Development Tools

-binary

[Format]

-binary = <suboption>[,...]

          <suboption>: <file name>(<section name>

                         [:<boundary alignment>][/<section attribute>][,<symbol name>])

          <section attribute>: CODE | DATA

          <boundary alignment>: 1 | 2 | 4 | 8 | 16 | 32 (default: 1)

[Description]

-	Specifies an input binary file. Two or more files can be specified by separating them with a comma (,).

-	If an extension is omitted for the file name specification, bin is assumed.

-	Input binary data is allocated as the specified section data. The section address is specified with the start option. That section cannot be omitted.

-	When a symbol is specified, the file can be linked as a defined symbol. For a variable name referenced by a C/C++ program, add an underscore (_) at the head of the reference name in the program.

-	The section specified with this option can have its section attribute and boundary alignment specified.

-	CODE or DATA can be specified for the section attribute.

-	When section attribute specification is omitted, the write, read, and execute attributes are all enabled by default.

-	A boundary alignment value can be specified for the section specified by this option. A power of 2 can be specified for the boundary alignment; no other values should be specified.

-	When the boundary alignment specification is omitted, 1 is used as the default.

[Examples]

input=a.obj

start=P,D*/200

binary=b.bin(D1bin),c.bin(D2bin:4,_datab)

form=absolute

-	Allocates b.bin from 0x200 as the D1bin section.

-	Allocates c.bin after D1bin as the D2bin section (with boundary alignment = 4).

-	Links c.bin data as the defined symbol _datab.

[Remarks]

-	When form={object \| library} or strip is specified, this option is unavailable.

-	If no input object file is specified, this option cannot be specified.