--TEST--
015: Schedule for a larger loop (Figure 9 from "Global Code Motion Global Value Numbering" by Cliff Click)
--ARGS--
--dump-cfg --save --dump-after-schedule
--CODE--
{
	uintptr_t c_1 = 0;
	bool c_2 = 0;
	bool c_3 = 1;
	int32_t c_4 = 1;
	int32_t c_5 = 4;
	l_1 = START(l_52);
	int32_t d_2 = PARAM(l_1, "a", 0);
	int32_t d_3 = PARAM(l_1, "b", 1);
	int32_t d_4 = PARAM(l_1, "c", 2);
	int32_t d_5 = PARAM(l_1, "d", 3);
	int32_t d_6 = PARAM(l_1, "l", 4);
	int32_t d_7 = PARAM(l_1, "m", 5);
	int32_t d_8 = PARAM(l_1, "s", 6);
	int32_t d_9 = PARAM(l_1, "t", 7);
	int32_t d_10 = PARAM(l_1, "cond1", 8);
	int32_t d_11 = PARAM(l_1, "cond2", 9);
	l_12 = END(l_1);
	l_13 = LOOP_BEGIN(l_12, l_42);
	int32_t d_14 = PHI(l_13, d_2, d_32);
	int32_t d_15 = PHI(l_13, d_5, d_33);
	int32_t d_16 = PHI(l_13, d_7, d_35);
	int32_t d_17 = PHI(l_13, d_8, d_36);
	int32_t d_18 = PHI(l_13, d_9, d_37);
	l_19 = IF(l_13, d_10);
	l_20 = IF_TRUE(l_19);
	int32_t d_21 = MUL(d_4, d_3);
	int32_t d_22 = ADD(d_21, c_5);
	int32_t d_23 = COPY(d_4);
	l_24 = END(l_20);
	l_25 = IF_FALSE(l_19);
	int32_t d_26 = COPY(d_4);
	int32_t d_27 = MUL(d_26, d_3);
	int32_t d_28 = MUL(d_14, d_3);
	int32_t d_29 = ADD(d_28, c_4);
	l_30 = END(l_25);
	l_31 = MERGE(l_24, l_30);
	int32_t d_32 = PHI(l_31, d_23, d_14);
	int32_t d_33 = PHI(l_31, d_15, d_26);
	int32_t d_34 = PHI(l_31, d_21, d_27);
	int32_t d_35 = PHI(l_31, d_22, d_16);
	int32_t d_36 = PHI(l_31, d_17, d_28);
	int32_t d_37 = PHI(l_31, d_18, d_29);
	int32_t d_38 = MUL(d_32, d_3);
	int32_t d_39 = ADD(d_38, c_4);
	l_40 = IF(l_31, d_11);
	l_41 = IF_TRUE(l_40);
	l_42 = LOOP_END(l_41);
	l_43 = IF_FALSE(l_40);
	int32_t d_44 = ADD(d_32, d_3);
	int32_t d_45 = ADD(d_44, d_4);
	int32_t d_46 = ADD(d_45, d_33);
	int32_t d_47 = ADD(d_46, d_34);
	int32_t d_48 = ADD(d_47, d_35);
	int32_t d_49 = ADD(d_48, d_36);
	int32_t d_50 = ADD(d_49, d_37);
	int32_t d_51 = ADD(d_50, d_39);
	l_52 = RETURN(l_43, d_51);
}
--EXPECT--
{
	uintptr_t c_1 = 0;
	bool c_2 = 0;
	bool c_3 = 1;
	int32_t c_4 = 1;
	int32_t c_5 = 4;
	l_1 = START(l_48);
	int32_t d_2 = PARAM(l_1, "a", 0);
	int32_t d_3 = PARAM(l_1, "b", 1);
	int32_t d_4 = PARAM(l_1, "c", 2);
	int32_t d_5 = PARAM(l_1, "d", 3);
	int32_t d_6 = PARAM(l_1, "l", 4);
	int32_t d_7 = PARAM(l_1, "m", 5);
	int32_t d_8 = PARAM(l_1, "s", 6);
	int32_t d_9 = PARAM(l_1, "t", 7);
	int32_t d_10 = PARAM(l_1, "cond1", 8);
	int32_t d_11 = PARAM(l_1, "cond2", 9);
	int32_t d_12 = MUL(d_4, d_3);
	int32_t d_13 = ADD(d_12, c_5);
	l_14 = END(l_1);
	l_15 = LOOP_BEGIN(l_14, l_36);
	int32_t d_16 = PHI(l_15, d_2, d_29);
	int32_t d_17 = PHI(l_15, d_5, d_30);
	int32_t d_18 = PHI(l_15, d_7, d_31);
	int32_t d_19 = PHI(l_15, d_8, d_32);
	int32_t d_20 = PHI(l_15, d_9, d_33);
	l_21 = IF(l_15, d_10);
	l_22 = IF_TRUE(l_21);
	l_23 = END(l_22);
	l_24 = IF_FALSE(l_21);
	int32_t d_25 = MUL(d_16, d_3);
	int32_t d_26 = ADD(d_25, c_4);
	l_27 = END(l_24);
	l_28 = MERGE(l_23, l_27);
	int32_t d_29 = PHI(l_28, d_4, d_16);
	int32_t d_30 = PHI(l_28, d_17, d_4);
	int32_t d_31 = PHI(l_28, d_13, d_18);
	int32_t d_32 = PHI(l_28, d_19, d_25);
	int32_t d_33 = PHI(l_28, d_20, d_26);
	l_34 = IF(l_28, d_11);
	l_35 = IF_TRUE(l_34);
	l_36 = LOOP_END(l_35);
	l_37 = IF_FALSE(l_34);
	int32_t d_38 = MUL(d_29, d_3);
	int32_t d_39 = ADD(d_38, c_4);
	int32_t d_40 = ADD(d_29, d_3);
	int32_t d_41 = ADD(d_40, d_4);
	int32_t d_42 = ADD(d_41, d_30);
	int32_t d_43 = ADD(d_42, d_12);
	int32_t d_44 = ADD(d_43, d_31);
	int32_t d_45 = ADD(d_44, d_32);
	int32_t d_46 = ADD(d_45, d_33);
	int32_t d_47 = ADD(d_46, d_39);
	l_48 = RETURN(l_37, d_47);
}
{ # CFG
BB1:
	start=1
	end=14
	successors(1) [BB2]
	dom_depth=0
	dom_children [BB2]
BB2:
	start=15
	end=21
	successors(2) [BB3, BB4]
	predecessors(2) [BB1, BB6]
	dom_parent=BB1
	dom_depth=1
	dom_children [BB3, BB4, BB5]
	LOOP_HEADER
	loop_depth=1
BB3:
	start=22
	end=23
	successors(1) [BB5]
	predecessors(1) [BB2]
	dom_parent=BB2
	dom_depth=2
	loop_header=BB2
	loop_depth=1
BB4:
	start=24
	end=27
	successors(1) [BB5]
	predecessors(1) [BB2]
	dom_parent=BB2
	dom_depth=2
	loop_header=BB2
	loop_depth=1
BB5:
	start=28
	end=34
	successors(2) [BB6, BB7]
	predecessors(2) [BB3, BB4]
	dom_parent=BB2
	dom_depth=2
	dom_children [BB6, BB7]
	loop_header=BB2
	loop_depth=1
BB6:
	start=35
	end=36
	successors(1) [BB2]
	predecessors(1) [BB5]
	dom_parent=BB5
	dom_depth=3
	loop_header=BB2
	loop_depth=1
BB7:
	start=37
	end=48
	predecessors(1) [BB5]
	dom_parent=BB5
	dom_depth=3
}