<response>
	<statusCode>0</statusCode>
	<statusMsg>Success</statusMsg>
	<currentTimeUTC>1404513734</currentTimeUTC>
	<responseTimeMS>284</responseTimeMS>
	<docsInCollection>226</docsInCollection>
	<hits>193</hits>
	<moreResultsFollow>1</moreResultsFollow>
	<result>
		<imageBase64>/9j/4AAQSkZJRgABAQAAAQABA...</imageBase64>
		<imageHeight>350</imageHeight>
		<imageWidth>223</imageWidth>
		<origImageHeight>470</origImageHeight>
		<origImageWidth>300</origImageWidth>
		<title><![CDATA[U.S....]]></title>
		<sum>Department of the Interior protects America's natural resources and</sum>
		<url><![CDATA[www.doi.gov]]></url>
		<size>  64k</size>
		<docId>34111603247</docId>
		<site>www.doi.gov</site>
		<spidered>1404512549</spidered>
		<firstIndexedDateUTC>1404512549</firstIndexedDateUTC>
		<contentHash32>2680492249</contentHash32>
		<language>English</language>
	</result>
</response>

{ "response:"{

	# This is zero on a successful query. 
	# Otherwise it will be a non-zero number 
	# indicating the error code.
	"statusCode":0,

	# Similar to above, this is "Success" 
	# on a successful query. Otherwise it 
	# will indicate an error message 
	# corresponding to the statusCode above.
	"statusMsg":"Success",

	# This is the current time in UTC in 
	# unix timestamp format (seconds since 
	# the epoch) that the server has when 
	# generating this JSON response.
	"currentTimeUTC":1404588231,

	# This is how long it took in 
	# milliseconds to generate the JSON 
	# response from reception of the request.
	"responseTimeMS":312,

	# This is how many matches were 
	# excluded from the search results 
	# because they were considered 
	# duplicates, banned, had errors 
	# generating the summary, or where from 
	# an over-represented site. To show them 
	# use the &sc &dr &pss &sb and 
	# &showerrors input parameters described 
	# above.
	"numResultsOmitted":3,

	# This is how many shards failed to 
	# return results. Gigablast gets results 
	# from multiple shards (computers) and 
	# merges them to get the final result 
	# set. Some times a shard is down or 
	# malfunctioning so it will not 
	# contribute to the results. So If this 
	# number is non-zero then you had such a 
	# shard.
	"numShardsSkipped":0,

	# This is how many shards are ideally 
	# in use by Gigablast to generate search 
	# results.
	"totalShards":159,

	# This is how many total documents are 
	# in the collection being searched.
	"docsInCollection":226,

	# This is how many of those documents 
	# matched the query.
	"hits":193,

	# This is 1 if more search results are 
	# available, otherwise it is 0.
	"moreResultsFollow":1,

	# Start of query-based information.
	"queryInfo":{

		# The entire query that was received, 
		# represented as a single string.
		"fullQuery":"test",

		# The language of the query. This is 
		# the 'preferred' language of the search 
		# results. It is reflecting the &qlang 
		# input parameter described above. Search 
		# results in this language (or an unknown 
		# language) will receive a large boost. 
		# The boost is multiplicative. The 
		# default boost size can be overridden 
		# using the &langw input parameter 
		# described above. This language 
		# abbreviation here is usually 2 letter, 
		# but can be more, like in the case of 
		# zh-cn, for example.
		"queryLanguageAbbr":"en",

		# The language of the query. Just 
		# like above but the language is spelled 
		# out. It may be multiple words.
		"queryLanguage":"English",

		# List of space separated words in 
		# the query that were ignored for the 
		# most part. Because they were common 
		# words for the query language they are 
		# in.
		"ignoredWords":"to the",

		# There is a maximum limit placed on 
		# the number of query terms we search on 
		# to keep things fast. This can be 
		# changed in the search controls.
		"queryNumTermsTotal":52,
		"queryNumTermsUsed":20,
		"queryWasTruncated":1,

		# The start of the terms array. Each 
		# query is broken down into a list of 
		# terms. Each term is described here.
		"terms":[

			# The first query term in the JSON 
			# terms array.
			{

			# The term number, starting at 0.
			"termNum":0,

			# The term as a string.
			"termStr":"test",

			# The term frequency. An estimate of 
			# how many pages in the collection 
			# contain the term. Helps us weight terms 
			# by popularity when scoring the results.
			"termFreq":425239458,

			# A 48-bit hash of the term. Used to 
			# represent the term in the index.
			"termHash48":67259736306430,

			# A 64-bit hash of the term.
			"termHash64":9448336835959712000,

			# If the term has a field, like the 
			# term title:cat, then what is the hash 
			# of the field. In this example it would 
			# be the hash of 'title'. But for the 
			# query 'test' there is no field so it is 
			# 0.
			"prefixHash64":0

			},

			# The second query term in the JSON 
			# terms array.
			{

			"termNum":1,
			"termStr":"tested",

			# The language the term is from, in 
			# the case of query expansion on the 
			# original query term. Gigablast tries to 
			# find multiple forms of the word that 
			# have the same essential meaning. It 
			# uses the specified query language 
			# (&qlang), however, if a query term is 
			# from a different language, then that 
			# language will be implied for query 
			# expansion.
			"termLang":"en",

			# The query term that this term is a 
			# form of.
			"synonymOf":"test",

			"termFreq":73338909,
			"termHash48":66292713121321,
			"termHash64":9448336835959712000,
			"prefixHash64":0
			},

			...

		# End of the JSON terms array.
		]

	# End of the queryInfo JSON structure.
	},

	# The start of the gigabits array. 
	# Each gigabit is mined from the content 
	# of the search results. The top N 
	# results are mined, and you can control 
	# N with the &dsrt input parameter 
	# described above.
	"gigabits":[

		# The first gigabit in the array.
		{

		# The gigabit as a string in utf8.
		"term":"Membership",

		# The numeric score of the gigabit.
		"score":240,

		# The popularity ranking of the 
		# gigabit. Out of 10000 random documents, 
		# how many documents contain it?
		"minPop":480,

		# The gigabit in the context of a 
		# document.
		"instance":{

			# A sentence, if it exists, from one 
			# of the search results which also 
			# contains the gigabit and as many 
			# significant query terms as possible. In 
			# UTF-8.
			"sentence":"Get a free Tested Premium Membership here!",

			# The url that contained that 
			# sentence. Always starts with http.
			"url":"http://www.tested.com/",

			# The domain of that url.
			"domain":"tested.com"
		}

		# End of the first gigabit
		},

		...

	# End of the JSON gigabits array.
	],

	# Start of the facets array, if any.
	"facets":[

		# The first facet in the array.
		{
			# The field you are faceting over
			"field":"Company",

			# How many documents in the 
			# collection had this particular field? 
			# 64-bit integer.
			"totalDocsWithField":148553,

			# How many documents in the 
			# collection had this particular field 
			# with the same value as the value line 
			# directly below? This should always be 
			# less than or equal to the 
			# totalDocsWithField count. 64-bit 
			# integer.
			"totalDocsWithFieldAndValue":44184,

			# The value of the field in the case 
			# of this facet. Can be a string or an 
			# integer or a float, depending on the 
			# type described in the gbfacet query 
			# term. i.e. gbfacetstr, gbfacetint or 
			# gbfacetfloat.
			"value":"Widgets, Inc.",

			# Should be the same as 
			# totalDocsWithFieldAndValue, above. 
			# 64-bit integer.
			"docCount":44184

		# End of the first facet in the array.
		}

	# End of the facets array.
	],

	# Start of the JSON array of 
	# individual search results.
	"results":[

		# The first result in the array.
		{

		# The title of the result. In UTF-8.
		"title":"This is the title.",

		# A DMOZ entry. One result can have 
		# multiple DMOZ entries.
		"dmozEntry":{

			# The DMOZ category ID.
			"dmozCatId":374449,

			# The DMOZ direct category ID.
			"directCatId":1,

			# The DMOZ category as a UTF-8 
			# string.
			"dmozCatStr":"Top: Computers: Security: Malicious 
			 Software: Viruses: Detection and Removal Tools: 
			 Reviews",

			# What title some DMOZ editor gave 
			# to this url.
			"dmozTitle":"The DMOZ Title",

			# What summary some DMOZ editor gave 
			# to this url.
			"dmozSum":"A great web page.",

			# The DMOZ anchor text, if any.
			"dmozAnchor":"",

		# End DMOZ entry.
		},

		# The content type of the url. Can be 
		# html, pdf, text, xml, json, doc, xls or 
		# ps.
		"contentType":"html",

		# The summary excerpt of the result. 
		# In UTF-8.
		"sum":"Department of the Interior protects America's natural resources.",

		# The url of the result. If it starts 
		# with http:// then that is omitted. Also 
		# omits the trailing / if the urls is 
		# just a domain or subdomain on the root 
		# path.
		"url":"www.doi.gov",

		# The hopcount of the url. The 
		# minimum number of links we would have 
		# to click to get to it from a root url. 
		# If this is 0 that means the url is a 
		# root url, like http://www.root.com/.
		"hopCount":0,

		# The size of the result's content. 
		# Always in kilobytes. k stands for 
		# kilobytes. Could be a floating point 
		# number or and integer.
		"size":"  64k",

		# The exact size of the result's 
		# content in bytes.
		"sizeInBytes":64560,

		# The unique document identifier of 
		# the result. Used for getting the cached 
		# content of the url.
		"docId":34111603247,

		# The site the result comes from. 
		# Usually a subdomain, but can also 
		# include part of the URL path, like, 
		# abc.com/users/brad/. A site is a set of 
		# web pages controlled by the same 
		# entity.
		"site":"www.doi.gov",

		# The time the url was last INDEXED. 
		# If there was an error or the url's 
		# content was unchanged since last 
		# download, then this time will remain 
		# unchanged because the document is not 
		# reindexed in those cases. Time is in 
		# unix timestamp format and is in UTC.
		"spidered":1404512549,

		# The first time the url was 
		# successfully INDEXED. Time is in unix 
		# timestamp format and is in UTC.
		"firstIndexedDateUTC":1404512549,

		# A 32-bit hash of the url's content. 
		# It is used to determine if the content 
		# changes the next time we download it.
		"contentHash32":2680492249,

		# The dominant language that the 
		# url's content is in. The language name 
		# is spelled out in its entirety.
		"language":"English"

		# A convenient abbreviation of the 
		# above language. Most are two 
		# characters, but some, like zh-cn, are 
		# more.
		"langAbbr":"en"

		# If the result has an associated 
		# image then the image thumbnail is 
		# encoded in base64 format here. It is a 
		# jpg image.
		"imageBase64":"/9j/4AAQSkZJR...",

		# If the result has an associated 
		# image then what is its height and width 
		# of the above jpg thumbnail image in 
		# pixels?
		"imageHeight":223,
		"imageWidth":350,

		# If the result has an associated 
		# image then what are the dimensions of 
		# the original image in pixels?
		"origImageHeight":300,
		"origImageWidth":470

		# End of the first result.
		},

		...

	# End of the JSON results array.
	]

# End of the response.
}

}

<response>
	<statusCode>0</statusCode>
	<statusMsg>Success</statusMsg>
	<url><![CDATA[http://www.doi.gov/]]></url>
	<docId>34111603247</docId>
	<cachedTimeUTC>1404512549</cachedTimeUTC>
	<cachedTimeStr>Jul 04, 2014 UTC</cachedTimeStr>
	<content><![CDATA[<html><title>Some web page title</title><head>My first web page</head></html>]]></content>
</response>

{ "response:"{
	"statusCode":0,
	"statusMsg":"Success",
	"url":"http://www.doi.gov/",
	"docId":34111603247,
	"cachedTimeUTC":1404512549,
	"cachedTimeStr":"Jul 04, 2014 UTC",
	"content":"<html><title>Some web page title</title><head>My first web page</head></html>"
}
}