def METHOD_NAME(self):
    if no_groups():
        return
    self.check_args("/Groups/Abstract/1920.240463", [
        "nonsolvable",
        "10 subgroups in one conjugacy class",
        "240.190", # socle
        "960.5735", # max sub
        "960.5692", # max quo
        "rgb(20,82,204)", # color in image
    ])
    self.check_args("/Groups/Abstract/1536.123", [
        r"C_3 \times ((C_2\times C_8) . (C_4\times C_8))", # latex
        "216", # number of 2-dimensional complex characters
        "j^{3}", # presentation
        "metabelian", # boolean quantities
    ])
    self.check_args("/Groups/Abstract/ab/2.2.3.4.5.6.7.8.9.10", [
        "7257600", # order
        "2520", # exponent
        r"C_{2}^{3} \times C_{6} \times C_{60} \times C_{2520}", # latex
        r"2^{40} \cdot 3^{10} \cdot 5^{2} \cdot 7", # order of automorphism group
        "1990656", # number of elements of order 2520
        r"C_2\times C_{12}", # Frattini
    ])
    self.check_args("/Groups/Abstract/ab/2_50", [ # large elementary abelian 2-group
        "4432676798593", # factor of aut_order
    ])
    self.check_args("/Groups/Abstract/ab/3000", [ # large cyclic group
        r"C_2^3\times C_{100}", # automorphism group structure
    ])