protected internal override Cell ReadCellPayload(DexFile file, UInt32 rowIndex, Column column, Cell[] cells, ref UInt32 offset)
{
Cell result;
switch ((annotation_directory_row.columns)column.Index)
{
case annotation_directory_row.columns.field_annotations:
UInt32 fields_size = cells[(UInt16)annotation_directory_row.columns.fields_size].RawValue;
UInt32[] field_annotations = file.GetSectionTable(TableType.field_annotation).ReadInnerSection(file, ref offset, fields_size);
result = new Cell(column, fields_size, field_annotations);
break;
case annotation_directory_row.columns.method_annotations:
UInt32 annotated_methods_size = cells[(UInt16)annotation_directory_row.columns.annotated_methods_size].RawValue;
UInt32[] method_annotations = file.GetSectionTable(TableType.method_annotation).ReadInnerSection(file, ref offset, annotated_methods_size);
result = new Cell(column, annotated_methods_size, method_annotations);
break;
case annotation_directory_row.columns.parameter_annotations:
UInt32 annotated_parameters_size = cells[(UInt16)annotation_directory_row.columns.annotated_parameters_size].RawValue;
UInt32[] parameter_annotations = file.GetSectionTable(TableType.parameter_annotation).ReadInnerSection(file, ref offset, annotated_parameters_size);
result = new Cell(column, annotated_parameters_size, parameter_annotations);
break;
default:
result = base.ReadCellPayload(file, rowIndex, column, cells, ref offset);
break;
}
return(result);
}
protected internal override Cell ReadCellPayload(DexFile file, UInt32 rowIndex, Column column, Cell[] cells, ref UInt32 offset)
{
Cell result;
Tables.encoded_catch_handler_row.columns colIdx = (Tables.encoded_catch_handler_row.columns)column.Index;
switch (colIdx)
{
case Tables.encoded_catch_handler_row.columns.handlers:
Int32 handler_size = (Int32)cells[(UInt32)Tables.encoded_catch_handler_row.columns.size].Value;
UInt32[] indexes = file.GetSectionTable(TableType.encoded_type_addr_pair).ReadInnerSection(file, ref offset, (UInt32)Math.Abs(handler_size));
result = new Cell(column, (UInt32)indexes.Length, indexes);
break;
case Tables.encoded_catch_handler_row.columns.catch_all_addr:
Int32 handler_size1 = (Int32)cells[(UInt32)Tables.encoded_catch_handler_row.columns.size].Value;
if (handler_size1 <= 0)
{
Int32 catch_add_addr = file.ReadULeb128(ref offset);
result = new Cell(column, (UInt32)catch_add_addr, (UInt32)catch_add_addr);
}
else
{
result = new Cell(column, 0, null);
}
break;
default:
result = base.ReadCellPayload(file, rowIndex, column, cells, ref offset);
break;
}
return(result);
}
protected internal override Cell ReadCellPayload(DexFile file, UInt32 rowIndex, Column column, Cell[] cells, ref uint offset)
{
Cell result;
switch ((code_row.columns)column.Index)
{
case code_row.columns.tries:
UInt32 tries_size = cells[(UInt32)code_row.columns.tries_size].RawValue;
UInt32[] indexes = file.GetSectionTable(TableType.try_item).ReadInnerSection(file, ref offset, tries_size);
result = new Cell(column, tries_size, indexes);
break;
case code_row.columns.handlers:
UInt32 tries_size1 = cells[(UInt32)code_row.columns.tries_size].RawValue;
if (tries_size1 > 0)
{
Int32 handler_list_size = file.ReadULeb128(ref offset);
UInt32[] indexes1 = file.GetSectionTable(TableType.encoded_catch_handler_list).ReadInnerSection(file, ref offset, (UInt32)handler_list_size);
UInt32 p = (UInt32)sizeof(UInt32);
UInt32 padding = ((offset) % p) != 0 ? (p - (offset) % p) : 0;
offset += padding;
result = new Cell(column, tries_size1, indexes1);
//throw new NotImplementedException();
}
else
{
result = new Cell(column, 0, null);
}
break;
default:
result = base.ReadCellPayload(file, rowIndex, column, cells, ref offset);
break;
}
return(result);
}
protected internal override Cell ReadCellPayload(DexFile file, UInt32 rowIndex, Column column, Cell[] cells, ref UInt32 offset)
{
Cell result;
switch ((class_data_row.columns)column.Index)
{
case class_data_row.columns.static_fields:
UInt32 static_fields_size = cells[(UInt32)class_data_row.columns.static_fields_size].RawValue;
UInt32[] static_fields = file.GetSectionTable(TableType.encoded_field).ReadInnerSection(file, ref offset, static_fields_size);
result = new Cell(column, static_fields_size, static_fields);
break;
case class_data_row.columns.instance_fields:
UInt32 instance_fields_size = cells[(UInt32)class_data_row.columns.instance_fields_size].RawValue;
UInt32[] instance_fields = file.GetSectionTable(TableType.encoded_field).ReadInnerSection(file, ref offset, instance_fields_size);
result = new Cell(column, instance_fields_size, instance_fields);
break;
case class_data_row.columns.direct_methods:
UInt32 direct_methods_size = cells[(UInt32)class_data_row.columns.direct_methods_size].RawValue;
UInt32[] direct_methods = file.GetSectionTable(TableType.encoded_method).ReadInnerSection(file, ref offset, direct_methods_size);
result = new Cell(column, direct_methods_size, direct_methods);
break;
case class_data_row.columns.virtual_methods:
UInt32 virtual_methods_size = cells[(UInt32)class_data_row.columns.virtual_methods_size].RawValue;
UInt32[] virtual_methods = file.GetSectionTable(TableType.encoded_method).ReadInnerSection(file, ref offset, virtual_methods_size);
result = new Cell(column, virtual_methods_size, virtual_methods);
break;
default:
result = base.ReadCellPayload(file, rowIndex, column, cells, ref offset);
break;
}
return(result);
}