def output(self):
tcpippkt = cfg.atm[self.wsid]['bnmdata'][0]
ebcdicpkt = tcpippkt[6:]
now = time.time()
if cfg.data_hdlr:
cfg.data_buf.append(1, now, ebcdicpkt)
pbmascii = pbm.ebcdic2ascii(ebcdicpkt)
cfg.atm[self.wsid]['go_time'] = now
log.l.LogIt('RTG007', 'D', 'go: %s', (pbmascii))
if self.tcpip:
result = pbm.sendpkt(self, tcpippkt)
else:
result = sna_hdlr.send(self.pvc, ebcdicpkt)
if result:
cfg.atm[self.wsid]['bnmdata'] = cfg.atm[self.wsid]['bnmdata'][1:]
#----------------------
if pbmascii[8] == 'F':
if pbmascii[9] == 'P':
cfg.atm[self.wsid]['txcnt'] = cfg.atm[self.wsid]['txcnt'] + 1
else:
cfg.atm[self.wsid]['txcnt'] = 0
if cfg.atm[self.wsid]['txcnt'] == 2:
log.l.LogIt('RTG008', '1', '%s: tx end', (self.wsid))
cfg.atm[self.wsid]['tx'] = '-'
cfg.atm[self.wsid]['txcnt'] = 0
def handle_read(self, pbmpkt):
if pbmpkt == '':
return
header = pbm.pbm2header(pbmpkt)
pbmascii = pbm.ebcdic2ascii(pbmpkt)
log.l.LogIt('RTG021', 'D', 'gi: %s', (pbmascii))
wsid = pbmascii[9:14]
valid = input(self, wsid, pbmascii, header, pbmpkt)
def handle_write(self):
if len(cfg.atm[self.wsid]['gadata']) == 0:
return
tcpippkt = cfg.atm[self.wsid]['gadata'][0]
log.l.LogIt('RTB004', 'D', 'bo: %s',
pbm.ebcdic2ascii(tcpippkt[6:]))
result = pbm.sendpkt(self, tcpippkt)
if result:
cfg.atm[self.wsid]['gadata'] = cfg.atm[self.wsid]['gadata'][1:]
def handle_read(self):
retval = pbm.recvpkt(self)
if retval == 0:
return
if retval == -1:
handle_close(self)
header = self.pbmpkt_hdr
pbmpkt = self.pbmpkt_buf
self.pbmpkt_hdr = ''
self.pbmpkt_buf = ''
self.pbmpkt_len = 0
pbmascii = pbm.ebcdic2ascii(pbmpkt)
log.l.LogIt('GAT001', 'D', 'i: %s', (pbmascii))
self.machine(pbmascii)
def handle_read(self):
retval = pbm.recvpkt(self)
if retval == 0:
return
if retval == -1:
handle_close(self)
header = self.pbmpkt_hdr
pbmpkt = self.pbmpkt_buf
self.pbmpkt_hdr = ''
self.pbmpkt_buf = ''
self.pbmpkt_len = 0
pbmascii = pbm.ebcdic2ascii(pbmpkt)
log.l.LogIt('BNH003', 'D', 'i: %s', (pbmascii))
self.wsid = pbmascii[9:14]
self.senddata = "%s answer" % self.wsid
self.writeflag = 1
def handle_read(self):
retval = pbm.recvpkt(self)
if retval == 0:
return
if retval == -1:
self.handle_close()
return
header = self.pbmpkt_hdr
pbmpkt = self.pbmpkt_buf
self.pbmpkt_hdr = ''
self.pbmpkt_buf = ''
self.pbmpkt_len = 0
log.l.LogIt('RTB003', 'D', 'bi: %s', pbm.ebcdic2ascii(pbmpkt))
cfg.atm[self.wsid]['bnmdata'].append(header+pbmpkt)
if cfg.atm[self.wsid]['x25'] != '-':
cfg.atm[self.wsid]['gasock'].handle_write()
def __init__(self, pvc, wsid, pbmpkt):
log.l.LogIt('RTG017', 'I', 'ga connect pvc=%s wsid=%s', (pvc, wsid))
self.pvc = pvc
self.wsid = wsid
self.tcpip = 0
if cfg.atm.has_key(self.wsid) and cfg.atm[self.wsid]['gasock']:
# second WSID !
log.l.LogIt('RTG014', 'E', '%s (%s) duplicate wsid - closed',
(self.wsid, self.pvc))
# XXX bnmroutc
sna_hdlr.disconnect(self.pvc)
return
gainit(self)
cfg.atm[self.wsid]['pvc'] = self.pvc
cfg.atm[self.wsid]['x25port'] = self.pvc[0]
cfg.atm[self.wsid]['x25'] = self.pvc[1:3]
header = pbm.pbm2header(pbmpkt)
pbmascii = pbm.ebcdic2ascii(pbmpkt)
log.l.LogIt('RTG018', 'D', 'gi: %s', (pbmascii))
cfg.atm[self.wsid]['event'] = (pbmascii, header, pbmpkt)
getdomain(self.wsid)
statx25(pvc)
def handle_read(self):
retval = pbm.recvpkt(self)
if retval == 0:
return
if retval == -1:
self.handle_close()
return
header = self.pbmpkt_hdr
pbmpkt = self.pbmpkt_buf
self.pbmpkt_hdr = ''
self.pbmpkt_buf = ''
self.pbmpkt_len = 0
pbmascii = pbm.ebcdic2ascii(pbmpkt)
log.l.LogIt('RTG012', 'D', 'gi: %s', (pbmascii))
wsid = pbmascii[9:14]
#----------------------
if self.wsid == '0': # first read on tcp ga
log.l.LogIt('RTG013', 'I', 'ga connect wsid=%s', (wsid))
self.wsid = wsid
self.stat_wsid = wsid
if cfg.atm.has_key(self.wsid) and cfg.atm[self.wsid]['gasock']:
# second WSID !
log.l.LogIt('RTG014', 'E', '%s (%s) duplicate wsid - closed',
(self.wsid, self.peer_ip))
# XXX bnmroutc
self.close()
return
gainit(self)
cfg.atm[self.wsid]['event'] = (pbmascii, header, pbmpkt)
getdomain(self.wsid)
for ip in cfg.ips.keys():
if ip == self.peer_ip:
cfg.ips[ip]['wsid'] = self.wsid
cfg.ips[ip]['status'] = '3'
statip(self.peer_ip)
return
#----------------------
valid = input(self, wsid, pbmascii, header, pbmpkt)
def handle_read(self):
cmd, pvc, status, data = self.recvpkt()
if not cmd:
return
# --------------
if cmd == "CN":
log.l.LogIt("SNA004", "I", "si: %s %s", (cmd, data))
return
# --------------
if cmd == "VE":
cfg.snasrv_version = data
log.l.LogIt("SNA005", "I", "si: %s snasrv %s", (cmd, data))
return
# --------------
if pvc != "000":
# only report changes
if (cfg.snaid[pvc]["status"] & 0xFFFFF7FF) != (status & 0xFFFFF7FF):
cfg.snaid[pvc]["status"] = status
ga_hdlr.statx25(pvc)
# record time of achieving status==7
if status == 7:
cfg.snaid[pvc]["polltime"] = time.time()
# if status == 0xf: (what was this? 21.3.02 rhd)
cfg.snaid[pvc]["status"] = status
# --------------
if cmd == "ST":
log.l.LogIt("SNA006", "I", "si: %s pvc=%s status=%x", (cmd, pvc, status))
return
# --------------
if not self.clean:
self.clean = 1
list = cfg.snaid.keys()
list.sort()
for i in list:
if cfg.snaid[i]["status"] & 0x1FF:
self.clean = 0
if self.clean and self.sd_seen:
snapoll()
# --------------
if cmd == "SD":
self.sd_seen = 1
log.l.LogIt("SNA007", "I", "si: %s pvc=%s status=%x", (cmd, pvc, status))
if self.clean:
snapoll()
else:
self.cleanup()
return
# --------------
if pvc == "000":
log.l.LogIt("SNA008", "I", "si: %s pvc=%s status=%x msg=%s", (cmd, pvc, status, data))
return
# --------------
if cmd == "LT":
log.l.LogIt("SNA009", "D", "si: %s pvc=%s status=%x", (cmd, pvc, status))
pbmascii = pbm.ebcdic2ascii(data)
wsid = pbmascii[9:14]
if cfg.snaid[pvc]["wsid"] == "":
cfg.snaid[pvc]["wsid"] = wsid
ga_hdlr.gax(pvc, wsid, data)
if cfg.atm.has_key(wsid) and cfg.atm[wsid]["gasock"] and cfg.atm[wsid]["gastate"] != "=":
cfg.atm[wsid]["gasock"].handle_read(data)
else:
log.l.LogIt("SNA109", "D", "si: %s pvc=%s status=%x - discard", (cmd, pvc, status))
return
# --------------
log.l.LogIt(
"SNA010", "I", "si: %s pvc=%s status=%x state=%s msg=%s", (cmd, pvc, status, cfg.snaid[pvc]["state"], data)
)
# ----
if cmd == "WC":
# decrement the write count for timeouts
if cfg.snaid[pvc]["writecnt"] > 0:
cfg.snaid[pvc]["writecnt"] -= 1
# ----
if cmd == "RS":
cfg.snaid[pvc]["state"] = "open"
# ----
if cfg.snaid[pvc]["state"] == "open":
if cfg.snacon.has_key(cmd):
cfg.snabuf.append((cfg.snacon[cmd], pvc, "")) # next step
return
if cmd == cfg.snacon["last"]:
cfg.snaid[pvc]["state"] = "up"
return
# ----
if cfg.snaid[pvc]["state"] == "close":
if cfg.snadiscon.has_key(cmd):
cfg.snabuf.append((cfg.snadiscon[cmd], pvc, "")) # next step
return
if cmd == cfg.snadiscon["last"]:
cfg.snaid[pvc]["wsid"] = ""
cfg.snaid[pvc]["state"] = "down"
return
# --------------
if cmd in cfg.snalost:
# log.l.LogIt('SNA011', 'E', 'Gcom_dump started', ())
# msg = util.dump()
recover(pvc)
return
print file+':', why
sys.exit(1)
#--------------------------------------
record = 0
while 1:
hdr = f.read(6+15)
if not hdr:
break
if 'PBM' != hdr[0:3]:
print 'unsynchronized!'
sys.exit(1)
l = (ord(hdr[3]) << 8) + ord(hdr[4])
if hdr[5] == '1': dir = 'go:'
else: dir = 'gi:'
timestamp = float(hdr[6:6+15])
data = f.read(l)
ascii = ''
for i in data:
ascii = ascii + pbm.ebcdic2ascii(i)
print '%.3f'%timestamp, dir, '%3d'%l, ascii
#--------------------------------------
f.close()
sys.exit(0)
#--------------------------------------
#--------------------------------------