The types and explanations for options of the compile phase are shown below.
Specifies the language to assume in compiling the source file. |
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Specifies the names of files to be included at the head of each compiling unit. |
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Specifies the numbers of information-level messages to be disabled. |
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Disables the output of warnings and information-level messages. |
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Specifies the names of folders that hold files for inter-file inline expansion. |
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Selects files that will not be checked against the MISRAC: 2004 rules or MISRA-C: 2012 rules. |
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Enables complete checking against the MISRA-C: 2004 rules or MISRA-C: 2012 rules for parts of the code where this would otherwise be suppressed due to use of an extended specification. |
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Variables are allocated to sections that match their alignment values. |
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Alignment values of variables are ignored in allocating the variables to sections. |
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Instructions at branch destinations are aligned with 4-byte boundaries. |
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Instructions at branch destinations are aligned with 8-byte boundaries. |
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Instructions at branch destinations have no specific alignment. |
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Generates code in which no DIV, DIVU, or FDIV instructions are used for division and modular division. |
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-stack_protector/-stack_protector_all [Professional Edition only] [V2.04.00 or later] |
This option generates a code for detection of stack smashing. |
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Prevents the reading of data across 4-byte boundaries in prefetching for string manipulation instructions. |
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-control_flow_integrity [Professional Edition only] [V2.08.00 or later] |
This option generates code for the detection of illegal indirect function calls. |
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Outputs additional information for inter-module optimization. |
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External variables are handled as if they are all volatile qualified. |
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External variables are handled as if none of them have been declared volatile. |
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Enables constant propagation of const qualified external variables. |
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Disables constant propagation of const qualified external variables. |
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Divisions and remainders of integer constants are converted into instruction sequences. |
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Divisions and remainders of integer constants are not converted into instruction sequences. |
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Selects division of the ranges for optimization into multiple sections before compilation. |
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Selects non-division of the ranges for optimization into multiple sections before compilation. |
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Pipeline processing is considered in scheduling instructions. |
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Access to external variables is optimized as defined in the file to be compiled. |
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Division of floating-point constants is converted into multiplication. |
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Variables with the register storage class specification are given preference for allocation to registers. |
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Part of the type conversion processing between the floating-point type and the integer type is omitted. |
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Optimization is performed in consideration of the types of data indicated by pointers. |
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The orders of operations in floating-point expressions are modified for optimization. |
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The results of compiling multiple source files are output to a single object file. |
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Makes the compiler perform optimization on the assumption that all source files have been input. |
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Selects the rounding method for floating-point constant operations. |
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Selects the operation when denormalized numbers are used to describe floating-point constants. |
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Replaces the int type with the short type and the unsigned int type with the unsigned short type. |
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Selects whether or not the sizes for enumerated types are automatically selected. |
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Specifies one as the boundary alignment value for structure members and class members. |
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Aligns structure members and class members to the alignment boundaries for the given data types. |
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Selects enabling or disabling of C++ runtime type information (dynamic_cast or typeid). |
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Selects a general register for exclusive use with the fast interrupt function. |
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Selects avoidance or non-avoidance of a problem specific to the CPU type. |
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The contents of ACC are saved and restored in interrupt functions. |
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The character codes of input programs are interpreted as EUC codes. |
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The character codes of input programs are interpreted as SJIS codes. |
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The character codes of input programs are interpreted as ISO-Latin1 codes. |
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The character codes of input programs are interpreted as UTF-8 codes. |
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The character codes of input programs are interpreted as BIG5 codes. |
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The character codes of input programs are interpreted as GB2312 codes. |
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Selects the character coding for an output assembly-language file. |
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