Maktub its a pseudo randon generative library designed to generate theorem tests, procedural objects constructions and anything that you need pseudo random usage
These lib its designed to be as dumb as possible,for usage just download the Amalgamation File int your project and include it directly into your main
#include "MakTub.h"
int main(){
}you also can run the project directy from folder, just copy the src folder into your project and include the src/one.c file into yout main
#include "src/one.c"
int main(){
}if you want you can build from scracth the almagamation ,or work into the project for builiding just run:
sh pre_build.sh && ./build.outit will generate the amalgamation in release , and execute all the unit tests
these project uses Silverchain as the default includer, and we recomen you to use, to a better development on files modification for usage in these project, download silverchain and put the silverchain binary into the main root dir, and run the sh watch.sh file
these above example generates a simple rand number betwen 0 and 100
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
int num = mak.generate_num(obj,0,100);
printf("%d\n",num);
mak.free(obj);
return 0;
}you also can generate tokens of diferent sizes of diferent chars
/*
With MakTup you can generate tokens through seeds, choosing the number of characters and which characters are accepted.
*/
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
char *token = mak.generate_token(obj,10,mak.seqs.allpha_nuns);
printf("%s\n",token);
mak.free(obj);
return 0;
}you can choice betwen lists with generate choice functionality
/*
It is also possible to generate pseudo randomness in lists.
*/
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
const char *list[] = {"chaves", "Dona Florinda", "Shr. Girafales", "Nhonho"};
const char *chosen_person = (char*)mak.generate_choice(obj, (void **)list, sizeof(list) / sizeof(char *));
printf("\n\tchose person: %s\n", chosen_person);
mak.free(obj);
return 0;
}you can set probabilities for for switching elements
/*
It is also possible to generate pseudo randomness in lists.
*/
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
MaktubGenerationNum *nuns = mak.newGenerationNum(obj);
mak.num.add_probability(nuns,0.33);
mak.num.add_probability(nuns,0.33);
mak.num.add_probability(nuns,0.33);
printf("chosed alternative %d",mak.num.perform(nuns));
mak.free(obj);
return 0;
}its also possible to use it at a boolean strategy
/*
It is also possible to generate pseudo randomness in lists.
*/
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
MaktubGenerationNum *nuns = mak.newGenerationNum(obj);
mak.num.add_probability(nuns,0.25);
mak.num.add_probability(nuns,0.75);
bool you_play_minecraft = mak.num.perform(nuns);
if(you_play_minecraft){
printf("you play minecraft\n");
}
if(!you_play_minecraft){
printf("you dont play minecraft\n");
}
mak.free(obj);
return 0;
}if you prever a more safer aproach you can use like these
/*
It is also possible to generate pseudo randomness in lists.
*/
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
MaktubGenerationNum *nuns = mak.newGenerationNum(obj);
int first = mak.num.add_probability(nuns,0.33);
int second = mak.num.add_probability(nuns,0.33);
int third = mak.num.add_probability(nuns,0.33);
int result = mak.num.perform(nuns);
if(result == first){
printf("got first\n");
}
else if(result == second){
printf("got second");
}
else if(result == third){
printf("got third");
}
else {
printf("got none\n");
}
mak.free(obj);
return 0;
}you can determine a callback to be executed on each probability
#include "MakTub.h"
MakTubNamespace mak;
void print_in_portuguese(MakTub *self){
printf("Bem Vindo %s\n", (char*)self->current_args);
}
void print_in_spanish(MakTub *self){
printf("Bienvenido %s\n", (char*)self->current_args);
}
void print_in_english(MakTub *self){
printf("Welcome %s\n",(char*)self->current_args);
}
int main(){
mak = newMakTubNameskace();
MakTub *self = mak.newMakTub("your seed here");
self->current_args = "Mateus";
MakTubeGenerationAction * nome = mak.newGenerationAction(self);
mak.actions.subscribe_function(nome, 0.33, print_in_portuguese);
mak.actions.subscribe_function(nome, 0.33, print_in_spanish);
mak.actions.subscribe_function(nome, 0.33, print_in_english);
mak.actions.perform(nome);
mak.free(self);
return 0;
}/*
It also defines the probability percentage of executing something with: "subscribe_function"
*/
#include "MakTub.h"
MakTubNamespace mak;
void print_nil(MakTub *self){
printf("\tNILL\n");
}
void print_hello(MakTub *self){
printf("\tHello Word\n");
}
int main(){
mak = newMakTubNameskace();
MakTub *self = mak.newMakTub("your seed here");
MakTubeGenerationAction * nome = mak.newGenerationAction(self);
mak.actions.subscribe_function(nome, 0.25, print_nil);
mak.actions.subscribe_function(nome, 0.75, print_hello);
mak.actions.perform(nome);
mak.free(self);
return 0;
}all pseudo random numbers are generated based on the seed and on the generation ,where you can modify and controll it
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
int num = mak.generate_num(obj,0,100);
printf("first =%d\n",num);
mak.set_generation(obj,0);
int num2 = mak.generate_num(obj,0,100);
printf("second = %d\n",num2); //it will be equal to first
mak.free(obj);
return 0;
}you can make small seed modifications to test varios hipoteses
#include "MakTub.h"
MakTubNamespace mak;
int main(){
mak = newMakTubNameskace();
MakTub * obj = mak.newMakTub("your seed here");
int num = mak.generate_num(obj,0,100);
printf("seed = %s\n",mak.get_seed(obj));
printf("first =%d\n",num);
mak.aply_seed_modification(obj,(int[]){0,1,2},3,mak.seqs.allpha_nuns);
int num2 = mak.generate_num(obj,0,100);
printf("seed = %s\n",mak.get_seed(obj));
printf("second = %d\n",num2); //it will be equal to first
mak.free(obj);
return 0;
}you can find seed based on lambda blueprints and verifiers
#include "MakTub.h"
MakTubNamespace mak;
void *blue_print_generator(MakTub *self){
char *nation[] = {"Brazilian","American","Portuguese"};
char *chosen_nation = Maktub_generate_choice(self,(void**)nation,sizeof(nation)/sizeof(char*));
short chose_age = Maktub_generate_num(self,1, 120);
char *sentence = (char*)calloc(1000, sizeof(char));
sprintf(sentence,"I am %s and i am %d years old",chosen_nation,chose_age);
return sentence;
}
bool sentence_validator(MakTub *self,void *result){
char *formatted = (char*)result;
const char *TARGET = "I am Brazilian and i am 27 years old";
return strcmp(formatted, TARGET) == 0;
}
char * find_seed(){
MakTub *maktube_obj = mak.newMakTub("eai parsa suave ");
int POSITION_TO_MODIFY[] = {0,1,2,3};
int POSITION_SIZE = sizeof(POSITION_TO_MODIFY)/sizeof(int);
int MAX_TRY = 1000;
bool found = mak.aply_seed_modification_til_find(
maktube_obj,
POSITION_TO_MODIFY,
POSITION_SIZE,
mak.seqs.allpha_nuns,
blue_print_generator,
sentence_validator,
free,
MAX_TRY
);
if(found){
char *copy = strdup(maktube_obj->seed);
mak.free(maktube_obj);
return copy;
}
mak.free(maktube_obj);
return NULL;
}
int main(){
// 8
mak =newMakTubNameskace();
mak = newMakTubNameskace();
char *found_seed = find_seed();
if(found_seed){
printf("found seed '%s'\n",found_seed);
MakTub *test_obj = mak.newMakTub(found_seed);
char *generation = (char*)blue_print_generator(test_obj);
printf("generation:'%s'\n",generation);
mak.free(test_obj);
free(found_seed);
free(generation);
}
if(!found_seed){
printf("seed not found \n");
}
return 0;
}if you need you can find many seeds at once with string arrays