lot of changes

attic/auto_prod/README.md

@@ -0,0 +1,24 @@
+This basic example file can be used to automatically generate monitoring plots, based on new .lh5 dsp/hit files appearing in the production folders. Slow Control data are automatically retrieved from the database (you need to provide the port you are using to connect to the database together with the password you can find on Confluence).
+
+You need to specify the period and run you want to analyze in the script. You can then run the code through
+
+```console
+$ python main_sync_code.py
+```
+
+The output text is saved in an output file called "output.log".
+
+You can run this command as a cronejob. Run
+
+```console
+$ crontab -e
+```
+
+and add a new line of the type
+
+```console
+0 */6 * * * rm output.log && python main_syc_code.py >> output.log 2>&1
+```
+
+This will automatically look for new processed .lh5 files every 6 hours.
+You need to specify all input and output folders within the script itself.

attic/auto_prod/main_sync_code.py

@@ -0,0 +1,334 @@
+import os
+import re
+import json
+import subprocess
+from pathlib import Path
+import monitoring
+from legendmeta import LegendMetadata
+lmeta = LegendMetadata()
+from legend_data_monitor import utils
+
+# paths
+auto_dir_path = "/data2/public/prodenv/prod-blind/tmp/auto"
+rsync_path = "/data1/users/calgaro/rsync-env/output/"
+
+search_directory = f'{auto_dir_path}/generated/tier/dsp/phy'
+def search_latest_folder(my_dir):
+  directories = [d for d in os.listdir(my_dir) if os.path.isdir(os.path.join(my_dir, d))]
+  directories.sort(key=lambda x: Path(my_dir, x).stat().st_ctime)
+  return directories[-1]
+
+# Period to monitor
+period = "p07" # search_latest_folder(search_directory)
+# Run to monitor
+search_directory = os.path.join(search_directory, period)
+run = search_latest_folder(search_directory)
+
+source_dir = f"{auto_dir_path}/generated/tier/hit/phy/{period}/{run}/"
+
+# commands to run the container
+cmd = "apptainer run"
+arg = "/data2/public/prodenv/containers/legendexp_legend-base_latest.sif"
+output_folder = "/data1/users/calgaro/prod-ref-v2" #"auto_prova"
+
+# ===========================================================================================
+# BEGINNING OF THE ANALYSIS
+# ===========================================================================================
+# Configs definition
+
+# define slow control dict
+scdb = {
+  "output": output_folder,
+  "dataset": {
+    "experiment": "L200",
+    "period": period,
+    "version": "",
+    "path": auto_dir_path,
+    "type": "phy",
+    "runs": int(run.split('r')[-1])
+  },
+  "saving": "overwrite",
+  "slow_control": {
+    "parameters": [
+      "DaqLeft-Temp1",
+      "DaqLeft-Temp2",
+      "DaqRight-Temp1",
+      "DaqRight-Temp2",
+      "RREiT",
+      "RRNTe",
+      "RRSTe",
+      "ZUL_T_RR"
+    ]
+  }
+}
+with open(f"{rsync_path}auto_slow_control.json", "w") as f:
+    json.dump(scdb, f)
+
+# define geds dict
+my_config = {
+  "output": output_folder,
+  "dataset": {
+    "experiment": "L200",
+    "period": period,
+    "version": "",
+    "path": auto_dir_path,
+    "type": "phy",
+    "runs": int(run.split('r')[-1])
+  },
+  "saving": "append",
+  "subsystems": {
+    "geds": {
+      "Event rate in pulser events": {
+        "parameters": "event_rate",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "time_window": "20S"
+      },
+      "Event rate in FCbsln events": {
+        "parameters": "event_rate",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "time_window": "20S"
+      },
+      "Baselines (dsp/baseline) in pulser events": {
+        "parameters": "baseline",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Baselines (dsp/baseline) in FCbsln events": {
+        "parameters": "baseline",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Mean baselines (dsp/bl_mean) in pulser events": {
+        "parameters": "bl_mean",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Mean baselines (dsp/bl_mean) in FCbsln events": {
+        "parameters": "bl_mean",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Uncalibrated gain (dsp/cuspEmax) in pulser events": {
+        "parameters": "cuspEmax",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Uncalibrated gain (dsp/cuspEmax) in FCbsln events": {
+        "parameters": "cuspEmax",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Calibrated gain (hit/cuspEmax_ctc_cal) in pulser events": {
+        "parameters": "cuspEmax_ctc_cal",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Calibrated gain (hit/cuspEmax_ctc_cal) in FCbsln events": {
+        "parameters": "cuspEmax_ctc_cal",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Noise (dsp/bl_std) in pulser events": {
+        "parameters": "bl_std",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "Noise (dsp/bl_std) in FCbsln events": {
+        "parameters": "bl_std",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "AUX_ratio": True,
+        "variation": True,
+        "time_window": "10T"
+      },
+      "A/E (from dsp) in pulser events": {
+        "parameters": "AoE_Custom",
+        "event_type": "pulser",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      },
+      "A/E (from dsp) in FCbsln events": {
+        "parameters": "AoE_Custom",
+        "event_type": "FCbsln",
+        "plot_structure": "per string",
+        "resampled": "only",
+        "plot_style": "vs time",
+        "variation": True,
+        "time_window": "10T"
+      }
+    }
+  }
+}
+with open(f"{rsync_path}auto_config.json", "w") as f:
+    json.dump(my_config, f)
+
+# ===========================================================================================
+# Get not-analyzed files
+# =========================================================================================== 
+
+# File to store the timestamp of the last check
+timestamp_file = f'{rsync_path}last_checked_{period}_{run}.txt'
+
+# Read the last checked timestamp
+last_checked = None
+if os.path.exists(timestamp_file):
+    with open(timestamp_file, 'r') as file:
+        last_checked = file.read().strip()
+
+# Get the current timestamp
+current_files = os.listdir(source_dir)
+new_files = []
+
+# Compare the timestamps of files and find new files
+for file in current_files:
+    file_path = os.path.join(source_dir, file)
+    if last_checked is None or os.path.getmtime(file_path) > float(last_checked):
+        new_files.append(file)
+
+# If new files are found, check if they are ok or not
+if new_files:
+    pattern = r"\d+"
+    correct_files = []
+
+    for new_file in new_files:
+        matches = re.findall(pattern, new_file)
+        # get only files with correct ending (and discard the ones that are still under processing)
+        if len(matches) == 6:
+            correct_files.append(new_file)
+
+    new_files = correct_files
+
+# ===========================================================================================
+# Analyze not-analyzed files
+# =========================================================================================== 
+
+# If new files are found, run the shell command
+if new_files:
+    # Replace this command with your desired shell command
+    command = 'echo New files found: \033[91m{}\033[0m'.format(' '.join(new_files))
+    subprocess.run(command, shell=True)
+
+    # create the file containing the keys with correct format to be later used by legend-data-monitor (it must be created every time with the new keys; NOT APPEND)
+    utils.logger.debug("\nCreating the file containing the keys to inspect...")
+    with open(f'{rsync_path}new_keys.filekeylist', 'w') as f:
+        for new_file in new_files:
+            new_file = new_file.split('-tier')[0]
+            f.write(new_file + '\n')
+    utils.logger.debug("...done!")
+
+    # ...run the plot production
+    utils.logger.debug("\nRunning the generation of plots...")
+    config_file = f"{rsync_path}auto_config.json"
+    keys_file = f"{rsync_path}new_keys.filekeylist"
+
+    bash_command = f"{cmd} --cleanenv {arg} ~/.local/bin/legend-data-monitor user_rsync_prod --config {config_file} --keys {keys_file}"
+    utils.logger.debug(f"...running command \033[95m{bash_command}\033[0m")
+    subprocess.run(bash_command, shell=True)
+    utils.logger.debug("...done!")
+
+    # ===========================================================================================
+    # Analyze Slow Control data (for the full run - overwrite of previous info)
+    # =========================================================================================== 
+    # run slow control data retrieving
+    utils.logger.debug("\nRetrieving Slow Control data...")
+    scdb_config_file = f"{rsync_path}auto_slow_control.json"
+
+    bash_command = f"{cmd} --cleanenv {arg} ~/.local/bin/legend-data-monitor user_scdb --config {scdb_config_file} --port 8282 --pswd THE_PASSWORD"
+    utils.logger.debug(f"...running command \033[92m{bash_command}\033[0m")
+    subprocess.run(bash_command, shell=True)
+    utils.logger.debug("...SC done!")
+
+# Update the last checked timestamp
+with open(timestamp_file, 'w') as file:
+    file.write(str(os.path.getmtime(max([os.path.join(source_dir, file) for file in current_files], key=os.path.getmtime))))
+
+# ===========================================================================================
+# Generate Static Plots (eg gain monitoring)
+# =========================================================================================== 
+
+# create monitoring-plots folder
+mtg_folder = os.path.join(output_folder, 'generated/mtg')
+if not os.path.exists(mtg_folder):
+    os.makedirs(mtg_folder)
+    utils.logger.debug(f"Folder '{mtg_folder}' created.")
+mtg_folder = os.path.join(mtg_folder, 'phy')
+if not os.path.exists(mtg_folder):
+    os.makedirs(mtg_folder)
+    utils.logger.debug(f"Folder '{mtg_folder}' created.")
+
+# define dataset depending on the (latest) monitored period/run
+avail_runs = sorted(os.listdir(os.path.join(mtg_folder.replace('mtg', 'plt'), period)))
+dataset = {
+    period: avail_runs
+}
+utils.logger.debug(f'This is the dataset: {dataset}')
+
+# get first timestamp of first run of the given period
+start_key = (sorted(os.listdir(os.path.join(search_directory, avail_runs[0])))[0]).split('-')[4]
+meta = LegendMetadata("/data2/public/prodenv/prod-blind/tmp/auto/inputs/") 
+# get channel map
+chmap = meta.channelmap(start_key)
+# get string info
+str_chns = {}
+for string in range(13):
+    if string in [0, 6]: continue 
+    channels = [f"ch{chmap[ged].daq.rawid}" for ged, dic in chmap.items() if dic["system"]=='geds' and dic["analysis"]["processable"]==True and dic["location"]["string"]==string]
+    if len(channels)>0: 
+        str_chns[string] = channels
+
+# get pulser monitoring plot for a full period
+phy_mtg_data = mtg_folder.replace('mtg', 'plt')
+if dataset[period] != []:
+    monitoring.stability(phy_mtg_data, mtg_folder, dataset, chmap, str_chns, 1, False)