void TblSTOCK::Row::print() {
FILE * f = stdout;
fprintf(f, "STOCK::Row { " );
if( mVal == 0 ) {
fprintf(f, "(NULL) ");
} else {
printHdr();
printCol_uint16(S_QUANTITY, "S_QUANTITY");
printCol_string(S_DIST_01, "S_DIST_01");
printCol_string(S_DIST_02, "S_DIST_02");
printCol_string(S_DIST_03, "S_DIST_03");
printCol_string(S_DIST_04, "S_DIST_04");
printCol_string(S_DIST_05, "S_DIST_05");
printCol_string(S_DIST_06, "S_DIST_06");
printCol_string(S_DIST_07, "S_DIST_07");
printCol_string(S_DIST_08, "S_DIST_08");
printCol_string(S_DIST_09, "S_DIST_09");
printCol_string(S_DIST_10, "S_DIST_10");
printCol_uint32(S_YTD, "S_YTD");
printCol_uint16(S_ORDER_CNT, "S_ORDER_CNT");
printCol_uint16(S_REMOTE_CNT, "S_REMOTE_CNT");
printCol_string(S_DATA, "S_DATA");
}
fprintf(f, "}");
}
void TblNEW_ORDER::Row::print() {
FILE * f = stdout;
fprintf(f, "NEW_ORDER::Row { " );
if( mVal == 0 ) {
fprintf(f, "(NULL) ");
} else {
printHdr();
printCol_uint32(NO_X, "NO_X");
}
fprintf(f, "}");
}
void TblDISTRICT::Row::print() {
FILE * f = stdout;
fprintf(f, "DISTRICT::Row { " );
if( mVal == 0 ) {
fprintf(f, "(NULL) ");
} else {
printHdr();
printCol_string(D_NAME, "D_NAME");
printCol_string(D_STREET_1, "D_STREET_1");
printCol_string(D_STREET_2, "D_STREET_2");
printCol_string(D_CITY, "D_CITY");
printCol_string(D_STATE, "D_STATE");
printCol_string(D_ZIP, "D_ZIP");
printCol_double(D_TAX, "D_TAX");
}
fprintf(f, "}");
}
void TblWAREHOUSE::Row::print() {
FILE * f = stdout;
fprintf(f, "WAREHOUSE::Row { " );
if( mVal == 0 ) {
fprintf(f, "(NULL) ");
} else {
printHdr();
printCol_string(W_NAME, "W_NAME");
printCol_string(W_STREET_1, "W_STREET_1");
printCol_string(W_STREET_2, "W_STREET_2");
printCol_string(W_CITY, "W_CITY");
printCol_string(W_STATE, "W_STATE");
printCol_string(W_ZIP, "W_ZIP");
printCol_double(W_TAX, "W_TAX");
}
fprintf(f, "}");
}
void TblCUSTOMER_INDEX::Row::print() {
FILE * f = stdout;
fprintf(f, "CUSTOMER_INDEX::Row { " );
if( mVal == 0 ) {
fprintf(f, "(NULL) ");
} else {
printHdr();
printCol_uint16(CX_C_NID, "CX_C_NID");
printCol_uint32(CX_C_ID_0, "CX_C_ID_0");
printCol_uint32(CX_C_ID_1, "CX_C_ID_1");
printCol_uint32(CX_C_ID_2, "CX_C_ID_2");
printCol_uint32(CX_C_ID_3, "CX_C_ID_3");
printCol_uint32(CX_C_ID_4, "CX_C_ID_4");
printCol_uint32(CX_C_ID_5, "CX_C_ID_5");
printCol_uint32(CX_C_ID_6, "CX_C_ID_6");
printCol_uint32(CX_C_ID_7, "CX_C_ID_7");
printCol_uint32(CX_C_ID_8, "CX_C_ID_8");
printCol_uint32(CX_C_ID_9, "CX_C_ID_9");
}
fprintf(f, "}");
}
/*
Sets a SwpHdr to the given values. Takes the SwpHdr as a pointer.
*/
void setSwpHdr(SwpHdr *targetHdr, SwpSeqno seq_num, SwpSeqno ack_num, u_char Flags){
targetHdr->SeqNum = seq_num;
targetHdr->AckNum = ack_num;
targetHdr->Flags = Flags;
printHdr(targetHdr);
}
