test('read this file', function (t) {
var fs = require('fs')
var file = fs.readFileSync(__filename).toString()
var lines = file.split('\n')
var i = 0, block = 300
pull.pipeableSource(function () {
return function (end, cb) {
if (i > file.length)
cb(true)
else {
var _i = i
i += block
cb(null, file.substring(_i, _i + block))
}
}
})()
.pipe(split())
.pipe(pull.writeArray(function (err, array){
console.log(array)
t.equal(array.length, lines.length)
t.deepEqual(array, lines)
t.end()
}))
})
test('random array (' + min + ', ' + max + ')', function (t) {
function compare (a, b) {
return ( a < b ? -1
: a > b ? 1
: 0 )
}
blockRange(getStream, compare, blocks, min, max)
.pipe(pull.writeArray(function (end, actual) {
var accessed1 = accessed
accessed = {}
console.log(accessed)
getStream(0)
.pipe(range(min, max, false))
.pipe(pull.writeArray(function (end, expected) {
t.equal(actual.length, expected.length)
if(!min && !max)
t.notDeepEqual(actual, [])
t.deepEqual(actual, expected)
console.log('RETRIVED:', actual.length)
if(check) check(t, actual, expected)
t.end()
}))
}))
})
pull.writeArray(function (err, fore) {
pull(
blockIterator(stat, {reverse: true}),
u.json(true),
pull.filter(),
pull.writeArray(function (err, rev) {
t.deepEqual(fore, rev.reverse())
t.end()
})
)
})
.pipe(pull.writeArray(function (end, actual) {
var accessed1 = accessed
accessed = {}
console.log(accessed)
getStream(0)
.pipe(range(min, max, false))
.pipe(pull.writeArray(function (end, expected) {
t.equal(actual.length, expected.length)
if(!min && !max)
t.notDeepEqual(actual, [])
t.deepEqual(actual, expected)
console.log('RETRIVED:', actual.length)
if(check) check(t, actual, expected)
t.end()
}))
}))