Splits arguments into args and kwargs is used in Run_Keyword_If_At_Least_Else and Run_Keyword_If_At_Most_Else. The problem is, when the string contains =, but it is not a named argument (name=value). There can be many values containing =, but for sure it is present in xmls. If the string starts with "<" it will be treated as it is xml and splitting for name and value will not be executed. If named argument is passed into this kw, only string data are supported e.g. name=string. Complex variables such as lists or dictionaries are not supported.

Compare ${lower_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is at least ${lower_bound}, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare aluminium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least aluminium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare argon to ${ODL_STREAM} and in case ${ODL_STREAM} is at least argon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare calcium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least calcium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare chlorine to ${ODL_STREAM} and in case ${ODL_STREAM} is at least chlorine, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${lower_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is at least ${lower_bound}, run keyword defined before ELSE statement otherwise run keyword defined after ELSE statement and return its value.

Compare magnesium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least magnesium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare phosphorus to ${ODL_STREAM} and in case ${ODL_STREAM} is at least phosphorus, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare potassium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least potassium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare scandium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least scandium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare silicon to ${ODL_STREAM} and in case ${ODL_STREAM} is at least silicon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sodium to ${ODL_STREAM} and in case ${ODL_STREAM} is at least sodium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sulfur to ${ODL_STREAM} and in case ${ODL_STREAM} is at least sulfur, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${upper_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is at most ${upper_bound}, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare aluminium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most aluminium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare argon to ${ODL_STREAM} and in case ${ODL_STREAM} is at most argon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare calcium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most calcium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare chlorine to ${ODL_STREAM} and in case ${ODL_STREAM} is at most chlorine, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${upper_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is at most ${upper_bound}, run keyword defined before ELSE statement otherwise run keyword defined after ELSE statement and return its value.

Compare magnesium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most magnesium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare neon to ${ODL_STREAM} and in case ${ODL_STREAM} is at most neon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare phosphorus to ${ODL_STREAM} and in case ${ODL_STREAM} is at most phosphorus, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare potassium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most potassium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare scandium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most scandium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare silicon to ${ODL_STREAM} and in case ${ODL_STREAM} is at most silicon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sodium to ${ODL_STREAM} and in case ${ODL_STREAM} is at most sodium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sulfur to ${ODL_STREAM} and in case ${ODL_STREAM} is at most sulfur, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${stream} to ${ODL_STREAM} and in case ${ODL_STREAM} equals ${stream}, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${stream} to ${ODL_STREAM} and in case ${ODL_STREAM} equals ${stream}, run keyword defined before ELSE statement otherwise run keyword defined after ELSE statement and return its value.

Compare ${lower_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is less than ${lower_bound}, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare aluminium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than aluminium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare argon to ${ODL_STREAM} and in case ${ODL_STREAM} is less than argon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare calcium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than calcium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare chlorine to ${ODL_STREAM} and in case ${ODL_STREAM} is less than chlorine, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare magnesium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than magnesium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare phosphorus to ${ODL_STREAM} and in case ${ODL_STREAM} is less than phosphorus, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare potassium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than potassium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare scandium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than scandium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare silicon to ${ODL_STREAM} and in case ${ODL_STREAM} is less than silicon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sodium to ${ODL_STREAM} and in case ${ODL_STREAM} is less than sodium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sulfur to ${ODL_STREAM} and in case ${ODL_STREAM} is less than sulfur, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${lower_bound} to ${ODL_STREAM} and in case ${ODL_STREAM} is more than ${lower_bound}, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare aluminium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than aluminium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare argon to ${ODL_STREAM} and in case ${ODL_STREAM} is more than argon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare calcium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than calcium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare chlorine to ${ODL_STREAM} and in case ${ODL_STREAM} is more than chlorine, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare magnesium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than magnesium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare neon to ${ODL_STREAM} and in case ${ODL_STREAM} is more than neon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare phosphorus to ${ODL_STREAM} and in case ${ODL_STREAM} is more than phosphorus, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare potassium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than potassium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare scandium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than scandium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare silicon to ${ODL_STREAM} and in case ${ODL_STREAM} is more than silicon, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sodium to ${ODL_STREAM} and in case ${ODL_STREAM} is more than sodium, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare sulfur to ${ODL_STREAM} and in case ${ODL_STREAM} is more than sulfur, run ${kw_name} @{varargs} &{kwargs} and return its value.

Compare ${lower_bound} to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least ${lower_bound}, return ${value_if_false} otherwise.

Compare aluminium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least aluminium, return ${value_if_false} otherwise.

Compare argon to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least argon, return ${value_if_false} otherwise.

Compare calcium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least calcium, return ${value_if_false} otherwise.

Compare chlorine to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least chlorine, return ${value_if_false} otherwise.

Compare magnesium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least magnesium, return ${value_if_false} otherwise.

Compare phosphorus to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least phosphorus, return ${value_if_false} otherwise.

Compare potassium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least potassium, return ${value_if_false} otherwise.

Compare scandium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least scandium, return ${value_if_false} otherwise.

Compare silicon to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least silicon, return ${value_if_false} otherwise.

Compare sodium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least sodium, return ${value_if_false} otherwise.

Compare sulfur to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at least sulfur, return ${value_if_false} otherwise.

Compare ${upper_bound} to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most ${upper_bound}, return ${value_if_false} otherwise.

Compare aluminium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most aluminium, return ${value_if_false} otherwise.

Compare argon to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most argon, return ${value_if_false} otherwise.

Compare calcium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most calcium, return ${value_if_false} otherwise.

Compare chlorine to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most chlorine, return ${value_if_false} otherwise.

Compare magnesium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most magnesium, return ${value_if_false} otherwise.

Compare neon to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most neon, return ${value_if_false} otherwise.

Compare phosphorus to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most phosphorus, return ${value_if_false} otherwise.

Compare potassium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most potassium, return ${value_if_false} otherwise.

Compare scandium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most scandium, return ${value_if_false} otherwise.

Compare silicon to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most silicon, return ${value_if_false} otherwise.

Compare sodium to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most sodium, return ${value_if_false} otherwise.

Compare sulfur to ${ODL_STREAM} and return ${value_if_true} if ${ODL_STREAM} is at most sulfur, return ${value_if_false} otherwise.