this_module = "msl.py"
copyright = "msl.py Copyright (C) %s Harold Grovesteen" % "2014"
# Python imports:
import sys # Access the exit method and Python version information
if sys.hexversion < 0x03030000:
raise NotImplementedError(
"%s requires Python version 3.3 or higher, "
"found: %s.%s" %
(this_module, sys.version_info[0], sys.version_info[1]))
import argparse # Access the command line parser
# Setup PYTHONPATH
import satkutil
satkutil.pythonpath("asma") # Provides path to msldb
satkutil.pythonpath("tools/lang") # Provides path to sopl
# ASMA imports
import msldb # Access the database
#
# +----------------------------+
# | |
# | Command Line Execution |
# | |
# +----------------------------+
#
class MSLIF(object):
# module msldb.py.
this_module="mslrpt.py"
copyright="%s Copyright (C) %s Harold Grovesteen" % (this_module,"2014")
# Python imports:
import sys # Access the exit method
if sys.hexversion<0x03030000:
raise NotImplementedError("%s requires Python version 3.3 or higher, "
"found: %s.%s" % (this_module,sys.version_info[0],sys.version_info[1]))
import argparse # Access the command line parser
import functools # Access complex sorting sequences
# Setup PYTHONPATH
import satkutil # Access utility functions
satkutil.pythonpath("asma") # Provides path to msldb
satkutil.pythonpath("tools/lang") # Provides path to sopl
# ASMA imports
import msldb # Access the database
# SATK imports
from listing import * # Access the formatted report tools
# This wraps a msldb.CPUX object with report information
class CPU(object):
def __init__(self,col,filename,cpux):
self.col=col
self.filename=filename
self.cpux=cpux
# module msldb.py.
this_module="mslrpt.py"
copyright="%s Copyright (C) %s Harold Grovesteen" % (this_module,"2014, 2017")
# Python imports:
import sys # Access the exit method
if sys.hexversion<0x03030000:
raise NotImplementedError("%s requires Python version 3.3 or higher, "
"found: %s.%s" % (this_module,sys.version_info[0],sys.version_info[1]))
import argparse # Access the command line parser
import functools # Access complex sorting sequences
# Setup PYTHONPATH
import satkutil # Access utility functions
satkutil.pythonpath("asma") # Provides path to msldb.py
satkutil.pythonpath("tools/lang") # Provides path to sopl.py needed by msldb
# ASMA imports
import msldb # Access the database
# SATK imports
from listing import * # Access the formatted report tools
# This wraps a msldb.CPUX object with report information
class CPU(object):
def __init__(self,col,filename,cpux):
# The column ndx into which this CPU instruction's flags are placed
self.col=col
self.filename=filename # The MSL filename upon which this cpu is based
import sys
if sys.hexversion<0x03030000:
raise NotImplementedError("%s requires Python version 3.3 or higher, "
"found: %s.%s" % (this_module,sys.version_info[0],sys.version_info[1]))
import time
# Remember import start times as early as possible for better time reporting.
import_start=process_start=time.process_time()
import_start_w=wall_start=time.time()
import argparse
# Setup PYTHONPATH
import satkutil
satkutil.pythonpath("asma")
satkutil.pythonpath("tools/lang")
satkutil.pythonpath("tools/ipl")
# ASMA imports
import assembler
class ASMA(object):
# Default MSL database file and CPU for recognized generic architecture
archs={"s360": ("s360-insn.msl", "s360"),
"s370": ("s370-insn.msl", "s370"),
"s380": ("s380-insn.msl", "s380"),
"370xa":("s370XA-insn.msl","s370XA"),
"e370": ("e370-insn.msl", "e370"),
"e390": ("e390-insn.msl", "e390"),
"s390": ("s390x-insn.msl", "s390"),
this_module = "saconfig.py"
copyright_years = "2013,2014"
# Python imports:
import sys
if sys.hexversion < 0x03030000:
raise NotImplementedError(
"%s requires Python version 3.3 or higher, "
"found: %s.%s" %
(this_module, sys.version_info[0], sys.version_info[1]))
import argparse
import os
# SATK imports:
import satkutil
satkutil.pythonpath(
"tools/lang") # Dynamically add language tools to PYTHONPATH
from langutil import *
# The key-word language processor for SA configuration
class SACFG(KWLang):
def __init__(self, dm, case="M", recovery=False):
super().__init__() # Override required TID names here if needed
self.dm = dm # The global debug manager
outcase = "upper" # Reserved word converted to uppercase
# Define the Keyword Language
tdebug = self.dm.isdebug("tdebug")
defn = self.begin(ptrace=False)
defn.opt(WordType("ARCHS",\
this_module = "hopcodes.py"
copyright = "%s Copyright (C) %s Harold Grovesteen" % (this_module, "2016")
# Python Imports:
import sys
if sys.hexversion < 0x03030000:
raise NotImplementedError(
"%s requires Python version 3.3 or higher, "
"found: %s.%s" %
(this_module, sys.version_info[0], sys.version_info[1]))
import argparse # Access command-line processor
# SATK Imports:
import satkutil # Access dynmamic Python path modifications
satkutil.pythonpath("asma") # Access msldb for MSL database access
satkutil.pythonpath("tools/herc") # Access the Hercules audit module
satkutil.pythonpath("tools/lang") # Access sopl.py for asma msldb module
import herc_audit # Access the Hercules operation code audit processing
# Parse the command line arguments.
# Returns:
# argparse Namespace object.
def parse_args():
parser=argparse.ArgumentParser(prog=this_module,
epilog=copyright,
description="audits Hercules operation code tables against ASMA MSL "\
"specifications")
parser.add_argument("-H","--Hercules",metavar="DIR",\
# This module provides the command-line interface for invoking the Hercules
# operation code audit module: tools/herc/hopaudit.py.
this_module="hopcodes.py"
copyright="%s Copyright (C) %s Harold Grovesteen" % (this_module,"2016")
# Python Imports:
import sys
if sys.hexversion<0x03030000:
raise NotImplementedError("%s requires Python version 3.3 or higher, "
"found: %s.%s" % (this_module,sys.version_info[0],sys.version_info[1]))
import argparse # Access command-line processor
# SATK Imports:
import satkutil # Access dynmamic Python path modifications
satkutil.pythonpath("asma") # Access msldb for MSL database access
satkutil.pythonpath("tools/herc") # Access the Hercules audit module
satkutil.pythonpath("tools/lang") # Access sopl.py for asma msldb module
import herc_audit # Access the Hercules operation code audit processing
# Parse the command line arguments.
# Returns:
# argparse Namespace object.
def parse_args():
parser=argparse.ArgumentParser(prog=this_module,
epilog=copyright,
description="audits Hercules operation code tables against ASMA MSL "\
"specifications")
parser.add_argument("-H","--Hercules",metavar="DIR",\
copyright = "%s Copyright (C) %s Harold Grovesteen" % (this_module,
"2014, 2017")
# Python imports:
import sys # Access the exit method
if sys.hexversion < 0x03030000:
raise NotImplementedError(
"%s requires Python version 3.3 or higher, "
"found: %s.%s" %
(this_module, sys.version_info[0], sys.version_info[1]))
import argparse # Access the command line parser
import functools # Access complex sorting sequences
# Setup PYTHONPATH
import satkutil # Access utility functions
satkutil.pythonpath("asma") # Provides path to msldb.py
satkutil.pythonpath("tools/lang") # Provides path to sopl.py needed by msldb
# ASMA imports
import msldb # Access the database
# SATK imports
from listing import * # Access the formatted report tools
# This wraps a msldb.CPUX object with report information
class CPU(object):
def __init__(self, col, filename, cpux):
# The column ndx into which this CPU instruction's flags are placed
self.col = col
self.filename = filename # The MSL filename upon which this cpu is based
# Minimal input requires a SYSTEM statement.
this_module="saconfig.py"
copyright_years="2013,2014"
# Python imports:
import sys
if sys.hexversion<0x03030000:
raise NotImplementedError("%s requires Python version 3.3 or higher, "
"found: %s.%s" % (this_module,sys.version_info[0],sys.version_info[1]))
import argparse
import os
# SATK imports:
import satkutil
satkutil.pythonpath("tools/lang") # Dynamically add language tools to PYTHONPATH
from langutil import *
# The key-word language processor for SA configuration
class SACFG(KWLang):
def __init__(self,dm,case="M",recovery=False):
super().__init__() # Override required TID names here if needed
self.dm=dm # The global debug manager
outcase="upper" # Reserved word converted to uppercase
# Define the Keyword Language
tdebug=self.dm.isdebug("tdebug")
defn=self.begin(ptrace=False)
defn.opt(WordType("ARCHS",\
words=["S/370BC","S/370","ESA/390","z/Architecture"],\
