view libtests/test_utils_lib.h @ 404:1fb8bee777e5 api-inversion

Begin working towards inverting audioDB::insert() / audiodb_insert().

New data type audiodb_datum_t, roughly corresponding to a "track" in
current audioDB parlance; it contains exactly the feature information
and metadata to record.

New function audiodb_insert_datum() to insert one of these
audiodb_datum_t objects into the database; the intention is that not
only can insertion of feature files be implemented in terms of this
function, but that it will be a useful function in its own right,
callable perhaps from PD, Max/MSP, and/or a VAMP plugin.  This function
is complicated enough that it actually gets a comment.

Implement audioDB::insert() in terms of audiodb_insert_datum(), via a
wrapper which handles the slightly wacky error/non-error case of
attempting to insert features with a key that already exists in the
database.

Delete whole rafts of code.  We can't quite delete everything because
there's batchinsert / batchinsert_large_adb to sort out; the good news
is that the batchinsert operation can simply be implemented as a loop
around audiodb_insert_datum() without loss of efficiency.

(There's also a stray extra audiodb_insert() in libtests/0027/, found
through an earlier iteration of this patch.)

void delete_dir(char * dirname);
void clean_remove_db(char * dirname);
void test_status(adb_ptr d, adb_status_ptr b);
unsigned int test_insert( adb_ptr d, char * features, char * power, char * key);
void dump_query(adb_query_ptr adbq, adb_queryresult_ptr myadbqueryresult);
int testoneresult(adb_queryresult_ptr myadbqueryresult, int i, char * Rlist, double Dist,double Qpos,double Spos);
double doubleabs(double foo);
void maketestfile(char * filename, int * ivals, double * dvals, int dvalsize);
int testoneradiusresult(adb_queryresult_ptr myadbqueryresult, int i, char * Rlist, int count);
void makekeylistfile(char * filename, char * item);




/* clean remove */
void clean_remove_db(char * dbname){

    FILE* db=0;

    db=fopen(dbname,"r");

    if (!db){
        return;
    }


    fclose(db);
    remove(dbname);

    return;

}


/* delete directory */
void delete_dir(char * dirname){

    struct dirent *d;
    DIR *dir;
    char buf[256];

    printf("Deleting directory '%s' and all files\n", dirname);
    dir = opendir(dirname);

    if (dir){
        while((d = readdir(dir))) {
            //printf("Deleting %s in %s\n",d->d_name, dirname);
            sprintf(buf, "%s/%s", dirname, d->d_name);
            remove(buf);
        }
    }
    closedir(dir);

    rmdir(dirname);


    return;

}


unsigned int test_insert(
    adb_ptr d,
    char * features,
    char * power,
    char * key
){

    adb_insert_t myinsert={0};
    unsigned int myerr=0;

    printf("Insert:\n");
    myinsert.features=features;
    myinsert.power=power; 
    myinsert.key=key; 
    myerr=audiodb_insert(d,&myinsert); 
    printf("\n");

    return myerr;

}

void test_status(adb_ptr d, adb_status_ptr b){

    /* get the status of the database */
    audiodb_status(d,b);

    /* could probably make this look a bit more clever, but it works for now */
    printf("numFiles:\t%d\n",b->numFiles);
    printf("dim:\t%d\n",b->dim);
    printf("length:\t%d\n",b->length);
    printf("dudCount:\t%d\n",b->dudCount);
    printf("nullCount:\t%d\n",b->nullCount);
    printf("flags:\t%d\n",b->flags);

    return;
}


void dump_query(adb_query_ptr adbq, adb_queryresult_ptr myadbqueryresult){

    int size=0;
    int i=0;

    size=myadbqueryresult->sizeRlist;

    printf("Dumping query:\n");
    for(i=0; i<size; i++){
        printf("\t'%s' query: Result %02d:%s is dist:%f qpos:%d spos:%d\n",
                adbq->querytype,
                i,
                myadbqueryresult->Rlist[i],
                myadbqueryresult->Dist[i],
                myadbqueryresult->Qpos[i],
                myadbqueryresult->Spos[i]
              );
    }
    printf("\n");

}



int testoneresult(adb_queryresult_ptr myadbqueryresult, int i, char * Rlist, double Dist,double Qpos,double Spos){

    int ret=0;
    double tolerance=.0001;


    
    if (strcmp(Rlist,myadbqueryresult->Rlist[i])){
        ret=-1;
    } 


    if (doubleabs((double)Dist - (double)myadbqueryresult->Dist[i]) > tolerance){
        ret=-1;
    } 
    
    if (doubleabs((double)Qpos - (double)myadbqueryresult->Qpos[i]) > tolerance){
        ret=-1;
    } 

    if (doubleabs((double)Spos - (double)myadbqueryresult->Spos[i]) > tolerance){
        ret=-1;
    } 

    return ret;
}


int testoneradiusresult(adb_queryresult_ptr myadbqueryresult, int i, char * Rlist, int count){

    int ret=0;

    if (strcmp(Rlist,myadbqueryresult->Rlist[i])){
        ret=-1;
    } 

    /* KLUDGE: at the moment, the structure returned from "sequence"
       queries with a radius has two unused fields, Dist and Qpos, and
       the Spos field is punned to indicate the count of hits from
       that track.  This is really ugly and needs to die. */
    if (count != myadbqueryresult->Spos[i]) {
        ret=-1;
    } 

    return ret;
}


double doubleabs(double foo){

    double retval=foo;

    if (foo < 0.0) {
        retval=foo * -1.0;
    }

    return retval;
}



void maketestfile(char * filename, int * ivals, double * dvals, int dvalsize) {

    FILE * myfile;

    myfile=fopen(filename,"w");
    fwrite(ivals,sizeof(int),1,myfile);
    fwrite(dvals,sizeof(double),dvalsize,myfile);
    fflush(myfile);
    fclose(myfile);

    /* should probably test for success, but then it is a test suite already... */
}



void makekeylistfile(char * filename, char * item){

    FILE * myfile;

    myfile=fopen(filename,"w");
    fprintf(myfile,"%s\n",item);
   fflush(myfile);
    fclose(myfile);

}