/**
* Check for scoping issues in classes
*/
void typecheck::CheckScope::visit(typecheck::ClassNode* cls) {
checkClass(cls);
/* Forward visitor to children */
for(auto method_kv : cls->getMethods()) {
method_kv.second->accept(this);
}
}
/***************************************************************************//*
* @par Description:
* This function is called by the readRecords function and is used as a hub
* for all the error checking that will take place. It calls individual
* functions for checking the Name, Address, City, State, ZipCode, Birth Date,
* License Date, Expiration Date, Class, and Call Sign.
*
*
* @param[in] record - a structure that holds a record and its contents.
* @param[in] errors - a boolean array that holds what errors have been found.
*
*
******************************************************************************/
void checkRecord ( Record *record, bool errors[] )
{
checkName ( record, errors ); //Working
checkAddress ( record, errors ); //Working
checkCity ( record, errors ); //Working
checkState ( record, errors ); //Working
checkZipCode ( record, errors ); //Working
checkBirthDate ( record, errors ); //Working
checkLicenseDate ( record, errors ); //Working
checkExpirationDate ( record, errors ); //Working
checkClass ( record, errors ); //Working
checkCallSign ( record, errors ); //Working
}
void check(const char code[], Settings::PlatformType platform = Settings::Unspecified) {
// Clear the error buffer..
errout.str("");
settings.platform(platform);
// Tokenize..
Tokenizer tokenizer(&settings, this);
std::istringstream istr(code);
tokenizer.tokenize(istr, "test.cpp");
tokenizer.simplifyTokenList2();
// Check for unused private functions..
CheckClass checkClass(&tokenizer, &settings, this);
checkClass.privateFunctions();
}
void check(const char code[])
{
// Tokenize..
Tokenizer tokenizer;
std::istringstream istr(code);
tokenizer.tokenize(istr, "test.cpp");
tokenizer.simplifyTokenList();
// Clear the error buffer..
errout.str("");
// Check for unused private functions..
Settings settings;
settings._checkCodingStyle = true;
CheckClass checkClass(&tokenizer, &settings, this);
checkClass.privateFunctions();
}
void check(const char code[]) {
// Clear the error buffer..
errout.str("");
Settings settings;
settings.addEnabled("style");
// Tokenize..
Tokenizer tokenizer(&settings, this);
std::istringstream istr(code);
tokenizer.tokenize(istr, "test.cpp");
tokenizer.simplifyTokenList2();
// Check for unused private functions..
CheckClass checkClass(&tokenizer, &settings, this);
checkClass.privateFunctions();
}
/**********************************************************************
* C Code Documentation ************************************************
**********************************************************************
NAME time_sum
DESCRIPTION Sum a time span or time object.
To be called from R as
\\
{\tt
.Call("time_sum", time_vec, na_rm, cum)
}
where TIMECLASS is replaced by the name of the time or time
span class. Normally only time spans are summed, but a time
object can be summed to calculate mean.
ARGUMENTS
IARG time_vec The R time or time span vector object
IARG na_rm T to remove NAs
IARG cum T to do a cumulative sum vector, F for sum
RETURN If cum is T, na_rm is ignored and this function returns a
vector of the same type as the input whose elements are the
cumulative sum of the inputs through the corresponding input element.
If the jth element is NA, then all subsequent elements of the return
will be NA and a warning will be generated. If cum is F, this
function returns a length 1 vector of the same type as the input,
containing the sum of all the elements. If na_rm is False, any
NA in the input will generate an NA return value.
ALGORITHM The sums are calculated through addition, along with
the adjust_time or adjust_span function.
No special time zones or formats are put on the returned object.
EXCEPTIONR
NOTE
**********************************************************************/
SEXP time_sum( SEXP time_vec, SEXP na_rm, SEXP cum )
{
SEXP ret;
Sint *in_days, *in_ms, *out_days, *out_ms, *rm_na, *in_cum;
Sint i, lng, is_span, tmplng, tmp;
/* get the desired parts of the time object */
if( !time_get_pieces( time_vec, NULL, &in_days, &in_ms, &lng, NULL,
NULL, NULL ))
error( "Invalid time argument in C function time_sum" );
/* get na_rm and cum */
PROTECT(na_rm = AS_LOGICAL(na_rm));
if( length(na_rm) < 1L){
UNPROTECT(3);
error( "Problem extracting data from second argument in C function time_sum" );
}
rm_na = (Sint *) LOGICAL(na_rm);
PROTECT(cum = AS_LOGICAL(cum));
if( length(cum) < 1L){
UNPROTECT(4);
error( "Problem extracting data from third argument in C function time_sum" );
}
in_cum = (Sint *) LOGICAL(cum);
/* create output time or time span object */
is_span = 0;
if( checkClass( time_vec, IS_TIME_CLASS, 1L ))
PROTECT(ret = time_create_new( *in_cum ? lng : 1, &out_days, &out_ms ));
else if( checkClass( time_vec, IS_TSPAN_CLASS, 1L ))
{
is_span = 1;
PROTECT(ret = tspan_create_new( *in_cum ? lng : 1, &out_days, &out_ms ));
}
else{
UNPROTECT(4);
error( "Unknown class on first argument in C function time_sum" );
}
if( !out_days || !out_ms || !ret ){
UNPROTECT(5);
error( "Could not create return object in C function time_sum" );
}
out_days[0] = out_ms[0] = 0;
/* go through input and find sum */
for( i = 0; i < lng; i++ )
{
/* check for NA */
if( in_days[i] ==NA_INTEGER ||
in_ms[i] ==NA_INTEGER)
{
if( !*in_cum && *rm_na ) /* ignore NA */
continue;
else /* NA causes output to be NA */
{
if( *in_cum ) {
for( ; i < lng; i++ ) /* fill in all the rest */
{
out_days[i] = NA_INTEGER;
out_ms[i] = NA_INTEGER;
}
warning( "Found NA value in cumsum" );
}
else /* make the sum NA */
{
out_days[0] = NA_INTEGER;
out_ms[0] = NA_INTEGER;
}
UNPROTECT(5);
return( ret );
}
}
/* add this value in */
if( *in_cum && ( i >= 1 ))
{
out_days[i] = out_days[i-1] + in_days[i];
out_ms[i] = out_ms[i-1] + in_ms[i];
if( is_span )
tmp = adjust_span( &(out_days[i]), &(out_ms[i] ));
else
tmp = adjust_time( &(out_days[i]), &(out_ms[i] ));
} else {
out_days[0] += in_days[i];
out_ms[0] += in_ms[i];
if( is_span )
tmp = adjust_span( &(out_days[0]), &(out_ms[0] ));
else
tmp = adjust_time( &(out_days[0]), &(out_ms[0] ));
}
if( !tmp )
{
out_days[0] = NA_INTEGER;
out_ms[0] = NA_INTEGER;
}
}
UNPROTECT(5); //3+2 from time_get_pieces
return ret;
}
/**********************************************************************
* C Code Documentation ************************************************
**********************************************************************
NAME time_range
DESCRIPTION Find the range of a time or time span.
To be called from R as
\\
{\tt
.Call("time_range", time_vec, na_rm)
}
where TIMECLASS is replaced by the name of the time or time
span class.
ARGUMENTS
IARG time_vec The R time or time span vector object
IARG na_rm T to remove NAs
RETURN Returns a length 2 time or time span vector (same as passed
in class) containing the minimum and maximum times or time spans.
ALGORITHM If na_rm is False and there are NAs, this function will
return NA for the min and max. Otherwise, it will find the minimum
and maximum time or time span in the passed in vector, and return
them in a newly created time object.
No special time zones or formats are put on the returned object.
EXCEPTIONS
NOTE
**********************************************************************/
SEXP time_range( SEXP time_vec, SEXP na_rm )
{
SEXP ret;
Sint *in_days, *in_ms, *out_days, *out_ms, *rm_na;
Sint i, lng, initialized, tmplng;
/* get the desired parts of the time object */
if( !time_get_pieces( time_vec, NULL, &in_days, &in_ms, &lng, NULL,
NULL, NULL ))
error( "Invalid time argument in C function time_range" );
/* get na_rm */
PROTECT(na_rm = AS_LOGICAL(na_rm));
if( length(na_rm) < 1L){
UNPROTECT(3);
error( "Problem extracting data from second argument in C function time_range" );
}
rm_na = (Sint *) LOGICAL(na_rm);
/* create output time or time span object */
if( checkClass( time_vec, IS_TIME_CLASS, 1L ))
PROTECT(ret = time_create_new( 2, &out_days, &out_ms ));
else if( checkClass( time_vec, IS_TSPAN_CLASS, 1L ))
PROTECT(ret = tspan_create_new( 2, &out_days, &out_ms ));
else {
UNPROTECT(3);
error( "Unknown class on first argument in C function time_range" );
}
if( !out_days || !out_ms || !ret ){
UNPROTECT(4);
error( "Could not create return object in C function time_range" );
}
/* go through input and find_range */
initialized = 0;
for( i = 0; i < lng; i++ )
{
/* check for NA */
if( in_days[i] ==NA_INTEGER ||
in_ms[i] ==NA_INTEGER)
{
if( *rm_na ) /* ignore NA */
continue;
else /* NA causes output to be NA */
{
out_days[0] = NA_INTEGER;
out_ms[0] = NA_INTEGER;
out_days[1] = NA_INTEGER;
out_ms[1] = NA_INTEGER;
return( ret );
}
}
/* if we haven't put anything into return vector yet, put this value in */
if( !initialized )
{
out_days[0] = out_days[1] = in_days[i];
out_ms[0] = out_ms[1] = in_ms[i];
initialized = 1;
continue;
}
/* check to see if we're bigger or smaller than current max/min */
if(( in_days[i] > out_days[1] ) ||
(( in_days[i] == out_days[1] ) && ( in_ms[i] > out_ms[1] )))
{
out_days[1] = in_days[i];
out_ms[1] = in_ms[i];
}
if(( in_days[i] < out_days[0] ) ||
(( in_days[i] == out_days[0] ) && ( in_ms[i] < out_ms[0] )))
{
out_days[0] = in_days[i];
out_ms[0] = in_ms[i];
}
}
if( !initialized ) /* didn't find anything in the vector */
{
out_days[0] = NA_INTEGER;
out_ms[0] = NA_INTEGER;
out_days[1] = NA_INTEGER;
out_ms[1] = NA_INTEGER;
}
UNPROTECT(4); //2+2 from time_get_pieces
return ret;
}
/**********************************************************************
* C Code Documentation ************************************************
**********************************************************************
NAME time_num_op
DESCRIPTION Perform an arithmetic operation between a time or
time span and a numeric. Supported operations are "+", "-",
"*", and "/". To be called from R as
\\
{\tt
.Call("time_num_op", time_vec, num_vec, op)
}
where TIMECLASS is replaced by the name of the time or time
span class.
ARGUMENTS
IARG time_vec The R time or time span vector object
IARG num_vec The numeric vector object
IARG op Character string giving the operation
RETURN Returns a time or time span vector (same as passed in class)
that is the result of time_vec op num_vec.
ALGORITHM Addition and subtraction are performed by combining the integer
part of the numeric with the julian days of the time and the fractional
part of the numeric (converted from fraction of a day to milliseconds)
to the milliseconds of the time object. Multiplication and division
are performed by converting the time object to a numeric with its
integer part the number of days and fractional part the fraction of
the day (found by the ms_to_fraction function), multiplying or dividing,
and then converting back.
No special time zones or formats are put on the returned object.
If one of the two vectors has a length that is a multiple of the other,
the shorter one is repeated.
EXCEPTIONS
NOTE See also: time_time_add, time_rel_add
**********************************************************************/
SEXP time_num_op( SEXP time_vec, SEXP num_vec, SEXP op )
{
SEXP ret;
double *in_nums, tmpdbl;
Sint *in_days, *in_ms, *out_days, *out_ms, add_sign;
Sint i, lng1, lng2, lng, ind1, ind2, is_span, is_ok, tmp;
const char *in_op;
/* get the desired parts of the time object */
if( !time_get_pieces( time_vec, NULL, &in_days, &in_ms, &lng1, NULL,
NULL, NULL ))
error( "Invalid time argument in C function time_num_op" );
/* extract other input data */
PROTECT( num_vec = (SEXP) AS_NUMERIC(num_vec) );
if( (lng2 = length(num_vec)) < 1L){
UNPROTECT(3);
error( "Problem extracting numeric argument in C function time_num_op" );
}
in_nums = REAL(num_vec);
if(lng1 && lng2 && ( lng1 % lng2 ) && ( lng2 % lng1 )){
UNPROTECT(3);
error( "Length of longer operand is not a multiple of length of shorter in C function time_num_op" );
}
if( !isString(op) || length(op) < 1L){
UNPROTECT(3);
error( "Problem extracting operation argument in C function time_num_op" );
}
if( length(op) > 1L )
warning( "Using only the first string in operation argument in C function time_num_op" );
in_op = CHAR(STRING_ELT(op, 0));
if(( *in_op != '*' ) && ( *in_op != '+' ) && ( *in_op != '-' ) &&
( *in_op != '/' )){
UNPROTECT(3);
error( "Unknown operator in C function time_num_op" );
}
/* create output time or time span object */
if( !lng1 || !lng2 )
lng = 0;
else if( lng2 > lng1 )
lng = lng2;
else
lng = lng1;
is_span = 1;
if( checkClass( time_vec, IS_TIME_CLASS, 1L ))
{
is_span = 0;
PROTECT(ret = time_create_new( lng, &out_days, &out_ms ));
}
else if( checkClass( time_vec, IS_TSPAN_CLASS, 1L )){
PROTECT(ret = tspan_create_new( lng, &out_days, &out_ms ));
} else {
UNPROTECT(3);
error( "Unknown class on first argument in C function time_num_op" );
}
if( !out_days || !out_ms || !ret ){
UNPROTECT(4);
error( "Could not create return object in C function time_num_op" );
}
/* go through input and perform operation */
for( i = 0; i < lng; i++ )
{
ind1 = i % lng1;
ind2 = i % lng2;
/* check for NA */
if( in_days[ind1] == NA_INTEGER ||
in_ms[ind1] == NA_INTEGER ||
ISNA( in_nums[ind2]))
{
out_days[i] = NA_INTEGER;
out_ms[i] = NA_INTEGER;
continue;
}
/* operate and adjust output */
add_sign = 1;
is_ok = 1;
switch( *in_op )
{
case '-':
add_sign = -1;
/*LINTED: Meant to fall through here */
case '+':
/* add/subtract integer part to days and fractional part to ms */
out_days[i] = in_days[ind1] + add_sign * (Sint) floor( in_nums[ind2] );
is_ok = ms_from_fraction( in_nums[ ind2 ] - floor( in_nums[ind2] ),
&(out_ms[i]));
out_ms[i] = in_ms[ind1] + add_sign * out_ms[i];
break;
case '*':
/* convert time to numeric, multiply, convert back */
if( in_ms[ind1] > 0 )
is_ok = ms_to_fraction( in_ms[ind1], &tmpdbl );
else
{
is_ok = ms_to_fraction( - in_ms[ind1], &tmpdbl );
tmpdbl = -tmpdbl;
}
tmpdbl = ( tmpdbl + in_days[ind1] ) * in_nums[ind2];
out_days[i] = (Sint) floor( tmpdbl );
is_ok = is_ok && ms_from_fraction( tmpdbl - out_days[i], &out_ms[i] );
break;
case '/':
/* convert time to numeric, divide, convert back */
if( in_ms[ind1] > 0 )
is_ok = ms_to_fraction( in_ms[ind1], &tmpdbl );
else
{
is_ok = ms_to_fraction( - in_ms[ind1], &tmpdbl );
tmpdbl = -tmpdbl;
}
if( in_nums[ind2] == 0 )
is_ok = 0;
else
tmpdbl = ( tmpdbl + in_days[ind1] ) / in_nums[ind2];
out_days[i] = (Sint) floor( tmpdbl );
is_ok = is_ok && ms_from_fraction( tmpdbl - out_days[i], &out_ms[i] );
break;
default:
is_ok = 0;
}
if( !is_ok )
{
out_days[i] = NA_INTEGER;
out_ms[i] = NA_INTEGER;
continue;
}
if( is_span )
tmp = adjust_span( &(out_days[i]), &(out_ms[i] ));
else
tmp = adjust_time( &(out_days[i]), &(out_ms[i] ));
if( !tmp )
{
out_days[i] = NA_INTEGER;
out_ms[i] = NA_INTEGER;
continue;
}
}
UNPROTECT(4); //2+2 from time_get_pieces
return ret;
}