Update multiple static links for a record as a sequence

Hi Mickael!

This is possible, the trick is that you can call the set_links method multiple times for the same record. See the sample code below:

from GRANTA_MIScriptingToolkit import granta as mpy

mi = mpy.Session("localhost", autologon=True)

# Define some useful variables
db = mi.get_db(db_key="MI_Training")
source_table = db.get_table(name="Tensile Test Data")
target_table_pedigree = db.get_table(name="Metals Pedigree")
target_table_statistical = db.get_table(name="Tensile Statistical Data")

# Create a source record, and two records each in two destination tables
source_record = source_table.create_record(name="Source record")
target_record_pedigree_1 = target_table_pedigree.create_record(name="Target record 1A")
target_record_pedigree_2 = target_table_pedigree.create_record(name="Target record 2A")
target_record_statistical_1 = target_table_statistical.create_record(name="Target record 1B")
target_record_statistical_2 = target_table_statistical.create_record(name="Target record 2B")

records_to_create = [
    source_record,
    target_record_pedigree_1,
    target_record_pedigree_2,
    target_record_statistical_1,
    target_record_statistical_2,
]

# Push the records to MI
added_records = mi.update(records=records_to_create)

pedigree_records = set()
statistical_records = set()

# Separate the created records into different variables based on the table name
for record in added_records:
    if record.table_name == "Tensile Test Data":
        source_record = record
    elif record.table_name == "Metals Pedigree":
        pedigree_records.add(record)
    elif record.table_name == "Tensile Statistical Data":
        statistical_records.add(record)

# Add the pedigree records to the pedigree link
source_record.set_links("Metals Pedigree", pedigree_records)

# Add the statistical records to the statistical link
source_record.set_links("Tensile Statistical Data", statistical_records)

# Push the links to MI
mi.update_links(records=[source_record])

This will result in a record in the 'Tensile Test Data' table that is linked to two records in the 'Metals Pedigree' table, and two records in the 'Tensile Statistical Data' table.

The actual linking is in the last 3 lines of code, everything else is just setting up the records needed for the example. As I said above, the 'trick' is that you can call set_links multiple times on the same record to add records to different link groups, before pushing the changes to Granta MI.