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<B> Next:</B> <A NAME="tex2html558"
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HREF="node22.html">3.3 MCS51/DS390 Storage Class</A>
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HREF="node19.html">3. Using SDCC</A>
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HREF="node20.html">3.1 Compiling</A>
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<!--Table of Child-Links-->
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<A NAME="CHILD_LINKS"><STRONG>Subsections</STRONG></A>
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<UL>
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<LI><A NAME="tex2html559"
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HREF="node21.html#SECTION00042100000000000000">3.2.1 Processor Selection Options</A>
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<LI><A NAME="tex2html560"
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HREF="node21.html#SECTION00042200000000000000">3.2.2 Preprocessor Options</A>
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<LI><A NAME="tex2html561"
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HREF="node21.html#SECTION00042300000000000000">3.2.3 Linker Options</A>
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<LI><A NAME="tex2html562"
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HREF="node21.html#SECTION00042400000000000000">3.2.4 MCS51 Options</A>
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<LI><A NAME="tex2html563"
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HREF="node21.html#SECTION00042500000000000000">3.2.5 DS390 Options</A>
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<LI><A NAME="tex2html564"
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HREF="node21.html#SECTION00042600000000000000">3.2.6 Optimization Options</A>
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<LI><A NAME="tex2html565"
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HREF="node21.html#SECTION00042700000000000000">3.2.7 Other Options</A>
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<LI><A NAME="tex2html566"
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HREF="node21.html#SECTION00042800000000000000">3.2.8 Intermediate Dump Options</A>
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</UL>
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<!--End of Table of Child-Links-->
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<HR>
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<H2><A NAME="SECTION00042000000000000000">
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3.2 Command Line Options</A>
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</H2>
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<P>
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<H3><A NAME="SECTION00042100000000000000">
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3.2.1 Processor Selection Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-mmcs51</B>]Generate code for the MCS51 (8051) family of processors.
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This is the default processor target.</LI>
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<LI>[<B>-mds390</B>]Generate code for the DS80C390 processor.</LI>
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<LI>[<B>-mz80</B>]Generate code for the Z80 family of processors.</LI>
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<LI>[<B>-mgbz80</B>]Generate code for the GameBoy Z80 processor.</LI>
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<LI>[<B>-mavr</B>]Generate code for the Atmel AVR processor(In development,
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not complete).</LI>
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<LI>[<B>-mpic14</B>]Generate code for the PIC 14-bit processors(In development,
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not complete).</LI>
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<LI>[<B>-mtlcs900h</B>]Generate code for the Toshiba TLCS-900H processor(In
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development, not complete).</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042200000000000000">
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3.2.2 Preprocessor Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-I<path></B>]The additional location where the pre processor
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will look for <..h> or ``..h'' files.</LI>
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<LI>[<B>-D<macro[=value]></B>]Command line definition of macros.
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Passed to the pre processor.</LI>
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<LI>[<B>-M</B>]Tell the preprocessor to output a rule suitable for make
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describing the dependencies of each object file. For each source file,
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the preprocessor outputs one make-rule whose target is the object
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file name for that source file and whose dependencies are all the
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files `#include'd in it. This rule may be a single line or may be
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continued with `\'-newline if it is long. The list
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of rules is printed on standard output instead of the preprocessed
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C program. `-M' implies `-E'.</LI>
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<LI>[<B>-C</B>]Tell the preprocessor not to discard comments. Used with
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the `-E' option.</LI>
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<LI>[<B>-MM</B>]Like `-M' but the output mentions only the user header
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files included with `#include ``file"'. System header
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files included with `#include <file>' are omitted.</LI>
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<LI>[<B>-Aquestion(answer)</B>]Assert the answer answer for question,
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in case it is tested with a preprocessor conditional such as `#if
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#question(answer)'. `-A-' disables the standard assertions that normally
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describe the target machine.</LI>
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<LI>[<B>-Aquestion</B>](answer) Assert the answer answer for question,
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in case it is tested with a preprocessor conditional such as `#if
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#question(answer)'. `-A-' disables the standard assertions that normally
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describe the target machine.</LI>
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<LI>[<B>-Umacro</B>]Undefine macro macro. `-U' options are evaluated
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after all `-D' options, but before any `-include' and `-imacros' options.</LI>
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<LI>[<B>-dM</B>]Tell the preprocessor to output only a list of the macro
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definitions that are in effect at the end of preprocessing. Used with
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the `-E' option.</LI>
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<LI>[<B>-dD</B>]Tell the preprocessor to pass all macro definitions
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into the output, in their proper sequence in the rest of the output.</LI>
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<LI>[<B>-dN</B>]Like `-dD' except that the macro arguments and contents
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are omitted. Only `#define name' is included in the output.</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042300000000000000">
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3.2.3 Linker Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-L -lib-path</B>]<absolute path to additional libraries> This
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option is passed to the linkage editor's additional libraries search
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path. The path name must be absolute. Additional library files may
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be specified in the command line. See section Compiling programs for
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more details.</LI>
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<LI>[<B>-xram-loc</B><Value>]The start location of the external ram,
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default value is 0. The value entered can be in Hexadecimal or Decimal
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format, e.g.: -xram-loc 0x8000 or -xram-loc 32768.</LI>
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<LI>[<B>-code-loc</B><Value>]The start location of the code segment,
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default value 0. Note when this option is used the interrupt vector
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table is also relocated to the given address. The value entered can
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be in Hexadecimal or Decimal format, e.g.: -code-loc 0x8000 or -code-loc
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32768.</LI>
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<LI>[<B>-stack-loc</B><Value>]The initial value of the stack pointer.
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The default value of the stack pointer is 0x07 if only register bank
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0 is used, if other register banks are used then the stack pointer
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is initialized to the location above the highest register bank used.
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eg. if register banks 1 & 2 are used the stack pointer will default
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to location 0x18. The value entered can be in Hexadecimal or Decimal
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format, eg. -stack-loc 0x20 or -stack-loc 32. If all four register
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banks are used the stack will be placed after the data segment (equivalent
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to -stack-after-data)</LI>
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<LI>[<B>-stack-after-data</B>]This option will cause the stack to be
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located in the internal ram after the data segment.</LI>
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<LI>[<B>-data-loc</B><Value>]The start location of the internal ram
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data segment, the default value is 0x30.The value entered can be in
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Hexadecimal or Decimal format, eg. -data-loc 0x20 or -data-loc 32.</LI>
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<LI>[<B>-idata-loc</B><Value>]The start location of the indirectly
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addressable internal ram, default value is 0x80. The value entered
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can be in Hexadecimal or Decimal format, eg. -idata-loc 0x88 or -idata-loc
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136.</LI>
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<LI>[<B>-out-fmt-ihx</B>]The linker output (final object code) is in
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Intel Hex format. (This is the default option).</LI>
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<LI>[<B>-out-fmt-s19</B>]The linker output (final object code) is in
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Motorola S19 format.</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042400000000000000">
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3.2.4 MCS51 Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-model-large</B>]Generate code for Large model programs see
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section Memory Models for more details. If this option is used all
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source files in the project should be compiled with this option. In
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addition the standard library routines are compiled with small model,
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they will need to be recompiled.</LI>
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<LI>[<B>-model-small</B>]Generate code for Small Model programs see
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section Memory Models for more details. This is the default model.</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042500000000000000">
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3.2.5 DS390 Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-model-flat24</B>]Generate 24-bit flat mode code. This is the
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one and only that the ds390 code generator supports right now and
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is default when using <I>-mds390</I>. See section Memory Models for
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more details.</LI>
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<LI>[<B>-stack-10bit</B>]Generate code for the 10 bit stack mode of
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the Dallas DS80C390 part. This is the one and only that the ds390
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code generator supports right now and is default when using <I>-mds390</I>.
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In this mode, the stack is located in the lower 1K of the internal
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RAM, which is mapped to 0x400000. Note that the support is incomplete,
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since it still uses a single byte as the stack pointer. This means
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that only the lower 256 bytes of the potential 1K stack space will
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actually be used. However, this does allow you to reclaim the precious
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256 bytes of low RAM for use for the DATA and IDATA segments. The
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compiler will not generate any code to put the processor into 10 bit
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stack mode. It is important to ensure that the processor is in this
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mode before calling any re-entrant functions compiled with this option.
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In principle, this should work with the <I>-stack-auto</I> option,
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but that has not been tested. It is incompatible with the <I>-xstack</I>
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option. It also only makes sense if the processor is in 24 bit contiguous
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addressing mode (see the <I>-model-flat24 option</I>).</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042600000000000000">
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3.2.6 Optimization Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-nogcse</B>]Will not do global subexpression elimination, this
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option may be used when the compiler creates undesirably large stack/data
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spaces to store compiler temporaries. A warning message will be generated
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when this happens and the compiler will indicate the number of extra
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bytes it allocated. It recommended that this option NOT be used, #pragma NOGCSE
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can be used to turn off global subexpression elimination for a given
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function only.</LI>
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<LI>[<B>-noinvariant</B>]Will not do loop invariant optimizations,
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this may be turned off for reasons explained for the previous option.
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For more details of loop optimizations performed see section Loop
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Invariants.It recommended that this option NOT be used, #pragma NOINVARIANT
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can be used to turn off invariant optimizations for a given function
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only.</LI>
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<LI>[<B>-noinduction</B>]Will not do loop induction optimizations,
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see section strength reduction for more details.It is recommended
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that this option is NOT used, #pragma NOINDUCTION can be used to
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turn off induction optimizations for a given function only.</LI>
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<LI>[<B>-nojtbound</B>] Will not generate boundary condition check
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when switch statements are implemented using jump-tables. See section
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Switch Statements for more details. It is recommended that this option
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is NOT used, #pragma NOJTBOUND can be used to turn off boundary
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checking for jump tables for a given function only.</LI>
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<LI>[<B>-noloopreverse</B>]Will not do loop reversal optimization.</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042700000000000000">
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3.2.7 Other Options</A>
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</H3>
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<P>
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<UL>
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<LI>[<B>-c -compile-only</B>]will compile and assemble the source,
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but will not call the linkage editor.</LI>
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<LI>[<B>-E</B>]Run only the C preprocessor. Preprocess all the C source
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files specified and output the results to standard output.</LI>
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<LI>[<B>-stack-auto</B>]All functions in the source file will be compiled
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as <I>reentrant</I>, i.e. the parameters and local variables will
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be allocated on the stack. see section Parameters and Local Variables
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for more details. If this option is used all source files in the project
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should be compiled with this option. </LI>
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<LI>[<B>-xstack</B>]Uses a pseudo stack in the first 256 bytes in the
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external ram for allocating variables and passing parameters. See
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section on external stack for more details.</LI>
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<LI>[<B>-callee-saves</B>]<B>function1[,function2][,function3]....</B>
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The compiler by default uses a caller saves convention for register
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saving across function calls, however this can cause unneccessary
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register pushing & popping when calling small functions from larger
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functions. This option can be used to switch the register saving convention
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for the function names specified. The compiler will not save registers
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when calling these functions, no extra code will be generated at the
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entry & exit for these functions to save & restore the registers
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used by these functions, this can SUBSTANTIALLY reduce code & improve
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run time performance of the generated code. In the future the compiler
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(with interprocedural analysis) will be able to determine the appropriate
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scheme to use for each function call. DO NOT use this option for built-in
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functions such as _muluint..., if this option is used for a library
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function the appropriate library function needs to be recompiled with
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the same option. If the project consists of multiple source files
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then all the source file should be compiled with the same -callee-saves
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option string. Also see #pragma CALLEE-SAVES.</LI>
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<LI>[<B>-debug</B>]When this option is used the compiler will generate
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debug information, that can be used with the SDCDB. The debug information
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is collected in a file with .cdb extension. For more information see
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documentation for SDCDB.</LI>
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<LI>[<B><I>-regextend</I></B>] <I>This option is obsolete and isn't
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supported anymore.</I></LI>
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<LI>[<B><I>-noregparms</I></B>]<I>This option is obsolete and isn't
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supported anymore.</I></LI>
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<LI>[<B>-peep-file</B><filename>]This option can be used to use additional
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rules to be used by the peep hole optimizer. See section Peep Hole
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optimizations for details on how to write these rules.</LI>
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<LI>[<B>-S</B>]Stop after the stage of compilation proper; do not assemble.
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The output is an assembler code file for the input file specified.</LI>
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<LI>[<B>-Wa_asmOption[,asmOption]</B>...]Pass the asmOption to
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the assembler.</LI>
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<LI>[<B>-Wl_linkOption[,linkOption]</B>...]Pass the linkOption
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to the linker.</LI>
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<LI>[<B>-int-long-reent</B>] Integer (16 bit) and long (32 bit) libraries
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have been compiled as reentrant. Note by default these libraries are
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compiled as non-reentrant. See section Installation for more details.</LI>
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<LI>[<B>-cyclomatic</B>]This option will cause the compiler to generate
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an information message for each function in the source file. The message
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contains some <I>important</I> information about the function. The
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number of edges and nodes the compiler detected in the control flow
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graph of the function, and most importantly the <I>cyclomatic complexity</I>
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see section on Cyclomatic Complexity for more details.</LI>
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<LI>[<B>-float-reent</B>] Floating point library is compiled as reentrant.See
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section Installation for more details.</LI>
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<LI>[<B>-nooverlay</B>] The compiler will not overlay parameters and
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local variables of any function, see section Parameters and local
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variables for more details.</LI>
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<LI>[<B>-main-return</B>]This option can be used when the code generated
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is called by a monitor program. The compiler will generate a 'ret'
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upon return from the 'main' function. The default option is to lock
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up i.e. generate a 'ljmp '.</LI>
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<LI>[<B>-no-peep</B>] Disable peep-hole optimization.</LI>
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<LI>[<B>-peep-asm</B>] Pass the inline assembler code through the peep
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hole optimizer. This can cause unexpected changes to inline assembler
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code, please go through the peephole optimizer rules defined in the
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source file tree '<target>/peeph.def' before using this option.</LI>
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<LI>[<B>-iram-size</B><Value>]Causes the linker to check if the interal
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ram usage is within limits of the given value.</LI>
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<LI>[<B>-nostdincl</B>]This will prevent the compiler from passing
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on the default include path to the preprocessor.</LI>
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<LI>[<B>-nostdlib</B>]This will prevent the compiler from passing on
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the default library path to the linker.</LI>
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<LI>[<B>-verbose</B>]Shows the various actions the compiler is performing.</LI>
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<LI>[<B>-V</B>]Shows the actual commands the compiler is executing.</LI>
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</UL>
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<P>
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<H3><A NAME="SECTION00042800000000000000">
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3.2.8 Intermediate Dump Options</A>
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</H3>
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<P>
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The following options are provided for the purpose of retargetting
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and debugging the compiler. These provided a means to dump the intermediate
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code (iCode) generated by the compiler in human readable form at various
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stages of the compilation process.
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<P>
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<UL>
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<LI>[<B>-dumpraw</B>]This option will cause the compiler to dump the
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intermediate code into a file of named <I><source filename>.dumpraw</I>
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just after the intermediate code has been generated for a function,
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i.e. before any optimizations are done. The basic blocks at this stage
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ordered in the depth first number, so they may not be in sequence
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of execution.</LI>
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<LI>[<B>-dumpgcse</B>]Will create a dump of iCode's, after global subexpression
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elimination, into a file named <I><source filename>.dumpgcse.</I></LI>
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<LI>[<B>-dumpdeadcode</B>]Will create a dump of iCode's, after deadcode
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elimination, into a file named <I><source filename>.dumpdeadcode.</I></LI>
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<LI>[<B>-dumploop</B>]Will create a dump of iCode's, after loop optimizations,
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into a file named <I><source filename>.dumploop.</I></LI>
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<LI>[<B>-dumprange</B>]Will create a dump of iCode's, after live range
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analysis, into a file named <I><source filename>.dumprange.</I></LI>
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<LI>[<B>-dumlrange</B>]Will dump the life ranges for all symbols.</LI>
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<LI>[<B>-dumpregassign</B>]Will create a dump of iCode's, after register
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assignment, into a file named <I><source filename>.dumprassgn.</I></LI>
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<LI>[<B>-dumplrange</B>]Will create a dump of the live ranges of iTemp's</LI>
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<LI>[<B>-dumpall</B>]Will cause all the above mentioned dumps to be
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created.</LI>
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</UL>
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<ADDRESS>
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<I>Johan Knol</I>
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<BR><I>2001-07-13</I>
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