def dump_GDX_file(H, filename):
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
info = gdxx.file_info(H)
print "* File Version : %s" % info["version"]
print "* Producer : %s" % info["producer"]
print "* Symbols : %d" % info["symbol_count"]
print "* Unique Elements: %d" % info["element_count"]
print "$ontext"
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
print "%-15s %3d %-12s %s" % (sinfo["name"], sinfo["dims"], sinfo["typename"], sinfo["description"])
print "$offtext\n$onempty onembedded"
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
name = "%s %s" % (sinfo["full_typename"], sinfo["name"])
dim_string = ""
if sinfo["dims"] > 0:
dim_string = "("
for j in sinfo["domain"]:
if j["index"] > 0:
dim_string += ","
d = sinfo["domain"][j["index"]]
dim_string += d["key"]
dim_string += ")"
desc = sinfo["description"]
sm = '"' if "'" in desc else "'"
print "%s%s %s%s%s /" % (name, dim_string, sm, desc, sm)
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok:
raise GDX_error(H, "Error in gdxDataReadStr")
if values[gdxcc.GMS_VAL_LEVEL] == 0:
continue
dim_string = ""
for d in range(sinfo["dims"]):
if d > 0:
dim_string += "."
dim_string += "'%s'" % elements[d]
value_string = ""
if sinfo["type"] == gdxcc.GMS_DT_PAR or sinfo["type"] == gdxcc.GMS_DT_VAR:
value_string = "%g" % values[gdxcc.GMS_VAL_LEVEL]
if sinfo["type"] == gdxcc.GMS_DT_SET:
ret, description, node = gdxcc.gdxGetElemText(H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret != 0:
sm = '"' if "'" in description else "'"
value_string = "%s%s%s" % (sm, description, sm)
print "%s %s" % (dim_string, value_string)
print "/;\n"
def dump_GDX_file(H, filename):
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
info = gdxx.file_info(H)
print "* File Version : %s" % info["version"]
print "* Producer : %s" % info["producer"]
print "* Symbols : %d" % info["symbol_count"]
print "* Unique Elements: %d" % info["element_count"]
print "$ontext"
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
print "%-15s %3d %-12s %s" % (sinfo["name"], sinfo["dims"], sinfo["typename"], sinfo["description"])
print "$offtext\n$onempty onembedded"
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
name = "%s %s" % (sinfo["full_typename"], sinfo["name"])
dim_string = ""
if sinfo["dims"] > 0:
dim_string = "("
for j in sinfo["domain"]:
if j["index"] > 0: dim_string += ","
d = sinfo["domain"][j["index"]]
dim_string += d["key"]
dim_string += ")"
desc = sinfo["description"]
sm = '"' if "'" in desc else "'"
print "%s%s %s%s%s /" % (name, dim_string, sm, desc, sm)
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise GDX_error(H, "Error in gdxDataReadStr")
if values[gdxcc.GMS_VAL_LEVEL] == 0: continue
dim_string = ""
for d in range(sinfo["dims"]):
if d > 0: dim_string += "."
dim_string += "'%s'" % elements[d]
value_string = ""
if sinfo["type"] == gdxcc.GMS_DT_PAR or sinfo["type"] == gdxcc.GMS_DT_VAR:
value_string = "%g" % values[gdxcc.GMS_VAL_LEVEL]
if sinfo["type"] == gdxcc.GMS_DT_SET:
ret, description, node = gdxcc.gdxGetElemText(H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret != 0:
sm = '"' if "'" in description else "'"
value_string = "%s%s%s" % (sm, description, sm)
print "%s %s" % (dim_string, value_string)
print "/;\n"
def __read_in_now(self):
self.parent.read_symbol(self.symbol_name)
assert(self.__read_in)
#- Reading tools ---------------------------------------------------------------
def read_symbol(H, d, name, typename, values):
d[name] = True if typename == "Set" else values[gdxcc.GMS_VAL_LEVEL]
if typename[0] == "V" or typename[0] == "E":
# typename is 'Variable' or 'Equation'
limits = OrderedDict()
for i, level_name in enumerate(level_names):
def read_symbol(H, d, name, typename, values):
d[name] = True if typename == "Set" else values[gdxcc.GMS_VAL_LEVEL]
if typename[0] == "V" or typename[0] == "E":
# typename is 'Variable' or 'Equation'
limits = OrderedDict()
for i, level_name in enumerate(level_names):
limits[level_name] = values[i]
d.setinfo(name)["limits"] = limits
elif typename[0:2] == "Se":
# typename is 'Set'
ret, description, node = gdxcc.gdxGetElemText(
H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret != 0:
d.setinfo(name)["description"] = description
def read_symbol(H, d, name, typename, values):
if typename == "Set":
d[name] = True
else:
d[name] = values[gdxcc.GMS_VAL_LEVEL]
if typename == "Variable" or typename == "Equation":
limits = {}
for i in range(5):
limits[level_names[i]] = values[i]
d.setinfo(name)["limits"] = limits
if typename == "Set":
ret, description, node = gdxcc.gdxGetElemText(H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret != 0:
d.setinfo(name)["description"] = description
def read_symbol(H, d, name, typename, values):
if typename == "Set":
d[name] = True
else:
d[name] = values[gdxcc.GMS_VAL_LEVEL]
if typename == "Variable" or typename == "Equation":
limits = {}
for i in range(5):
limits[level_names[i]] = values[i]
d.setinfo(name)["limits"] = limits
if typename == "Set":
ret, description, node = gdxcc.gdxGetElemText(
H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret != 0:
d.setinfo(name)["description"] = description
def read(self, filename, gams_dir=None):
if self.lazy_load:
self.filename = filename
self.gams_dir = gams_dir
H = gdxx.open(gams_dir)
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
logger.debug("Opened the file. " + gdxpds.memory_use_str())
info = gdxx.file_info(H)
for k in info:
if not k in self.file_info:
self.file_info[k] = info[k]
logger.debug("Retrieved the file info. " + gdxpds.memory_use_str())
# read the universal set
uinfo = gdxx.symbol_info(H, 0)
for k in uinfo:
if not k in self.universal_info:
self.universal_info[k] = uinfo[k]
logger.debug("Read the universal set. " + gdxpds.memory_use_str())
ok, records = gdxcc.gdxDataReadStrStart(H, 0)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
key = elements[0]
ret, description, node = gdxcc.gdxGetElemText(
H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret == 0: description = None
self.add_key(key, description)
all_keys = {}
# Read all the 1-D sets
# Map backwards so we have a map from every set key back to all the sets it's in
set_map = {}
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1:
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = [{}]
keys = all_keys[symbol_name]
symbol = self[symbol_name]
symbol._gdxdim__read_in = True
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok:
raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
e = elements[0]
read_symbol(H, symbol, e, sinfo["typename"], values)
if not e in set_map: set_map[e] = {}
set_map[e][symbol_name] = True
keys[0][e] = True
# Read all the other symbols
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1: continue
self.add_symbol(sinfo)
if self.lazy_load and sinfo["dims"] > 0:
continue
logger.debug("Reading {}. ".format(sinfo['name']) +
gdxpds.memory_use_str())
self.__read_one_symbol(H, sinfo, all_keys)
logger.debug("Read {}. ".format(sinfo['name']) +
gdxpds.memory_use_str())
gdxcc.gdxClose(H)
gdxcc.gdxFree(H)
logger.debug("Closed the gdx file. " + gdxpds.memory_use_str())
guess_domains(self, set_map, all_keys)
guess_ancestor_domains(self)
logger.debug("Finished guessing domains. " + gdxpds.memory_use_str())
if self.lazy_load:
self.set_map = set_map
self.all_keys = all_keys
info["type"] = typecode
info["typename"] = typename
# -- Read a gdx file -----------------------------------------------------------
def read(self, filename, gams_dir=None):
if self.lazy_load:
self.filename = filename
self.gams_dir = gams_dir
H = gdxx.open(gams_dir)
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
logger.debug("Opened the file. " + gdxpds.memory_use_str())
info = gdxx.file_info(H)
for k in info:
if not k in self.file_info:
self.file_info[k] = info[k]
logger.debug("Retrieved the file info. " + gdxpds.memory_use_str())
# read the universal set
uinfo = gdxx.symbol_info(H, 0)
for k in uinfo:
if not k in self.universal_info:
self.universal_info[k] = uinfo[k]
logger.debug("Read the universal set. " + gdxpds.memory_use_str())
ok, records = gdxcc.gdxDataReadStrStart(H, 0)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
key = elements[0]
ret, description, node = gdxcc.gdxGetElemText(H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret == 0: description = None
self.add_key(key, description)
all_keys = {}
# Read all the 1-D sets
# Map backwards so we have a map from every set key back to all the sets it's in
set_map = {}
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1:
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = [{}]
keys = all_keys[symbol_name]
symbol = self[symbol_name]
symbol._gdxdim__read_in = True
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
e = elements[0]
read_symbol(H, symbol, e, sinfo["typename"], values)
if not e in set_map: set_map[e] = {}
set_map[e][symbol_name] = True
keys[0][e] = True
# Read all the other symbols
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1: continue
self.add_symbol(sinfo)
def read(self, filename, gams_dir=None):
H = gdxx.open(gams_dir)
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
info = gdxx.file_info(H)
for k in info:
if not k in self.file_info:
self.file_info[k] = info[k]
# read the universal set
uinfo = gdxx.symbol_info(H, 0)
for k in uinfo:
if not k in self.universal_info:
self.universal_info[k] = uinfo[k]
ok, records = gdxcc.gdxDataReadStrStart(H, 0)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
key = elements[0]
ret, description, node = gdxcc.gdxGetElemText(H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret == 0: description = None
self.add_key(key, description)
all_keys = {}
# Read all the 1-D sets
# Map backwards so we have a map from every set key back to all the sets it's in
set_map = {}
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1:
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = [{}]
keys = all_keys[symbol_name]
symbol = self[symbol_name]
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
e = elements[0]
read_symbol(H, symbol, e, sinfo["typename"], values)
if not e in set_map: set_map[e] = {}
set_map[e][symbol_name] = True
keys[0][e] = True
# Read all the other symbols
for i in range(1, info["symbol_count"]+1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1: continue
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = []
keys = all_keys[symbol_name]
for d in range(sinfo["dims"]): keys.append({})
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
if sinfo["dims"] == 0:
read_symbol(H, self, symbol_name, sinfo["typename"], values)
else:
symbol = self[sinfo["name"]]
current = symbol
for d in range(sinfo["dims"]-1):
key = elements[d]
keys[d][key] = True
if not key in current:
current[key] = gdxdim(self)
current = current[key]
d = sinfo["dims"]-1
key = elements[d]
keys[d][key] = True
read_symbol(H, current, key, sinfo["typename"], values)
gdxcc.gdxClose(H)
gdxcc.gdxFree(H)
guess_domains(self, set_map, all_keys)
guess_ancestor_domains(self)
def _get_set_assoc_text(self, value):
ret, assoc_text, _node = gdxcc.gdxGetElemText(self._h, int(value))
if ret:
return assoc_text
else:
return None
def read(self, filename, gams_dir=None):
H = gdxx.open(gams_dir)
assert gdxcc.gdxOpenRead(H, filename)[0], "Couldn't open %s" % filename
info = gdxx.file_info(H)
for k in info:
if not k in self.file_info:
self.file_info[k] = info[k]
# read the universal set
uinfo = gdxx.symbol_info(H, 0)
for k in uinfo:
if not k in self.universal_info:
self.universal_info[k] = uinfo[k]
ok, records = gdxcc.gdxDataReadStrStart(H, 0)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
key = elements[0]
ret, description, node = gdxcc.gdxGetElemText(
H, int(values[gdxcc.GMS_VAL_LEVEL]))
if ret == 0: description = None
self.add_key(key, description)
all_keys = {}
# Read all the 1-D sets
# Map backwards so we have a map from every set key back to all the sets it's in
set_map = {}
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1:
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = [{}]
keys = all_keys[symbol_name]
symbol = self[symbol_name]
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok:
raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
e = elements[0]
read_symbol(H, symbol, e, sinfo["typename"], values)
if not e in set_map: set_map[e] = {}
set_map[e][symbol_name] = True
keys[0][e] = True
# Read all the other symbols
for i in range(1, info["symbol_count"] + 1):
sinfo = gdxx.symbol_info(H, i)
if sinfo["typename"] == "Set" and sinfo["dims"] == 1: continue
self.add_symbol(sinfo)
symbol_name = sinfo["name"]
all_keys[symbol_name] = []
keys = all_keys[symbol_name]
for d in range(sinfo["dims"]):
keys.append({})
ok, records = gdxcc.gdxDataReadStrStart(H, i)
for i in range(records):
ok, elements, values, afdim = gdxcc.gdxDataReadStr(H)
if not ok: raise gdxx.GDX_error(H, "Error in gdxDataReadStr")
if sinfo["dims"] == 0:
read_symbol(H, self, symbol_name, sinfo["typename"],
values)
else:
symbol = self[sinfo["name"]]
current = symbol
for d in range(sinfo["dims"] - 1):
key = elements[d]
keys[d][key] = True
if not key in current:
current[key] = gdxdim(self)
current = current[key]
d = sinfo["dims"] - 1
key = elements[d]
keys[d][key] = True
read_symbol(H, current, key, sinfo["typename"], values)
gdxcc.gdxClose(H)
gdxcc.gdxFree(H)
guess_domains(self, set_map, all_keys)
guess_ancestor_domains(self)
