the geomeetup presentation
- 1. 1 #Sign up! 2 Web UI! 3 ! 4 #####Install the command line tools (you can use the web for some but not all)! 5 Not going to install now. If you are comfortable with Web be aware that you can't complete the whole … flow! 6 ! 7 #####Create a domain ! 8 rhc domain create -n <yourDomainName> -l [email protected] ! 9 ! 10 #####Create an application - both are Java - one is called geoserver, the other is called parks! 11 rhc app create -g medium -t jbossas-7 -a geoserver! 12 ! 13 nodejs-0.6, jbossas-7, python-2.6, jenkins-1.4, ruby-1.8, diy-0.1, php-5.3, perl-5.10! 14 ! 15 #####Add a cartridge if needed - start with Postgresql! 16 rhc app cartridge add -a geoserver -c postgresql-8.4 ! 17 ! 18 mongodb-2.0, cron-1.4, mysql-5.1, postgresql-8.4, haproxy-1.4, 10gen-mms-agent-0.1, phpmyadmin-3.4, … metrics-0.1, rockmongo-1.1, jenkins-client-1.4! 19 ! 20 #####SSH into your “server” and look at env variables! 21 ssh! 22 ! 23 ENV! 24 ! 25 ! 26 ######Here are the instructions for getting wordpress up and running! 27 https://github.com/openshift/wordpress-example! 28 ! 29 ! 30 ! 31 ! 32 ! 33 ####################################################! 34 #####SCP the data files we will need for later exercises! 35 scp parkcoord.sql <ssh string>:/geoserver/data! 36 ! 37 ! 38 #####Make our Postgresql db spatial! 39 ssh into the machine! 40 ! 41 psql -d geoserver -c "create language plpgsql;"! 42 psql -d geoserver -f /usr/share/pgsql/contrib/postgis-64.sql! 43 psql -d geoserver -f /usr/share/pgsql/contrib/spatial_ref_sys.sql! 44 ! 45 ! 46 ######create the table! 47 CREATE TABLE parkpoints! 48 (! 49 gid serial NOT NULL,! 50 name text, -- name of the park! 51 the_geom geometry,! 52 CONSTRAINT parkpts_pk PRIMARY KEY (gid ),! 53 CONSTRAINT enforce_dims_the_geom CHECK (st_ndims(the_geom) = 2),! 54 CONSTRAINT enforce_geotype_the_geom CHECK (geometrytype(the_geom) = 'POINT'::text OR the_geom IS … NULL),! 55 CONSTRAINT enforce_srid_the_geom CHECK (st_srid(the_geom) = 4326)! 56 )! 57 WITH (! 58 OIDS=FALSE! 59 );! 60 ! 61 COMMENT ON COLUMN parkpoints.name IS 'name of the park';! 62 ! 63 #####Make the spatial index!
- 2. 64 CREATE INDEX parkpoints_spatial_idx ON parkpoints USING gist (the_geom );! 65 ! 66 ######back out to the command line to load the data! 67 psql -f geoserver/data/parkcoord.sql parkpoints! 68 ! 69 #####Go in and do a query! 70 psql geoserver! 71 SELECT gid, name FROM parkpoints WHERE ST_DWithin('SRID=4326;POINT(-103.8 44.6)',the_geom, 1);! 72 ! 73 ####################################################! 74 #####On to MongoDB spatial! 75 ! 76 #####create another app - called parks! 77 rhc app create -g medium -t python-2.6 -a parks! 78 ! 79 nodejs-0.6, jbossas-7, python-2.6, jenkins-1.4, ruby-1.8, diy-0.1, php-5.3, perl-5.10! 80 ! 81 #####Add a cartridge of mongodb! 82 rhc app cartridge add -a parks -c mongodb-2.0! 83 ! 84 #####scp our data up to the server! 85 scp parkcoord.json <ssh string>:parks/data/! 86 ! 87 #####ssh into the machine! 88 ssh <ssh string>! 89 ! 90 #####import into mongo! 91 mongoimport -d parks -c parkpoints --type json --file parks/data/parkcoord.json -h … $OPENSHIFT_NOSQL_DB_HOST -u admin -p <your mongo password>! 92 ! 93 #####open the mongo shell! 94 mongo -u admin -p <your password> $OPENSHIFT_NOSQL_DB_HOST/parks! 95 ! 96 #####build the index! 97 db.parkpoints.ensureIndex({"pos":"2d"});! 98 ! 99 #####Now some queries! 100 #####simple spatial! 101 db.parkpoints.find({"pos" : { "$near" : [-37, 41]}});! 102 ! 103 #####spatial and text query using regex! 104 db.parkpoints.find( { Name : /lincoln/i, pos : { $near : [-37,41] }} );! 105 ! 106 #####geonear TODO! 107 db.runCommand({ geoNear : "parkpoints", near : [-37,41], num : 10 });! 108 ! 109 ! 110 ####################################################! 111 #####Now to load geoserver ! 112 #copy the modified war file into the git deployment directory! 113 #need to add the jboss-services.xml into the war file! ! 114 #Make changes in your git repo! 115 git add .! 116 git commit -m "adding geoserver"! 117 git push! 118 ! 119 #wait for it to deploy! 120 #then hit the url and work away! 121 #let's hook up postgis from before! 122 #preview the layer! 123 ! 124 ! 125 ! 126 ! 127 ! 128 !
- 3. 129 ! 130 #Make changes in your git repo! 131 git add .! 132 git commit -m "my first commit"! 133 git push! 134 ! 135 #SSH into your “server” and look at env variables! 136 ssh! 137 ! 138 ENV! 139 ! 140 #WIN!! 141 ! 142