// Display list of source members in LIB/SRCPF
public void ListMembers(string qsysPath)
{
if (!RegexUtils.MatchSrcPfPath(qsysPath))
{
throw new KanpachiFormatException("Expected source physical file path of format LIB/SRCPF.");
}
var splitPath = qsysPath.ToUpper().Split('/');
(string lib, string spf) = (splitPath[0], splitPath[1]);
using (KanpachiClient client = new KanpachiClient(Profile)){
foreach (SrcMbr mbr in client.GetSrcMbrList(lib, spf))
{
Console.WriteLine(mbr);
}
}
}
// Download entire library
public void GetLibrary(string lib, string downloadPath)
{
if (!RegexUtils.MatchIbmiObject(lib))
{
throw new KanpachiFormatException("Invalid library name");
}
using (KanpachiClient client = new KanpachiClient(Profile)){
var spfs = client.GetSrcPfList(lib);
foreach (SrcPf spf in spfs)
{
var members = client.GetSrcMbrList(lib, spf.Name);
foreach (SrcMbr srcMbr in members)
{
// TODO: progress output
DownloadSrcMbr(client, downloadPath, lib, spf.Name, srcMbr);
}
}
}
}
// Download source physical file at LIB/SRCPF
public void GetSpf(string qsysPath, string downloadPath)
{
if (!RegexUtils.MatchSrcPfPath(qsysPath))
{
throw new KanpachiFormatException("Invalid QSYS path. Expected source physical file path of format LIB/SRCPF.");
}
var splitPath = qsysPath.ToUpper().Split('/');
(string lib, string spf) = (splitPath[0], splitPath[1]);
using (KanpachiClient client = new KanpachiClient(Profile)){
SrcPf srcPf = client.GetSrcPfDetails(lib, spf);
var members = client.GetSrcMbrList(lib, spf);
foreach (SrcMbr srcMbr in members)
{
// TODO: progress output
DownloadSrcMbr(client, downloadPath, lib, spf, srcMbr);
}
}
}
