Climb Index

groovy: Security restricted macro is not allowed on this page. A page edit restriction is required that matches the macro authorization list.

import com.atlassian.confluence.pages.Page;
import bucket.container.ContainerManager;

def index = request.getSession(true).getServletContext().getAttribute("climb.index")

if (index == null )

Unknown macro: { out.println "Creating index..." index = new Index() String pageTitle="Climbing Guides" //String pageTitle="Hobart Craglets" Page page = ContainerManager.getComponent("pageManager").getPage(context.spaceKey,pageTitle); addChildren(page, index) request.getSession(true).getServletContext().setAttribute("climb.index", index)} def totalStars = ["","*","**","***"]def totalGrades = ["10","11","12","13","14","15","16","17","18","19","20","21","22","23","24","25","26","27","28","29","30","31","32","33","34","VE","V0","V1","V2","V3","V4","V5","V6","V7","V8","V9","V10","V11","V12","V13","V14","V15"]def totalSorts = ["grade,stars,name","name","none"] def sortBy = "grade,stars,name"def grades = ["17","18" ]def stars = ["***"]def pages = ["Northern Buttress"]def nameStartsWith = ""def nameContains = "" if (request.getParameter("climb.search") != null ){ stars = toList( request.getParameterValues("climb.stars") ) grades = toList( request.getParameterValues("climb.grades") ) sortBy = request.getParameter("climb.sortBy") nameStartsWith = request.getParameter("climb.nameStartsWith") nameContains = request.getParameter("climb.nameContains") pages = toList( request.getParameterValues("climb.pages") )} out.println '''h2. Search Criteria{info}

This page lets you search the thesarvo guides by stars, grade, area etc. The criteria below all have to be satisfied, so you probably want to widen the criteria. Use a Ctrl-click to select multiple values for stars, grade and area.

Stars	Name Starts With	Name Contains	Grade	Area	Sort By

\\\\
'''

def filtered = new ArrayList();
for (c in index.climbs)
{
if ( pages.contains(c.page) && grades.contains(c.grade) && stars.contains(c.stars) )
{
if (nameContains==null || nameContains.length()==0 || c.name.toLowerCase().contains(nameContains.toLowerCase()) )
{
if (nameStartsWith==null || nameStartsWith.length()==0 || c.name.toLowerCase().startsWith(nameStartsWith.toLowerCase()) )
{
if (grades==null || grades.size()==0)
filtered.add c
else
for (g in grades)
if (c.grade!=null && c.grade.startsWith(g) )

Unknown macro: { filtered.add c break; }

}
}

if (sortBy!=null && !sortBy.equals("none"))
{
def sorter =

Unknown macro: { return it.name.toLowerCase() }

if (sortBy.equals(totalSorts[0]))
{
//out.println "sorting by grade"
sorter =

Unknown macro: { return it.grade.trim() + it.stars.trim() + it.name.toLowerCase().trim() }

}
//out.println "sorting"
filtered.sort sorter
}

out.println "h2. Results"
out.println filtered.size + " results"
out.println "|| || Stars || Name || Length || Grade || Area ||"
for (c in filtered)
{
out.println "| | " + " | " + c.name + " | " + c.length + " | " + c.grade + " | [" + c.page + "] |"
response.flushBuffer()
}

def addChildren(Page page, Index index)
{
for (child in page.sortedChildren)

Unknown macro: { doPage(child, index) }

}

def doPage (Page page, Index index)
{
int index1 = page.content.indexOf("

",index1+1)
String xml = page.content.substring(index1+7, index2)
//out.println ("Page:" + page )

def x = new XmlParser().parseText(xml)
def climbs = x.climb
climbs.addAll x.problem

if (climbs.size() > 0)
index.pages.add page.title

for (climb in climbs)

Unknown macro: { Climb c = new Climb( name}

}
addChildren(page, index)

}

def List toList
{
def ret = []
for (c in x)
ret.add c

return ret
}

class Index
{
List climbs = []
List pages = []
}

class Climb
{
String name
String grade
String stars
String length
//String extra
//String number
String page;

String toString()

Unknown macro: { return stars==null?""}

}