+ Bic :^RIt^RIHt!RR4tRtRtR#)N) Interpolationc,a]tRt^toRtRtRtVtR#)TStringBaseCasec T\V4^8XdBVPVPVPVP3pVP W24R#\V4^8XdRVP VPVPVP3V4VP VPR4R#\V4^8XdcVP VPVP3V4VP VPR4VP VPR4R#\V4^8XdtVP VP3V4VP VPR4VP VPR4VP VPR4R#R#)aTest Interpolation equality. The *i* argument must be an Interpolation instance. The *exp* argument must be a tuple of the form (value, expression, conversion, format_spec) where the final three items may be omitted and are assumed to be '', None and '' respectively. N)lenvalue expression conversion format_spec assertEqual)selfiexpactuals&&& 0/usr/lib/python3.14/test/test_string/_support.pyassertInterpolationEqual(TStringBaseCase.assertInterpolationEquals/ s8q=ggq||Q\\1==IF   V ) X]   aggq||Q\\BC H   Q]]B / X]   aggq||4c :   Q\\4 0   Q]]B / X]   aggZ -   Q\\2 .   Q\\4 0   Q]]B / c VPVPV4VP\VP4\V44\ VPVRR7FwrEVP WE4K R#)a.Test template string literal equality. The *strings* argument must be a tuple of strings equal to *t.strings*. The *interpolations* argument must be a sequence of tuples which are compared against *t.interpolations*. Each tuple must match the form described in the `assertInterpolationEqual` method. T)strictN)r stringsrinterpolationszipr)rtrrrrs&&&& rassertTStringEqual"TStringBaseCase.assertTStringEqualsb G, Q--.N0CD!**N4HFA  ) )! 1IrN)__name__ __module__ __qualname____firstlineno__rr__static_attributes____classdictcell__) __classdict__s@rrrs02 2 2rrcrVR8Xd \V4#VR8Xd \V4#VR8Xd \V4#V#)ars)asciireprstr)r r s&&rconvertr-/s=SU| s E{ s 5z Lrc.pVFdpT;;\Rc;ewpVPV4K(\Rc;e/wprV\WE4p\ WF4pVPV4KcKf RP V4#)rr)r,appendrr-formatjoin)templatepartsitemr)r r r s& rfstringr59sl E QAA2u2 U#B  775>r)unitteststring.templatelibrrr-r5rrrr8s ,'2'2T r