import vlt
import vlt.buffread as buffread
def msgdef(msg,commands):
def tmp(self,**kwargs):
return self.msgSend( msg, kwargs)
tmp.__doc__ = commands[msg].helpText
return tmp
buffreader = buffread.buffreader
boss_commands = {
"expend" :vlt.Command("EXPEND",{"expoId":vlt.Param("-expoId", int, "%d"),"detId":vlt.Param("-detId", str, "%s"),"path":vlt.Param("-path", str, "%s")},helpText="""Internal SOS-OS command. SOS sends this command to its OS and ICS subsystems.
When OS receives this command it forwards it to its ICS subsystems.
""", bufferReader=buffreader.getreader("EXPEND")),
"gethdr" :vlt.Command("GETHDR",{"expoId":vlt.Param("-expoId", int, "%d"),"btblFileName":vlt.Param("-btblFileName", str, "%s"),"detId":vlt.Param("-detId", str, "%s"),"hdrFileName":vlt.Param("-hdrFileName", str, "%s")},helpText="""Internal command. Creates a header file.
""", bufferReader=buffreader.getreader("GETHDR")),
"expstrt" :vlt.Command("EXPSTRT",{"expoId":vlt.Param("-expoId", int, "%d"),"detId":vlt.Param("-detId", str, "%s")},helpText="""Internal SOS-OS command. SOS sends this command to the OS-es which
are on the subsystemlist but not started.
When OS receives this command it calles the startpreproc function.
""", bufferReader=buffreader.getreader("EXPSTRT")),
"clean" :vlt.Command("CLEAN",{},helpText="""Internal command. Clears the OS exposure table and sets the expoId
to zero, i.e to the initial value.
""", bufferReader=buffreader.getreader("CLEAN"))}
class boss(vlt.Process):
"""
This is a boss class vlt.Process automaticaly generated from file
/Users/guieu/python/Catalog/vlt/CDT/boss.cdt
def formhelp(msg, command):
return msg + "(" + " ,".join(
k + "=%s" % o.dtype
for k, o in command.options.iteritems()) + ")\n\n" + command.helpText
buffreader = buffread.buffreader
rtdc_commands = {
"ping":
vlt.Command("PING", {},
helpText="""Ping process.
""",
bufferReader=buffreader.getreader("PING")),
"script":
vlt.Command("SCRIPT", {"script": vlt.Param("-script", str, "%s")},
helpText="""Execute a tcl procedure (script) defined in rtdc.
""",
bufferReader=buffreader.getreader("SCRIPT"))
}
class rtdc(vlt.Process):
"""
This is a rtdc class vlt.Process automaticaly generated from file
/Users/guieu/python/Catalog/vlt/CDT/rtdc.cdt
To get a list of commands:
proc.getCommandList()
To print a help on a specific command (e.g. setup)
import vlt.buffread as buffread
def msgdef(msg,commands):
def tmp(self,**kwargs):
return self.msgSend( msg, kwargs)
tmp.__doc__ = formhelp(msg,commands[msg])
return tmp
def formhelp(msg,command):
return msg+"("+" ,".join(k+"=%s"%o.dtype for k,o in command.options.iteritems())+")\n\n"+command.helpText
buffreader = buffread.buffreader
ao_commands = {
"setup" :vlt.Command("SETUP",
{"":vlt.Param("", vlt.dtypeFunctionList, "%s")},
helpText="""Set-up functions to the dm
options are supported:
<keyword1> <value1> [<keyword2> <value2> ...]
specify one or more parameters with the associated
value. keywordN: a short-FITS keyword
valueN: the value for the keyword
First setup must contain the instrument mode (INS.MODE).
An image taking exposure should setup the imagefilename
(OCS.DET.IMGNAME) befor the exposure can be started.
""", bufferReader=buffreader.getreader("SETUP")),
}
class aoControl(vlt.Process):
commands = ao_commands
tmp_call.__doc__ = formhelp(msg, commands[msg])
return tmp_call
def formhelp(msg, command):
return msg + "(" + " ,".join(
k + "=%s" % o.dtype
for k, o in command.options.iteritems()) + ")\n\n" + command.helpText
buffreader = buffread.buffreader
ao_commands = {
"setup":
vlt.Command("SETUP",
{"function": vlt.Param("", vlt.dtypeFunctionList, "%s")},
helpText="""Set-up functions to the dm
options are supported:
<keyword1> <value1> [<keyword2> <value2> ...]
specify one or more parameters with the associated
value. keywordN: a short-FITS keyword
valueN: the value for the keyword
First setup must contain the instrument mode (INS.MODE).
An image taking exposure should setup the imagefilename
(OCS.DET.IMGNAME) befor the exposure can be started.
""",
bufferReader=buffreader.getreader("SETUP")),
"status":
vlt.Command(
"STATUS", {"function": vlt.Param("", vlt.dtypeFunctionListMsg, "%s")},
def msgdef(msg, commands):
def tmp(self, **kwargs):
return self.msgSend(msg, kwargs)
tmp.__doc__ = commands[msg].helpText
return tmp
buffreader = buffread.buffreader
osbControl_commands = {
"cont":
vlt.Command(
"CONT", {
"expoId": vlt.Param("-expoId", int, "%d"),
"detId": vlt.Param("-detId", str, "%s"),
"at": vlt.Param("-at", str, "%s")
},
helpText=
"""Continue a paused exposure at a given optional time. The following options are
supported:
at <time> specify the time when the exposure must be resumed
(default is now). The time format is (ISO8601):
[[CC]YY[-]MM[-]DD[T| ]]HH[:]MM[[:]SS[.TTT]]
expoId <expoId> integer number specifying exposure number (optional)
""",
bufferReader=buffreader.getreader("CONT")),
"addfits":
vlt.Command(
"ADDFITS", {