gos.gxml

<?xml version="1.0" encoding="UTF-8"?>
<gos>
	<!--Stating the deployment type GoS should compile -->
	<!-- Curent valid types are webapp,shell and bind -->
	<!-- Shell = cli, sort of a GoS(Ghost) in the Shell -->
	<deploy>webapp</deploy>
	<port>8080</port>
	<package>if-package-is-library</package>
	<not_found>/your-404-page</not_found>
	<error>/your-500-page</error>

	<!-- Using import within different tags will have different results -->
	<!-- We going to make the goPkg Mongo Db Driver available to our application -->
	<!-- Using <import/> within the <go/> tag is similar to using the import call within a .go file -->
	<!-- To be less dramating, GoS will skip packages that it has already imported -->
	<import src="github.com/cheikhshift/tick/gos.gxml"/>
	<!-- Go File output name -->
	
	<output>server_out.go</output>
	<!-- exported session fields available to Session -->
	<main>
	/* GOLANG SCOPE */
		tick.Key = "example key 1234"
		//HostName string syntax [host]:[port]
		// var HostName string included on tick/gos.gxml import
		HostName = "localhost:8080"
		// dbs included on tick/gos.gxml import
		dbs,_ = db.Connect("localhost", "database")
		tick.SetDb(dbs)
		obj := dbObject{Signature : "Prevent dupds" }
		err := dbs.Add(&obj)
		if err != nil {
			fmt.Println(err.Error())
		} else {
		fmt.Println("Use this ID to find your object : " + obj.Id.Hex())
		}
	</main>

	<key>a very very very very secret key</key>
	<!-- Declare global variables -->
	<!-- Contains interfaces and structs
	 that will be used by the GoS application -->
	<header> 
			<!-- remember to Jumpline when stating methods or different struct attributes, it is vital for our parser \n trick -->


		<!-- Required for Gos To compile \|/-->
	 		<!-- Required for Gos To compile \|/-->
	    <struct name="UserSpace">
				/* Property Type */
		</struct>
		<object name="UserSpaceInterface" struct="UserSpace">
		   
		</object>
	</header>
	<methods>
		<!-- Vars are defined as usual except within the var attribute for example :  -->
		<!-- If there is a basic go function : func hackfmt(data string, data2 string) -->
		<!-- the attribute names would be called as such var="data string,data2 string" -->
		<!-- Similar to a go function decleration-->
		<!--  if a method matches the criteria for an  interface it will be used as an interface method -->
		<!-- To prevent that use the autoface attribute and set it to "false" By default it is true -->
		<!-- Use the keep-local="true" attribute to limit a method within a Go file -->	
		<!-- Sometimes your method will return data  -->
		<!-- And to do so we will need to add a return var list by using the return attribute  -->
		<!-- Sometimes the autointerface will reuse the wrong the function, or your interface methods need a bit more distinction -->
		<!-- Vis a  vis which object types are used in generating these mutating methods -->
		<!--Use the limit attribute to narrow down the applicable structs for this method -->
		<!-- Use the object attribute to determine the name of the local variable name to be mutated within the function. By default GoS will assume object is the variable name  -->
	</methods>

	<templates>
 		<!-- Template libraries are useful for expediting page creation and reuse common website elements within this GoS application -->
 		<!-- Templates are nested and customized with the template function instead of using the normal {{template "Name"}} call you can now use {{Button /{"Color":"#fff"}/ }}
 		{{Modal &{Color:"#fff"}& }}  -->
 		<!-- *Notice that special braces are used to initialize the parameters of the struct '&{' and '}&' -->
 		
 		<!-- <template name="Bootstrap_alert" tmpl="bootstrap/alert" struct="Bootstrap_alert" /> -->
 		
	</templates>
	<endpoints>
      <!-- Depending on your build type the usage of this tag will vary. -->
      <!-- For WebServers it will override any request for a given path and run the specified method. No vars or return types are needed for  -->
      <!-- methods linked to an API call, please keep in mind that you may use w for http.ResponseWriter and r for http.Request . Additional available function variables is params and session. If a function is api listed it will not be used anywhere else.-->
      <!-- <end /> is the endpoint tag and has the variables path,method, -->
      <!-- Happy trails!!! -->
      <!-- <end path="/index/api"  type="POST" >
      	varr := "data"
      	fmt.Println(varr)
      	//response is the string variable sent -> mResponse()
      	response = varr
      </end> -->
	</endpoints>
	<timers>
	<!--	<timer interval="10" unit="Second" name="Updater">
			var obj dbObject
			var mutex = &sync.Mutex{}
			mutex.Lock()
			dbs.Q(&obj).Find(db.O{"_id" : bson.ObjectIdHex("598ddf137353240ba52335e1")}).One(&obj)
			obj.Track = obj.Track + 1
			dbs.Save(&obj)
			fmt.Println("Update!")
			mutex.Unlock()
		</timer>
	</timers> -->
</gos>