def __init__(self, tpl_file, reqtags, mem_type):
Jinja2FileTemplate.__init__(self, tpl_file)
tag = reqtags["tag"]
gen_tag = reqtags["gen_tag"]
FunctionTemplate.__init__(
self,
function_name=tag.getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="e", field_type=mem_type, is_pointer=True)
]))
if gen_tag.getTraceArrayIdent():
trace_array_ident = gen_tag.getTraceArrayIdent()
else:
trace_array_ident = mem_type.getIdent()
if gen_tag.getTraceArrayStructName():
trace_array_struct_name = gen_tag.getEventArrayStructName()
else:
trace_array_struct_name = mem_type.getName() + "_array"
self.addDefaultArguments( \
mem_type = mem_type, \
trace_array_ident = trace_array_ident, \
trace_array_struct_name = trace_array_struct_name, \
**reqtags)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self, "PostConversionFunction.tpl.c")
reqtags = self.requireTags(
dsk_type, {
"gen_tag": tags.dsk.tomem.GeneratePostConversionFunction,
"conversion_tag": tags.dsk.tomem.ConversionFunction
})
tag = reqtags["gen_tag"]
conversion_tag = reqtags["conversion_tag"]
mem_type = conversion_tag.getMemType()
FunctionTemplate.__init__(
self,
function_name=tag.getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="dsk", field_type=dsk_type, is_pointer=True),
Field(name="mem",
field_type=conversion_tag.getMemType(),
is_pointer=True)
]))
self.addDefaultArguments(mem_type = mem_type, \
dsk_type = dsk_type, \
**reqtags)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self, "PerTraceArrayFunction.tpl.c")
reqtags_dsk = self.requireTags(
dsk_type, {
"gen_tag": tags.dsk.tomem.GeneratePerTraceArrayFunction,
"tomem_tag": aftermath.tags.dsk.tomem.ConversionFunction
})
gen_tag = reqtags_dsk["gen_tag"]
tomem_tag = reqtags_dsk["tomem_tag"]
reqtags_mem = self.requireTags(tomem_tag.getMemType(), {
"store_tag":
aftermath.tags.mem.store.pertracearray.AppendFunction
})
FunctionTemplate.__init__(
self,
function_name=gen_tag.getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="dsk", field_type=dsk_type, is_pointer=True)
]))
self.addDefaultArguments(dsk_type=dsk_type)
self.addDefaultArguments(**reqtags_dsk)
self.addDefaultArguments(**reqtags_mem)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self, "WriteFunction.tpl.c")
reqtags = self.requireTags(dsk_type,
{"gen_tag": tags.dsk.GenerateWriteFunction})
if reqtags["gen_tag"].hasTypeParam():
tp = [
Field(name="type_id",
field_type=aftermath.types.builtin.uint32_t)
]
else:
tp = []
FunctionTemplate.__init__(
self,
function_name=reqtags["gen_tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True)
] + tp + [
Field(name="dsk",
field_type=dsk_type,
is_pointer=True,
is_const=True)
]))
self.addDefaultArguments(dsk_type=dsk_type, **reqtags)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self, "ArrayReadFunction.tpl.c")
reqtags = self.requireTags(dsk_type,
{"tag": tags.dsk.GenerateArrayReadFunction})
tag = dsk_type.getTag(tags.dsk.GenerateArrayReadFunction)
if not isinstance(tag.getNumElementsField().getType(),
aftermath.types.FixedWidthIntegerType):
raise Exception("Field with number of elements must be an integer "
"with a fixed number of bits")
FunctionTemplate.__init__(
self,
function_name=reqtags["tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="dsk", field_type=dsk_type, is_pointer=True)
]))
self.addDefaultArguments(dsk_type=dsk_type, **reqtags)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self,
"AddToAllMetaStructArraysFunction.tpl.c")
reqtags = self.requireTags(
dsk_type, {
"gen_tag":
tags.dsk.tomem.GenerateAddToAllMetaStructArraysFunction,
"dsktometa_tag": tags.dsk.tomem.join.DskToMetaSources
})
gen_tag = reqtags["gen_tag"]
FunctionTemplate.__init__(
self,
function_name=reqtags["gen_tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="dsk",
field_type=gen_tag.getDskType(),
is_pointer=True),
Field(name="mem",
field_type=gen_tag.getMemType(),
is_pointer=True)
]))
self.addDefaultArguments(**reqtags)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(
self, "WriteToBufferWithDefaultIDFunction.tpl.c")
reqtags = self.requireTags(
dsk_type, {
"gen_tag": tags.dsk.GenerateWriteToBufferWithDefaultIDFunction,
"wtb_tag": tags.dsk.WriteToBufferFunction
})
FunctionTemplate.__init__(
self,
function_name=reqtags["gen_tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="wb",
field_type=aftermath.types.aux.am_write_buffer,
is_pointer=True),
Field(name="e",
field_type=dsk_type,
is_pointer=True,
is_const=True)
]))
self.addDefaultArguments(dsk_type=dsk_type, **reqtags)
def __buildMetaType(self):
# Build source meta type
#
# struct <mem_source_t>__meta_<pointer_name> {
# <dsk_source_field> id;
# };
#
self.__meta_type = CompoundType(
name = self.getMemType().getName() +
"__meta_join_src_" +
self.getDskField().getName(),
entity = "Meta type for " + self.getDskType().getName(),
comment = "Meta type for " + self.getMemType().getName() + " for " +
"pointer '" + self.getMemField().getName() + "'",
ident = self.getMemType().getIdent() +
":::meta::join::src::" +
self.__dsk_field.getName(),
fields = FieldList([
Field(
name = "id",
field_type = self.__dsk_field.getType(),
comment = "Value from " + self.getDskType().getName() + \
"." + self.__dsk_field.getName())
]))
if self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pertracearray.AppendFunction):
self.__meta_type.addTags(aftermath.tags.mem.store.pertracearray.
GenerateAppendFunction())
daf = aftermath.tags.mem.store.pertracearray.GenerateDestroyAllArraysFunction(
)
elif self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pereventcollectionarray.AppendFunction
):
self.__meta_type.addTags(
aftermath.tags.mem.store.pereventcollectionarray.
GenerateAppendFunction())
daf = aftermath.tags.mem.store.pereventcollectionarray.GenerateDestroyAllArraysFunction(
)
elif self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pereventcollectionsubarray.
AppendFunction):
self.__meta_type.addTags(
aftermath.tags.mem.store.pereventcollectionsubarray.
GenerateAppendFunction())
daf = aftermath.tags.mem.store.pereventcollectionsubarray.GenerateDestroyAllArraysFunction(
)
else:
raise Exception("Unknown storage class")
self.__meta_type.addTags(daf)
tdf = self.getMemType().getOrAddTagInheriting(
aftermath.tags.teardown.GenerateTeardownFunction)
tdf.addStep(FunctionTagStep(daf))
def __init__(self, *args, **kwargs):
super(EventFrame, self).__init__(*args, **kwargs)
# Add field for type
self.addField(Field(
name = "collection_id",
field_type = aftermath.types.builtin.uint32_t,
comment = "ID of the event collection this event belongs to"),
0)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(self, "ReadFunction.tpl.c")
reqtags = self.requireTags(dsk_type,
{"tag": tags.dsk.GenerateReadFunction})
FunctionTemplate.__init__(
self,
function_name=reqtags["tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="dsk", field_type=dsk_type, is_pointer=True)
]))
self.addDefaultArguments(dsk_type=dsk_type, **reqtags)
def __init__(self, tpl_file, reqtags, mem_type):
Jinja2FileTemplate.__init__(self, tpl_file)
tag = reqtags["tag"]
gen_tag = reqtags["gen_tag"]
FunctionTemplate.__init__(
self,
function_name=tag.getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(
name="ecoll_id",
field_type=aftermath.types.base.am_event_collection_id_t),
Field(name="sub_id", field_type=gen_tag.getSubArrayIDType()),
Field(name="e", field_type=mem_type, is_pointer=True)
]))
if gen_tag.getEventCollectionArrayStructName():
ecoll_array_struct_name = gen_tag.getEventCollectionArrayStructName(
)
else:
ecoll_array_struct_name = mem_type.getName() + "_array"
if gen_tag.getEventArrayStructName():
event_array_struct_name = gen_tag.getEventArrayStructName()
else:
event_array_struct_name = mem_type.getName() + "_array"
if gen_tag.getEventArrayIdent():
event_array_ident = gen_tag.getEventArrayIdent()
else:
event_array_ident = mem_type.getIdent()
self.addDefaultArguments(
mem_type=mem_type,
ecoll_array_struct_name=ecoll_array_struct_name,
event_array_struct_name=event_array_struct_name,
event_array_ident=event_array_ident,
**reqtags)
def __init__(self, t):
Jinja2FileTemplate.__init__(self, "AssertFunction.tpl.c")
reqtags = self.requireTags(t, {
"gen_tag" : tags.assertion.GenerateAssertFunction,
})
FunctionTemplate.__init__(
self,
function_name = reqtags["gen_tag"].getFunctionName(),
return_type = aftermath.types.builtin.int,
inline = True,
arglist = FieldList([
Field(name = "ctx",
field_type = aftermath.types.aux.am_io_context,
is_pointer = True),
Field(name = "e",
field_type = t,
is_pointer = True,
is_const = True)
]))
self.addDefaultArguments(t = t, **reqtags)
def __init__(self, t):
Jinja2FileTemplate.__init__(self,
"TraceMinMaxTimestampCompoundScan.tpl.c")
enforce_type(t, aftermath.types.CompoundType)
reqtags = self.requireTags(
t,
{"gen_tag": tags.process.GenerateTraceMinMaxTimestampCompoundScan})
FunctionTemplate.__init__(
self,
function_name=reqtags["gen_tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True),
Field(name="e", field_type=t, is_pointer=True)
]))
self.addDefaultArguments(t=t, **reqtags)
def gen_function_file_template_class_int_ctx(*args, **kwargs):
"""Same as `gen_function_file_template_class`, but sets the return type of
the function to int and specifies a single parameter ctx that is an
am_io_context pointer
"""
return gen_function_file_template_class(
return_type=aftermath.types.builtin.int,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True)
]),
*args,
**kwargs)
def __init__(self, dsk_type):
Jinja2FileTemplate.__init__(
self, "GenerateProcessCollectSourcesFunction.tpl.c")
reqtags = self.requireTags(dsk_type, {
"gen_tag":
tags.mem.collect.GenerateProcessCollectSourcesFunction,
})
gen_tag = reqtags["gen_tag"]
FunctionTemplate.__init__(
self,
function_name=reqtags["gen_tag"].getFunctionName(),
return_type=aftermath.types.builtin.int,
inline=True,
arglist=FieldList([
Field(name="ctx",
field_type=aftermath.types.aux.am_io_context,
is_pointer=True)
]))
self.addDefaultArguments(**reqtags)
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath import relations
from aftermath import tags
from aftermath.types.on_disk import Frame, EventFrame, OnDiskCompoundType
import aftermath.types.on_disk
am_dsk_telamon_candidate = Frame(
name = "am_dsk_telamon_candidate",
entity = "on-disk Telamon candidate",
comment = "A Telamon Candidate",
fields = FieldList([
Field(
name = "id",
field_type = aftermath.types.builtin.uint64_t,
comment = "ID of this candidate"),
Field(
name = "parent_id",
field_type = aftermath.types.builtin.uint64_t,
comment = "ID of the parent of this candidate"),
Field(
name = "discovery_time",
field_type = aftermath.types.builtin.uint64_t,
comment = "Timestamp when the candidate was discovered "),
Field(
name = "internal_time",
field_type = aftermath.types.builtin.uint64_t,
comment = "Timestamp when the candidate was declared an internal " +
"node (if applicable)"),
Field(
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath.types.in_memory import InMemoryCompoundType
from aftermath import tags
import aftermath.types.base
am_tensorflow_node = InMemoryCompoundType(
name="am_tensorflow_node",
entity="Tensorflow node",
comment="A tensorflow node (e.g., an operation or a constant)",
ident="am::tensorflow::node",
tags=[tags.mem.dfg.DeclareConstPointerType()],
fields=FieldList([
Field(name="name",
field_type=aftermath.types.base.am_string,
comment="Name of this node")
]))
################################################################################
am_tensorflow_node_execution = InMemoryCompoundType(
name="am_tensorflow_node_execution",
entity="on-disk Tensorflow node execution",
comment="An Tensorflow node execution",
ident="am::tensorflow::node_execution",
tags=[
tags.mem.dfg.DeclareConstPointerType(),
tags.mem.dfg.DeclareEventMappingOverlappingIntervalExtractionNode(
stripname_plural="tensorflow_node_exectutions",
port_name="node executions",
process_tag = self.getOrAddTagInheriting(
tags.process.GenerateProcessFunction)
process_tag.addStep(tags.FunctionTagStep(scan_tag))
#################################################################################
am_counter_event = InMemoryCompoundType(
name="am_counter_event",
entity="counter event",
comment="A counter event",
ident="am::core::counter_event",
tags=[tags.mem.dfg.DeclareConstPointerType()],
fields=FieldList([
Field(name="time",
field_type=aftermath.types.base.am_timestamp_t,
comment="Timestamp of the counter interval"),
Field(name="value",
field_type=aftermath.types.base.am_counter_value_t,
comment="Value of the counter event")
]))
#################################################################################
am_interval = InMemoryCompoundType(
name="am_interval",
entity="interval",
comment="An interval with a start and end timestamp.",
ident="am::core::interval",
fields=FieldList([
Field(name="start",
def __buildMetaType(self):
# Build target meta type
#
# struct <mem_source_t>__meta_<pointer_name> {
# <dsk_source_field> id;
# size_t idx;
# };
#
meta_sort_tag = GenerateSortMetaStructArrayFunction()
self.__meta_type = CompoundType(
name = self.getMemType().getName() +
"__meta_join_tgt_" +
self.getDskField().getName(),
entity = "Meta type for " + self.getDskType().getName(),
comment = "Meta type for " + self.getMemType().getName() + " for " +
"field '" + self.getDskField().getName() + "' of the " +
"corresponding on-disk data structure "+
"'"+ self.getDskType().getName()+"'",
ident = self.getMemType().getIdent() +
":::meta::join::tgt::" +
self.__dsk_field.getName(),
fields = FieldList([
Field(
name = "id",
field_type = self.__dsk_field.getType(),
comment = "Value from " + self.getDskType().getName() + \
"." + self.__dsk_field.getName()),
Field(
name = "idx",
field_type = aftermath.types.builtin.size_t,
comment = "Array index of the target structure associated " +
"to the value")
]),
tags = [
meta_sort_tag,
GeneratePostprocessFunction(steps = [
FunctionTagStep(meta_sort_tag)
])
])
if self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pertracearray.AppendFunction):
self.__meta_type.addTags(aftermath.tags.mem.store.pertracearray.
GenerateAppendAndSetIndexFunction())
daf = aftermath.tags.mem.store.pertracearray.GenerateDestroyAllArraysFunction(
)
elif self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pereventcollectionarray.AppendFunction
):
self.__meta_type.addTags(
aftermath.tags.mem.store.pereventcollectionarray.
GenerateAppendAndSetIndexFunction())
daf = aftermath.tags.mem.store.pereventcollectionarray.GenerateDestroyAllArraysFunction(
)
elif self.getMemType().getTagInheriting(
aftermath.tags.mem.store.pereventcollectionsubarray.
AppendFunction):
self.__meta_type.addTags(
aftermath.tags.mem.store.pereventcollectionsubarray.
GenerateAppendFunction())
daf = aftermath.tags.mem.store.pereventcollectionsubarray.GenerateDestroyAllArraysFunction(
)
else:
raise Exception("Unknown storage class")
self.__meta_type.addTags(daf)
tdf = self.getMemType().getOrAddTagInheriting(
aftermath.tags.teardown.GenerateTeardownFunction)
tdf.addStep(FunctionTagStep(daf))
# Add field for type
self.addField(Field(
name = "collection_id",
field_type = aftermath.types.builtin.uint32_t,
comment = "ID of the event collection this event belongs to"),
0)
#################################################################################
am_dsk_interval = OnDiskCompoundType(
name = "am_dsk_interval",
entity = "on-disk interval",
comment = "An interval with a start and end timestamp",
fields = FieldList([
Field(
name = "start",
field_type = aftermath.types.builtin.uint64_t,
comment = "Start of the interval"),
Field(
name = "end",
field_type = aftermath.types.builtin.uint64_t,
comment = "End of the interval")]))
am_dsk_interval.addTags(
tags.assertion.GenerateAssertFunction(steps = [
tags.assertion.AssertStep("{{start}} <= {{end}}",
"Interval cannot end before it starts")
]),
tags.dsk.tomem.GenerateConversionFunction(
am_dsk_interval,
aftermath.types.in_memory.am_interval))
def __init__(self, type):
enforce_type(type, CompoundType)
if not type.hasTag(tags.DefaultConstructor):
raise Exception("Default constructor template requires " +
"default constructor tag")
ctag = type.getTag(tags.DefaultConstructor)
gen_tag = type.getTag(tags.GenerateDefaultConstructor)
FunctionTemplate.__init__(self,
function_name=ctag.getFunctionName(),
return_type=aftermath.types.builtin.int,
arglist=FieldList([
Field(name="e",
field_type=type,
is_pointer=True)
]))
template_content = trimlws("""
{%- set can_fail = {"value" : False} -%}
/* Initializes a {{ t.getEntity() }} with default values*/
{{template.getSignature()}}
{
{%- for field in t.getFields() -%}
{%- if not field.isPointer() and field.getType().hasDefaultConstructor() %}
{%- set ctag = field.getType().getTag(aftermath.tags.DefaultConstructor) %}
if({{ctag.getFunctionName()}}(&e->{{field.getName()}}))
goto out_err_{{field.getName()}};
{%- if can_fail.update({"value": True}) %}{% endif %}
{%- endif %}
{%- endfor %}
{%- for (fieldname, val) in gen_tag.getFieldValues() %}
e->{{fieldname}} = {{val}};
{%- endfor %}
return 0;
{%- if can_fail.value %}
{%- set is_first = True -%}
{%- for field in t.getFields()|reverse -%}
{%- if field.hasCustomDestructor() %}
{%- if field.isPointer() %}
{{field.getCustomDestructorName()}}(e->{{field.getName()}});
{%- else -%}
{{field.getCustomDestructorName()}}(&e->{{field.getName()}});
{%- endif -%}
{%- elif field.getType().hasDestructor() %}
{%- set dtag = field.getType().getTag(aftermath.tags.Destructor) %}
out_err_{{field.getName()}}:
{% if not is_first %}
{% if not field.isPointer() or field.isOwned() %}
{%- if field.isPointer() or not dtag.takesAddress() %}
{{dtag.getFunctionName()}}(e->{{field.getName()}});
{%- else %}
{{dtag.getFunctionName()}}(&e->{{field.getName()}});
{%- endif -%}
{%- endif -%}
{%- endif -%}
{%- endif -%}
{% set is_first = False -%}
{%- endfor -%}
return 1;
{%- endif %}
{# #}
}""")
Jinja2StringTemplate.__init__(self, template_content)
self.addDefaultArguments(t=type, gen_tag=gen_tag)
def __init__(self, type):
enforce_type(type, CompoundType)
if not type.hasTag(tags.Destructor):
raise Exception("Destructor template requires destructor tag")
dtag = type.getTag(tags.Destructor)
FunctionTemplate.__init__(self,
function_name=dtag.getFunctionName(),
return_type=aftermath.types.builtin.void,
arglist=FieldList([
Field(name="e",
field_type=type,
is_pointer=dtag.takesAddress())
]))
template_content = trimlws("""
/* Destroys a {{ t.getEntity() }} */
{{template.getSignature()}}
{
{%- for field in t.getFields() -%}
{%- if field.hasCustomDestructor() %}
{%- if field.isPointer() %}
{{field.getCustomDestructorName()}}(e->{{field.getName()}});
{%- else %}
{{field.getCustomDestructorName()}}(&e->{{field.getName()}});
{%- endif %}
{%- else %}
{%- if field.isArray() %}
{%- if field.getType().hasDestructor() %}
{%- set dtag = field.getType().getTag(aftermath.tags.Destructor) %}
for(size_t i = 0; i < e->{{field.getArrayNumElementsFieldName()}}; i++) {
{%- if not dtag.takesAddress()%}
{{dtag.getFunctionName()}}(e->{{field.getName()}}[i]);
{%- else %}
{{dtag.getFunctionName()}}(&e->{{field.getName()}}[i]);
{%- endif -%}
}
{%- endif %}
free(e->{{field.getName()}});
{%- else %}
{%- if field.getType().hasDestructor() %}
{%- set dtag = field.getType().getTag(aftermath.tags.Destructor) %}
{%- if not field.isPointer() or field.isOwned() %}
{%- if field.isPointer() or not dtag.takesAddress()%}
{{dtag.getFunctionName()}}(e->{{field.getName()}});
{%- else %}
{{dtag.getFunctionName()}}(&e->{{field.getName()}});
{%- endif -%}
{%- endif -%}
{%- endif -%}
{%- endif -%}
{%- endif -%}
{%- endfor -%}
{# #}
}""")
Jinja2StringTemplate.__init__(self, template_content)
self.addDefaultArguments(t=type)
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath import relations
from aftermath import tags
from aftermath.types.on_disk import Frame, EventFrame
import aftermath.types.on_disk
am_dsk_openstream_task_type = Frame(
name="am_dsk_openstream_task_type",
entity="on-disk OpenStream task type",
comment="An OpenStream task type",
fields=FieldList([
Field(name="type_id",
field_type=aftermath.types.builtin.uint64_t,
comment="Numerical ID of this task type"),
Field(name="name",
field_type=aftermath.types.on_disk.am_dsk_string,
comment="Name of this task (e.g., symbol in the executable)"),
Field(name="source",
field_type=aftermath.types.on_disk.am_dsk_source_location,
comment="Location of the source code for this task type")
]))
tags.dsk.tomem.add_per_trace_array_tags(
am_dsk_openstream_task_type,
aftermath.types.openstream.in_memory.am_openstream_task_type)
################################################################################
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath import relations
from aftermath import tags
from aftermath.types.on_disk import Frame, EventFrame
import aftermath.types.on_disk
am_dsk_tensorflow_node = Frame(
name="am_dsk_tensorflow_node",
entity="on-disk Tensorflow node",
comment="An Tensorflow node",
fields=FieldList([
Field(name="id",
field_type=aftermath.types.builtin.uint64_t,
comment="Numerical ID of this node"),
Field(name="name",
field_type=aftermath.types.on_disk.am_dsk_string,
comment="Name of this node")
]))
tags.dsk.tomem.add_per_trace_array_tags(
am_dsk_tensorflow_node,
aftermath.types.tensorflow.in_memory.am_tensorflow_node)
################################################################################
am_dsk_tensorflow_node_execution = EventFrame(
name="am_dsk_tensorflow_node_execution",
entity="on-disk Tensorflow node execution",
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath.types.in_memory import InMemoryCompoundType
from aftermath import tags
import aftermath.types.base
am_openmp_for_loop_type = InMemoryCompoundType(
name = "am_openmp_for_loop_type",
entity = "OpenMP for loop type",
comment = "An OpenMP for loop type",
ident = "am::openmp::for_loop_type",
fields = FieldList([
Field(
name = "source",
field_type = aftermath.types.in_memory.am_source_location,
comment = "Location of the source code for this for loop type")]))
################################################################################
am_openmp_for_loop_instance = InMemoryCompoundType(
name = "am_openmp_for_loop_instance",
entity = "OpenMP for loop instance",
comment = "An OpenMP for loop instance",
ident = "am::openmp::for_loop_instance",
fields = FieldList([
Field(
name = "loop_type",
field_type = am_openmp_for_loop_type,
is_pointer = True,
EnumVariant("AM_OMPT_CANCEL_ACTIVATED", 0x10, "Cancel activated"),
EnumVariant("AM_OMPT_CANCEL_DETECTED", 0x20, "Cancel detected"),
EnumVariant("AM_OMPT_CANCEL_DISCARDED_TASK", 0x40,
"Cancel discarded task")
])
################################################################################
am_ompt_thread = InMemoryCompoundType(
name="am_ompt_thread",
entity="An OpenMP thread execution interval",
comment="An OpenMP thread execution interval",
ident="am::ompt::thread",
fields=FieldList([
Field(name="kind",
field_type=am_ompt_thread_t,
comment="Type of the thread"),
Field(name="interval",
field_type=aftermath.types.in_memory.am_interval,
comment="Interval of the execution")
]))
################################################################################
am_ompt_parallel = InMemoryCompoundType(
name="am_ompt_parallel",
entity="An OpenMP parallel section execution interval",
comment="An OpenMP parallel section execution interval",
ident="am::ompt::parallel",
fields=FieldList([
Field(name="requested_parallelism",
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath.types.in_memory import InMemoryCompoundType
from aftermath import tags
import aftermath.types.base
am_openstream_task_type = InMemoryCompoundType(
name="am_openstream_task_type",
entity="OpenStream task type",
comment="An OpenStream task type",
ident="am::openstream::task_type",
fields=FieldList([
Field(name="name",
field_type=aftermath.types.base.am_string,
comment="Name of this task (e.g., symbol in the executable)"),
Field(name="source",
field_type=aftermath.types.in_memory.am_source_location,
comment="Location of the source code for this task type")
]))
################################################################################
am_openstream_task_instance = InMemoryCompoundType(
name="am_openstream_task_instance",
entity="OpenStream task instance",
comment="An OpenStream task instance",
ident="am::openstream::task_instance",
fields=FieldList([
Field(name="task_type",
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
# USA.
from aftermath.types import TypeList, Field, FieldList
from aftermath import relations
from aftermath import tags
from aftermath.types.on_disk import Frame, EventFrame
import aftermath.types.on_disk
am_dsk_openmp_for_loop_type = Frame(
name="am_dsk_openmp_for_loop_type",
entity="on-disk OpenMP for loop",
comment="An OpenMP for loop type",
fields=FieldList([
Field(name="type_id",
field_type=aftermath.types.builtin.uint64_t,
comment="Numerical ID of this loop type"),
Field(name="source",
field_type=aftermath.types.on_disk.am_dsk_source_location,
comment="Location of the source code for this for loop type"),
Field(
name="addr",
field_type=aftermath.types.builtin.uint64_t,
comment="Address of the first instruction of the outlined loop body"
),
Field(name="flags",
field_type=aftermath.types.builtin.uint32_t,
comment="Flags for this loop type")
]))
tags.dsk.tomem.add_per_trace_array_tags(