  The resonance production in proton$-$proton collisions at $\sqrt{s}$ = 7 TeV
and 13 TeV have been investigated using Pythia 8 event generator within the
framework of microscopic processes like color reconnection and rope
hadronization. Specifically, the observable effects of different modes of color
reconnections on the ratio of yields of mesonic and baryonic resonances with
respect to their stable counterpart have been explored as a function of event
activity. A suppression in the ratio is observed as a function of number of
multi-partonic interactions for mesonic resonances. The $\mathrm{\phi/K}$ and
$\mathrm{\phi/\pi}$ ratios show an enhancement for high multiplicity events due
to enhanced production of strange quarks via the microscopic process of rope
hadronization in the partonic phase. The mechanism of the hadronization of
color ropes together with the QCD-based color reconnection of partons predicted
an enhancement in the ratio for baryonic resonances to non-resonance baryons
having similar quark content. The yield ratios of resonances are found to be
independent of the collision energy and strongly dependent on event activity.
