3d0c

package main

/*
#include <string.h>

void write_int(int *len) {
	*len = 10;
}

void write_int_array(int *sizes[]) {

3d0c

// Longest compound word finder
//
// Usage: feed stid to the program
// E.g.:
//   cat /tmp/123.txt | go run lcw.go
//   curl http://norvig.com/ngrams/word.list | go run lcw.go
//
package main

import (

3d0c

package main

import (
	"file-api/oid"
	c "file-api/proxy/controllers"
	"file-api/proxy/models"
	. "file-api/proxy/utils"
	"github.com/3d0c/martini-contrib/binding"
	"github.com/3d0c/martini-contrib/config"
	"github.com/3d0c/martini-contrib/encoder"

3d0c

moved to https://github.com/3d0c/deploy.sh

3d0c

Wow. I've now read the whole book and much of the supporting code. I'm not a fan, and recommend against relying on it. Here's a laundry list of concerns:

* The teaching method the book uses is badly flawed. The book's strategy is to start simple and build to complexity, which makes sense if you're teaching algebra but not if you're teaching heart surgery. The result is that each chapter culminates with the implementation of a system that is grievously insecure. Little warning is given of this, apart from allusions to future chapters improving the system. For instance, Chapter 2 closes with a chat system that uses AES-CBC without an authenticator.

* The book is full of idiosyncratic recommendations. For instance, AES-CBC requires a padding scheme. There is a standard padding scheme. The book purports to present it, but instead of PKCS7, it presents 80h+00h..00h. 

* At one point about 1/3rd of the way through the book, it suggests using a SHA256 hash of the plaintext as an authenticator for a message. This r

3d0c

func main() {

	s := []string{"this", "is", "a", "test"}

	mapper := func(s string) string {
		return "prefix-" + s
	}

	tap := func(s string) {
		fmt.Printf("tap: %s\n", s)

3d0c

func (iter *Iter) All(result interface{}) error {
	resultv := reflect.ValueOf(result)
	if resultv.Kind() != reflect.Ptr || (resultv.Elem().Kind() != reflect.Slice && resultv.Elem().Kind() != reflect.Interface) {
		panic("result argument must be a slice address")
	}
	slicev := resultv.Elem()

	if resultv.Elem().Kind() == reflect.Interface {
		slicev = slicev.Elem().Slice(0, slicev.Elem().Cap())
	} else {