include $(top_srcdir)/tools/d2c/d2c.mk D2C_BIN = $(top_srcdir)/tools/d2c/d2c GEN_BIN = $(top_srcdir)/tools/d2c/d2c_genmakefile.sh D2C_TYPE = format D2C_OUTDIR = $(PWD)/.. D2C_ARCH = dalvik D2C_HEADER = _ARCH_DALVIK D2C_PREFIX = DALVIK_OPT_ D2C_ENCODINGS = \ -e none D2C_MACROS = \ -M SetInsFlag=g_arch_instruction_set_flag FIXED_C_INCLUDES = \ \n\#include \ \ \n \ \n\#include \ \n\#include \ \n\#include \ \n \ \n\#include \"..\/fetch.h\" \ \n\#include \"..\/helpers.h\" \ \n\#include \"..\/instruction.h\" \ \n\#include \"..\/link.h\" \ \n\#include \"..\/post.h\" \ \n\#include \"..\/processor.h\" \ \n\n FIXED_H_INCLUDES = \ \#include \ \n \ \n\#include \ \n\#include \ \n\#include \ \n \ \n\#include "../processor.h" # for (( i = 0; i < 256; i++)); do def=$(ls `printf "*_%02x.d" $i` 2> /dev/null); test -z "$def" || echo -e "\t$def\t\t\t\t\t\t\t\\" ; done DALVIK_DEFS = \ nop_00.d \ move_01.d \ move_02.d \ move_03.d \ move_04.d \ move_05.d \ move_06.d \ move_07.d \ move_08.d \ move_09.d \ move_0a.d \ move_0b.d \ move_0c.d \ move_0d.d \ return_0e.d \ return_0f.d \ return_10.d \ return_11.d \ const_12.d \ const_13.d \ const_14.d \ const_15.d \ const_16.d \ const_17.d \ const_18.d \ const_19.d \ const_1a.d \ const_1b.d \ const_1c.d \ monitor_1d.d \ monitor_1e.d \ check_1f.d \ instanceof_20.d \ array_21.d \ new_22.d \ new_23.d \ array_24.d \ filled_25.d \ array_26.d \ throw_27.d \ goto_28.d \ goto_29.d \ goto_2a.d \ switch_2b.d \ switch_2c.d \ cmpl_2d.d \ cmpg_2e.d \ cmpl_2f.d \ cmpg_30.d \ cmp_31.d \ if_32.d \ if_33.d \ if_34.d \ if_35.d \ if_36.d \ if_37.d \ if_38.d \ if_39.d \ if_3a.d \ if_3b.d \ if_3c.d \ if_3d.d \ aget_44.d \ aget_45.d \ aget_46.d \ aget_47.d \ aget_48.d \ aget_49.d \ aget_4a.d \ aput_4b.d \ aput_4c.d \ aput_4d.d \ aput_4e.d \ aput_4f.d \ aput_50.d \ aput_51.d \ iget_52.d \ iget_53.d \ iget_54.d \ iget_55.d \ iget_56.d \ iget_57.d \ iget_58.d \ iput_59.d \ iput_5a.d \ iput_5b.d \ iput_5c.d \ iput_5d.d \ iput_5e.d \ iput_5f.d \ sget_60.d \ sget_61.d \ sget_62.d \ sget_63.d \ sget_64.d \ sget_65.d \ sget_66.d \ sput_67.d \ sput_68.d \ sput_69.d \ sput_6a.d \ sput_6b.d \ sput_6c.d \ sput_6d.d \ invoke_6e.d \ invoke_6f.d \ invoke_70.d \ invoke_71.d \ invoke_72.d \ invoke_74.d \ invoke_75.d \ invoke_76.d \ invoke_77.d \ invoke_78.d \ neg_7b.d \ not_7c.d \ neg_7d.d \ not_7e.d \ neg_7f.d \ neg_80.d \ to_81.d \ to_82.d \ to_83.d \ to_84.d \ to_85.d \ to_86.d \ to_87.d \ to_88.d \ to_89.d \ to_8a.d \ to_8b.d \ to_8c.d \ to_8d.d \ to_8e.d \ to_8f.d \ add_90.d \ sub_91.d \ mul_92.d \ div_93.d \ rem_94.d \ and_95.d \ or_96.d \ xor_97.d \ shl_98.d \ shr_99.d \ ushr_9a.d \ add_9b.d \ sub_9c.d \ mul_9d.d \ div_9e.d \ rem_9f.d \ and_a0.d \ or_a1.d \ xor_a2.d \ shl_a3.d \ shr_a4.d \ ushr_a5.d \ add_a6.d \ sub_a7.d \ mul_a8.d \ div_a9.d \ rem_aa.d \ add_ab.d \ sub_ac.d \ mul_ad.d \ div_ae.d \ rem_af.d \ add_b0.d \ sub_b1.d \ mul_b2.d \ div_b3.d \ rem_b4.d \ and_b5.d \ or_b6.d \ xor_b7.d \ shl_b8.d \ shr_b9.d \ ushr_ba.d \ add_bb.d \ sub_bc.d \ mul_bd.d \ div_be.d \ rem_bf.d \ and_c0.d \ or_c1.d \ xor_c2.d \ shl_c3.d \ shr_c4.d \ ushr_c5.d \ add_c6.d \ sub_c7.d \ mul_c8.d \ div_c9.d \ rem_ca.d \ add_cb.d \ sub_cc.d \ mul_cd.d \ div_ce.d \ rem_cf.d \ add_d0.d \ rsub_d1.d \ mul_d2.d \ div_d3.d \ rem_d4.d \ and_d5.d \ or_d6.d \ xor_d7.d \ add_d8.d \ rsub_d9.d \ mul_da.d \ div_db.d \ rem_dc.d \ and_dd.d \ or_de.d \ xor_df.d \ shl_e0.d \ shr_e1.d \ ushr_e2.d # make dist procède répertoire par répertoire. Or le répertoire opcodes utilise # le contenu du répertoire opdefs. Il faut donc générer les fichiers nécessaires # au répertoire opcodes. Et comme on ne peut pas compléter la règle dist, on # ajoute à la distribution les cibles marquant la génération. (1/2) EXTRA_DIST = $(DALVIK_DEFS) $(DALVIK_DEFS:.d=.g) # Après coup, on supprime les fichiers inutiles de la distribution/ (2/2) dist-hook: cd $(distdir) && rm $(DALVIK_DEFS:.d=.g) all: $(DALVIK_DEFS:.d=.g) fmk.done d2c_final_rules fmk.done: $(DALVIK_DEFS) $(GEN_BIN) ../opcodes/ ../opdefs/.gen $(top_srcdir)/tools/d2c/globalgen.mk - touch $@ clean: rm -rf $(DALVIK_DEFS:.d=.g) .gen fmk.done