// parse the NETS section
// TODO - refactor for reuse (create a parseSection())
func parseNets(db *dream.DBlock, tok_ch <-chan string) {
frame := parse.TakeN(2, tok_ch)
count, _ := strconv.Atoi(frame[0])
for i := 0; i < count; i++ {
frame = parse.TakeUntil(";", tok_ch)
net_name := frame[1]
net := dream.DNet{Name: net_name}
db.Nets[net_name] = net
}
_ = parse.TakeN(2, tok_ch) // consume the END...
}
// parse the COMPONENTS section
// TODO - refactor for reuse (create a parseSection())
func parseComponents(db *dream.DBlock, tok_ch <-chan string) {
frame := parse.TakeN(2, tok_ch)
count, _ := strconv.Atoi(frame[0])
for i := 0; i < count; i++ {
frame = parse.TakeUntil(";", tok_ch)
inst_name := frame[1]
model_name := frame[2]
comp := dream.DInst{InstName: inst_name, ModelName: model_name}
db.Insts[inst_name] = comp
}
_ = parse.TakeN(2, tok_ch) // consume the END...
}
// parse the DESIGN statement
func parseDesign(db *dream.DBlock, tok_ch <-chan string) {
frame := parse.TakeN(2, tok_ch)
db.Design = frame[0]
}
// parse the UNITS DISTANCE MICRONS statement
func parseUnits(db *dream.DBlock, tok_ch <-chan string) {
frame := parse.TakeN(4, tok_ch)
db.DBU, _ = strconv.Atoi(frame[2])
}
// parse the VERSION statement
func parseVersion(db *dream.DBlock, tok_ch <-chan string) {
frame := parse.TakeN(2, tok_ch)
db.Version, _ = strconv.ParseFloat(frame[0], 32)
}