![]() Modelling calculators make it easy to identify the client’s current strategy and how this can be improved across the six areas of advice.A Letter of Engagement is auto generated to capture the clients’ goals and the agreed scope of advice making it easy to determine a reasonable price and to phase the advice if required.Advisers can easily identify where they can add value and the scope & scale of advice wizard is used to explain the depth and breadth of the advisers service offering.The Goals Based Advice Tool captures client goals and provides a process to explore the subject matter, re-state SMART goals, prioritise and track goals.Advisers use this information to plan the meeting and explore the clients’ areas of concern as the client dashboard summarises the information provided.Prospective clients provide information, prior to their first meeting, through online questionnaires 5 Minute Financial Health Check, About You Questionnaire and Goals Questionnaire.SP2-0552: Bind variable “OPT_PLAN_STATS” not declared.The end-to-end process with new clients in 7 steps: SP2-0552: Bind variable “INSTANCE_NAME” not SP2-0552: Bind variable “CURRENT_ERROR” not declared. Usage: VAR [ [ NUMBER | CHAR | CHAR (n) | VARCHAR2 (n) | Used all option but no luck “%select jp.cp_job_id%” “” “” “sql_id=ab4rjccnt8dvx,hash=697579389” I want to use this great script for my day to day issues of PT. This would be silly question but I am not able to get the output from your script, please help me to solve this. The thresholds are configurable in the topmost “params” WITH clause.Īgain, you must have bought the appropriate Oracle licence to use AWR, and hence to run xplan_awr.sql. dump if the statement ranks more than 5th in the CPU chart – the typical “top-N” analysis). dump if the CPU consumption is more that 10% of total CPU) or the ranking position (e.g. Thresholds can be the percentage of total (e.g. The experimental script xplan_awr.sql will inspect AWR (Active Workload Repository) and dump all the statements that are still in the library cache and that have exceeded some resource consumption thresholds in any of the periods marked by two consecutive AWR snapshots. This is handy for inspecting other instances of the RAC cluster without reconnecting.Īutomatic dump of AWR most-expensive statements Now you can read from another instance by specifying the option inst_id (defaults to the instance you are connected). View columns: #1 X(NUMBER),#2 PADDING(VARCHAR2),#3 RR(VARCHAR2) SELECT /*+ index(t,t_fbi) ordered use_nl(v) xplan_test_marker */Īnd the object definition will be reported at the bottom of the xplan output: a view, a pl/sql function) and hence depends on them, xplan will list them right below the statement text: If the statement references some database objects (e.g. the Diagnostic Pack in 11.1) to read from that view and hence to use this feature (xplan will output a warning to remember you about that) you can disable this feature by setting ash_profile_mins=0. Important note: you must have bought the appropriate Oracle licence (i.e. |enq: TX – row lock contention| 875|20.5|īy default this feature is on in 10g+ and inspects a window of ash_profile_mins=15 minutes from v$active_session_history. Here’s a brief description.įor each statement, its wait profile is calculated fetching wait information from Active Session History: on fast refresh of join-only MVs: _mv_refresh_use_stats and locking log statsĪ lot of new features have been added in version 2.0 of xplan, the sqlplus script I use to investigate about SQL statements performance (I spoke about version 1.0 in this post).gia xe o to on fast refresh of join-only MVs: _mv_refresh_use_stats and locking log stats.Shana on “ASH math” of time_waited explained with pictures and simulation.jjbi couple on “ASH math” of time_waited explained with pictures and simulation.Silke on “ASH math” of time_waited explained with pictures and simulation.“alter session force parallel query”, and indexes.Fast refresh of aggregate-only materialized views – introduction.Fast refresh of aggregate-only materialized views with SUM – algorithm.Fast refresh of aggregate-only materialized views with MAX – algorithm.“ASH math” of time_waited explained with pictures and simulation.
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