/*
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/*
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Or1K instruction set-specific decoding and analysis functions.
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Or1K instruction set-specific decoding and analysis functions.
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Julius Baxter, julius.baxter@orsoc.se
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Julius Baxter, julius.baxter@orsoc.se
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*/
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*/
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// Enable debug printf'ing straight to stdout -- will be a LOT of output
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// Enable debug printf'ing straight to stdout -- will be a LOT of output
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#define DEBUG_PRINT 0
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#define DEBUG_PRINT 0
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// Choose the output format, uncomment only one
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// Choose the output format, uncomment only one
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#define DISPLAY_STRING
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//#define DISPLAY_STRING
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//#define DISPLAY_CSV
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#define DISPLAY_CSV
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// Struct for information about the register to be confugred
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// Struct for information about the register to be confugred
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// Set to 1 to enable
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// Set to 1 to enable
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struct or1k_32_instruction_properties
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struct or1k_32_instruction_properties
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{
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{
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int has_jumptarg;
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int has_jumptarg;
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int has_branchtarg;
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int has_branchtarg;
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int has_imm;
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int has_imm;
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int has_split_imm;
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int has_split_imm;
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int has_rD;
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int has_rD;
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int has_rA;
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int has_rA;
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int has_rB;
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int has_rB;
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char *insn_string;
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char *insn_string;
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int insn_index;
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int insn_index;
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};
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};
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// Structs for internal statistics keeping
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// Structs for internal statistics keeping
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struct or1k_value_list
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struct or1k_value_list
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{
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{
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#define OR1K_VALUE_MAX_ENTRIES 64
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#define OR1K_VALUE_MAX_ENTRIES 64
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int count;
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int count;
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// [value][occurances_of_value]
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// [value][occurances_of_value]
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int32_t values[OR1K_VALUE_MAX_ENTRIES][2];
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int32_t values[OR1K_VALUE_MAX_ENTRIES][2];
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};
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};
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struct or1k_insn_info
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struct or1k_insn_info
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{
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{
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char* insn_string;
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char* insn_string;
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int count;
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int count;
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int has_branchtarg;
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int has_branchtarg;
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struct or1k_value_list branch_info;
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struct or1k_value_list branch_info;
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int has_imm;
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int has_imm;
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struct or1k_value_list imm_info;
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struct or1k_value_list imm_info;
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int has_rD;
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int has_rD;
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int rD_use_freq[32];
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int rD_use_freq[32];
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int has_rA;
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int has_rA;
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int rA_use_freq[32];
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int rA_use_freq[32];
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int has_rB;
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int has_rB;
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int rB_use_freq[32];
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int rB_use_freq[32];
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// Set maximum instructions in a row we'll keep track of, starting at pairs
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// Set maximum instructions in a row we'll keep track of, starting at pairs
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#define OR1K_MAX_GROUPINGS_ANALYSIS 4
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#define OR1K_MAX_GROUPINGS_ANALYSIS 4
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#define OR1K_MAX_ENTRIES_PER_GROUP 500
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#define OR1K_MAX_ENTRIES_PER_GROUP 500
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// Format of grouping data:
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// Format of grouping data:
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//
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//
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// 1st dimension: A list for each n-tuple group we're keeping track of
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// 1st dimension: A list for each n-tuple group we're keeping track of
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// (starting at pairs of instructions)
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// (starting at pairs of instructions)
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//
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//
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// 2nd dimension: Stores the list entries for the 1st dimension-tuple
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// 2nd dimension: Stores the list entries for the 1st dimension-tuple
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// grouping. The number in [x][0][0] is the number of entries in the list so
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// grouping. The number in [x][0][0] is the number of entries in the list so
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// far, beginning at 0. The actual entries with data for grouping x start at
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// far, beginning at 0. The actual entries with data for grouping x start at
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// [x][1][], where that entry holds the 1st x+2-tuple grouping information
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// [x][1][], where that entry holds the 1st x+2-tuple grouping information
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// (eg. at x=0, [0][1][] is the first entry for/ pair instruction
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// (eg. at x=0, [0][1][] is the first entry for/ pair instruction
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// information, x=1, is for triples, x=2 quadruples, etc)
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// information, x=1, is for triples, x=2 quadruples, etc)
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//
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//
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// 3rd dimension: Store up to x+2 instruction indexes (where x is the first
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// 3rd dimension: Store up to x+2 instruction indexes (where x is the first
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// dimension index, meaning this particular data is for a (x+2)-tuple set)
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// dimension index, meaning this particular data is for a (x+2)-tuple set)
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// and then a frequency count for this set (in index (x+2) of the third
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// and then a frequency count for this set (in index (x+2) of the third
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// dimension array). Note we will have the index for the instruction this
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// dimension array). Note we will have the index for the instruction this
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// struct corresponds to in [x][n][(x+2)-1], which seems redundant, but can
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// struct corresponds to in [x][n][(x+2)-1], which seems redundant, but can
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// help processing later on. The final entry after the instruction indexes
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// help processing later on. The final entry after the instruction indexes
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// is the occurance count for this particular set (at [x][n][x+2])
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// is the occurance count for this particular set (at [x][n][x+2])
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//
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//
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// Note that we will have empty entries in the third dimension arrays for all
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// Note that we will have empty entries in the third dimension arrays for all
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// but the last in the list of n-tuples. This is to save doing tricky naming
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// but the last in the list of n-tuples. This is to save doing tricky naming
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// defines and, in the future, if we would like to analyse sets that are
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// defines and, in the future, if we would like to analyse sets that are
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// bigger or smaller, hopefully all we need to do is change a single define.
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// bigger or smaller, hopefully all we need to do is change a single define.
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//
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//
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int groupings[OR1K_MAX_GROUPINGS_ANALYSIS][OR1K_MAX_ENTRIES_PER_GROUP+1][OR1K_MAX_GROUPINGS_ANALYSIS+1];
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int groupings[OR1K_MAX_GROUPINGS_ANALYSIS][OR1K_MAX_ENTRIES_PER_GROUP+1][OR1K_MAX_GROUPINGS_ANALYSIS+1];
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};
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};
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// This number should correspond to the maximum insn_index we assign in the
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// This number should correspond to the maximum insn_index we assign in the
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// analyse function
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// analyse function
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#define OR1K_32_MAX_INSNS 118
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#define OR1K_32_MAX_INSNS 118
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extern struct or1k_insn_info * or1k_32_insns[OR1K_32_MAX_INSNS];
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extern struct or1k_insn_info * or1k_32_insns[OR1K_32_MAX_INSNS];
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// OpenRISC 1000 32-bit instruction defines, helping us
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// OpenRISC 1000 32-bit instruction defines, helping us
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// extract fields of the instructions
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// extract fields of the instructions
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// Instruction decode/set its options
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// Instruction decode/set its options
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int or1k_32_analyse_insn(uint32_t insn,
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int or1k_32_analyse_insn(uint32_t insn,
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struct or1k_32_instruction_properties *insn_props);
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struct or1k_32_instruction_properties *insn_props);
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// Stat collection entry-oint
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// Stat collection entry-oint
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void or1k_32_collect_stats(uint32_t insn,
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void or1k_32_collect_stats(uint32_t insn,
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struct or1k_32_instruction_properties * insn_props);
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struct or1k_32_instruction_properties * insn_props);
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// List management/analysis functions
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// List management/analysis functions
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// Reset lists
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// Reset lists
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void or1k_32_insn_lists_init(void);
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void or1k_32_insn_lists_init(void);
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// Add the stats for this one
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// Add the stats for this one
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void or1k_32_insn_lists_add(uint32_t insn,
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void or1k_32_insn_lists_add(uint32_t insn,
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struct or1k_32_instruction_properties *insn_props);
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struct or1k_32_instruction_properties *insn_props);
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// Record the occurance of a group of instructions
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// Record the occurance of a group of instructions
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void or1k_32_ntuple_add(int n,
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void or1k_32_ntuple_add(int n,
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struct or1k_32_instruction_properties *insn_props);
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struct or1k_32_instruction_properties *insn_props);
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// Print out some useful information
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// Print out some useful information
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void or1k_32_generate_stats(FILE * stream);
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void or1k_32_generate_stats(FILE * stream);
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// Free lists
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// Free lists
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void or1k_32_insn_lists_free(void);
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void or1k_32_insn_lists_free(void);
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#define JUMPTARG_MASK 0x3ffffff
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#define JUMPTARG_MASK 0x3ffffff
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#define insn_or1k_opcode(x) (x>>26 & 0x3f)
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#define insn_or1k_opcode(x) (x>>26 & 0x3f)
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#define insn_or1k_32_rD(x) (((x>>21)&0x1f))
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#define insn_or1k_32_rD(x) (((x>>21)&0x1f))
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#define insn_or1k_32_rA(x) (((x>>16)&0x1f))
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#define insn_or1k_32_rA(x) (((x>>16)&0x1f))
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#define insn_or1k_32_rB(x) (((x>>11)&0x1f))
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#define insn_or1k_32_rB(x) (((x>>11)&0x1f))
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#define insn_or1k_32_imm(x) (x&0xffff)
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#define insn_or1k_32_imm(x) (x&0xffff)
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#define insn_or1k_32_split_imm(x) ((((x>>21)&0x1f)<<11)|(x&0x7ff))
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#define insn_or1k_32_split_imm(x) ((((x>>21)&0x1f)<<11)|(x&0x7ff))
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#define insn_or1k_opcode_0x00_get_jumptarg(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x00_get_jumptarg(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x01_get_jumptarg(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x01_get_jumptarg(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x03_get_branchoff(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x03_get_branchoff(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x04_get_branchoff(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x04_get_branchoff(x) (x&JUMPTARG_MASK)
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#define insn_or1k_opcode_0x05_get_noop_id(x) ((x>>24) & 0x3)
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#define insn_or1k_opcode_0x05_get_noop_id(x) ((x>>24) & 0x3)
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#define insn_or1k_opcode_0x05_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x05_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x06_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x06_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x06_get_id(x) ((x>>16) & 0x1)
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#define insn_or1k_opcode_0x06_get_id(x) ((x>>16) & 0x1)
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#define insn_or1k_opcode_0x06_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x06_get_imm(x) insn_or1k_32_imm(x)
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/* N/A: opcode 0x7 */
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/* N/A: opcode 0x7 */
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#define insn_or1k_opcode_0x08_get_id(x) ((x>>23)&0x7)
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#define insn_or1k_opcode_0x08_get_id(x) ((x>>23)&0x7)
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#define insn_or1k_opcode_0x08_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x08_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x0a_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x0a_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x0a_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x0a_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x0a_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x0a_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x0a_get_op_hi(x) ((x>>4)&0xf)
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#define insn_or1k_opcode_0x0a_get_op_hi(x) ((x>>4)&0xf)
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#define insn_or1k_opcode_0x0a_get_op_lo(x) (x&0xf)
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#define insn_or1k_opcode_0x0a_get_op_lo(x) (x&0xf)
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/* N/A: opcodes 0xb,c,d,e,f,10 */
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/* N/A: opcodes 0xb,c,d,e,f,10 */
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#define insn_or1k_opcode_0x11_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x11_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x12_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x12_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x13_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x13_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x13_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x13_get_imm(x) insn_or1k_32_split_imm(x)
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/* N/A: opcodes 0x14,15, 16, 17, 18, 19, 1a, 1b */
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/* N/A: opcodes 0x14,15, 16, 17, 18, 19, 1a, 1b */
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#define insn_or1k_opcode_0x20_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x20_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x20_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x20_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x20_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x20_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x21_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x21_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x21_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x21_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x21_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x21_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x22_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x22_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x22_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x22_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x22_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x22_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x23_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x23_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x23_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x23_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x23_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x23_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x24_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x24_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x24_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x24_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x24_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x24_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x25_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x25_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x25_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x25_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x25_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x25_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x26_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x26_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x26_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x26_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x26_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x26_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x27_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x27_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x27_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x27_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x27_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x27_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x28_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x28_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x28_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x28_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x28_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x28_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x29_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x29_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x29_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x29_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x29_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x29_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2a_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2a_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2a_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2a_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2a_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2a_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2b_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2b_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2b_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2b_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2b_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2b_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2c_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2c_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2c_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2c_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2c_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2c_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2d_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2d_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2d_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2d_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2d_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2d_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2e_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2e_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2e_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2e_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2e_get_op(x) ((x>>6)&0x3)
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#define insn_or1k_opcode_0x2e_get_op(x) ((x>>6)&0x3)
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#define insn_or1k_opcode_0x2e_get_imm(x) ((x&3f))
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#define insn_or1k_opcode_0x2e_get_imm(x) ((x&3f))
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#define insn_or1k_opcode_0x2f_get_op(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2f_get_op(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x2f_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2f_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x2f_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x2f_get_imm(x) insn_or1k_32_imm(x)
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#define insn_or1k_opcode_0x30_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x30_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x30_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x30_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x30_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x30_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x31_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x31_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x31_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x31_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x31_get_op(x) (x&0xf)
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#define insn_or1k_opcode_0x31_get_op(x) (x&0xf)
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#define insn_or1k_opcode_0x32_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x32_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x32_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x32_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x32_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x32_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x32_get_op_hi(x) ((x>>4)&0xf)
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#define insn_or1k_opcode_0x32_get_op_hi(x) ((x>>4)&0xf)
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#define insn_or1k_opcode_0x32_get_op_lo(x) ((x&0xf))
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#define insn_or1k_opcode_0x32_get_op_lo(x) ((x&0xf))
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/* N/A: opcodes 0x33 */
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/* N/A: opcodes 0x33 */
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#define insn_or1k_opcode_0x34_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x34_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x34_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x34_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x34_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x34_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x35_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x35_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x35_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x35_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x35_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x35_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x36_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x36_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x36_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x36_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x36_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x36_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x37_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x37_get_rD(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x37_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x37_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x37_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x37_get_imm(x) insn_or1k_32_split_imm(x)
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#define insn_or1k_opcode_0x38_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x38_get_rD(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x38_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x38_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x38_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x38_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x38_get_op_hi_2bit(x) ((x>>8)&0x3)
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#define insn_or1k_opcode_0x38_get_op_hi_2bit(x) ((x>>8)&0x3)
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#define insn_or1k_opcode_0x38_get_op_hi_4bit(x) ((x>>6)&0xf)
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#define insn_or1k_opcode_0x38_get_op_hi_4bit(x) ((x>>6)&0xf)
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#define insn_or1k_opcode_0x38_get_op_lo(x) ((x&0xf))
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#define insn_or1k_opcode_0x38_get_op_lo(x) ((x&0xf))
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#define insn_or1k_opcode_0x39_get_op(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x39_get_op(x) insn_or1k_32_rD(x)
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#define insn_or1k_opcode_0x39_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x39_get_rA(x) insn_or1k_32_rA(x)
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#define insn_or1k_opcode_0x39_get_rB(x) insn_or1k_32_rB(x)
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#define insn_or1k_opcode_0x39_get_rB(x) insn_or1k_32_rB(x)
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/* N/A: opcodes 0x3a,3b */
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/* N/A: opcodes 0x3a,3b */
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