Scrut My Docs

Introduction

Scrut My Docs is a web application using elasticsearch. With ScrutMyDocs you can Send, Look for and find all your documents.

Installation

Download the Web Application aRchive (WAR) and drop it in the deploy folder of your favorite container (Tomcat, JBoss, ...). In your browser, open http://localhost:8080/scrutmydocs/

Deploy locally

If you don't have a Java container (like Tomcat, JBoss, ...) but want to test ScrutMyDocs into your local machine can try to run it with the following command (tested on Ubuntu).

Download jetty-runner from official repository:

http://repo2.maven.org/maven2/org/mortbay/jetty/jetty-runner/

currently latest version is 8.1.5.v20120716 so:

wget http://repo2.maven.org/maven2/org/mortbay/jetty/jetty-runner/8.1.5.v20120716/jetty-runner-8.1.5.v20120716.jar

install required SDK:

sudo apt-get install openjdk-6-jdk

download ScrutMyDocs:

wget https://github.com/downloads/scrutmydocs/scrutmydocs/scrutmydocs-0.1.0.war

and run application with:

java -jar jetty-runner-8.1.5.v20120716.jar scrutmydocs-0.1.0.war

now you can see ScrutMyDocs on your local machine, open the browser and open the page:

http://localhost:8080/

NOTE: please configure also elasticsearch, see next section.

Setup

Embedded node

By default, ScrutMyDocs web application contain all you need to start. So Elasticsearch is embedded and you have only to start your container to see it live!

Connect to Elasticsearch Cluster

If you want to use an external ElasticSearch cluster, you will have to set it up.

Download and install Elasticsearch

Linux (Debian-like)

curl -L -C - -O https://github.com/downloads/elasticsearch/elasticsearch/elasticsearch-0.19.8.deb
dpkg -i elasticsearch-0.19.8.deb

OSX

With Homebrew

brew install elasticsearch

Add required plugins

mapper-attachment, fsriver

service elasticsearch stop
/usr/share/elasticsearch/bin/plugin -install elasticsearch/elasticsearch-mapper-attachments/1.4.0
/usr/share/elasticsearch/bin/plugin -install dadoonet/fsriver/0.0.2

Configure elasticsearch.yml node property file

# Mandatory cluster Name. You should be able to modify it in a future release.
cluster.name: scrutmydocs
# If you want to check plugins before starting
plugin.mandatory: mapper-attachments, river-fs
# If you want to disable multicast
discovery.zen.ping.multicast.enabled: false

Launch Elasticsearch nodes

service elasticsearch start

Then, you will have to configure ScrutMyDocs to connect to your cluster. By default, ScrutMyDocs will connect on localhost:9300 node with cluster name scrutmydocs.

Modify scrutmydocs settings

The first time you launch scrutmydocs web application, it will create a file named ~/.scrutmydocs/config/scrutmydocs.properties. Just create or edit this file to adjust your parameters. Here is a sample file.

Modify the following settings:

# Set to false if you want to connect your webapp to an existing Elasticsearch cluster, default to true
node.embedded=false
# If false, you have to define your node(s) address(es), default to : localhost:9300,localhost:9301
node.addresses=localhost:9300

You can now deploy the web application in your container.

Scrut My Docs REST API Resources

Common based API

API are running at scrutmydocs/api point. It could be a nice idea to use a proxy to rewrite urls.

Let say you are running scrutmydocs at http://scrutmydocs.org/scrutmydocs/, you should set your proxy to rewrite

Then, the common base URL for API will be http://api.scrutmydocs.org

Each API provide help with the _help entry point.

curl 'localhost:8080/scrutmydocs/api/_help'

The following command will give you existing APIs.

curl 'localhost:8080/scrutmydocs/api/'

REST Response are always based on the following JSON content:

{
   "ok":true,
   "errors":null,
   "object":null
}

Ok indicates if there was something wrong during API execution. If ok is false, you should find errors in errors property.

{
   "ok":false,
   "errors":[
      "This is a first error",
      "This is a second error"
   ],
   "object":null
}

When needed, the API can return an object. For example, if you ask for a river detail, you should find it in the object property:

{
   "ok":true,
   "errors":null,
   "object":{
      "type":"fs",
      "analyzer":"standard",
      "url":"/tmp_es",
      "updateRate":30,
      "includes":null,
      "excludes":null,
      "name":"myfirstriver",
      "id":"myfirstriver",
      "start":false,
      "indexname":"docs",
      "typename":"doc"
   }
}

The returned object depends on the API you use.

Document

You can manage your documents with the Document API.

REST Resources

Resource	Description
GET 1/doc/_help	Display help.
POST 1/doc	Add a document to the search engine (see Document object).
DELETE 1/doc/{id}	Delete a document in the default index/type (doc/docs).
DELETE 1/doc/{index}/{id}	Delete a document in the default type (doc).
DELETE 1/doc/{index}/{type}/{id}	Delete a document.
GET 1/doc/{id}	Get a document in the default index/type (doc/docs).
GET 1/doc/{index}/{id}	Get a document in a specific index with default type (docs).
GET 1/doc/{index}/{type}/{id}	Get a document in a specific index/type.

Document Object

A document object looks like:

{
     "id" :"docid",
	 "index" :"docindex",
	 "type" : "doctype",
	 "name" : "documentname.pdf",
	 "contentType" : "application/pdf",
	 "content" : " BASE64 encoded file content "
}

When sending a document to Scrutmydocs, you can use a minimal structure:

{
	 "name" : "documentname.pdf",
	 "contentType" : "application/pdf",
	 "content" : " BASE64 encoded file content "
}

Examples

# Add a document to the search engine
curl -XPOST 'localhost:8080/scrutmydocs/api/1/doc/ -d '
{
     "id" :"myid1",
	 "name" : "mydocument",
	 "contentType" : "application/pdf",
	 "content" : " BASE64 encoded file content "
}
'    					 

# Add a document to the search engine
curl -XPOST 'localhost:8080/scrutmydocs/api/1/doc/ -d '
{
     "id" :"myid2",
	 "index" :"docs",
	 "type" : "doc",
	 "name" : "mydocument",
	 "contentType" : "application/pdf",
	 "content" : " BASE64 encoded file content "
}
'    					 

# Get a document in the default index/type  (docs/doc)
curl -XGET 'localhost:8080/scrutmydocs/api/1/doc/myid1/'
     	 
# Get a document in a specific index/type
curl -XGET 'localhost:8080/scrutmydocs/api/1/doc/docs/doc/myid2/'   			 	     

# DELETE a document in the default index/type  (docs/doc)
curl -XDELETE 'localhost:8080/scrutmydocs/api/1/doc/myid1/'         

# DELETE a document in a specific index/type
curl -XDELETE 'localhost:8080/scrutmydocs/api/1/doc/docs/doc/myid2/'

Index

You can manage your indices with the Index API.

REST Resources

Resource	Description
GET 1/index/_help	Display help.
POST 1/index	Create a new index (see Index Object).
POST 1/index/{index}	Create a new index named index with default settings. deprecated
POST 1/index/{index}/{type}	Create a new index named index with a specific type (see Index Object). deprecated
DELETE 1/index/{index}	Delete a full index. Use with caution !

Index Object

A index object looks like:

{
	 "index" :"docs",
	 "type" : "doc",
	 "analyzer" : "default"
}

Examples

# CREATE an index
curl -XPOST 'localhost:8080/scrutmydocs/api/1/index/ -d '
{
     "index" :"myindex",
	 "type" : "mytype",
	 "analyzer" : "french"
}
'    					 

# DELETE an index
curl -XDELETE 'localhost:8080/scrutmydocs/api/1/index/myindex'

Search

You can search for documents.

REST Resources

Resource	Description
GET 1/search/_help	Display help.
POST 1/search	Search for a text and navigate in results (see SearchQuery Object).
GET 1/search/{term}	Search for a term.

SearchQuery Object

A search query object looks like:

{
	 "search" :"apache",
	 "first" : 0,
	 "pageSize" : 10
}

search is the text to search. You can use a Lucene syntax.
first is the page number (default to 0).
pageSize is the size of a page (aka number of results to fetch).

SearchResponse Object

A search response object looks like:

{
	 "took" : 123,
	 "totalHits" : 78,
	 "hits" : [
	      {
	         "id":"3fOybUdsTCWcNrCRRcMzKQ",
	         "type":"doc",
	         "index":"docs",
	         "contentType":"text/plain",
	         "source":null,
	         "highlights":[
	            "      <span class='badge badge-info'>Apache</span> License\n                           Version 2.0, January 2004\n                        http://www",
	            "apply the <span class='badge badge-info'>Apache</span> License to your work.\n\n      To apply the <span class='badge badge-info'>Apache</span> License to your work, attach the following",
	            "under the <span class='badge badge-info'>Apache</span> License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance"
	         ],
	         "title":"LICENSE.txt"
	      },
	      {
	         "id":"nRYAgObDR6OAchE__Lwd_g",
	         "type":"doc",
	         "index":"docs",
	         "contentType":"text/plain",
	         "source":null,
	         "highlights":[
	            "      <span class='badge badge-info'>Apache</span> License\n                           Version 2.0, January 2004\n                        http://www",
	            "apply the <span class='badge badge-info'>Apache</span> License to your work.\n\n      To apply the <span class='badge badge-info'>Apache</span> License to your work, attach the following",
	            "under the <span class='badge badge-info'>Apache</span> License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance"
	         ],
	         "title":"LICENSE.txt"
	      }
	 ]
}

took is the time in milliseconds.
totalHits is the total number of hits.
hits contains an array of Hit objects.

Hit Object

A hit object looks like:

  {
     "id":"3fOybUdsTCWcNrCRRcMzKQ",
     "type":"doc",
     "index":"docs",
     "contentType":"text/plain",
     "source":null,
     "highlights":[
        "      <span class='badge badge-info'>Apache</span> License\n                           Version 2.0, January 2004\n                        http://www",
        "apply the <span class='badge badge-info'>Apache</span> License to your work.\n\n      To apply the <span class='badge badge-info'>Apache</span> License to your work, attach the following",
        "under the <span class='badge badge-info'>Apache</span> License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance"
     ],
     "title":"LICENSE.txt"
  }

id is the unique internal ID of the document.
type is the object type (default to doc).
index is the object index (default to docs)
contentType is the document content type.
source is always null as we don't provide content by now.
title is the document filename.
highlights may contain an array of String which highlights the document content with the searched terms.

Examples

# SEARCH for apache term
curl -XGET 'localhost:8080/scrutmydocs/api/1/search/apache'         

# SEARCH for apache term, starting from page 2 with 20 results
curl -XPOST 'localhost:8080/scrutmydocs/api/1/search/apache -d '
{
	 "search" :"apache",
	 "first" : 1,
	 "pageSize" : 20
}
'

Rivers (Common API for all Rivers)

You can manage get information on all rivers with the Rivers API.

REST Resources

Resource	Description
GET 1/settings/rivers/_help	Display help.
GET 1/settings/rivers	Get all existing rivers (it will provide an array of River objects).

River Object

A river object looks like:

{
	 "id" : "mydummyriver",
	 "name" : "My Dummy River",
	 "indexname" : "docs",
	 "typename" : "doc",
	 "start" : false
	 //, ... plus some metadata depending on each river ...
}

id is the unique name of your river. It will be used to get or delete the river.
name is a fancy name for the river.
indexname is where your documents will be send.
typename is the type name under your documents will be indexed.
start indicates if the river is running (true) or not (false).

Examples

# GET all existing rivers
curl -XGET 'localhost:8080/scrutmydocs/api/1/settings/rivers/'

FileSystem Rivers (FSRivers)

You can manage your file system rivers with the FSRivers API.

REST Resources

Resource	Description
GET 1/settings/rivers/fs/_help	Display help.
GET 1/settings/rivers/fs	Get all existing Filesystem rivers (it will provide an array of FSRiver objects).
GET 1/settings/rivers/fs/{name}	Get one filesystem river (see FSRiver object).
POST 1/settings/rivers/fs	Create or update a FSRiver (see FSRiver Object). The river is not automatically started.
PUT 1/settings/rivers/fs	Same as POST.
DELETE 1/settings/rivers/fs/{name}	Remove a filesystem river.
GET 1/settings/rivers/fs/{name}/start	Start a river
GET 1/settings/rivers/fs/{name}/stop	Stop a river

FSRiver Object

A fsriver object looks like:

{
	 "id" : "mydummyriver",
	 "name" : "My Dummy River",
	 "indexname" : "docs",
	 "typename" : "doc",
	 "start" : false,
	 "url" :"/tmp/docs",
	 "updateRate" : 300,
	 "includes" : "*.doc",
	 "excludes" : "resume*",
	 "analyzer" : "french"
}

id is the unique name of your river. It will be used to get or delete the river.
name is a fancy name for the river.
indexname is where your documents will be send.
typename is the type name under your documents will be indexed.
start indicates if the river is running (true) or not (false).
url is the root where FS River begins to crawl.
updateRate is the frequency (in seconds).
includes is used when you want to index only some files (can be null aka every file is indexed).
excludes is used when you want to exclude some files from the include list (can be null aka every file is indexed).
analyzer is the analyzer to apply for this river ("default" or "french" by now).

Examples

# CREATE a new river
curl -XPUT 'localhost:8080/scrutmydocs/api/1/settings/rivers/fs/' -d '
{
	 "id" : "mydummyriver",
	 "name" : "My Dummy River",
	 "indexname" : "docs",
	 "typename" : "doc",
	 "start" : false,
	 "url" :"/tmp/docs",
	 "updateRate" : 300,
	 "includes" : "*.doc",
	 "excludes" : "resume*",
	 "analyzer" : "french"
}
'    					 


# START a river
curl -XGET 'localhost:8080/scrutmydocs/api/1/settings/rivers/fs/mydummyriver/start'  

# STOP a river
curl -XGET 'localhost:8080/scrutmydocs/api/1/settings/rivers/fs/mydummyriver/stop'  

# DELETE a river
curl -XDELETE 'localhost:8080/scrutmydocs/api/1/settings/rivers/fs/mydummyriver'

Name		Name	Last commit message	Last commit date
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src		src
.gitignore		.gitignore
LICENSE		LICENSE
NOTICE		NOTICE
README.markdown		README.markdown
pom.xml		pom.xml

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klederson/scrutmydocs

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Scrut My Docs

Introduction

Installation

Deploy locally

Setup

Embedded node

Connect to Elasticsearch Cluster

Download and install Elasticsearch

Linux (Debian-like)

OSX

Add required plugins

Configure elasticsearch.yml node property file

Launch Elasticsearch nodes

Modify scrutmydocs settings

Scrut My Docs REST API Resources

Common based API

Document

REST Resources

Document Object

Examples

Index

REST Resources

Index Object

Examples

Search

REST Resources

SearchQuery Object

SearchResponse Object

Hit Object

Examples

Rivers (Common API for all Rivers)

REST Resources

River Object

Examples

FileSystem Rivers (FSRivers)

REST Resources

FSRiver Object

Examples

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