The code in the amath library of armpl is highly consistent with the libm code of glibc. Are there any license issues with using amath?

The license of glibc requires referenced code to be open-source, but amath is closed-source. Are there any license issues with using it?，  exsample expf， While the register names differ, the computational logic, conditions, and the arm_math_exp_data remain entirely identical.

__expf_finite@GLIBC_2.17:
fmov w0, s0
fcvt d2, s0
ubfx x1, x0, #20, #11
cmp w1, #0x42a
b.hi 3fd78 <__expf_finite@GLIBC_2.17+0x68> // b.pmore
adrp x0, 78000 <f64xsubf128@@GLIBC_2.28+0x29250>
add x0, x0, #0x830
fmov d1, #1.000000000000000000e+00
ldp d0, d4, [x0, #296]
ldr d3, [x0, #312]
fmul d2, d2, d0
ldr d0, [x0, #320]
frinta d5, d2
fcvtas x1, d2
fsub d2, d2, d5
and x2, x1, #0x1f
fmadd d3, d4, d2, d3
fmadd d0, d0, d2, d1
fmul d2, d2, d2
ldr x0, [x0, x2, lsl #3]
add x1, x0, x1, lsl #47
fmov d1, x1
fmadd d0, d3, d2, d0
fmul d0, d0, d1
fcvt s0, d0
ret
cmn w0, #0x800, lsl #12
b.eq 3fde0 <__expf_finite@GLIBC_2.17+0xd0> // b.none
cmp w1, #0x7f7
b.hi 3fdd8 <__expf_finite@GLIBC_2.17+0xc8> // b.pmore
mov w0, #0x7217 // #29207
movk w0, #0x42b1, lsl #16
fmov s1, w0
fcmpe s0, s1
b.gt 3fdc8 <__expf_finite@GLIBC_2.17+0xb8>
mov w0, #0xf1b4 // #61876
movk w0, #0xc2cf, lsl #16
fmov s1, w0
fcmpe s0, s1
b.mi 3fde8 <__expf_finite@GLIBC_2.17+0xd8> // b.first
mov w0, #0x8ecf // #36559
movk w0, #0xc2ce, lsl #16
fmov s1, w0
fcmpe s0, s1
b.mi 3fdd0 <__expf_finite@GLIBC_2.17+0xc0> // b.first
b 3fd24 <__expf_finite@GLIBC_2.17+0x14>
mov w0, #0x0 // #0
b 4cc00 <__exp2f_finite@GLIBC_2.17+0x1e90>
mov w0, #0x0 // #0
b 4cbf0 <__exp2f_finite@GLIBC_2.17+0x1e80>
fadd s0, s0, s0
ret
movi v0.2s, #0x0
ret
mov w0, #0x0 // #0
b 4cbe0 <__exp2f_finite@GLIBC_2.17+0x1e70>

armpl_exp_f32:
fmov w0, s0
fcvt d31, s0
ubfx x1, x0, #20, #11
cmp w1, #0x42a
b.hi 159e4 <armpl_exp_f32+0x64> // b.pmore
adrp x0, 5f000 <arm_math_exp_data+0x570>
add x0, x0, #0x7b0
fmov d0, #1.000000000000000000e+00
ldp d30, d28, [x0, #288]
fmul d31, d31, d30
ldp d30, d29, [x0, #304]
frinta d27, d31
fcvtas x1, d31
fsub d31, d31, d27
and w2, w1, #0x1f
fmadd d30, d28, d31, d30
fmadd d0, d29, d31, d0
fmul d31, d31, d31
ldr x0, [x0, w2, sxtw #3]
add x1, x0, x1, lsl #47
fmadd d0, d30, d31, d0
fmov d31, x1
fmul d0, d0, d31
fcvt s0, d0
ret
cmn w0, #0x800, lsl #12
b.eq 15a4c <armpl_exp_f32+0xcc> // b.none
cmp w1, #0x7f7
b.hi 15a44 <armpl_exp_f32+0xc4> // b.pmore
mov w0, #0x7217 // #29207
movk w0, #0x42b1, lsl #16
fmov s30, w0
fcmpe s0, s30
b.gt 15a34 <armpl_exp_f32+0xb4>
mov w0, #0xf1b4 // #61876
movk w0, #0xc2cf, lsl #16
fmov s30, w0
fcmpe s0, s30
b.mi 15a54 <armpl_exp_f32+0xd4> // b.first
mov w0, #0x8ecf // #36559
movk w0, #0xc2ce, lsl #16
fmov s30, w0
fcmpe s0, s30
b.mi 15a3c <armpl_exp_f32+0xbc> // b.first
b 15994 <armpl_exp_f32+0x14>
mov w0, #0x0 // #0
b 54a00 <arm_math_oflowf>
mov w0, #0x0 // #0
b 549e8 <arm_math_may_uflowf>
fadd s0, s0, s0
ret
movi v0.2s, #0x0
ret
mov w0, #0x0 // #0
b 549e0 <arm_math_uflowf>
nop