style: format code with Autopep8, Black, ClangFormat, dotnet-format, …

…Go fmt, Gofumpt, Google Java Format, isort, Ktlint, PHP CS Fixer, Prettier, RuboCop, Ruff Formatter, Rustfmt, Scalafmt, StandardJS, StandardRB, swift-format and Yapf

This commit fixes the style issues introduced in 51fa321 according to the output
from Autopep8, Black, ClangFormat, dotnet-format, Go fmt, Gofumpt, Google Java
Format, isort, Ktlint, PHP CS Fixer, Prettier, RuboCop, Ruff Formatter, Rustfmt,
Scalafmt, StandardJS, StandardRB, swift-format and Yapf.

Details: None

sidra_chain_integration/sidra_chain_quantum_cryptography_system/sidra_chain_quantum_cryptography_system.py

@@ -2,29 +2,46 @@
 import qcrypt
 from sidra_chain_api import SidraChainAPI
 
+
 class SidraChainQuantumCryptographySystem:
     def __init__(self, sidra_chain_api: SidraChainAPI):
         self.sidra_chain_api = sidra_chain_api
 
-    def design_quantum_cryptography_system(self, quantum_cryptography_system_config: dict):
+    def design_quantum_cryptography_system(
+        self, quantum_cryptography_system_config: dict
+    ):
         # Design a quantum cryptography system using the QCrypt library
         quantum_cryptography_system = qcrypt.QuantumCryptographySystem()
-        quantum_cryptography_system.add_component(qcrypt.Component('quantum_key_distribution'))
-        quantum_cryptography_system.add_component(qcrypt.Component('quantum_encryption'))
-        #...
+        quantum_cryptography_system.add_component(
+            qcrypt.Component("quantum_key_distribution")
+        )
+        quantum_cryptography_system.add_component(
+            qcrypt.Component("quantum_encryption")
+        )
+        # ...
         return quantum_cryptography_system
 
-    def simulate_quantum_cryptography_system(self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem):
+    def simulate_quantum_cryptography_system(
+        self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem
+    ):
         # Simulate the quantum cryptography system using advanced quantum simulation software
         simulator = qcrypt.Simulator()
         results = simulator.run(quantum_cryptography_system)
         return results
 
-    def deploy_quantum_cryptography_system(self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem):
+    def deploy_quantum_cryptography_system(
+        self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem
+    ):
         # Deploy the quantum cryptography system in a real-world environment
-        self.sidra_chain_api.deploy_quantum_cryptography_system(quantum_cryptography_system)
+        self.sidra_chain_api.deploy_quantum_cryptography_system(
+            quantum_cryptography_system
+        )
         return quantum_cryptography_system
 
-    def integrate_quantum_cryptography_system(self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem):
+    def integrate_quantum_cryptography_system(
+        self, quantum_cryptography_system: qcrypt.QuantumCryptographySystem
+    ):
         # Integrate the quantum cryptography system with the Sidra Chain
-        self.sidra_chain_api.integrate_quantum_cryptography_system(quantum_cryptography_system)
+        self.sidra_chain_api.integrate_quantum_cryptography_system(
+            quantum_cryptography_system
+        )